CN211408835U - Intelligent ecological closestool - Google Patents

Abstract

The utility model provides an intelligent ecological closestool, which comprises a closestool seat with a cushion, wherein a waste excrement fermentation tank is arranged below the closestool seat, a urine storage tank is arranged in front of the waste excrement fermentation tank, a defecation device for discharging waste excrement into the waste excrement fermentation tank and a urination device for discharging urine into the urine storage tank are arranged on the closestool seat, and the urination device comprises a first urination part, a second urination part and a urine guide device for receiving urine discharged from the first urination part and the second urination part respectively; the defecation device comprises a defecation opening arranged at the bottom of the toilet seat, a sliding isolation plate is arranged at the defecation opening and connected with a driving device for the sliding isolation plate, a human body sensor is arranged on the seat cushion and connected with a controller, and the controller is connected with the driving device. The utility model discloses have two urination portions, the urine that urinates when standing and when sitting is collected to the urine respectively, is difficult to the problem that stool and urine mixes.

Description

Intelligent ecological closestool

Technical Field

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

Background

Rural traditional dry latrine, it is dirty, in disorder, poor like the lavatory environment, the urine can't be handled, and the problem such as fly mosquito is beckoned easily to the exposed urine, and neotype toilet among the prior art can in time wash away urine, useless just, solves like the poor problem of lavatory environment, but aforementioned toilet need the water to wash away urine, useless just, has the problem of wasting water, is not suitable for various application scenarios, especially the rural environment of water resource shortage.

In order to solve the above technical problems, people have long searched for, for example, chinese patent discloses an environmental protection toilet with a slide plate type excrement separator and a separation method [ application number: the CN201910164342.X ] closestool comprises a whole body, wherein the whole body comprises a core excrement and urine separation part and a waste excrement and urine fermentation device, the excrement and urine separation part comprises the excrement and urine separation device, a sliding plate which is obliquely arranged is arranged in a shell, one side of the sliding plate, which is relatively lower, is relatively higher, one side of the sliding plate, which is relatively lower, comprises a urine outlet, the shell comprises a excrement pit opening, a scraper plate is arranged behind the shell, namely the side of the sliding plate, which is relatively higher, the power of the sliding plate is connected with a power part through a telescopic shaft, and the power part can drive the sliding plate to move back and forth.

And a flush-free ecological toilet [ application No.: CN201910164339.8], including the above solutions, also has the following features: the excrement and urine separation part is positioned in the middle of the closestool; a toilet cover is arranged above the sliding plate; a waste excrement fermentation device is arranged below the sliding plate, the front urine outlet is butted with an external urine treatment box, the urine treatment box is positioned in front of the closestool, and the urine treatment box is connected with the closestool through a buckle; the urine processing box is used for a stepping platform at the same time; the urine processing box is internally provided with a heating device.

The two schemes provide the ecological closestool without water flushing, which can not only avoid poor environment of rural toilets, but also avoid the problem of using a large amount of water. However, the above solution still has some defects, for example, the above solution is easy to mix stool and urine, and still needs to be improved.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the above-mentioned problem, provide an ecological closestool of intelligence.

In order to achieve the above purpose, the utility model adopts the following technical proposal:

an intelligent ecological closestool comprises a closestool seat with a cushion, wherein a waste excrement fermentation tank is arranged below the closestool seat, a urine storage tank is arranged in front of the waste excrement fermentation tank, a defecation device for discharging waste excrement into the waste excrement fermentation tank and a urination device for discharging urine into the urine storage tank are arranged on the closestool seat, the urination device comprises a first urination part, a second urination part and a urine guide device for receiving urine discharged from the first urination part and the second urination part respectively, and the urine guide device is communicated with the urine storage tank; the defecation device comprises a defecation opening arranged at the bottom of the toilet seat, the defecation opening is provided with a sliding isolation plate used for isolating or communicating the waste excrement fermentation tank and the toilet seat, the sliding isolation plate is connected with a driving device used for sliding the isolation plate, the seat cushion is provided with a human body sensor, the human body sensor is connected with a controller, and the controller is connected with the driving device.

In the above-mentioned ecological closestool of intelligence, first urination portion is including being located the closestool seat is close to the collecting vat of urine storage tank one side, the collecting vat bottom has seted up at least one urination hole in order to be used for discharging the urine of sitting position state time to the catheterization device, second urination portion is including seting up the closestool seat bottom is located the axial slotted hole of collecting vat time is in order to be used for discharging the urine of standing state time to the catheterization device, the liquid outlet of catheterization device is linked together with the inlet that is located the urine storage tank below the catheterization device so that the urine discharges into to the urine storage tank.

In foretell ecological closestool of intelligence, the slip division board is and is close to the slope state that is less than and keeps away from storage urine groove one side of storing up urine groove one side, and works as when the slip division board was closed, the slip division board with form a clearance of stepping down between the collecting vat, by the clearance of stepping down constitutes the axial slotted hole.

In the above intelligent ecological toilet, a serrated baffle for blocking large particles from entering the urinary catheterization device is arranged at the axial slot.

In foretell ecological closestool of intelligence, urethral catheterization device include the rectangular channel and by the outside downwardly extending of rectangular channel and the funnel that gets, the sawtooth of cockscomb structure plate washer extends to in the rectangular channel, the hole of urinating is located the top of rectangular channel, the funnel mouth of funnel is located and stores up directly over the urine groove inlet or through the intercommunication pipeline connection in storing up the urine groove inlet.

In the above-mentioned intelligent ecological toilet, the toilet seat includes a seat core and a casing that surrounds the seat core circumferentially, the collecting tank is formed by a part of the seat core that is close to the urine storage tank, and the defecation port is opened at the bottom of the seat core.

In the intelligent ecological toilet, the seat cushion is further provided with a heating coil, the heating coil is connected to the controller, and the controller is connected with an automatic heating switch coupled with the heating coil; the driving device is connected with an isolation manual switch.

In the above intelligent ecological toilet, the urine storage tank is provided with a first temperature sensor and a first heating device, and both the first temperature sensor and the first heating device are connected to the controller;

the waste excrement fermentation tank is internally provided with a second temperature sensor and a second heating device which are both connected to the controller.

In foretell ecological closestool of intelligence, be provided with the axial stirring rod in the useless just fermentation vat, a plurality of stirring leaves have on the axial stirring rod, the both ends of axial stirring rod are run through respectively and circumference swing joint is at the both ends of useless just fermentation vat, and the axial stirring rod is located the at least one end connection in the outside of useless just fermentation vat has drive gear, drive gear is connected with driving motor, driving motor connect in the controller.

In the above intelligent ecological toilet, the waste excrement fermenting tank has biological bacteria for decomposing waste excrement;

biological bacteria and cotton balls are arranged in the urine storage tank to degrade urine;

the waste excrement fermenting tank is provided with an exhaust fan or an exhaust hole for exhausting gas.

The utility model has the advantages that: the urine collector is provided with two urination parts, and the urine collection is respectively aimed at urine collection when standing and urine collection when sitting, so that the problem of mixing of urine and excrement is not easy to occur; the toilet seat comprises a seat core of the toilet seat to form a collecting groove, and an abdicating gap between the collecting groove and the sliding isolation plate to form an axial groove hole of the second urination part, so that the structure is simple and the design is reasonable; the urine guiding device is characterized in that the urine guiding device is composed of a rectangular groove and a funnel, urine is collected by the rectangular groove, the urine is conveyed to the urine storage groove by the funnel, the urine collecting device is simple in structure, and the urine discharged by the first urine discharging portion and the second urine discharging portion can be collected simultaneously.

Drawings

Fig. 1 is a block diagram of a circuit structure of an intelligent ecological toilet according to a first embodiment of the present invention;

fig. 2 is a structural diagram of an intelligent ecological toilet when a sliding isolation plate is closed in the first embodiment of the present invention;

fig. 3 is a structural diagram of the intelligent ecological toilet when the sliding isolation plate is opened for a certain distance according to the first embodiment of the present invention;

FIG. 4 is a structural diagram of the intelligent ecological toilet with the collecting tank hidden according to the first embodiment of the present invention;

FIG. 5 is a schematic view of an intelligent ecological toilet according to a first embodiment of the present invention with a front cover hidden;

fig. 6 is a schematic structural view of a sliding partition plate according to a first embodiment of the present invention;

FIG. 7 is a schematic view of a toilet seat core according to an embodiment of the present invention;

FIG. 8 is a schematic structural view of a urinary catheterization apparatus according to an embodiment of the present invention;

FIG. 9 is a schematic structural view of a stirring rod according to a first embodiment of the present invention;

FIG. 10 is a circuit diagram of an intelligent ecological toilet according to a first embodiment of the present invention;

fig. 11 is a block diagram of a circuit structure of an intelligent ecological toilet according to a second embodiment of the present invention.

Reference numerals: a toilet seat 1; a seat cushion 11; a front baffle 12; a seat core 13; a waste excrement fermentation tank 2; a urine storage tank 3; a defecation device 4; a defecation port 41; a sliding isolation plate 42; a drive device 43; a urination device 5; a first urination unit 51; a second urination portion 52; a urinary catheterization device 53; a rectangular groove 531; a hopper 532; a collection tank 54; a urination hole 55; an axial slot 56; a serrated baffle 57; a handrail 6; a back cushion 7; a controller 8; a human body sensor 81; a heating coil 82; a heating automatic switch 83; a heating manual switch 84; an isolation automatic switch 85; an isolating manual switch 86; a first temperature sensor 91; a first heating device 92; a second temperature sensor 93; a second heating device 94; an axial stir bar 95; a drive gear 96; a drive motor 97; an exhaust fan 98.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.

Example one

As shown in fig. 1 to 10, the present embodiment discloses an intelligent ecological toilet, which includes a toilet seat 1 having a seat 11, a waste toilet fermenting tank 2, i.e., a waste urinal, is provided below the toilet seat 1, a urine storage tank 3 is provided in front of the waste toilet fermenting tank 2, and a defecation device 4 for discharging waste toilet into the waste toilet fermenting tank 2 and a urination device 5 for discharging urine into the urine storage tank 3 are provided on the toilet seat 1.

Wherein, defecation device 4 is including seting up the defecation mouth 41 of toilet seat 1 bottom, defecation mouth 41 department has the slip division board 42 that is used for keeping apart or communicates useless just fermentation vat 2 and toilet seat 1, slip division board 42 is connected with and is used for sliding the drive arrangement 43 of slip division board, human sensor 81 has on the cushion 11, human sensor 81 is connected with controller 8, controller 8 connect in drive arrangement 43, human sensor 81 and drive arrangement 43 pass through controller 8 and couple.

The controller 8 is an integrated circuit chip, such as an MSP430 series single chip microcomputer, an SPCE061A series single chip microcomputer, an LPC2000 series single chip microcomputer, etc., and those skilled in the art can select an appropriate single chip microcomputer according to the cost and the signal transmission line requirement. The driving device 43 may be a motor having a telescopic rod such as a hydraulic cylinder, and the corresponding telescopic rod is connected to one side of the sliding isolation plate 42 to drive the sliding isolation plate to slide. The human body sensor 81 may be a piezoelectric sensor capable of receiving a skin piezoelectric signal, a pressure sensor receiving a pressure signal, or the like.

Preferably, the seat cushion 11 further has a heating coil 82, the heating coil 82 is connected to the controller 8, the controller 8 is connected to a heating automatic switch 83 coupled to the heating coil, the automatic heating function is selectively turned on or off by the heating automatic switch 83, and the heating automatic switch 83 is turned on in winter generally; the driving device 43 is connected with an isolating manual switch 86, the isolating manual switch 86 is connected with the controller 8 to send a manual control signal to the controller 8, and the sliding isolation plate 42 is manually opened or closed through the isolating manual switch 86 to manually control the sliding isolation plate 42 in case of the failure of the human body sensor 81 or other situations.

Further, a first temperature sensor 91 and a first heating device 92 are arranged in the urine storage tank 3, a second temperature sensor 93 and a second heating device 94 are arranged in the waste excrement fermenting tank 2, and the first temperature sensor 91, the first heating device 92, the second temperature sensor 93 and the second heating device 94 are all connected to the controller 8.

Further, as shown in fig. 3-5, the urination device 5 comprises a first urination portion 51, a second urination portion 52 and a urine guide 53 for receiving urine discharged from the first urination portion 51 and the second urination portion 52, the first urination portion 51 comprises a collection trough 54 located at one side of the toilet seat 1 close to the urine storage tank 3, the bottom of the collection trough 54 is provided with at least one urination hole 55 for discharging urine in a sitting state to the urine guide 53, the second urination portion 52 comprises an axial slot hole 56 located at the bottom of the toilet seat 1 below the collection trough 54 for discharging urine in a standing state to the urine guide 53, and the liquid outlet of the urine guide 53 is communicated with the liquid inlet of the urine storage tank 3 below the urine guide 53 for discharging urine to the urine storage tank 3. The first urination unit 51 and the second urination unit 52 are provided to separate the feces and urine as much as possible even when the slide partition plate 42 is opened when the toilet is seated, and thus the problem of mixing of the feces and urine is not likely to occur.

Preferably, the sliding isolation plate 42 is in an inclined state that one side close to the urine storage tank 3 is lower than one side far away from the urine storage tank 3, and when the sliding isolation plate 42 is closed, an abdicating gap is formed between the sliding isolation plate 42 and the collection tank 54, and the abdicating gap constitutes the axial slot hole 56. The inclination angle may be 10 degrees, 15 degrees, etc. so that the urine in the toilet seat flows toward the circumferential groove hole 56 due to the principle of gravity, thereby finally guiding the urine into the urine storage tank 3. Since the sliding partition plate 42 is inclined here, the telescopic rod of the driving device 43 is also inclined in accordance with the sliding partition plate 42 so as to pull the sliding partition plate 42 forward and backward. Of course, the bottom of the toilet seat 1 is provided with a sliding groove for sliding the sliding partition plate 42. The sliding partition plate 42 may have a structure in which both sides thereof have sliding edges for insertion into the chute and the middle thereof has a groove as shown in fig. 6, so as to prevent urine from flowing into the waste fermenting tank 2 through a connecting gap between the chute and the sliding partition plate 42.

Furthermore, a serrated baffle 57 for blocking large particles from entering the urethral catheterization device 53 is arranged at the axial slot 56, and the serrated baffle 57 is of a single-block structure or a structure with two or more blocks arranged in parallel.

As shown in fig. 7, the toilet seat comprises a seat core 13 and a casing surrounding the seat core 13 in the circumferential direction, and the casing comprises a front baffle 12 located in front of the seat core 13 and above the urine storage tank. And the collecting groove 54 is formed by the part of the seat core 13 close to the urine storage groove 3, and the defecation opening 41 is arranged at the bottom of the seat core 13.

As shown in fig. 8, the urine guide device 53 comprises a rectangular groove 531 and a funnel 532 extending from the rectangular groove 531 outwards and downwards, the saw teeth of the saw-toothed baffle 57 extend into the rectangular groove 531, the urine discharge hole 55 is located above the rectangular groove 531, and the funnel opening of the funnel 532 is located right above the liquid inlet of the urine storage tank 3 or connected to the liquid inlet of the urine storage tank 3 through a communication pipe.

When the user stands for urine, the seat cushion 11 is turned up, the toilet seat 1 is in the state shown in fig. 2, urine flows into the axial slotted hole 56 and then flows into the urine guiding device 53 through the axial slotted hole 56, and the urine guiding device 53 guides the urine into the urine storage tank 3; when the user sits on the urinal and urinates, the seat cushion 11 is put down, the toilet seat can be in the state shown in figure 3, or the sliding separation plate in figure 3 needs to move to the maximum right, urine flows into the collecting tank 54, the urine is discharged into the urine guiding device 53 through the urine discharging hole 55 in the collecting tank 54, the urine is guided into the urine storage tank 3 by the urine guiding device 53, and waste excrement is discharged into the waste excrement fermentation tank 2; the sliding isolation plate 42 can also be opened or closed by an isolating manual switch 86. The excrement discharge port 41 may be formed to extend downward from the bottom of the seat core 13 and have a gradually decreasing inner diameter so as to minimize a communication passage between the excrement fermenting tank 2 and the outside while feeding the excrement into the excrement fermenting tank 2. When the heating automatic switch 83 is turned on, the cushion 11 is heated while the user sits on the urinal, and the automatic heating function can be turned on in cold weather and turned off in warm weather.

Further, biological bacteria and cotton balls can be arranged in the urine storage tank 3 to degrade urine. In addition, both sides of the toilet seat 1 are respectively provided with an armrest part 6 extending outwards and upwards; the toilet lid is provided with a cushion 7 protruding from the toilet lid.

Preferably, as shown in fig. 9, an axial stirring rod 95 is further disposed in the waste excrement fermentation tank 2, the axial stirring rod 95 has a plurality of stirring blades, two ends of the axial stirring rod 95 respectively penetrate through and are circumferentially movably connected to two ends of the waste excrement fermentation tank 2, at least one end of the axial stirring rod 95 located outside the waste excrement fermentation tank 2 is connected to a driving gear 96, the driving gear 96 is connected to a driving motor 97, and the driving motor 97 is connected to the controller 8; meanwhile, the waste excrement fermentation tank 2 is provided with biological bacteria for decomposing waste excrement; the waste excrement fermenting tank is also provided with an exhaust fan 98 or an exhaust hole for exhausting gas such as methane and the like.

The working principle of the utility model is as follows:

after the human body sensor 81 senses that a human body sits down, sensing information is sent to the controller 8, and the controller 8 controls the driving device 43 to open the sliding isolation plate 42 to communicate the waste excrement fermentation tank 2 with the toilet seat 1; after the human body sensor 81 senses that a human body leaves, sensing information is sent to the controller 8, the controller 8 controls the driving device 43 to close the sliding isolation plate 42 to isolate the waste excrement fermentation tank 2 from the toilet seat 1, controls the driving motor 97 to rotate forward and backward to promote biological bacteria to decompose waste excrement after the sliding isolation plate 42 is closed, and simultaneously opens the exhaust fan 98 to perform exhaust work to timely discharge gas such as methane in the degradation process out of the waste excrement fermentation tank 2.

Meanwhile, the temperatures of the urine storage tank 3 and the waste excrement fermentation tank 2 are respectively detected at any time through the first temperature sensor 91 and the second temperature sensor 93, when the detection value of the first temperature sensor 91 is lower than a first preset value, the first heating device 92 is turned on for heating, and when the detection value of the second temperature sensor 93 is lower than the first preset value, the second heating device 94 is turned on for heating; the first and second preset values can be set by the skilled person, for example, set to 0 degree and-3 degrees, respectively, to avoid freezing and affecting the degradation effect of biological bacteria and cotton balls.

When the heating automatic switch 83 is turned on, the heating coil 82 starts heating operation after the user sits on the toilet seat 1; here, the stirring operation may be performed at intervals, for example, half an hour, with the sliding partition plate 42 closed, to sufficiently ferment the waste excrement.

Example two

As shown in fig. 11, the present embodiment is similar to the present embodiment, except that the heating coil 82 of the present embodiment is further coupled to a heating manual switch 84, and the heating coil can be manually controlled to operate by the heating manual switch 84.

The driving device 43 is further coupled to an isolating automatic switch 85, and the isolating automatic switch 85 is connected to the controller 8, and the isolating automatic switch 82 is used for selectively turning on or off the automatic isolating communication function. When the human body sensor 81 senses that a human body is seated on the toilet seat 1 after the heating automatic switch 83 and the isolating automatic switch 85 are turned on, the controller 8 receives the sensing information and drives the heating operation of the heating coil 82 and the driving operation of the driving device 42.

After the automatic heating switch 83 and the automatic isolating switch 85 are turned off, the heating coil 82 and the driving device 43 are no longer automatically operated, for example, when the user wants to go to a toilet, the sliding isolating plate 42 can be turned on or off by the manual isolating switch 86; likewise, the heating manual switch 84 may be manually turned on to heat the seat cushion 11.

The isolation manual switch 86 may be connected to the controller 8, and manually controls heating and isolation in a signal manner, or may be implemented in a pure circuit manner, for example, a switching tube circuit, such as a triac, a triode, or the like, is connected in series to the power supply circuit of the driving device 42, a driving end of the switching tube circuit is connected to the port of the controller 8 and the isolation manual switch 86, the isolation manual switch 86 and the port of the controller 8 are connected in parallel to each other to realize the functions of independently opening and closing the driving device 42, the isolation automatic switch 85 is connected to another port of the controller 8, and notifies the controller 8 to stop automatic isolation in a signal manner, or is connected in series to the port of the switching tube circuit connected to the controller 8, and stops or starts automatic isolation in a manner of connection between the switching tube circuit and the switching tube circuit. The electrical circuit between the heating hand switch 84, the heating automatic switch 83 and the heating coil 82 is similar to the electrical circuit between the aforementioned isolating hand switch 86, the isolating automatic switch 85 and the driving device 42, and is not described in detail herein.

It should be noted that the dotted line in fig. 1 indicates the association between the two, for example, after the human body sensor 81 senses that the human body sits down, the sensing information is sent to the controller 8, and the controller 8 controls the driving device 43 to perform corresponding actions to realize the association between the human body sensor 81 and the driving device 43.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or scope of the invention as defined in the appended claims, the invention being directed to direct or indirect connection.

Although toilet seats 1 are used more herein; a seat cushion 11; a front baffle 12; a seat core 13; a waste excrement fermentation tank 2; a urine storage tank 3; a defecation device 4; a defecation port 41; a sliding isolation plate 42; a drive device 43; a urination device 5; a first urination unit 51; a second urination portion 52; a urinary catheterization device 53; a rectangular groove 531; a hopper 532; a collection tank 54; a urination hole 55; an axial slot 56; a serrated baffle 57; a handrail 6; a back cushion 7; a controller 8; a human body sensor 81; a heating coil 82; a heating automatic switch 83; a heating manual switch 84; an isolation automatic switch 85; an isolating manual switch 86; a first temperature sensor 91; a first heating device 92; a second temperature sensor 93; a second heating device 94; an axial stir bar 95; a drive gear 96; a drive motor 97; exhaust fans 98, etc., but do not preclude the possibility of using other terms. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed in a manner that is inconsistent with the spirit of the invention.

Claims (10)

1. An intelligent ecological toilet bowl, comprising a toilet seat (1) with a seat cushion (11), wherein a waste excrement fermentation tank (2) is arranged below the toilet seat (1), a urine storage tank (3) is arranged in front of the waste excrement fermentation tank (2), a defecation device (4) for defecation into the waste excrement fermentation tank (2) and a urination device (5) for urination into the urine storage tank (3) are arranged on the toilet seat (1), the intelligent ecological toilet bowl is characterized in that the urination device (5) comprises a first urination part (51), a second urination part (52) and a urine guide device (53) for receiving urine discharged from the first urination part (51) and the second urination part (52) respectively, and the urine guide device (53) is communicated with the urine storage tank (3); defecation device (4) are including seting up defecation mouth (41) of closestool seat (1) bottom, defecation mouth (41) department has slip division board (42) that are used for keeping apart or communicate useless stool and urine fermentation vat (2) and closestool seat (1), slip division board (42) are connected with and are used for sliding drive arrangement (43) of division board (42), human sensor (81) have on cushion (11), human sensor (81) are connected with controller (8), controller (8) connect in drive arrangement (43).

2. The intelligent ecological toilet according to claim 1, wherein the first urine discharging portion (51) comprises a collecting trough (54) located at one side of the toilet seat (1) close to the urine storage trough (3), the bottom of the collecting trough (54) is provided with at least one urine discharging hole (55) for discharging urine in a sitting state to the urine guiding device (53), the second urine discharging portion (52) comprises an axial slotted hole (56) opened at the bottom of the toilet seat (1) below the collecting trough (54) for discharging urine in a standing state to the urine guiding device (53), and the liquid outlet of the urine guiding device (53) is communicated with the liquid inlet of the urine storage trough (3) below the urine guiding device (53) for discharging urine to the urine storage trough (3).

3. The intelligent ecological toilet according to claim 2, wherein the sliding partition plate (42) is inclined at a lower position near the urine storage tank (3) than at a position far from the urine storage tank (3), and when the sliding partition plate (42) is closed, a yielding gap is formed between the sliding partition plate (42) and the collection tank (54), and the yielding gap constitutes the axial slot (56).

4. The intelligent ecological toilet according to claim 3, characterized in that a serrated baffle (57) for blocking large particles from entering the urinary catheterization device (53) is established at the axial slot (56).

5. The intelligent ecological toilet bowl as claimed in claim 4, wherein the urine guide device (53) comprises a rectangular groove (531) and a funnel (532) extending outwards and downwards from the rectangular groove (531), the saw teeth of the serrated baffle plate extend into the rectangular groove (531), the urine discharge hole (55) is positioned above the rectangular groove (531), and the funnel opening of the funnel (532) is positioned right above the liquid inlet of the urine storage groove (3) or is connected to the liquid inlet of the urine storage groove (3) through a communication pipeline.

6. The intelligent ecological toilet according to claim 5, wherein the toilet seat comprises a seat core (13) and a shell which circumferentially surrounds the seat core (13), the collecting tank (54) is formed by a part of the seat core (13) close to the urine storage tank (3), and the defecation port (41) is arranged at the bottom of the seat core (13).

7. The intelligent ecological toilet according to any one of claims 1 to 6, wherein the seat cushion (11) is further provided with a heating coil (82), the heating coil (82) is connected to the controller (8), and the controller (8) is connected with a heating automatic switch (83) coupled with the heating coil (82); the driving device (43) is connected with an isolation manual switch (86).

8. The intelligent ecological toilet according to claim 7, wherein the urine storage tank (3) is provided therein with a first temperature sensor (91) and a first heating device (92), the first temperature sensor (91) and the first heating device (92) are both connected to the controller (8);

the waste excrement fermentation tank (2) is internally provided with a second temperature sensor (93) and a second heating device (94), and the second temperature sensor (93) and the second heating device (94) are both connected to the controller (8).

9. The intelligent ecological toilet bowl according to claim 1, wherein an axial stirring rod (95) is arranged in the waste excrement fermentation tank (2), a plurality of stirring blades are arranged on the axial stirring rod (95), two ends of the axial stirring rod (95) penetrate through the two ends of the waste excrement fermentation tank (2) respectively and are movably connected to the two ends of the waste excrement fermentation tank in the circumferential direction, at least one end of the axial stirring rod (95) located outside the waste excrement fermentation tank (2) is connected with a driving gear (96), the driving gear (96) is connected with a driving motor (97), and the driving motor (97) is connected with the controller (8).

10. The intelligent ecological toilet according to claim 1, wherein the waste fermentation tank (2) has biological bacteria therein for decomposing waste;

biological bacteria and cotton balls are arranged in the urine storage tank (3) to degrade urine;

the waste excrement fermenting tank (2) is provided with an exhaust fan (98) or an exhaust hole for exhausting gas.

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