CN112962743A

CN112962743A - Combined equipment of squatting pan

Info

Publication number: CN112962743A
Application number: CN202110329446.9A
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2021-03-28
Filing date: 2021-03-28
Publication date: 2021-06-15

Abstract

The utility model provides a squatting pan combination formula equipment, squatting pan combination formula equipment includes squatting pan frame equipment, floor face self-cleaning equipment, and squatting pan frame equipment includes squatting pan and frame support, and floor face self-cleaning equipment's structure includes box structure, backup pad or a supporting beam, floor surface course, roller bearing or cylinder, the box structure is provided with grafting passageway space, and above-mentioned squatting pan frame equipment can combine or break away from through grafting passageway space and floor face self-cleaning equipment's box structure.

Description

Combined equipment of squatting pan

Technical Field

The present application relates to a toilet apparatus.

Background

The existing market lacks the toilet equipment with high cost performance and an automatic cleaning function, and the existing technology and products of the toilet equipment with the automatic cleaning function have the defects of difficult maintenance and bad maintenance environment in the aspects of maintenance, and easily damage the main structures of the toilet, pipelines and toilets during maintenance. Furthermore, if the squatting pan is replaced, the concrete and the supporting and fixing parts around the squatting pan must be broken, which is time-consuming and labor-consuming.

Disclosure of Invention

The object of the present application is to overcome or at least reduce the above-mentioned problems and to produce a toilet device which is advantageous in ensuring hygiene of the toilet floor and which is easy to repair and maintain.

In order to achieve the purpose, the technical scheme is as follows:

the utility model provides a squatting pan combination equipment, squatting pan combination equipment includes squatting pan frame equipment, floor face self-cleaning equipment, and squatting pan frame equipment includes squatting pan and frame support, and floor face self-cleaning equipment's structure includes box structure, backup pad or a supporting beam, floor surface course, roller bearing or cylinder, and the floor surface course adopts plastic floor or rubber floor or link joint or conveyer belt, backup pad or a supporting beam are located the top or the side of squatting pan, backup pad or a supporting beam enclose in the open top of squatting pan and close the hole, and this hole is located squatting pan open-ended top and the shape slightly is less than the squatting pan opening or slightly is equal to the squatting pan opening, and the parallel is provided with two piece at least roller bearing or cylinder in the box structure of the side of above-mentioned backup pad or a supporting beam or below, all is provided with band pulley or sprocket on above-mentioned every roller bearing or, an annular belt is sleeved on a belt wheel arranged on each rolling shaft or roller, an annular chain belt is sleeved on a chain wheel arranged on each rolling shaft or roller, or an annular chain belt is sleeved on the chain wheel arranged on each rolling shaft or roller, the floor surface layer is connected on the annular belt or the annular chain belt, the floor surface layer is provided with at least one hole basically matched with the opening shape of the squatting pan, a supporting plate or a supporting beam is arranged below the floor surface layer, the supporting plate is arranged on the supporting beam of the box body structure, the floor surface layer above or beside the squatting pan is wound on the rolling shaft or the roller on the side edge or below the supporting plate and extends downwards to the box body structure, the box body structure comprises the supporting beam, the supporting beam and the inserting channel space, and the squatting pan frame equipment can be inserted and combined with or separated from the box body structure through the, when the squatting pan frame equipment is combined with the box body structure of the automatic floor surface cleaning equipment through the inserting channel space, the floor surface layer can move and displace to the upper part of the squatting pan, the rolling shaft or the roller can be controlled to rotate and drive the annular belt or the annular chain to move and simultaneously pull the floor surface layer to move, the holes on the floor surface layer can be controlled to move and positioned above the opening of the squatting pan, the squatting pan frame equipment can be inserted into the floor surface automatic cleaning equipment and is positioned below the floor surface layer such as a plastic floor layer or a conveying belt, the plastic floor layer or the conveying belt can extend downwards around a roller or a roller arranged on the side edge or the lower part of the supporting plate, the floor surface automatic cleaning equipment can be integrally separated from the squatting pan frame equipment as an independent structure, and the floor surface layer can rotate into a box body structure or rotate to the side to perform cleaning work;

one of the rollers or the rollers can be driven by a motor, and an electric motor, a pneumatic motor or a hydraulic motor can be adopted, the electric motor, namely the motor, is connected with a switch or a control system, a gear is arranged on a rotating shaft of the motor, the gear is arranged on the one roller or the roller, the motor can be directly connected with the one roller or the roller through a chain belt or the chain belt and drives the one roller or the roller to rotate, and the roller or the roller can rotate under the driving of the motor, can pull the floor surface layer to move on the supporting plate or the supporting beam through an annular belt or an annular chain, bypasses the roller or the roller arranged on the side edge or the lower part of the supporting plate or the supporting beam, and then extends downwards to move into the box body structure for cleaning;

wherein, squatting pan frame equipment's structure includes squatting pan and frame support, frame support adopts the arm support of encorbelmenting, and the squatting pan setting is on the cantilever of the arm support of encorbelmenting, and the cantilever below is provided with cantilever space or recess space, endless belt or annular chain or floor surface course can follow the outside of the arm support of encorbelmenting and inject cantilever space or recess space in, concrete structural scheme includes but not one of the following mode of limitation:

the squatting pan frame equipment adopts overhanging type squatting pan equipment, the frame support adopts an overhanging arm support, the overhanging arm support comprises a transverse cantilever I and a transverse cantilever II, the transverse cantilever I is vertically connected with the upper part of a vertical supporting column I, the transverse cantilever II is vertically connected with the upper part of a vertical supporting column II, no component or obstacle is arranged below the transverse cantilever I and the transverse cantilever II to form the cantilever space, the squatting pan is fixed between a horizontal cantilever I and a horizontal cantilever II which are parallel, a horizontal or oblique connecting rod piece is connected between a vertical supporting column I and a vertical supporting column II, the lower ends of the vertical supporting column I and the vertical supporting column II are vertically connected with a horizontal fixing plate or a horizontal fixing arm, an oblique pull rod is connected between the vertical supporting column I and the horizontal fixing plate or the horizontal fixing arm I, and an oblique pull rod is connected between the vertical supporting column II and the horizontal fixing plate or the horizontal fixing arm II;

the squatting pan is fixed between the parallel transverse cantilever I and the transverse cantilever II, a transverse or oblique connecting rod piece is connected between the vertical support column I and the vertical support column II, the lower end of the vertical support column I is vertically connected with the middle part of the transverse fixing arm I, the lower end of the vertical support column II is vertically connected with the middle part of the transverse fixing arm II, the groove space is formed between the transverse cantilever I and the transverse fixing arm I, the groove space is formed between the transverse cantilever II and the transverse fixing arm II, and the transverse fixing arm 1 and the transverse fixing arm II are used for being fixed on the ground or a supporting surface;

the cantilever arm bracket comprises a transverse cantilever I and a transverse cantilever II, the transverse cantilever I is vertically connected with the upper part of the vertical supporting column I, the transverse cantilever II is vertically connected with the upper part of the vertical supporting column II, the squatting pan is fixed between parallel transverse cantilevers I and transverse cantilevers II, a transverse or oblique connecting rod piece is connected between the vertical supporting column I and the vertical supporting column II, the lower end of the vertical supporting column I is vertically connected with the end part of the transverse fixing arm I, the lower end of the vertical supporting column II is vertically connected with the end part of the transverse fixing arm II, the transverse cantilever I, the vertical supporting column I and the transverse fixing arm I form a concave shape to form the groove space, the transverse cantilever II, the vertical supporting column II and the transverse fixing arm II form a groove to form the groove space, and the transverse fixing arm 1 and the transverse fixing arm II are used for being fixed on the ground or a supporting surface;

the structure of the squatting pan frame equipment comprises a squatting pan and a frame support, the squatting pan is arranged on the frame support, the frame support is in a cubic shape, one side of a box body structure of the automatic floor surface cleaning equipment is provided with an opening, the opening extends into the box body structure to form a groove space, the squatting pan frame equipment can be completely inserted into the box body structure of the automatic floor surface cleaning equipment, and in this case, the annular belt or the annular chain or the floor surface layer is not inserted into the frame support of the squatting pan frame equipment;

the structure of the automatic floor cleaning device includes, but is not limited to, one of the following ways:

a supporting plate or a supporting beam is arranged below the floor surface layer, a rolling shaft I is arranged on one side or below the supporting plate or the supporting beam, a rolling shaft II is arranged on the other side or below the supporting plate or the supporting beam in parallel, a roller III is arranged below the roller I in parallel, a roller IV is arranged below the roller II in parallel, a belt wheel I is arranged on the roller I, a belt wheel II is arranged on the roller II, a belt wheel III is arranged on the roller III, a belt wheel IV is arranged on the roller IV, a floor surface layer is arranged above the supporting plate or the supporting beam, an annular transmission belt coil winds around the roller I and the roller II and then extends downwards and winds the outside of the roller III and the roller IV, the belt wheel I of the roller I, the belt wheel II of the roller II, the belt wheel III of the roller III and the belt wheel IV of the roller IV are sleeved by the annular transmission belt, and an inserting channel space is enclosed, the automatic floor cleaning equipment can be combined with or separated from the squatting pan frame equipment through the plugging channel space;

a supporting plate or a supporting beam is arranged below the floor surface layer, a roller I is arranged on one side or below the supporting plate or the supporting beam, a roller II is arranged on the other side or below the supporting plate or the supporting beam in parallel, a roller III is arranged below the roller I in parallel, a roller IV is arranged below the roller II in parallel, a synchronous belt pulley I is arranged on the roller I, a synchronous belt pulley II is arranged on the roller II, a synchronous belt pulley III is arranged on the roller III, a synchronous belt pulley IV is arranged on the roller IV, the floor surface layer is positioned above the supporting plate or the supporting beam, an annular synchronous belt coil is wound around the roller I and the roller II and then extends downwards and is wound on the outer sides of the roller III and the roller IV, the annular synchronous belt coil is sleeved on the synchronous belt pulley I of the roller I, the synchronous belt pulley II of the roller II, the synchronous belt pulley III of the roller III and the synchronous belt pulley, the automatic floor cleaning equipment can be combined with or separated from the squatting pan frame equipment through the plugging channel space;

a supporting plate or a supporting beam is arranged below the floor surface layer, a roller I is arranged on one side or below the supporting plate or the supporting beam in parallel, a roller II is arranged on the other side or below the supporting plate or the supporting beam in parallel, a roller III is arranged below the roller I in parallel, a roller IV is arranged below the roller II in parallel, a chain wheel I is arranged on the roller I, a chain wheel II is arranged on the roller II, a chain wheel III is arranged on the roller III, a chain wheel IV is arranged on the roller IV, the floor surface layer is positioned above the supporting plate or the supporting beam, an annular chain belt or an annular chain is wound around the roller I and the roller II and then extends downwards and is wound on the outer sides of the roller III and the roller IV, and the annular chain belt or the annular chain is sleeved on the chain wheel I of the roller I, the chain wheel II of the roller II, the chain wheel III of the roller III and the, the automatic floor cleaning equipment can be combined with or separated from the squatting pan frame equipment through the plugging channel space;

the frame support of the squatting pan frame equipment is provided with an inserted bar meshed with the rail or the slot, the inserted bar is positioned in the rail or the slot and can move along the rail or the slot, and the floor surface automatic cleaning equipment as an independent structure can be integrally separated from the cantilever squatting pan equipment through the movement of the inserted bar meshed with the rail or the slot;

the automatic floor cleaning equipment comprises a box body structure, a water pipe, a water inlet pipe, a water outlet pipe, a water inlet pipe and a water outlet pipe, wherein the box body structure of the automatic floor cleaning equipment is internally provided with the water pipe, the water pipe is provided with a plurality of nozzles or opening cracks, the water pipe can be connected with the water inlet pipe arranged on a frame bracket of the squatting pan frame equipment or the water inlet pipe extending from the outside, when the water pipe and the water inlet pipe are separated, the water pipe;

the automatic floor cleaning equipment comprises a box body structure, a cleaning device, an air drying device or a drying device, wherein the box body structure of the automatic floor cleaning equipment is internally provided with the cleaning device or the air drying device or the drying device, the cleaning device comprises a strip-shaped brush, a rolling brush and a rolling brush controlled by the rotation of a motor, the air drying device comprises an electric hair drier and an air knife, the drying device comprises an electric heating tube, the air drying device, the drying device or the motor and other electric equipment are connected with an external power line through a wire, and the wire and the power;

the automatic floor cleaning device comprises a support plate, a contact switch, a photoelectric sensor, a plurality of infrared probes and a control circuit, wherein the support plate of the automatic floor cleaning device is provided with the pressure sensor, the support plate beside a squatting pan is provided with the contact switch which is matched with a convex component arranged on the inner side of a floor surface layer to control the stop action of the rotation of a motor, or the support structure is provided with the photoelectric sensor which is matched with a hole on the floor surface layer to control the stop action of the rotation of the motor;

wherein, the automatic floor cleaning device is provided with an electric control system or a PLC control system or a relay control system, when a touch switch or a sensor sends out a control signal, the control system can control the electrification or the outage of electric equipment such as a motor connected with a roller or a roller, an electromagnetic valve arranged on a water pipe for cleaning, air drying equipment or drying equipment and the like according to a set program, for example, floor surface layers matched with the opening of a squatting pan are connected on annular synchronous belts above and below a supporting plate above the squatting pan, when a user leaves the toilet by using the toilet, a toilet door is rebounded and closed under the action of a spring, and the control system switches on an electromagnetic lock arranged at a door lock after meeting the limitation of using times or the limitation of using time and sensing that no person exists in the toilet by a pressure sensor arranged on the supporting plate and an infrared sensor arranged in the toilet, when the motor starts to rotate, the control system also controls the air drying equipment and the drying equipment to switch on the power supply for air drying or drying, when the floor surface layer which is positioned in the box body structure and is cleaned in a clean state rotates to the upper part of the supporting plate and the hole on the clean floor surface layer is positioned above the opening of the squatting pan and is close to the coincidence, the touch switch on the supporting plate meets a convex component on the inner side of the floor surface layer and switches on the circuit to start the control system to control the motor to cut off the power and control the electromagnetic valve to stop water supply, after the motor stops rotating, the electromagnetic lock of the toilet door is controlled to be powered off to enable the bolt to be retracted into the toilet door, so that an external user can enter the toilet, after the motor stops rotating, the air drying equipment or the drying equipment can be controlled to rotate to the lower part of the supporting plate for cleaning and drying for later use after the air drying equipment or the drying equipment can set a delay for ensuring the drying effect of the cleaned floor surface layer, and meanwhile, the floor surface below the squatting pan in a clean and moisture-free state rotates to the upper part of the squatting pan and is positioned above the opening of the squatting pan for use;

wherein the control system adopts one of the following modes including but not limited to:

the control system comprises a control circuit, a connecting wire and a motor, wherein rolling shafts or rollers are arranged on two sides or below the supporting plate, the motor is arranged below the supporting plate and can be connected with the rolling shafts through a chain belt or a gear and can drive the rolling shafts or the rollers to rotate, or the motor is arranged in the rolling shafts to form a digital roller which can drive the rollers to rotate, the control circuit is connected with the motor through a connecting wire, the rolling shafts or the rollers can drive a floor surface layer to move on the supporting plate, the control circuit is connected with a power supply system through a cable, and the power supply system can be a direct current power supply or an alternating current power supply;

the control system comprises a control circuit, a connecting wire, a sensor and a motor, wherein the supporting plate is arranged on a box body structure, rolling shafts are arranged on two sides or below the supporting plate, the motor is arranged below the supporting plate and can be connected with the rolling shafts through a chain belt or a gear and can drive the rolling shafts to rotate or the motor is arranged in the rolling shafts to form a digital rolling shaft which can drive the rolling shafts to rotate, the control circuit is connected with the motor, the sensor and a power supply through the connecting wire, the power supply system can be a direct current power supply or an alternating current power supply, the sensor can be arranged on the toilet equipment or an object outside the toilet equipment, the sensor is connected with the control circuit through the connecting wire, the control circuit is connected with the motor through the connecting wire, and the motor can drive the control circuit to execute rotation of various programs;

the control system comprises a motor switch, a control circuit, a connecting wire and a motor, wherein the supporting plate is arranged on the box body structure, rolling shafts are arranged on two sides or below the supporting plate, the motor is arranged below the supporting plate and can be connected with the rolling shafts through a chain belt or a gear and can drive the rolling shafts to rotate, or the motor is arranged in the rolling shafts to form digital rolling shafts which can drive the rolling shafts to rotate, the control circuit is connected with the motor and the motor switch through a connecting wire, the rolling shafts can drive the floor surface layer to move on the supporting plate through rotation, and the motor switch is arranged on the box body or an object outside the box body;

the control system comprises a switch, a connecting wire and a motor, wherein the supporting plate is arranged on the box body structure, rolling shafts are arranged on two sides or below the supporting plate, the motor is arranged below the supporting plate and can be connected with the rolling shafts through a chain belt or a gear and can drive the rolling shafts to rotate, or the motor is arranged in the rolling shafts to form digital rolling shafts which can drive the rolling shafts to rotate, the switch is connected with the motor through a connecting wire, the rolling shafts can drive the floor surface layer to move on the supporting plate through rotation, and the switch is arranged on the box body or an object outside the box body;

the control system comprises a rocker arm, a chain belt or a gear, the support plate is arranged on the box body, at least one rolling shaft is arranged on two sides or below the support plate, one rolling shaft is connected with the chain belt or the gear, the chain belt or the gear is connected with the rocker arm, the rocker arm rotates to drive the rolling shaft to rotate through the chain belt or the gear, the rolling shaft rotates to drive the floor surface layer to move on the support plate, and the rocker arm can be arranged on an object or a wall outside the box body of the toilet device;

wherein, a cleaning box is arranged in the box body structure, the cleaning box can be filled with cleaning liquid or disinfectant, at least one turning rotating shaft and at least one rolling shaft are arranged on the side edge or the lower part of the supporting plate, the floor surface layer surrounds the periphery of the supporting plate, the turning rotating shaft and the rolling shaft to form an inserting channel space, the floor surface layer is stretched through the turning rotating shaft to enter the cleaning box, the supporting plate is positioned in the inserting channel space formed by the floor surface layer, the cleaning box is fixedly arranged on the box body structure or movably arranged on the box body structure, and the movable arrangement on the box body structure is convenient for people to take out the cleaning box for water changing and cleaning, if the cleaning box is fixedly arranged on the box body structure, an automatic water adding and adding device and an automatic drainage device are arranged in the box body, and the automatic water adding and adding device and the automatic drainage device are the prior art;

wherein, this application the box structure in be provided with dehumidification system, dehumidification system is in be provided with in the box structure and wipe dry cotton or wipe dry sponge or absorbent material, concrete structure can adopt one of following mode:

the box body structure is internally provided with a drying cotton cloth or a drying sponge or a water absorbing material, the drying cotton cloth or the drying sponge or the water absorbing material is pressed on the floor surface layer or is positioned near the floor surface layer and can be pressed on the floor surface layer closely under the action of external force, the drying cotton cloth or the drying sponge or the water absorbing material can be pressed on the floor surface layer closely under the action of the external force, namely the drying cotton cloth or the drying sponge or the water absorbing material can be pressed on the floor surface layer through mechanical transmission under the action of the external force manually applied, and the automatic control system can drive the transmission system to act through the rotation of the motor so that the drying cotton cloth or the drying sponge or the water absorbing material is pressed on the floor surface;

the automatic control system is characterized in that a rotating shaft parallel to the rolling shaft is arranged in the box body structure, the rotating shaft is arranged on the box body or on a side plate or a side plate structure vertically and fixedly connected with the supporting plate, cotton cloth or sponge or water absorbing material for wiping is wound on the rotating shaft, the cotton cloth or sponge or water absorbing material for wiping is pressed against the annular belt or is positioned nearby the annular belt, and the position nearby the annular belt means that the automatic control system can drive the rotating shaft to rotate through the rotation of the driving motor and enable the cotton cloth for wiping arranged on the rotating shaft to centrifugally throw towards the floor surface layer, so that the effects of wiping and dehumidifying are achieved;

two wiping rotating shafts parallel to the rolling shafts are arranged below the supporting plate in the box body structure and are arranged on a side plate or a side plate structure which is vertically and fixedly connected with the supporting plate, the gap size between the two wiping rotating shafts is larger than the thickness of the annular belt, wiping cotton cloth or wiping sponge or water absorbing materials are arranged on the two wiping rotating shafts in a surrounding mode, the annular belt is clamped between the wiping cotton cloth or the wiping sponge or the water absorbing materials on the two wiping rotating shafts, a wringing rotating shaft or a wringing rod piece is further arranged on the side edge of each of the two wiping rotating shafts in a parallel mode, two ends of each wringing rotating shaft or each wringing rod piece are arranged on the side plate or the side plate structure which is vertically and fixedly connected with the supporting plate, the gap size between each wringing rotating shaft or each wringing rod piece and the wiping rotating shafts is the thickness of the wiping cotton cloth or the wiping sponge or the water absorbing materials which are arranged on the wiping rotating shafts in a surrounding mode, when the annular belt moves under the action, the bottom plate surface layer between the wiping cotton cloth or the wiping sponge or the water absorbing material which is clamped on the two wiping rotating shafts can play a role in wiping and dehumidifying through the friction and the pressing of the wiping cotton cloth or the wiping sponge or the water absorbing material, at the moment, the wiping rotating shafts are preferably designed with rotating resistance, for example, the pressure and the friction force of the wiping rotating shafts or the squeezing rod members on the wiping cotton cloth or the wiping sponge or the water absorbing material can be increased by reducing the gap size between the squeezing rotating shafts or the squeezing rod members and the corresponding wiping rotating shafts, so that the function of squeezing the water of the wiping cotton cloth or the wiping sponge or the water absorbing material is played;

wherein, an electric heating blower or a blower or high-pressure air injection equipment is arranged in the box body;

the squatting pan frame equipment comprises a pan packing device, a foam system, a liquid supply system or a flushing system, wherein the packing device, the foam system, the liquid supply system or the flushing system can be arranged inside or beside a frame support of the squatting pan frame equipment, and the packing device, the foam system, the liquid supply system or the flushing system can also be arranged outside the frame support independently;

wherein, the combined type equipment of the squatting pan comprises a cleaning mechanism, and the cleaning mechanism can adopt one of the following modes:

the cleaning mechanism comprises a cleaning box, a turning rotating shaft, a pressing rotating shaft or a strip, a brush or a cleaning rag or a cleaning material, wherein the turning rotating shaft is arranged below the supporting plate, the floor surface layer is stretched into the cleaning box in a turning way through the turning rotating shaft, the pressing rotating shaft or the strip is positioned below the supporting plate, the pressing rotating shaft or the strip is connected with the brush or the cleaning rag or the cleaning material, the floor surface layer is clamped between the turning rotating shaft and the brush or the cleaning rag or the cleaning material, and when the floor surface layer moves, the brush or the cleaning rag or the cleaning material can rub the floor surface layer to play a role in brushing;

the cleaning mechanism comprises a cleaning box, a chain belt rotating shaft, a cleaning rotating shaft, a chain belt provided with a brush or cleaning rag or cleaning material, the chain belt rotating shaft is arranged in the cleaning box below the supporting plate and is immersed in the cleaning liquid, the cleaning rotating shaft is positioned above the cleaning box and is pressed on the plate surface or the lath below the supporting plate, the chain belt provided with the lath, the brush or the cleaning rag or the cleaning material is sleeved on the chain belt rotating shaft and the cleaning rotating shaft and is pressed on the annular belt, the annular belt is clamped between the brush or the cleaning rag or the cleaning material and the plate surface or the lath below the supporting plate, the chain belt provided with the brush or the cleaning rag or the cleaning material can rotate around the chain belt rotating shaft and the cleaning rotating shaft under the driving of the motor, when the endless belt is moved, the brushes or cleaning wipes or cleaning material can act as a brush against the floor surface being passed.

After the technical scheme of the application is adopted, the movable floor surface layer is arranged beside the squatting pan, when the squatting pan is used in a toilet, the polluted floor surface layer at the periphery of the used squatting pan in a toilet use room is moved into the box body below the supporting plate to be cleaned and then dehumidified, wiped or dried, and the clean floor surface layer in the box body is quickly transferred into the toilet use room to be used as the floor surface, so that the automatic cleaning work is realized. Through the technical measure of the application, the sanitation of the mobile toilet or the fixed toilet can be ensured, the working strength of cleaning workers can be reduced, the sanitation of the floor of the toilet can be ensured, and the sanitary environment of the toilet can be improved. When maintenance work is needed, people can take out the automatic floor cleaning equipment for maintenance work only by dragging the automatic floor cleaning equipment transversely, the squatting pan frame equipment is still fixed on a floor or a supporting structure, a water supply pipe and a water discharge pipe connected with the squatting pan cannot be damaged by influence, so that the squatting pan is still in a normal use state, and at the moment, in order not to influence the normal use of a toilet, only a new automatic floor cleaning equipment needs to be sleeved into the squatting pan frame equipment to be spliced and combined with the squatting pan frame equipment, so that the function of real-time maintenance is realized. After the automatic floor cleaning equipment is dragged to take out the automatic floor cleaning equipment, the squatting pan can be easily replaced.

Drawings

The present application will be described in further detail with reference to the following drawings and examples.

Fig. 1 is a perspective view illustrating a structure in which a frame unit of a squatting pan and an automatic floor cleaning device are separated from each other in a first embodiment of the present application;

FIG. 2 is a perspective view of the automatic floor cleaning device of the first embodiment of the present application with the floor covering and the support plate removed;

FIG. 3 is a perspective view of a squat toilet frame apparatus according to a first embodiment of the present application;

FIG. 4 is a first perspective view of the combined squat frame apparatus and floor surface automatic cleaning apparatus of the squat unit apparatus of the first embodiment of the present application;

FIG. 5 is a second perspective front view of the combined squat frame apparatus and floor surface cleaning apparatus of the first embodiment of the present application;

FIG. 6 is a schematic top view of the first embodiment of the present application;

fig. 7 is a front view schematically illustrating the assembled device of the squatting pan according to the first embodiment of the present application.

Detailed Description

As shown in fig. 1, fig. 1 is a perspective view illustrating a separated state of a frame device of a squatting pan and an automatic floor cleaning device of a squatting pan combined device according to a first embodiment of the present application. The squatting pan frame equipment adopts overhanging squatting pan equipment 2, the overhanging squatting pan equipment 2 and floor surface automatic cleaning equipment 3 are in a separated state, the squatting pan combined equipment 1 comprises the overhanging squatting pan equipment 2 and the floor surface automatic cleaning equipment 3, the overhanging squatting pan equipment comprises a squatting pan 4 and an overhanging arm support 5, the floor surface automatic cleaning equipment 3 structurally comprises a support plate 10, a floor surface layer 6, rolling shafts, a motor 80, a box body structure 8 and a control system 100, the support plate 10 is arranged below the floor surface layer 6, the rolling shafts 51 are arranged below the support plate 10, the rolling shafts connected with the motor 80 are arranged below the other side of the support plate 10 in parallel, the rolling shafts 53 are arranged below the rolling shafts 51 in parallel, the rolling shafts 54 are arranged below the rolling shafts connected with the motor 80 in parallel, belt wheels I are arranged on the rolling shafts 51, the floor surface layer 6 is positioned above the supporting plate 10, the roller 51 and the roller connected with the motor 80 are wound by the annular synchronous belt 70, and then the roller 51 and the roller connected with the motor 80 extend downwards and are wound on the outer sides of the roller 54 and the roller 53, the annular synchronous belt 70 is sleeved on the pulley I of the roller 51, the pulley II of the roller connected with the motor 80, the pulley III of the roller 54 and the pulley IV of the roller 53, and the motor 80 can drive the roller connected with the motor 80 to rotate and drive the movement of the annular synchronous belt 70 and simultaneously pull the floor surface layer 6 connected with the annular synchronous belt 70 to move. The floor surface layer 6 is provided with a hole 9 matched with the opening shape of the squatting pan 4, the supporting plate 10 is arranged on a supporting beam of the box body structure 8, and the box body structure 8 below the floor surface layer 6 is provided with an inserting channel space 16. A support beam 101 and a support beam 102 parallel to the roller 51 are provided below the support beam 61, a track beam 106 and a track beam 107 are provided in parallel on the support beam 101, a track beam 109 and a track beam 108 are provided in parallel on the support beam 102, and the support beam 101, the support beam 102, the support beam 61, and the endless timing belt 70 enclose the plug passage space 16. The squatting pan 4 and the cantilever arm support 5 can be plugged in or separated from the box structure 8 through the plugging channel space 16, the cross sections of the transverse support arm 103 and the transverse support arm 105 of the cantilever arm support 5 are rectangular in the plugging or separating process, the transverse support arm 103 is meshed with the track beam 106 and the track beam 107 to slide in the plugging or separating process, and the transverse support arm 105 is meshed with the track beam 108 and the track beam 109 to slide. The floor surface automatic cleaning equipment 3 can be spliced and combined with the overhanging type squatting pan equipment 2, when the squatting pan 4 and the overhanging arm support 5 are spliced and combined with the box body structure 8 through the channel space 16, the track beam 107 and the track beam 108 also play a role in supporting the weight of the squatting pan 4 and the overhanging arm support 5, after the splicing and combination, the plastic floor surface 6 is positioned above the squatting pan 4, the floor surface 6 is wound outside 4 rollers and can move under the driving of the motor 80 and the movement of the annular synchronous belt 70 on the support plate 10, and the hole 9 can be movably positioned above the opening of the squatting pan 4 under the control of the control system. The box body structure 8 is internally provided with a water pipe 7, a sponge drying roller 81 and an electric blower 82. The motor 80, the electromagnetic valve on the water pipe 7 and the electric blower 82 can be powered on or powered off according to a set program according to signals sent by a set touch switch or a set sensor. When maintenance work is needed, people can take out the automatic floor cleaning equipment 2 for maintenance work as long as the automatic floor cleaning equipment 2 is transversely dragged, the overhanging type squatting pan equipment 2 is still fixed on a floor or a supporting structure, namely the squatting pan 4 is still fixed on the overhanging arm support 5, the overhanging arm support 5 is still fixed on the floor or the supporting structure and is not influenced, a water supply pipe connected with the squatting pan 4 and a drain pipe 19 are not influenced and damaged, so the squatting pan 4 is still in a normal use state, at the moment, the normal use of the toilet is not influenced, a new automatic floor cleaning equipment is sleeved into the overhanging type squatting pan equipment 4 to be spliced and combined with the overhanging type squatting pan equipment 4 for use, and the purpose of real-time maintenance is realized.

After the sensor and the motor automatic control system are adopted, the function of automatically cleaning the floor around the toilet can be realized, and the cleaning system is designed in the independent space of the box body, so that the factors of people and decoration are not considered, and only the sanitary cleaning work of the floor around the toilet is considered independently, so that the cleaning equipment with high cost performance is designed easily, and the manufacturing cost of the cleaning equipment can be reduced. The toilet is combined with a sensing control system, when a user leaves the toilet by using the toilet, a sensor transmits a signal to a control circuit when detecting that the user leaves the toilet, the control circuit sends a signal to command a motor to rotate according to a program, so that the upper floor surface layer automatically rotates to the position under the floor to be cleaned by a cleaning device, the lower cleaned lower floor surface layer automatically rotates to the position above the floor to be used as the floor, and the positioning stops when the hole of the lower floor surface layer is aligned with the opening of the squatting pan, after the next use or several uses at intervals, the control circuit can command the motor to rotate to enable the upper floor surface layer and the lower floor surface layer to be alternately used, and the used floor surface layers are automatically cleaned and dried, so that the sanitation of the toilet is ensured. Certainly, the control system can also be designed into a manual rotating rocker arm, a chain belt or a gear is driven by the rocker arm to drive a rolling shaft to rotate, the rolling shaft drives a floor surface layer to rotate so as to achieve the function of alternately providing a use function for a clean floor surface and a polluted floor surface, the floor is mainly provided for poor and laggard areas to use, and the floor has the advantages of no need of power supply, convenience in use and maintenance, low price and difficulty in damage. In addition, the toilet equipment is provided with a sensor which is connected with the control circuit to drive the motor to do various rotating actions and realize the functions of manual control, remote control and automatic control.

As shown in fig. 2, fig. 2 is a schematic perspective view of the automatic floor cleaning device according to the first embodiment of the present invention after the automatic floor cleaning device is detached from the floor surface layer and the supporting plate, the structure of the automatic floor cleaning device includes the supporting plate, the floor surface layer, the

rollers

51, 52, 53, 54, the motor 80, the box structure 8, and the control system, the floor surface layer is provided with a hole matching with the opening shape of the squatting pan, the floor surface layer is connected to the

endless belt

70 and 71 and located above the supporting plate, the supporting plate is connected to the supporting beam 61, the supporting beam 62, the supporting beam 63, and the supporting beam 64 of the box structure 8, the supporting beam 64, the supporting beam 62, and the supporting beam 63 are located on the same plane, and the bottom surface of the supporting beam 61 is located above the supporting

beams

62 and 64, so that the opening of. A supporting plate is arranged below the floor surface layer, a roller 51 is arranged on one side of the supporting plate, a roller 52 is arranged on the other side of the supporting plate in parallel, a roller 54 is arranged below the roller 51 in parallel with the roller 51, and a roller 53 is arranged below the roller 52 in parallel with the roller 52. The roller 51 is provided with a belt wheel I, the roller 52 is provided with a belt wheel II, the roller 54 is provided with a belt wheel III, the roller 53 is provided with a belt wheel IV, an annular synchronous belt 70 is wound on one side of the roller 51 and the roller 52 and then extends downwards to be wound on the outer sides of the roller 53 and the roller 54, the annular synchronous belt 70 is sleeved on the belt wheel I of the roller 51, the belt wheel II of the roller 52, the belt wheel III of the roller 54 and the belt wheel IV of the roller 54 to realize belt transmission, and the rotation of the motor 80 can drive the roller 52 to rotate and drive other belt wheels to rotate through the annular synchronous belt 70; the roller 51 is further provided with a belt wheel V, the roller 52 is provided with a belt wheel VI, the roller 54 is provided with a belt wheel VII, the roller 53 is provided with a belt wheel VIII, an annular synchronous belt 70 extends downwards to wind the outer sides of the roller 53 and the roller 54 after winding the other sides of the roller 51 and the roller 52, the annular synchronous belt 71 is sleeved on the belt wheel V on the roller 51, the belt wheel VI on the roller 52, a belt wheel 7 on the roller 54 can realize belt transmission after a belt wheel 8 on the roller 53, the roller 52 can be driven to rotate by the rotation of the motor 80 and other belt wheels can be driven to rotate through the annular synchronous belt 70 and the annular synchronous belt 71 to realize belt transmission, so that the floor surface layer can be controlled by the motor to move by being connected with the. As shown in fig. 2, a support beam 101 and a support beam 102 parallel to the roller 51 are provided below the support beam 61, a track beam 106 and a track beam 107 are provided in parallel on the support beam 101, a track beam 109 and a track beam 108 are provided in parallel on the support beam 102, and the support beam 101, the support beam 102, the support beam 61, the endless timing belt 70, and the endless timing belt 71 enclose the plug passage space 16. The squatting pan and the cantilever arm support can be spliced with or separated from the box structure 8 through the splicing channel space 16, the section of a horizontal arm of the cantilever arm support is rectangular in the splicing or separating process, and the horizontal arm is meshed to slide in the track beam in the splicing or separating process. Floor automatic cleaning equipment can be in plug-in connection with overhanging type squatting pan equipment, after the squatting pan and an overhanging arm support are in plug-in connection with a box body structure 8 through a channel space 16, a track beam 107 and a track beam 108 also play a role in supporting the weight of the squatting pan and the overhanging arm support, after the plug-in connection, a plastic floor surface is positioned above the squatting pan 4, the floor surface layer is wound outside 4 rolling shafts and can move under the driving of a motor 80 and the movement of an annular synchronous belt 70 and an annular synchronous belt 71 on a supporting plate, and holes can move and be positioned above an opening of the squatting pan under the control of a control system. The box body structure 8 is internally provided with a water pipe 7, a sponge drying roller 81 and an electric blower 82. The motor 80, the electromagnetic valve on the water pipe 7 and the electric blower 82 can be powered on or powered off according to a set program according to a signal sent by a set touch switch or a set sensor, the water pipe 7 is provided with a plurality of nozzles for spraying water for cleaning, the wiping sponge roller 81 is used for wiping water on the floor surface layer, and the electric blower 82 can electrically dry the floor surface layer and the wiping sponge roller 81. When maintenance work is needed, people can take out the automatic floor cleaning equipment for maintenance work by dragging the automatic floor cleaning equipment transversely. As shown in fig. 2, the structure of the box structure 8 includes a ground beam 65, a ground beam 66, a ground beam 67, and a ground beam 68, wherein the

columns

21, 22, 23, and 24 are connected above the ground beam 65, the ground beam 66, the ground beam 67, and the ground beam 68, and the support beams 61, 62, 63, and 64 are connected above the

columns

21, 22, 23, and 24, and the ground beams, the columns, and the support beams enclose a cubic shape.

Upright posts

75 and 76 are vertically connected to the ground beam 65, and

upright posts

77 and 78 are vertically connected to the ground beam 67. The water pipe 7 can be movably connected with a water supply pipe of the overhanging type squatting pan device or an external water supply pipe through threads and is connected with an external power supply through a connecting line, and a control box is arranged on the box body structure 8 and is internally provided with a control circuit, and the control circuit and each electric device on the box body structure 8 are connected with the external power supply through the connecting line and are also connected with an external touch switch or a sensor through the connecting line.

As shown in fig. 3, fig. 3 is a perspective view of a squatting pan frame device of the first embodiment of the present application, squatting pan frame equipment adopts overhanging type squatting pan equipment 2, overhanging type squatting pan equipment 2 includes squatting pan 4 and the arm support 5 of encorbelmenting, the arm support 5 of encorbelmenting includes horizontal support arm 103, horizontal support arm 105, horizontal support arm 103 is connected with vertical support post 150's upper portion, horizontal support arm 105 is connected with vertical support post 151's upper portion, squatting pan 4 is fixed at horizontal support arm 103, between horizontal support arm 105, be connected with horizontal tie rod piece 152 between vertical support post 150 and the vertical support post 151, vertical support post 150 and vertical support post 151's lower extreme and horizontal fixed arm 153, horizontal fixed arm 155 is connected, vertical support post 150 and vertical support post and horizontal fixed arm 153, can be connected with the slant pull rod between the horizontal fixed arm 155. A connecting arm 156 is connected between the transverse fixing arm 153 and the transverse fixing arm 155, the connecting arm 156 can be fixed on the floor of the toilet through the transverse fixing arm 153, the transverse fixing arm 155 and the connecting arm 156, a sewage discharge pipe 157 connected with the squatting pan 4 is fixed on the transverse connecting rod member 152, a water inlet pipe 160 connected with the squatting pan 4 is fixed on the transverse supporting arm 103 through a water inlet pipe 158 communicated with the water inlet pipe 158, and the water inlet pipe 158 can be movably connected with a water pipe of the automatic floor cleaning equipment through a water inlet pipe 159 communicated with the water inlet pipe 158, wherein the water pipe. The above-described traverse support arm 105, the traverse support arm 103 is a cantilever, and there is no member or other obstacle under the cantilever to form a cantilever space under the cantilever, and the endless timing belt or floor surface layer of the automatic floor surface cleaning apparatus of the present application can be inserted into the cantilever space from the outside of the cantilever arm bracket 5.

Fig. 4 is a first schematic perspective view of a combined state of a squat frame device and an automatic floor cleaning device of a squat combined device according to a first embodiment of the present application, where the squat frame device employs an overhanging squat device 2, and the overhanging squat device 2 and the automatic floor cleaning device 3 are combined. As shown in fig. 4, the motor 80 can drive the roller connected with the motor 80 to rotate and drive the annular synchronous belt 70, the movement of the annular synchronous belt 71 simultaneously pulls and connects the floor surface layer 6 arranged on the annular synchronous belt 70 and the annular synchronous belt 71 to move, the floor surface layer can rotate to the lower part and is cleaned by water spray of a plurality of nozzles on the water pipe 7, the sponge roller 81 is dried by drying, after the envelope drier on the air pipe 165 of the electric blower 82 is cleaned, the envelope drier can rotate to the upper part of the support plate 10 and control the hole 9 of the floor surface layer 6 to move and position to the upper part of the squatting pan 4 for use. The design scheme is that the floor surface layer identical to the floor surface layer 6 is connected to the outer sides of the annular synchronous belt 70 and the annular synchronous belt 71 of the supporting plate 10, so that the floor surface layer beside the squatting pan can rotate to the lower side for cleaning, wiping and drying for later use after ten months, and meanwhile, the floor surface layer which is located below the supporting plate 10 and is in a clean state after being cleaned rotates to the upper side of the supporting plate 10 and controls the holes in the floor surface layer to move and be positioned above the squatting pan 4 for use, so that the floor surface beside the squatting pan of the toilet can be automatically cleaned and cleaned. As shown in fig. 4, the bottom surface of the support beam 61 is disposed above the support beam 62 and the support beam 64 so that the opening of the squat pan 4 can be brought close to the support plate 10, and the squat pan 4 is fixed between the

lateral support arms

103 and 105. The cross section of the transverse supporting arm 103 and the cross section of the transverse supporting arm 105 of the cantilever arm support are rectangular, during the insertion or separation process, the transverse supporting arm 103 is meshed with the track beam on the supporting beam 101 to slide, and the transverse supporting arm 105 is meshed with the track beam on the supporting beam 102 to slide. The water supply line is removably connectable, including snap-fit or threaded, to the water line 7 of the floor surface cleaning unit 3 via the water inlet line 159. The endless timing belt 70 and the endless timing belt 71 are wound around the roller 53.

Fig. 5 is a second schematic front-view perspective view illustrating that the frame device of the squatting pan combined device of the first embodiment of the present application and the floor surface automatic cleaning device are in a combined state, the motor 80 can drive the roller connected with the motor 80 to rotate and drive the annular synchronous belt 70, the movement of the annular synchronous belt 71 simultaneously drives and connects the floor surface layer 6 arranged on the annular synchronous belt 70 and the annular synchronous belt 71 to move, the floor surface layer can rotate to the lower side to be cleaned by the water spray of the plurality of nozzles on the water pipe 7, and by the wiping of the wiping sponge roller 81, the blower envelope trunk passing through the air outlet of the air pipe 165 of the electric blower 82 can rotate to the upper side of the support plate and control the holes of the floor surface layer 6 to move and be positioned to the upper side of the squatting pan 4 for use.

Fig. 6 is a schematic top view of the combined squat toilet apparatus according to the first embodiment of the present application, after the squat toilet 4 is contaminated, the touch switch or the sensor is transferred to the control system in the control box 100, the motor 80 can drive the motor 80 to rotate under the control of the control system in the control box 100 and drive the connected roller to rotate, and then drive the annular synchronous belt to move, and at the same time, pull the floor surface layer 6 disposed on the annular synchronous belt to rotate below the floor surface layer 6 for cleaning, and then rotate above the supporting plate and control the hole 9 of the floor surface layer 6 to move and position above the squat toilet 4 for use, and at the same time of rotation, the garbage on the floor surface 6 beside the squat toilet 4 can fall into the collecting box in the box structure through the gap opening 166.

Fig. 7 is a front view schematically illustrating the assembled device of the squatting pan according to the first embodiment of the present application. As shown in fig. 7, a support beam 101 and a support beam 102 are provided below the support beam 61, a track beam 106 and a track beam 107 are provided in parallel on the support beam 101, a track beam 109 and a track beam 108 are provided in parallel on the support beam 102, and the support beam 101, the support beam 102, the support beam 61, and the endless timing belt 70 enclose the plug passage space 16. The squatting pan 4 is fixed between the transverse supporting arm 103 and the transverse supporting arm 105, the squatting pan 4 and the cantilever arm support can be plugged in or separated from a box structure through the plugging channel space 16, the sections of the transverse supporting arm 103 and the transverse supporting arm 105 of the cantilever arm support are rectangular, in the plugging or separating process, the transverse supporting arm 103 is meshed with the track beam 106 and the track beam 107 to slide, and the transverse supporting arm 105 is meshed with the track beam 108 and the track beam 109 to slide. As shown in fig. 7, the floor surface automatic cleaning apparatus is combined with the overhung squatting pan apparatus by inserting, and the rail beam 107 and the rail beam 108 also function to support the weight of the squatting pan 4, the overhung arm support and the user. The structure of the squatting pan combined equipment comprises a motor 80, a control system in a control box 100, a water pipe 7, a wiping sponge roller 81, an electric blower 82 and an annular synchronous belt 70.

Claims

1. The utility model provides a squatting pan combination formula equipment which characterized in that: the squatting pan combined equipment comprises squatting pan frame equipment, floor surface automatic cleaning equipment, the squatting pan frame equipment comprises a squatting pan and a frame support, the structure of the floor surface automatic cleaning equipment comprises a box body structure, a supporting plate or supporting beam, a floor surface layer, a rolling shaft or a roller, the supporting plate or supporting beam is positioned above or beside the squatting pan, the box body structure at the side edge or below the supporting plate or supporting beam is provided with at least two rolling shafts or rollers, each rolling shaft or roller is provided with a belt wheel or a chain wheel, an annular belt is sleeved on the belt wheel arranged on each rolling shaft or roller or an annular chain belt is sleeved on the chain wheel arranged on each rolling shaft or roller or an annular chain is sleeved on the chain wheel arranged on each rolling shaft or roller, the floor surface layer is connected on the annular belt or the annular chain, the floor surface layer is provided with at least one hole, the box structure is provided with the grafting channel space, above-mentioned squatting pan frame equipment can combine or break away from through the box structure of grafting channel space with floor surface self-cleaning equipment, when above-mentioned squatting pan frame equipment combines through grafting channel space and box structure, above-mentioned floor surface layer is located the top of squatting pan, above-mentioned roller bearing or cylinder can be by controlled rotation and drive endless belt or annular chain belt or the motion of annular chain pull floor surface layer motion simultaneously, the hole on the above-mentioned floor surface layer can be by controlled mobile location to squatting pan open-ended top.

2. The combination squat toilet apparatus as claimed in claim 1, wherein: one of the rollers or the rollers can be driven by a motor, and the rollers or the rollers can rotate under the drive of the motor and drag the floor surface layer to move on the supporting plate or the supporting beam through an annular belt or an annular chain and move downwards to the box body structure after bypassing the rollers or the rollers arranged at the side edge or the lower part of the supporting plate or the supporting beam for cleaning.

3. The combination squat toilet apparatus as claimed in claim 1, wherein: the structure of squatting pan frame equipment includes squatting pan and frame support, frame support adopts the arm support of encorbelmenting, and the squatting pan setting is on the cantilever of the arm support of encorbelmenting, and the cantilever below is provided with cantilever space or recess space, endless belt or annular chain or floor surface course can follow the outside of the arm support of encorbelmenting and inject cantilever space or recess space in, concrete structural scheme includes but does not restrict one of following mode:

the squatting pan frame equipment adopts overhanging squatting pan equipment, the frame support adopts an overhanging arm support, the overhanging arm support comprises a transverse cantilever I and a transverse cantilever II, the transverse cantilever I is vertically connected with the upper part of a vertical support column I, the transverse cantilever II is vertically connected with the upper part of a vertical support column II, the cantilever space is formed below the transverse cantilever I and the transverse cantilever II, the squatting pan is fixed between the parallel transverse cantilever I and the transverse cantilever II, the vertical support column I and the vertical support column II are connected with a transverse or oblique connecting rod piece, and the lower ends of the vertical support column I and the vertical support column II are vertically connected with a transverse fixed plate or a transverse fixed arm;

the squatting pan is fixed between the parallel transverse cantilever I and the transverse cantilever II, the vertical support column I and the vertical support column II are connected with a transverse or oblique connecting rod piece in a supporting way, the lower end of the vertical support column I is vertically connected with the middle part of the transverse fixing arm I, the lower end of the vertical support column II is vertically connected with the middle part of the transverse fixing arm II, the transverse cantilever I and the transverse fixing arm I form the groove space, and the groove space is formed between the transverse cantilever II and the transverse fixing arm II;

the cantilever support includes horizontal cantilever I, horizontal cantilever II, horizontal cantilever I is connected with vertical support post I's upper portion is perpendicular, horizontal cantilever II is connected with vertical support post II's upper portion is perpendicular, the squatting pan is fixed at horizontal cantilever I that is parallel, between the horizontal cantilever II, vertical support post I and vertical support post II leg joint have horizontal or obliquely connecting rod spare, vertical support post I's lower extreme is connected with horizontal fixed arm I's end part is perpendicular, vertical support post II's lower extreme is connected with horizontal fixed arm II's end part is perpendicular, horizontal cantilever I, vertical support post I, horizontal fixed arm I constitutes the spill and forms above-mentioned recess space, horizontal cantilever II, vertical support post II, horizontal fixed arm II constitutes the recess and forms above-mentioned recess space.

4. The combination squat toilet apparatus of claim 1, wherein: the structure of squatting pan frame equipment includes squatting pan and frame support, and the squatting pan setting is on frame support, one side of floor face automatic cleaning equipment's box structure is provided with the opening, and above-mentioned opening extends to the box structure and forms the recess space, squatting pan frame equipment can wholly fill into in floor face automatic cleaning equipment's box structure, endless belt or annular chain or floor surface course not insert in the frame support of squatting pan frame equipment.

5. The combination squat toilet apparatus as claimed in claim 1, wherein: the structure of the automatic floor cleaning device includes but is not limited to one of the following ways:

a supporting plate or a supporting beam is arranged below the floor surface layer, a roller I is arranged on one side or below the supporting plate or the supporting beam in parallel, a roller II is arranged on the other side or below the supporting plate or the supporting beam in parallel, a roller III is arranged below the roller I in parallel, a roller IV is arranged below the roller II in parallel, a chain wheel I is arranged on the roller I, a chain wheel II is arranged on the roller II, a chain wheel III is arranged on the roller III, a chain wheel IV is arranged on the roller IV, the floor surface layer is positioned above the supporting plate or the supporting beam, an annular chain belt or an annular chain is wound around the roller I and the roller II and then extends downwards and is wound on the outer sides of the roller III and the roller IV, and the annular chain belt or the annular chain is sleeved on the chain wheel I of the roller I, the chain wheel II of the roller II, the chain wheel III of the roller III and the, the automatic floor cleaning equipment can be combined with or separated from the squatting pan frame equipment through the plugging channel space.

6. The combination squat toilet apparatus as claimed in claim I, wherein: the squatting pan frame equipment is spliced with the automatic floor surface cleaning equipment, a track or an insertion groove is formed in the box body structure through a parallel rolling shaft or a rolling shaft, an insertion rod meshed with the track or the insertion groove is arranged on a frame support of the squatting pan frame equipment, and the insertion rod is located in the track or the insertion groove and can move along the track or the insertion groove.

7. The combination squat toilet apparatus as claimed in claim 1, wherein: a water pipe is arranged in a box body structure of the automatic floor cleaning equipment, a plurality of nozzles or opening cracks are arranged on the water pipe, and the water pipe can be connected with a water inlet pipe arranged on a frame bracket of the squatting pan frame equipment or a water inlet pipe extending from the outside.

8. The combination squat toilet apparatus as claimed in claim 1, wherein: the floor automatic cleaning device is characterized in that a brushing device or an air drying device or a drying device is arranged in a box body structure of the floor automatic cleaning device, the brushing device comprises a strip-shaped brush, a rolling brush and a rolling brush controlled by the rotation of a motor, the air drying device comprises an electric hair drier and an air knife, and the drying device comprises an electric heating tube.

9. The combination squat toilet apparatus as claimed in claim 8, wherein: a pressure sensor is arranged on a supporting plate of the automatic floor surface cleaning equipment, a touch switch matched with a convex component arranged on the inner side of a floor surface layer to control the stop motion of the rotation of a motor or a photoelectric sensor matched with a hole on the floor surface layer to control the stop motion of the rotation of the motor is arranged on a supporting structure beside a squatting pan, and a plurality of infrared probes are arranged above the floor surface layer.

10. The combination squat toilet apparatus as claimed in claim 9, wherein: the automatic floor cleaning equipment is provided with an electrical control system or a PLC control system or a relay control system, and the control system can control the electrification or the outage of electric equipment such as a motor connected with a rolling shaft or a roller, an electromagnetic valve arranged on a water pipe for cleaning, air drying equipment or drying equipment and the like according to a set program.