Motor home type public toilet and control method

Abstract

The invention discloses a motor home type public toilet and a control method. A person going to the toilet enters the touring car, closes a door, and sits on a pedestal pan to relieve the bowels or squats on a squatting pot to relieve the bowels. After defecation is finished, reclaimed water in the reclaimed water tank is pumped out by the reclaimed water pump, excrement is flushed through the reclaimed water electromagnetic water outlet valve, excrement in the excrement tank is pumped into the stainless steel biogas tank through the excrement one-way valve by the spiral extrusion pump, fermented excrement residues fall into the stainless steel septic tank, and water in the stainless steel septic tank flows into the sewage tank and is pumped back into the stainless steel biogas tank. Fermented water in the stainless steel biogas tank is filtered into the stainless steel reclaimed water tank, the organic polymer purifying agent becomes reclaimed water after adsorbing small molecular organic matters, biogas in the stainless steel biogas tank enters the biogas combustion furnace through the electric adjusting air valve to be ignited, and air blown out by the electric air blower supports the biogas to be combusted in the biogas combustion furnace. Part of hot air generated by the biogas combustion furnace enters the stainless steel heating pipe through the electric adjusting reversing valve, and water in the stainless steel biogas tank is heated to 55 DEG C.

Description

Technical field:

[0001] The invention relates to a recreational vehicle type public toilet and a control method thereof. Background technology:

[0002] There are too few public toilets in cities, and the cost of building reinforced concrete public toilets is too high. The current urban sewage treatment is to place organic polymer purifiers wrapped in foam plastic in special manholes. Organic polymer purifiers absorb organic matter in domestic sewage. These organic polymer purifiers absorb organic matter and ferment and decompose it into inorganic matter to become reclaimed water. Summary of the invention:

[0003] RV-style public toilet. There are toilets and squat pits in the RV, solar panels on the top of the RV, infrared sensors and infrared induction lighting in the RV. The door of the RV has a QR code payment access control, and the door of the RV is an electric spiral lift. The sewer pipes of the toilet and squat pit are connected to the feces box, the feces box is equipped with a liquid level sensor probe, the feces box is equipped with a spiral extrusion pump body, and the pipe connected from the spiral extrusion pump body is connected to the top of the stainless steel biogas tank through a feces one-way valve. The stainless steel biogas tank is equipped with a liquid level sensor probe, the top of the stainless steel biogas tank is equipped with a biogas pressure sensor probe, the stainless steel biogas tank is equipped with a stainless steel heating pipe, and the stainless steel biogas tank is equipped with a temperature sensor probe. The bottom of the stainless steel biogas tank is connected to the stainless steel septic tank through a coarse stainless steel filter, and the pipe connected from the lower side wall of the stainless steel septic tank is equipped with a manual feces butterfly valve. The bottom of the stainless steel septic tank is connected to the stainless steel sewage tank through a fine filter, and the sewage pump connects the sewage from the stainless steel sewage tank to the stainless steel biogas tank. There is a stainless steel filter between the side wall of the stainless steel biogas tank and the stainless steel middle water tank. There are a large number of hydrophilic hydroxyl high molecular organic polymer purifier particles in the stainless steel middle water tank 7. The polymer purifier includes a solid polymer, which can be selected from alkali-neutralized polymers such as polyethyleneimine hydrochloride, polyalkylene glycol, polyvinyl alcohol alkylene oxide polymer polyacryloxy glucose and copolymers thereof. The pipeline connected from the stainless steel middle water tank and the lower side is connected to the inlet of the middle water pump, and a stainless steel filter is installed at the inlet of the middle water pump. A water distribution pipe connected from the middle water pump is connected to the toilet through a middle water electromagnetic outlet valve, and the second water distribution pipe connected from the middle water pump is connected to the squatting pit through another middle water electromagnetic outlet valve, and the third water distribution pipe connected from the middle water pump is connected to the lawn of the green belt through a middle water electromagnetic drain valve. The biogas pipe connected from the top of the stainless steel biogas tank is connected to the burner in the biogas combustion furnace through an electric regulating air valve, and the electric blower sucks the air out of the toilet and sends it to the biogas combustion furnace to support biogas combustion. The hot air pipe from the biogas combustion furnace is connected to the inlet of the electric adjustable reversing air valve, one outlet of the electric adjustable reversing air valve is connected to the inlet of the stainless steel heating pipe in the stainless steel biogas tank, and the other outlet of the electric adjustable reversing air valve is connected to the inlet of the manual adjustable reversing air valve. The air pipe from one outlet of the manual adjustable reversing air valve is connected to the heating pipe in the toilet, and an activated carbon tank is installed at the outlet of the heating in the toilet. The air pipe from the other outlet of the manual adjustable reversing air valve is connected to the air pipe outside the toilet, and an activated carbon tank is installed at the outlet of the air pipe outside the toilet.

[0004] Control method of RV-style public toilet. If the infrared sensor lighting will automatically turn on at night, the toilet user stands on the electric spiral lift in front of the RV, and then presses the lifting button. The electric spiral lift stops rising after reaching the set height. The toilet user scans the QR code with a mobile phone to pay the access control and payment, and the RV door opens automatically. The toilet user enters the RV, closes the door, sits on the toilet, or squats on the squat pit to urinate. After the convenience is over, open the door, walk to the electric spiral lift, and then press the lifting button. After the electric spiral lift drops to the ground, the electric spiral lift stops descending and the RV door closes automatically. There is an infrared sensor in the RV that detects that the toilet user has left, and the computer controller will power on the grey water pump and power on the grey water electromagnetic outlet valve of the toilet. The grey water pump extracts grey water from the stainless steel grey water tank, and the water in the stainless steel biogas tank passes through the stainless steel biogas tank side wall and the stainless steel grey water tank. There is a dense stainless steel filter between the stainless steel biogas tank and the stainless steel grey water tank to replenish the stainless steel grey water tank. The particles of the high molecular organic polymer purifier with a large number of hydrophilic hydroxyl groups in the stainless steel medium water tank adsorb small molecular organic matter, so that the water in the stainless steel medium water tank no longer contains small molecular organic matter and becomes medium water. The medium water in the stainless steel medium water tank passes through the medium water pump and the medium water electromagnetic outlet valve of the toilet that is powered on to flush the toilet, and then the computer controller stops powering the medium water pump and the medium water electromagnetic outlet valve of the toilet, and closes the medium water electromagnetic outlet valve of the toilet. There is an infrared sensor in the RV to detect that the squat toilet has left, and the computer controller will power on the medium water pump and power on the medium water electromagnetic outlet valve of the squat toilet. The medium water pump extracts medium water from the stainless steel medium water tank, and the water in the stainless steel biogas tank passes through the stainless steel biogas tank side wall and the stainless steel medium water tank. There is a dense stainless steel filter between the stainless steel medium water tank and the stainless steel medium water tank to replenish the stainless steel medium water tank. The particles of the high molecular organic polymer purifier with a large number of hydrophilic hydroxyl groups in the stainless steel medium water tank adsorb small molecular organic matter, so that the water in the stainless steel medium water tank 7 no longer contains small molecular organic matter and becomes medium water. The water in the stainless steel water tank 7 is replenished into the stainless steel water tank through the water pump and the water in the stainless steel biogas tank, and the stainless steel water tank is passed through the stainless steel filter screen between the side wall of the biogas tank and the stainless steel water tank. The water in the stainless steel water tank is flushed into the squat pit through the water pump and the electromagnetic water outlet valve of the squat pit 1 that is powered on. Then the computer controller will stop supplying power to the water pump and the electromagnetic water outlet valve of the squat pit 1, and close the electromagnetic water outlet valve of the squat pit 1. The excrement from the sewer pipe of the toilet or squat pit flows into the feces box. When the computer controller detects that the liquid level in the feces box is higher than the set value through the liquid level sensor probe installed in the feces box, the computer desk instrument will start the screw extrusion pump, and the excrement squeezed out of the screw extrusion pump body passes through the feces one-way valve and enters the top of the stainless steel biogas tank. The excrement in the stainless steel biogas box and the water in the stainless steel water tank no longer contain small molecular organic matter and ferment to produce biogas at 55°C. When the liquid level sensor of the stainless steel biogas tank detects that the liquid level inside the stainless steel biogas tank is higher than the set value, the computer controller will start the grey water pump and power on to open the grey water electromagnetic drain valve.The water pump draws out the water in the stainless steel water tank, and the water in the stainless steel biogas tank passes through the stainless steel filter screen between the side wall of the biogas tank and the stainless steel water tank 7 to be added to the stainless steel water tank. The large amount of hydrophilic hydroxyl high molecular organic polymer purifier particles in the stainless steel water tank adsorb small molecular organic matter, so that the water in the stainless steel water tank no longer contains small molecular organic matter and becomes water. The water in the stainless steel water tank is discharged to the lawn of the green belt through the water pump and the electromagnetic drain valve of the water that is powered on. When the liquid level sensor of the stainless steel biogas tank detects that the liquid level in the stainless steel biogas tank is lower than the set value, the computer controller will stop powering the water pump and the electromagnetic drain valve of the water, and close the electromagnetic drain valve of the water. The fermented feces in the stainless steel septic tank passes through the coarse stainless steel filter at the bottom of the stainless steel biogas tank and enters the stainless steel septic tank. When the liquid level sensor of the stainless steel biogas tank detects that the liquid level in the stainless steel biogas tank is higher than the set value, and the set time is reached, the feces in the stainless steel septic tank needs to be cleaned regularly. The feces suction truck is driven to the RV-style public toilet, and the feces suction pipe of the feces suction truck is connected to the outlet of the manual feces butterfly valve. The manual feces butterfly valve and the manual valve of the feces suction truck are opened, and the vacuum pump of the feces suction truck starts to work to suck the feces in the stainless steel septic tank into the feces suction truck. When the liquid level sensor of the stainless steel biogas tank detects that the liquid level in the stainless steel biogas tank is lower than the set value, the feces in the stainless steel septic tank is sucked away and the manual feces butterfly valve is closed. After the feces suction pipe of the feces suction truck is put away, the manual valve of the feces suction truck is closed, and the manual valve of the feces suction truck is closed, and then the vacuum pump of the feces suction truck stops working. The sewage in the stainless steel septic tank flows through the dense stainless steel mesh at the bottom of the stainless steel septic tank to the stainless steel sewage tank. It is necessary to pump the sewage in the stainless steel sewage tank to the stainless steel biogas tank regularly to stir the excrement fermented in the stainless steel biogas tank and produce more biogas. The computer controller will start the sewage pump, and the sewage pump pumps the sewage in the stainless steel sewage tank to the stainless steel biogas tank. After the set time is reached, the computer controller will stop supplying power to the sewage pump. When the biogas concentration sensor probe installed in the stainless steel biogas tank detects that the biogas concentration in the stainless steel biogas tank reaches the set value, the computer controller will start the electric electric regulating air valve, and the biogas in the stainless steel biogas tank passes through the electric electric regulating air valve into the biogas combustion furnace and is ignited by the electronic spark plug. The computer controller starts the electric blower, and the electric blower sucks the air from the toilet into the biogas combustion furnace to provide support for biogas combustion. The hot air coming out of the biogas combustion furnace passes through the electric regulating reversing air valve. The computer controller adjusts the electric regulating reversing air valve according to the value of the liquid temperature in the stainless steel biogas tank detected by the temperature sensor probe in the stainless steel biogas tank below 55°C. In summer, adjust the manually adjustable reversing air valve to close the toilet heating pipe valve and open the toilet external air pipe valve. In summer, the hot air from the biogas burner passes through the electric adjustable reversing air valve, passes through the stainless steel heating pipe in the stainless steel biogas tank, and is discharged from an activated carbon tank.In summer, the hot air from the biogas burner passes through the other outlet of the electric adjustable reversing air valve, enters the manual adjustable reversing air valve, and is discharged from an activated carbon tank. In winter, adjust the manual adjustable reversing air valve to open the toilet heating pipe valve and close the toilet external air duct valve. In winter, the hot air from the biogas burner passes through the electric adjustable reversing air valve, and part of the hot air passes through the stainless steel heating pipe in the stainless steel biogas tank and is discharged from an activated carbon tank. In winter, the hot air from the biogas burner passes through the other outlet of the electric adjustable reversing air valve, enters the manual adjustable reversing air valve, passes through the heating pipe in the toilet, and is discharged from another activated carbon tank. When the temperature sensor probe in the stainless steel biogas tank detects that the temperature inside the stainless steel biogas tank is higher than the set value, the computer controller will reduce the amount of hot air from the electric adjustable reversing air valve to the stainless steel heating pipe in the stainless steel biogas tank. When the temperature sensor probe in the stainless steel biogas tank detects that the temperature inside the stainless steel biogas tank is lower than the set value, the computer controller will increase the amount of hot air from the electric adjustable reversing air valve to the stainless steel heating pipe in the stainless steel biogas tank. Description of the drawings:

[0005] The present invention will be further described in detail below in conjunction with the accompanying drawings and specific implementation methods.

[0006] Figure 1 It is a structural schematic diagram of a motorhome type public toilet of the present invention. Specific implementation method:

[0007] As shown in the figure, a motorhome-style public toilet. There are a toilet 2 and a squatting pit 1 in the motorhome, a solar panel on the top of the motorhome, an infrared sensor and an infrared induction lighting lamp in the motorhome. The door of the motorhome has a QR code payment access control, and the door of the motorhome is an electric spiral lift. The sewer pipes of the toilet 2 and the squatting pit 1 are connected to the feces box 3, and the feces box 3 is equipped with a liquid level sensor probe. The feces box 3 is equipped with a spiral extrusion pump body, and the pipe connected from the spiral extrusion pump body is connected to the top of the stainless steel biogas tank 6 through the feces one-way valve 5. The stainless steel biogas tank 6 is equipped with a liquid level sensor probe, the top of the stainless steel biogas tank 6 is equipped with a biogas pressure sensor probe, the stainless steel biogas tank 6 is equipped with a stainless steel heating pipe 19, and the stainless steel biogas tank 6 is equipped with a temperature sensor probe. The bottom of the stainless steel biogas tank 6 is connected to the stainless steel septic tank 8 through a coarse stainless steel filter, and the pipe connected from the lower side wall of the stainless steel septic tank 8 is equipped with a manual feces butterfly valve 9. The bottom of the stainless steel septic tank 8 is connected to the stainless steel sewage tank 10 through a fine filter screen, and the sewage pump 11 connects the sewage from the stainless steel sewage tank 10 to the stainless steel biogas tank 6. There is a fine stainless steel filter screen between the side wall of the stainless steel biogas tank 6 and the stainless steel intermediate water tank 7. There are a large number of hydrophilic hydroxyl high molecular organic polymer purifier particles in the stainless steel intermediate water tank 7. The polymer purifier includes a solid polymer, which can be selected from alkali-neutralized polymers such as polyethyleneimine hydrochloride, polyalkylene glycol, polyvinyl alcohol alkylene oxide polymer polyacryloxy glucose and copolymers thereof. The pipeline connected from the lower side of the stainless steel intermediate water tank 7 is connected to the inlet of the intermediate water pump 12, and a fine stainless steel filter screen is installed at the inlet of the intermediate water pump 12. A water distribution pipe connected from the medium water pump 12 is connected to the toilet 2 through a medium water electromagnetic outlet valve 14, a second water distribution pipe connected from the medium water pump 12 is connected to the squatting pit 1 through another medium water electromagnetic outlet valve 14, and a third water distribution pipe connected from the medium water pump 12 is connected to the lawn of the green belt through a medium water electromagnetic drain valve 13. The biogas pipe connected from the top of the stainless steel biogas tank 6 is connected to the burner in the biogas combustion furnace 16 through an electric regulating air valve 15, and the electric blower 17 sucks the air out of the toilet and sends it to the biogas combustion furnace 16 to support biogas combustion. The hot air pipe connected from the biogas combustion furnace 16 is connected to the inlet of the electric regulating reversing air valve 18, one outlet of the electric regulating reversing air valve 18 is connected to the inlet of the stainless steel heating pipe 19 in the stainless steel biogas tank 6, and the other outlet of the electric regulating reversing air valve 18 is connected to the inlet of the manual regulating reversing air valve 20. The air duct connected from one outlet of the manually adjustable reversing air valve 20 is connected to the heating pipe in the toilet, and an activated carbon canister is installed at the outlet of the heating in the toilet. The air duct connected from the other outlet of the manually adjustable reversing air valve 20 is connected to the air duct outside the toilet, and an activated carbon canister is installed at the outlet of the air duct outside the toilet.

[0008] As shown in the figure, the control method of the RV-type public toilet. If the infrared sensor lighting lamp will automatically turn on at night, the toilet user stands on the electric spiral lift in front of the RV, and then presses the lifting button. After the electric spiral lift reaches the set height, the electric spiral lift stops rising. The toilet user scans the QR code with a mobile phone to pay the access control and pay, and the RV door opens automatically. The toilet user enters the RV, closes the door, sits on the toilet 2 to urinate, or squats on the squatting pit 1 to urinate. After the convenience is over, open the door, walk to the electric spiral lift, and then press the lifting button. After the electric spiral lift drops to the ground, the electric spiral lift stops descending, and the RV door closes automatically. There is an infrared sensor in the RV that detects that the toilet user 2 has left, and the computer controller will power on the gray water pump 12 and power on the gray water electromagnetic outlet valve 14 of the toilet 2. The gray water pump 12 extracts gray water from the stainless steel gray water tank 7, and the water in the stainless steel biogas tank 6 passes through the stainless steel biogas tank 6 side wall and the stainless steel gray water tank 7. There is a dense stainless steel filter between the stainless steel gray water tank 7 to replenish the stainless steel gray water tank 7. The particles of a large number of hydrophilic hydroxyl high molecular organic polymer purifiers in the stainless steel water tank 7 adsorb small molecular organic matter, so that the water in the stainless steel water tank 7 no longer contains small molecular organic matter and becomes medium water. The medium water in the stainless steel water tank 7 passes through the medium water pump 12 and the medium water electromagnetic outlet valve 14 of the toilet 2 that is powered on and opened to flush the toilet 2, and then the computer controller will stop supplying power to the medium water pump 12 and the medium water electromagnetic outlet valve 14 of the toilet 2, and close the medium water electromagnetic outlet valve 14 of the toilet 2. There is an infrared sensor in the RV that detects that the squatting pit 1 has left, and the computer controller will power on the medium water pump 12 and power on the medium water electromagnetic outlet valve 14 of the squatting pit 1. The medium water pump 12 extracts medium water from the stainless steel water tank 7, and the water in the stainless steel biogas tank 6 passes through the dense stainless steel filter between the side wall of the stainless steel biogas tank 6 and the stainless steel water tank 7 to replenish the stainless steel water tank 7. The particles of a large number of hydrophilic hydroxyl high molecular organic polymer purifiers in the stainless steel medium water tank 7 adsorb small molecular organic matter, so that the water in the stainless steel medium water tank 7 no longer contains small molecular organic matter and becomes medium water. The medium water in the stainless steel medium water tank 7 passes through the medium water pump 12 and the water in the stainless steel biogas tank 6, and passes through the dense stainless steel filter between the side wall of the stainless steel biogas tank 6 and the stainless steel medium water tank 7 to be replenished into the stainless steel medium water tank 7. The water in the stainless steel medium water tank 7 passes through the medium water pump 12 and the medium water electromagnetic outlet valve 14 of the squat pit 1 that is powered on and opened to flush the squat pit 1. Then the computer controller will stop powering the medium water pump 12 and the medium water electromagnetic outlet valve 14 of the squat pit 1, and close the medium water electromagnetic outlet valve 14 of the squat pit 1. The excrement coming out of the sewer pipe of the toilet 2 or the squat pit 1 flows into the feces box 3. When the computer controller detects that the liquid level in the feces box 3 is higher than the set value through the liquid level sensor probe installed in the feces box 3, the computer controller will start the screw extrusion pump 4, and the excrement squeezed out from the screw extrusion pump body passes through the feces one-way valve 5 and enters the top of the stainless steel biogas tank 6.The excrement of the stainless steel biogas tank 6 and the water in the stainless steel water tank 7 no longer contain small molecular organic matter and ferment at 55°C to produce biogas. When the liquid level sensor of the stainless steel biogas tank 6 detects that the liquid level in the stainless steel biogas tank 6 is higher than the set value, the computer controller will start the water pump 12 and power on to open the water electromagnetic drain valve 13. The water pump 12 pumps out the water in the stainless steel water tank 7, and the water in the stainless steel biogas tank 6 passes through the stainless steel biogas tank 6 side wall and the stainless steel water tank 7. The water is added to the stainless steel water tank 7 through the dense stainless steel filter net between the stainless steel biogas tank 6 and the stainless steel water tank 7. The large amount of hydrophilic hydroxyl high molecular organic polymer purifier particles in the stainless steel water tank 7 adsorb small molecular organic matter, so that the water in the stainless steel water tank 7 no longer contains small molecular organic matter and becomes water. The water in the stainless steel water tank 7 is discharged to the lawn of the green belt through the water pump 12 and the water electromagnetic drain valve 13 that is powered on and opened. When the liquid level sensor of the stainless steel biogas tank 6 detects that the liquid level in the stainless steel biogas tank 6 is lower than the set value, the computer controller will stop supplying power to the grey water pump 12 and the grey water electromagnetic drain valve 13, and close the grey water electromagnetic drain valve 13. The fermented feces in the stainless steel septic tank 6 passes through the coarse stainless steel filter at the bottom of the stainless steel biogas tank 6 and enters the stainless steel septic tank 8. When the liquid level sensor of the stainless steel biogas tank 6 detects that the liquid level in the stainless steel biogas tank 6 is higher than the set value, and the feces in the stainless steel septic tank 8 needs to be cleaned regularly at the set time, the feces suction truck is driven to the RV-type public toilet, the feces suction pipe of the feces suction truck is connected to the outlet of the manual feces butterfly valve 9, the manual feces butterfly valve 9 and the manual valve of the feces suction truck are opened, and the vacuum pump of the feces suction truck starts to work to suck the feces in the stainless steel septic tank 8 into the feces suction truck. When the liquid level sensor of the stainless steel biogas tank 6 detects that the liquid level in the stainless steel biogas tank 6 is lower than the set value, the manual butterfly valve 9 is closed after the feces residue in the stainless steel septic tank 8 is sucked away, and the manual valve of the feces suction truck is closed after the feces suction pipe of the feces suction truck is put away, and the manual valve of the feces suction truck is closed, and then the vacuum pump of the feces suction truck stops working. The sewage in the stainless steel septic tank 8 flows into the stainless steel sewage tank 10 through the dense stainless steel mesh at the bottom of the stainless steel septic tank 8. It is necessary to regularly pump the sewage in the stainless steel sewage tank 10 to the stainless steel biogas tank 6 to stir the fermented excrement in the stainless steel biogas tank 6 and produce more biogas. The computer controller will start the sewage pump 11, and the sewage pump 11 will pump the sewage in the stainless steel sewage tank 10 to the stainless steel biogas tank 6. After the set time is reached, the computer controller will stop supplying power to the sewage pump 11. When the biogas concentration sensor probe installed in the stainless steel biogas tank 6 detects that the biogas concentration in the stainless steel biogas tank 6 reaches the set value, the computer controller will start the electric regulating air valve 15, and the biogas in the stainless steel biogas tank 6 enters the biogas combustion furnace 16 through the electric regulating air valve 15 and is ignited by the electronic spark plug. The computer controller starts the electric blower 17, and the electric blower 17 sucks the air from the toilet into the biogas combustion furnace 16 to provide support for biogas combustion.The hot air from the biogas combustion furnace 16 passes through the electric regulating reversing air valve 18, and the computer controller adjusts the electric regulating reversing air valve 18 according to the value of the liquid temperature in the stainless steel biogas tank 6 being lower than 55°C detected by the temperature sensor probe in the stainless steel biogas tank 6. In summer, the manual regulating reversing air valve 20 is adjusted to close the valve of the toilet heating pipe and open the valve of the air duct outside the toilet. In summer, the hot air from the biogas combustion furnace 16 passes through the electric regulating reversing air valve 18, and a part of the hot air passes through the stainless steel heating pipe 19 in the stainless steel biogas tank 6 and is discharged from an activated carbon tank. In summer, the hot air from the biogas combustion furnace 16 passes through another outlet of the electric regulating reversing air valve 18 and enters the manual regulating reversing air valve 20 and is discharged from an activated carbon tank. In winter, the manual regulating reversing air valve 20 is adjusted to open the valve of the toilet heating pipe and close the valve of the air duct outside the toilet. In winter, the hot air from the biogas combustion furnace 16 passes through the electric regulating reversing air valve 18, and a part of the hot air passes through the stainless steel heating pipe 19 in the stainless steel biogas tank 6 and is discharged from an activated carbon tank. In winter, the hot air from the biogas combustion furnace 16 passes through another outlet of the electric adjustable reversing air valve 18, enters the manual adjustable reversing air valve 20, passes through the heating pipe in the toilet, and is discharged from another activated carbon tank. When the temperature sensor probe in the stainless steel biogas tank 6 detects that the temperature inside the stainless steel biogas tank 6 is higher than the set value, the computer controller will reduce the amount of hot air from the electric adjustable reversing air valve 18 to the stainless steel heating pipe 19 in the stainless steel biogas tank 6. When the temperature sensor probe in the stainless steel biogas tank 6 detects that the temperature inside the stainless steel biogas tank 6 is lower than the set value, the computer controller will increase the amount of hot air from the electric adjustable reversing air valve 18 to the stainless steel heating pipe 19 in the stainless steel biogas tank 6.

Claims

1. RV-style public toilet, characterized by: The RV has a toilet (2) and a squatting pit (1), a solar panel on the top of the RV, an infrared sensor and an infrared induction lighting lamp in the RV, a QR code payment access control at the door of the RV, an electric spiral lift at the door of the RV, the sewer pipes of the toilet (2) and the squatting pit (1) are connected to a feces box (3), a liquid level sensor probe is installed in the feces box (3), a spiral extrusion pump body is installed in the feces box (3), a pipe connected from the spiral extrusion pump (4) body is connected to the top of a stainless steel biogas box (6) through a feces one-way valve (5), a liquid level sensor probe is installed in the stainless steel biogas box (6), a biogas pressure sensor probe is installed on the top of the stainless steel biogas box (6), and a stainless steel heating pipe (19) is installed in the stainless steel biogas box (6). A temperature sensor probe is arranged in the stainless steel biogas tank (6); the bottom of the stainless steel biogas tank (6) is connected to the stainless steel septic tank (8) through a coarse stainless steel filter screen; a manual feces butterfly valve (9) is installed on the pipe connected from the lower side wall of the stainless steel septic tank (8); the bottom of the stainless steel septic tank (8) is connected to the stainless steel sewage tank (10) through a fine filter screen; the sewage pump (11) connects the sewage connected from the stainless steel sewage tank (10) to the stainless steel biogas tank (6); a fine stainless steel filter screen is arranged between the side wall of the stainless steel biogas tank (6) and the stainless steel grey water tank (7); a large number of hydrophilic hydroxyl high molecular organic polymer purifier particles are arranged in the stainless steel grey water tank (7); the polymer purifier includes a solid polymer, and the polymer can be selected from alkaline The neutralized polymer polyethyleneimine hydrochloride, polyalkylene glycol, polyvinyl alcohol alkylene oxide polymer polyacryloxy glucose and copolymers thereof are connected to the inlet of the water pump (12) through the pipe connected from the lower side of the stainless steel water tank (7). The inlet of the water pump (12) is equipped with a dense stainless steel filter. The first water distribution pipe connected from the water pump (12) passes through a plurality of water electromagnetic outlet valves (14) to the toilet (2). The second water distribution pipe connected from the water pump (12) passes through another plurality of water electromagnetic outlet valves (14) to the squatting pit (1). The third water distribution pipe connected from the water pump (12) passes through a plurality of water electromagnetic drain valves (13) to the lawn of the green belt. The water distribution pipe connected from the top of the stainless steel biogas tank (6) is connected to the water pump (12). The outgoing biogas pipe is connected to the burner in the biogas combustion furnace (16) through the electric regulating air valve (15), the electric blower (17) sucks the air out of the toilet and sends it into the biogas combustion furnace (16) to support biogas combustion, the hot air pipe connected from the biogas combustion furnace (16) is connected to the inlet of the electric regulating reversing air valve (18), one outlet of the electric regulating reversing air valve (18) is connected to the inlet of the stainless steel heating pipe (19) in the stainless steel biogas tank (6), the other outlet of the electric regulating reversing air valve (18) is connected to the inlet of the manual regulating reversing air valve (20), the air pipe connected from one outlet of the manual regulating reversing air valve (20) is connected to the heating pipe in the toilet, and an activated carbon tank is installed at the outlet of the heating in the toilet;The air duct connected to the other outlet of the manually adjustable reversing air valve (20) is connected to the air duct outside the toilet, and an activated carbon tank is installed at the outlet of the air duct outside the toilet. ; 2. The control method of the RV-type public toilet according to claim 1, characterized in that: If the infrared sensor lighting turns on automatically at night, the person using the toilet stands on the electric spiral lift in front of the RV and presses the lift button. When the electric spiral lift reaches the set height, it stops rising. The person using the toilet scans the QR code with a mobile phone to pay for access control and payment, and the RV door automatically opens. The person using the toilet enters the RV and closes the door. He sits on the toilet (2) or squats on the squatting pit (1). After he is done, he opens the door and walks to the electric spiral lift. Then he presses the lift button. When the electric spiral lift drops to the ground, it stops descending and the RV door automatically closes. An infrared sensor in the RV detects that the person using the toilet (2) has left, and the computer controller will send a signal. The grey water pump (12) is electrically started and the grey water electromagnetic outlet valve (14) of the toilet (2) is electrically opened. The grey water pump (12) extracts grey water from the stainless steel grey water tank (7). The water in the stainless steel biogas tank (6) passes through a dense stainless steel filter between the side wall of the stainless steel biogas tank (6) and the stainless steel grey water tank (7) and is added to the stainless steel grey water tank (7). A large amount of hydrophilic hydroxyl high molecular organic polymer purifier particles in the stainless steel grey water tank (7) adsorb small molecular organic matter, so that the water in the stainless steel grey water tank (7) no longer contains small molecular organic matter and becomes grey water. The grey water in the stainless steel grey water tank (7) passes through the grey water pump (12) and the grey water electromagnetic outlet valve (14) of the toilet (2) that is electrically opened to flush the toilet (2). After that, the computer control instrument will stop supplying power to the grey water pump (12) and the grey water electromagnetic outlet valve (14) of the toilet (2), and close the grey water electromagnetic outlet valve (14) of the toilet (2); when the infrared sensor in the RV detects that the person who used the squatting pit (1) has left, the computer control instrument will start the grey water pump (12) and open the grey water electromagnetic outlet valve (14) of the squatting pit (1), and the grey water pump (12) will draw grey water from the stainless steel grey water tank (7), and the water in the stainless steel biogas tank (6) will be replenished into the stainless steel grey water tank (7) through the dense stainless steel filter between the side wall of the stainless steel biogas tank (6) and the stainless steel grey water tank (7), and the large amount of hydrophilic hydroxyl high molecular organic polymer in the stainless steel grey water tank (7) will be The particles of the purifier absorb small molecular organic matter, so that the water in the stainless steel grey water tank (7) no longer contains small molecular organic matter and becomes grey water. The grey water in the stainless steel grey water tank (7) passes through the grey water pump (12) and the water in the stainless steel biogas tank (6) and passes through a dense stainless steel filter between the side wall of the stainless steel biogas tank (6) and the stainless steel grey water tank (7) to be replenished into the stainless steel grey water tank (7). The water in the stainless steel grey water tank (7) passes through the grey water pump (12) and the grey water electromagnetic outlet valve (14) of the squat pit (1) that is powered on and opened to flush the squat pit (1). Then, the computer controller stops supplying power to the grey water pump (12) and the grey water electromagnetic outlet valve (14) of the squat pit (1), and closes the grey water electromagnetic outlet valve (14) of the squat pit (1).Excrement from the sewer pipe of the toilet (2) or squatting pit (1) flows into the feces box (3). When the computer control instrument detects through the liquid level sensor probe installed in the feces box (3) that the liquid level in the feces box (3) is higher than the set value, the computer control instrument will start the screw extrusion pump (4), and the excrement squeezed out from the screw extrusion pump body passes through the feces one-way valve (5) and enters the top of the stainless steel biogas box (6); the excrement in the stainless steel biogas box (6) and the water in the stainless steel intermediate water tank (7) no longer contain small molecular organic matter and ferment at 55°C to produce biogas. When the liquid level sensor of the stainless steel biogas box (6) detects that the liquid level in the stainless steel biogas box (6) is higher than the set value, the excrement in the stainless steel biogas box (6) is turned off. When the set value is reached, the computer controller starts the grey water pump (12) and opens the grey water electromagnetic drain valve (13) by powering on. The grey water pump (12) pumps out the grey water in the stainless steel grey water tank (7). The water in the stainless steel biogas tank (6) passes through the stainless steel filter screen between the side wall of the stainless steel biogas tank (6) and the stainless steel grey water tank (7) and is added to the stainless steel grey water tank (7). The large amount of hydrophilic hydroxyl high molecular organic polymer purifier particles in the stainless steel grey water tank (7) adsorb small molecular organic matter, so that the water in the stainless steel grey water tank (7) no longer contains small molecular organic matter and becomes grey water. The grey water in the stainless steel grey water tank (7) passes through the grey water pump (12) and the electromagnetic drain valve (13) opened by powering on. The solenoid drain valve (13) drains the grey water onto the lawn of the green belt; when the liquid level sensor of the stainless steel biogas tank (6) detects that the liquid level in the stainless steel biogas tank (6) is lower than the set value, the computer controller stops supplying power to the grey water pump (12) and the solenoid drain valve (13), and closes the solenoid drain valve (13); the fermented feces in the stainless steel septic tank (6) passes through the coarse stainless steel filter at the bottom of the stainless steel biogas tank (6) and enters the stainless steel septic tank (8); when the liquid level sensor of the stainless steel biogas tank (6) detects that the liquid level in the stainless steel biogas tank (6) is higher than the set value, and the stainless steel biogas tank needs to be cleaned regularly at the set time, The feces in the feces tank (8) are sucked out, the feces suction truck is driven to the RV-type public toilet, the feces suction pipe of the feces suction truck is connected to the outlet of the manual feces butterfly valve (9), the manual feces butterfly valve (9) and the manual valve of the feces suction truck are opened, and the vacuum pump of the feces suction truck starts to work to suck the feces in the stainless steel septic tank (8) into the feces suction truck, when the liquid level sensor of the stainless steel biogas tank (6) detects that the liquid level in the stainless steel biogas tank (6) is lower than the set value, the feces in the stainless steel septic tank (8) is sucked away and the manual feces butterfly valve (9) is closed, the feces suction pipe of the feces suction truck is put away and the manual valve of the feces suction truck is closed, the manual valve of the feces suction truck is closed, and then the vacuum pump of the feces suction truck stops working;The sewage in the stainless steel septic tank (8) flows through the dense stainless steel mesh at the bottom of the stainless steel septic tank (8) to the stainless steel sewage tank (10). The sewage in the stainless steel sewage tank (10) needs to be pumped into the stainless steel biogas tank (6) at regular intervals to stir the excrement fermented in the stainless steel biogas tank (6) and generate more biogas. The computer controller will start the sewage pump (11), and the sewage pump (11) pumps the sewage in the stainless steel sewage tank (10) into the stainless steel biogas tank (6). When the set time is reached, the computer controller will stop supplying power to the sewage pump (11); when the biogas concentration sensor probe installed in the stainless steel biogas tank (6) detects that the biogas concentration in the stainless steel biogas tank (6) reaches the set value, the computer controller will start the electric regulating air valve (15). The biogas in the stainless steel biogas tank (6) passes through the electric regulating air valve (15) into the biogas combustion furnace (16) and is ignited by the electronic spark plug; the computer controller starts the electric blower (17), and the electric blower (17) sucks the air in the toilet into the biogas combustion furnace (16) to provide support for biogas combustion; the hot air from the biogas combustion furnace (16) passes through the electric regulating reversing air valve (18), and the computer controller adjusts the electric regulating reversing air valve (18) according to the value of the liquid temperature in the stainless steel biogas tank (6) detected by the temperature sensor probe in the stainless steel biogas tank (6) is lower than 55°C, and in summer, the manual regulating reversing air valve (20) is adjusted to close the toilet heating pipe valve and open the toilet external air pipe valve, so that the biogas in summer is discharged. The hot air from the combustion furnace (16) passes through the electrically adjustable reversing air valve (18), a portion of the hot air passes through the stainless steel heating pipe (19) in the stainless steel biogas tank (6), and is then discharged from an activated carbon tank. In summer, the hot air from the biogas combustion furnace (16) passes through another outlet of the electrically adjustable reversing air valve (18) and enters the manually adjustable reversing air valve (20), and is then discharged from an activated carbon tank. In winter, the manually adjustable reversing air valve (20) is adjusted to open the toilet heating pipe valve and close the toilet external air pipe valve. In winter, the hot air from the biogas combustion furnace (16) passes through the electrically adjustable reversing air valve (18), a portion of the hot air passes through the stainless steel heating pipe (19) in the stainless steel biogas tank (6), and is then discharged from an activated carbon tank. The hot air from the combustion furnace (16) passes through another outlet of the electric adjustable reversing air valve (18) and enters the manual adjustable reversing air valve (20), then passes through the heating pipe in the toilet and is discharged from another activated carbon tank; when the temperature sensor probe in the stainless steel biogas tank (6) detects that the temperature inside the stainless steel biogas tank (6) is higher than the set value, the computer controller will reduce the amount of hot air entering the stainless steel heating pipe (19) in the stainless steel biogas tank (6) through the electric adjustable reversing air valve (18); when the temperature sensor probe in the stainless steel biogas tank (6) detects that the temperature inside the stainless steel biogas tank (6) is lower than the set value, the computer controller will increase the amount of hot air entering the stainless steel heating pipe (19) in the stainless steel biogas tank (6) through the electric adjustable reversing air valve (18).

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