阅读说明：本技术 一种室内厨余污物处理装置 (Indoor kitchen waste treatment device ) 是由 陈建祥 于 2019-12-03 设计创作，主要内容包括：本发明涉及一种室内厨余污物处理装置,包括洗碗槽固液分离部件、初级破碎部件、精细破碎部件、粉碎部件、过滤除杂部件、泡沫除杂部件、储油部件和中水处理部件。通过对各个部件进行设置,使得厨房内无需设置下水道,并且可以在厨余垃圾产生初期即可将进行初级处理,破碎消毒之后可以进行相对长时间的储存,避免了每天对厨余垃圾的收集处理。(The invention relates to an indoor kitchen waste treatment device which comprises a bowl washing groove solid-liquid separation part, a primary crushing part, a fine crushing part, a filtering and impurity removing part, a foam impurity removing part, an oil storage part and a reclaimed water treatment part. Through setting up each part for need not to set up the sewer in the kitchen, and can produce the initial stage at rubbish from cooking and can carry out primary treatment, can carry out relatively long-time storage after the broken disinfection, avoided the collection of rubbish from cooking to handle every day.)

1. An indoor kitchen waste treatment device is characterized by comprising a bowl washing groove solid-liquid separation part, a primary crushing part, a fine crushing part, a filtering and impurity removing part, a foam impurity removing part, an oil storage part and a reclaimed water treatment part;

the bowl washing tank solid-liquid separation component comprises a bowl washing tank, a water tank dirt discharge port, a sewage temporary storage cavity, a solid-liquid separation rotary drum, a bottom transverse baffle, a baffle rotating shaft, a temporary storage cavity water outlet, a separation rotary drum discharge port, a rotary drum driving motor, a discharge cavity and a discharge cavity outlet; the sewage temporary storage cavity is arranged at the bottom and the side part of the bowl washing groove, the temporary storage cavity water outlet is arranged at the side bottom of the sewage temporary storage cavity, the solid-liquid separation rotary drum is vertically arranged in the sewage temporary storage cavity below the sewage temporary storage cavity, the solid-liquid separation rotary drum is of a cylindrical structure with a through top and a through bottom and is rotationally connected with the sewage temporary storage cavity through a bearing, the top opening of the solid-liquid separation rotary drum is communicated with the sewage temporary storage cavity, the bottom opening of the solid-liquid separation rotary drum is communicated with the storage cavity, the side wall of the solid-liquid separation rotary drum is of a structure with densely distributed through holes, the bottom center of the bottom of the solid-liquid separation rotary drum is provided with a drum bottom, the drum bottom is fixedly connected with the bottom of the solid-liquid separation rotary drum through a plurality of stainless steel bars, and a gap between the drum bottom and the drum wall of the bottom of the solid-liquid separation rotary drum forms, an output shaft of the rotating cylinder driving motor is connected with the bottom of the cylinder and drives the cylinder to rotate, the bottom transverse baffle is transversely arranged in the solid-liquid separation rotating cylinder at the upper part of the bottom of the cylinder, the baffle rotating shaft capable of rotating is arranged on the outer wall of the solid-liquid separation rotating cylinder, and the bottom transverse baffle can be pulled out of the cylinder or inserted into the cylinder through the rotation of the baffle rotating shaft and the meshing of the baffle rotating shaft and the densely-arranged teeth arranged on the bottom transverse baffle; the discharging cavity is arranged at the bottom of the temporary sewage storage cavity, and a discharging cavity outlet is arranged at the bottom of the discharging cavity;

the primary crushing part comprises a primary crushing cavity, a primary crushing cavity inlet, a primary crushing cavity outlet, a primary crushing shaft, primary crushing blades and a primary crushing motor; the primary crushing cavity is of a transverse cylindrical structure, the primary crushing shaft is transversely arranged in the primary crushing cavity, the primary crushing blades are arranged on the primary crushing shaft in a single-spiral mode, the primary crushing motor is arranged outside the primary crushing cavity and is connected with one end of the primary crushing shaft through a coupler and drives the primary crushing shaft to rotate, the inlet of the primary crushing cavity is arranged at the top of the primary crushing cavity and is communicated with the outlet of the discharging cavity, and the outlet of the primary crushing cavity is arranged at the bottom of the primary crushing cavity on one side far away from the inlet of the primary crushing cavity;

the fine crushing component comprises a fine crushing cavity, a fine crushing cavity inlet, a fine crushing shaft, fine crushing internal teeth, fine crushing external teeth, a fine crushing cavity discharge port and a fine crushing shaft driving motor: the fine crushing cavity is of a vertically arranged cylindrical structure, an inlet of the fine crushing cavity is arranged on the top wall of the fine crushing cavity and is communicated with an outlet of the primary crushing cavity, the fine crushing shaft is vertically arranged in the fine crushing cavity, a plurality of rows of fine crushing inner teeth are arranged on the fine crushing shaft at intervals, a plurality of rows of fine crushing outer teeth are arranged on the inner side wall of the fine crushing cavity, each row of fine crushing outer teeth and each row of fine crushing inner teeth are arranged at intervals, the fine crushing shaft driving motor is arranged at the outer bottom of the fine crushing cavity and is connected with the fine crushing shaft through a coupler and drives the rotation of the fine crushing shaft, and an opening is arranged on the outer circumferential part of the bottom wall of the fine crushing cavity to form a discharge port of the fine crushing cavity;

the crushing part is arranged below the fine crushing part and comprises a crushing cavity, a crushing cavity inlet, an extrusion crushing roller, a driving transmission box, a disinfectant powder adding box, a crushing cavity discharge port and a solid waste storage box; the crushing cavity inlet is arranged on the top wall of the crushing cavity and is communicated with the fine crushing cavity discharge port, the extrusion crushing rollers are provided with a plurality of rollers which are all transversely arranged in the crushing cavity, materials are crushed through rotation of two adjacent extrusion crushing rollers, the driving transmission box is arranged on the outer side wall of the crushing cavity and is connected with the extrusion crushing rollers and drives the extrusion crushing rollers to rotate, the disinfectant powder adding box is arranged at the outer top of the crushing cavity and is communicated with the inside of the crushing cavity through an opening, the disinfectant powder adding box is used for uniformly spraying disinfectant powder into the crushing cavity, the crushing cavity discharge port is arranged on the bottom wall of the crushing cavity, and the solid waste storage box is communicated with the crushing cavity discharge port through a waste inlet arranged at the top;

the impurity filtering and removing component comprises an impurity filtering and removing pipe, inclined filtering plates and an upper sewage discharge pipe, wherein an inlet pipe orifice of the impurity filtering and removing pipe is communicated with a temporary storage cavity water outlet, a plurality of inclined filtering plates are arranged in the impurity filtering and removing pipe, and a plurality of upper sewage discharge pipes are communicated downwards on the bottom wall of the impurity filtering and removing pipe.

2. The indoor kitchen waste treatment device according to claim 1, wherein said foam cleaning member comprises a foam chamber, a foam chamber water inlet, a foam chamber inlet baffle, an inlet projection, a foam chamber air outlet, a foam chamber water outlet, a first water level sensor, a second water level sensor, an oil outlet, an aeration chamber, an aeration opening, an air inlet pipe and an air inlet fan; the foam chamber water inlet is arranged at the uppermost part of one side wall of the foam chamber and is communicated with the outlet pipe opening of the filtering impurity removal pipe, the foam chamber inlet baffle is hinged on the inner side wall of the foam chamber at the upper side of the foam chamber water inlet, the inlet convex block is arranged on the inner side wall of the foam chamber at the lower side of the foam chamber water inlet, the lower side of the foam chamber inlet baffle is erected on the inlet convex block, a first water level sensor and a second water level sensor are sequentially arranged on the inner side wall of the foam chamber below the foam chamber water inlet from top to bottom, the oil discharge opening is arranged on the inner side wall of the foam chamber between the first water level sensor and the second water level sensor, the aeration cavity is arranged at the inner bottom of the foam chamber, a plurality of aeration openings are densely arranged on the top wall of the aeration cavity and are used for spraying gas in the aeration cavity into the foam chamber, and the aeration pipeline is communicated with the inner part, the air inlet pipeline is provided with the air inlet fan; the top wall of the foam chamber is provided with a foam chamber exhaust port, and the side wall of the foam chamber at the upper part of the aeration cavity is provided with a foam chamber water outlet;

the oil storage part comprises an oil storage chamber inlet, an oil storage chamber inlet pipe, a lower blow-off pipe, an oil storage chamber, a condensing chamber, a resistance heating rod, a condensing pipe, a condensate temporary storage tank and a condensate discharge pipe; the oil storage chamber inlet is arranged at the top end of one side wall of the oil storage chamber, one end of the oil storage chamber inlet pipe is communicated with the oil outlet of the foam chamber, the other end of the oil outlet is communicated with the oil removal chamber inlet, the lower blow-off pipe is arranged in the middle section of the oil storage chamber inlet pipe, the oil storage chamber and the bottom of the condensation chamber are arranged in parallel and are communicated through an opening, the resistance heating rod is arranged at the inner bottom of the condensation chamber, the condensation pipe is arranged at the inner top of the condensation chamber and is communicated with a condensed water temporary storage tank arranged outside the condensation chamber, the condensed water temporary storage tank is used for temporarily storing condensed water collected from the condensation pipe, and the condensed water discharge pipe is arranged on the condensed water temporary storage tank,

the reclaimed water treatment component comprises an adsorption chamber, an adsorption chamber water inlet, a quartz sand adsorption layer, an adsorption chamber water outlet, a reclaimed water conveying pipe and a reclaimed water temporary storage tank; the adsorption chamber water inlet set up on the top of adsorption chamber and with foam chamber outlet intercommunication, the quartz sand adsorbed layer is horizontal in the adsorption chamber, the adsorption chamber delivery port sets up the bottom at the adsorption chamber, well water conveying pipe one end and adsorption chamber delivery port intercommunication other end and well water temporary storage case intercommunication, well water temporary storage case sets up on indoor toilet upper portion and carries out the well water supply to indoor toilet.

3. The indoor kitchen waste treatment device according to claim 1, wherein the fine broken internal teeth are provided with internal tooth heads, the fine broken external teeth are provided with external tooth heads, and the internal tooth heads and the external tooth heads are both made of hard alloy with roughened surfaces.

4. An indoor kitchen waste treatment device according to claim 1, wherein said inclined filter plate is inclined in such a manner that the top thereof is close to the inlet opening of the filtering and decontaminating pipe.

5. An indoor kitchen waste treatment device according to claim 1, wherein the upper drain pipe is arranged at the joint of the inclined filter plate and the bottom wall of the impurity filtering and removing pipe and is arranged in the direction of the inclined filter plate close to the inlet of the impurity filtering and removing pipe (impurities are collected in the upper drain pipe after being blocked by the inclined filter plate).

6. An indoor kitchen waste treatment device according to claim 1, characterized in that the inlet end of said air inlet duct is disposed outdoors.

7. An indoor kitchen waste treatment device according to claim 1, wherein when said first water level sensor detects that the water level is higher than the first water level sensor, the foam chamber drain is opened and the oil drain is closed, when the water level is lower than the first water level sensor, the oil drain is opened, when the second water level sensor detects that the water level is lower than the second water level sensor, the foam chamber drain is closed, and when the second water level sensor detects that the water level is higher than the second water level sensor, the oil drain is opened.

8. An indoor kitchen waste treatment device according to claim 1, characterized in that said lower drain pipe is a vertical pipe having a top portion communicating with the inlet pipe of the oil storage chamber and a bottom portion provided with a cover.

9. An indoor kitchen waste treatment device according to claim 1, wherein said quartz sand adsorption layer is formed by sandwiching quartz sand particles between upper and lower stainless steel wire meshes.

Technical Field

The invention relates to the field of intelligent home furnishing and waste treatment, in particular to an indoor kitchen waste treatment device.

Background

With the popularization of garbage classification, research on garbage recycling is further deepened, the treatment of kitchen waste is mainly divided into the treatment of kitchen waste water and the treatment of kitchen waste solids, the treatment object of the kitchen waste solids at present is the kitchen waste collected and kept still for a certain time, once the garbage is kept still for a certain time, a large number of harmful microorganisms in the garbage can rapidly grow, certain trouble is brought to the treatment, a process is required to be added to specially treat the harmful microorganisms, and if the garbage is treated at the initial stage, the process can be reduced, so that the cost is effectively saved in the whole process. The kitchen sewage is mainly discharged into a sewage well through a kitchen sewer pipe and is treated together with other waste water, but due to different components and characteristics of different waste water, if the kitchen sewage can be treated at the early stage of kitchen waste water generation, the treatment flow can be simplified due to targeted treatment.

Disclosure of Invention

Aiming at the technical problem, the invention provides an indoor kitchen waste treatment device.

The method is realized by the following technical means:

an indoor kitchen waste treatment device comprises a bowl washing groove solid-liquid separation part, a primary crushing part, a fine crushing part, a filtering and impurity removing part, a foam impurity removing part, an oil storage part and a reclaimed water treatment part.

The bowl washing tank solid-liquid separation component comprises a bowl washing tank, a water tank dirt discharge port, a sewage temporary storage cavity, a solid-liquid separation rotary drum, a bottom transverse baffle, a baffle rotating shaft, a temporary storage cavity water outlet, a separation rotary drum discharge port, a rotary drum driving motor, a discharge cavity and a discharge cavity outlet; the sewage temporary storage cavity is arranged at the bottom and the side part of the bowl washing groove, the temporary storage cavity water outlet is arranged at the side bottom of the sewage temporary storage cavity, the solid-liquid separation rotary drum is vertically arranged in the sewage temporary storage cavity below the sewage temporary storage cavity, the solid-liquid separation rotary drum is of a cylindrical structure with a through top and a through bottom and is rotationally connected with the sewage temporary storage cavity through a bearing, the top opening of the solid-liquid separation rotary drum is communicated with the sewage temporary storage cavity, the bottom opening of the solid-liquid separation rotary drum is communicated with the storage cavity, the side wall of the solid-liquid separation rotary drum is of a structure with densely distributed through holes, the bottom center of the bottom of the solid-liquid separation rotary drum is provided with a drum bottom, the drum bottom is fixedly connected with the bottom of the solid-liquid separation rotary drum through a plurality of stainless steel bars, and a gap between the drum bottom and the drum wall of the bottom of the solid-liquid separation rotary drum forms, an output shaft of the rotating cylinder driving motor is connected with the bottom of the cylinder and drives the cylinder to rotate, the bottom transverse baffle is transversely arranged in the solid-liquid separation rotating cylinder at the upper part of the bottom of the cylinder, the baffle rotating shaft capable of rotating is arranged on the outer wall of the solid-liquid separation rotating cylinder, and the bottom transverse baffle can be pulled out of the cylinder or inserted into the cylinder through the rotation of the baffle rotating shaft and the meshing of the baffle rotating shaft and the densely-arranged teeth arranged on the bottom transverse baffle; the discharging cavity is arranged at the bottom of the temporary sewage storage cavity, and an outlet of the discharging cavity is arranged at the bottom of the discharging cavity.

The primary crushing part comprises a primary crushing cavity, a primary crushing cavity inlet, a primary crushing cavity outlet, a primary crushing shaft, primary crushing blades and a primary crushing motor; the primary crushing cavity is of a transverse cylinder structure, the primary crushing shaft is transversely arranged in the primary crushing cavity, the primary crushing blades are arranged on the primary crushing shaft in a single-spiral mode, the primary crushing motor is arranged outside the primary crushing cavity and is connected with one end of the primary crushing shaft through a coupler and drives the primary crushing shaft to rotate, an inlet of the primary crushing cavity is arranged at the top of the primary crushing cavity and is communicated with an outlet of the discharging cavity, and an outlet of the primary crushing cavity is arranged at the bottom of the primary crushing cavity far away from one side of the inlet of the primary crushing cavity.

The fine crushing component comprises a fine crushing cavity, a fine crushing cavity inlet, a fine crushing shaft, fine crushing internal teeth, fine crushing external teeth, a fine crushing cavity discharge port and a fine crushing shaft driving motor: the thin broken chamber is the tubular structure of vertical setting, thin broken chamber entry set up on the roof in thin broken chamber and with elementary broken chamber export intercommunication, at the vertical broken axle that is provided with of thin broken intracavity, be provided with the multirow at thin broken epaxial interval thin broken internal tooth is provided with the multirow on the inside wall in thin broken chamber thin broken external tooth, every row thin broken external tooth and every row thin broken internal tooth interval sets up, thin broken axle driving motor set up in the outer bottom in thin broken chamber and through the shaft coupling with thin broken axle is connected and is driven thin broken rotation of axle, is provided with the opening in the outer peripheral part of the diapire in thin broken chamber and forms thin broken chamber discharge gate.

The crushing part is arranged below the fine crushing part and comprises a crushing cavity, a crushing cavity inlet, an extrusion crushing roller, a driving transmission box, a disinfectant powder adding box, a crushing cavity discharge port and a solid waste storage box; smash the chamber entry set up on the roof of smashing the chamber and with thin broken chamber discharge gate intercommunication, the extrusion is smashed the roller and is provided with many and all transversely putting smashing the intracavity, smashes the rotation of roller through two adjacent extrusions and realize smashing the material, drive transmission case set up on the lateral wall of smashing the chamber and with the extrusion is smashed the roller and is connected and rotate it and drive, the disinfection powder adds the box setting and smashes intracavity portion intercommunication at the outer top in chamber and through the opening, the disinfection powder adds the box and is used for evenly spraying the disinfection powder to smashing the intracavity, smash the chamber discharge gate and set up on the diapire in smashing the chamber, solid waste material bin through set up at the top waste material entry with smash chamber discharge gate intercommunication.

The impurity filtering and removing component comprises an impurity filtering and removing pipe, inclined filtering plates and an upper sewage discharge pipe, wherein an inlet pipe orifice of the impurity filtering and removing pipe is communicated with a temporary storage cavity water outlet, a plurality of inclined filtering plates are arranged in the impurity filtering and removing pipe, and a plurality of upper sewage discharge pipes are communicated downwards on the bottom wall of the impurity filtering and removing pipe.

The foam impurity removing component comprises a foam chamber, a foam chamber water inlet, a foam chamber inlet baffle, an inlet bump, a foam chamber air outlet, a foam chamber water outlet, a first water level sensor, a second water level sensor, an oil outlet, an aeration cavity, an aeration opening, an air inlet pipeline and an air inlet fan; the foam chamber water inlet is arranged at the uppermost part of one side wall of the foam chamber and is communicated with the outlet pipe opening of the filtering impurity removal pipe, the foam chamber inlet baffle is hinged on the inner side wall of the foam chamber at the upper side of the foam chamber water inlet, the inlet convex block is arranged on the inner side wall of the foam chamber at the lower side of the foam chamber water inlet, the lower side of the foam chamber inlet baffle is erected on the inlet convex block, a first water level sensor and a second water level sensor are sequentially arranged on the inner side wall of the foam chamber below the foam chamber water inlet from top to bottom, the oil discharge opening is arranged on the inner side wall of the foam chamber between the first water level sensor and the second water level sensor, the aeration cavity is arranged at the inner bottom of the foam chamber, a plurality of aeration openings are densely arranged on the top wall of the aeration cavity and are used for spraying gas in the aeration cavity into the foam chamber, and the aeration pipeline is communicated with the inner part, the air inlet pipeline is provided with the air inlet fan; the top wall of the foam chamber is provided with the foam chamber exhaust port, and the side wall of the foam chamber at the upper part of the aeration cavity is provided with the foam chamber water outlet.

The oil storage part comprises an oil storage chamber inlet, an oil storage chamber inlet pipe, a lower blow-off pipe, an oil storage chamber, a condensing chamber, a resistance heating rod, a condensing pipe, a condensate temporary storage tank and a condensate discharge pipe; the oil storage room entry sets up the top at a lateral wall of oil storage room, oil storage room inlet tube one end and foam chamber the oil drain intercommunication other end with deoiling room entry intercommunication, and be provided with in the middle section of oil storage room inlet tube the blow off pipe of lower part, the oil storage room with condensation chamber bottom parallel and level set up side by side and are linked together through the opening in the two bottom, and the bottom is provided with in the condensation chamber resistance heating stick is provided with at the interior top of condensation chamber the condenser pipe, condenser pipe and the outside comdenstion water of setting at the condensation chamber are kept in the case intercommunication, the comdenstion water is kept in the case and is used for keeping in the comdenstion water of collecting from the condenser pipe, is provided with on the comdenstion water is kept in the case the com.

The reclaimed water treatment component comprises an adsorption chamber, an adsorption chamber water inlet, a quartz sand adsorption layer, an adsorption chamber water outlet, a reclaimed water conveying pipe and a reclaimed water temporary storage tank; the adsorption chamber water inlet set up on the top of adsorption chamber and with foam chamber outlet intercommunication, the quartz sand adsorbed layer is horizontal in the adsorption chamber, the adsorption chamber delivery port sets up the bottom at the adsorption chamber, well water conveying pipe one end and adsorption chamber delivery port intercommunication other end and well water temporary storage case intercommunication, well water temporary storage case sets up on indoor toilet upper portion and carries out the well water supply to indoor toilet.

Preferably, the fine broken internal teeth are provided with an internal tooth head, the fine broken external teeth are provided with an external tooth head, and the internal tooth head and the external tooth head are both made of a surface-roughened hard alloy.

Preferably, the inclined filter plate is inclined in a way that the top of the inclined filter plate is close to the direction of the pipe inlet of the impurity filtering and removing pipe.

Preferably, the upper sewage draining pipe is arranged at the joint of the inclined filtering plate and the bottom wall of the filtering and impurity removing pipe and is arranged in the direction close to the pipe inlet of the filtering and impurity removing pipe of the inclined filtering plate (impurities are collected in the upper sewage draining pipe after being blocked by the inclined filtering plate).

Preferably, the inlet end of the air inlet pipeline is arranged outdoors.

Preferably, when the first water level sensor detects that the water level is higher than the height of the first water level sensor, the water outlet of the foam chamber is opened and the oil drain port is closed, when the first water level sensor detects that the water level is lower than the height of the first water level sensor, the oil drain port is opened, when the second water level sensor detects that the water level is lower than the height of the second water level sensor, the water outlet of the foam chamber is closed, and when the second water level sensor detects that the water level is higher than the height of the second water level sensor, the oil drain port is opened.

Preferably, the lower sewage draining pipe is a vertical pipeline, the top of the vertical pipeline is communicated with the inlet pipe of the oil storage chamber, and the bottom of the vertical pipeline is provided with a sealing cover.

Preferably, the quartz sand adsorption layer is formed by sandwiching quartz sand particles between an upper stainless steel wire mesh and a lower stainless steel wire mesh.

The invention has the technical effects that:

through set up basin filth discharge port in bowl washing groove lower part, discharge kitchen waste and the sewage and the filth that the cleaning process produced in with the kitchen, greatly reduced the resident manually with filth and sewage separation in the use, then with the process of solid-state kitchen waste collection processing.

Solid-liquid separation rotary cylinders in a centrifugal mode are arranged at the lower part of a bowl washing groove, primary separation is realized on solid garbage and sewage, the solid garbage is subjected to primary crushing, fine breaking and extrusion crushing, disinfection powder is added and then is stored (not only the occupied volume is reduced, but also the breeding of a large amount of harmful microorganisms is avoided), oil and gas bubbles are removed after the sewage is filtered, oil and water are separated, the separated oil mixed with water is separated from the water through evaporation and condensation processes, the water obtained through condensation can be used as indoor cleaning water, residual particles and oil in the water are adsorbed and filtered through quartz sand after the sewage and the oil are separated, then the separated oil and water are stored in a reclaimed water temporary storage box through a pipeline in a flowing manner, reclaimed water in the reclaimed water temporary storage box is used for flushing a toilet bowl in a resident toilet, and the sewage is treated in real time (the initial treatment of the sewage formation, namely the treatment is carried out before the breeding of the harmful microorganisms, the steps are relatively simple), the waste of water resources is avoided, and the water resources are saved. And need not to set up the sewer in the kitchen and need not to set up special kitchen garbage bin, only need regularly empty change solid waste storage tank can.

Through set up the horizontal baffle in bottom to the rotatory bobbin base portion of solid-liquid separation, when rotatory, realize that the solid is inside, with the water centrifugation rotation outside of going out, through extracting the horizontal baffle in bottom after the rotation, release solid waste in the play material chamber, realize elementary solid-liquid separation.

Drawings

FIG. 1 is a schematic interior view of an indoor kitchen waste disposer.

Wherein: 11-a bowl washing tank, 12-a water tank sewage discharge port, 13-a sewage temporary storage cavity, 14-a solid-liquid separation rotary drum, 15-a bottom transverse baffle, 151-a baffle rotating shaft, 16-a temporary storage cavity water outlet, 17-a separation rotary drum discharge port, 18-a rotary drum driving motor, 19-a discharge cavity, 21-a primary crushing shaft, 22-a primary crushing blade, 23-a primary crushing motor, 31-a fine crushing shaft, 32-a fine crushing inner tooth, 33-an inner tooth head, 34-a fine crushing outer tooth, 35-an outer tooth head, 36-a fine crushing cavity discharge port, 37-a fine crushing shaft driving motor, 41-an extrusion crushing roller, 42-a driving transmission case, 43-a disinfection powder adding box, 44-a crushing cavity discharge port, 45-a solid waste storage box, 51-inclined filter plate, 52-upper drain pipe, 60-foam chamber liquid level, 61-foam chamber water inlet, 611-foam chamber inlet baffle, 612-inlet lug, 62-first water level sensor, 63-second water level sensor, 64-oil outlet, 65-aeration chamber, 66-aeration port, 67-air inlet pipeline, 68-air inlet fan, 69-foam chamber exhaust port, 71-oil chamber inlet, 72-lower drain pipe, 73-oil chamber, 74-condensation chamber, 741-resistance heating rod, 742-condensation pipe, 75-condensation water temporary storage tank, 76-condensation water discharge pipe, 81-adsorption chamber water inlet, 82-quartz sand adsorption layer, 83-adsorption chamber water outlet, 84-reclaimed water conveying pipe, 85-intermediate water temporary storage tank.

Detailed Description