111results about "Sanitation" patented technology

The present application relates to the technical field of antifreeze for locomotive sanitary facilities, and specifically to a locomotive toilet antifreeze emptying intelligent control method and system, the method comprising: using a dynamic weighted fusion algorithm to dynamically allocate weights for multi-source locomotive toilet-related data, quantifying the dynamic risk index of multi-source locomotive toilet-related data within the current analysis period; combining the long-term risk trends and short-term risk mutations of all dynamic risk indices calculated for all collected analysis periods, and fusing the two to construct a long-term and short-term dual-modal icing risk index; and using the dual-modal icing risk index to set a multi-level threshold antifreeze mechanism strategy. The present application aims to enable locomotive toilets to dynamically adapt to extreme cold environments, reduce energy consumption, and avoid misjudgments and failures caused by static weight allocation and single indicator evaluation in traditional systems through dynamic long-term and short-term risk analysis and graded antifreeze processing of multi-source locomotive toilet-related data.

The present invention relates to a grey water recovery system (10), comprising: - an intermediate tank (16); - a grey water supply system (18) for the intermediate tank, including a supply valve (60); - a pressurization system (20) for the intermediate tank, including a pressurization valve (72); - a flush water distribution system (24) connecting the intermediate tank to a toilet bowl (36) and including a flush valve (88); - an air venting system (22) for the intermediate tank, including an air vent valve (80). The recovery system (10) is configured to control a flushing sequence (100), by controlling the pressurization system (20), the supply valve (60), the flush valve (88), and the air vent valve (80).

The invention relates to a vehicle (1) having at least one water tank (3) for supplying at least one water consuming device (5) of a sanitary cell (7) or of a galley of the vehicle with water. The vehicle comprises at least one fuel cell system (2) having at least one process water outlet (8), which is connected to the at least one water tank (3) by means of at least one pipe (9) so that process water from the fuel cell system (2) can be fed to the at least one water tank (3) via the at least one pipe (9). The vehicle (1) has at least one treatment device (16) for the biological and / or chemical and / or physical treatment of water. The vehicle (1) comprises an electric drive (11). The fuel cell system (2) comprises at least one low-temperature fuel cell and is designed to supply the electric drive (11) with energy. The at least one treatment device (16) is located in or on the at least one water tank (3) or downstream of the at least one water tank (3) in order to treat the water located in the at least one water tank (3) or the water discharged from the water tank. The at least one process water outlet (8) is connected to the water tank (3) by means of the at least one pipe (9) without the intermediary of the at least one treatment device (16) so that the process water of the fuel cell system (2) is fed to the water tank (3) by means of the pipe (9).

The utility model discloses an integrated toilet squatting pan for a locomotive, which belongs to the technical field of squatting pans, and can be used for integrally discharging cleaned liquid through a through hole in an anti-skid groove and a flow guide pipe at the bottom during working, so as to avoid the conditions of long-time retention of accumulated liquid formed at the edge of a squatting pan body and the like as much as possible. The locomotive integrated toilet squatting pan comprises a squatting pan body and a transfer cylinder, a squatting pan is arranged on the squatting pan body, a discharge port is formed in the position, close to the bottom, of the squatting pan, a collecting pipe is installed at the discharge port, a pneumatic large-flux ball valve is installed at the end, away from the discharge port, of the collecting pipe, and an inlet is formed in the top of the transfer cylinder. The end, away from the pneumatic type large-flux ball valve, of the communicating pipe is installed at the inlet, a sewage draining opening is formed in the bottom of the transfer cylinder, a sewage draining pipe is arranged at the sewage draining opening and communicated with the excrement collecting box, the pneumatic type large-flux ball valve is installed at the middle section of the sewage draining pipe, and a two-way pressure generator is installed on the transfer cylinder.

The application provides a biochemical excrement collecting system and a rail vehicle, and belongs to the technical field of rail vehicles. The biochemical excrement collecting system comprises an excrement collecting cylinder, a sewage discharge pipeline and a biological treatment box. The upper end of the excrement collecting cylinder is connected with a toilet in a vehicle body, and one end of the sewage discharge pipeline is fixedly connected with the lower end of the excrement collecting cylinder. The biological treatment box is used for being installed below the vehicle body and is fixedly connected with the vehicle body. The biological treatment box comprises a box body, a filtering device and a primary filtering chamber. The filtering device is installed in the box body, and the box body is divided into an upper cavity and a lower cavity. An inlet and an exhaust port which are in communication with the upper cavity, and a discharge port which is in communication with the lower cavity are arranged on the box body. The primary filtering chamber is installed on one side of the box body and is in communication with the lower cavity. A sterilization block is arranged in the primary filtering chamber and is in contact with water in the lower cavity. The biochemical excrement collecting system can avoid environmental pollution and does not need to be cleaned frequently, thereby reducing workload and cost.

The application relates to the technical field of railway sewage treatment, in particular to a fan unit. The application provides a fan unit which comprises a connecting pipe and components such as a fan. The parallel and inclined channel design of the connecting pipe can guide the stable flow of gas, reduce energy loss, and the slope of the inclined channel can promote the gathering of water vapor to the separator to improve the separation efficiency; the through hole is located at the end of the inclined channel close to the separator, a local negative pressure is formed when the fan is started, the gas passes through the separator is accelerated, and the water vapor is condensed and separated by using the flow rate difference, so that the first pipe body is prevented from being blocked; the axial direction of the fan is adapted to the inclined direction of the inclined channel, the air extraction direction is consistent with the airflow, so that the resistance is reduced and the vacuum establishment is accelerated.

The application provides a box, belonging to the technical field of sewage treatment. The box comprises a box body and a cover body. The box body is a basalt fiber composite part. The box body has a containing cavity. The top of the box body has an opening communicating with the containing cavity. The cover body is connected to the top of the box body and is used for plugging the opening. The surface of at least one of the box body and the cover body is provided with a mounting part. The mounting part is used for connecting a reinforcing assembly for reinforcing the box body or the cover body. The box is connected by two separate parts, which is conducive to reducing welding operation and shaping operation, thereby improving the processing efficiency. The box body is a basalt fiber composite part, which is conducive to reducing the weight of the box. The mounting part is provided, so that the reinforcing assembly is connected to the box body or the cover body by the mounting part, which is also conducive to reducing welding deformation, thereby further improving the processing efficiency of the box.

The invention relates to a sanitary installation (10) for a rail vehicle and to a rail vehicle for passenger transport having at least one sanitary installation comprising at least one bidet (40) and a water reservoir (300), connected to the bidet (40), for supplying the bidet (40) with water, wherein, between the water reservoir (300) and the bidet (40), at least one intermediate tank (50) having a water inlet (51), a water outlet (52) and an overflow (53) is arranged such that the water inlet (51) is arranged above the water outlet (52) and the overflow (53) is arranged between the water inlet (51) and the water outlet (52), such that the water inlet (51) is free from contact with the water (60) in the intermediate tank (50), wherein the water inlet (51) of the intermediate tank (50) is connected to the water reservoir (300) and the water outlet (52) of the intermediate tank (50) is connected to the bidet (40).

The utility model provides a handle structure for a pedestal pan and the pedestal pan, and belongs to the technical field of pedestal pans. The handle structure comprises an installation piece and a handle body. The mounting part is provided with a mounting surface, and the mounting part is used for being connected with a pedestal pan ring of the pedestal pan through the mounting surface; one end of the lifting handle body is rotationally connected with the mounting part, the lifting handle body is used for rotating relative to the mounting part so as to be switched between a folding and unfolding state and a use state, and in the folding and unfolding state, the lifting handle body is perpendicular to the mounting surface, and the lifting handle body is located on the side of a pedestal pan seat of the pedestal pan; in the using state, the lifting handle body is parallel to the mounting face, and the lifting handle body is located above the toilet seat. According to the handle structure for the pedestal pan, the pedestal pan ring does not need to be touched by hands, and the handle structure is convenient to operate, safe and sanitary.

The invention relates to a method for flushing a sanitary unit, comprising the steps of: - supplying greywater from a greywater line (61) into an interior of a greywater container (40); - temporarily storing the greywater in the greywater container (40) under ambient pressure; - conveying the greywater by means of a greywater pump (30) from the interior of the greywater container (40) under ambient pressure to a flushing device (11), the greywater being conveyed through a filter arrangement (50) arranged in the interior of the greywater container (40) to the greywater pump (30) located behind this filter device (50) in the flow direction; - discharging the greywater using overpressure from one or more flushing openings of the flushing device (11) into a sanitary element (10) to be flushed. The invention likewise relates to a sanitary unit having the features necessary for carrying out the method.

An overhead handle system (130) that accommodates a person with reduced mobility (PRM) in a PRM device (wheelchair) in an interior space such as an aircraft lavatory. More specifically, the system is provided which includes a grab handle (210) and a driving mechanism (216). The grab handle is configured to be attached to a ceiling (114, 220) of a housing (300) and to move from a stowed position in which the grab handle is positioned along a wall (230) of the housing to a deployed position in which the grab handle is configured to extend vertically from the ceiling of the housing to be accessible overhead by a person in a seated position. The driving mechanism is configured to slide the grab handle between the stowed position and the deployed position.

The utility model provides a limiting support, an excrement collecting system and a motor train unit, and relates to the technical field of sensors, the limiting support comprises a support body, and the support body is used for being connected with a sliding valve position sensor on a sliding valve body; the support body is provided with a limiting part and a fixing part, the limiting part is provided with a limiting groove, and the limiting groove is used for being matched with a boss on a slide valve body so as to limit and fix a slide valve position sensor connected with the support body; and the fixing part is used for fixing a plug inserted on the slide valve position sensor. The bracket body can be limited through mutual matching of the limiting part and the boss on the slide valve body, so that the slide valve position sensor connected with the bracket body is limited and fixed in the direction in which displacement is easy to occur, and the problem that the slide valve position sensor is easy to displace in a high-frequency vibration environment of the motor train unit is solved; meanwhile, the fixing part solves the problem that the plug is easy to loosen.

The invention relates to a vacuum tank (1) for a vacuum toilet, which tank comprises an inlet opening (2) which is located in a side wall of the tank and can be connected to the main drain (4) of a bowl (5) via a valve (3), and comprises an outlet opening (6) located at the deepest point for conveying the wastewater flow. The air in the tank can be vacuumed to a pressure below the atmospheric pressure via the outlet opening (6) or via additional openings in the vacuum tank (1). The vacuum tank (1) is subdivided into an upper volume (8) and a lower volume (9) by a separating element (7), the separating element (7) being arranged approximately at the height of the inlet opening (2) in the tank and forming a preferably helical, downwardly open groove (10) which extends across the periphery of the tank and, starting from the inlet opening (2), extends at least once around the horizontal periphery towards the lower volume (9). A through-opening (11) is located in the middle of the separating element (7) between the upper volume (8) and the lower volume (9). The invention also relates to a vacuum toilet having a vacuum tank (1) as described above.

The invention relates to the technical field of assembly type toilets, in particular to an assembly type toilet system which comprises a chassis module, a frame module, a ceiling module, a wall module, a door module, a wash area module and a closestool module. The frame module comprises a top frame body, a bottom frame body and a plurality of side frame bodies which are arranged in a hexahedron mode. The beneficial effects are that each functional module is detachably connected with the hexahedral framework module, so that on-site rapid assembly is realized, the installation efficiency is greatly improved, and the construction period is shortened; the wall body module and the washing area module are in sealed connection with the suspended ceiling module and the chassis module, and the washing area module is tightly attached to the wall body module, so that water leakage and water seepage can be effectively prevented, and the overall sealing performance and the use reliability are enhanced; the detachable structure facilitates independent replacement of a single fault function module, the maintenance cost is reduced, the service life of the system is prolonged, and the modular design can adjust configuration according to requirements to achieve function customization.

The invention discloses an electric vacuum direct-discharge toilet, and relates to the technical field of rail train accessories. An electric vacuum direct-discharge toilet bowl comprises a toilet bowl body, a sewage transfer box, a first one-way valve, a second one-way valve, a fan and a two-position four-way electromagnetic valve. A sewage outlet is formed in the bottom of the sewage transfer box, and a sewage inlet and an air pressure switching interface are formed in the top; a one-way valve I is mounted at the sewage inlet, and a one-way valve II is mounted at the sewage outlet; a flushing device for cleaning the interior of the toilet stool is arranged on the toilet stool; a bottom outlet of the toilet is connected with a one-way valve I through a blow-off pipe; the two-position four-way electromagnetic valve is connected with the vacuum pipe, the air pressure pipe, the air pressure switching pipe and the air inlet and exhaust pipe. A pure electric vacuum transfer pollution discharge structure is adopted, the high-speed brushless fan and the two-position four-way electromagnetic valve are precisely cooperated, integrated operation of negative-pressure suction and positive-pressure emptying is achieved by switching the airflow direction, a traditional vehicle-mounted compressed air source does not need to be relied on, and a train scene without compressed air configuration is thoroughly adapted.

The invention provides a device integrating water drinking and washing functions for a railway vehicle. The device comprises a controller, a filtering system, a water drinking system and a washing system. The filtering system comprises a water source control electromagnetic valve, a PP cotton filtering device and a reverse osmosis device which are connected in sequence; the drinking water system comprises a cold water tank and a hot water tank which are connected with a purified water outlet of the reverse osmosis device through a purified water supply electromagnetic valve, the cold water tank is provided with a direct drinking water outlet electromagnetic valve, and the hot water tank is provided with a heating pipe and a hot water tank water outlet electromagnetic valve; the washing system comprises a washing water tank connected with a wastewater outlet of the reverse osmosis device and a washing water heating tank connected with an outlet of the washing water tank; the washing water heating tank is tightly attached to one side wall of the hot water tank through a heat conduction structure; and an outlet of the washing water heating tank is connected to an induction faucet through a washing water tank drainage electromagnetic valve. Functional integration and space saving are achieved, water resources are efficiently utilized, energy is saved, and cost is reduced.

The invention discloses a railway passenger car integrated water supply system and a railway passenger car, and the integrated water supply system comprises a water supply end which is used for supplying water to the railway passenger car; the integrated water supply device is installed below a top plate of the railway passenger car, the integrated water supply device comprises a plurality of integrated water supply pipelines, the integrated water supply device is connected with the water supply end through the integrated water supply pipelines, and the integrated water supply device achieves multiple water supply modes and drainage modes by connecting and disconnecting different integrated water supply pipelines; the main water supply pipeline is communicated with the integrated water supply pipeline; the water using end at least comprises a toilet room, a drinking water boiler room and a washing room; a toilet water pipeline is arranged in the toilet room; a water pipeline for the drinking water boiler is arranged between the drinking water boilers; a washing water pipeline is arranged in the washing room; the toilet water pipeline, the drinking water boiler water pipeline and the washing water pipeline are all connected with the integrated water supply pipeline. The installation and operation efficiency of the integrated water supply system of the railway passenger car is improved, and the water supply efficiency of the railway passenger car is improved.

The utility model discloses a kind of bullet train excrement collector pulverizing device, including mounting plate and excrement collector, the side wall of mounting plate is fixedly connected with mounting bracket, the top end of mounting bracket is fixedly connected with motor, the drive end of motor is fixedly connected with transmission rod, the outside of transmission rod is fixedly connected with screw blade, the top end of excrement collector is fixedly connected with discharge pipe, the bottom end of discharge pipe is fixedly connected with broken pipeline, the middle part of broken pipeline is rotatably connected with broken frame, the side fixedly connected with slave runner of broken frame close to motor, the outside of one end of transmission rod close to motor is fixedly connected with main runner, the outside of slave runner and main runner is sleeved with belt. Realized the effective broken of excrement collector dirt while preventing pipeline blockage and peculiar smell emission, ensure the clean and comfortable of the environment around bullet train excrement collector.

The utility model discloses a motor train unit train toilet electrically operated gate, and belongs to the technical field of urban rail transit. A motor train unit train toilet electric door comprises a first sliding rail, a door carrying frame is connected to the first sliding rail in a sliding mode, a door body is fixedly connected to the door carrying frame, a transmission belt is installed on the first sliding rail, a plurality of transmission wheels are coupled to the inner side of the transmission belt, the transmission wheels are rotatably installed on the first sliding rail, and the door carrying frame is fixedly connected with the transmission belt. A driving motor is fixedly installed on the first sliding rail, the output end of the driving motor is coupled with one transmission wheel, and an indicator lamp and an infrared sensor are fixedly installed on the outer side of the door body. The transmission belt and the door carrying frame are adopted for driving the door body, so that the side-hung opening range of the door body is not limited, meanwhile, the position of the driving motor can be flexibly adjusted according to the actual situation, and the practicability of the device is improved.

The utility model belongs to the technical field of compressors, and particularly relates to a washroom for each carriage of a motor train unit, which comprises a washstand, the top end of the washstand is fixedly connected with a bearing table, the inside of the bearing table is fixedly connected with a face washing mirror, the inside of the washstand is provided with a placement bin, and the placement bin is provided with a plurality of through holes. The garbage can comprises a containing bin, a releasing mechanism facilitating taking of garbage bags is fixedly connected into the containing bin, two movable doors are symmetrically and rotationally connected to the side wall of the containing bin, limiting columns of L-shaped structures are connected to the side faces of the top ends of the two movable doors in an attached mode, and clamping mechanisms for limiting the positions of the garbage bags are arranged at the rear ends of the two movable doors. According to the face washing room for each carriage of the motor train unit, through the arrangement of the releasing mechanism, when a worker takes a garbage bag, the upper end of the garbage bag can be automatically collected, so that a steward can directly take out the garbage bag, garbage with peculiar smell in the garbage bag cannot be exposed, and meanwhile the operation process is reduced.

The invention relates to a vacuum wastewater device, a vacuum wastewater device arrangement as well as a method for removing wastewater from a wastewater reservoir. The vacuum wastewater device (1) comprises a vacuum wastewater device inlet (4) fluidically connectable to a wastewater reservoir (2), a vacuum wastewater device outlet (5) configured to be supplied with vacuum from a vacuum unit (3), a valve unit (7) arranged between the vacuum wastewater device inlet (4) and the vacuum wastewater device outlet (5), an electronic control unit (6) configured to control the valve unit (7), thereby controlling a fluid flow from the wastewater reservoir (2) through the vacuum wastewater device (1), and a first sensor arrangement (11) configured to detect a pressure inside the vacuum wastewater device (1) as a first value. In addition, a second sensor arrangement (12) is provided configured to detect a second value related to the vacuum wastewater device (1). The electronic control unit (6) is configured to adapt control of the valve unit (7) based on the first value and / or the second value.

A system and a method include a shroud including a basin, and a sit toilet moveably coupled to the shroud. The sit toilet is moveable between a first configuration in which the sit toilet is disposed over the basin, and a second configuration in which the sit toilet is moved away from the shroud to expose the basin. The basin provides one or both of a squat toilet or a urinal when the sit toilet is in the second configuration.

The invention relates to a device for water evacuation, such as a sanitary macerator or a lifting station, comprising: - A control device for the evacuation pump motor, said device comprising: ∘ A first elongated hollow chimney, called the "pressure chimney", ∘ A second elongated hollow chimney, called the "vacuum chimney", ∘ a motor actuating element connected to the first and second chimneys and having two configurations: ▪ an inactive configuration in which the motor is stopped ▪ an active configuration in which the element is actuated to start the motor; said actuating element being configured to: ▪ if it is initially in the inactive configuration and if the pressure in the pressure chimney is greater than a predetermined threshold value: adopt the active configuration;▪ if it is in active configuration and if the pressure in the pressure stack is less than the threshold value: • maintain the active configuration in case of depression in the depression stack, • adopt the inactive configuration in case of absence of depression in the depression stack;

The utility model discloses a quick disassembly and assembly type train vacuum excrement collecting device in the technical field of disassembly, which comprises a first positioning plate and a second positioning plate, sliding rods are arranged between two ends of the first positioning plate and the second positioning plate, and movable plates are movably mounted on the sliding rods on two sides; second crank rods are installed at the two ends of one side of the movable plate, first crank rods are installed at the two ends of one side of the second positioning plate, the ends of the first crank rods are connected with the ends of the second crank rods, and third crank rods are connected to the joints of the first crank rods and the second crank rods. A servo electric cylinder is installed on the second positioning plate, the output end of the servo electric cylinder is connected with a moving head, and the third crank rods on the two sides are connected to the two sides of the moving head. The first crank rod, the second crank rod and the third crank rod are pushed by the servo electric cylinder, the movable plate is pushed and adjusted to lock the dirt box, and rapid disassembly and assembly are facilitated.

The invention discloses an on-vehicle sewage collection system suitable for a passenger train and a control method of the on-vehicle sewage collection system, and relates to the technical field of train sewage treatment.The on-vehicle sewage collection system comprises an off-vehicle sewage tank used for collecting, transferring, storing and discharging on-vehicle sewage; the on-vehicle sewage tank module comprises a first on-vehicle sewage tank and a second on-vehicle sewage tank and is used for realizing distributed sewage storage; the liquid level detection module is used for detecting the liquid level state of each sewage tank; the sewage transfer module is used for realizing sewage transfer between the under-vehicle sewage tank and the on-vehicle sewage tank module; the control valve module is used for controlling the flow direction of sewage and on-off of a gas path; the pipeline module is used for collecting and transferring sewage; and the system control unit is used for receiving the liquid level signal and controlling the sewage transfer process. According to the invention, the requirement of the passenger train on sewage collection can be met, and the problem that the sewage amount is large but the space of the sewage tank under the train is not enough can be solved.

The invention provides an integrated system and method for nitrogen and phosphorus removal of high-speed train source separation urine. The system comprises a source separation closestool and a coaxial integrated three-stage reactor which are connected with each other, the source separation closestool is used for separating excrement and urine from the source and conveying the separated urine to the coaxial integrated three-stage reactor; the coaxial integrated three-stage reactor comprises an inner layer, a transition area a, a middle layer, a transition area b and an outer layer which are sequentially connected from inside to outside; wherein sponge filler inoculated with microorganisms is arranged in the inner layer; the top of the inner layer is provided with a connecting port communicated with the transition area a; a connecting port communicated with the middle layer is formed in the bottom of the transition area a, an MABR membrane assembly is arranged in the middle layer, and the middle layer is further connected with an air blower; the top of the middle layer is provided with a connecting port communicated with the transition area b; a connecting port communicated with the outer layer is formed in the bottom of the transition area b, and a filter element filled with a dephosphorization adsorbent is arranged in the outer layer.

The invention relates to a vacuum wastewater device, a vacuum wastewater device arrangement as well as a method for removing wastewater from a wastewater reservoir. The vacuum wastewater device comprises a vacuum wastewater device inlet fluidically connectable to a wastewater reservoir, a vacuum wastewater device outlet configured to be supplied with vacuum from a vacuum unit, a valve unit arranged between the vacuum wastewater device inlet and the vacuum wastewater device outlet, an electronic control unit configured to control the valve unit, thereby controlling a fluid flow from the wastewater reservoir through the vacuum wastewater device, and a first sensor arrangement configured to detect a pressure inside the vacuum wastewater device as a first value. In addition, a second sensor arrangement is provided configured to detect a second value related to the vacuum wastewater device.

The application discloses a floor disc which comprises a bearing part, a bearing support part is formed in the bearing part, a floor disc main part is arranged in the bearing support part, the floor disc main part is made of ceramic tile, the height of the floor disc main part is less than the height of the bearing part, the floor disc main part is fixed above the first bearing support part, a gap is formed between at least one side wall of the floor disc main part and the side wall of the bearing support part, a water containing part is formed between the floor disc main part and the bearing part, the top of the water containing part is open, a water spraying part is arranged at the opening part and is matched with the bearing part and the floor disc main part, the water spraying part is used for receiving water flowing from the floor disc main part, a water flow flowing part is formed in the water spraying part, a plurality of water flow flowing parts are arranged, water flowing from the water flow receiving and guiding part to the water spraying part is introduced into the water containing part. The floor disc structure of the railway passenger car is wear-resistant and crack-resistant and realizes rapid drainage.

To provide a dirt removal hose which enables reduction of a worker's burden in connection work to a dirt tank.SOLUTION: The disclosure relates to a dirt removal hose configured to connect with a dirt tank of a railway vehicle. The dirt removal hose includes: a hose body; and a coupler connected to the hose body. The coupler has: a connection part which may be attached to or detached from a discharge valve provided at the dirt tank; and a joint part which is fixed to an end of the hose body and holds the connection part in a manner that an attitude of the connection part relative to the hose body can vary.SELECTED DRAWING: Figure 3

The present invention relates to a system (100) for installing and / or removing an interchangeable vacuum toilet (122) in a sanitary cabin, in particular in a sanitary cabin of a means of transport, for example a train or an aircraft, wherein the system (100) comprises the following: - at least one receiving device (104) for receiving the replaceable vacuum toilet (122), which is arranged on a wall (102) of the sanitary cubicle; - at least one supply connection module (106) which is arranged on the at least one receiving device (104) and is connected to one or more lines (108) of the sanitary cubicle; and - at least one complementary connection module (120) to the at least one supply connection module (106), which is arranged on the replaceable vacuum toilet (122), wherein the at least one complementary connection module (120) of the replaceable vacuum toilet (122) can be connected to the at least one supply connection module (106) when installing the replaceable vacuum toilet (122) and / or can be separated from the at least one supply connection module (106) when uninstalling the replaceable vacuum toilet (122). Furthermore, the present invention relates to a corresponding method for installing and / or uninstalling an interchangeable vacuum toilet (122) in a sanitary cubicle.