A toilet bag suitable for toilet technology that can collect feces and urine separately

Abstract

A toilet bag for collecting feces and urine separately, which is suitable for toilet technology, comprises a toilet bag and a structure for collecting feces and urine separately, characterized in that the urine inlet of the urine collection and processing mechanism is connected with the excrement outlet, the excrement collection and processing mechanism comprises a excrement collection and processing chamber, a power transmission belt component, an outlet is arranged on the side of the excrement collection chamber, an opening is arranged at the rear of the toilet bag, the front part of the conveyor belt of the power transmission belt component is located above the excrement outlet of the toilet bag, the rear part of the conveyor belt passes through the outlet of the excrement collection chamber into the excrement collection chamber, and a scraper is arranged below the conveyor belt located in the excrement collection chamber. Compared with the prior art, the present invention has the advantages of being able to effectively collect feces and urine separately, and at the same time, it is easy to ensure that the toilet has a good cleanliness level.

Description

Technical Field

[0001] The invention relates to an excrement collection and processing technology. Background Art

[0002] As disclosed in patent application 201910069254.1, it includes a toilet bag which guides feces and urine to the feces outlet and the urine outlet respectively, a feces microorganism treatment mechanism with a feces holding cavity located behind the toilet bag, and a urine treatment mechanism connected to the urine outlet of the toilet bag, a power transmission belt is arranged between the feces holding cavity and the feces outlet, the projection of the feces outlet all falls on the upper conveyor belt of the power transmission belt, the outlet of the power transmission belt is located directly above the entrance of the feces holding cavity, a support plate is arranged below the upper conveyor belt of the power transmission belt, an opening directly connected to the feces outlet is arranged at the rear of the toilet bag corresponding to the power transmission belt, a cavity is arranged below the power transmission belt, and the cavity is connected to the urine treatment mechanism.

[0003] When the user defecates, the feces directly fall onto the power transmission belt through the feces outlet, and the power transmission belt delivers the feces to the outlet and falls into the feces chamber of the feces microbial treatment mechanism for microbial treatment. The urine discharged forward is directed to the urine outlet outside the feces outlet and to the urine treatment mechanism.

[0004] Although this technology can effectively separate and collect feces and urine, the feces and urine need to be set separately in the front and back. Therefore, the length of the toilet bowl is relatively long and is not suitable for designing as a toilet. In addition, since flanges need to be set around the edges of the feces outlet, once feces fall on the flange (this phenomenon often occurs), it is not easy to flush it away only by relying on the flushing water provided by the toilet bowl, which affects the cleanliness level of the toilet bowl.

[0005] Patent application 201810638043.0 discloses a toilet for collecting urine and feces separately. The toilet technology includes a pool with a feces outlet at the rear of the bottom, flanges are arranged around the outlet, the bottom of the pool is slanted downward toward the root of the flange, a number of perforations are arranged on the bottom of the pool along the root of the flange, a channel connected to the perforations is arranged under the pool, the channel is connected to the urine collection cavity, a feces collection cavity is arranged under the pool opposite to the feces outlet, an inclined power gate is arranged at the entrance of the collection cavity, a water collection trough is arranged next to the entrance of the collection cavity, and the plate surface of the power gate guides to the water collection trough.

[0006] When in use, if the pool is a toilet and is equipped with a seat, people can sit on the seat to go to the toilet. At this time, the power gate is controlled to open, and the feces fall directly from the feces outlet into the feces collection chamber below, while the urine is guided along the inclined surface of the bottom of the pool to the perforations and is guided to the urine collection chamber by the perforations and channels, thereby achieving the purpose of collecting feces and urine separately. After defecation, the power gate is controlled to close the entrance of the collection chamber. When flushing water flushes the pool, a small part of the water is introduced into the urine collection chamber from the perforations, and most of the water is flushed into the feces outlet and introduced into the water collection tank along the gate. In this type of toilet, the perforation aperture is not very large. Once feces fall into the perforations, it is easy to block the perforations. Similarly, since flanges need to be set around the feces outlet, once feces fall on the flanges (this phenomenon often occurs), it is not easy to flush it away by relying solely on the flushing water of the toilet, thereby affecting the cleanliness level of the toilet. Summary of the invention

[0007] The object of the present invention is to provide a toilet bag suitable for toilet technology that can effectively collect urine and feces separately and at the same time easily ensure that the toilet has a good cleanliness level.

[0008] Scheme 1 of the present invention is implemented as follows: it includes a toilet bag and a separate urine and feces collection structure, the bottom of the middle and rear part of the toilet bag is an excrement outlet, and below the edges of the upper port of the toilet bag are flushing water discharge outlets connected to a water tank, the separate urine and feces collection structure includes a urine collection and processing mechanism and a feces collection and processing mechanism, and its special feature is that the urine inlet of the urine collection and processing mechanism is connected to the excrement outlet, the feces collection and processing mechanism includes a feces collection and processing chamber, a power conveying belt component, an outlet is provided on the side of the feces collection chamber, and an opening is provided at the rear part of the toilet bag corresponding to the outlet, the front part of the downwardly inclined conveying belt of the power conveying belt component is located above the excrement outlet of the toilet bag, and the rear part of the upwardly inclined conveying belt of the power conveying belt component passes into the feces collection chamber from the outlet of the feces collection chamber, and a scraper is provided below the conveying belt located in the feces collection chamber.

[0009] When people defecate, they put down the toilet seat, and the switch is manually touched or when people sit on the seat, the body weight touches the switch on the seat or the proximity switch set behind the sensor to start the power conveying belt component, and the conveying belt continues to convey backwards. At this time, when people sit on the seat to defecate, the feces fall onto the conveying belt of the power conveying belt component and are sent into the feces collection cavity by the conveying belt. The scraper scrapes the feces on the conveying belt into the feces collection cavity. At the same time, the scraper also cleans the surface of the conveying belt (microorganism treatment materials can be placed in the feces collection cavity in advance and mixed with feces through a stirrer for solid microbial treatment to eliminate feces odor), the urine discharged forward falls into the toilet bag wall in front of the power conveying belt component and is guided along the toilet bag wall to the excrement outlet, and then enters the urine collection and treatment mechanism for treatment (microbial treatment can be performed through microbial treatment technology to eliminate the odor of urine). Even if a small amount of urine falls on the conveying belt, the urine will fall into the toilet bag wall along the edge of the conveying belt and be guided to the excrement outlet; when the toilet bag is flushed with flushing water, the flushing water is flushed along the side wall of the toilet bag. Even if part of the flushing water falls on the conveying belt, since the conveying belt is inclined forward, the flushing water will also fall into the toilet bag in front along the surface of the conveying belt, and will not flow into the feces collection cavity.

[0010] When people urinate while standing, the conveyor belt of the power conveyor belt member is driven forward, so that after the urine falls into the conveyor belt, it is driven by the conveyor belt to be guided to the side wall of the side pocket, and will not be introduced into the feces collection cavity. Of course, a scraper is provided under the conveyor belt located in the side pocket, or the lower surface of the lower belt of the conveyor belt is made close to the lower edge of the opening provided at the rear of the toilet pocket, so that under the obstruction of the scraper or the lower edge of the opening, the urine will not enter the feces collection cavity with the conveyor belt, but can only fall into the excrement guide port.

[0011] Solution 2 of the present invention is implemented as follows, including a toilet bag and a separate urine and feces collection structure, the bottom of the middle and rear part of the toilet bag is an excrement outlet, and below the edges of the upper port of the toilet bag are flushing water discharge outlets connected to a water tank, the separate urine and feces collection structure includes a urine collection and processing mechanism and a feces collection and processing mechanism, and its special feature is that the urine inlet of the urine collection and processing mechanism is connected to the excrement outlet, the feces collection and processing mechanism includes a feces collection and processing chamber, front and rear driving power mechanisms arranged in the feces collection chamber, and a power transmission belt component driven by the front and rear driving power mechanisms, an outlet is arranged on the side of the feces collection chamber corresponding to the power transmission belt component, an opening is arranged at the rear of the toilet bag corresponding to the outlet, and a scraper is arranged below the conveying belt in the feces collection chamber.

[0012] When people defecate, if the toilet bag is a toilet, the toilet seat is put down, and the flipping of the seat cushion when it is put down triggers a switch or a manual trigger switch or when a person sits on the seat cushion, the proximity switch arranged at the back of the induction makes the front and rear driving power mechanism actuate, and the power conveying belt component is sent forward to the top of the excrement outlet in the toilet bag, the power conveying belt component is started, and the conveying belt continues to convey backwards. At this time, when people sit on the seat cushion to defecate, the feces fall onto the conveying belt of the power conveying belt component and are sent into the feces collection chamber by the conveying belt, and the scraper scrapes the feces on the conveying belt into the feces collection chamber At the same time, the scraper also cleans the surface of the conveyor belt (microbial treatment materials can be placed in the feces collection chamber in advance and mixed with feces through a stirrer for solid microbial treatment to eliminate the odor of feces), and the urine excreted forward falls into the toilet bag wall in front of the power conveyor belt component and is guided along the toilet bag wall to the feces outlet, and then enters the urine collection and treatment mechanism for treatment (microbial treatment can be carried out through microbial treatment technology to eliminate the odor of urine). Even if a small amount of urine falls on the conveyor belt, the urine will fall into the toilet bag wall along the edge of the conveyor belt and be guided to the feces outlet.

[0013] The power conveying belt component is arranged above the excrement outlet, and the feces falling on the conveying belt are sent into the feces collecting chamber by using the continuously running power conveying belt component. At the same time, the characteristic that urine is discharged forward when people use the toilet is utilized to ensure that most of the urine is discharged to the inner wall in front of the toilet bag and is guided to the excrement outlet below along the inner wall. Even if part of the urine falls into the conveying belt, it can flow into the inner wall of the toilet bag along the conveying belt inclined forward and downward and flow along the inner wall by using the characteristic that liquid naturally flows from high to low. The urine is directed to the excrement outlet below or directly to the excrement outlet below, thereby realizing the separate collection of urine and feces. Similarly, when using flushing water to clean the conveyor belt and the toilet bag, the flushing water can only be introduced into the excrement outlet along the surface of the conveyor belt and the inner wall of the toilet bag and will not flow into the feces collection cavity. At the same time, since there is no need to set a flange, feces are avoided from being retained on the flange. Moreover, the space for the excrement outlet below which urine is guided is large, and even if a small amount of feces flows along the urine flow channel to the excrement outlet, it will not cause blockage.

[0014] After defecation in scheme 2, the power conveying belt component is put into the feces collection cavity, so that the inner cavity of the toilet bag is completely open, which is convenient for flushing and cleaning the toilet bag. The conveyor belt on the power conveying belt component put into the feces collection cavity has a higher level of cleanliness because a scraper is used to scrape the feces on the conveyor belt into the feces collection cavity when transmitting feces.

[0015] Of course, the technology of the present invention can be used for both toilet technology and squat toilet technology.

[0016] A stirring mechanism is arranged in the stool collection chamber, and the stirring mechanism includes a motor mechanism or a manual driving mechanism fixed outside the stool collection chamber, a rotating frame arranged on the inner side wall of the stool collection chamber and driven by the motor mechanism or the manual driving mechanism, two or more sets of stirrers arranged on the rotating frame, and a transmission gear arranged on the rotating shaft of the stirrer, wherein the rotating axis of one stirrer coincides with the rotating axis of the rotating frame and rotates synchronously with the rotating frame, the motor mechanism or the manual driving mechanism drives one of the stirrers and the rotating frame fixedly connected to the rotating shaft of one of the stirrers to rotate through a first driving gear and a first driven gear fixed on the rotating shaft of one of the stirrers, a rotating sleeve is arranged on the rotating shaft of one of the stirrers, and the transmission gear on one of the stirrers is fixed on the rotating sleeve, the motor mechanism or the manual driving mechanism drives the rotating sleeve to rotate through a second driving gear and a second driven gear fixed on the rotating sleeve, another stirrer is rotationally connected to the rotating frame through the rotating shaft, and the transmission gear on another stirrer is fixed on the rotating shaft of the other stirrer and meshes with the transmission gear on one of the stirrers; or, The stirring mechanism includes a motor mechanism or a manual driving mechanism fixed outside the stool collection chamber, a rotating frame driven by the motor mechanism or the manual driving mechanism and arranged on the inner side wall of the stool collection chamber, two or more sets of stirrers arranged on the rotating frame, and a transmission gear arranged on the rotating shaft of the stirrer, wherein the rotating axis of one of the stirrers coincides with the rotating axis of the rotating frame and rotates synchronously with the rotating frame, the motor mechanism drives one of the stirrers and the rotating frame fixedly connected to the rotating shaft of one of the stirrers to rotate through a first driving gear and a first passive gear fixed on the rotating shaft of one of the stirrers, or the motor mechanism or the manual driving mechanism directly drives one of the stirrers and the rotating frame fixedly connected to the rotating shaft of one of the stirrers to rotate, a rotating sleeve is arranged on the rotating shaft of one of the stirrers, the transmission gear on one of the stirrers is fixed on the rotating sleeve, and the rotating sleeve is fixedly connected to the inner side wall of the stool collection chamber, the other stirrer is rotationally connected to the rotating frame through the rotating shaft, and the transmission gear on the other stirrer is fixed on the rotating shaft of the other stirrer and meshes with the transmission gear on one of the stirrers.

[0017] During operation, the motor mechanism or the manual drive mechanism drives the rotating frame and one of the agitators to rotate through the first driving gear and the first passive gear, and drives the other agitator to revolve along the rotation axis of the first agitator. At the same time, the motor mechanism or the manual drive mechanism drives the transmission gear of the other agitator to rotate through the second driving gear, the second passive gear, the rotating sleeve, and the transmission gear on the rotating sleeve on the rotating shaft of one of the agitators. Alternatively, as the rotating frame rotates, the transmission gear of the other agitator meshing with the transmission gear on the rotating sleeve fixedly connected to the inner side wall of the stool collection chamber rotates, thereby driving the other agitator to rotate along its rotation axis. In this way, the stool in the middle can be stirred by one of the agitators, and at the same time, the stool around can be stirred by the other agitator through revolution and rotation, thereby improving the stirring efficiency and stirring effect, so that the collected stool can be fully mixed with the microbial material pre-placed in the stool collection chamber, so as to efficiently perform microbial treatment on the stool.

[0018] A flap-type gate is arranged on the side outlet of the stool collection cavity above the power transmission belt component or on the opening at the rear of the toilet bag. The toilet bag is a toilet bag. The flap-type gate is linked to the cover plate on the toilet bag or the seat plate on the toilet bag or is driven by a rocker arm or by electric power.

[0019] When people defecate, they open the cover plate, put down the seat plate, and at the same time open the cover plate, open the flap-type gate; or when the seat plate is put down, open the flap-type gate; or, people manually shake the rocker arm to open the flap-type gate. In this way, after the feces fall into the conveyor belt on the power conveyor belt component, as the conveyor belt is transmitted backward, it can smoothly pass through the side outlet of the feces collection cavity and the opening at the rear of the toilet pocket and enter the feces collection cavity. When not in use, the flap-type gate can be closed, which is beneficial to the microbial treatment of feces in the closed feces collection cavity and at the same time, it also prevents the odor in the feces collection cavity from escaping.

[0020] Compared with the prior art, the present invention has the advantages of being able to effectively separate and collect feces and urine, and at the same time, easily ensuring that the toilet has a good cleanliness level. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 This is a schematic diagram of the structure of Embodiment 1 of the present invention;

[0022] Figure 2 This is a schematic diagram of the structure of Embodiment 2 of the present invention;

[0023] Figure 3 for Figure 1 A-direction view;

[0024] Figure 4It is a structural schematic diagram of the flap gate embodiment 1;

[0025] Figure 5 It is a structural schematic diagram of the flap gate embodiment 2;

[0026] Figure 6 It is a structural schematic diagram of the flap gate part embodiment 3;

[0027] Figure 7 It is a structural schematic diagram of stirring mechanism embodiment 2. DETAILED DESCRIPTION

[0028] The present invention is now described in further detail with reference to the accompanying drawings and embodiments:

[0029] Example 1: Figure 1 As shown, the present invention comprises a toilet bag 1 and a feces and urine separate collection structure. The bottom of the middle and rear part of the toilet bag 1 is an excrement outlet 2. Below the edge of the upper end of the toilet bag 1 is a flushing water outlet 3 connected to a water tank 1a. The feces and urine separate collection structure comprises a urine collection and processing mechanism a and a feces collection and processing mechanism b. The particularity thereof is that the urine inlet of the urine collection and processing mechanism b is connected to the excrement outlet 2. The feces collection and processing mechanism a comprises a feces collection and processing chamber 4 with a heating device 4a (with a discharge port 4b on the bottom side), a power transmission belt component 5 (including a bracket 5b fixed in the feces collection chamber 4, and a bracket 5b arranged on the bracket 5b). A pulley 5c on the frame 5b, a motor mechanism 5d arranged outside the feces collection chamber 4 for driving the pulley 5c to rotate, and a conveying belt 5a driven by the pulley 5c) is provided with an outlet 6 on the side of the feces collection chamber 4, and an opening 7 is provided at the rear part of the toilet bag 1 corresponding to the outlet 6. The front part of the downward inclined conveying belt 5a of the power conveying belt component 5 is located above the excrement outlet 2 of the toilet bag 1, and the rear part of the upward inclined conveying belt 5a of the power conveying belt component 5 passes into the feces collection chamber 4 from the outlet 6 of the feces collection chamber 4, and a scraper 8 is provided below the conveying belt 5a located in the feces collection chamber 4.

[0030] like Figure 1 , 3As shown, a stirring mechanism c is arranged in the stool collection chamber 4, and the stirring mechanism c includes a motor mechanism 9 (including a motor, a gearbox) or a manual driving mechanism (such as a rocker arm) fixed to the outside of the stool collection chamber 4 with an insulation layer on the outer wall, a rotating frame 10 driven by the motor mechanism 9 or the manual driving mechanism and arranged on the inner wall of the stool collection chamber 4, two or more sets of stirrers 11 arranged on the rotating frame 10, and a transmission gear 12 arranged on the rotating shaft 11a of the stirrer 11, wherein the rotating axis of one stirrer 11 coincides with the rotating axis of the rotating frame 10 and rotates synchronously with the rotating frame 10, and the motor mechanism 9 or the manual driving mechanism is driven by the first driving gear 9a and the rotating shaft 11a of the stirrer 11 is fixed therein. The first driven gear 9b on the 1a drives one of the stirrers 11 and the rotating frame 10 fixedly connected to the rotating shaft 11a of one of the stirrers 11 to rotate, a rotating sleeve 13 is arranged on the rotating shaft 11a of one of the stirrers 11, and the transmission gear 12 on one of the stirrers 11 is fixed on the rotating sleeve 13, the motor mechanism 9 or the manual driving mechanism drives the rotating sleeve 13 to rotate through the second driving gear 9c and the second driven gear 9d fixed on the rotating sleeve 13, the other stirrer 11 is rotatably connected to the rotating frame 10 through the rotating shaft 11a, and the transmission gear 12 on the other stirrer 11 is fixed on the rotating shaft 11a of the other stirrer 11 and meshes with the transmission gear 12 on one of the stirrers 11; or, Figure 7 As shown, the stirring mechanism c includes a motor mechanism 9 or a manual driving mechanism fixed outside the stool collection chamber 4, a rotating frame 10 driven by the motor mechanism 9 or the manual driving mechanism and arranged on the inner side wall of the stool collection chamber 4, two or more sets of stirrers 11 arranged on the rotating frame 10, and a transmission gear 12 arranged on the rotating shaft 11a of the stirrer 11, wherein the rotation axis of one stirrer 11 coincides with the rotation axis of the rotating frame 10 and rotates synchronously with the rotating frame 10, and the motor mechanism 9 or the manual driving mechanism drives one of the stirrers 11 and the first driven gear 9b fixed on the rotating shaft 11a of the stirrer 11 through the first driving gear 9a and the first driven gear 9b fixed on the rotating shaft 11a of the stirrer 11. The rotating frame 10 fixedly connected to the rotating shaft 11a rotates, or the motor mechanism 9 or the manual driving mechanism directly drives one of the agitators 11 and the rotating frame 10 fixedly connected to the rotating shaft 11a of one of the agitators 11 to rotate, a rotating sleeve 13 is provided on the rotating shaft 11a of one of the agitators 11, a transmission gear 12 on one of the agitators 11 is fixed on the rotating sleeve 13, and the rotating sleeve 13 is fixedly connected to the inner wall of the stool collection chamber 4, and the other agitator 11 is rotatably connected to the rotating frame 10 through the rotating shaft 11a, and the transmission gear 12 on the other agitator 11 is fixed on the rotating shaft 11a of the other agitator 11 and meshes with the transmission gear 12 on one of the agitators 11.

[0031] A flap gate 14 that turns up and down along the rotating shaft is provided at the upper edge of the outlet 6 of the side of the stool collection chamber 4 above the power transmission belt member 5. The toilet pocket 1 is a toilet toilet pocket, such as Figure 4 As shown, the rotating shaft 15 driving the flap gate 14 to flip is linked to the rotating shaft linked to the cover plate 19 on the toilet pocket 1 through the first transmission belt 16, the gear set 17, and the second transmission belt 18, so that the flipping direction of the cover plate 19 is opposite to the flipping direction of the flap gate 14, so that when the cover plate 19 is opened, the flap gate 14 is also opened; or Figure 5 As shown, the rotating shaft 15 driving the flap gate 14 to flip is linked to the rotating shaft on the toilet bag 1 and the seat plate 20 through the third transmission belt 28, so that the flip direction of the seat plate 20 is the same as the flip direction of the flap gate 14, so that when the seat plate 20 is lowered, the flap gate 14 is also opened; or Figure 6 As shown, the rotating shaft 15 that drives the flap type gate 14 to flip is driven to flip by the rocker arm 21.

[0032] Example 2: Figure 2 As shown, this embodiment is based on the embodiment 1, and the stool collection and processing mechanism a includes a stool collection and processing chamber 4 (with a discharge port 23 on the bottom side), a front-rear driving power mechanism d arranged in the stool collection chamber 4 (including a motor mechanism 24 fixed outside the stool collection and processing chamber 4, a pair of pulleys 25 rotatably arranged on the inner wall of the stool collection chamber 4, and a transmission belt 26 wound around the pair of pulleys), and a power conveying belt component 5 driven by the front-rear driving power mechanism d, whose bracket 5b moves forward and backward along the track 27 in the stool collection chamber 4 (including a bracket 5b fixed in the stool collection chamber 4, a pulley 5c arranged on the bracket 5b, a motor mechanism 5d arranged outside the stool collection chamber 4 to drive the pulley 5c to rotate, and a conveying belt 5a driven by the pulley 5c).

Claims

1. A toilet bag for collecting feces and urine separately, which is suitable for toilet technology, comprises a toilet bag and a feces and urine separate collection structure, the bottom of the middle and rear part of the toilet bag is an excrement outlet, and the bottom of the upper port of the toilet bag is a flushing water outlet connected to a water tank, and the feces and urine separate collection structure comprises a urine collection and processing mechanism and a feces collection and processing mechanism, which is characterized in that: The urine inlet of the urine collection and processing mechanism is connected with the excrement outlet. The excrement collection and processing mechanism includes a excrement collection and processing chamber with a heating device and a power conveying belt component. An outlet is arranged on the side of the excrement collection chamber, and an opening is arranged at the rear of the toilet bag corresponding to the outlet. The front part of the downwardly inclined conveying belt of the power conveying belt component is located above the excrement outlet of the toilet bag, and the rear part of the upwardly inclined conveying belt of the power conveying belt component passes into the excrement collection chamber from the outlet of the excrement collection chamber. A scraper is arranged below the conveying belt in the excrement collection chamber, and a stirring mechanism is arranged in the excrement collection chamber. The stirring mechanism includes a motor mechanism or a hand mechanism fixed outside the excrement collection chamber. A dynamic driving mechanism, a rotating frame arranged on the inner side wall of the stool collection chamber and driven by a motor mechanism or a manual driving mechanism, two or more sets of stirrers arranged on the rotating frame, and a transmission gear arranged on the rotating shaft of the stirrer, wherein the rotating axis of one of the stirrers coincides with the rotating axis of the rotating frame and rotates synchronously with the rotating frame, the motor mechanism or the manual driving mechanism drives one of the stirrers and the rotating frame fixedly connected to the rotating shaft of one of the stirrers to rotate through a first driving gear and a first driven gear fixed on the rotating shaft of one of the stirrers, a rotating sleeve is arranged on the rotating shaft of one of the stirrers, and the transmission gear on one of the stirrers is fixed on the rotating sleeve, and the motor mechanism or the manual driving mechanism drives one of the stirrers and the rotating frame fixedly connected to the rotating shaft of one of the stirrers ... The second driving gear and the second passive gear fixed on the rotating sleeve drive the rotating sleeve to rotate, and the other agitator is rotatably connected to the rotating frame through the rotating shaft, and the transmission gear on the other agitator is fixed on the rotating shaft of the other agitator and meshes with the transmission gear on one of the agitators; or, the stirring mechanism includes a motor mechanism or a manual driving mechanism fixed outside the stool collection chamber, a rotating frame arranged on the inner side wall of the stool collection chamber driven by the motor mechanism or the manual driving mechanism, two or more sets of agitators arranged on the rotating frame, and a transmission gear arranged on the rotating shaft of the agitator, wherein the rotation axis center of one agitator coincides with the rotation axis center of the rotating frame and rotates synchronously with the rotating frame, and the motor mechanism or the manual driving mechanism rotates synchronously with the rotating frame. The dynamic driving mechanism drives one of the agitators and the rotating frame fixedly connected to the rotating shaft of one of the agitators to rotate through a first driving gear and a first passive gear fixed on the rotating shaft of one of the agitators, or a motor mechanism or a manual driving mechanism directly drives one of the agitators and the rotating frame fixedly connected to the rotating shaft of one of the agitators to rotate, a rotating sleeve is provided on the rotating shaft of one of the agitators, a transmission gear on one of the agitators is fixed on the rotating sleeve, and the rotating sleeve is fixedly connected to the inner side wall of the stool collection chamber, the other agitator is rotatably connected to the rotating frame through the rotating shaft, and the transmission gear on the other agitator is fixed on the rotating shaft of the other agitator and meshes with the transmission gear on one of the agitators.

2. A toilet bag for collecting feces and urine separately, which is suitable for toilet technology, comprises a toilet bag and a feces and urine separate collection structure, the bottom of the middle and rear part of the toilet bag is an excrement outlet, and the bottom of the upper port of the toilet bag is a flushing water outlet connected to a water tank, and the feces and urine separate collection structure comprises a urine collection and processing mechanism and a feces collection and processing mechanism, which is characterized in that: The urine inlet of the urine collection and processing mechanism is connected with the excrement outlet, and the feces collection and processing mechanism includes a feces collection and processing chamber with a heating device, a front and rear driving power mechanism arranged in the feces collection chamber, and a power conveying belt component driven by the front and rear driving power mechanism. An outlet is arranged on the side of the feces collection chamber corresponding to the power conveying belt component, and an opening is arranged at the rear of the toilet pocket corresponding to the outlet. A scraper is arranged below the conveying belt in the feces collection chamber, and a stirring mechanism is arranged in the feces collection chamber. The stirring mechanism includes a motor mechanism or a manual driving mechanism fixed outside the feces collection chamber, and a rotating device driven by the motor mechanism or the manual driving mechanism. A rotating frame on the inner side wall of the stool collection chamber, two or more agitators arranged on the rotating frame, and a transmission gear arranged on the rotating shaft of the agitator, wherein the rotating axis of one of the agitators coincides with the rotating axis of the rotating frame and rotates synchronously with the rotating frame, a motor mechanism or a manual driving mechanism drives one of the agitators and the rotating frame fixedly connected to the rotating shaft of one of the agitators to rotate through a first driving gear and a first passive gear fixed on the rotating shaft of one of the agitators, a rotating sleeve is arranged on the rotating shaft of one of the agitators, and a transmission gear on one of the agitators is fixed on the rotating sleeve, and the motor mechanism or the manual driving mechanism drives one of the agitators and the rotating frame fixedly connected to the rotating shaft of one of the agitators through a second driving gear and a second passive gear fixed on the rotating sleeve. The passive gear drives the rotating sleeve to rotate, and the other agitator is rotatably connected to the rotating frame through the rotating shaft, and the transmission gear on the other agitator is fixed on the rotating shaft of the other agitator and meshes with the transmission gear on one of the agitators; or, the stirring mechanism includes a motor mechanism or a manual driving mechanism fixed outside the stool collection chamber, a rotating frame arranged on the inner side wall of the stool collection chamber and driven by the motor mechanism or the manual driving mechanism to rotate, two or more sets of agitators arranged on the rotating frame, and a transmission gear arranged on the rotating shaft of the agitator, wherein the rotation axis center of one agitator coincides with the rotation axis center of the rotating frame and rotates synchronously with the rotating frame, and the motor mechanism or the manual driving mechanism is driven by the first A driving gear and a first passive gear fixed on the rotating shaft of one of the agitators drive one of the agitators and a rotating frame fixedly connected to the rotating shaft of one of the agitators to rotate, or a motor mechanism or a manual drive mechanism directly drives one of the agitators and a rotating frame fixedly connected to the rotating shaft of one of the agitators to rotate, a rotating sleeve is provided on the rotating shaft of one of the agitators, a transmission gear on one of the agitators is fixed on the rotating sleeve, and the rotating sleeve is fixedly connected to the inner side wall of the stool collection chamber, the other agitator is rotatably connected to the rotating frame via the rotating shaft, and the transmission gear on the other agitator is fixed on the rotating shaft of the other agitator and meshes with the transmission gear on one of the agitators.

3. The toilet bag for collecting feces and urine separately according to claim 1 or 2, which is suitable for toilet technology, is characterized in that: A flap-type gate is arranged on the side outlet of the stool collection cavity above the power transmission belt component or on the opening at the rear of the toilet bag. The toilet bag is a toilet bag. The flap-type gate is linked to the cover plate on the toilet bag or the seat plate on the toilet bag or is driven by a rocker arm or by electric power.

Images