CN107642137B

CN107642137B - Multifunctional processor for toilet

Info

Publication number: CN107642137B
Application number: CN201610580093.9A
Authority: CN
Inventors: 蒋仙保
Original assignee: Taizhou Tianju Technology Co ltd
Current assignee: Taizhou Tianju Technology Co ltd
Priority date: 2016-07-22
Filing date: 2016-07-22
Publication date: 2021-03-05
Anticipated expiration: 2036-07-22
Also published as: CN107642137A

Abstract

The invention relates to a multifunctional toilet disposer with multiple functions, short grinding time, small grinding particles, small water consumption, energy conservation, environmental protection, low noise and simple structure. The processor comprises a shell and a main body, wherein the main body is installed in the shell, the shell comprises a shell, a panel and a bottom plate, the upper part of the shell is connected with the panel, the lower part of the shell is connected with the bottom plate, the main body comprises a pretreatment cavity, a spraying system, a circulating system, a crushing system, a drainage system and a control system, the circulating system is connected with the crushing system and the pretreatment cavity, the upper end of the pretreatment cavity is connected with the spraying system, the bottom of the pretreatment cavity is provided with the drainage system, and the control system is used for controlling the drainage system, the crushing system and the spraying system.

Description

Multifunctional processor for toilet

Technical Field

The invention relates to a multifunctional toilet disposer for disposing toilet garbage such as sanitary towels, toilet paper, condoms, diapers, plastic bags, hair and the like.

Background

At present, people put sanitary articles such as sanitary towels, toilet paper, diapers, condoms and the like into a garbage can after using the sanitary articles. Because the above-mentioned article is easy to breed the bacterium, the smell is big to cause air pollution, influences the health, leads to the people to be easy to be sick. It is therefore often thrown into a toilet. However, such operation is liable to cause clogging of the sewer line. Some devices for crushing the articles appear in the prior art, but only have single function and cannot meet all functions, and most of the existing treatment devices have the defects of large volume, high power consumption, high price, high noise, poor crushing effect, poor energy-saving effect and the like, so that the device is not beneficial to popularization and use.

The invention aims to invent an intelligent machine which has complete functions, short crushing time, small crushing particles, small water consumption, energy conservation, environmental protection, low noise and simple structure and is used for quickly and conveniently treating garbage in a toilet, such as sanitary towels and the like.

Disclosure of Invention

The invention aims to provide a machine for crushing the garbage in toilets such as sanitary towels, toilet paper, diapers, condoms, hair and the like, wherein the used sanitary towels, diapers and the like are crushed and then discharged into a sewer pipe together with water, so that the sewer pipe is prevented from being blocked.

Therefore, the technical scheme adopted by the invention is that the multifunctional toilet processor comprises a mechanical part and a circuit part.

A multifunctional processor for a toilet comprises a shell and a main body, wherein the main body is arranged in the shell, and the multifunctional processor is characterized in that the shell comprises a shell, a bottom plate and a panel, and the shell is respectively connected with the bottom plate and the panel; the main part includes pretreatment cavity, spraying system, circulation system, crushing system, drainage system, control system, the circulation system is connected crushing system with the pretreatment cavity, be connected with respectively on the pretreatment cavity spraying system, crushing system with drainage system.

The spraying system of the processor is connected with the water inlet valve, and the lower part of the spraying system is connected with the pretreatment cavity.

The spraying system consists of a spraying cover and a spraying seat, the spraying cover is positioned above the spraying seat, and the spraying seat is directly arranged on the pretreatment cavity through glue.

The bottom of the pretreatment cavity is provided with a row of drainage grooves.

The bottom of the pretreatment cavity is a combination body with different shapes, such as an inclined plane or an arc surface.

The crushing system is positioned on the left side of the main body and is arranged on the bottom plate through a bottom plate upper bracket; meanwhile, the crushing system is respectively connected with the pretreatment cavity and the circulating system.

The crushing system comprises a cutter set, a motor, an impeller and a crushing support, wherein the cutter set is assembled in the front end of the crushing support, the motor is installed at the rear end of the crushing support, and the impeller is installed on a shaft of the motor.

The circulating system comprises a connecting pipeline and a water outlet elbow.

One end of the connecting pipeline is connected with the crushing support, and the other end of the connecting pipeline is connected with the pretreatment cavity through the water outlet elbow.

The drainage system comprises a diversion trench, a drainage valve body, a valve block, a drainage motor, a connecting shaft sleeve, a travel switch, a connecting pipe and a water outlet, wherein the diversion trench is positioned below the pretreatment cavity and is connected with the drainage valve body, the valve block is arranged inside the drainage valve body, the upper end of the valve block is connected with the drainage motor through the connecting shaft sleeve, the drainage motor and the travel switch are arranged on the drainage valve body through a motor support, and the drainage valve body is connected with the water outlet through the connecting pipe.

The bottom of the diversion trench is provided with a slope.

The control system comprises a cover inductive switch, a water inlet valve, a water level inductive device, a circuit board, a drainage motor and a function key.

The bottom plate is provided with an ozone generator and a negative ion generator,

the invention relates to a multifunctional toilet processor with a brand new structure, which mainly utilizes the combined action of water circulation and a crushing system to crush toilet garbage such as sanitary towels, toilet paper and the like, and has the functions of short time and using less water to process the articles such as the sanitary towels, the toilet paper, hair, packaging paper boxes and the like into fragments.

Drawings

Fig. 1 is an overall plan view of the toilet multipurpose processor.

Fig. 2 is a sectional view of the multi-function toilet disposer in the direction of a-a.

Fig. 3 is a sectional view of the multifunctional toilet disposer in the direction B-B.

Fig. 4 is a view of the main body of the multifunctional processor for a toilet.

Fig. 5 is a plan view of a knife block of the toilet multipurpose processor.

Fig. 6 is a sectional view of the knife set of the multifunctional toilet disposer in the direction of C-C.

Detailed Description

The invention relates to a machine for treating sanitary towel and toilet paper garbage. In which fig. 1 is an overall plan view of the multi-function toilet disposer, and in the preferred embodiment, reference is made to fig. 2 and 3, fig. 2 is a sectional view of the multi-function toilet disposer of fig. 1 taken along the direction a-a, and fig. 3 is a sectional view of the multi-function toilet disposer of fig. 2 taken along the direction B-B, and the multi-function toilet disposer includes a housing 212 and a main body 400. The main body 400 is mounted within the housing 212.

The shell 212 is composed of a shell 202, a bottom plate 201 and a panel 102, the upper end of the shell 202 is connected with the panel 102, the panel 102 is fastened with the shell 202 through a screw 211, one end of the panel 102 is provided with a function starting button 101 for starting the machine to work, the other end of the panel 102 is provided with a cover 104 for placing pre-crushed objects after being opened, the middle position of the panel 102 is provided with a switch button 103 of the cover, a buckle 218 originally buckled on the cover retreats by pressing the switch button 103, so that the cover 104 is opened under the action of a spring, one side of the buckle 218 is provided with a cover induction switch 219, the lower end of the shell 202 is fastened with the bottom plate 201 through a screw 300, and the bottom plate 201 is respectively provided with a crushing system, a drainage system, a power socket 232, an ozone generator and a negative ion generator.

Fig. 4 is a view of the main body of the multifunctional processor for a toilet. The main body 400 of the multifunctional toilet disposer includes a pretreatment chamber, a spray system, a circulation system, a pulverization system, a drainage system, and a control system.

The spraying system consists of a spraying cover 220 and a spraying seat 221. The spray cover 220 is located above the spray seat 221, the spray seat 221 is assembled above the pretreatment cavity 229, the spray cover 220 and the spray seat 221 are fastened together through screws 317 and can also be fixed by glue or a conventional fixing manner, after the spray cover 220 and the spray seat 221 are fixed in a matching manner, a diversion trench 225 on the spray seat 221 forms an annular space, small water spray ports 226 are uniformly distributed on the diversion trench 225 in the spray seat 221, a water inlet 227 is arranged on one side of the diversion trench 225, and the diversion trench is connected with the water inlet valve 234 through a pipeline 233. The pre-treatment chamber 229 is used to hold waste materials to be flushed down a drain, such as sanitary napkins, toilet paper, diapers, hair, packaging, etc. in preparation for shredding.

The other end of the water inlet valve 234 is connected to a tap water pipe, a reclaimed water pipe, or the like for supplying user water. Water enters the spraying system through the water inlet valve 234 and is sprayed on the inner wall of the pretreatment cavity 229 through the water spray ports 226 on the spray seats 221 in the spraying system so as to flush dirt on the inner wall of the pretreatment cavity 229 and clean the inner wall of the pretreatment cavity 229.

The inlet valves 234 may be mounted on any of the sides of the base plate to form different embodiments. The position of the water inlet valve 234 is set mainly in consideration of the position of the toilet water pipe, so that the disposer can be conveniently installed.

In one implementation, the inlet valve 234 may be a one-way water switch. If operated manually, it can be a general mechanical water switch.

The pre-treatment chamber 229 is used to contain objects to be shredded, such as sanitary napkins and the like. The pre-treatment chamber 229 may be a barrel or other shaped container. Is a container for containing the sanitary towel. The size or shape of the container may be varied at will, but must be sufficient to contain sanitary napkins, diapers, cartons and the like which are intended to be shredded.

One side of the upper part of the pretreatment chamber 229 is provided with a hole site for connection of a circulation system, one side of the lower part of the pretreatment chamber 229 is provided with an arc 231, so that a pretreated object, such as a sanitary napkin, can slide into the treatment chamber 239 along the arc 231 after being placed in the pretreatment chamber 229, the other corresponding side is a space matched with the crushing system, the space can be round or square, and the like, the bottom of the pretreatment chamber 229 is provided with a water discharge groove 237, the water discharge groove 237 is composed of a row of rectangular holes 301, the water discharge groove 237 can also be composed of holes with other shapes according to different embodiments, the main principle is to prevent large objects which are not crushed from flowing into the water discharge system, and after crushing, the crushed particles flow into the water discharge system through the holes 301 on the water discharge groove 237.

The side wall of the pretreatment cavity 229 is provided with a deflector 316, the deflector 316 is fixed on the pretreatment cavity 229 through a screw 315, the water flow in the pretreatment cavity 229 is turned over under the action of the circulating system in the process of crushing, the water flow is kept to roll in the pretreatment cavity 229 and cannot be attached to an external cavity opening when being turned over under the action of the deflector 316, the other side wall of the pretreatment cavity 229 is provided with a water level height detection point 228 and a maximum water level protection point 222, when the water level reaches the water level height detection point 228, a loop is formed with a water level reference point 302 arranged in a drainage system, so as to detect the height of the water level, in other embodiments, one or more water level height detection points can be used for meeting the water level required for crushing different objects, the maximum water level protection point 222 can be used in the case that other devices have faults, such as the water level height detection point 228, the water level rises all the time, after reaching the highest water level protection point 222, the water inlet valve 234 is closed to play a role of protection, the detection of the water level can also be sensed in other modes, such as a floating ball, an air pressure switch and the like, a protection water outlet 401 is also arranged above the highest water level protection point 222 and is connected with the drain valve body 303 through a hose 403, and under the condition that the water level height detection point 228 and the highest water level protection point 222 are totally failed, when the water level continuously rises to the protection water outlet 401 in the pretreatment cavity, the water flows into the drain valve body 309 through the protection water outlet 401 and finally flows into a sewer pipe to play a role of protection.

The crushing system consists of a knife set, a motor 204, an impeller 242, a crushing support 206 and anti-winding plastic 230. The crushing support 206 is cylindrical, and can also be in other shapes, one end of the crushing support is provided with a round hole 243 matched with the motor 204, a sealing ring 205 is arranged at the matching position, the crushing bracket 206 is fastened together with the motor 204 through a screw 208, the motor 204 is fixed on the bottom plate 201 through a fixed steel belt 207 and a screw, the impeller 242 is arranged on the exposed rotating shaft 203 of the motor 204, the front end of the impeller 242 is provided with the knife set, the other end of the crushing support 206 is an open hollow cylinder, the inside of the crushing support 206 is provided with a positioning column 214, the knife set is positioned on the crushing support 206 through the positioning column 214 and is fastened on the crushing support 206 through a screw 215, the outside of one end of the crushing support 206 is connected with the pretreatment cavity 229 at an angle of 90 degrees to form a treatment cavity 239, so that after the pretreatment object is placed into the pretreatment cavity 229, can quickly enter the treatment cavity 239 along the cambered surface 231 on the pretreatment cavity 229 for crushing.

The knife set consists of a fixed knife 609, a movable knife 608, a gasket 607, an elastic element 606, a knife bracket 603 and a knife fastening plate 604, and the structure refers to fig. 5 and 6, and fig. 5 is a top view of the knife set of the multifunctional toilet disposer. Fig. 6 is a sectional view of the knife set of the multifunctional toilet disposer in the direction of C-C. The cutter set is an independent device which can be detached independently so as to be convenient for maintenance or cleaning, the upper end of the blade support 603 is provided with a step 602, the outside of the step 602 is provided with a chamfer 601 so that crushed objects can better enter a cutter edge, the main body of the fixed cutter 609 is circular, three triangular cutter teeth 502 which extend inwards are distributed on the circular ring, two

cutter edges

503 and 504 are respectively arranged on the cutter teeth 502, after the fixed cutter 609 is arranged in the blade support 603, one side of the fixed cutter 609 is attached to the step 602 on the blade support 603, the other side of the fixed cutter 609 is attached to the movable cutter 608, the main body of the movable cutter 608 is cylindrical, four cutter heads 501 are uniformly distributed in the cylinder, cutter edges 505 and cutter edges 506 are distributed on two sides of the cutter heads, after the movable cutter 608 is matched with the fixed cutter 609, the cutter 505 on the movable cutter 608 and the cutter edge 503 on the fixed cutter 609 are in a counterclockwise rotating state, an inward shearing effect can be formed, and the movable cutter 608 is in a, the knife edge 506 on the movable knife 608 and the knife edge 504 on the fixed knife 502 form an inward shearing force, only one knife tooth and one knife head of three fixed knives and four knife heads of four movable knives shear in the shearing process, simultaneous shearing does not occur, the force is too large when simultaneous shearing is prevented, one face of the movable knife 608 is attached to the fixed knife 609 after being installed in the blade support 603, the anti-winding plastic piece 230 is installed in the center of the movable knife 608, the other face of the movable knife is attached to the gasket 607, the gasket 607 is in an annular shape, the elastic element 606 is installed below the gasket 607, and finally the fixed knife 609, the movable knife 608 and the gasket 607 are fastened in the blade support 603 through the screw 605 by the blade fastening plate 604. The motor 204 drives the moving blade 608 to rotate through the impeller 242 during the crushing process, so that the

knife edges

505 and 506 of the moving blade 608 and the

knife edges

503 and 504 of the fixed blade 609 shear mutually, and the pre-crushed objects are cut into fine particles when passing through the moving blade 608 and the fixed blade 609.

The main body of the fixed cutter 609 is circular, three triangular cutter teeth 502 extending inwards are distributed on the circular ring, and in different embodiments, different numbers of cutter teeth and cutter teeth with different shapes such as long strips can be used for meeting the requirements of shearing.

The main body of the moving blade 608 is a cylinder, four knife edges 501 are uniformly distributed in the cylinder, in different embodiments, the number of the knife edges can be reduced or increased to meet the requirement of cutting different objects, and the main principle is that the moving blade 608 and the fixed blade can form a shearing force.

After the knife set and the crushing support 206 are assembled, a suction cavity 241 is formed, the impeller 242 is positioned in the suction cavity 241, a water port 213 connected with the circulating system is arranged on the suction cavity 241, and under the rotation of the impeller 242, water and treatment objects in the treatment cavity 239 are sucked into the suction cavity 241 and then enter the circulating system through the water port 213 on the suction cavity 241.

In an embodiment, after the sanitary napkin is placed in the pre-treatment chamber 229 and after the water level in the pre-treatment chamber 229 reaches a set level, the sanitary napkin is flushed into the treatment chamber 239 and the shredding system is activated, after the motor 204 is first activated counterclockwise, the impeller 242 is driven to rotate counterclockwise by the motor rotating shaft 203, so that a suction force to the processing chamber 239 is generated in the suction chamber 241, the sanitary towel flows to the knife set by the suction force, the moving knife 608 on the knife set is tightly attached to the fixed knife 609 to rotate at high speed under the driving of the impeller 242, so that the cutter teeth 502 on the fixed cutter 609 and the cutter head 501 on the movable cutter 608 form high-speed shearing force, when the sanitary towel passes through the cutter set, after being cut into fine particles under the action of high-speed shearing force, the fine particles enter a suction cavity 241, and then water and the cut fine particles are flushed into a circulating system by an impeller 242 through a water gap 213 on the suction cavity and finally flow back into the pretreatment cavity 229; under the condition that the motor rotates clockwise, the impeller 242 is driven to rotate clockwise by the motor rotating shaft 203, so that a thrust force to the treatment cavity 239 is generated in the suction cavity 241, when the sanitary towel is attached to the fixed knife 609, the sanitary towel is retracted into the treatment cavity 239 under the action of the thrust force, and the sanitary towel is crushed again by the knife set when the motor 204 rotates anticlockwise next time.

In other embodiments, the process may vary, and multiple counterclockwise and clockwise rotations may be used.

The circulating system mainly comprises a connecting pipeline 216 and a water outlet elbow 223, one end of the connecting pipeline 216 is connected with the water port 213 on the outer side of the crushing support 206, the other end of the connecting pipeline is connected with the water outlet elbow 223, the water outlet elbow 223 is assembled on the side wall of the pretreatment cavity 229, and the water outlet elbow 223 is fixed on the side wall of the pretreatment cavity 229 through glue and other modes.

The outlet elbow 223 is mounted on the sidewall of the pretreatment chamber 229 at a height higher than the water level detection point 228.

In a specific embodiment, after the crushing system sucks the crushed objects into the suction chamber 241, the crushed objects enter the connecting pipeline 216 through the water gap 213 on the crushing support 206 and then are flushed into the pretreatment chamber 229 through the water outlet elbow 223, on one hand, the flushed crushed objects have an impact force, so that the pretreated objects floating on the water surface can be flushed into the treatment chamber 239 for crushing treatment, and on the other hand, the crushed objects can be crushed again through the crushing system, so that the crushed particles of the objects are finer.

The drainage system comprises a diversion trench 303, a drainage valve body 309, a valve plate 308, a drainage motor 314, a connecting shaft sleeve 311, a valve plate fixing plate 318, a motor bracket 310, a travel switch 313, a connecting pipe 405 and a water outlet 406, wherein the diversion trench 303 is a U-shaped trench body, a plurality of fixing supports 238 are distributed outside the trench body, the diversion trench 303 is fastened at the bottom of the pretreatment cavity 229 through screws 236, the bottom of the diversion trench 303 is a plane or arc surface 304 with a slope, one end of the diversion trench 303 is provided with a drainage hole 305, so that crushed objects can be quickly drained through the drainage hole 305 along the slope 304, the side surface of the other end is provided with a water level reference point 302, the drainage valve body 309 is a circular pipe and is fixed on the bottom plate 201 through screws 307, one side of the circular pipe is provided with a water inlet hole 306 connected with the drainage hole 305 of the diversion trench 303, the valve plate 308 is arranged in the middle of the, the valve plate 308 is connected with the drainage motor 314 through the connecting shaft sleeve 311, the drainage motor 314 is fixed on the motor bracket 310 through the screw 312, the motor bracket 310 is fixed on the drainage valve body 309 through the screw 312, the main body of the connecting shaft sleeve 311 is cylindrical, two ends of the connecting shaft sleeve 311 are respectively connected with the drainage motor 314 and the valve plate 308, a cross rod 319 is arranged outside the circle, when the drainage motor 314 rotates, the connecting shaft sleeve 311 drives the valve plate 308 to rotate, so that the functions of water drainage and water shutoff are realized, when the drainage motor 312 rotates in the water shutoff state, the cross rod 319 on the connecting shaft sleeve 311 is driven by the motor to touch a travel switch 313 arranged on the motor bracket 310, the drainage motor 314 stops rotating, the valve plate 308 is closed in place, the water outlet 406 is arranged on the bottom plate 201, one end of the water outlet 406 is connected with the drainage valve body 309 through the connecting pipe 405, the other end of the water,

in a specific embodiment, after the function start button 101 on the panel 102 is pressed, the drain motor 314 rotates to drive the valve plate 308 to rotate through the connecting shaft sleeve 311, until the cross bar 319 on the connecting shaft sleeve 311 touches the travel switch 313, the drain motor 314 stops rotating. Finally, after the crushing is finished, the drainage motor 314 rotates reversely, the connecting shaft sleeve 311 drives the valve plate 308 to rotate, the crushed particles and water flow into the diversion trench 303 through the drainage trench 237 at the bottom of the pretreatment cavity 229, flow into the drainage valve body 309 through the water outlet 305 of the diversion trench 303 along the bottom inclined plane 304 of the diversion trench 303, and then flow into the sewer pipe through the water outlet 406 along the drainage valve body 309 and the connecting pipe 405.

The control system comprises a cover sensing switch 219, a water inlet valve 234, a water level sensing device, a circuit board 210, a circuit board bracket 209, a drain motor 314 and a function starting button 101, wherein the water level sensing device comprises the water level reference point 302, a water level height detection point 228 and a highest water level protection point 222, and after the water level reaches the water level height detection point 228 or the highest water level protection point 222, the water level reference point 302 and the water level height detection point 228 or the highest water level protection point 222 form a loop by using water as a conductor, so that the reaching height of the sensed water level is achieved. The circuit board 210 is fixed on the circuit board bracket 209 by a screw 404, and the circuit board bracket 209 is fastened on the bottom plate 201 by a screw 407.

In one embodiment, the cover switch button 103 is pressed first, the cover 104 is opened, the object to be crushed is placed into the pre-processing chamber 229, and then the cover 104 is closed, such that the cover sensor switch 219 is turned on, after the cover sensing switch 219 is turned on, the water inlet valve 234 is energized, and simultaneously the water discharge motor 314 is turned on, so that the water discharge system is in a water-off state, and at the same time, water is sprayed into the pretreatment cavity 229 through the water inlet valve 234 by the spraying system, when the water level in the pretreatment cavity 229 reaches the preset height through the water level sensing device, in the setting program of the circuit board 210, different crushing programs can be corresponded to different crushed objects, so that the crushing system can perfectly crush the pretreated objects, then the drainage motor 314 is started again to rotate reversely, so that the crushed particles are discharged into a drainage system through the drainage groove 237 at the bottom of the pretreatment chamber 229 and finally into a sewer line through the drainage system.

The ozone generator and the anion generator are respectively assembled on the bottom plate 201, and can be selectively started through a function starting button 101 on the panel, so that the ozone generator and the anion generator are used for sterilizing and refreshing air in a toilet.

The invention discloses a multifunctional toilet processor with a new structure, which mainly utilizes the combined action of water circulation and blades to crush part of garbage generated in a toilet, has the function of processing articles such as sanitary towels, toilet paper, diapers, condoms and the like into fragments by using less water, and has the advantage of relatively short time. Some embodiments are described in the present invention, but the protection content of the present invention is not limited to the contents of the embodiments, and other similar technical solutions or technical solutions that are easily conceivable by those skilled in the art and their extensions are included.

Claims

1. A multifunctional toilet disposer comprises a shell (212) and a main body (400), wherein the main body (400) is installed in the shell (212), and is characterized in that the shell (212) comprises a shell (202), a panel (102) and a bottom plate (201), the panel (102) is connected to the upper part of the shell (202), the bottom plate (201) is connected to the lower part of the shell, the main body (400) comprises a pretreatment cavity (229), a spraying system, a circulating system, a smashing system, a water discharging system and a control system, the circulating system is connected with the smashing system and the pretreatment cavity (229), the spraying system is connected to the upper part of the pretreatment cavity (229), the water discharging system is assembled at the bottom of the pretreatment cavity, and the control system is used for controlling the water discharging system, the smashing system and the spraying system;

the crushing system consists of a knife set, a motor (204), an impeller (242) and a crushing support (206), and is fixed on the bottom plate (201) through a fixed steel belt (207) or a screw and connected with the pretreatment cavity (229) at 90 degrees;

the circulating system mainly comprises a connecting pipeline (216) and a water outlet elbow (223), one end of the connecting pipeline (216) is connected with a water port (213) on a crushing support (206) on the crushing system, the other end of the connecting pipeline is connected with the water outlet elbow (223), the water outlet elbow (223) is assembled on the side wall of the pretreatment cavity (229), and the water outlet elbow (223) is fixed on the side wall of the pretreatment cavity (229) through glue or screws;

a flow deflector (316) is arranged on the side wall of the pretreatment cavity (229), a water level height detection point (228) and a highest water level protection point (222) are arranged on the other side wall of the pretreatment cavity (229), a protection water outlet (401) is also arranged above the highest water level protection point (222), and the protection water outlet (401) is connected with a drain valve body (303) through a hose (403);

the water outlet elbow (223) is assembled on the side wall of the pretreatment cavity (229), and the assembly height of the water outlet elbow (223) is higher than the water level height detection point (228);

the knife tackle consists of a fixed knife (609), a movable knife (608), a gasket (607), an elastic element (606), a blade bracket (603) and a blade fastening plate (604), wherein the fixed knife (609), the movable knife (608), the gasket (607) and the elastic element (606) are sequentially placed in the blade bracket (603), and are finally fastened by the blade fastening plate (604) through screws (605);

the upper end of the blade support (603) is provided with a step (602), and the outside of the step (602) is provided with a chamfer (601);

the main body of a fixed knife (609) on the knife group is annular, three triangular knife teeth (502) extending inwards are distributed on the annular ring, a first knife edge (503) and a second knife edge (504) are respectively arranged on the knife teeth (502), the main body of the movable knife (608) is cylindrical, four knife heads (501) are uniformly distributed in the main body, a third knife edge (505) and a fourth knife edge (506) are distributed on two sides of each knife head, after the movable knife (608) is matched with the fixed knife (609), the movable knife (608) is in a counterclockwise rotating state, the third knife edge (505) on the movable knife (608) and the first knife edge (503) on the fixed knife (609) can form an inward shearing effect, and the fourth knife edge (506) on the movable knife (608) and the second knife edge (504) on the fixed knife (609) can also form an inward shearing force when the movable knife (608) is in a clockwise rotating state, in the shearing process, only one cutter tooth and one cutter head of the cutter teeth of the three fixed cutters and the cutter heads of the four movable cutters shear, and simultaneous shearing cannot occur;

after the movable blade (608) is arranged in the blade support (603), one surface of the movable blade is attached to the fixed blade (609), an anti-winding plastic part (230) is arranged at the center of the movable blade, the other surface of the movable blade is attached to the gasket (607), the gasket (607) is in a circular ring shape, the elastic element (606) is arranged below the gasket (607), and finally the fixed blade (609), the movable blade (608) and the gasket (607) are fastened in the blade support (603) through screws (605) by the blade fastening plate (604).

2. The multi-functional toilet disposer of claim 1, wherein the pretreatment chamber (229) has a drain (237) at the bottom, the drain (237) being formed by a row of rectangular holes (301).

3. The multi-functional toilet treatment machine according to claim 1, wherein said knife assembly is a separate unit that can be detached separately.

4. The multi-functional toilet disposer of claim 1, wherein the knife assembly, the shredder support (206), and the motor (204) are assembled to form a suction chamber (241), the impeller (242) is disposed in the suction chamber (241), and the suction chamber (241) has a nozzle (213) connected to the circulation system.

5. The multi-functional processor of the toilet according to claim 1, characterized in that the bottom plate (201) is equipped with an ozone generator and a negative oxygen ion generator, respectively.