CN218684057U

CN218684057U - Waterless intelligent closestool

Info

Publication number: CN218684057U
Application number: CN202222324219.XU
Authority: CN
Inventors: 王洪; 应鑫杰; 许明媛
Original assignee: Sichuan Yijian Technology Co ltd
Current assignee: Sichuan Yijian Technology Co ltd
Priority date: 2022-09-01
Filing date: 2022-09-01
Publication date: 2023-03-24
Anticipated expiration: 2032-09-01

Abstract

The utility model relates to an anhydrous intelligent closestool, include: the intelligent closestool comprises a closestool shell, an intelligent closestool cover, a feces-urine separation system with a safety shield, a feces processor, a fertilizer collecting box, a urine collecting and processing system, a tail gas circulating and disinfecting processing system and a control system; the intelligent closestool cover is arranged on the closestool shell; the excrement and urine separation system, the excrement processor, the fertilizer collecting box, the urine collecting and processing system, the tail gas circulating and disinfecting processing system and the control system are arranged in the closestool shell; the excrement and urine separation system is connected with the excrement processor and can discharge excrement into the excrement processor; the excrement and urine separation system is connected with the urine collection and treatment system and used for discharging urine to the urine collection and treatment system. The utility model provides an anhydrous intelligent closestool need not the water-washed, adopts biodegradable faecal form, and the water economy is used water wisely, and the rational processing excrement and urine is with excrement and urine resourceization.

Description

Waterless intelligent closestool

Technical Field

The utility model belongs to the technical field of the sanitary ware, especially, relate to an anhydrous intelligent closestool.

Background

At present, flushing toilets are constantly being updated, and intelligent toilets in the market mainly have the functions of cleaning, cushion heating, automatic cushion replacement, sterilization and the like. However, in both urine and feces, all flush toilets inevitably consume a large amount of domestic water in daily use, and in areas where municipal pipe networks are convenient and fast, sewage finally flows into sewage plants for treatment, so that the problem of pipe network blockage is easily caused, and the treatment load of the sewage plants is increased; in areas where municipal pipe networks are inconvenient, the toilet is used, the pipe network cost needs to be increased, sewage treatment facilities are not developed, a septic tank is often adopted for treatment, the septic tank is manually taken out, produced biogas is not treated, potential safety hazards are easy to occur, the atmospheric environment is polluted, and if open fire exists, combustion and even explosion can be caused. Therefore, the waterless closestool is a novel closestool which is produced to meet the national environmental protection concept. The method does not need water flushing, adopts a mode of biologically degrading the excrement, saves water, reasonably treats the excrement, recycles the excrement, and can be used as an organic fertilizer, thereby changing waste into valuable.

SUMMERY OF THE UTILITY MODEL

Technical problem to be solved

To the technical problem that exists now, the utility model provides an anhydrous intelligent closestool, the bath closestool consumes a large amount of domestic water among the solution prior art, relies on municipal pipe network and can bring water and soil pollution, air pollution scheduling problem.

(II) technical scheme

In order to achieve the above object, the utility model discloses a main technical scheme include:

a waterless intelligent toilet, comprising: the intelligent closestool comprises a closestool shell, an intelligent closestool cover, a feces and urine separation system with a safety shield, a feces processor, a fertilizer collecting box, a urine collecting and processing system, a tail gas circulating and disinfecting processing system and a control system;

the intelligent closestool cover is arranged on the closestool shell;

the excrement and urine separation system, the excrement processor, the fertilizer collecting box, the urine collecting and processing system, the tail gas circulating and disinfecting processing system and the control system are arranged in the closestool shell;

the excrement and urine separation system is connected with the excrement processor and can discharge excrement into the excrement processor;

the excrement and urine separation system is connected with the urine collection and treatment system and is used for discharging urine to the urine collection and treatment system;

the excrement processor is connected with the fertilizer collecting box and can output fertilizer to the fertilizer collecting box;

the tail gas circulating, disinfecting and treating system is connected with the excrement and urine separating system and is used for disinfecting and deodorizing gas in the excrement and urine separating system and then discharging the gas to the outside of the toilet shell;

the control system is respectively in control connection with the intelligent toilet lid, the excrement and urine separation system, the excrement processor, the fertilizer collecting box, the urine collecting and processing system and the tail gas circulating and disinfecting processing system.

Preferably, the upper surface of the toilet shell is provided with a feces and urine inlet;

the excrement and urine inlet is divided into an excrement discharge port and a urinal;

excrement enters the excrement discharge port, and urine enters the urinal; the excrement discharge port is communicated with the excrement-urine separation system and is used for discharging excrement to the excrement-urine separation system;

the urinal is communicated with the urine collecting and processing system and is used for discharging urine to the urine collecting and processing system;

the interior of the closestool shell is of a hollow structure;

a flushing hole is formed in the inner side of a circle of the excrement and urine inlet of the closestool shell corresponding to the intelligent closestool cover;

the toilet shell is provided with a fertilizer outlet of the excrement processor.

Preferably, the intelligent control panel, the automatic opening and closing toilet cover and the automatic opening and closing toilet seat are arranged on the intelligent toilet cover;

the intelligent control panel, the automatic opening and closing toilet cover and the automatic opening and closing toilet seat ring are all in control connection with the control system;

a telescopic automatic flushing device and an automatic paper-changing heating device are arranged in the intelligent closestool cover;

the control system is respectively in control connection with the telescopic automatic flushing device and the automatic paper changing and heating equipment;

two sides of the intelligent toilet cover are provided with reel covers capable of replacing disposable sanitary thin film paper, and the disposable sanitary thin film paper can be replaced by opening the reel covers;

the inner surface of the automatic opening and closing toilet cover is provided with an intelligent sterilizing lamp;

the automatic opening and closing toilet seat is connected with the automatic paper changing and heating equipment;

scalable automatic flushing device includes: the device comprises a spray head, a water purification system, water heating equipment and a water pipe;

one end of the water purification system is connected with the water pipe, and the other end of the water purification system is connected with the water heating equipment;

the water heating equipment is connected with the spray head.

Preferably, the manure separation system comprises: the device comprises a shell, a safety shielding cover plate, a dry-wet separation device, a separation driving motor and a foaming device;

the shell is provided with a feces inlet, the separation driving motor and an exhaust sterilization port;

the separation driving motor is in driving connection with the safety shielding cover plate;

the safety shielding cover plate is positioned above the excrement processor and is used for shielding excrement and bacteria in the excrement processor;

the safety shielding cover plate, the dry-wet separation device and the foam device are all arranged in the shell;

the separation driving motor is in control connection with the dry-wet separation device and is used for discharging excrement and urine into the excrement processor and the urine collection and treatment system respectively;

the exhaust sterilization port is connected with the tail gas circulating sterilization treatment system;

the separation driving motor and the foaming device are both connected with the control system;

the foam device can convey foam to the dry-wet separation device;

the foam is capable of completely covering the area of the wet and dry separator device corresponding to the fecal inlet area;

the foam liquid adopted by the foam device is high-density aromatic non-bacteriostatic plant foam liquid.

Preferably, the fecal management device comprises: the device is provided with a box body degradation component for receiving, storing and degrading, a stirring component for stirring and a heating component for heating;

the heating assembly further comprises a heat preservation assembly for heating and heat preservation and a discharging assembly for discharging;

the box body degradation component is provided with a driving component;

the stirring assembly and the heating assembly are both arranged in the box body degradation assembly;

the driving assembly and the heating assembly are both connected with the control system;

the driving assembly is in driving connection with the stirring assembly and the discharging assembly respectively;

the box body degradation component is provided with a discharge hole;

the discharging assembly is connected with the fertilizer collecting box by means of the discharging hole.

Preferably, the urine collection and disposal system comprises: the urine tube, the urine box, the heating rod, the purified water tank and the pressurizing silent water pump are arranged;

one end of the urine pipe is connected with the excrement-urine separation system, and the other end of the urine pipe is connected with the urine box;

the heating rod is arranged in the urine box;

the purified water tank is internally provided with the pressurizing silent water pump;

the pressurizing silent water pump is respectively connected with the water pipe of the telescopic automatic flushing device, the flushing hole and the reverse-spraying water pipe of the excrement processor;

and the control system is in control connection with the pressurizing silent water pump.

Preferably, the tail gas circulating and disinfecting treatment system comprises: the device comprises a fan, a circulating sterilizing and deodorizing device, an air compressor, a condensing device and a fragrance device;

the fan is internally provided with the one-way valve for preventing gas from reversely flowing;

one end of the fan is connected with the exhaust sterilization port, and the other end of the fan is connected with the circulating sterilizing and deodorizing device;

the circulating sterilizing and deodorizing device is connected with the air compressor;

the air compressor is connected with the condensing device;

one end of the condensing device is connected with the purified water tank, and the other end of the condensing device is connected with an air outlet on the closestool shell;

the fragrance device is arranged at the air outlet;

the fan, the circulating sterilizing and deodorizing device, the air compressor and the condensing device are all connected with the control system.

Preferably, the control system comprises: a human body induction sensor, a foot touch induction sensor, a temperature sensor of the automatic paper changing and heating equipment, a temperature sensor of the water heating equipment, a temperature and humidity sensor in the excrement processor, a material level sensor, a current sensor, a controller and a power supply in the excrement processor;

the human body induction sensor is arranged on the intelligent closestool cover;

the foot touch sensor is arranged at the front end of one side, close to the ground, of the toilet shell;

a temperature sensor probe of the automatic paper changing and heating equipment is tightly attached to the inner end surface of the automatic opening and closing toilet seat ring;

a temperature sensor probe of the water heating equipment is tightly attached to the outer end face of the water heating equipment;

the human body induction sensor, the foot touch induction sensor, the temperature sensor of the automatic paper changing heating equipment, the temperature sensor of the water heating equipment, the temperature and humidity sensor in the excrement processor, the material level sensor in the excrement processor and the current sensor are all connected with the controller;

the power supply is in power supply connection with the controller.

Preferably, the controller includes: the system comprises a display device for displaying an operation interface, an input device operated by the display device, a voice input device, a voice output device and a control host which stores acceptable and output signals of a set program;

the display device includes: wireless remote controller, cell-phone and intelligent control panel.

Preferably, the controller is also connected with a remote server of the intelligent toilet and can send the working state information to the remote server for displaying to maintenance personnel;

the power supply reserves a storage battery.

(III) advantageous effects

The utility model has the advantages that: the utility model provides a pair of anhydrous intelligent closestool has following beneficial effect:

1. the problems that a flushing closestool consumes a large amount of domestic water, depends on a municipal pipe network and can cause water and soil pollution, air pollution and the like in the prior art are solved.

2. The water flushing is not needed, the form of biologically degrading the excrement is adopted, water is saved, the excrement is reasonably treated and recycled, and the treated excrement can be used as an organic fertilizer, so that waste is changed into valuable.

Drawings

FIG. 1: the left-view partial section view of the waterless intelligent closestool provided by the utility model is shown;

FIG. 2: the utility model provides a top view of an intelligent waterless closestool;

FIG. 3: the overlook partial sectional view of the waterless intelligent closestool provided by the utility model is shown;

FIG. 4: do the embodiment of the utility model provides an in the embodiment structural schematic diagram of remote controller.

[ description of reference ]

1: a toilet housing; 101: a defecation port; 102: a urinal; 103: automatically opening and closing the toilet lid; 104: automatically opening and closing the toilet seat ring; 105: an intelligent germicidal lamp; 106: an intelligent control panel; 107: a display screen; 108: a button; 109: an air outlet;

2: a retractable automatic flushing device; 201: a water pipe; 202: a water purification system; 203: a water heating device; 204: a spray head; 205: automatic paper changing and heating equipment;

3: a manure separation system; 301: separating the driving motor; 302: a foam device; 303: an exhaust sterilization port;

4: a fecal processor; 401: a stirring assembly; 402: a discharge assembly; 403: a fertilizer collection box; 404: a reverse-spraying water spraying pipe;

501: a urinary catheter; 502: a urinal box; 503: a heating rod; 504: a purified water tank; 505: a pressure-increasing silent water pump; 506: an activated carbon membrane; 507: a pervaporation membrane;

601: a fan; 602: a circulating disinfecting and deodorizing device; 603: an air compressor; 604: a condensing unit; 605: a fragrance means;

701: a human body induction sensor; 702: a foot touch response sensor; 703: and (4) a storage battery.

Detailed Description

For a better understanding of the present invention, reference will now be made in detail to the present invention, examples of which are illustrated in the accompanying drawings.

As shown in fig. 1-4: the embodiment discloses an anhydrous intelligent closestool includes: the closestool comprises a closestool shell 1, an intelligent closestool cover, a feces and urine separation system 3 with a safety shield, a feces processor 4, a fertilizer collection box 403, a urine collection and treatment system, a tail gas circulating and disinfecting treatment system and a control system. The intelligent closestool cover is arranged on the closestool shell 1. The toilet shell 1 is internally provided with the excrement and urine separation system 3, the excrement processor 4, the fertilizer collecting box 403, the urine collecting and processing system, the tail gas circulating and disinfecting processing system and the control system. The excrement and urine separation system 3 is connected with the excrement processor 4 and can discharge excrement into the excrement processor 4; the excrement and urine separation system 3 is connected with the urine collection and treatment system and is used for discharging urine to the urine collection and treatment system; the fecal processor 4 is connected to the fertilizer collection box 403 and is capable of outputting fertilizer to the fertilizer collection box 403.

The tail gas circulating, disinfecting and treating system is connected with the excrement and urine separating system 3 and is used for disinfecting and deodorizing gas in the excrement and urine separating system 3 and then discharging the gas to the outside of the closestool shell 1. The control system is respectively in control connection with the intelligent toilet lid, the excrement and urine separation system 3, the excrement processor 4, the fertilizer collecting box 403, the urine collecting and processing system and the tail gas circulating and disinfecting processing system.

In the embodiment, the upper surface of the closestool shell 1 is provided with a feces and urine inlet; the excrement and urine inlet is divided into an excrement discharge port 101 and a urinal 102. Excrement enters the excrement outlet 101, and urine enters the urinal 102. The excrement discharge port 101 is communicated with the excrement-urine separation system 3 and is used for discharging excrement to the excrement-urine separation system 3; the urinal 102 is communicated with the urine collection and treatment system and is used for discharging urine to the urine collection and treatment system; the interior of the toilet shell 1 is of a hollow structure. A flushing hole is formed in the inner side of a circle of the excrement inlet of the closestool shell 1 corresponding to the intelligent closestool cover; the toilet shell 1 is provided with a fertilizer outlet of the fecal treatment device 4.

In this embodiment, the intelligent toilet lid is provided with the intelligent control panel 106, the automatically opening and closing toilet lid 103, and the automatically opening and closing toilet seat 104. The intelligent control panel 106, the automatic opening and closing toilet cover 103 and the automatic opening and closing toilet seat 104 are all in control connection with the control system; the intelligent toilet lid is internally provided with a telescopic automatic flushing device 2 and an automatic paper-changing heating device 205. The control system is respectively connected with the telescopic automatic flushing device 2 and the automatic paper changing and heating equipment 205 in a control way; the intelligent toilet cover is characterized in that reel covers with replaceable disposable sanitary thin film paper are arranged on two sides of the intelligent toilet cover, and the disposable sanitary thin film paper can be replaced when the reel covers are opened.

The inner surface of the automatic opening and closing toilet cover 103 is provided with an intelligent sterilizing lamp 105; the automatic opening and closing toilet seat 106 is connected with the automatic paper changing and heating device 205; the retractable automatic flushing device 2 comprises: spray head 204, water purification system 202, water heating apparatus 203, and water line 201. One end of the water purification system 202 is connected with the water pipe 201, and the other end is connected with the water heating equipment 203; the water heating device 203 is connected with the spray head 204.

The excrement and urine separation system 3 in this embodiment includes: the device comprises a shell, a safety shielding cover plate, a dry-wet separation device, a separation driving motor 301 and a foaming device 302. The shell is provided with a feces inlet, the separation driving motor 301 and an exhaust sterilization port 303. The separation driving motor 301 is in driving connection with the safety shielding cover plate. The safety shielding cover plate is positioned above the fecal treatment device 4 and is used for shielding feces and fungus materials in the fecal treatment device 4. The safety shielding cover plate, the dry-wet separation device and the foaming device 302 are all arranged in the shell; the separation driving motor 301 is in control connection with the dry-wet separation device, and is used for discharging excrement and urine into the excrement processor 4 and the urine collection and treatment system respectively. The exhaust sterilization port 303 is connected with the tail gas circulating sterilization treatment system; the separation driving motor 301 and the foam device 302 are both connected with the control system. The foam device 302 is capable of delivering foam to the wet and dry separation device. The foam is capable of completely covering the area of the wet and dry separator device corresponding to the fecal inlet area; the foam liquid adopted by the foaming device 302 is high-density aromatic non-bacteriostatic plant foam liquid.

The faecal processor 4 in this embodiment comprises: a box body degradation component for receiving, storing and degrading, a stirring component 401 for stirring and a heating component for heating are arranged. Wherein, the heating assembly further comprises a heat preservation assembly for heating and heat preservation and a discharging assembly 402 for discharging.

The box body degradation component is provided with a driving component; the stirring component 401 and the heating component are both arranged in the box body degradation component; the driving assembly and the heating assembly are connected with the control system.

The driving assembly is respectively in driving connection with the stirring assembly 401 and the discharging assembly 402; the box body degradation component is provided with a discharge hole; the discharging component 402 is connected with the fertilizer collecting box 403 by means of the discharging hole.

The urine collection and treatment system in the present embodiment includes: a urinary catheter 501, a urine box 502, a heating rod 503, a purified water tank 504 and a pressure-boosting silent water pump 505. One end of the urine tube 501 is connected with the excrement and urine separation system 3, and the other end is connected with the urine tank 502; the heating rod 503 is arranged in the urine box 502; the purified water tank 504 is provided with the pressure-boosting silent water pump 505. The pressurizing silent water pump 505 is respectively connected with the water pipe 201 of the telescopic automatic flushing device 2, the flushing hole and the reverse-spraying water pipe 404 of the excrement processor 4; the control system is in control connection with the supercharging silent water pump 505.

The tail gas circulation system that disappears in this embodiment includes: a fan 601, a circulating sterilizing and deodorizing device 602, an air compressor 603, a condensing device 604 and a fragrance device 605. The fan 601 is internally provided with the one-way valve for preventing gas from reversely flowing; one end of the fan 601 is connected with the exhaust sterilization port 303, and the other end is connected with the circulating sterilizing and deodorizing device 602. The circulating sterilizing and deodorizing device 602 is connected with the air compressor 603; the air compressor 603 is connected with the condensing device 604; one end of the condensing device 604 is connected to the purified water tank 504, and the other end is connected to the air outlet 109 on the toilet casing 1; the aromatic device 605 is disposed at the air outlet 109. The fan 601, the circulating killing and odor removing device 602, the air compressor 603 and the condensing device 604 are all connected with the control system.

The control system in this embodiment includes: human body induction sensor 701, foot touch response sensor 702 the temperature sensor of automatic paper heating equipment 205 trades the temperature sensor of water heating equipment 203 the temperature and humidity sensor in fecal treatment ware 4 material level sensor, current sensor, controller and power in fecal treatment ware 4. The human body induction sensor 701 is arranged on the intelligent closestool cover; the foot touch sensing sensor 702 is arranged at the front end of one side of the toilet bowl shell 1 close to the ground; the temperature sensor probe of the automatic paper changing and heating device 205 is tightly attached to the inner end surface of the automatic opening and closing toilet seat 104. The temperature sensor probe of the water heating device 203 is tightly attached to the outer end face of the water heating device 203. The human body induction sensor 701, the foot touch induction sensor 702, the temperature sensor of the automatic paper changing and heating device 205, the temperature sensor of the water heating device 203, the temperature and humidity sensor in the excrement processor 4, the material level sensor in the excrement processor 4 and the current sensor are all connected with the controller; the power supply is in power supply connection with the controller.

The controller in this embodiment includes: the system comprises a display device for displaying an operation interface, an input device operated by the display device, a voice input device, a voice output device and a control host which stores acceptable setting programs and outputs signals. The display device includes: a wireless remote control, a cell phone, and the smart control panel 106.

The controller in the embodiment is also connected with a remote server of the intelligent toilet, and can send the working state information to the remote server for being displayed to maintenance personnel; the power supply reserves a storage battery.

The anhydrous intelligent closestool that provides in this embodiment includes: the intelligent closestool comprises a closestool shell 1, an intelligent closestool cover, a feces and urine separation system 3 with a safety shield, a feces processor 4, a fertilizer collection box 403, a urine collection and treatment system, a tail gas circulating and disinfecting treatment system and a control system; the intelligent closestool cover is arranged on the closestool shell 1. The toilet shell 1 is internally provided with the excrement and urine separation system 3 with a safety shelter, the excrement processor 4, the fertilizer collecting box 403, the urine collecting and processing system, the tail gas circulating and disinfecting processing system and the control system.

The excrement and urine separation system 3 with the safety shield is connected with the excrement processor 4 and can discharge excrement into the excrement processor 4; the fecal processor 4 is connected to the fertilizer collection box 403 and is capable of outputting fertilizer to the fertilizer collection box 403.

The closestool shell 1 and the excrement and urine separation system 3 with the safety shelter are both connected with the urine collection and treatment system and are used for discharging urine to the urine collection and treatment system; the tail gas circulating, disinfecting and treating system is connected with the excrement and urine separating system 3 with the safety shelter, and is used for disinfecting and deodorizing the gas of the excrement and urine separating system 3 with the safety shelter and then discharging the gas to the outside of the closestool shell 1.

The control system is respectively in control connection with the intelligent toilet lid, the excrement and urine separation system 3 with the safety shelter, the excrement processor 4, the fertilizer collecting box 403, the urine collecting and processing system and the tail gas circulating and disinfecting processing system.

The excrement and urine inlet on the upper surface of the closestool shell 1 is divided into an excrement outlet 101 and a urinal 102, excrement enters the excrement outlet 101, and urine enters the urinal 102; the interior of the closestool shell 1 is of a hollow structure; a flushing hole is formed in the inner side of the toilet shell 1 corresponding to the intelligent toilet cover, which is close to a circle; the toilet shell 1 is provided with a fertilizer outlet of the fecal treatment device 4; the toilet shell 1 is made of waterproof, anticorrosive and antibacterial materials.

The intelligent toilet lid in this embodiment is provided with an automatic open-close toilet lid 103, an automatic open-close toilet seat 104, a retractable automatic flushing device 2, an automatic paper-changing heating device 205, and an intelligent control panel 106; the intelligent control panel 106 is arranged on the intelligent closestool cover; the telescopic automatic flushing device 2 and the automatic paper changing and heating equipment 205 are arranged in the intelligent toilet lid; the intelligent toilet cover is characterized in that two sides of the intelligent toilet cover are provided with reel covers capable of replacing disposable sanitary thin film paper, and the reel covers are opened to replace the disposable sanitary thin film paper.

The automatic open-close toilet lid 103 is controlled to be automatically opened and closed through the control system; the inner surface of the automatic opening and closing toilet lid 103 is provided with an intelligent bactericidal lamp 105, and the intelligent bactericidal lamp 105 is automatically powered off and extinguished when the automatic opening and closing toilet lid 103 is in an opening state. In a closed state of the automatically opening and closing toilet lid 103, the intelligent germicidal lamp 105 is automatically energized to sterilize.

The automatic open-close toilet seat 104 is controlled to be opened and closed automatically through the control system; the automatic opening and closing toilet seat 104 is connected with the automatic paper changing and heating device 205, and is used for automatically changing the disposable sanitary film paper covered on the automatic opening and closing toilet seat 104 and controlling the temperature of the automatic opening and closing toilet seat 104. When the disposable sanitary film paper is controlled to automatically change the paper, the disposable sanitary film paper is automatically stopped after being changed for one circle.

The telescopic automatic flushing device 2 comprises a spray head 204, a water purification system 202, water heating equipment 203 and a water pipe 201; the spray head 204 can be moved to adjust the position, the intelligent bactericidal lamp is arranged in the spray head 204, and the intelligent bactericidal lamp arranged in the spray head 204 is automatically powered off and extinguished when the automatic opening and closing toilet lid 103 is opened. When the automatic open-close toilet lid 103 is closed, the intelligent germicidal lamp is arranged in the spray head 204 and automatically powered on to sterilize.

The spray head 204 is controlled by the control system to adjust the position and the cleaning mode, so as to meet different requirements of users; the cleaning mode of the spray head is divided into: female cleaning, child cleaning, hip cleaning, movable massage and self-cleaning; one end of the water purification system 202 is connected with the water pipe 201, the other end of the water purification system is connected with the water heating device 203, and the water purification system 202 adopts an electrolytic sterilization mode.

The water heating device 203 is connected with the spray head 204, and the cleaning water passing through the water purification system 202 reaches a set temperature through the water heating device 203, so that different requirements of users are met. The intelligent control panel 106 is provided with a display screen 107 for displaying various working states in real time, and can control function adjustment through a touch button 108; the intelligent toilet cover is made of waterproof, anticorrosive and antibacterial materials.

The excrement and urine separation system 3 with the safety shielding function in the embodiment is provided with a shell, an excrement inlet, a safety shielding cover plate, a dry-wet separation device, a separation driving motor 301, an exhaust sterilization port 303 and a foaming device 302; the shell is provided with the excrement inlet, the separation driving motor 301 and the exhaust sterilization port 303. Safety shielding plate shelters from excrement and urine and fungus material in the faecal management device 4 improve the aesthetic property of vision, and further reach the negative pressure state of system ensures user's security, and only when the user need use, safety shielding just can open, reduces safety risks such as article drop. The shell is internally provided with a dry-wet separation device connected with the separation driving motor, and excrement and urine are discharged into the excrement processor 1 and the urine collection and treatment system respectively. The exhaust sterilization port 303 is connected with the tail gas circulating sterilization treatment system; the foaming device 302 delivers foam to the wet and dry separator device that completely covers the area of the wet and dry separator device corresponding to the fecal inlet area.

The foam concentrate adopted by the foaming device 302 is a high-density aromatic non-bacteriostatic plant foam concentrate; the excrement-urine separation system 3 with the safety barrier is made of waterproof, anticorrosive and antibacterial materials; the fecal treatment ware is provided with the degradation subassembly that is used for receiving, stores, degradation for the stirring subassembly 401 of stirring, the heating element for the heating, wherein heating element still includes the heat preservation subassembly that is used for heating heat preservation, is used for the ejection of compact subassembly 402 of ejection of compact, the fertilizer collecting box 403 that ejection of compact subassembly 402 is connected is used for improving the reverse spray header pipe 404, gear motor of 4 humidity ratios of fecal treatment ware.

The fecal treatment device 4 is made of waterproof, antiseptic and antibacterial materials; the urine collecting and processing system is provided with a ureter 501, a urine box 502, a heating rod 503, a purified water tank 504 and a pressurizing silent water pump 505; one end of the urine pipe 501 is connected with the excrement and urine separation system 3 with the safety shelter, and the other end is connected with the urine box 502.

A heating rod 503 is arranged in the urinal 502, and the heating rod 503 continuously heats the urine in the urinal 502; chemical agents for inhibiting the growth of microorganisms are added into the urine tank 502, so that the increase of the ammonia concentration is avoided; the upper layer of the urinal box 502 is provided with an activated carbon membrane 506 and a pervaporation membrane 507.

The urine after being treated by the chemical agent is heated by a heating rod 503, the urine is evaporated, water vapor sequentially passes through the activated carbon membrane 506 and the pervaporation membrane 207 to reach the other side of the membrane, and the water vapor permeating the pervaporation membrane 507 passes through the tail gas circulating sterilization treatment system, is condensed into liquid and enters the purified water tank 504.

The purified water tank 504 is provided with the pressurizing silent water pump 505; the pressurizing silent water pump 505 is connected with the water pipe 201 of the telescopic automatic flushing device 2, the flushing hole and the reverse-spraying water pipe 404 of the excrement processor 4; the urine collecting and processing system is made of waterproof, anticorrosive and antibacterial materials.

The tail gas circulating, disinfecting and treating system is provided with a fan 601, a circulating, disinfecting and deodorizing device 602, an air compressor 603, a condensing device 604, a fragrance device 605 and an air outlet 109. The one-way valve is arranged in the fan 601 to prevent gas from flowing reversely; one end of the fan 601 is connected with the exhaust sterilization port 303, and the other end is connected with the circulating sterilizing and deodorizing device 602.

The circulating sterilizing and deodorizing device 602 is connected with the air compressor 603; a filtering device, a sterilizing device and a deodorizing device are arranged in the circular disinfecting and deodorizing device 602; the air compressor 603 is connected to the condensing device 604.

One end of the condensing device 604 is connected with the purified water tank 504, and the other end is connected with the air outlet 109; the air outlet 109 is provided with the fragrance device 605; the tail gas circulating, disinfecting and treating system is made of waterproof, anticorrosive and antibacterial materials.

The control system provided in the present embodiment includes: human body induction sensor 701, foot touch response sensor 702 the temperature sensor of automatic paper heating equipment 205 trades the temperature sensor of water heating equipment 203 the temperature and humidity sensor in fecal treatment ware 4 level sensor, current sensor, switching element in fecal treatment ware 4 receive all sensor signals and with controller, the power that the switching element links to each other.

The human body induction sensor 701 is arranged on the intelligent closestool cover; the foot touch sensing sensor 702 is arranged at the front end of one side of the toilet bowl shell 1 close to the ground; the temperature sensor probe of the automatic paper changing and heating device 205 is tightly attached to the inner end face of the automatic opening and closing toilet seat 104.

A temperature sensor probe of the water heating equipment 203 is tightly attached to the outer end face of the water heating equipment 203; the humidity sensor in the fecal processor 4 is a moisture meter. The temperature sensor induction probe in the fecal processor 4 is tightly attached to the outer end surface of the degradation component; and a probe of a moisture tester in the fecal processor 4 extends into the bacterial material in the degradation component.

A material level sensor in the excrement processor 4 is tightly attached to the inner end face of the degradation component; the current sensor detects the current value of the speed reducing motor of the fecal treatment device 4; the controller receives the current sensor signal, and when a current overload condition occurs, the controller closes the running of the speed reducing motor of the fecal processor 4 by means of the switch piece.

The current sensor adopts a Hall current sensor; the controller can control the intelligent toilet cover, the excrement and urine separation system 3 with the safety shelter, the excrement processor 4, the fertilizer collecting box 403, the urine collecting and processing system and the tail gas circulating and sterilizing processing system respectively by means of the switch piece to be controlled to open and close, change paper, clean washing, air draft, excrement and urine separation, stirring, temperature control, humidity control and discharging.

The controller includes: the system comprises a display device for displaying an operation interface, an input device operated by the display device, a voice input device, a voice output device and a control host which stores acceptable setting programs and output signals. The display device comprises a wireless remote controller, a mobile phone and the intelligent control panel 106; the voice input device can intelligently control the closestool through voice; the voice output equipment can output the result of the intelligent control of the closestool by the voice. The controller is also connected with a remote server of the intelligent toilet and can send the working state information to the remote server for being displayed to maintenance personnel; the power supply reserves a storage battery 703, and the storage battery 703 works emergently in a non-power state.

The control method of the intelligent waterless closestool disclosed in the embodiment comprises the following steps:

s1, when receiving a human body induction signal sent by a human body induction sensor 701, a control host sends a starting working signal to an intelligent toilet lid, a feces and urine separation system 3, an automatic paper-changing heating device 205, a telescopic automatic flushing device 2 and a tail gas circulating sterilization treatment system, and the intelligent toilet lid, the feces and urine separation system 3, the automatic paper-changing heating device 205, the telescopic automatic flushing device 2 and the tail gas circulating sterilization treatment system start to work according to a set program.

Wherein, the retractable automatic flushing device 2 and the automatic paper-changing heating device 205 respectively execute the automatic stop work after the self-cleaning work and the heating paper-changing work are finished. The retractable automatic flushing device performs self-cleaning of the spray head.

S2, when the control host receives a cleaning signal after defecation, which is sent by the control panel or the remote control equipment, a starting signal is sent to the telescopic automatic flushing device 2, and the spray head 204 executes cleaning work according to different mode signal instructions.

And S3, when the control host receives a post-defecation cleaning finishing signal sent by the control panel or the remote control equipment, a closing signal is sent to the telescopic automatic flushing device 2, and the spray head 204 stops cleaning.

And S4, after the control host loses the human body induction signal sent by the human body induction sensor 701 for 5-30 seconds, closing signals are sent to the intelligent toilet cover and the excrement-urine separation system 3 respectively, and the intelligent toilet cover and the excrement-urine separation system 3 stop working after the set program is executed respectively.

The control host machine also sends a starting signal to the telescopic automatic flushing device 2, the intelligent germicidal lamp arranged in the spray head 204 is automatically electrified for sterilization, and the spray head 204 stops cleaning after self-cleaning for 1-5 seconds. The control host machine also sends a starting signal to the excrement processor 4, the stirring component 401 and the discharging component 402 start stirring, and the stirring is stopped after 30-120 seconds of stirring; the control host machine also sends a closing signal to the tail gas circulating sterilization treatment system to control the fan, the circulating sterilization and deodorization device and the air compressor to stop working.

In this embodiment, before S1, the method further includes: before the closestool runs, the excrement processor 4 is fed with the materials for the first time until the required quantity is reached, and the feeding of the fungus materials is completed.

Recording time from the initial feeding and adding, discharging when the closestool runs for 1-6 months, or calculating the discharge time according to the number of users under the condition that the number of users of a single closestool is more than 20 persons/day, calculating the number of the users through signals of a human body induction sensor, or setting the maximum value of system capacity, and judging the discharge time through a material level sensor.

The method in this embodiment further includes: during the ejection of compact, need open the fertilizer export on the closestool, control display device or select voice input, through the main control system, send turn-on signal control gear motor, gear motor begins the operation, and the current switching-over drives ejection of compact subassembly 402 and begins reverse operation, and the organic fertilizer passes through ejection of compact subassembly 402 and exports to fertilizer collecting box 403 from the discharge gate. And finishing discharging, operating the display equipment or selecting voice input, sending a closing signal to control the speed reducing motor through the control host, stopping the speed reducing motor, driving the discharging component 402 to stop running, dragging the fertilizer collecting box 403 out of the fertilizer outlet, and taking out the organic fertilizer. The feeding was carried out by manual operation and the feeding time was recorded again.

The method in this embodiment further includes: the control host receives a temperature sensing signal of the automatic opening and closing toilet seat 104, when the temperature of the automatic opening and closing toilet seat 104 is less than or equal to 24 ℃, a starting signal is sent to the automatic paper changing and heating device 205, and the heating function is automatically started and heated to 24-41 ℃.

The method in this embodiment further includes: when the human body induction sensor 701 does not induce a human body, the fan of the tail gas circulating sterilization treatment system runs for 40-55 minutes per hour; the stirring component 401 and the discharging component 402 of the excrement processor 4 run for 1-5 minutes every 30-60 minutes.

The method in this embodiment further includes: urine enters a urine box 502 of the urine collection and treatment system through a urine pipe 501, a chemical agent for inhibiting the growth of microorganisms is added into the urine box 502, a heating rod 503 is started to continuously heat the urine in the urine box 502, the urine enters the tail gas circulating and killing treatment system through an activated carbon film 506 and a pervaporation film 507 after being evaporated, is condensed into liquid, and enters a purified water tank.

The method in this embodiment further includes: when the fan works, the gas of the excrement processor 4 is pumped into the tail gas circulating sterilization treatment system through the exhaust sterilization port; the gas is treated by the circulating sterilizing and deodorizing device and then enters the air compressor 603, part of the gas passing through the air compressor 603 meets the condensing device 604, is condensed into liquid and enters the purified water tank 504, and the other part of the gas passes through the fragrance device 605 and is discharged from the air outlet 109.

The method in this embodiment further includes: the control host receives signals of a temperature and humidity sensor of the excrement processor 4, and sends out an opening signal to control the heating component to start heating work when the temperature value is lower than a set numerical value lower limit value; when the temperature value reaches the upper limit value of the set value, a closing signal is sent out to control the heating assembly to stop heating; the upper limit of the temperature is set to 60 ℃ and the lower limit of the temperature is set to 10 ℃.

The method in this embodiment further includes: the control host receives signals of a temperature and humidity sensor of the fecal processor 4, and sends out a starting signal to control the heating component to start working when the humidity value exceeds the upper limit value of a set numerical value, so as to regulate and control the humidity in the fecal processor 4 to be within a reasonable range; when the humidity value returns to the set numerical range, a closing signal is sent out to control the heating assembly to stop running; when the humidity value is lower than the set numerical value lower limit value, the control host sends out an opening signal to control the pressurizing silent water pump 505 to spray water into the fecal treatment device 4 so as to improve the humidity value; the upper limit of humidity is set to 50%, the lower limit of humidity is set to 10%, and the humidity is absolute humidity.

The method in this embodiment further includes: adjusting the temperature value of the water heating device 203 through a display device and a voice input device which display an operation interface; the control host receives the temperature sensor signal of the water heating device 203, and the temperature value is displayed on a display device for displaying an operation interface.

The method in this embodiment further includes: when the control host receives the signal of the current overload current sensor, the control host can stop the speed reducing motor of the excrement processor 4 by means of the switch piece.

The embodiment also discloses a control method of the waterless intelligent closestool, which comprises the following steps:

s1, when the control host receives a human body induction signal, a starting signal is sent to the intelligent toilet lid, the automatic opening and closing toilet lid 103 is controlled to be opened, and the intelligent sterilizing lamp 105 is automatically powered off and extinguished.

Meanwhile, a starting signal is sent to the excrement-urine separation system 3 with the safety shielding, the excrement-urine separation system 3 with the safety shielding starts to work after receiving the starting signal, the safety shielding cover plate is controlled to open the shielding of the excrement inlet, the safety shielding cover plate stops running automatically after being opened in place, the foam device 302 is controlled to start to work, and the foam device stops working automatically after the injection quantity is reached.

Meanwhile, a starting signal is sent to the automatic paper changing and heating device 205, the disposable toilet tissue paper is automatically changed, and the paper is automatically stopped after being changed for one circle.

Meanwhile, a starting signal is sent to the telescopic automatic flushing device 2, the intelligent sterilizing lamp 105 arranged in the spray head 204 is automatically powered off and extinguished, and the spray head 204 stops cleaning after self-cleaning for 1-5 seconds.

Meanwhile, a starting signal is sent to the tail gas circulating sterilizing and treating system to control the starting work of the fan 601, the circulating sterilizing and deodorizing device 602 and the air compressor 603.

S2, when the control host receives the cleaning signal after defecation, a starting signal is sent to the telescopic automatic flushing device 2, and the spray head 204 cleans according to different signals.

Washing ladies: gentle stream, children wash: fine water flow, hip wash: water flow is concentrated, moving massage is carried out, and cold water and hot water are alternately moved for cleaning.

And S3, when the control host receives a cleaning finishing signal after defecation, a closing signal is sent to the telescopic automatic flushing device 2, and the spray head 204 stops cleaning.

S4, after the control host loses the human body induction signal for 5-30 seconds, a closing signal is sent to the intelligent closestool cover, the automatic opening and closing closestool cover 103 is controlled to be closed, and the intelligent sterilizing lamp 105 is automatically electrified for sterilization.

And meanwhile, a starting signal is sent to the excrement-urine separation system 3 with the safety shielding function, the excrement-urine separation system 3 with the safety shielding function starts to work after receiving the starting signal, the current is reversed, the safety shielding cover plate is controlled to close the shielding function of the excrement inlet, the safety shielding cover plate automatically stops running after being closed in place, and excrement and urine are separated and then respectively enter the excrement processor 4 and the urine collecting and processing system.

Meanwhile, a starting signal is sent to the telescopic automatic flushing device 2, the intelligent sterilizing lamp arranged in the spray head 204 is automatically electrified for sterilization, and the spray head 204 stops cleaning after self-cleaning for 1-5 seconds.

Meanwhile, a starting signal is sent to the fecal treatment device 4, the stirring component 401 and the discharging component 402 start to stir, and the stirring is stopped after 30-120 seconds of stirring.

Meanwhile, a closing signal is sent to the tail gas circulating sterilization treatment system, and the fan 601, the circulating sterilization and deodorization device 602 and the air compressor 603 are controlled to stop working.

In this embodiment, before the step S1 of starting the system, the method further includes: before the closestool runs, the excrement processor 4 needs to be charged for the first time until the required quantity is reached, and charging is finished.

Recording time from the initial feeding and adding, discharging when the system runs for 1-6 months, or calculating the discharging time according to the number of users under the condition that the number of users using a single closestool is more than 20 users/day, calculating the number of users through signals of a human body induction sensor, or setting the maximum value of the system capacity, and judging the discharging time through a material level sensor.

The method in this embodiment further includes: when the control host receives a temperature sensing signal for automatically opening and closing the toilet seat 104, when the temperature is less than or equal to 24 ℃, a starting signal is sent to the automatic paper-changing heating equipment 205, and the heating function is automatically started to heat to the proper temperature of a human body, namely 24-41 ℃; when the temperature is higher than 24 ℃, a starting signal is not sent to the automatic paper changing and heating device 205, and the constant temperature state is kept when no one uses the automatic paper changing and heating device; and can receive the temperature sensor signal of the automatic open-close toilet seat 104 through the control host computer, show the temperature value on the display device which reveals the operation interface.

The method in this embodiment further includes: the operation of the closestool can be controlled through the display equipment and the voice input equipment which display an operation interface, and when a human body is not sensed, the fan 601 of the tail gas circulating sterilization treatment system is arranged to operate for 40-55 minutes per hour, so that a good negative pressure deodorization effect is achieved; the stirring component 401 and the discharging component 402 of the excrement processor 4 are arranged to run for 1-5 minutes every 30-60 minutes, so that excrement and fungus materials are fully mixed, and the survival rate of microorganism bacteria is increased.

The method in this embodiment further includes: when receiving the foot touch response signal, the control host sends a starting signal to the intelligent closestool cover, and the automatic opening and closing closestool seat ring 104 is controlled to be opened.

The method in this embodiment further includes: the temperature value of the water heating equipment can be adjusted through the display equipment and the voice input equipment which display the operation interface, and the temperature sensor signal of the water heating equipment 203 can be received through the control host machine, so that the temperature value is displayed on the display equipment which displays the operation interface.

After the step S4 of starting the system, the method in this embodiment further includes: urine enters a urine box 502 of the urine collection and treatment system through a urine tube 501, a chemical agent for inhibiting the growth of microorganisms is added into the urine box 502, a heating rod 503 is started to continuously heat the urine in the urine box 502, the urine enters the tail gas circulating and killing treatment system through an activated carbon film 506 and a pervaporation film 507 after being evaporated, is condensed into liquid, and enters a purified water tank 504.

The method in this embodiment further includes: when the fan 601 works, the gas in the fecal treatment device 4 is pumped into the tail gas circulating, sterilizing and treating system through the exhaust sterilizing port 303, the gas is treated by the circulating, sterilizing and deodorizing device 602 and then enters the air compressor 603, the gas passing through the air compressor 603 meets the condensing device 604, one part of the gas is condensed into liquid and enters the purified water tank 504, and the other part of the gas passes through the fragrance device 605 and is discharged from the air outlet 109.

The method in this embodiment further includes: the control host receives signals of a temperature and humidity sensor of the excrement processor 4, and sends out an opening signal to control the heating component to start heating work when the temperature value is lower than a set numerical value lower limit value; when the temperature value reaches the upper limit value of the set value, a closing signal is sent out to control the heating component to stop heating; the upper limit of the temperature is set to 60 ℃ and the lower limit of the temperature is set to 10 ℃.

When the excrement processor is used in a cold area, the heating assembly of the excrement processor 4 is kept in a continuous opening state through the setting of the control host, and the temperature is guaranteed to be always within a set numerical range.

The method in this embodiment further includes: the control host receives signals of a temperature and humidity sensor of the excrement processor 4, and sends out a starting signal to control the heating assembly to start working when the humidity value exceeds a set numerical value upper limit value so as to regulate and control the humidity in the excrement processor 4 within a reasonable range; when the humidity value returns to the set numerical range, a closing signal is sent out to control the heating assembly to stop running; when the humidity value is lower than the set numerical value lower limit value, the control host sends an opening signal to control the pressurizing silent water pump 505 to spray water into the excrement processor 4, so that the humidity value is increased; the upper limit of humidity is set to 50%, the lower limit of humidity is set to 10%, and humidity is absolute humidity.

The method in this embodiment further includes: the control host receives the signal of the current sensor, and the running of the speed reducing motor of the excrement processor 4 is closed by the switch piece when the current overload condition occurs.

The method in this embodiment further includes: the voice input is provided with: opening voice, closing voice, opening toilet lid, closing toilet lid, opening seat, closing seat, opening light, closing light, opening safety barrier, closing safety barrier, opening foam, closing foam, starting female cleaning, closing female cleaning, starting child cleaning, closing child cleaning, starting hip cleaning, closing hip cleaning, starting mobile massage, closing massage, raising seat temperature, lowering seat temperature, closing seat temperature, raising water temperature, lowering water temperature, closing water pressure, advancing nozzle, moving nozzle back, opening automatic flip, closing automatic flip, opening toilet flush, closing toilet flush, restoring factory settings, opening automatic foam, closing automatic foam, opening fan, closing fan, opening agitation, closing agitation, opening discharge, closing discharge, raising processor temperature, lowering processor temperature, opening processor water spray, closing processor water spray, opening heating rod heating, closing heating rod heating, opening urine tank, closing urine tank, and the like.

The method in this embodiment further includes: the remote controller is provided with: a display panel, a button; the button function is provided with a switch, a setting, a toilet lid opening and closing, a seat ring opening and closing, a flushing mode, a seat temperature, a water temperature, forced stirring, discharging, a fault code, factory setting restoration, spray head adjustment, a strong key and a weak key, dehumidification, confirmation, return and the like.

The method in this embodiment further includes: the smart control panel 106 is provided with: display screen 107, buttons 108; the button function is provided with a switch, a setting device, a toilet lid, a seat ring, a flushing mode, a seat temperature, a water temperature, forced stirring, discharging, a fault code, factory setting restoration, spray head adjustment, a strong key, a weak key, dehumidification and the like.

The method in this embodiment further includes: the mobile phone app is provided with: display area, switch, setting, toilet lid opening and closing, seat ring opening and closing, flushing mode, seat temperature, water temperature, forced stirring, discharging, fault code recovering from factory setting, spray head adjusting, strong and weak key pressing, dehumidifying, confirming, returning and the like.

In this embodiment, before the toilet is operated, the initial charge is made into the interior of the fecal management device 4 until 1/2 of the space of the entire fecal management device 4 is filled, and the time is recorded from the time of the initial charge addition.

When a user goes to the toilet, the control host receives a human body induction signal and sends a starting signal to the intelligent toilet lid, the automatic open-close toilet lid 103 is controlled to be opened, and the intelligent sterilizing lamp 105 is automatically powered off and extinguished; meanwhile, a starting signal is sent to the excrement-urine separation system 3 with the safety shield, the excrement-urine separation system 3 with the safety shield starts to work after receiving the starting signal, the safety shield cover plate is controlled to open the shield of the excrement inlet, the safety shield cover plate stops running automatically after being opened in place, the foam device 302 is controlled to start to work, and the foam device 302 stops working automatically after the injection amount is reached; meanwhile, a starting signal is sent to the automatic paper changing and heating device 205, the disposable sanitary film paper is automatically changed, and the paper is automatically stopped after being changed for one circle; meanwhile, a starting signal is sent to the telescopic automatic flushing device 2, the intelligent sterilizing lamp arranged in the spray head 204 is automatically powered off and extinguished, and the spray head 204 stops cleaning after self-cleaning for 1-5 seconds; meanwhile, a starting signal is sent to the tail gas circulating sterilization treatment system to control the starting of the fan 601, the circulating sterilization and deodorization device 602 and the air compressor 603.

Other instructions, such as turning on voice, turning on light, etc., can be issued through different instruction input modes, such as a wireless remote controller, a mobile phone, the intelligent control panel 106, and voice input.

When a user goes to toilet, excrement enters the excrement-urine separation system 3 with a safety shield through the excrement discharge port 101, and urine enters the urine collection and treatment system through the urinal 102 to complete primary excrement-urine separation.

When the user finishes like the lavatory, the different instruction input modes of accessible, like wireless remote controller, cell-phone, intelligent control panel 106, speech input assign just after cleaning instruction and just after rinse the end instruction, when the control host computer received just after cleaning signal, send actuating signal to scalable automatic flushing device 2, shower nozzle 204 washs according to the signal of difference. If a voice is input, saying 'start woman washing', the nozzle 204 sprays a gentle stream of water to wash. When the control host receives the cleaning end signal after defecating, a closing signal is sent to the telescopic automatic flushing device 2, and the spray head 204 stops cleaning; if a voice input is made, saying 'washing for lady is turned off', the shower head 204 stops washing.

In the cleaning process, the temperature value instruction of adjusting the water heating equipment 203 can be issued through different instruction input modes, such as a wireless remote controller, a mobile phone, the intelligent control panel 106 and voice input, and the temperature sensor signal of the water heating equipment 203 can be received through the control host, so that the temperature value is displayed on the display equipment displaying the operation interface.

When the user finishes using the intelligent closestool, a closing signal is sent to the intelligent closestool cover after the human body induction signal is lost for 10 seconds through the control host, the automatic opening and closing closestool cover 103 is controlled to be closed, and the intelligent sterilizing lamp 105 is automatically electrified for sterilization; simultaneously, sending a starting signal to the excrement-urine separation system 3 with the safety shield, starting the excrement-urine separation system 3 with the safety shield to work after receiving the starting signal, reversing current, controlling the safety shield cover plate to close the shield of the excrement inlet, automatically stopping the safety shield cover plate after closing the safe shield cover plate, and simultaneously, secondarily separating excrement and urine and then respectively entering the excrement processor 4 and the urine collecting and processing system; meanwhile, a starting signal is sent to the telescopic automatic flushing device 2, the intelligent sterilizing lamp 105 arranged in the spray head 204 is automatically electrified for sterilization, and the spray head 204 stops cleaning after self-cleaning for 1-5 seconds; simultaneously, a starting signal is sent to the fecal processor 4, the stirring component 401 and the discharging component 402 start to stir, and the stirring is stopped after 60 seconds of stirring; meanwhile, a closing signal is sent to the tail gas circulating sterilizing and treating system to control the fan 601, the circulating sterilizing and deodorizing device 602 and the air compressor 603 to stop working.

The operation of the closestool can be controlled through the display equipment and the voice input equipment which display an operation interface, and when a human body is not sensed, the fan 601 of the tail gas circulating sterilization treatment system is arranged to operate for 55 minutes per hour, so that a good negative pressure deodorization effect is achieved; the stirring component 401 and the discharging component 402 which are provided with the excrement processor 4 run for 1 minute every 60 minutes, so that the excrement and the bacterial materials are fully mixed, and the survival rate of the microbial bacteria is increased. When the number of users using a single closestool is less than 20 persons/day, discharging after 3 months of primary feeding; when the number of users using a single toilet bowl is more than 20 persons/day, the discharge time is calculated according to the number of users, the number of users is calculated through signals of a human body induction sensor, or the maximum value of the system capacity is set, and the discharge time is judged through a material level sensor.

During the ejection of compact, need open the fertilizer export on the closestool, control display device or select voice input, through the main control system, send turn-on signal control gear motor, gear motor begins the operation, and the current switching-over drives ejection of compact subassembly 402 and begins reverse operation, and the organic fertilizer passes through ejection of compact subassembly 402 and exports to fertilizer collecting box 403 from the discharge gate. Finish the ejection of compact, control display device or select voice input, through the main control system, send close signal control gear motor, gear motor stall drives ejection of compact subassembly 402 stall, drags out fertilizer collecting box 403 from the fertilizer export, takes out the organic fertilizer. The feeding was carried out by manual operation and the feeding time was recorded again.

When the closestool runs, the control host receives a temperature sensing signal for automatically opening and closing the closestool seat ring 104, and when the temperature is less than or equal to 24 ℃, a starting signal is sent to the automatic paper changing heating equipment 205, and the heating function is automatically started to heat to the proper temperature of a human body, namely 32 ℃; when the temperature is higher than 24 ℃, a starting signal is not sent to the automatic paper changing and heating equipment 205, and the constant temperature state is kept when no one uses the automatic paper changing and heating equipment; and can receive the temperature sensor signal of the automatic open-close toilet seat 104 through the control host computer, show the temperature value on the display device which reveals the operation interface.

When the automatic opening and closing toilet seat 104 needs to be opened, the foot touches the foot touch sensor 702, and when the control host receives the foot touch sensing signal, a starting signal is sent to the intelligent toilet lid, so that the automatic opening and closing toilet seat 104 is controlled to be opened.

The technical principles of the present invention have been described above with reference to specific embodiments, which are intended to explain the principles of the present invention and should not be interpreted as limiting the scope of the present invention in any way. Based on the explanations herein, those skilled in the art will be able to conceive of other embodiments of the present invention without any inventive effort, which would fall within the scope of the present invention.

Claims

1. An intelligent waterless closestool, which is characterized in that,

the method comprises the following steps: the intelligent closestool comprises a closestool shell, an intelligent closestool cover, a feces and urine separation system with a safety shield, a feces processor, a fertilizer collecting box, a urine collecting and processing system, a tail gas circulating and disinfecting processing system and a control system;

the intelligent closestool cover is arranged on the closestool shell;

the tail gas circulating, disinfecting and treating system is connected with the excrement and urine separation system and is used for disinfecting and deodorizing gas in the excrement and urine separation system and then discharging the gas to the outside of the toilet shell;

2. The intelligent toilet according to claim 1,

the upper surface of the closestool shell is provided with a feces and urine inlet;

excrement enters the excrement discharge port, and urine enters the urinal;

the excrement discharge port is communicated with the excrement-urine separation system and is used for discharging excrement to the excrement-urine separation system;

the interior of the closestool shell is of a hollow structure;

3. The intelligent toilet of claim 2,

the intelligent closestool cover is provided with an intelligent control panel, an automatic opening and closing closestool cover and an automatic opening and closing closestool seat ring;

the intelligent control panel, the automatic opening and closing toilet cover and the automatic opening and closing toilet seat ring are all connected with the control system;

the water heating equipment is connected with the spray head.

4. The intelligent toilet of claim 3,

the fecaluria separation system includes: the device comprises a shell, a safety shielding cover plate, a dry-wet separation device, a separation driving motor and a foaming device;

the foam device is capable of delivering foam onto the wet and dry separation device;

the foam can completely cover the dry-wet separation device area corresponding to the excrement inlet area;

the foam liquid adopted by the foaming device is high-density aromatic non-bacteriostatic plant foam liquid.

5. The intelligent toilet of claim 4,

the fecal treatment apparatus includes: the device is provided with a box body degradation component for receiving, storing and degrading, a stirring component for stirring and a heating component for heating;

the box body degradation component is provided with a driving component;

the box body degradation component is provided with a discharge hole;

6. The intelligent toilet of claim 5,

the urine collection and disposal system comprises: the urine tube, the urine box, the heating rod, the purified water tank and the pressurizing silent water pump are arranged;

the heating rod is arranged in the urine box;

the pressurizing silent water pump is respectively connected with the water pipe of the telescopic automatic flushing device, the flushing hole and the reverse spraying water pipe of the excrement processor;

7. The intelligent toilet of claim 6,

the tail gas circulation treatment system that disappears includes: the device comprises a fan, a circulating sterilizing and deodorizing device, an air compressor, a condensing device and a fragrance device;

a one-way valve is arranged in the fan and used for preventing gas from flowing reversely;

the air compressor is connected with the condensing device;

the fragrance device is arranged at the air outlet;

8. The intelligent toilet according to claim 7,

the control system includes: a human body induction sensor, a foot touch induction sensor, a temperature sensor of the automatic paper changing and heating equipment, a temperature sensor of the water heating equipment, a temperature and humidity sensor in the excrement processor, a material level sensor, a current sensor, a controller and a power supply in the excrement processor;

the human body induction sensor, the foot touch induction sensor, the temperature sensor of the automatic paper-changing heating equipment, the temperature sensor of the water heating equipment the temperature and humidity sensor in the excrement processor, the material level sensor in the excrement processor and the current sensor are all connected with the controller;

the power supply is in power supply connection with the controller.

9. The intelligent toilet according to claim 8,

the controller includes: the system comprises a display device for displaying an operation interface, an input device operated by the display device, a voice input device, a voice output device and a control host which stores acceptable and output signals of a set program;

10. The intelligent toilet according to claim 9,

the controller is also connected with a remote server of the intelligent toilet and can send the working state information to the remote server for being displayed to maintenance personnel;

the power supply reserves a storage battery.