The invention relates to a mobile sanitary device, in particular for a rail vehicle, comprising a vacuum toilet, a flushing button, a voltage supply, a control apparatus and a control unit (1, 1', 1'', 300). The invention relates in particular to a mobile sanitary device (100) comprising a vacuum toilet (110), a flushing button (120), a voltage supply (130), a control apparatus and a control unit (1, 1', 1'', 300), wherein the control unit comprises a standard circuit board (320) for routing signals, which standard circuit board has a standard interface (42) comprising a vacuum toilet connection means (10) for connecting a vacuum toilet, a flushing button connection means (12) for connecting a flushing button, and a voltage-supply connection means (14) for connecting a voltage supply, and a configuration circuit board (360) which has a configuration interface (44) having a first configuration connection means (45), wherein the vacuum toilet connection means (10), the flushing button connection means (12), the voltage-supply connection means and the first configuration connection means are conductively coupled together, wherein the configuration interface (44) is designed such that the configuration circuit board (360) is coupled to a control apparatus, and at least one signal routed by the standard circuit board (320) and/or the configuration circuit board (360) can be tapped, processed and/or controlled by the control apparatus.
The invention relates to a mobile sanitary device, in particular for a rail vehicle, comprising a vacuum toilet, a flushing button, a voltage supply, a control apparatus and a control unit (1, 1', 1'', 300). The invention relates in particular to a mobile sanitary device (100) comprising a vacuum toilet (110), a flushing button (120), a voltage supply (130), a control apparatus and a control unit (1, 1', 1'', 300), wherein the control unit comprises a standard circuit board (320) for routing signals, which standard circuit board has a standard interface (42) comprising a vacuum toilet connection means (10) for connecting a vacuum toilet, a flushing button connection means (12) for connecting a flushing button, and a voltage-supply connection means (14) for connecting a voltage supply, and a configuration circuit board (360) which has a configuration interface (44) having a first configuration connection means (45), wherein the vacuum toilet connection means (10), the flushing button connection means (12), the voltage-supply connection means and the first configuration connection means are conductively coupled together, wherein the configuration interface (44) is designed such that the configuration circuit board (360) is coupled to a control apparatus, and at least one signal routed by the standard circuit board (320) and/or the configuration circuit board (360) can be tapped, processed and/or controlled by the control apparatus.
01 - Chemical and biological materials for industrial, scientific and agricultural use
09 - Scientific and electric apparatus and instruments
11 - Environmental control apparatus
Goods & Services
Chemicals used in industry; Chemicals for the suppression of the odour of water. Programmable controllers; Software; Control devices; Processing controls and monitoring equipment. Sanitary apparatus and installations; Water purification, desalination and conditioning installations; Urinals [sanitary fixtures]; Water closets; Sanitary installations; Sanitary and bathroom installations and plumbing fixtures.
The invention relates to a rinsing water control apparatus for a sanitary facility, comprising a rinsing water line having a first end, which is designed for connection to a rinsing water source, and having a second end, which is designed for connection to the sanitary facility. According to the invention, the first valve is inserted in the rinsing water line between the rinsing water buffer store and the second end of the rinsing water line, wherein the first valve can be switched back and forth between a damming position, in which it blocks a flow of rinsing water from the rinsing waster buffer vessel to the sanitary facility, and a rinsing position, in which it releases the flow of rinsing water from the rinsing water source to the rinsing water buffer vessel.
09 - Scientific and electric apparatus and instruments
11 - Environmental control apparatus
Goods & Services
Blowers; door openers (electric); door closers (electric);
filters (parts of engines or machines); pressure regulators
(machine parts); valves; pressure reducing valves; suction
filters; pumps; vacuum pumps; suction pumps; drives for
vacuum pumps; pneumatic drives for machines and motors;
ejectors [ejector pumps]. Electrical measuring apparatus; pressure gauges; electrical
sensors; power controllers [electronic]; water level
indicators; computer software and computer programs, in
particular for the operation and maintenance of sanitary
apparatus and installations. Sanitary apparatus and installations; toilets; vacuum
toilets; flushing apparatus for toilets; toilet seats;
toilet bowls; water tanks for flushing apparatus; wastewater
treatment apparatus; sewage treatment installations; water
purification installations; water filtration apparatus.
The invention relates to a mobile sanitary device, comprising a bowl having an upper opening, a water storage tank which is connected to the bowl via a water conduit that supplies water from the water storage tank to the bowl, a wastewater tank which is connected to the bowl via a wastewater line that discharges the wastewater out of the bowl from a bowl outlet opening to the wastewater tank, a first intermediate tank which is inserted into the water conduit between the water storage tank and the bowl or into the wastewater line between the bowl outlet opening and the wastewater tank. According to the invention, a first sensor for detecting a measured value characterizing a status in the first intermediate tank is arranged on the first intermediate tank, and an electronic monitoring unit is provided which is in signal communication with the first sensor and comprises an electronic memory unit in which process data are stored which represent at least one setpoint value of an operational process of supplying water from the water storage tank to the bowl and of water discharge out of the bowl to the wastewater tank. The electronic monitoring unit also comprises an electronic comparator unit which is configured to compare the measured value from the first sensor with the setpoint value of the operational process and to output an error message if the measured value differs from the setpoint value.
01 - Chemical and biological materials for industrial, scientific and agricultural use
05 - Pharmaceutical, veterinary and sanitary products
Goods & Services
Chemicals used in industry, namely liquids for protection
from lime deposits, microbial growth and urine scale
deposits, in particular for use in vacuum toilets; chemicals
for the suppression of the odour of water. Air deodorizers, odour absorbing materials.
01 - Chemical and biological materials for industrial, scientific and agricultural use
05 - Pharmaceutical, veterinary and sanitary products
Goods & Services
Chemicals used in industry, namely, liquids for protection from lime deposits, microbial growth and urine scale deposits in particular for use in vacuum toilets for trains; chemicals for the suppression of the odor of water for use in vacuum toilets for trains Air deodorizers, odor absorbing materials, namely, odor neutralizers not for personal use, and deodorants, all of the foregoing for use in vacuum toilets for trains
The invention relates to a controller for a vacuum toilet, comprising a control unit (100) with an actuating unit with an actuating element to be manually actuated by user. The actuating element has a contact surface (222a) and an actuation surface (211a) of a push-button key (211) opposite the contact surface (222a), said push-button key being spring-loaded in an initial position and being movable out of said initial position into a trigger position by actuating a press button. In the trigger position, the actuation surface (211a) is in contact with the contact surface (222a), and the actuating element is actuated by the push-button key (211).
E03D 5/02 - Special constructions of flushing devices operated mechanically or hydraulically
E03F 1/00 - Methods, systems, or installations for draining-off sewage or storm water
H01H 13/00 - Switches having rectilinearly-movable operating part or parts adapted for pushing or pulling in one direction only, e.g. push-button switch
01 - Chemical and biological materials for industrial, scientific and agricultural use
05 - Pharmaceutical, veterinary and sanitary products
Goods & Services
Chemicals used in industry, Namely liquids for protection from lime deposits, microbial growth and urine scale deposits, in particular for use in vacuum toilets; Chemicals for the suppression of the odour of water. Odour deodorisers, Odour absorbing materials.
The invention relates to a mobile sanitary device, comprising a basin (10) with an upper opening; a water storage container (30) which is connected to the basin (10) via a water line (31, 11) that supplies water from the water storage container (30) to the basin (10); a wastewater container (50) which is connected to the basin (10) via a wastewater line (12, 42) that discharges wastewater out of the basin (10) from a basin discharge opening to the wastewater container (50); and a first intermediate container (20, 40) which is inserted into the water line (31, 11) between the water storage container (30) and the basin (10) or which is inserted into the wastewater line (12, 42) between the basin discharge opening and the wastewater container (50). According to the invention, a first sensor (21, 48) is arranged on the first intermediate container (20, 40) in order to detect a measured value which characterizes a state in the first intermediate container (20, 40), and an electronic monitoring unit is provided that is coupled to the first sensor (21, 48) for signaling purposes and comprises an electronic storage unit in which process data is stored, wherein the process data describes at least one target value of an operating process of the supply of water from the water storage container (30) to the basin (10) or the discharge of water out of the basin (10) to the wastewater container (50). The electronic monitoring unit further comprises an electronic comparison unit which is designed to compare the measured value of the first sensor (21, 48) with the target value of the operating process and to output an error message if the measured value deviates from the target value.
The invention relates to a vacuum toilet comprising a fluidically actuated first valve (22), in particular a wastewater valve which is inserted into a wastewater line (21) and can be switched back and forth between a blocked position and an open position; a first fluidically actuated power valve (23) for actuating the first valve (22); a first electrically actuated control valve (53) for actuating the first fluidic power valve (23); a fluidically actuated second valve (32), in particular a flushing water valve which is inserted into a flushing water line (33) and can be switched between a blocked position and an open position; a second fluidically actuated power valve (34) for actuating the second valve (32), and a second electrically actuated control valve (54) for actuating the second fluidic power valve (34). According to the invention, the first valve (22) and the first power valve (23) are arranged in a first valve component, the second valve (32) and the second power valve (34) are arranged in a second valve component, and the first control valve (53) and the second control valve (54) are arranged in a control component (50). The first control valve (53) is connected to the first power valve (23) via a first compressed air line, and the second control valve (54) is connected to the second power valve (34) via a second compressed air line (36).
The invention relates to a pneumatic compact vacuum toilet (10) comprising a toilet bowl (1) with an outlet channel (1a) which opens into an intermediate tank (3), wherein the intermediate tank (3) has a wastewater channel (3a) through which wastewater can be discharged gravitationally from the intermediate tank (3), and wherein the outlet channel (1a) has an outlet valve (2) which is arranged and designed to close the outlet channel (1a) in a first outlet valve position and to open it in a second outlet valve position, and the wastewater channel (3a) has a wastewater valve (5) which is arranged and designed to open the wastewater channel (3a) in a first wastewater valve position and to close it in a second wastewater valve position, and wherein the outlet valve (2) and the wastewater valve (5) are designed as pneumatic shut-off valves.
The invention relates to a wastewater-extraction device for negative-pressure-actuated wastewater systems, comprising a wastewater-collection tank (10) with a tank wall which partially encloses a tank interior, also comprising a wastewater-collecting region (30), which is connected to the tank interior, further comprising a wastewater line (31), which is connected to the wastewater-collecting region via a wastewater-extraction opening, in order for a negative pressure to be applied to the wastewater-collecting region, and additionally comprising a drainage opening (11), which is arranged in the tank wall and connects the tank interior to the wastewater line (31), wherein the wastewater-collecting region (30), in the installation position of the wastewater-extraction device, is arranged beneath the drainage opening (11), as seen in the direction of gravitational force. The invention provides an air-admission opening, to which is connected an air-admission line (33) which is connected to the surroundings, wherein the air-admission opening opens out into the wastewater-collecting region (30) or is connected to the wastewater-collecting region (30).
The invention relates to a control valve device (1) for controlling a sanitary device, comprising a valve housing (10), which comprises a vacuum chamber (11) with a first vacuum line connection (12), an intermediate chamber (14) with a second vacuum line connection (15), and an ambient pressure chamber (16) with a ventilation opening, and comprising a manually movable valve lifter (20) which seals the vacuum chamber (11) from the intermediate chamber (14) and releases a connection between the intermediate chamber (14) and the ambient pressure chamber (16) in a first position and releases a connection between the vacuum chamber (11) and the intermediate chamber (14) and seals the intermediate chamber from the ambient pressure chamber (17) in a second position. According to the invention, a compressed air valve unit which is coupled to the valve lifter (20) is provided with a valve body which blocks a compressed air inlet (60) from a compressed air outlet (84) in the first position of the valve lifter (20) and which releases a connection between the compressed air inlet (83) and the compressed air outlet (84) in the second position of the valve lifter (20).
The invention relates to a vacuum toilet, comprising a toilet bowl (10) having a bowl outlet opening (11), an intermediate tank (30) having an inlet opening (37), an outlet opening (35) formed on the intermediate tank (30) for connecting the intermediate tank (30) to a wastewater tank (50), a vacuum generator (40), which is in fluid connection with the interior (32) of the intermediate tank (30), for generating a vacuum in the intermediate tank (30), a wastewater feed line (12) which connects the bowl outlet opening (11) to the inlet opening (37), and a wastewater tank (50) which is in fluid connection with the interior (32) of the intermediate tank (30) via the outlet opening (35). According to the invention, the intermediate tank (30), in at least one section, is formed in a rotationally symmetrical manner about an axis (31), and the inlet opening (37) is arranged in this at least one section and has an orientation that is tangential to the wall of the intermediate tank.
A vacuum toilet (10) which discharges the wastewater into a wastewater tank (60) via an inlet valve (30), an intermediate tank (40) and an outlet valve (50), wherein, for flushing purposes, a vacuum is generated in the intermediate tank (40), with the inlet valve (30) and outlet valve (50) closed, and then the inlet valve (30) is opened, as a result of which the wastewater is sucked out of the toilet bowl (10) into the intermediate tank (40). Thereafter, the inlet valve (30) is closed again and the intermediate tank (40) is subjected to pressure. Once the outlet valve (50) has been opened, the wastewater is forced into the wastewater tank (60) by the positive pressure. The toilet (10) is distinguished in that, following completion of a flushing operation, the state produced is one in which alternately just one of the two valves (30, 50) has been closed, as a result of which the service life of the valves is extended.
01 - Chemical and biological materials for industrial, scientific and agricultural use
05 - Pharmaceutical, veterinary and sanitary products
11 - Environmental control apparatus
Goods & Services
Chemicals for industrial use, namely liquids for protection
from lime deposits, microbial growth and urine scale
deposits, in particular for use in vacuum toilets; chemicals
for eliminating the odour of water. Air deodorising preparations, odour neutralizing
preparations. Vacuum toilets for vehicles, in particular trains, and parts
therefor (included in this class).
01 - Chemical and biological materials for industrial, scientific and agricultural use
05 - Pharmaceutical, veterinary and sanitary products
11 - Environmental control apparatus
Goods & Services
Chemicals for industrial use, namely, liquid chemicals for protection from lime deposits, microbial growth and urine scale deposits, in particular for use in vacuum toilets; chemicals for industrial use in vacuum toilets for eliminating the odor of water Air deodorizing preparations, odor neutralizing preparations for general use on various surfaces [ Vacuum toilets for vehicles, in particular trains, and parts therefor ]
09 - Scientific and electric apparatus and instruments
11 - Environmental control apparatus
Goods & Services
Blowers and vacuum pumps for vacuum toilets for vehicles. Control and monitoring apparatus for water treatment
facilities, control apparatus, programs and software for
operating vacuum toilets for vehicles. Vacuum toilets for vehicles, and parts therefor, included in
this class.
23.
TOILET BOWL FOR USE IN A VACUUM TOILET AND CORRESPONDING PRODUCTION METHOD
The invention relates to a toilet bowl (100) for use in a vacuum toilet. According to the invention, a toilet bowl is provided for use in a vacuum toilet, which is characterised in that the toilet bowl has a first part (110) and a second part (120), wherein the first part is a deep-drawn part and the second part is a precision cast part, and the first and second parts are joined together by a join interface (130). A further aspect of the invention is a method for producing a toilet bowl for use in a vacuum toilet, characterised by the steps of: providing a first part designed as a deep-drawn part, providing a second part designed as a precision cast part, and joining the first part to the second part at a join seam.
01 - Chemical and biological materials for industrial, scientific and agricultural use
05 - Pharmaceutical, veterinary and sanitary products
11 - Environmental control apparatus
Goods & Services
Chemicals for industrial use,Namely liquids for protection from lime deposits, microbial growth and urine scale deposits, in particular for use in vacuum toilets; Chemicals for eliminating the odour of water. Odour deodorisers, Odour absorbing materials. Vacuum toilets for vehicles, in particular trains, And parts therefor (included in class 11).
09 - Scientific and electric apparatus and instruments
11 - Environmental control apparatus
Goods & Services
Power operated blowers and vacuum pumps for vacuum toilets for trains Control and monitoring apparatus for water treatment facilities, namely, automatic pressure control machines and instruments, blowout preventers, sanitation and disinfection controllers, filtration controllers, sensors and valves, for trains; control apparatus, namely, automatic liquid-level control machines and apparatus, automatic liquid flow control machines and instruments, sensors, valves, sanitation and disinfection controllers, filtration controllers, all for trains; programs and software for operating vacuum toilets for trains Vacuum toilets for trains, and structural parts therefor
The invention relates to a urinal for use in a vehicle, wherein the urinal is designed to be operated in an emergency mode, having a urinal basin for receiving urine from a urine treatment unit for biologically, electrochemically, and/or chemically treating the urine as process water, wherein the urinal basin is connected to the urine treatment unit by a urine line, in order to feed the received urine to the urine treatment unit for treatment as process water in the emergency mode, wherein the urine treatment unit is designed for feeding the process water as rinse water to the urinal basin, to a further urinal basin, and/or to a vacuum toilet, and/or onto the track or the road on which the vehicle is present in the emergency mode.
A flush water container system for the flush water of a mobile toilet (11), in particular of a mobile vacuum toilet (11), comprisinga flush water container (43) having a flush water container inflow (44),characterized in that the flush water container (43) is designed to receive gray water from a washbasin (10), which in particular is a wash hand basin or a shower washbasin, anda metering device (41) is provided, which is in fluidic communication with the flush water container (43) and is designed to treat the gray water by feeding a descaling and/or bactericidal treatment agent,wherein the flush water container (43) is designed to release the treated gray water as flush water to the mobile toilet (11).
Flushing water container system for flushing water of a mobile toilet (11), in particular a mobile vacuum toilet (11), comprising a flushing water container (43) having a flushing water container inflow (44), characterized in that the flushing water container (43) is designed to receive gray water from a basin (10), which is in particular a hand wash basin or a shower wash basin, and a metering device (41) is provided, which is fluidically connected to the flushing water container (43) and designed to treat the gray water by feeding a lime-dissolving and/or bactericidal treatment agent, wherein the flushing water container (43) is designed to release the treated gray water as flushing water to the mobile toilet (11).
The invention relates to a vehicle (1) with a water consumer device comprising a reservoir (31) for fresh water, and a fresh water consumer device (30, 21) connected to said reservoir via a fresh water conduit such that the fresh water can flow from the reservoir to the fresh water consumer device. In addition the vehicle has an air conditioning device (50), which has an inlet opening to allow the entry of ambient air, an outlet opening to allow the exit of ambient air, and a heat exchanger. Said heat exchanger is arranged in a region connecting the inlet and outlet openings. A condensed water collection device (55) is provided and arranged such that the condensed water accumulating inside the air conditioning device collects in the condensed water collection device. Said device is connected to the reservoir via a condensed water conduit (57) so that the condensed water can flow from the condensed water collection device to the fresh water reservoir.
The invention relates to a vacuum toilet. In order to significantly reduce the need for cleaning the vent pipe, or to ensure that no cleaning of the vent pipe is required, the vacuum toilet according to the invention has an air vent valve, which is arranged between a pressure chamber and a holding tank, an outlet valve of an intermediate tank, which is arranged between the intermediate tank and the holding tank, and a control unit for controlling the air vent valve and the outlet valve, wherein the control unit is configured to open the air vent valve simultaneously with the opening of the outlet valve.
The invention relates to a black water renovation and storage device for an onboard toilet on board a vehicle, comprising a waste water tank (10) having an inflow opening for feeding black water into the waste water tank and an outflow opening for removing black water from the waste water tank, a comminution device (30, macerator pump) for comminuting coarse components in the black water, a reactor vessel (60) designed to subject black water to an electrolytic oxidative waste water purification process therein, and an anti-foaming tank (40) designed to reduce the foam developing during the purification of the waste water. According to the invention, the outflow opening of the waste water tank (10) is connected to the comminution device (30) by way of a waste water line, the waste water line opens into a comminution circuit in which the comminution device (30) and the anti-foaming tank (40) are disposed, a first valve assembly (22) is provided, which has a first position, in which the black water is circulated in the comminution circuit, and a second position, in which the water is circulated in an oxidation circuit, and the anti-foaming tank (40) and the reactor vessel (60) are disposed in the oxidation circuit. The anti-foaming tank (40) has an upper tangential inlet opening (45) and a lower inlet opening (44) through which the water is alternately returned into the anti-foaming tank (40).
The invention relates to a water supply device, comprising a water tank (10) for storing a supply of water and a water discharge connection (40) for discharging water to a user. According to the invention, an intermediate buffer (20,30) connected to the water discharge connection by way of a discharge line (22,32), a re-fill line (11) connecting the water tank to the intermediate buffer in order to route water from the water tank to the intermediate buffer, a pressure application device (70) which is connected to the intermediate buffer by way of a compressed air line (72) and a pressure control device (80) are provided, the pressure control device being designed to effect a first pressure difference between the water tank and the intermediate buffer, said first pressure difference conveying water from the water tank through the re-fill line to the intermediate buffer, and to effect a second pressure difference between the intermediate buffer and the water discharge connection, said second pressure difference conveying water from the intermediate buffer through the discharge line to the water discharge connection.
09 - Scientific and electric apparatus and instruments
11 - Environmental control apparatus
Goods & Services
(1) Blowers and vacuum pumps for vacuum toilets for vehicles, namely, vacuum toilets for trains; treatment control and monitoring apparatus and control apparatus, namely, electronic monitoring systems consisting of electronic fault code readers and computer software built in to vacuum toilets for vehicles, namely, vacuum toilets for trains, to detect faults in their functionalities and to transmit and receive fault code signals to and from a remote control center, electronic display units built in to vacuum toilets for vehicles, namely, vacuum toilets for trains, to control and monitor their functionalities, and external diagnostic and defect monitoring units for connection to vacuum toilets for vehicles, namely, vacuum toilets for trains, to control and monitor their functionalities; computer programs, and software for operating vacuum toilets for vehicles, namely, vacuum toilets for trains; parts for vacuum toilets for trains.
(2) Vacuum toilets for trains.
34.
VENTILATOR ARRANGEMENT FOR GRAVITATIONAL FLUID DISCHARGE VIA HIGH AND LOW PRESSURE PHASE
The invention relates to a device for discharging a fluid medium from a space (101), which is pressure-damped as opposed to an environment, into the environment (102). The invention further relates to a valve arrangement for discharging a fluid medium from a space, which is pressure-damped as opposed to an environment, into the environment, comprising an inlet opening (103), which is in gas pressure contact with the pressure-damped space in the installed position, an outlet opening (104) positioned below the inlet opening in the installed position in the direction of gravity, said outlet opening being in gas pressure contact with the environment in the installed position, a connecting channel (110) connecting the inlet opening to the outlet opening, a return flow stop valve (120), which is configured in order to allow the fluid medium to pass from the inlet opening to the outlet opening under the influence of gravity, and in order to close it off if a predetermined gas overpressure present in the environment as opposed to the pressure-damped space is exceeded, a through-flow stop valve (130), which is configured to allow the fluid medium to pass from the inlet opening to the outlet opening under the influence of gravity, and to close it off if a predetermined gas overpressure present in the pressure-damped space as opposed to the environment is exceeded.
The invention relates to a method for the oxidative treatment of aqueous liquids by means of oxidation agents. According to said method, the aqueous liquid is guided through an electrolysis reactor in which highly aggressive oxidation agents (OH-, O3, H2O2) are produced during the electrochemical decomposition of the water. Dirty and/or murky water constitutes the aqueous liquid which is freed from coarse materials and mechanically ground before being supplied to the electrolysis reactor. Gaseous parts are released and inorganic residual constituents are filtered out. The remaining residual liquid consisting essentially of water can be supplied to a fresh water, service water and/or rinse water system.
The invention relates to an intermediate tank produced from polyethylene, for a vacuum toilet. The material of said intermediate tank is cross-linked by means of energy-rich radiation.
09 - Scientific and electric apparatus and instruments
11 - Environmental control apparatus
Goods & Services
Blowing machines and vacuum pumps for vacuum toilets for trains. Treatment control and monitoring apparatus, control apparatus, programs and software for operating vacuum toilets for trains. Vacuum toilets for trains and parts therefor, included in class 11.
