An information processing device includes speed-up circuits that execute specific arithmetic operation processing, a CPU that holds a plurality of pieces of transfer data to be transferred to one or a plurality of the speed-up circuits and a plurality of data transfer commands for an instruction to transfer the transfer data to one or a plurality of the speed-up circuits, a plurality of data write circuits that are provided for the respective speed-up circuits, each of which writes the transfer data to the speed-up circuit, a write destination determination circuit that outputs a write instruction signal for an instruction to write the transfer data to the speed-up circuit, to one or a plurality of the data write circuits according to the data transfer command output from the CPU, and a data transfer circuit that transfers the transfer data output from the CPU to each of the data write circuits.
In an information processing apparatus, data items that satisfy search conditions for various attribute values and are close to a query vector are acquired at high speed and with high accuracy. The information processing apparatus calculates a first scale representing closeness between a vectorized unstructured data item associated with a first data item and a vectorized unstructured data item associated with a second data item, and calculates a second scale representing closeness between structured data items associated with the first data item and structured data items associated with the second data item. Then, the information processing apparatus calculates a first evaluation indicator representing closeness between the first data item and the second data item based on the first scale and the second scale, and builds an index by combining the first data item and the second data item according to the first evaluation indicator.
It is possible to make the suppression of a decrease in the number of executions of a test case and a reduction in a test execution time compatible. Provided is an infrastructure test execution support system that is executed by a computer including a processor and a memory and supports the execution of a test relevant to the infrastructure of a system, in which the processor specifies an execution order of two or more test cases, on the basis of similarity information of a system state between two test cases, which is the similarity information between an intermediate state of the system in a first test case and a previous state of the system in a second test case.
An information management system that extracts an asset usable by a consignor from use status data that are used for delivering a cargo by an electric vehicle, based on the use status data and a delivery specification of cargo to be delivered, reads, for an asset owner of the extracted usable asset, an evaluation index of a concern important to the consignor when making a plan for the asset, from evaluation data for evaluating the asset owner and the asset owned by the asset owner, reads a score threshold for the evaluation index, determined according to the evaluation index, from policy data for determining an evaluation policy of an asset owner for each consignor, extracts an asset owner satisfying the read score threshold, and outputs the operation plan for the asset used by the consignor based on asset data indicating a state of an asset.
In an information processing system, a storage apparatus stores a bill of lading including information of a different code for each material that is either a component or a raw material of a product, and a description of the product, and chemical substance information relating to chemical substances contained in the raw material; a memory stores a program; and a processor executes processing according to the program. The processor classifies either as a component or a raw material a material in each tier from the product belonging to a top tier to the raw material belonging to a bottom tier of the supply chain, based on the code information; and the processor links a material belonging to a higher tier and a material belonging to a lower tier for each pair of adjacent higher and lower tiers, based on the product description and the chemical substance information.
A policy making support apparatus, method, and program are able to support making realistic and effective policies. A storage device of the policy making support apparatus stores a statistical data database that holds information related to a logic model that includes a final outcome, intermediate outcomes, and initial outcomes, and statistical data related to a policy. An individual data database holds individual data items related to the policy. All the intermediate outcomes that significantly affect a final outcome externally selected as an improvement target are extracted based on the logic model and the statistical data, and an intermediate outcome that is inferior to a preset comparable item is extracted as an improvement indicator candidate from among the extracted intermediate outcomes. A trial calculation of an effect expected when the extracted improvement indicator candidate is improved is made, and a trial calculation result is displayed.
A computer generates a first time evolution path based on a time evolution model and calculation condition parameters designating calculation conditions for a time evolution path and sampled from a prior probability distribution of the calculation condition parameters. Then, the computer calculates a posterior probability distribution of the calculation condition parameters in a case where a target statistic based on the first time evolution path and a second time evolution path to be newly generated is a correct statistic. The computer generates the second time evolution path based on the calculation condition parameters sampled from the posterior probability distribution and the time evolution model such that an error between the correct statistic and the target statistic based on the second time evolution path generated based on the calculation condition parameters sampled from the posterior probability distribution is below a target error.
A three-dimensional scene processing system includes one or more processors and one or more storage devices. The one or more storage devices store a first three-dimensional representation model representing a three-dimensional scene. The one or more processors are configured to execute acquiring an update image corresponding to a part of the three-dimensional scene, estimating an update geometry representation and an update camera pose from the update image, generating a three-dimensional representation model for update by the update geometry representation and the update camera pose, and updating a local part of the first three-dimensional representation model by the three-dimensional representation model for update.
A charged particle beam device includes a sample holder that holds a sample, an ion source that emits a focused ion beam with which the sample is irradiated, a secondary electron detection unit that detects secondary electrons emitted from the sample by irradiation with the focused ion beam, and a control unit that generates an observation image of the sample based on a detection signal output from the secondary electron detection unit and controls each unit. The control unit receives an amount of shape change, when the sample is subjected to test milling using the focused ion beam, and a target shape after milling of the sample. The amount of shape change and the target shape are input to a training model generated by performing machine training in advance.
A communication device is capable of making a flexible route change such as a route change by programming on a basis of external information such as scheduling and line charges or a route change by a manual operation in a wireless network having a plurality of communication routes. The communication device is communicably connected via a plurality of communication routes and that has a memory and a processor, in which the memory stores a route selector and middleware, the route selector holds usage route information for each record, the middleware includes an external interface section and an encapsulation section, when receiving a route change instruction packet, the external interface section updates a usage route list held by the route selector according to the route change instruction packet, and the encapsulation section refers to the updated route selector and makes one transmission packet redundant into a plurality of transmission packets.
Both high-speed ON/OFF control of an output circuit and maximization of the number of quantum bit operations within an operation time are achieved in a microwave pulse generator. A plurality of divided microwave pulses are output based on divided amplitude signals and clock signals, and a single microwave pulse obtained by adding the divided microwave pulses is output.
In a communication method in a communication system including a transmitter and a receiver, the method includes steps of: in the transmitter, setting an intensity ratio and a phase difference between bases defined by two orthogonal modes, based on transmission bit information; in the transmitter, generating a transmission signal by converting the transmission bit information by using the set intensity ratio and the set phase difference; in the transmitter, transmitting the generated transmission signal as an electric wave from a transmission antenna; in the receiver, receiving the electric wave by a reception antenna and converting a reception signal of the received electric wave into a complex signal; and in the receiver, restoring the transmission bit information based on a constellation defined for the conversion using the intensity ratio and the phase difference, by comparing a constellation point of the complex signal with the constellation.
The time-series signal of the sensor is transformed to the spectral intensity by fast Fourier transform (FFT) or the like, and the one-dimensional data of the spectral intensity is generated. A pseudo image is generated, for example, by repeatedly arranging the one-dimensional data in the vertical direction, or by arranging the one-dimensional data for a plurality of sensors in the vertical direction. The state of the facility is identified by analyzing the pseudo image with an image analysis unit such as a convolutional neural network.
G06V 10/764 - Arrangements for image or video recognition or understanding using pattern recognition or machine learning using classification, e.g. of video objects
G06T 5/10 - Image enhancement or restoration using non-spatial domain filtering
A fuel assembly comprising includes an end plug, a tie plate, and a cylindrical plate. The cylindrical plate includes a protruding spring and a plurality of support protrusions on an outer side of the cylindrical plate such that the protruding portion and the plurality of support protrusions face an inner wall surface of the tie plate. The protruding spring, the plurality of support protrusions, and an inner wall of an insertion hole formed in the tie plate constitute a support structure configured to support the end plug in a lateral direction.
G21C 3/33 - Supporting or hanging of elements in the bundleMeans forming part of the bundle for inserting it into, or removing it from, the coreMeans for coupling adjacent bundles
15.
TEST CODE GENERATION SYSTEM AND TEST CODE GENERATION METHOD
A computer executes each of the test codes, and outputs one or more logs, with respect to the corresponding test code, and acquires one or more feature vectors from the one or more logs of each of the test codes. The computer classifies the test codes into a plurality of clusters, based on the one or more feature vectors acquired from the one or more logs of each of the test codes. The computer generates a generalized test code from the one or more test codes constituting each test code set in each of the clusters.
There is provided a qubit array that realizes computations between a plurality of logical qubits implementing a quantum error correction code while securing space for the wiring and elements required for qubit control. The qubit array includes: a first quantum dot row in which a plurality of data qubits or a plurality of syndrome qubits are arranged so as to be movable; and a second quantum dot row in which the plurality of data qubits or the plurality of syndrome qubits are fixed. A double ring including an outer ring and an inner ring is formed by arranging a pair of the first quantum dot row and the second quantum dot row in a loop shape.
The time-series signal of the sensor is transformed to the spectral intensity by fast Fourier transform (FFT) or the like, and the one-dimensional data of the spectral intensity is generated. A pseudo image is generated, for example, by repeatedly arranging the one-dimensional data in the vertical direction, or by arranging the one-dimensional data for a plurality of sensors in the vertical direction. The state of the facility is identified by analyzing the pseudo image with an image analysis unit such as a convolutional neural network.
G06V 10/764 - Arrangements for image or video recognition or understanding using pattern recognition or machine learning using classification, e.g. of video objects
G06T 5/10 - Image enhancement or restoration using non-spatial domain filtering
18.
EVALUATION DEVICE AND EVALUATION METHOD FOR POWER GRID FACILITY
An evaluation device includes: a power system evaluation unit that evaluates a power grid as a power system for adjusting a flow of electric power; an information system evaluation unit that evaluates the power grid as an information system for performing information processing and communication; a processing condition determination unit that formulates a plan for utilizing the power grid and utilizing a processing module, on a basis of a prediction about a change in the power grid during an evaluation period; an evaluation determination unit that calculates a performance index indicating a performance as the power system and a performance as the information system corresponding to a situation where the plan for the evaluation period is applied; and a configuration evaluation unit that sets an information system configuration of which the performance index during the evaluation period satisfies a performance requirement, as a system proposal capable of executing the plan.
Disclosed is an elevator apparatus having a power outage operation function while including an emergency stop device actuated by an electric actuator. The elevator apparatus includes a car, an emergency stop device provided at the car, a drive mechanism configured to drive the emergency stop device, an electric actuator configured to actuate the drive mechanism, and a controller configured to control an operation of the car. The electric actuator includes a movable element mechanically connected to the drive mechanism, and an electromagnet facing the movable element. The elevator apparatus further includes a DC power supply connected to the electromagnet via a power supply contact and configured to excite the electromagnet, and a storage battery connected to the electromagnet. The controller cuts off the power supply contact during power outage, and the electromagnet is excited by the storage battery when the power supply contact is cut off.
B66B 5/18 - Braking or catch devices operating between cars, cages, or skips and fixed guide elements or surfaces in hoistway or well and applying frictional retarding forces
B66B 5/06 - Applications of checking, fault-correcting or safety devices in elevators responsive to abnormal operating conditions for detecting excessive speed electrical
20.
TISSUE IMAGE ANALYSIS APPARATUS, TISSUE IMAGE ANALYSIS METHOD, AND PROGRAM
A feature of a form of a fiber included in a tissue image having no height information can be analyzed. Provided is a tissue image analysis apparatus that includes an edge processing unit that detects an edge in a tissue image including a fiber and performs line segment approximation on the detected edge, a line segment pair specifying unit that draws a plurality of auxiliary lines in a line segment image representing an approximated line segment and specifies a pair of line segments to be analyzed on the basis of a change in luminance of the line segment intersecting the auxiliary line in a direction orthogonal to the line segment, and a feature amount calculation unit that calculates a feature amount, for example, a diameter regarding the fiber on the basis of geometric information of the specified pair of line segments.
A control method for a culture device for cells that are continuously cultured in a culture environment acquires, at a predetermined timing, a process variable PV of a culture environment with an existing set variable SV and an analytical variable AV of a culture solution c. A function F, derived by machine learning, is used for calculating a new set variable SV for resetting the culture environment using the process variable PV and the analytical variable AV. The new set variable SV is calculated on the basis of a desired target variable TV of the culture solution by using the function F, inputting the new set variable SV, and performing the culturing, wherein the function F that is used is derived as needed by machine learning, with a latest process variable PV and a latest analytical variable AV that are acquired at a predetermined timing.
A stock optimization system includes: a weight determination module configured to calculate a total weight, which is a weight of quantitative priority orders of products, based on at least a user input that is evaluation of the products input by a user, from among the user input and a data-driven reference which is a reference obtained through data processing instead of the user input; an optimization module configured to formulate an objective function based on the total weight; and a user interaction module that receives the user input.
A test execution device for executing a plurality of tests on an application, the device including a memory and a processor, wherein the memory is configured to store management information that enables, for each of the tests, specifying a resource configuration of a testing environment where each of the tests can be executed, and the processor is configured to specify, based on the management information, a resource configuration of a testing environment used for execution of each of the tests, aggregate the tests for the respective resource configurations, construct a testing environment for each of the resource configurations, and sequentially execute, in the testing environments, the tests aggregated for the resource configurations of the testing environments.
A computer acquires vulnerability information from each of one or a plurality of information sources. The computer inputs the acquired vulnerability information or target vulnerability information, which is information after processing of the vulnerability information, to each of a plurality of kinds of extraction processing in which extraction conditions for extracting information for classification determination, which is information for classification determination of vulnerability, are different from one another, to acquire, for each of the plurality of kinds of extraction processing, information for classification determination output from the extraction processing based on an extraction condition corresponding to the extraction processing from the target vulnerability information. The computer outputs vulnerability classification determination support information, which is information based on information obtained by aggregating a plurality of pieces of information for classification determination output from the plurality of kinds of extraction processing.
G06F 21/57 - Certifying or maintaining trusted computer platforms, e.g. secure boots or power-downs, version controls, system software checks, secure updates or assessing vulnerabilities
Provided is a technology capable of analyzing business KPIs that make it possible to obtain a plurality of solutions which are harmonized as a whole while taking feasibility into consideration. A KPI evaluation system is a system for evaluating a KPI(s) (Key Performance Indicator(s)) related to business of a stakeholder, wherein a computer including at least a processor, a memory, and a storage device defines relationships between challenges of respective stakeholders regarding two or more stakeholders including the above-mentioned stakeholder; and associates KPI settings of stakeholders, excluding the above-mentioned stakeholder, with the challenges of the respective stakeholders based on the defined relationships between the challenges.
In a dynamic resonance frequency changing method, there is a problem in phase tracking, and there is a concern that an error of a single-qubit gate occurs. The solution is a method of controlling a quantum bit that controls a spin state of a quantum bit formed by a charge trapped in a semiconductor device. The method includes: when controlling a spin state of a quantum bit formed by a target charge specified by a first line and a second line formed in the semiconductor device, executing a first step of measuring at least one of a current and a charge amount flowing through the first line and the second line; and executing a second step of controlling at least one of the current and the charge amount flowing through the first line and the second line based on a measurement result of the first step.
A carbon neutral methane management system is used for a grid that supplies a user with a mixed gas including city gas and carbon neutral methane (“CN—CH4”). A calorific value of the mixed gas in the grid is calculated; and a supply/use management unit instructs an adjustment amount of the city gas supplied to the grid or an amount of city gas used by the user or an amount of CN—CH4 supplied to the grid or an amount of CN—CH4 used by the user so that the calorific value of the mixed gas is kept within a restriction range of the grid. A certificate issuing unit issues a certificate certifying that an amount of CN—CH4 supplied to the grid matches an amount of CN—CH4 supplied that has been adjusted or an amount of CN—CH4 used by the user matches an amount of CN—CH4 used that has been adjusted.
An object loading method comprising measuring, by a processor, distances between a first sensor and a plurality of objects using the first sensor; identifying, by the processor, a target object of the plurality of objects based on the distances; controlling, by the processor, a gripper to grasp the target object; receiving, by the processor, a first image of the plurality of objects from a side view from a second sensor at a first position; controlling, by the processor, the gripper to move upward by a predetermined distance; receiving, by the processor, a second image of the plurality of objects from the side view from the second sensor at the first position; and detecting, by the processor, existence of a target object difference area between the target object and other objects of the plurality of objects by comparing the first image and the second image.
Systems and methods described herein provide context-aware vulnerability prioritization using Software Bill of Materials (SBOM) data and real-time contextual information from IoT and OT devices. Upon validating SBOM data, the system gathers contextual data, including environmental and device-specific information, and verifies its integrity. The data is standardized and common vulnerability exposure data is used to match vulnerabilities in the SBOM. Severity metrics are applied and combined with contextual data to assess overall risk. Based on the risk, risk scores that indicate vulnerability severity are assigned and each risk is prioritized accordingly. The prioritized data is then categorized into levels, distinguishing between purely contextual, device-specific, or combined data. According to the level of prioritization, a real-time alert is provided for context-aware vulnerability management, enabling immediate threat response.
Systems and methods described perform AI-driven safe control generation for unmanned aerial systems (UASs) using a simulator or scenario generator that creates candidate trajectories subject to system constraints; a plant simulator that functions as a machine learning-based digital twin of the UAS dynamical model under conditions of uncertainty, where behavior is not fully predictable; a model checker that employs Boolean logic representations of safety requirements and a machine learning module that is pre-trained on Boolean outputs derived from simulated trajectories sampled offline in simulated environments; and a hierarchical AI-based control module that provides an additional safety layer. In embodiments, this is accomplished by performing model checks and providing alternative control inputs in potentially unsafe scenarios. The hierarchical control module assists onboard controllers by supplementing traditional control systems with alternative inputs when unsafe conditions are detected, without overriding primary actuator signals.
G05D 1/617 - Safety or protection, e.g. defining protection zones around obstacles or avoiding hazards
G05D 101/15 - Details of software or hardware architectures used for the control of position using artificial intelligence [AI] techniques using machine learning, e.g. neural networks
When a plurality of articles corresponding to a first order is arranged in two or more storage areas, a control apparatus selects a first storage area in which a part of the articles corresponding to the first order is arranged, controls material handling equipment of the first storage area so that the part of the articles is moved out from the first storage area, specifies a carry destination WS that is a work station to which the part of the articles is moved out, and controls the first carry apparatus on which the first order container corresponding to the first order is loaded so as to move to a stop area corresponding to the carry destination WS. After the part of articles are placed in the first order container, the control apparatus controls the first carry apparatus so as to move to a stop area corresponding to a second storage area in which another part of the articles corresponding to the first order is arranged.
A credential adjustment system is a system that adjusts a credential, including a processor; and a storage device. The credential adjustment system includes a computer that is connected to a terminal used by a holder of the credential and a terminal used by a verifier for attribute information so as to be able to perform data communication with each other. The processor presents a candidate of attribute information necessary for authorization to a terminal used by the verifier on a basis of request content presented by the terminal used by the verifier for attribute information, and creates a format of a request that is made by the terminal used by the verifier for attribute information in order to request the credential from the terminal used by the holder of the credential, and presents the format to the terminal used by the verifier.
An operator is enabled to inspect a workpiece using an inspection assistance device configured to acquire real data indicating a shape, a position, and an orientation of a workpiece placed in a real space, and configured to calculate an inspection position on the workpiece in the real space by performing a conversion operation of superimposing design data indicating a design shape of the workpiece on the real data on an inspection position on the design data. A sensor position acquisition unit is acquires a position of a sensor that inspects the workpiece in the real space, and a display control unit causes a display device to display a direction in which a difference between the inspection position on the workpiece in the real space and the position of the sensor falls within an allowable positional deviation range as a direction in which the sensor is to be moved.
G01B 21/20 - Measuring arrangements or details thereof, where the measuring technique is not covered by the other groups of this subclass, unspecified or not relevant for measuring contours or curvatures, e.g. determining profile
A determination system comprises: a calculating unit for calculating, from each set of time-series data including a DC current value and at least one value of a DC voltage value or an SOC of a secondary battery during charging/discharging, which is at least one of charging and discharging of the secondary battery, spectrum information representing a spectrum in a two-axis coordinate system in which one axis represents a relaxation time and the other axis represents intensity; and a determining unit which uses shape information relating to the shape of the spectrum calculated by the calculating unit to determine a control condition of the secondary battery.
A first secure server: encrypts a data encryption key with a unique key unique to the first secure server; stores the encrypted unique key therein; generates a first ciphertext obtained by encrypting the data encryption key with a first shared key; transmits the first ciphertext to the second secure server; generate a second ciphertext obtained by encrypting an escrow target data with the data encryption key; stores the second ciphertext in the first secure server therein; and outputs duplicated data of the second ciphertext, and a second secure server: decrypts the first ciphertext received from the first secure server with the first shared key to extract the data encryption key; generates a third ciphertext obtained by encrypting the extracted data encryption key with a private key; stores the third ciphertext therein; and delete the private key therefrom.
The present invention addresses the problem of suppressing inaccurate determination of the presence absence of abnormalities through machine learning. Provided is an external appearance inspection device comprising a processor. The processor acquires a plurality of external-appearance images in which an external appearance to be inspected is photographed, generates a statistical distribution representing variations in characteristics in each of the external-appearance images when the plurality of external-appearance images are used as a population, generates, on the basis of the variations revealed by the statistical distribution, an additional image in which the external appearance is photographed, and generates a trained model through machine learning in which training data including the plurality of external-appearance images and the additional image is used.
A process monitoring system, the system comprising: one or more sensors; and a processor in communication with the one or more sensors, the processor is configured to: select a first system checkpoint for performing process monitoring on a robotic system; measure system variables using the one or more sensors at the first system checkpoint; capture one or more images of the robotic system using a vision sensor at the first system checkpoint; generate at least one prediction image of the robotic system using a prediction model with the system variables as input to the prediction model; and perform anomaly detection by comparing the one or more images of the robotic system against the at least one prediction image.
B25J 19/00 - Accessories fitted to manipulators, e.g. for monitoring, for viewingSafety devices combined with or specially adapted for use in connection with manipulators
The present invention makes it possible to generate a production plan that makes it possible both to attain an objective related to productivity and to nurture the proficiency of an operator.
The present invention makes it possible to generate a production plan that makes it possible both to attain an objective related to productivity and to nurture the proficiency of an operator.
The present invention is provided with: a proficiency predictive model generation unit that generates proficiency predictive model information predicting variation in the proficiency of an operator related to productivity based on a work record of the operator who performs an operation process related to manufacture of a product; and a plan generation unit that, using the proficiency predictive model information, predicts variation in proficiency according to a result of allocation of an operation process to the operator and generates a production plan in which the operation process and a schedule of work implementation are allocated to the operator so that the proficiency of the operator is nurtured.
G06Q 10/0631 - Resource planning, allocation, distributing or scheduling for enterprises or organisations
G05B 19/409 - Numerical control [NC], i.e. automatically operating machines, in particular machine tools, e.g. in a manufacturing environment, so as to execute positioning, movement or co-ordinated operations by means of programme data in numerical form characterised by using manual data input [MDI] or by using control panel, e.g. controlling functions with the panelNumerical control [NC], i.e. automatically operating machines, in particular machine tools, e.g. in a manufacturing environment, so as to execute positioning, movement or co-ordinated operations by means of programme data in numerical form characterised by control panel details or by setting parameters
39.
MANAGEMENT DEVICE FOR RAILWAY STORAGE BATTERY, MANAGEMENT METHOD FOR RAILWAY STORAGE BATTERY, AND MANAGEMENT SYSTEM FOR RAILWAY STORAGE BATTERY
The aging performance of a plurality of storage battery unit elements is enhanced by converging variations in age deterioration of the storage battery unit elements mounted on a railway vehicle. In one example, a management device for a railway storage battery, which manages a plurality of storage battery unit elements, is mounted on a railway vehicle. The management device includes: an in-operation storage battery information acquisition means for acquiring information about the deterioration levels of the plurality of storage battery unit elements mounted on the railway vehicle in operation; an in-storage storage battery information acquisition means for acquiring information about the deterioration levels of a plurality of storage battery unit elements stored outside the railway vehicle; and a storage battery management information display means for displaying information about the deterioration levels of the plurality of storage battery unit elements in operation and in storage.
An operation service providing system 1 that provides a prescribed operation service includes an operation service execution unit 10 configured to control execution of the prescribed operation service, and an audit preparation unit 20 configured to execute a prescribed audit preparation work in preparation for an audit work for auditing whether the prescribed operation service is executed based on a prescribed standard. The audit preparation unit executes the prescribed audit preparation work for the prescribed operation service each time the operation service execution unit executes the prescribed operation service.
A design support device (2) of the present invention includes: a virtual space creation unit (211) which creates image data of a virtual space simulating a site of a design target; a penetration creation support unit (213) which has a function of creating a penetration for a penetration formation target portion in the virtual space, and is capable of creating image data of an installation area image in which an image of an area where the penetration is formable is superimposed on an image of the penetration formation target portion in the virtual space in a case where information regarding a design specification of the penetration to be created in the penetration formation target portion is acquired from an external device; and a communication unit (23) which is communicably connected to the external device, receives information regarding a design specification of the penetration from the external device, and transmits image data of the installation area image created by the penetration creation support unit to the external device.
G06F 30/18 - Network design, e.g. design based on topological or interconnect aspects of utility systems, piping, heating ventilation air conditioning [HVAC] or cabling
G06T 15/00 - 3D [Three Dimensional] image rendering
42.
CONTROL DEVICE, CONTROL METHOD, AND RECORDING MEDIUM
A control device include: a storage unit for storing an observation preference distribution of each task target as a target of a task in which a control target operates, and obstacle degree information indicating a degree that the task target corresponds to an obstacle; an estimation unit for estimating that an object in an ambient environment of the control target is which task target based on observation data from a sensor for observing the ambient environment of the control target and the observation preference distribution; a calculation unit for calculating an obstacle spectrum indicating an obstacle degree of a result of estimation based on the obstacle degree information; a generation unit for generating an action of the control target based on the estimation result; and a planning unit for planning control data which controls the control target based on an obstacle spectrum calculated and an action generated.
The present invention provides a system for predicting physical properties of compressor oil capable of predicting the degradation of compressor oil sealed in a compressor based on simple measurements and presenting an appropriate maintenance timing for compressor oil to a user. Provided is a system for predicting physical properties of compressor oil that predicts physical properties of compressor oil sealed in a compressor, the system including: a data acquisition unit that acquires measurement data representing a temporal change in pressure of a working medium of the compressor and measurement data representing a temporal change in a temperature of the working medium of the compressor; a calculation unit that calculates physical properties of the compressor oil sealed in the compressor, the physical properties including a total acid number, based on a correlation between the temporal change in the pressure of the working medium and the temporal change in the temperature of the working medium, and a temporal change in the physical properties of the compressor oil; and an output unit that outputs the calculated physical properties.
A method for performing system simulations that comprises receiving, by a processor, input data for generating a simulation model; generating, by the processor, the simulation model for performing simulations based on the input data, the simulation model comprises a voxel model that performs simulations as voxel-by-voxel representations; and generating, by the processor, a simulation report based on simulation output of the simulation model.
HITACHI INDUSTRIAL EQUIPMENT SYSTEMS CO., LTD. (Japan)
HITACHI, LTD. (Japan)
Inventor
Asaumi, Yusuke
Enomoto, Yuji
Tokoi, Hirooki
Hasegawa, Yu
Takeuchi, Keisuke
Sakai, Toru
Abstract
A stator includes a stator iron core including a plurality of slots, and bobbins fitted into the slots. Each of the bobbins includes flanges provided at both respective ends of the stator respective flanges. The stator iron core includes projections protruding from inner surfaces of the slots. The bobbins are positioned by engaging the protrusions and the projections to each other.
A fault tree generation and update method, the method comprising: calculating, by a processor, similarity between a plurality of past maintenance reports; classifying, by the processor, the plurality of past maintenance reports based on the similarity; selecting, by the processor, a subset of the plurality of past maintenance reports associated with a classification as input to an Artificial Intelligence (AI) model; providing, by the processor, a fault tree generation instruction to the AI model for generating a fault tree using the subset of the plurality of past maintenance reports; and receiving, by the processor, the fault tree as output from the AI model.
G05B 19/406 - Numerical control [NC], i.e. automatically operating machines, in particular machine tools, e.g. in a manufacturing environment, so as to execute positioning, movement or co-ordinated operations by means of programme data in numerical form characterised by monitoring or safety
47.
DYNAMIC TIMETABLE MANAGEMENT SYSTEM AND DYNAMIC TIMETABLE MANAGEMENT METHOD AND TRAFFIC SOLUTION SYSTEM USING DYNAMIC TIMETABLE MANAGEMENT SYSTEM
In real time, operation predictions are provided that are closer to actual situations in consideration of knock-on delays caused by the influence of congestion and delays on each other. A dynamic timetable management system acquires congestion prediction and has a probability operation prediction generation unit which generates probability operation prediction which expresses, on the basis of an operation situation, at least one of stop hour/minute and travel hour/minute included in a line as a probability distribution; and a dynamic timetable creation unit which creates a dynamic timetable obtained by rewriting the time of arrival at a station on the line and the time of departure from the station on the basis of a rewritten time determined through use of the congestion prediction and the probability operation prediction.
In real time, operation predictions are provided that are closer to actual situations in consideration of knock-on delays caused by the influence of congestion and delays on each other. A dynamic timetable management system acquires congestion prediction and has a probability operation prediction generation unit which generates probability operation prediction which expresses, on the basis of an operation situation, at least one of stop hour/minute and travel hour/minute included in a line as a probability distribution; and a dynamic timetable creation unit which creates a dynamic timetable obtained by rewriting the time of arrival at a station on the line and the time of departure from the station on the basis of a rewritten time determined through use of the congestion prediction and the probability operation prediction.
The dynamic timetable creation unit uses a cumulative probability calculated on the basis of the congestion prediction to determine the rewritten time.
According to an aspect of the present invention, an internal process estimation system includes a search unit, an actual measured value input unit, and an output unit. The search unit applies, in a plurality of orders, a plurality of types of element models to a plurality of element regions of a virtual model divided into the plurality of element regions continuously in a single direction and creates a plurality of virtual models that simulate a process of a state transition from a first state to a second state of an actual apparatus. The actual measured value input unit inputs an actual measured value in the second state of the actual apparatus. The search unit evaluates the virtual model based on a difference between predicted data output by inputting a value based on the first state to the plurality of virtual models and the actual measured value. The output unit outputs a result evaluated by the search unit.
Provided is a technique that allows a user to easily convert a check sheet generated by table calculation software to a check sheet with a form even when the user does not have expertise. A check sheet generation system according to the present invention generates a web screen for form information registration by extracting layout information from a first check sheet in a first data format, and generates a second check sheet with a form in a second data format based on layout information and form information.
There is provided a technology capable of making an extremely accurate and precise response to an inquiry including a cross-cutting issue like the one which requires a plurality of pieces of business knowledge. A device for managing a plurality of machine learning models respectively having specializations in specified fields, wherein the device includes at least a processor and a storage device; the processor: accepts information about specialization related to an inquiry from a user; selects a machine learning model candidate which contributes to generation of response content for the inquiry, from the plurality of machine learning models in the list based on the specialization related to the inquiry, the specialization information, and the key word; and decides a machine learning model to be used for the generation of the response content for the inquiry based on the selected machine learning model candidate.
It is possible to prevent, by accurately detecting an overload state accumulated in a worker and promoting improvement, a decrease in work efficiency and occurrence of a failure due to fatigue of the worker and working in an unstable posture. In a load recognition device including a communication unit that receives and transmits a signal, and a processing unit that processes the signal received by the communication unit, the processing unit processes signals received by the communication unit from a plurality of posture sensors mounted on a workwear worn by a worker, estimates a posture of the worker, and determines a high load state of the worker based on a temporal change in the estimated posture. The communication unit receives the signals from the plurality of posture sensors mounted on the workwear worn by the worker, and transmits information on the high load state of the worker determined by the processing unit.
The power output from multiple power generation modules can be effectively managed by a battery charging control device that includes a major control unit, which increases the converter's output power in the main module by subtracting the battery voltage from a predetermined battery voltage command value, and a secondary control unit that adjusts each secondary module's power output to closely match its respective secondary power command value.
H02J 7/14 - Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries for charging batteries from dynamo-electric generators driven at varying speed, e.g. on vehicle
H02J 1/08 - Three-wire systemsSystems having more than three wires
53.
Schedule Creation Support Device and Schedule Creation Support Method
A schedule creation support device includes a reception unit that receives a plurality of tasks, a constraint condition in schedule generation for assigning execution dates and times to the plurality of tasks, metrics for evaluating the generated schedule, and a KPI; a constraint condition generation unit that generates a plurality of generation constraint conditions by adding a deviation to the constraint conditions; a schedule generation unit that generates an optimal schedule that satisfies the generation constraint condition; and a constraint evaluation unit that outputs a generation constraint condition corresponding to a schedule in which the KPI is best among the generated schedules.
NATIONAL UNIVERSITY CORPORATION HOKKAIDO UNIVERSITY (Japan)
Inventor
Cheung, Ling Fung
Fujii, Takaaki
Fujitaka, Shinichiro
Miyamoto, Naoki
Umegaki, Kikuo
Miyazaki, Koichi
Abstract
A motion tracking device includes: a medical image extractor which extracts motion information from medical images of a patient, the motion information being information regarding motions of a target, a tissue around the target, and a surrogate that is a characteristic site in a specific region; a motion model generator which constructs a motion model representing a correlation between the motions of the target, the tissue, and the surrogate based on the motion information; a motion detector which measures a motion of the surrogate during therapy in which the patient is irradiated with therapy radiation; a motion estimator which estimates current or future positions of the target and the tissue based on the motion model and the motion of the surrogate; and a motion model corrector which corrects the estimated positions of the target and the tissue during the therapy according to a predetermined correction protocol.
Provided is a process control system capable of efficiently obtaining operating conditions suitable for a target process. A process control system that controls a target process by a computer includes: a process model storage section that stores a process model for predicting a control value from a manipulation value to the process; a manufacturing performance data storage section that stores manufacturing performance data on the process; a process simulation section that performs a simulation of the target process by using the process model acquired from the process model storage section; and an operating condition search section that extracts manufacturing performance data in another process similar to the target process within a predetermined range from the manufacturing performance data storage section, and searches for, based on the manufacturing performance data extracted, an operating condition that satisfies an operating restriction of the target process.
G05B 19/418 - Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
56.
WORK PROCESS SUPPORT SYSTEM AND WORK PROCESS SUPPORT METHOD
To improve the efficiency with which a robot is controlled, the present invention is characterized by comprising a recognition unit that acquires work site information that is information about a work site for the robot and work object information that is information about a work object, an association definition unit that, upon generation of a work process for the robot, associates the work process with the work site information and the work object information, an image processing configuration unit that, on the basis of the association by the association definition unit, determines a configuration for image processing for the robot and calculates a computation amount for the image processing, and a processing optimization unit that, on the basis of the computation amount and a priority selected by a user, determines an allocation to computational resources with respect to the image processing and outputs the results of the allocation.
NATIONAL UNIVERSITY CORPORATION HOKKAIDO UNIVERSITY (Japan)
Inventor
Cheung, Ling Fung
Fujitaka, Shinichiro
Fujii, Takaaki
Miyamoto, Naoki
Abstract
A motion tracking device for tracking a motion of a target and a tissue in a particular region includes: a motion estimator configured to acquire an estimated 3D motion estimating a three-dimensional motion of the target and the tissue in real time, and an estimated 2D motion estimating a two-dimensional motion of the target and the tissue in real time; an image acquisition unit configured to acquire a reference 2D image that is a two-dimensional image of the particular region at a predetermined reference point of time, and a real-time 2D image that is a two-dimensional image of the particular region in real time; an image simulator configured to generate a pseudo real-time 2D image that simulates a two-dimensional image of the particular region in real time using the estimated 2D motion and the reference 2D image; and an estimation corrector configured to correct the estimated 3D motion.
A design assistance system that calculates values representing the state ununiformity in a spatial area on the basis of information about a state at each position in a case where a process has been performed on raw materials distributed in the spatial area, generates a state distribution model that outputs data representing the state ununiformity after the process on the basis of the values, acquires values of data representing the state ununiformity after the process by inputting set values of process design parameters to the state distribution model, acquires a quality parameter of a deliverable by inputting each piece of data identified from the values of the data, the identified data representing a possible state, to the quality prediction model, and changes the values of the process design parameters, on the basis of each quality parameter, such that the quality of a deliverable falls within a predetermined range.
G05B 13/04 - Adaptive control systems, i.e. systems automatically adjusting themselves to have a performance which is optimum according to some preassigned criterion electric involving the use of models or simulators
59.
Operation Control Apparatus, Operation Control Method, and Operation Control System
Provided is a traffic control device capable of realizing safe and efficient transportation and logistics by coordinating flight vehicles and ground vehicles such as public transportation vehicles and vehicles managed by other companies. A traffic control device determines an alternative landing location and a ground vehicle for delivering cargo of a flight vehicle from the alternative landing location to a destination, said determination being made on the basis of self-position information of the flight vehicle, surrounding environment information of the flight vehicle, location information which is information about candidates for the alternative landing location where the flight vehicle will land, flight plan information leading to the destination of the flight vehicle, and ground vehicle information which is information about candidates for the ground vehicle at a transfer destination.
Database systems that store concealed data having been encrypted based on a probabilistic encryption scheme using a user secret key, for connecting to a client terminal and to a service providing system, and for generating a trusted area on a storage device. Upon receiving a request indicating use of a service that uses the concealed data from the client terminal, the data management system acquires concealed data from the database, stores the concealed data in the trusted area; decrypts the concealed data thus acquired, in the trusted area; generates transmission data to be transmitted to the service providing system, in the trusted area, by using the concealed data thus decrypted, for the use of the service; encrypts the transmission data in a format that is decryptable by the service providing system, in the trusted area; and transmits the transmission data thus encrypted to the service providing system.
A computer in the test execution environment reads a state indicating a status or a condition of the system from trace information at the time of a fault occurrence, and calculates a waiting time for differently timing a pseudo fault according to the read state, generates the pseudo fault based on a send time of a request time for generating the pseudo fault and the calculated waiting time.
A computer system stores information on a model that receives data including values of parameters representing attributes of the site and the group as an input and outputs an outcome indicator. The computer system generate an initial data including initial values of the parameters, repeatedly perform processing of changing the initial value of a parameter included in the initial data to generate a piece of analysis data, repeatedly perform processing of calculating a difference between the outcome indicator obtained by inputting the piece of analysis data into the model and the outcome indicator obtained by inputting the initial data into the model, and calculating a evaluation indicator representing a magnitude of an influence of a value of the parameter changed for generating the piece of analysis data on the outcome indicator based on the difference; and select a measure based on the evaluation indicator.
A computer system includes one or more computers to analyze data, and the computer includes a memory configured to store a program, and a processor configured to perform processing according to the program. The processor executes the program to perform: detection processing of detecting, when the data is input, a portion that satisfies a condition specified by a user from the data and generating first data indicating a position of the portion in the data; cut-out processing of cutting out, from the data, the portion indicated by the first data and generating second data; and analysis processing of analyzing the second data.
G06V 10/26 - Segmentation of patterns in the image fieldCutting or merging of image elements to establish the pattern region, e.g. clustering-based techniquesDetection of occlusion
G06T 3/40 - Scaling of whole images or parts thereof, e.g. expanding or contracting
G06V 10/25 - Determination of region of interest [ROI] or a volume of interest [VOI]
G06V 10/28 - Quantising the image, e.g. histogram thresholding for discrimination between background and foreground patterns
G06V 10/764 - Arrangements for image or video recognition or understanding using pattern recognition or machine learning using classification, e.g. of video objects
G06V 10/82 - Arrangements for image or video recognition or understanding using pattern recognition or machine learning using neural networks
64.
Food Transportation Assistance System, Food Transportation Assistance Method, and Food Transportation System
A food transportation assistance system 20 including: an input device 24 that accepts shipping source information including first location information, which is location information of a plurality of shipping sources including plant factories, and information about food to be shipped by a shipping source, and shipping destination information including second location information, which is location information of a shipping destination, and information about food requested by the shipping destination; an arithmetic device 22 that finds a matching degree between the information about food which is included in the shipping source information and the information about food which is included in the shipping destination information, and transportation information when transporting the food from the shipping source to the shipping destination; and an output device 27 that outputs a candidate shipping source as candidate shipping information from among the plurality of shipping sources on the basis of the matching degree and the transportation information. Consequently, the food transportation can be made more efficient when the plant factories are included as the shipping sources.
G06Q 10/04 - Forecasting or optimisation specially adapted for administrative or management purposes, e.g. linear programming or "cutting stock problem"
65.
ROBOT SYSTEM, CONTROL DEVICE, ROBOT, AND CONTROL METHOD
Provided are: an operation unit that outputs operation information for operating a task execution robot that autonomously executes a task according to predicted state information based on a trained model ; a control unit that controls the task execution robot, and a learning unit that performs learning based on the state information of the task execution robot and/or the operation information to generate a trained model, in which the control unit includes a task execution robot command information generation unit that generates task execution robot command information, which is command information for the task execution robot, based on the state information, the operation information, and the predicted state information, and the learning unit collects the state information output from the task execution robot command information generation unit and/or the operation information as retraining data, performs learning using the retraining data to perform relearning with respect to the trained model.
In order to optimize an inspection period, an inspection assistance device includes performing: Step of calculating a flaw detection probability; Step of calculating a flaw size probability distribution over time using an inspection variation that has been input via a data input unit and an initial distribution of the flaw size probability distribution; and Step of determining an inspection period in a case where an area of a region where the flaw size probability distribution over time and a fracture probability overlap with each other exceeds a preset allowable risk; and Step of outputting the determined inspection period.
Provided are an object recognition device, an object recognition method, and a conveyance robot system with which it is possible to accurately identify an article even when there are different articles on the same pallet, by evaluating whether a detected article area coincides with an actual article area. An object recognition device according to the present invention, for example, recognizes an article area in an image captured by a camera, the object recognition device comprising: an input unit that acquires the image; a detection unit that detects an article area in the image and acquires position and posture information of an article; an identification unit that identifies an article type of the article area using a color feature or a shape feature of the article area; a certainty level calculation unit that compares the article types of adjacent article areas and calculates a certainty level representing the accuracy of detection of the article area; and an output unit that outputs, to a robot, an operation command based on the position and posture information of the article and the certainty level.
G06T 7/73 - Determining position or orientation of objects or cameras using feature-based methods
G06V 10/75 - Organisation of the matching processes, e.g. simultaneous or sequential comparisons of image or video featuresCoarse-fine approaches, e.g. multi-scale approachesImage or video pattern matchingProximity measures in feature spaces using context analysisSelection of dictionaries
G06V 10/764 - Arrangements for image or video recognition or understanding using pattern recognition or machine learning using classification, e.g. of video objects
A map information processing device according to the present disclosure comprises: a point cloud map acquisition unit that acquires a point cloud map; a survey map acquisition unit that acquires a survey map including the contour of a structure; a boundary contour extraction unit that creates a closed curve of the boundary of the structure from the survey map; and a structure point cloud extraction unit that extracts, as a structure point cloud, a remaining point cloud obtained by removing a point cloud within the closed curve of the boundary of the structure from the point cloud map.
G06V 10/764 - Arrangements for image or video recognition or understanding using pattern recognition or machine learning using classification, e.g. of video objects
G06V 10/26 - Segmentation of patterns in the image fieldCutting or merging of image elements to establish the pattern region, e.g. clustering-based techniquesDetection of occlusion
G06V 10/44 - Local feature extraction by analysis of parts of the pattern, e.g. by detecting edges, contours, loops, corners, strokes or intersectionsConnectivity analysis, e.g. of connected components
A software verification apparatus includes a specification covering test case generation part configured to generate a test case that covers a combination of factors extracted from specification information regarding software given as a test target, a test execution part configured to execute testing of the software by using the generated test case to generate code coverage information regarding the software in the executed test case, and an additional test case generation part configured to, based on a relation between a factor or a level thereof in the test case generated by the specification covering test case generation part and the generated code coverage information, generate an additional test case that makes a code coverage higher than the test case related to the code coverage information.
State determination processing of determining a state of the control target from a measurement value of a control target, target state setting processing of using a control model including information on a second state to which a transition occurs in a case where first operation is performed on a control target in a first state to set a plurality of candidates for a target value for making the determined state of the control target closer to the second state that is a target state of the control target controlled by the target value that changes over time from the first state by performing the first operation, state transition estimation processing of estimating a state to which a transition occurs by the first operation for setting the control target to the target value for each of a plurality of the candidates based on the control model, and optimal operation determination processing of determining an operation amount of the first operation based on information regarding the estimated state to which a transition occurs by the first operation are performed.
Systems and methods described herein involve for receipt of a domain-specific user query, a) generating an answer from a large language model (LLM) to the domain-specific user query; b) constructing a prompt from the answer and the domain-specific user query; c) generating a mapping of the prompt to domain-specific rules; d) generating an updated answer from the mapped domain-specific rules; e) evaluating the updated answer; and f) iterating steps b) to e) until the updated answer is evaluated to exceed a threshold, wherein the prompt is updated based on the evaluation for the updated answer being evaluated to not exceed the threshold; and storing the domain-specific user query, the updated answer and the evaluation in a database to update preprocessing for inputs of domain-specific user queries.
Systems and methods described herein can involve sharing storage performance across volumes based on organizational distance. Various embodiments involve analyzing a distance between organizations, represented by the number of hops in an organizational graph, to determine eligibility for performance sharing based on metrics such as throughput and response time. Eligible storage volumes are grouped, and configuration parameters, such as Quality of Service (QoS), are set to optimize performance. The systems and methods support dynamically adjustable criteria, periodic monitoring of storage volumes, and grouping based on organizational units, ensuring efficient resource allocation and performance sharing across storage devices.
The invention relates to a gene mutation analysis method, and a gene analysis device and a gene analysis kit based on the method. Specifically, the invention relates to a gene analysis method for detecting a target base sequence. The gene analysis method includes: a step of performing a base extension reaction using a test nucleic acid as a template by using a primer specific for the target base sequence; a step of subjecting a product of the reaction to electrophoresis or mass spectrometry; and a step of detecting a wild type and a mutant of the target base sequence in the test nucleic acid based on a difference in size of the product determined by the electrophoresis or the mass spectrometry and information on the wild type and the mutant of the target base sequence. The step of performing the base extension reaction includes performing the base extension reaction using two or more types of primers with different base lengths for a same target base sequence.
Hitachi Industrial Equipment Systems Co, Ltd. (Japan)
Inventor
Takeuchi, Keisuke
Kimura, Mamoru
Asaumi, Yusuke
Abstract
A cooling medium supplied from an outside is used to efficiently cool heat-generation portions of a rotary electrical machine. In a rotary electrical machine 1 including a rotating shaft 8; bearings 16 and 21 that support the rotating shaft 8; a stator 26; and a housing 2 that accommodates the rotor 10, the bearings 16 and 21, and the stator 26, a bearing accommodating portion 31 having a cylindrical shape that accommodates the bearings 16 and 21 is formed integrally with an end bracket 30 that holds one end side of a cylindrical portion 3 of the housing 2. In the end bracket 30, flow passages (42 and 43) for a cooling medium supplied from an outside are formed, and the axial flow passage 43 extending in an axial direction is branched to form a first flow passage 44 connected to a nozzle 50 that sprays the cooling medium onto an end face of the rotor 10, and a second flow passage 45 connected to a nozzle 55 that sprays the cooling medium onto the bearings 16 and 21.
H02K 5/173 - Means for supporting bearings, e.g. insulating supports or means for fitting bearings in the bearing-shields using bearings with rolling contact, e.g. ball bearings
H02K 9/193 - Arrangements for cooling or ventilating for machines with closed casing and closed-circuit cooling using a liquid cooling medium, e.g. oil with provision for replenishing the cooling mediumArrangements for cooling or ventilating for machines with closed casing and closed-circuit cooling using a liquid cooling medium, e.g. oil with means for preventing leakage of the cooling medium
An object of the present invention is to suppress a decrease in reliability of each electric motor that independently drives each wheel of a vehicle. An electric motor control device 3 is a device that controls each electric motor 2 that independently drives each wheel 1 of a vehicle 10. The electric motor control device 3 includes: a control information transmission/reception unit 31 that receives, from a higher-level control device 4, control information 41 including a torque command 412 for the electric motor 2 and driving state information 411 regarding a driving state of the vehicle 10; an electric motor state acquisition unit 32 that acquires electric motor state information 321 regarding a state of the electric motor 2; and a torque command switching unit 33 that switches between controlling the electric motor 2 according to the torque command 412 and controlling the electric motor 2 according to a corrected torque command 371 obtained by correcting the torque command 412 based on the control information 41 received from the higher-level control device 4 and the electric motor state information 321 acquired by the electric motor state acquisition unit 32.
B60L 15/20 - Methods, circuits or devices for controlling the propulsion of electrically-propelled vehicles, e.g. their traction-motor speed, to achieve a desired performanceAdaptation of control equipment on electrically-propelled vehicles for remote actuation from a stationary place, from alternative parts of the vehicle or from alternative vehicles of the same vehicle train for control of the vehicle or its driving motor to achieve a desired performance, e.g. speed, torque, programmed variation of speed
76.
Semiconductor Device and Manufacturing Method for Same
The performance is improved for a semiconductor device which is a semiconductor chip having an exposed terminal and which comprises a semiconductor substrate provided with a semiconductor element. A semiconductor device having the following is used as a means for accomplishing this: a first main surface; a second main surface on an opposite side from the first main surface; a semiconductor substrate provided with a semiconductor element; a first terminal which is connected, via an electrically conductive first bonding material, to a first electrode that is disposed in contact with the first main surface; a second terminal which is insulated from the first terminal and is connected, via an electrically conductive second bonding material, to a second electrode that is disposed in contact with the second main surface; an insulating material that seals the semiconductor substrate and a part of each of the first terminal and the second terminal; a third main surface which is positioned on the first bonding material side with regard to the semiconductor substrate and on which the first terminal and second terminal are exposed; and a fourth main surface on an opposite side from the third main surface. The second terminal is led out to the third main surface side by a lead-out electrode that resides at a distance from a multilayered structure that contains the semiconductor substrate, the first electrode, and the first bonding material. The interval between the first terminal and the second terminal is insulated by the insulating material.
The maintenance planning assistance system: generates a plurality of lists which are for each facility and which serve as a first optimization problem for which a device list of a facility on which maintenance is performed at a maintenance timing is retrieved, such generation performed by using a constraint condition related to the probability of a failure occurrence in the facility, and an evaluation value calculated using a facility maintenance cost loss that evaluates an economic loss due to device maintenance at a timing offset from the recommended maintenance timing; and generates a plurality of maintenance plans which are for a plurality of facilities and which serve as a second optimization problem for which a maintenance plan, which is a combination of maintenance date and time, resource allocation, and list, is retrieved, such generation performed by using a second constraint condition related to the probability of a failure occurrence.
In a traffic management device that creates a movement plan of a mobile object and includes a processor and a storage device, the processor classifies a space into three areas including a movable area, an unmovable area, and an unclear area, based on environment information about the space related to the movement plan, creates a first movement plan of the mobile object from a departure spot to a first destination in the space, and creates a second movement plan passing through only the movable area as a movement plan of the mobile object from the departure spot to a second destination different from the first destination or the first destination upon creating a plan passing through the unclear area as the first movement plan.
Provided is a carbon management system and the like which are capable of adjusting supply/demand balance of CO2. A carbon management system comprises: a plurality of discharge sources which discharge an exhaust gas containing CO2; a CO2 recovery facility which separates and recovers CO2 from the exhaust gas discharged from the plurality of discharge sources; a conduit which is provided between the plurality of discharge sources and the CO2 recovery facility such that the exhaust gas discharged from the discharge sources is collected in the CO2 recovery facility; and a computation processing device which sets an operating condition of at least one of the plurality of discharge sources or an operating condition of the CO2 recovery facility.
The flight vehicle operation management device includes: a weather information acquisition unit for acquiring weather information regarding a flight path of the flight vehicle; a flight vehicle information storage unit for storing flight vehicle information regarding the structure and capabilities of the flight vehicle; a map information storage unit for storing map information, including information regarding the living area and the topography thereof; a noise impact range estimation unit for calculating an impact range of noise generated by the flight vehicle on the basis of at least the weather information, the vehicle information regarding the structure and capabilities of the flight vehicle, the map information, and a flight plan; and a flight path designing unit for correcting the flight path on the basis of the noise impact range calculated by the noise impact range estimation unit.
A repair instruction device is provided with a target plating thickness determination unit configured to determine a target plating thickness, which is a target of a plating thickness to be applied to a repair object having a repaired portion by a plating application unit, based on a measured shape, which is a result of measuring a shape of the repair object; and a plating condition determination unit configured to determine, as plating conditions, a thickness of the plating gel material to be attached to the repair object and/or a value of a current flowing through the plating gel material via a plating electrode, based on the calculated target plating thickness.
A virtual space information management method, including: a procedure of holding virtual space configuration information indicating a configuration of a virtual space, and when receiving an input of information on setting a partial space in the virtual space, holding the information on setting the partial space as area setting information; a procedure of, when receiving an input of information on a policy executed in the partial space, holding the information on the policy as policy information; a procedure of generating information to be output to a user of the virtual space and holding the information as policy display pattern information based on the policy in the partial space; and a procedure of evaluating the policy based on an action of the user of the virtual space in the virtual space.
A quantum bit array chip and a quantum computer capable of restricting an increase in a parameter table size for storing operation conditions necessary for control while restricting a decrease in computing accuracy due to a characteristic variation in the chip The quantum computer includes a quantum dot array in which quantum dots are two-dimensionally arranged, and the quantum computer performs quantum computing by irradiating the quantum dot array with an electromagnetic wave. The quantum dot array is divided into a computing area for performing the quantum computing and a memory area for shuttling a quantum bit stored in the quantum dot, the quantum computer includes a parameter table in which a control voltage and a control time during the quantum computing in the computing area are stored for each quantum dot, and the quantum bit is controlled in the computing area based on the parameter table.
An object of the invention is to provide, for a flying object such as a drone or an eVTOL, a propulsion device including a motor and a fan including a plurality of blades and a hub portion, and configured to implement cooling of the motor while ensuring structural reliability of the fan. Therefore, in a propulsion device 1 including a motor 3, a rotation shaft 17 driven by the motor 3, and a fan 2 attached to the rotation shaft 17, the fan 2 includes a hub portion 5 attached to the rotation shaft 17 and a plurality of blades 4 provided at equal intervals on an outer periphery of the hub portion 5, the hub portion 5 has a plurality of hole portions 6 arranged at equal intervals in a circumferential direction of the hub portion 5, and at least a part of side surfaces of the plurality of hole portions 6 is sloped with respect to a center axis of the rotation shaft 17.
A propulsion system according to the present invention comprises: a plurality of motors which rotate propellers of an electrical aircraft; a plurality of inverters which supply power to the motors; a plurality of refrigerant pipings through which a refrigerant for cooling the motors and the inverters flows; pumps which are connected to the refrigerant pipings and which send out the refrigerant; radiators which are connected to the refrigerant pipings and which discharge heat of the refrigerant; first switches which switch one of the refrigerant pipings through which the refrigerant flows; and a control unit which controls the first switches. There are a plurality of refrigerant pipings through which the pumps and the radiators are connected, and the control unit switches and controls the first switches when the pressure of the refrigerant in the refrigerant pipings deviates from a normal range.
The purpose of the present invention is to provide an aircraft traffic management device that is capable of efficiently determining a flight route that passes through a plurality of controlled airspace areas. A traffic management device, which performs traffic management for an aircraft that flies through a plurality of controlled airspace areas, manages some of the plurality of controlled airspace areas. The traffic management device shares the levels of difficulty of determining a flight route, indicating the difficulty of determining a flight route within the controlled airspace areas, with the other traffic management devices that manage the other controlled airspace areas, thereby acquiring the levels of difficulty of determining a flight route for the individual controlled airspace areas, and determines a flight route that passes through the plurality of controlled airspace areas on the basis of the acquired levels of difficulty of determining a flight route.
The objective of the present invention is to provide an aircraft operation management device capable of efficiently determining flight paths across a plurality of managed airspaces. The operation management device performs operation management for aircraft flying across a plurality of managed airspaces, and manages the plurality of managed airspaces in an integrated manner. The operation management device sets a flight path determination difficulty level indicating the difficulty of determining a flight path within the managed airspace, for each managed airspace, and determines a flight path across the plurality of managed airspaces on the basis of the set flight path determination difficulty levels.
Hitachi Industrial Equipment Systems Co., Ltd. (Japan)
Hitachi, Ltd. (Japan)
Inventor
Ikeda, Kenji
Enomoto, Yuji
Tokoi, Hirooki
Muraki, Takahito
Sakai, Toru
Abstract
The conduction reliability of a fitting connection portion between a recess and a protrusion of a stator coil of a rotary electrical machine is improved. The stator coil is formed by a first coil segment 30 including a protrusion 35 at one end and a second coil segment 40 including a recess 46 at one end. A projection side surface 35b of the protrusion 35 is a metal surface of the first coil segment 30, and a metal plating layer 50 having a lower hardness than a metal of the first coil segment 30 is formed on a metal surface of an inner wall surface 46b of the recess 46. When the coil segments 30 and 40 are joined together, the metal surface of the projection side surface 35b comes into contact with the metal plating layer 50, and therefore, gaps between both projections 38a and grooves 38b and the metal plating layer 50 are closed, and the contact resistance is reduced.
This mixed-combustion electronic control device includes a first controller (11) that controls combustion of a first fuel and a second controller (12) that controls mixed combustion of the first fuel and a second fuel. The second controller (12) stores, for each engine operating condition, observation values (for example, the extreme value of the rotation speed of the crankshaft and the extreme value timing) corresponding to the combustion timing of the first fuel (S504). The second controller (12) learns the observation values corresponding to the combustion timing of the first fuel suitable for each operating condition (S503). The second controller (12) determines whether to perform mixed combustion from the current operating conditions and learning situation (S505). In a case where it is determined that mixed combustion is to be performed, the second controller (12) controls the mixed combustion by using the learned observation values (S506).
F02D 19/06 - Controlling engines characterised by their use of non-liquid fuels, pluralities of fuels, or non-fuel substances added to the combustible mixtures peculiar to engines working with pluralities of fuels, e.g. alternatively with light and heavy fuel oil, other than engines indifferent to the fuel consumed
F02D 19/08 - Controlling engines characterised by their use of non-liquid fuels, pluralities of fuels, or non-fuel substances added to the combustible mixtures peculiar to engines working with pluralities of fuels, e.g. alternatively with light and heavy fuel oil, other than engines indifferent to the fuel consumed simultaneously using pluralities of fuels
F02D 41/00 - Electrical control of supply of combustible mixture or its constituents
The present disclosure proposes a metabolic network processing system for processing a metabolic network corresponding to input host information in order to accurately extract pathways effective in substance production in consideration of an influence of modification in a metabolic network. The metabolic network processing system includes a storage device for holding a metabolic network processing program, and a control device for processing the metabolic network according to the program. The control device executes processing of estimating, by executing (a) a flux balance analysis calculation, (b) a structure sensitivity analysis calculation, or (c) a flux balance analysis calculation and an elementary mode analysis on the metabolic network including a starting substance and a target substance, a utilization pathway used for producing the target substance from the starting substance, processing of identifying a buffer structure in the utilization pathway of the metabolic network by executing a buffer structure calculation using the estimated utilization pathway, and processing of outputting information on the utilization pathway and information on the buffer structure (see FIG. 4).
G16B 5/00 - ICT specially adapted for modelling or simulations in systems biology, e.g. gene-regulatory networks, protein interaction networks or metabolic networks
The objective of the present invention is to provide an aircraft operation management device capable of determining a flight path with which noise does not cause a problem, using a small amount of calculation. The operation management device is a device for determining the flight path of an aircraft and performing operation management of the aircraft. The operation management device is preset with airframe noise level information that indicates, for each aircraft, an airframe noise level, which is the level of noise emitted by the aircraft. The operation management device identifies a flyable region representing an airspace in which the aircraft can fly, in accordance with the airframe noise level of the aircraft for which the flight path is to be determined. The operation management device determines the flight path of the aircraft on the basis of the identified flyable region.
A screen interface test system comprising, an input part obtains image information of the screen to be tested, test contents and the number of operations, an operation decision section creates a prompt that requests the creation of operation contents to be performed in the test based on the received image information and test contents, and receives the operation contents from a generative AI using the created prompt, a script creation section creates a prompt requesting the creation of a script to perform the test based on the operation content received from the generative AI and the image information, and receives the script from the generative AI using the created prompt, an output section that outputs test results when the number of times the script received from the generative AI has been executed reaches the number of operations.
A distributed computing environment update scheduling system monitors whether or not the function provided to an application is updated, and determines, when detecting the update of the function, whether a running job and a standby job have compatibility that can be normally executed in the updated environment of a plurality of computer nodes to apply update of a function in the computer nodes. The distributed computing environment update scheduling system generates an execution schedule of the update task in the plurality of computer nodes based on a determination result as to whether the running job and the standby job have the compatibility.
A computing device includes: a processor executing a program; a storage device storing the program; and a document set communicating unit capable of accessing a document set including documents collected in advance. The storage device further stores a metadata DB specifying a corresponding relationship between each of the documents in the document set and a keyword being at least one word, and the processor performs: keyword extracting processing of extracting an extracted keyword being a word, from a user prompt being a question entered by a user; first narrowing-down processing of narrowing down the documents in the document set based on similarity between the user prompt and the documents; second narrowing-down processing of narrowing down the documents in the document set based on the extracted keyword and the metadata DB; and integrated narrowing-down processing of narrowing down the documents in the document set using the first and second narrowing-down processing.
An information processing system including: an acceptance unit that accepts, when shipping a product produced by a shipper including a plant factory to a delivery destination, confirmed shipment information which is confirmed information about shipment of the product, and purchase application information which is information of an application for purchase of the product by the delivery destination; and a processing unit that decides the delivery destination of the product by performing sale-and-purchase matching, based on predetermined optimization criteria, to make the confirmed shipment information and the purchase application information match each other in order of priority. Consequently, when the plant factory is included as the shipper, it is possible to improve a facility operating rate of the plant factory and reduce disposal of the product.
A method for measuring a dimension using augmented reality makes it possible to guide a gauge to a measurement point and perform a quick and accurate measurement. An augmented reality space is generated by processing a video taken by a camera and displaying the video on a transparent screen. In a virtual space, one virtual measurement point (Ib1n) corresponding to one real measurement point (Rb1n), another virtual measurement point (Ib2n) corresponding to another real measurement point (Rb2n), a virtual first probe corresponding to a first probe in a real space, and a virtual second probe corresponding to a second probe in the real space are displayed. The method includes first determining whether the virtual first probe (63a) is in contact with the one virtual measurement point (Ib1n), and second determining whether the virtual second probe (63b) is in contact with the other virtual measurement point (Ib2n).
A test support device includes: a test execution unit that executes a performance test on a microservice; a resource cause determination unit that determines, in a case where it is determined from a result of the performance test that the microservice is poor in performance or/and a resource, whether a cause of being poor in the performance or/and the resource is in an application implemented in the microservice or in a resource of the microservice; and an application cause determination unit that determines, in a case where it is determined that the cause of being poor in the performance or/and the resource of the microservice is in the application implemented in the microservice, determines application processing that is a cause candidate from a relationship between the application process and the result of the performance test.
A work support system that outputs work support text to improve the worker's work includes, a data acquisition unit that receives operational data indicating the worker's operations, a hierarchical operation text generation unit generates operation description text explaining the operational data across multiple levels, an operation DB stores the generated operation description text, an input unit receives instructional text for task support from the worker, a text selection agent selects the worker's operational data and the comparison operational data specified by the received instructional text from the operation DB based on the received instructional text, a support text generation agent that generates work support text based on the requested worker's operational data and the comparison operational data specified by the instructional text, and an output unit that outputs the generated work support text.
A feature encoding system includes one or more neural network layer processors, and the neural network layer processors is configured to include a determination-type variable transformer that determines, for each of elements in an element group, whether the element has a large effect on accuracy of the feature on the basis of a value of the element, and transforms, for a first element having a small effect on the accuracy of the feature, a value thereof to a value with a first bit length shorter than an original bit length, and also transforms, for a second element having the large effect on the accuracy of the feature, a value thereof to a value with a second bit length longer than the first bit length, and a matrix multiplication processor that performs a matrix multiplication operation by using the element group transformed by the determination-type variable transformer.
Heuristic-search-based systems and methods for optimizing delivery routes in large-scale logistics operations, such in electrical vehicle battery reverse logistics are described. The complex NP-hard problem of minimizing transportation cost, which is affected by both travel distance and payload weight, is solved by leveraging an advanced cost function that considers toll costs and iteratively expanding nodes in a search graph. This strategic approach ensures that all collection locations are visited exactly once, ultimately finding the optimal route that minimizes transportation cost.
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