The invention aims to disclose a diaphragm coating machine drying oven, a drying channel, and a coating machine. The drying oven comprises a drying oven cavity, and within the drying oven cavity, a plurality of guide rollers arranged forming a curved surface, and an air duct assembly having an inverted boat-shaped structure; the air duct assembly comprises a hot air inlet, a first wedge-shaped cavity, a second wedge-shaped cavity, a plurality of air outlet assemblies, and an air return outlet; the first wedge-shaped cavity and the second wedge-shaped cavity are communicated, and the plurality of air outlet assemblies face the guide rollers. The technical effect of the present invention is as follows: the air duct assembly having the inverted boat-shaped structure evenly distributes air, with hot air entering the air duct assembly from the hot air inlet, then passing through the first wedge-shaped cavity and second wedge-shaped cavity so as to be distributed to two sides; the space in the first wedge-shaped cavity and second wedge-shaped cavity gradually decreases in the direction of the flow of hot air, making it so that the air speed at the hot air inlet does not gradually decrease in the direction of the flow of hot air, but rather remains basically consistent with the gradually reduced space of the first wedge-shaped cavity and second wedge-shaped cavity, allowing the air outlet assemblies to achieve uniform air output.
B05D 3/04 - Pretreatment of surfaces to which liquids or other fluent materials are to be appliedAfter-treatment of applied coatings, e.g. intermediate treating of an applied coating preparatory to subsequent applications of liquids or other fluent materials by exposure to gases
B05C 9/14 - Apparatus or plant for applying liquid or other fluent material to surfaces by means not covered by groups , or in which the means of applying the liquid or other fluent material is not important for applying liquid or other fluent material and performing an auxiliary operation the auxiliary operation involving heating
F26B 13/04 - Machines or apparatus for drying fabrics, fibres, yarns, or other materials in long lengths, with progressive movement with movement in a straight line using rollers
F26B 3/04 - Drying solid materials or objects by processes involving the application of heat by convection, i.e. heat being conveyed from a heat source to the materials or objects to be dried by a gas or vapour, e.g. air the gas or vapour circulating over, or surrounding, the materials or objects to be dried
F26B 13/02 - Machines or apparatus for drying fabrics, fibres, yarns, or other materials in long lengths, with progressive movement with movement in a straight line
A thin film tearing assembly line. A thin film (693) is attached to the lower surface of a workpiece body (692) and protrudes out from the edge of the workpiece body to form at least one clamping portion. The thin film tearing assembly line comprises: a workpiece feeding device (3), wherein a plurality of trays used for containing workpieces are stacked; a workpiece conveying mechanism (63) provided above the workpiece feeding device; and a workpiece film tearing mechanism (61) provided at the downstream of the feeding direction of the workpiece feeding device, wherein the workpiece film tearing mechanism comprises: a bearing platform (615), a supporting portion (6151) outwards protruding being provided on the bearing platform, the supporting portion being used for receiving the workpiece body, and the clamping portion protruding to the edge of the supporting portion, so that the lower portion of the clamping portion is suspended; and a clamping module, at least one group of clamping jaws (6113) being provided on the clamping module, and each group of clamping jaws corresponding to a corresponding clamping portion. The thin film tearing assembly line can achieve the automatic tearing of a thin film and prevent the workpiece from being polluted and damaged in the process.
Provided is a film tearing and pressure maintaining integrated assembly line, comprising: two oppositely provided material disc conveying lines (1), the two material disc conveying lines (1) being arranged in parallel at an interval so as to form a mounting space located therebetween; a workpiece film tearing mechanism (61), which is provided in the mounting space and and which is used for tearing off a film (693) on a surface of a workpiece, the film (693) being attached to a lower surface of a workpiece body (692) and protruding out of an edge of the workpiece body (692), so as to form at least one clamping part; a workpiece carrying mechanism (63), one end of which extending to the upstream of the material disc conveying lines (1), and the other end of which extending to a side of the workpiece film tearing mechanism (61); and an assembling manipulator (65), which is provided in the mounting space and which is adjacent to the workpiece film tearing mechanism (61). Thus, the number of instances of product flow and positioning may be reduced, thereby improving the film tearing and assembling efficiency, and pressure maintenance can be performed on an assembled product, thereby improving the structural stability of the assembled product.
B23P 19/00 - Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformationTools or devices therefor so far as not provided for in other classes
4.
PRESSURE MAINTAINING AND CORRECTION MECHANISM AND CORRECTION METHOD OF SAME
A pressure maintaining and correction mechanism, comprising a correction plate (654) provided with a correction through hole (6543) penetrating upper and lower surfaces; a circumferential pressure maintaining assembly formed by arranging at least two circumferential pressure maintaining heads in a surrounding manner, the outer side of each circumferential pressure maintaining head being fixedly connected with a pressure maintaining skirt (6521) extending outward; and at least two circumferential balancing weights (6562). The correction plate (654) is arranged on the periphery of the circumferential pressure maintaining assembly by means of the correction through hole (6543), so that the pressure maintaining skirts (6521) are projected to the upper surface of the correction plate (654); the upper surface of the correction plate (654) is provided with at least two pressure sensing components arranged around the correction through hole (6543), and the pressure sensing components are located right below the pressure maintaining skirts (6521); and each circumferential balancing weight (6562) presses the top of a corresponding circumferential pressure maintaining head, so that the pressure maintaining skirts (6521) press the pressure sensing components. Further provided is a correction method of the pressure maintaining and correction mechanism. The pressure maintaining skirts (6521) having a large area press the correction plate (654) on which the pressure sensing components are arranged, so that the detection result is more intuitive to facilitate accurate correction.
A film tearing production line before assembly, comprising: a product feeding device (3), in which a plurality of trays for accommodating products are stacked; a relay conveying mechanism (48) adjacent to the product feeding device (3); a product carrying mechanism erected on the product feeding device (3); and a product film tearing mechanism (42) arranged at the down stream of the feeding direction of the product feeding device (3). The product carrying mechanism (4) comprises: bases (46) arranged separately at two sides of the product feeding device (3), a carrying cross beam (47) connected to the two bases (46) in a sliding manner, a grabbing component (43) connected to the carrying cross beam (47) in a sliding manner, and a transverse moving driver (44) and a carrying driver (41) which are respectively in transmission connection with the grabbing component (43) and the carrying cross beam (47). The scheme can improve the film tearing efficiency and the film tearing success rate.
The present invention relates to a thin film tearing mechanism, with a thin film being attached to a lower surface of a workpiece body and protruding out of an edge of the workpiece body to form at least one clamping portion, the thin film tearing mechanism comprising a material carrying table and a clamping module; the material carrying table is provided with an outwardly extending support portion used for carrying the workpiece body, with the clamping portion protruding out of an edge of the support portion such that a lower portion of the clamping portion is suspended; the clamping module is provided with at least one group of clamping jaws, and each group of clamping jaws is arranged opposite one corresponding clamping portion; and the clamping module comprises a clamping mounting frame and a thin film stripping driver mounted on the clamping mounting frame, and a power output end of the thin film stripping driver is in transmission connection with the clamping jaws. After the clamping jaws clamp the corresponding clamping portion, the thin film stripping driver drives the clamping jaws to move downwards, the clamping jaws drag the clamping portion to be bent downwards relative to the edge of the workpiece body, such that the thin film is lifted up from the edge of the workpiece body, and then the workpiece body is stripped, under an external force, from a bonding face between the workpiece body and the thin film.
A self-weight pressure maintaining mechanism, comprising a central pressure maintaining rod (653), at least two circumferential pressure maintaining blocks arranged around the periphery of the central pressure maintaining rod (653), a central counterweight block, and at least two circumferential counterweight blocks. The central counterweight block is downwards pressed at the top end of the central pressure maintaining rod (653), so that the central pressure maintaining rod (653) is downwards pressed at the central region of a workpiece; and each circumferential counterweight block is downwards pressed at the top end of a corresponding circumferential pressure maintaining block, so that the circumferential pressure maintaining block is downwards pressed at the circumferential region of the workpiece. The pressure maintaining requirements of different regions of the workpiece are satisfied by means of regional pressure maintaining.
B30B 15/00 - Details of, or accessories for, pressesAuxiliary measures in connection with pressing
B30B 9/00 - Presses specially adapted for particular purposes
B25B 27/02 - Hand tools or bench devices, specially adapted for fitting together or separating parts or objects whether or not involving some deformation, not otherwise provided for for connecting objects by press fit or detaching same
B25B 11/00 - Work holders or positioners not covered by groups , e.g. magnetic work holders, vacuum work holders
A conveyor belt feeding mechanism employing pushing, comprising: a fixed feeding frame (721), the feeding frame (721) being provided with a conveyor belt guide plate (722), the conveyor belt guide plate (722) being provided with a conveyor belt conveying guide rail (7221) extending linearly; a pushing assembly (723), slidably connected to the feeding frame (721), and located on a side of the conveyor belt guide plate (722); and a pushing drive, having a power output end drivingly connected to the pushing assembly (723). Driven by the pushing drive, the pushing assembly (723) slides back and forth in an extension direction of the conveyor belt conveying guide rail (7221). The feeding mechanism employing pushing solves the following problems prone to occur during discontinuous feeding performed by using a conventional feeding method employing two material plates: inaccurate positioning for feeding, returning of fed material, breaking of a conveyor belt, curving of the conveyor belt, etc., thereby improving feeding efficiency and precision, and thus improving productivity.
Disclosed are a waste material cutting and recycling mechanism (77) and an automatic feeding device. The waste material cutting and recycling mechanism (77) comprises: a fixedly arranged cutting mounting base (775), a lifting channel (7751) extending in a vertical direction being provided in the cutting mounting base (775); a cutting pressing block (774), at least part of the cutting pressing block (774) being received in the lifting channel (7751) and being in sliding connection with the cutting mounting base (775), and a cutter (7744) being fixedly connected in the cutting pressing block (774); a cutting driver (773), a power output end of the cutting driver (773) being in transmission connection with the cutting pressing block (774); and an auxiliary mounting frame (7752), wherein a conveying guide block (7753) is mounted on the auxiliary mounting frame (7752), and a conveying channel (7753a) is provided in the conveying guide block (7753). A cutting channel (7741) penetrating the front side and the rear side of the cutting pressing block (774) is provided in the cutting pressing block, and the conveying channel (7753a) extends into the cutting channel (7741). Waste materials (742) are cut into small sections before the waste materials (742) are collected in a concentrated manner, such that the problem of low utilization rate of a waste material collecting box due to large gaps between the waste materials (742) after the waste materials are collected is solved.
B26D 1/08 - Cutting through work characterised by the nature or movement of the cutting memberApparatus or machines thereforCutting members therefor involving a cutting member which does not travel with the work having a linearly-movable cutting member wherein the cutting member reciprocates of the guillotine type
B26D 5/08 - Means for actuating the cutting member to effect the cut
B26D 7/06 - Arrangements for feeding or delivering work of other than sheet, web, or filamentary form
B26D 7/32 - Means for performing other operations combined with cutting for conveying or stacking cut product
10.
FEEDING DEVICE WITH INTEGRATED FEEDING AND WASTE RECOVERY FUNCTIONS
A feeding device with integrated feeding and waste recovery functions, the feeding device comprising: a loading mechanism (71); a waste recovery mechanism (77) arranged opposite the loading mechanism (71); and a pushing and feeding mechanism (72) provided between the loading mechanism (71) and the waste recovery mechanism (77), wherein the pushing and feeding mechanism (72) comprises a fixedly arranged feeding support (721), and a pushing assembly (723) and a pushing actuator which are provided on the feeding support, with the power output end of the pushing actuator being in transmission connection with the pushing assembly (723); a blanking and cutting mechanism is provided downstream of the pushing assembly (723); the feeding support (721) is provided with a material belt guide plate (722), and the material belt guide plate (722) is provided with a material belt conveying guide rail (7221) extending in a linear direction; and the waste recovery mechanism (77) abuts against the material belt conveying guide rail (7221). This solution achieves the coordination of integrated unreeling, cutting, transfer, feeding and recovery functions, thereby improving the cutting precision and the feeding efficiency of workpieces.
B65G 47/90 - Devices for picking-up and depositing articles or materials
B23Q 7/00 - Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
11.
BREAKING ASSEMBLY FOR SEPARATING AUXILIARY MATERIAL FROM WORKPIECE
A breaking assembly (25) for separating an auxiliary material (262) from a workpiece (26), comprising: a breaking mounting plate (251); a push driver (253) mounted on the breaking mounting plate (251); a rod-shaped fixed finger (252), wherein the fixed finger is fixedly connected to the breaking mounting plate (251) and downwardly hangs from the breaking mounting plate (251); and a rod-shaped sliding finger (254), wherein the sliding finger is in transmission connection with the power output end of the push driver (253) and downwardly hangs from the push driver (253). The bottom of the fixed finger (252) is open to form a breaking accommodating cavity (255); the sliding finger (254) and the fixed finger (252) are arranged opposite to each other; the side surface of the sliding finger (254) opposite to the fixed finger (252) is fixedly connected to a breaking penetrating and sleeving rod (2542); and under the driving of the push driver (253), the sliding finger (254) is close to or distant from the fixed finger (252), so that the breaking penetrating and sleeving rod (2542) is inserted into the breaking accommodating cavity (255) or is pulled away from the breaking accommodating cavity (255). The breaking assembly (25) can prevent the problems of welding spot falling, welding seam cracking, the deformation of the workpiece (26) and the like caused by an overlarge bending force applied to a folding lug (263).
A laser welding suction nozzle and a laser welding gun having same. The laser welding suction nozzle comprises: a mounting section (110, 210, 310); a suspension section (120, 220, 320), one end, at the mounting section (110, 210, 310), of the suspension section being integrally combined with the mounting section (110, 210, 310) and extending downward from the mounting section (110, 210, 310); and an extension section, the extension section being mounted to the bottom of the suspension section (120, 220, 320); wherein the outer periphery of the extension section at least partially protrudes out of the outer side of the suspension section (120, 220, 320) to form an outer protruding part (130, 230, 330); a light-transmitting hole (133, 233, 333) penetrating through upper and lower surfaces of the outer protruding part is formed in the outer protruding part (130, 230, 330); and the light-transmitting hole (133, 233, 333) is open at the outer side of the outer protruding part to separate the outer protruding part (130, 230, 330) into a suction block (131, 231, 331) and a pressing block (134, 234, 334). The light-transmitting hole (133, 233, 333) is formed on the suction nozzle without additionally reserving a laser collision avoidance station on the side of the suction nozzle, so that a transverse mounting space of the suction nozzle is kept small enough, a laser beam is emitted from a position right above a workpiece via the light-transmitting hole(133, 233, 333), the energy dissipation of the laser beam caused by deliberately prolonging a laser light path is reduced, and the welding efficiency and the welding quality are improved.
B23K 37/04 - Auxiliary devices or processes, not specially adapted for a procedure covered by only one of the other main groups of this subclass for holding or positioning work
Disclosed is a material belt convenient to feed, comprising: a belt-shaped belt main part (61); a plurality of materials (63), which are arranged in an extending direction of the belt main part (61); and a plurality of auxiliary suction parts (62), each of the auxiliary suction parts being connected between one corresponding material (63) and the belt main part (61). Easily fractured cutting indentations (613) are provided at joints between the auxiliary suction parts (62) and the belt main part (61), and easily broken breaking indentations (631) are provided at joints between the auxiliary suction parts (62) and the materials (63). According to the material belt convenient to feed, the clamping success rate and the processing convenience of materials, particularly fine materials, are improved by connecting the easily broken auxiliary suction parts to the materials, and also the continuity of material feeding is improved by connecting the auxiliary suction parts to the easily cut belt main part, and thus the operability of material feeding and processing is improved, and material feeding efficiency is also improved.
An automatic laser welding production line, comprising: a conveying line (1) provided with a welding station (11) and an accessory breaking station (12) which are sequentially arranged in the conveying direction thereof; a laser generation mechanism (4) provided at the welding station; a suction mechanism (5) provided on one side of the laser generation mechanism; and an accessory breaking device (2) provided at the accessory breaking station, wherein the conveying line periodically conveys a carrier (3) fully loaded with a product to be welded; when the carrier is conveyed to the welding station, the suction mechanism suctions a workpiece to be welded onto the product in the carrier, and the laser generation mechanism performs laser welding; and after welding is completed, the carriers are conveyed to the accessory breaking station, and the accessory breaking device breaks accessories on the welded workpieces. The welding production line has a higher automation degree, a higher integration level and higher welding efficiency and improves welding quality.
Disclosed is a lateral-side film rolling assembly for film attachment to a cylindrical surface, the lateral-side film rolling assembly comprising a rolling base (331); a left rolling member (332) and a right rolling member (333) which are arranged opposite each other, the left rolling member (332) and the right rolling member (333) being in reverse rotation relative to the rolling base (331) such that the left rolling member (332) and the right rolling member (333) are changed between a closed state and an open state; and a reset component, the reset component being arranged on the rolling base (331) and separately acting on the left rolling member (332) and the right rolling member (333), wherein the reset component can elastically deform, and the reset component is used to enable the left rolling member (332) and the right rolling member (333) to rotate in a mutual closing direction so as to reset from the open state to the closed state. According to the lateral-side film rolling assembly for film attachment to a cylindrical surface, by means of a film attachment structure of a clamping and rolling type, the operation of film attachment to a cylindrical surface, which is traditionally difficult to implement, is simple and easy to operate, and the film attachment quality is also improved.
An upright clamping mechanism, comprising a rotating base (242) and a fastening base (245) arranged in correspondence and at an interval, wherein the rotating base comprises: a left upright plate (2421) and a right upright plate (2422) arranged in correspondence and at an interval; and a rotating shaft (2423) arranged between the left upright plate and the right upright plate, with at least one rotating piece (246) being sleeved on the rotating shaft; at least one fastening piece (2451) is formed on the fastening base, each fastening piece being arranged in correspondence with a corresponding rotating piece; a position return component (2424) is provided on the rotating shaft, the position return component acting on the rotating piece and allowing the rotating piece to rotate around an axis of the rotating shaft, so as to make at least a portion of the rotating piece be continuously near the fastening piece. The upright clamping mechanism allows material to maintain being held in a relatively stable position after the material is unclamped, thereby increasing the material picking success rate of a pick and place machine.
A multi-station cam carrying mechanism, including a baseplate, a rotary shaft in the middle of the baseplate, an electric motor connected to the bottom of the rotary shaft, a rotary plate at an upper part of the rotary shaft, mounting frames on the baseplate, a mounting plate on the mounting frames, an annular sliding groove on a bottom face of the mounting plate along a cam trajectory, and multiple grabbing and transferring assemblies annularly and uniformly arranged at intervals, with bottom parts slidably arranged on the rotary plate and top parts slidably arranged in the sliding groove. The electric motor drives multiple stations to carry products simultaneously, and undergoes a reciprocating movement along the cam trajectory, grabhooks on the assemblies reciprocate vertically to grab and transfer the products, so that the products are sequentially transferred from one station to the next station.
Disclosed is an eccentric-rotation-type multi-station switching rotation device, comprising: an eccentric wheel synchronous rotation driving mechanism (1), a suction and release mechanism (3) in eccentric-rotation connection with the eccentric wheel synchronous rotation driving mechanism (1), and a lifting switching mechanism (2) arranged beside the suction and release mechanism (3), wherein the suction and release mechanism (3) comprises: a fixedly arranged mounting plate (31), and at least two suction assemblies rotationally and slidably connected to the mounting plate (31), and the suction assembly comprises: a lifting shaft (33) rotationally and slidably connected to the mounting plate (31), and a sucker (32) fixedly connected to a bottom end of the lifting shaft (33). The eccentric-rotation-type multi-station switching rotation device abandons a traditional driving mode of arranging a plurality of lifting drivers and a plurality of rotation drivers and only uses one lifting driver and one eccentric wheel drive, which not only reduces the equipment cost but also improves the synchronous rate, and the device can control a magnet such that same selectively attracts the lifting shaft according to requirements to achieve the case that one or more suction and release mechanisms are driven to ascend and descend at the same unit time, and can be configured according to the requirements, thus improving the adaptability.
Disclosed is a rapid suction and release mechanism, comprising: a fixedly arranged mounting plate (31), and at least two sets of suction assemblies rotationally and slidably connected to the mounting plate, wherein each suction assembly comprises: a lifting shaft (33) rotationally and slidably connected to the mounting plate, and a sucker (32) fixedly connected to a bottom end of the lifting shaft. The rapid suction and release mechanism can adjust a horizontal position posture of a part by a certain amount while improving the efficiency of suction and transfer, thereby improving assembly efficiency and assembly accuracy.
An eccentric wheel-based synchronous rotation driving mechanism (1), comprising: an eccentric wheel (13); a transmission plate (14) eccentrically and rotatably connected to the eccentric wheel (13); and rotating assemblies (15) rotatably and slidably connected to the transmission plate (14). There are at least two groups of rotating assemblies (15). Each rotating assembly (15) comprises: a rotating shaft (151) rotatably and slidably connected to the transmission plate (14); and a lifting shaft (152) parallel to and spaced apart from the rotating shaft (151), wherein a connecting rod is fixedly connected between the rotating shaft (151) and the lifting shaft (152). By means of eccentric transmission, only one power source is needed, and therefore, the equipment cost is reduced; in addition, the synchronous rate is increased, the installation space is reduced, real-time synchronous deflection of multiple parts can be implemented, and the deflection efficiency is improved.
A switching and lifting type fast sucking and releasing apparatus, comprising: a sucking and releasing mechanism (3) and a lifting switching mechanism (2) provided beside the sucking and releasing mechanism (3), wherein the lifting switching mechanism (2) comprises a lifting mounting plate (23) extending along a horizontal direction, and at least two sets of switching components (24) provided on the lifting mounting plate (23); the two ends of the lifting mounting plate (23) are respectively connected with a lifting guide rail (22) and a lifting driver (21); the lifting guide rail (22) is fixedly provided; the lifting mounting plate (23) is slidably connected to the lifting guide rail (22); the lifting mounting plate (23) is transmittingly connected to the lifting driver (21). Only one lifting driver is used, and thus, the device costs are reduced, a synchronization rate is improved, multiple parts can be synchronously sucked and transferred in real time, and the suction efficiency is improved; one or more sets of sucking and releasing mechanisms can be driven to raise and lower according to a requirement, thereby improving adaptability.
B23P 19/00 - Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformationTools or devices therefor so far as not provided for in other classes
B25J 15/06 - Gripping heads with vacuum or magnetic holding means
41 - Education, entertainment, sporting and cultural services
Goods & Services
Teaching; providing information in the field of education;
vocational guidance [education or training advice]; coaching
[training]; vocational retraining; arranging and conducting
of colloquiums; arranging and conducting of conferences;
academies [education].
Advertising; organizing and conducting trade fairs, events
and exhibitions for commercial or advertising purposes;
sales promotion for others; personnel recruitment;
administrative services for the relocation of businesses;
transcription of communications [office functions]; business
auditing; sponsorship search; retail or wholesale services
for medical supplies; advertising planning services;
marketing research; organization of exhibitions for
commercial or advertising purposes; import-export agency
services; procurement services for others [purchasing goods
and services for other businesses]; marketing; telemarketing
services; employment agency services; personnel management
consultancy.
25.
Test device for testing high-pressure water tightness function of profiled components
There is disclosed a test device for testing high-pressure water tightness function of profiled components, comprising a toggle mechanism comprising a drive assembly and a toggle assembly, the toggle assembly comprising a mounting seat drivingly connected to the drive assembly and several toggle levers mounted to the mounting seat; and a carrier stage configured to carry components to be tested; wherein each toggle lever is provided with a carrier stage directly below the toggle lever, the toggle lever is selectively mated to the component to be tested on the carrier stage, and the drive assembly can reciprocally transmit power along the X-axis direction, and when the toggle lever is in a mating state with the component to be tested on the carrier stage, the toggle lever reciprocated linearly along the X-axis direction under driving of the drive assembly to toggle the component to be tested on the carrier stage.
There is provided a pressure maintaining and alignment device, comprising a box body that is open at its front side to form an outer opening having a certain depth; a cover assembly for opening and closing outer opening; a pushing assembly disposed on a rear side of box body for selectively clamping a product to be pressure-maintained; and a pressing assembly located at a rear side of the pushing assembly; wherein pressing assembly comprises a pushing rod and a pressing plate, at least one pressing arm extending to above the box body is provided at top of pressing plate, an alignment adjusting assembly is provided between pressing arm and box body, and pressing plate selectively pushes alignment adjusting assembly by the pressing arm under driving of pushing rod, so that the product to be pressure-maintained in the box body is selectively pressed, pressure-maintained and aligned.
B29C 65/48 - Joining of preformed partsApparatus therefor using adhesives
B29C 65/00 - Joining of preformed partsApparatus therefor
B29C 65/78 - Means for handling the parts to be joined, e.g. for making containers or hollow articles
B32B 37/10 - Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding characterised by the pressing technique, e.g. using direct action of vacuum or fluid pressure
B32B 37/00 - Methods or apparatus for laminating, e.g. by curing or by ultrasonic bonding
Disclosed is a modular assembly production line, comprising a conveyer line, provided with a carrier tray moving in a conveying direction thereon, and provided with a box mounting position and a circuit board mounting position therein; a box feeding device, configured to fix a box in the box mounting position; a circuit board feeding device, configured to fixedly mount a circuit board in the circuit board mounting position; a circuit board assembly device, configured to correspondingly inserting the circuit board of the circuit board mounting position into the box in the carrier tray to form an assembly finished product; and a test assembly device, configured to detect and screen a qualified finished product. The circuit board feeding device comprises a circuit board feeding screening mechanism which is configured to determine that a feeding state of the circuit board is a state where the circuit board can be accurately mounted in the circuit board mounting position. Therefore, it is ensured that the circuit board can be mounted in the circuit board mounting position in an accurate direction, and it is also ensured that when the circuit board is mounted in the box, the direction of the circuit board is still correct. Moreover, automation of the whole process of modular assembly for the box and the circuit board facilitates management and control on the production process, ensures the quality of the product, and further improves the yield rate of the finished products.
B23P 19/00 - Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformationTools or devices therefor so far as not provided for in other classes
28.
MARKER ROD ASSEMBLY DEVICE, FULLY AUTOMATIC PRODUCTION LINE AND MARKER ROD ASSEMBLY METHOD
Disclosed are a marker rod assembly device, a fully automatic production line and a marker rod assembly method. The marker rod assembly device comprises a carrier conveyer line (2), a marker rod feeding mechanism (6), a detection mechanism (4), a rotating clamping mechanism (3) and a mounting mechanism (5). The detection mechanism (4) performs detection to acquire an initial angle of a marker rod clamped by the rotating clamping mechanism (3), and the rotating clamping mechanism (3) then rotates the marker rod to a pre-set assembly angle according to the detection result of the detection mechanism (4). Under the drive of the mounting mechanism (5), the rotating clamping mechanism (3) moves to a pre-assembly position to insert the marker rod into a workpiece. After detection is performed by the detection mechanism (4), the rotating clamping mechanism (3) automatically adjusts the angle of the marker rod, thereby improving the mounting efficiency of the marker rod, ensuring the accuracy of the mounting angle of the marker rod, avoiding the defect of an error being easily made during manual assembly, and achieving automated assembly production of the marker rod.
B23P 19/00 - Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformationTools or devices therefor so far as not provided for in other classes
29.
WORKPIECE FEEDING DEVICE AND WORKPIECE FEEDING METHOD
The present invention provides a workpiece feeding device, comprising a working platform, a supplying mechanism, a conveying line mechanism, a workpiece carrying mechanism and a screening mechanism. A supplying position is arranged on the supplying mechanism, a mounting position is arranged on the conveying line mechanism. The workpiece carrying mechanism is capable of clamping a workpiece from the supplying position, after detecting and screening by the screening mechanism, the qualified workpiece is moved into the target carrier at the mounting position. By setting the supplying mechanism and the workpiece carrying mechanism, automatic workpiece supplying and feeding and mounting are achieved, the screening mechanism is capable of detecting the workpiece in the carrying process, so that the qualification rate of the workpiece is ensured. The conveying line mechanism carries the workpiece using the carrier, achieving the flow-line type processing work. The present invention also provides a workpiece feeding method, the automatic feeding and detecting of the workpiece are achieved, which is convenient for production management.
B65G 47/90 - Devices for picking-up and depositing articles or materials
B65G 43/08 - Control devices operated by article or material being fed, conveyed, or discharged
B23P 19/00 - Machines for simply fitting together or separating metal parts or objects, or metal and non-metal parts, whether or not involving some deformationTools or devices therefor so far as not provided for in other classes
A turnover type automatic assembly line, comprising: a turnover type conveying line (1); a feeding and suction mechanism (3) mounted on the turnover type conveying line (1); and a cartridge type part feeding mechanism (4) disposed at a side of the feeding and suction mechanism (3). The turnover type conveying line (1) comprises: a positioning line (11) and an assembly line (12) arranged side by side and in parallel; multiple positioning fixtures (14), the positioning fixtures (14) performing turnover type conveying between the positioning line (11) and the assembly line (12); and a lifting unlocking mechanism (13), the lifting unlocking mechanism (13) being disposed on the positioning line (11), the positioning line (11) and the assembly line (12) performing reverse conveying, and a fixture feeding station (114), a fixture positioning waiting station (115), and a fixture positioning station (116) being provided in sequence along the conveying direction on the positioning line (11), and the lifting unlocking mechanism (13) being located at the fixture positioning station (116) and located under the positioning line (11). The turnover type assembly line has high automation level and integration level, thereby greatly improving assembly efficiency, and has high position precision, thereby satisfying design assembly requirements.
Disclosed is a multi-station cam carrying mechanism, comprising a baseplate (1), a rotary shaft (2) arranged in the middle of the baseplate (1), an electric motor (3) in driving connection with the bottom of the rotary shaft (2), a rotary plate (4) arranged at an upper part of the rotary shaft (2), mounting frames (5) arranged on the baseplate (1), a mounting plate (6) arranged on the mounting frames (5), an annular sliding groove (7) provided on a bottom face of the mounting plate (6) along a cam trajectory, and a plurality of grabbing and transferring assemblies (8) annularly and uniformly arranged at intervals, with bottom parts thereof being slidably arranged on the rotary plate (4) and top parts thereof being slidably arranged in the sliding groove (7). The electric motor (3) drives a plurality of stations to carry products simultaneously, while the grabbing and transferring assemblies (8) perform a reciprocating movement along the cam trajectory, grabhooks (84) on the grabbing and transferring assemblies (8) perform a vertical reciprocating movement so as to grab and transfer the products, so that the products are sequentially transferred from one station to the next station. The present invention has a compact structure, reduces the size of an apparatus, improves the transferring efficiency, works stably and has a good effect when in use.
There is provided a sealing detection method for a sealing structure, comprising the following steps: S1, attaching a thin film on a gasket to seal an opening; S2, disposing a sealing ring directly below the base to seal a lower opening of the mounting through hole; S3, providing a vent hole on sealing ring through which the sealing ring communicates with a gas source with a gas pressure sensor; S4, starting to supply or pump gas to form a positive pressure or a negative pressure region between the sealing ring and the base; S5, maintaining the air pressure state for a certain time, during which the gas pressure sensor performs real-time detection of gas flow; S6, comparing detected gas flow with qualified threshold range; S7, sorting products with the sealing structure according to detection results; S8, peeling off the thin film and completing the detection.
G01M 3/26 - Investigating fluid tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors
G01M 3/02 - Investigating fluid tightness of structures by using fluid or vacuum
33.
DEVICE FOR LAMINATING PROTRUDING SURFACE OF CURVED 3D GLASS
A device for laminating a protruding surface of curved 3D glass. The device comprises: a support frame (19), multiple protective film feeding mechanisms (13) disposed beside the support frame (19), multiple release paper recycling mechanisms (14) disposed below the protective film feeding mechanisms (13), multiple recessed surface fixture assemblies (18) disposed in front of the support frame (19), and multiple protruding surface lamination heads (16) slidably connected to the support frame (19). The device can accurately position and stably fix curved 3D glass, and provide sufficient support for a recessed surface of the curved 3D glass, thereby improving the positioning efficiency and effect of the curved 3D glass. The automation of laminating a protruding surface is enhanced, and interference between a film suction plate and a film pressing assembly can be prevented during lamination, thereby further improving the lamination quality of the curved 3D glass, and reducing the damage rate of the curved 3D glass during lamination.
A concave film coating device for 3D curved surface glass, comprising: a supporting frame (19); a plurality of sets of protecting film feeding mechanisms (13) arranged beside the supporting frame (19); a plurality of sets of release paper recycling mechanisms (14) arranged below the protecting film feeding mechanisms (13); a plurality of sets of convex jig assemblies (17) arranged on the front side of the supporting frame (19); and a plurality of sets of concave film covering heads (15) connected to the supporting frame (19) in a sliding mode. The concave film coating device not only may accurately position and stably fix 3D curved surface glass, but also may fully support the convex face of the 3D curved surface glass, so that the positioning efficiency and effect on the 3D curved surface glass are improved, thereby improving the film covering quality of the 3D curved surface glass, and reducing the damage rate of the 3D curved surface glass in the film coating process. In addition, interference between a film suction plate and a film pressing assembly may be further prevented when the film coating is carried out at the same time that the automation rate of the concave film coating is improved, thereby further improving the film coating efficiency and the film coating quality. The present device has wide market application prospects.
09 - Scientific and electric apparatus and instruments
Goods & Services
Industrial machinery for pharmacy processing; electron
industry equipment; machinery equipment for glass industry
(daily use glass included); special-purpose machinery for
accumulator industry; metalworking machines; handling
machines, automatic [manipulators]; machines and apparatus
for polishing [electric]; machines for use in the
manufacture of batteries; machine tools; industrial robot. Data processing apparatus; optical discs; interfaces for
computers; computer memory devices; computer programmes
[programs], recorded; computer software, recorded; computer
programs [downloadable software]; precision measuring
apparatus; mouse [computer peripheral]; computer peripheral
devices.
37 - Construction and mining; installation and repair services
42 - Scientific, technological and industrial services, research and design
Goods & Services
Rental of construction equipment; installation, maintenance
and repair of computer hardware; motor vehicle maintenance
and repair; factory construction; electric appliance
installation and repair; air conditioning apparatus
installation and repair; office machines and equipment
installation, maintenance and repair; clock and watch
repair; machinery installation, maintenance and repair;
vehicle (vehicle) fault rescue and repair services;
installation and repair of recreational sports facilities;
safe maintenance and repair; repair information; heating
equipment installation and repair; furnace installation and
repair; photographic apparatus repair. Consultancy in the field of energy-saving; scientific
laboratory services; quality control; computer software
design; technical project studies; material testing;
providing search engines for the internet; quality testing;
mechanical research; computer programming; technical
research; calibration [measuring]; vehicle roadworthiness
testing; styling [industrial design]; installation of
computer software; research in the field of building
construction; chemical research; biological research;
authenticating works of art.
37.
SIDE POLISHING LINE HAVING AUTOMATIC MEASUREMENT FUNCTION
A side polishing line having an automatic measurement function comprises: a horizontal moving mechanism (4); a side polishing machine (5) adjoining one side of the horizontal moving mechanism (4); and a measuring device (7) adjoining the other side of the horizontal moving mechanism (4); wherein the horizontal moving mechanism (4) comprises a support bottom plate (42), a support top plate (43) and a horizontal moving assembly disposed across and over the support top plate (43), a front end of the support top plate (43) is provided with a secondary positioning mechanism (8), and a rear end of the support top plate (43) is provided with a workpiece carrying assembly (45) that moves in and out of the side polishing machine (5) periodically. The side polishing line having an automatic measurement function can eliminate obviously unqualified products in the processes of material loading and unloading and secondary positioning, and measure a workpiece when the polishing is completed, thus improving the level of automation, efficiency and precision of the production.
B24B 7/17 - Single-purpose machines or devices for grinding end faces, e.g. of gauges, rollers, nuts or piston rings for simultaneously grinding opposite and parallel end faces, e.g. double disc grinders
38.
POLISHING LINE HAVING UPPER AND LOWER GROOVES AND AUTOMATIC MEASUREMENT FUNCTION
A polishing line having upper and lower grooves and an automatic measurement function comprises: a material loading and unloading mechanism (2); an upper and lower groove polishing machine (6) adjoining one side of the material loading and unloading mechanism (2); and a measuring device (7) adjoining the other side of the material loading and unloading mechanism (2); wherein the material loading and unloading mechanism (2) comprises: a machine base (21); and a material acquisition guide rail (23) and a material feeding guide rail (24) disposed on the machine base (21). The material acquisition guide rail (23) and the material feeding guide rail (24) are disposed parallel to and spaced from each other. A secondary positioning mechanism (8) is disposed between the material acquisition guide rail (23) and the material feeding guide rail (24), and a front end of the material acquisition guide rail (23) adjoins the measuring device (7). While improving the level of automation in the processes of material loading and unloading and secondary positioning, the present invention further improves the level of automation in the polishing process, and can perform screening on workpieces to be polished in the process of polishing to eliminate obviously unqualified products, thereby greatly increasing the polishing efficiency and precision, and measure the workpieces after the polishing to determine whether the polishing design requirement is met.
B24B 49/02 - Measuring or gauging equipment for controlling the feed movement of the grinding tool or workArrangements of indicating or measuring equipment, e.g. for indicating the start of the grinding operation according to the instantaneous size and required size of the workpiece acted upon, the measuring or gauging being continuous or intermittent
B24B 47/06 - Drives or gearings for grinding machines or devicesEquipment therefor for performing a reciprocating movement of carriages or work-tables by liquid or gas pressure only
B24B 55/06 - Dust extraction equipment on grinding or polishing machines
39.
FULLY AUTOMATIC PRE-PRESSING MACHINE FOR PRESSING COF WITH LCD
Disclosed is a fully automatic pre-pressing machine for pressing a COF with an LCD, comprising a pre-pressing device, and an LCD suctioning and loading device provided opposite to the pre-pressing device; the LCD suctioning and loading device comprises a Y-directional translation mechanism, and at least one set of multi-dimensional glass suctioning mechanisms slidably connected to the Y-directional translation mechanism, the multi-dimensional glass suctioning mechanisms being selectively close to or away from the pre-pressing device. The present invention has a compact structure and occupies a small floor space, can be adapted to glass of various dimensions while improving efficiency and precision of automated adjustment of the position and state of glass, realizes automated operation of loading of a COF and unloading of a finished product, improving the efficiency of pre-pressing a COF with an LCD and the pre-pressing quality, widening prospective market applications.
G02F 1/13 - Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulatingNon-linear optics for the control of the intensity, phase, polarisation or colour based on liquid crystals, e.g. single liquid crystal display cells
09 - Scientific and electric apparatus and instruments
Goods & Services
Lathes [machine tools]; electric planers; packing machines;
foundry machines; handling machines, automatic
[manipulators]; robot (mechanical); drilling machine;
milling machines; metalworking machines; machine tools;
machines and apparatus for cleaning, electric;
electromechanical machines for chemical industry; trimming
machines; cowlings [parts of machines]; wrapping machines;
guards [parts of machines]; machines and apparatus for
polishing [electric]; machines for use in the manufacture of
electronic instruments; machines for optical cold processing
industry; gas separating equipment. Optical communication instrument; measuring apparatus;
electric installations for the remote control of industrial
operations; transmitters of electronic signals; printed
circuits; electronic tags for goods; printed circuit boards;
automatic gauges; measuring instruments for gears; measuring
instruments for cutters; heat regulating apparatus;
electrolysers; measures; cell phones; surveying apparatus
and instruments; precision measuring apparatus; precision
measuring apparatus; measuring devices, electric; optical
apparatus and instruments; integrated circuits.
41.
AUTOMATIC SPRAYING WASHER OF THREE-STATION ROTARY TABLE TYPE
Disclosed is an automatic spraying washer of a three-station rotary table type, the automatic spraying washer comprising: a control system; a rack (11); and a hot air mechanism (14), a spraying washing device and a sewage collection tank (12) provided inside the rack (11), wherein the interior of the rack (11) is divided into an equipment room (113), a washing room (112) and a sewage collection room (111) successively arranged from top to bottom; and the hot air mechanism (14), the spraying washing device and the sewage collection tank (12) are all in electrical connection with the control system. The automatic spraying washer of a three-station rotary table type has a high automation rate and a compact structure, occupies a small amount of floor space, and is convenient for testing. At the same time, the washer has a reasonable washing area division, and only three working areas are used for clearly dividing the washing area, thereby greatly improving the washing efficiency of same, and at the same time, each mechanism has a good adjustability and can be adapted to products of different sizes or shapes.
A watertightness test device (1) comprises: a water storage container (11), comprising a water storage tank (111) and an air inlet pipe (112) and a water outlet pipe (113) respectively communicating with top and bottom portions of the water storage tank (111); a glass capillary tube (122) with closed upper and lower ends; and a liquid level detection assembly (13), used for detecting a change of a liquid level in the glass capillary tube (122) and provided beside the glass capillary tube (122). The air inlet pipe (112) communicates with the atmosphere. A first pneumatic valve (114) is provided on the water outlet pipe (113). A first water outlet branch (1131) and a second water outlet branch (1132) are provided at the end of the water outlet pipe (113). The end of the first water outlet branch (1131) communicates with a product to be tested (2). The second water outlet branch (1132) is connected to a bottom portion of the glass capillary tube (122). A change of the liquid level in the glass capillary tube (122) before and after a watertightness test is monitored, and the amount of liquid leaked from a tested product during the test can be derived, thereby determining a water tightness level of the tested product. The invention simplifies a structure of a test device, greatly improves test accuracy, and has broad production and application prospects.
An automatic sandpaper removal mechanism (2) for a CNC production line comprises: an installation plate (21) extending in a vertical direction; a removal driving assembly (22) installed at the installation plate (21); and a removal assembly (23) transmissionally-connected to the removal driving assembly (22). The removal assembly (23) comprises a removal plate installation plate (231) and a removal plate (232) fixedly installed at the removal plate installation plate (231). The removal plate installation plate (231) extends in a vertical direction. The removal plate installation plate (231) is transmissionally-connected to the removal driving assembly (22). The removal plate installation plate (231) is driven by the removal driving assembly (22) to perform reciprocating raising/lowering movement within a vertical plane. The automatic sandpaper removal mechanism (2) can improve removal efficiency while effectively solving problems of incomplete removal and residues left after removal of a sandpaper sheet, thereby reducing costs, and increasing productivity.
A tightness testing method for a sealing structure comprises the following steps: S1, attaching a film (13) to a gasket (12), so as to seal an opening; S2, providing a seal ring (15) directly under a base (11), so as to close a lower outlet of a mounting through hole (111); S3, providing a venting hole (151) in the seal ring (15), such that the seal ring (15) communicates with a gas source having a gas pressure sensor via the venting hole (151); S4, the gas source starting to supply a gas to the seal ring (15) or to pump a gas out of the seal ring (15) by means of the venting hole (151), such that a positive pressure region or a negative pressure region is formed between the seal ring (15) and the base (11); S5, maintaining the gas pressure state for a certain period of time, and the gas pressure sensor measuring a flow rate of the gas in real time during the certain period of time; S6, comparing the measured gas flow rate with a qualified threshold range; S7, sorting, according to a test result, products having the sealing structure; and S8, removing the film (13) and completing the test. The method improves the accuracy of tightness testing, while also improving the success rate of tightness testing, and avoiding missed tests or false testing.
G01M 3/26 - Investigating fluid tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors
45.
LOADING AND UNLOADING MACHINE HAVING FIVE WORK POSITIONS APPLICABLE TO CNC PRODUCTION LINE
A loading and unloading machine having five work positions applicable to a CNC production line. The machine comprises: a machine frame (11) extending in a straight line along an x-axis, and having a specific amount of internal space; and a conveying assembly (12) provided on the machine frame (11). The conveying assembly (12) conveys in one direction along the x-axis, wherein the conveying assembly (12) sequentially comprises, in a conveying direction thereof, a loading position (111), a collection position (112), an empty box position (113), a discharge position (114), and an unloading position (115). The machine achieves an improvement in feeding efficiency, and is capable of timely output of excess empty feeding boxes produced during a feeding process, thereby reducing the probability of a machine failure, and improving the efficiency of production.
A device for testing watertightness of an irregularly shaped component under a high pressure comprises: a sealed water tank (2) comprising a tank body (22) and a cover body (24); a push mechanism (3) comprising a driving assembly (31) provided outside of the tank body (22), a push assembly (32) provided inside the tank body (22) and supporting platforms (4) provided inside the sealed water tank (2) for supporting components to undergo testing. An upper portion of the tank body (22) is open, thereby forming an open end for placement and removal of a component. The cover body (24) is connected to the upper portion of the tank body (22) to seal the open end. The invention enhances efficiency of testing electrical performance of an irregularly shaped component in a high-pressure water environment and enables simultaneous testing of mechanical performance of the irregularly shaped component being pushed, thereby greatly shortening a test period, reducing damage caused to the component due to frequent installation and removal, and reducing production costs. Moreover, the invention enhances sealing performance and water injection and drainage efficiency of the tank body (22), reduces test errors, and increases test efficiency.
G01R 31/00 - Arrangements for testing electric propertiesArrangements for locating electric faultsArrangements for electrical testing characterised by what is being tested not provided for elsewhere
An automatic sandpaper replacement device for a CNC production line comprises: an automatic sandpaper supply mechanism (1) comprising a support assembly (11), a sandpaper storage assembly (13) and a sandpaper take-out plate (113), the sandpaper storage assembly (13) and the sandpaper take-out plate (113) being provided at the support assembly (11); and an automatic sandpaper removal mechanism (2) connected to the support assembly (11), the automatic sandpaper removal mechanism (2) comprising an installation plate (21), a removal driving assembly (22) and a removal assembly (23), wherein the removal driving assembly (22) and the removal assembly (23) are installed at the installation plate (21), the removal assembly (23) is transmissionally-connected to the removal driving assembly (22), the removal assembly (23) is driven by the removal driving assembly (22) to periodically remove old sandpaper sheets from a sanding head (3), and the sandpaper take-out plate (113) periodically supplies new sandpaper sheets to the sanding head (3) from which the old sandpaper sheets have been removed. The automatic sandpaper replacement device can improve removal efficiency while effectively solving problems of incomplete removal and residues left after removal of a sandpaper sheet, reduce costs, and resolve the problem of sandpaper jamming in a machine in a sandpaper supply process, thereby increasing efficiency and a successful rate of replacing sandpaper sheets, and according increasing productivity.
An automatic sandpaper supply device for a CNC production line comprises: a support assembly (11) comprising a substrate (112) and a sandpaper take-out driving portion (115); a sandpaper storage assembly (13); and a sandpaper take-out plate (113). The sandpaper storage assembly (13) and the sandpaper take-out plate (113) are provided at the substrate (112). The sandpaper storage assembly (13) comprises a sandpaper storage compartment (131) and a sandpaper pressing block (132). The sandpaper take-out plate (113) is slidably connected to the substrate (112), the sandpaper storage compartment (131) has a first through hole (134) vertically extending therethrough, such that the sandpaper storage compartment (131) has an open upper end and an open lower end. A bottom portion of the sandpaper storage compartment (131) has a second through hole (135) horizontally extending therethrough, such that a left through opening and a right through opening are formed at the bottom portion of the sandpaper storage compartment (131). The sandpaper pressing block (132) is slidably provided in the first through hole (134). The sandpaper take-out plate (113) passes through the second through hole (135). The sandpaper take-out driving portion (115) can drive the sandpaper take-out plate (113) to perform reciprocating sliding movement along the substrate (112). The automatic sandpaper supply device can improve sandpaper supply and replacement efficiency while reducing a probability of sandpaper jamming in a machine, thereby reducing maintenance costs, and increasing productivity.
A device for testing watertightness of an irregularly shaped component under a high pressure comprises a push mechanism (3) and supporting platforms (4) for supporting components to undergo testing. The push mechanism (3) comprises a driving assembly (31) and a push assembly (32). The push assembly (32) comprises an installation base (321) transmissionally-connected to the driving assembly (31) and a plurality of push rods (322) installed at the installation base (321). The supporting platforms (4) are provided directly under push rods (322). The push rods (322) are selectively connected to components to undergo testing on the supporting platforms (4). The driving assembly (31) can perform reciprocating power transmission in an X-axis direction. When the push rod (322) is connected to the component on the supporting platform (4), the push rod (322) is driven by the driving assembly (31) to perform reciprocating linear movement in the X-axis direction to push the component on the supporting platform (4). The testing device enables mechanical performance and electrical performance to be tested simultaneously, thereby greatly shortening a test period, reducing damage caused to a component due to frequent installation and removal, increasing test efficiency, and reducing production costs.
G01M 3/00 - Investigating fluid tightness of structures
G01R 31/00 - Arrangements for testing electric propertiesArrangements for locating electric faultsArrangements for electrical testing characterised by what is being tested not provided for elsewhere
A supporting platform (4) for a device for testing watertightness of an irregularly shaped component under a high pressure comprises: a base (41) provided with an upwardly protruding connection portion (411) and a supporting member (412) for placement of a component to undergo testing; and a cover plate (42), a root portion thereof being hinged to the connection portion (411), and the cover plate having an exposure hole (422) extending through upper and lower surfaces thereof, wherein the cover plate (42) can perform reciprocating rotation around the connection portion (411) within a vertical plane to selectively and tightly press the component placed on the supporting member (412). When the cover plate (42) tightly presses the component placed on the supporting member (412), an upper portion of the component can pass through the exposure hole (422). The invention enhances sealing effect in a test process to increase a success rate of testing watertightness of an irregularly shaped component under a high pressure. Moreover, the invention can increase test efficiency and precision, and has good prospect of application.
G01R 31/00 - Arrangements for testing electric propertiesArrangements for locating electric faultsArrangements for electrical testing characterised by what is being tested not provided for elsewhere
A clamping and jacking mechanism, comprising: a clamping assembly (2), and a driver (1) for driving the clamping assembly, wherein the clamping assembly comprises a base (21), a pressing plate (22), and a jacking plate (23); a longitudinal mounting through hole (211) and a transverse mounting through hole (212) which are perpendicularly intersected are formed on the clamping assembly; the pressing plate and the jacking plate are respectively provided in the longitudinal mounting through hole and the transverse mounting through hole, and the pressing plate and the jacking plate can respectively slide along a vertical direction and a horizontal direction under drive of the driver. The clamping and jacking mechanism has a simple structure, and a workpiece can be clamped and also can be jacked. The complexity of the mechanism is simplified, the volume of the mechanism is reduced, and the dismounting, debugging efficiency, and convenience are improved.
A pressurizing and aligning device, comprising: a box body (1) having an outer opening (121) with a certain depth formed at the front side thereof; a cover component (2) rotatably connected to the box body (1) and used for opening and closing the outer opening; a pushing component (5) provided on the rear side of the box body (1) and used for selectively clamping products to be pressurized which are put into the box body (1); and a downward pressing component (4) provided on the rear side of the pushing component (5), wherein the downward pressing component (4) comprises a push rod (41) and a downward pressing plate (42) transmittingly connected to the push rod (41); the top of the downward pressing plate (42) is provided with at least one downward pressing arm extending to the upper part of the box body (1); an aligning adjustment component (3) is provided between the downward pressing arm and the box body; and the downward pressing plate (42) is driven by the push rod (41) to selectively push the aligning adjustment component (3) by means of the downward pressing arm, so that the product to be pressurized in the box body (1) is selectively pressed and pressurized. The device can improve the detection and calibration accuracy, is convenient and easy to operate, is safe and reliable, can greatly improve the detection efficiency, and reduces the costs and increases the benefits for enterprises.
A fully automatic flexible assembly line, comprising: a control system; a pipeline assembly (10); and several machine stations and manual stations respectively arranged on both sides of the pipeline assembly (10), the machine stations being provided according to different assembly processes with different assembly machines (30), and the pipeline assembly (10) and the several assembly machines (30) being all electrically connected to the control system. If an assembly machine (30) at any machine station goes down, the assembly machine (30) is replaced and an operator (20) is placed at a manual station corresponding to the machine station to replace the assembly machine (30) for an assembly operation, realizing zero-dead-time switching between manual and automatic operations, until repair of the assembly machine (30) is completed offline or the assembly machine (30) is replaced with a back-up machine. When a product is switched or a process is altered, the number of machines on the whole line can be increased and decreased arbitrarily according to the new process, such that the assembly line can be adapted to production of multiple product varieties. The fully automatic flexible assembly line can improve assembly efficiency, reduce spare parts costs, and reduce assembly cycles.
B23P 21/00 - Machines for assembling a multiplicity of different parts to compose units, with or without preceding or subsequent working of such parts, e.g. with programme control
A clip type automatic feeding mechanism, comprising: a control system; a storage bin pallet (120) for bearing clip storage bins (110), a vertical lifting mechanism (140) used for supporting and guiding selective lifting of the storage bin pallet (120); and a horizontal moving mechanism (130) used for supporting and guiding selective horizontal slip of the vertical lifting mechanism (140), wherein two clip storage bins (110) are provided side by side in the horizontal slip direction of the vertical lifting mechanism (140). The vertical lifting mechanism (140) and the horizontal moving mechanism (130) are electrically connected to the control system. The clip type automatic feeding mechanism has the effects of improving productivity, reducing labor intensity of operators, and ensuring safety production.
B23Q 7/00 - Arrangements for handling work specially combined with or arranged in, or specially adapted for use in connection with, machine tools, e.g. for conveying, loading, positioning, discharging, sorting
B65G 61/00 - Use of pick-up or transfer devices or of manipulators for stacking or de-stacking articles not otherwise provided for
An automatic pick-up mechanism (200), comprising a control system and a rack (210) having a pick-up platform (217). A left guide rail (215) and a right guide rail (216) are provided on the left and right ends of the top of the rack (210) respectively. The left guide rail (215) and the right guide rail (216) are spaced from each other at a distance so as to form a pick-up channel (218) located therebetween. A clamping assembly (220) and a driving assembly (230) are provided in the pick-up channel (218). Driven by the driving assembly (230), the clamping assembly (220) can move back and forth in the pick-up channel (218). The clamping assembly (220) and the driving assembly (230) are electrically connected to the control system. The pick-up mechanism can enhance processing and assembling precision, reduce the labor intensity of an operator, improve production efficiency, and ensure safe production.
A full-automatic feeding production line, comprising: a control system; a feeding line (500) and a return line (400) arranged side by side, a carrier (630) being conveyed on both the feeding line (500) and the return line (400); a feeding mechanism (100) for providing a fully loaded tray (115); a pick-up mechanism for taking out the fully loaded tray (115) from the feeding mechanism (100) or putting back the unloaded tray (115); and a mechanical hand mechanism (300) for transferring spare parts from the fully loaded tray (115) of the pick-up mechanism (200) to the mechanical hand mechanism (300) in the carrier (630) on the feeding line (500). The conveying direction of the feeding line (500) is opposite to that of the return line (400). The feeding line (500), the return line (400), the feeding mechanism (100), the pick-up mechanism (200), and the mechanical hand mechanism (300) are electrically connected to the control system. The production line has the effects of improving productivity, reducing the labor intensity of an operator, and ensuring safe production.
A rotary airtightness detection device comprises: a control system; a carrier assembly (110); a container tray (120) provided on the right side of the carrier assembly (110); a suction assembly (130) provided between the carrier assembly (110) and the container assembly (120); and a detection assembly (140) provided on the rear side of the carrier assembly (110). The detection assembly (140) comprises a sealing mechanism and a pressing mechanism. The pressing mechanism is provided above the sealing mechanism. The sealing mechanism is selectively arranged close to or far from a product to undergo detection on the carrier assembly (110). The pressing mechanism selectively presses or releases the product on the carrier assembly. The carrier assembly (110), the suction assembly (130) and the detection assembly (140) are all electrically connected to the control system. The detection device ensures a high level of automation, effective sealing and high detection precision when sealing a small and complex structure and particularly for a structure having a complex sealed internal structure.
G01M 3/26 - Investigating fluid tightness of structures by using fluid or vacuum by measuring rate of loss or gain of fluid, e.g. by pressure-responsive devices, by flow detectors
58.
MAGNETIC FLUX DENSITY MEASUREMENT APPARATUS AND MEASUREMENT METHOD THEREFOR
A magnetic flux density measurement apparatus, comprising a platform (10) having a first guide rail (11); a positioning apparatus (20) slidably connected to the platform (10) by means of the first guide rail (11) and used for accommodating and positioning a magnetizing magnet (21); a measurement apparatus (30), comprising a measurement probe (31) fixedly connected to the platform (10) and located directly above the first guide rail (11), and collecting a Hall voltage signal generated by the positioning apparatus (20) when same slides on the first guide rail (11) and passes below the measurement probe (31); and a control apparatus comprising a controller, a data collection card and a drive mechanism, wherein the first guide rail (11) is provided with a first scale grating (12); the positioning apparatus (20) is provided with a grating reading head for reading first displacement information about the positioning apparatus (20) sliding along the first guide rail (11) and sending same to the controller so as to output a trigger interval signal to the data collection card; and the data collection card reads the Hall voltage signal at every trigger interval, converts same into a magnetic flux density value and sends same to the controller. High-speed automatic on-line measurement of a one-dimensional contour of the magnetic flux density space of the magnetizing magnet (21) is realized, and the measurement is high in efficiency and accuracy.
A visual imaging measurement system (100) having an adjustable fill light and being capable of automatic loading and unloading, the system comprising: a control system; a workbench (121); a first guide rail assembly (120) comprising a left support base (122) and a right support base (123) fixedly connected to the workbench (121) and a first guide rail (124); a measurement assembly (130) movable in both directions along the first guide rail (124); and an automatic loading-unloading assembly (150) provided on the workbench (121), wherein the measurement assembly (130) is provided with at least one fill light device (135) having a light source with the height and the illumination angle thereof being adjustable, the automatic loading-unloading assembly (150) is provided with a gripper assembly, and the measurement assembly (130) and the automatic loading-unloading assembly (150) are electrically connected to the control system. By reducing the number of steps involving manual assist operation, and effectively enhancing the fill effect with respect to ambient lighting around the object to be measured, the present invention improves measurement efficiency without influencing measurement accuracy, thus providing an advantage of reducing the measurement failure rate resulting from insufficient exposure or over-exposure.
A measurement system (100) applicable for measuring a complex structure, the system comprising: a control system; a workbench (121); a first guide rail assembly (120) comprising a left support base (122) and a right support base (123) fixedly connected to the workbench (121) and a first guide rail (124); a measurement assembly (130) movable in both directions along the first guide rail (124); an automatic loading-unloading assembly (150) provided on the workbench (121); and at least one carrier assembly (140), wherein the measurement assembly (130) is provided with at least one fill light device (135) having a light source with the height and the illumination angle thereof being adjustable, the automatic loading-unloading assembly (150) is provided with a gripper assembly, the carrier assembly (140) is provided with optical deflectors (144b, 145d) used to deflect light rays of a side surface or an internal structure of an object to be measured, and the measurement assembly (130), the automatic loading-unloading assembly (150), and the carrier assembly (140) are electrically connected to the control system. By reducing the number of steps involving manual assist operation, the present invention improves the measurement accuracy for an object to be measured, including a side surface and an internal structure thereof, thus increasing the measurement success rate and measuring efficiency.
A measurement system based on point laser imaging, comprising: a control system; a workbench (110); a fastening assembly (140) for an object to be measured and being provided on the workbench (110); and a guide rail assembly (120) fixed to the workbench (110), wherein the guide rail assembly (120) comprises an upper guide rail (123), and a left guide rail (121) and right guide rail (122) arranged in parallel and spaced apart by a certain distance, the upper guide rail (123) slidably stretches across the left guide rail (121) and the right guide rail (122), and is provided with a measuring assembly (130) slidable in both directions thereon. The guide rail assembly (120) and the measuring assembly (130) are electrically connected to the control system. By reducing the number of steps involving manual assist operation, the system improves the level of automation while ensuring measurement accuracy, thus reducing time consumption of the entire measurement process.
A measurement system based on line laser imaging, comprising: a control system; a workbench (110); a fastening assembly (140) for an object to be measured and being provided on the workbench (110); and a guide rail assembly (120) fixed to the workbench (110), wherein the guide rail assembly (120) comprises an upper guide rail (123), and a left guide rail (121) and right guide rail (122) arranged in parallel and spaced apart by a certain distance, the upper guide rail (123) slidably stretches across the left guide rail (121) and the right guide rail (122), and is provided with a line laser measuring assembly (130) slidable in both directions thereon. The fastening assembly (140) for an object to be measured is provided below the upper guide rail (123) and between the left guide rail (121) and the right guide rail (122). The fastening assembly (140) for an object to be measured, the guide rail assembly (120), and the line laser measuring assembly (130) are electrically connected to the control system. The system enables measurement of the height in addition to the planar dimension of an object to be measured, and further enables real-time measurement of a size change thereof in different environments, thereby obtaining a trend of how the size of the object to be measured varies with a varying environment temperature.
A product fixing mechanism for an adhesive dispensing device, the product fixing mechanism comprising a mobile frame (110) movably mounted on the adhesive dispensing device; a direct drive motor (120) mounted on the mobile frame (110), a drive shaft of the direct drive motor (120) being arranged vertically upwards; a chassis (130) rotatably arranged on an upper end of the direct drive motor (120), the drive shaft of the direct drive motor (120) being fixedly connected to a center of the chassis (130); and a base (140) attachedly arranged at the center of the chassis (130), a plurality of clamping jaws for fixing a product carrier (150) being movably arranged on the base (140), and the product carrier (150) which carries a product being arranged on an upper end of the base (140). The mechanism solves the technical problem wherein it is inconvenient for product carriers to load, position and unload on adhesive dispensing devices.
