CN107413811A - Organic waste microbial processor - Google Patents

Abstract

The invention relates to an organic waste microbial processor, comprising a processor body; a sorting operation table is arranged on the processor body; the sorting operation table includes a sorting table; the sorting table includes a dumping area and a sorting area The middle part of the dumping area is provided with a leaking screen; the sorting area includes a left feeding port, a right feeding port and an electric push rod; the left feeding port and the right feeding port are respectively provided with a left feeding cover and a right feeding cover; the processor body There is a mixing bin and a pulverizer inside. The side wall of the processor body is equipped with a lifting device for lifting and turning organic waste. The top of the mixing bin is equipped with a ventilation and cooling device, and a stirring device is arranged inside the mixing bin; The work efficiency reduces the labor intensity of the staff; the garbage collection box is lifted by the lifting frame device, without the trouble of manual handling, which can ensure the safe operation of the device, and the operator can operate simply, safely and conveniently.

Description

Organic waste microbial processor

technical field

The invention belongs to the technical field of domestic waste treatment equipment, in particular to an organic waste microbial treatment machine.

Background technique

Organic garbage microbial population is a class of complex microorganisms including prokaryotes (bacteria, actinomycetes and cyanobacteria), eukaryotes (fungi and microalgae). It has the characteristics of small size, large surface area, and amazing fecundity. It can continuously and rapidly exchange materials with the surrounding environment. It has strong adaptability to pollutants. The efficient microbial flora used for organic waste treatment is a compound flora. It will release a large amount of decomposing enzymes, which can efficiently decompose organic matter such as protein, fat, cellulose, etc. At the same time, the deodorizing bacteria can inhibit the odor generated during the decomposition of organic waste and avoid air pollution; due to the efficient decomposition of efficient microbial flora Ability, organic waste decomposes at a rate dozens of times faster than traditional composting, and the degree of decomposition is higher.

At present, the modern social economy is developing rapidly, and the pace of life is constantly accelerating. With the improvement of people's living standards and the acceleration of urbanization, the amount of urban domestic waste in my country continues to increase. Kitchen waste accounts for about 37%-62% of domestic waste, and has become the main pollutant of the city environment. Kitchen waste mainly includes leftovers, leaves and roots of selected vegetables, skins or viscera of fish and eggs, etc. The main components of these domestic wastes are starch, protein, fat, nitrogen, phosphorus, Potassium, calcium and other trace elements, these kitchen organic wastes are wastes that can be used, and they can be effectively converted into a considerable amount of organic fertilizers with appropriate treatment methods.

Existing domestic waste treatment generally involves packing the waste in plastic bags and then burying it after centralized shipment by environmental sanitation personnel. The buried waste will be naturally decomposed by biological bacteria in the environment. The disadvantages of this treatment method are: dripping, leaking, and scattering during the shipment process have caused serious pollution to the environment; a large amount of land is required for burial, and due to the limited density of biological bacteria in the natural environment, it is necessary to decompose the garbage. For a long time, the buried garbage will cause continuous pollution of water sources and soil.

At present, there is a domestic waste treatment method on the market, which is a waste disposal machine using biological bacteria. Its structure includes a bracket, a material barrel is arranged on the support, a feeding port is arranged on the top of the material barrel, and biological bacteria are arranged inside the material barrel. When this kind of garbage processor is in use, it puts household organic garbage into the barrel from the feed port, uses biological bacteria to decompose it to greatly reduce the volume of domestic garbage, and only discharges water that is almost non-polluting to the environment, water sources, and soil. , carbon dioxide and a small amount of solid waste. The disadvantage of this garbage disposal machine is that the speed of biological bacteria decomposing domestic garbage is relatively slow, resulting in that domestic garbage cannot be processed in time, and it is not suitable for restaurants, hotels and other places that generate more organic garbage.

In order to solve the above-mentioned technical problems, a Chinese patent discloses a microbial domestic waste disposal machine, the application number is: 201510565067.4, which includes a base, a crushing chamber and a fermentation chamber, and the crushing chamber is provided with a feed port, and the feed port The other end is provided with a cover plate, the top of the pulverizing chamber is provided with a water inlet pipe, the water inlet pipe is connected with a rotary nozzle, one side of the water inlet pipe is provided with an air outlet, and the air outlet is provided with a deodorizing device. A cutter shaft is arranged inside the crushing chamber, and a plurality of blades are uniformly arranged on the cutter shaft. A fermentation chamber is arranged below the crushing chamber, and a temperature sensor and a humidity sensor are arranged on the wall of the fermentation chamber. There is a stirring shaft at the bottom, and a plurality of stirring rods are uniformly arranged on the stirring shaft, and a base is provided under the fermentation chamber, and a motor 1 and a motor 2 are arranged inside the base, and the motor 1 and the stirring shaft pass through the belt 2 connected, the right side of the motor two is provided with a reducer, the motor two and the reducer are driven by a transmission shaft, the transmission shaft and the knife shaft are connected by a belt one, and a pulley is provided at the bottom of the base.

Because the garbage processed by the above-mentioned household garbage processor cannot be uniformly mixed, the mixing effect is poor and the efficiency is low. Moreover, the garbage is placed in the feed port mainly through manual handling, and the existing garbage transfer equipment is stable during the garbage transfer and turning process. The performance is poor, which affects the service life of the garbage transfer equipment.

At the same time, the existing domestic waste disposer has the disadvantages of complex structure, high cost, and difficult maintenance, and cannot be crushed thoroughly, and cannot crush the organic waste to the required small size; at the same time, in the process of crushing the organic waste , will cause a certain amount of noise, which will cause noise pollution to the working environment and affect the health of workers.

For the above problems, it is necessary to improve it.

Contents of the invention

The purpose of the present invention is to overcome the above-mentioned defects in the prior art, and provide a microbial treatment machine for organic garbage with simple structure, convenient use, good stirring effect, wide application range, reduced labor intensity of workers and stable operation.

In order to achieve the above purpose, the technical solution adopted in the present invention is: organic waste microbial treatment machine, including a treatment machine body; a sorting operation platform is provided on the treatment machine body; the sorting operation platform includes a sorting table; The sorting table top includes a dumping area and a sorting area; a leaking net is provided in the middle of the dumping area, and a drain is provided under the draining net; the sorting area includes a left feeding port, a right feeding port and an electric push rod; The left feeding port and the right feeding port are respectively provided with a left feeding cover and a right feeding cover; the left feeding cover and the right feeding cover are pressed on the left feeding port and the right feeding port by an electric push rod; The feeding port of the mixing bin corresponds to the position of the left feeding port and the right feeding port of the sorting operation platform; the pulverizer is located between the bottom of the right feeding port and the feeding port of the mixing bin, and the side wall of the processor body is set There is a lifting device for lifting and turning organic waste, a ventilation and cooling device is installed on the top of the mixing bin, and a stirring device is arranged inside the mixing bin.

As a preferred solution of the present invention, the sorting table is fixedly connected with the processor body and integrally formed; vertically upward ribs are arranged around the sorting table, and the height of the rib is 4-40cm; The dumping area is in an inclined concave shape; the dumping area corresponds to the top position of the lifting device; the leaking net is arranged in the concave shape of the dumping area; the leaking net is detachably connected to the dumping area, and the area of the leaking net is the 1/3 to 2/4 of the area of the dumping area; the side wall of the mixing bin is provided with a garbage removal cover, and the garbage removal cover forms an angle of 45° with the side wall of the mixing bin; the lower part of the drain is provided with a water collection box, The bottom of the water collection box is provided with a drain valve, the bottom plate of the water collection box forms an angle of 1°-25° with the horizontal line, and the end where the drain valve is located is located below the horizontal line; the drain port is rectangular, circular, square or other Geometric shape; the body of the processor and the sorting table are made of metal materials.

As a preferred solution of the present invention, the lifting device includes a bracket, a side plate fixed on the bracket and oppositely arranged; a guide groove device is formed in the side plate, and a lifting frame for lifting garbage is slidably connected to the guide groove device device; the upper and lower ends of the bracket are respectively connected with a power roller and a driven roller; a lifting belt is connected to rotate between the power roller and the driven roller; a driving mechanism for driving the lifting belt is connected to the power roller; The lifting frame device is fixed on the lifting belt and slides upward along the guide groove device; the guide groove device includes a guide groove and a sliding groove; the guide groove and the sliding groove are arranged in parallel along the inner side of the side plate; The groove and the sliding groove are matched and connected with the lifting frame device, and the lifting frame device slides upward along the guide groove and the sliding groove for lifting and turning over the garbage; the lifting frame device includes a lifting platform, which is installed on both sides of the lifting platform. The lifting slider whose side is compatible with the guide groove; the connecting plates perpendicular to the lifting platform are also fixed on both sides of the lifting platform, and there is a gap between the connecting plate and the lifting slider, and the ends of the connecting plate are connected with Sliding wheels that match the sliding groove; a lifting positioning groove is formed in the lifting platform, and correspondingly, a positioning frame mechanism that is compatible with the lifting positioning groove is slidably connected in the lifting positioning groove; The positioning groove is provided with a limit device for limiting the up and down movement of the positioning frame mechanism; the positioning frame mechanism includes sliding plates that are slidably connected to the two sides of the lifting positioning groove; The support rod, the uppermost support rod is fixed with a lifting block, the lifting block is "L" shaped, including a horizontal part and a vertical part, and a receiving groove for clamping the garbage collection box is formed between the vertical part and the top of the lifting platform; A number of equidistant grooves are formed on the vertical part, and the grooves are fixedly connected with the vertical part and integrally formed; the rear ends of the two side plates are fixed with a number of symmetrical positioning plates, between adjacent positioning plates The distance is not greater than the height of the lifting platform; the bottom of the positioning frame mechanism is provided with a support block for supporting the garbage collection box, and the height of the support block is consistent with the height of the lifting block; the top of the sliding groove is provided with a smooth groove, and the The sliding groove and the smooth groove are connected by an arc transition; the smooth groove is located at the upper end of the dumping area, the smooth groove and the dumping area are parallel to each other, and the top of the guide groove is provided with a turning groove; the inclination angle between the guiding groove and the turning groove is 15 °～25°; the flip groove and the smooth groove are in the shape of "∠"; the bracket is fixed with a transverse partition for supporting the driving mechanism, and the transverse partition is located at the lower end of the driving mechanism, and the driving mechanism is a servo deceleration motor.

As a preferred solution of the present invention, the pulverizer includes an electric motor, a transmission, a casing, a gear transmission mechanism, and a crushing mechanism; The shaft is connected with the gear transmission mechanism; the gear transmission mechanism is connected with the crushing mechanism and both are arranged in the box; the crushing mechanism includes a rotating shaft and a crushing tool assembly that is sleeved on the rotating shaft and rotates synchronously with it ; One end of the rotating shaft is connected to the gear transmission mechanism, and the other end is connected to the box in rotation; a baffle is arranged at the bottom of the box, and a number of mesh holes are arranged in an array on the baffle; a gap is left between the mesh hole and the crushing tool assembly The clapboard is detachably connected to the bottom of the box body, and the surrounding of the box body is a hollow structure, and a silent insulation material accommodation cavity is formed in the hollow structure, and the silent insulation material accommodation cavity is filled with a silent insulation layer; the gear transmission The mechanism is composed of a driving gear, a main shaft gear and an auxiliary shaft gear; the driving gear is connected to the transmission through a connecting shaft, driven by the motor, it drives the auxiliary shaft gear and the main shaft gear to rotate; the main shaft gear is connected to the rotating shaft, and then drives the crushing tool assembly Rotate; the left and right ends of the crushing cutter assembly are tangent to the inner wall of the box; the crushing cutter assembly includes a number of first cutters and second cutters fixed on the rotating shaft; the first cutter and the second cutter are equidistantly staggered Arranged on the rotating shaft; the first cutter includes a first knife root and a first blade; the first knife root and the first blade are fixedly connected and integrally formed; the center of the first knife root is provided with a first installation hole; the first blade is provided with 3 One, the first blade extends outward relative to the center of the first knife root; the end of the first blade is provided with a first end edge, and the two ends of the first end edge are respectively the proximal end close to the center of the first knife root and the end far away from the first knife root The distal end of the center of a root of a knife forms a spike; the first end edge is inclined clockwise along the first root of the knife, and the inclination angle is 30° to 75°; the distal end of the first end edge is relatively close to The end is twisted upward so that adjacent peaks form a height difference X, and X is 0.02mm to 4mm; the cutting edge of the first end edge is linear or arc-shaped or serrated; The first blades are arranged alternately in the same direction; the second cutter includes a second knife root and a second blade; the second knife root and the second blade are fixedly connected and integrally formed; the center of the second knife root is provided with a second mounting hole; The second blade is provided with an end blade and an inner blade; the second cutter cuts clockwise; the edge thickness of the end blade and the inner blade is 0.01 mm to 0.2 mm; the second blade is set There are three, the three second blades are equidistantly arranged along the second mounting hole; the second blades on the adjacent second cutters are arranged alternately in the same direction; the edge of the end blade and the inner blade It is arc-shaped; the ratio of the blade face width of the end blade and the blade face width of the inner blade to the width of the narrowest part of the second blade is in the range of 1/3 to 2/3; the silent insulation layer is filled with Sound insulation cotton.

As a preferred solution of the present invention, the ventilation cooling device includes a ventilation duct, a vent, a centrifugal fan, a base, a connecting pipe and a support frame; the base is fixed on the support frame; the support frame is fixed on the processor On the side wall of the mixing chamber, the centrifugal fan is vertically fixed on the upper end of the base, and the centrifugal fan is connected with a connecting pipe, which is connected to the ventilation pipe and is perpendicular to the ventilation pipe; the ventilation pipe communicates with the mixing chamber and extends into the cabin, The vent is arranged on the ventilation duct, and communicates with the ventilation duct and the cabin, so that the ventilation duct can ventilate into the mixing chamber; the ventilation duct includes a ventilation box, a transition section and a bending guide flow part; the ventilation box, the transition section and the bending guide part are fixedly connected and integrally formed; the bottom of the ventilation box is provided with an air inlet; the bending guide part is inclined, and one end of the bending guide part is connected The other end of the transition section is connected to the air vent; a number of baffles are arranged in the bent air guide near the air vent; several baffles are equidistantly arranged on the bent air guide; several baffles are fixedly connected to the bent air guide , a number of baffles divide the bending guide section into several channels transversely, and the vent is located at the end of the bending guide section; a filtering device is arranged in the transition section, and the filtering device includes a high-efficiency filter, and a frame is arranged around the high-efficiency filter , matching the size of the inner wall of the transition section, the high-efficiency filter is detachably connected in the transition section; the upper surface of the base is formed with a concave arc-shaped placement groove, and the shape of the placement groove matches the casing of the centrifugal fan; The inclination angle between the bending guide part and the transition section is 120°-125°; the bottom of the feeding cabin is provided with a mobile frame, and a universal roller is provided under the mobile frame; the ventilation duct is made of aluminum plate; the vent is Flat mouth vents.

As a preferred solution of the present invention, the mixing bin includes a mixing bin body and a feeding device; the mixing bin body is a shell structure with a taper, and the left and right feeding ports are located on the mixing bin body The left and right sides of the top; screens are evenly distributed in the left and right feeding ports, the screens are located on the upper part of the left and right feeding ports, and the screens are detachably connected to the left and right feeding ports; the stirring device Through the mixing bin body, the discharge device is located on the side wall of the lower part of the mixing bin body; a stirring base is connected to the bottom of the mixing bin body, and a support column is arranged between the stirring base and the mixing bin body , and the upper and lower ends of the support column are provided with shock-absorbing gaskets, and the material of the shock-absorbing gaskets is elastic rubber; the discharge device is a garbage take-out cover; The plate is fixed on the side wall of the mixing bin body, and the guide plate and the garbage removal cover are perpendicular to each other; the outer end of the guide plate is on the same vertical plane as the outermost side wall of the mixing bin body.

As a preferred solution of the present invention, the stirring device includes a motor, a stirring transmission, a gear, a main shaft, a stirring shaft and several stirring blade mechanisms sleeved on the stirring shaft; the stirring shaft is sleeved on the main shaft; the motor drives the gear to rotate , the stirring transmission is connected with the motor, the transmission is arranged on the outer surface of the mixing bin body, and the transmission is connected with the stirring blade mechanism through the main shaft.

As a preferred solution of the present invention, the stirring blade mechanism includes a connecting pipe, a blade fixing rod and a blade; one end of the blade fixing rod is fixedly connected to the connecting pipe, and the other end of the blade fixing rod is used to fix the blade; The tubes are equidistantly socketed on the stirring shaft, and the adjacent blade fixing rods have the same inclination angle along the circumferential direction of the stirring shaft; the blades and the blade fixing rods are vertically arranged, and the inclination angle between the blades and the stirring shaft is 30°-45° °; the connecting pipe is detachably socketed on the stirring shaft, and the connecting pipe is provided with two symmetrical positioning holes. The positioning slots are connected by bolts.

As a preferred solution of the present invention, the connection between the connecting pipe and the blade fixing rod is fixed with a support plate, and the support plate is symmetrically arranged on both sides of the connecting pipe, and the support plate is located in the middle of the two positioning holes; the support The length of the plate is 1/3 of the length of the connecting pipe, and the width of the supporting plate decreases successively from bottom to top.

As a preferred solution of the present invention, the blades on the stirring blade mechanism at the left and right ends are in an "A" shape, and the blades include left inclined blades, right inclined blades and connecting blades; left inclined blades, right inclined blades and connecting blades The blades are fixedly connected and integrally formed; and the top of the blade fixing rod is sleeved between the left inclined blade, the right inclined blade and the connecting blade; the direction of the connection between the left inclined blade and the right inclined blade points to the middle position of the stirring shaft; There are 6 or 8 blade fixing rods, and the blade fixing rods are evenly distributed vertically on the stirring shaft, and the inclination angle Φ between adjacent blade fixing rods is the same; the distance between the adjacent blade fixing rods is less than The length of the blade, the length of the blade is 1/2 of the length of the blade fixing rod; the diameter of the blade fixing rod is 1/2 of the length of the connecting pipe; the blade is provided with through holes, and there are two through holes, which are symmetrical Arranged on both sides of the blade fixing rod; the through hole is a long grooved circular through hole, the length of the through hole is 1/5 of the length of the blade, and the width of the through hole is 1/2 of the width of the blade.

The beneficial effects of the present invention are:

1. Set up a lifting device to improve production efficiency and reduce the labor intensity of the staff; the garbage collection box is lifted through the lifting frame device, and driven by the power roller, driven roller and lifting belt, it is lifted along the guide groove device The garbage collection box arrives at the sorting platform, without the trouble of manual handling, which can ensure the safe operation of the device, and the operator can operate simply, safely and conveniently;

2. The ventilation and cooling device is installed, which can not only play the effect of cooling and ventilation, but also can play the effect of dust collection. At the same time, the design of the present invention is ingenious and simple, and the maintenance is convenient; the filtering effect is good, and the peculiar smell in the air can be removed, which is energy-saving and environmentally friendly ;

3. The sorting operation table is set up, which has the characteristics of simple structure, convenient use and wide application range;

4. The pulverizer, mixing chamber and stirring device are installed, which reduces the noise generated when the stirring device is working, and improves the mixing efficiency of garbage.

Description of drawings

Fig. 1 is a schematic structural view of an embodiment of the present invention;

Fig. 2 is a top view of an embodiment of the present invention;

Fig. 3 is a top view of the sorting console according to the embodiment of the present invention;

Fig. 4 is a schematic structural diagram of a sorting operation platform according to an embodiment of the present invention;

Fig. 5 is a schematic structural diagram of a lifting device according to an embodiment of the present invention;

Fig. 6 is a schematic structural diagram of a lifting frame device of a lifting device according to an embodiment of the present invention;

Fig. 7 is a structural schematic diagram of the positioning frame mechanism of the lifting device according to the embodiment of the present invention;

Fig. 8 is a schematic structural diagram of a pulverizer according to an embodiment of the present invention;

Fig. 9 is a top view of the pulverizer according to the embodiment of the present invention;

Fig. 10 is a schematic diagram of the structure of the first cutter of the pulverizer according to the embodiment of the present invention;

Fig. 11 is a schematic diagram of the structure of the second cutter of the pulverizer according to the embodiment of the present invention;

Fig. 12 is a sectional view of Embodiment A-A of the present invention;

Fig. 13 is a schematic structural diagram of a ventilation cooling device according to an embodiment of the present invention;

Fig. 14 is a side view of the ventilation and cooling device according to the embodiment of the present invention;

Fig. 15 is a schematic structural diagram of the ventilation duct of the ventilation cooling device according to the embodiment of the present invention;

Fig. 16 is a schematic diagram of the structure of the mixing chamber according to the embodiment of the present invention;

Fig. 17 is a side view of the stirring chamber of the embodiment of the present invention;

Fig. 18 is a schematic structural diagram of a stirring device according to an embodiment of the present invention;

Fig. 19 is a front view of the stirring device of the embodiment of the present invention;

Fig. 20 is a side view of the stirring device of the embodiment of the present invention;

Reference signs in the figure: ventilation and cooling device 1, ventilation duct 11, ventilation box 11-1, transition section 11-2, bending guide part 11-3, air inlet 11-4, ventilation opening 12, centrifugal fan 13 , base 14, placement slot 14-1, connecting pipe 15, support frame 16, baffle plate 18, high-efficiency filter 19, moving frame 20, universal roller 21; sorting console 2, sorting table top 22, sidewall 22 -1, dumping area 23, drain port 23-1, drain screen 23-2, sorting area 24, left feeding port 24-1, right feeding port 24-2, left feeding cover 24-3, right feeding cover 24-4 , electric push rod 24-5, garbage removal cover 26-1, water collection box 27, drain valve 27-1, viewing window 28; lifting device 3, bracket 31, side plate 32, positioning plate 32-1, guide groove Device 33, guide groove 33-1, slide groove 33-2, smooth groove 33-3, overturn groove 33-4, lifting frame device 34, lifting platform 34-1, lifting slider 34-2, connecting plate 34-3 , sliding wheel 34-4, lifting positioning slot 34-5, positioning frame mechanism 34-6, supporting block 34-6-1, sliding plate 34-7, supporting rod 34-8, lifting block 34-9, horizontal part 34 -9-1, vertical part 34-9-2, groove 34-9-3, accommodation groove 34-10, driving roller 35, driven roller 36, driving mechanism 37, lifting belt 38, transverse partition 39 Pulverizer 4, motor 41, transmission 42, casing 43, gear transmission mechanism 44, driving gear 44-1, main shaft gear 44-2, auxiliary shaft gear 44-3, rotating shaft 45, pulverizing cutter assembly 46, the first cutter 46-1, the first blade root 46-1-1, the first blade 46-1-2, the first end edge 46-1-3, the first mounting hole 46-1-4, the second cutter 46-2, the first Second knife root 46-2-1, second blade 46-2-2, second mounting hole 46-2-3, end blade 46-2-4, inner blade 46-2-5, partition 47, mesh 48; Stirring bin 5, stirring bin body 51, screen 51-3, motor 52-4, stirring transmission 52-5, gear 52-6, discharging device 53, guide plate 53-2, stirring base 54, support Column 55, damping gasket 56; stirring device 6, main shaft 61, stirring shaft 62, stirring blade mechanism 63, connecting pipe 63-1, positioning hole 63-1-1, blade fixing rod 63-2, blade 63-3 , left inclined blade 63-3-1, right inclined blade 63-3-2, connecting blade 63-3-3, through hole 63-3-4, support plate 63-4; processor body 7.

detailed description

Embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings.

Embodiment: as shown in Figure 1-4, the organic waste microbial treatment machine includes a treatment machine body 7; a sorting operation table 2 is fixedly provided on the processing machine body 7; the sorting operation table 2 includes a sorting table 22 The sorting platform 22 includes a dumping area 23 and a sorting area 24; the middle part of the dumping area 23 is provided with a drain net 23-2, and the bottom of the drain net 23-2 is provided with a drainage port 23-1; Picking area 24 comprises left feeding port 24-1, right feeding port 24-2 and electric push rod 24-5; Left feeding port 24-1 and right feeding port 24-2 are respectively provided with left feeding cover 24-3 and right feeding port The feeding cover 24-4; the left feeding cover 24-3 and the right feeding cover 24-4 are compressed on the left feeding port 24-1 and the right feeding port 24-2 by the electric push rod 24-5; There is a mixing bin 5 and a pulverizer 4, and the feeding port of the mixing bin 5 corresponds to the left feeding port 24-1 and the right feeding port 24-2 of the sorting operation table 2; the pulverizer 4 is located at the right feeding port 24-2 Between the bottom and the feeding port of the mixing bin 5, the side wall of the processor body 7 is provided with a lifting device 3 for lifting and turning organic waste, the top of the mixing bin 5 is provided with a ventilation cooling device 1, and a stirring bin 5 is arranged inside. Device 6; the sorting table is reasonable in design and ingenious in structure, can be used for sorting organic microbial waste, improves the efficiency of sorting operations, reduces the labor intensity of workers, and is more convenient by being provided with a leaking net 23-2, which can be used for different sizes of garbage The size classification of organic microbial waste is convenient and quick.

Both the processor body 7 and the sorting table 22 are made of metal materials; the processor body 7 and the sorting table 22 are fixedly connected and integrally formed; the overall structural strength and firmness of the sorting table are better, and the stability of the sorting table is improved. It is more stable, can withstand more garbage disposal, improves the efficiency of garbage disposal, and prolongs the service life.

There are vertically upward ribs 22-1 around the sorting table 22; the height of the ribs 22-1 is 4-40cm; the ribs 22-1 are fixedly connected with the sorting table 22 and formed integrally; finishing strength and firmness Even better, setting the side 22-1 can not only effectively protect the rubbish on the table from slipping to the ground, but also prevent water from dripping onto the ground, causing secondary pollution of the environment and ensuring clean garbage collection.

The mixing bin 5 and the water collecting box 27 are all provided with a visual window 28; by arranging the visual window 28, the garbage falling into the mixing bin 5 and the water collecting box 27 on the sorting table can be observed to facilitate the occurrence of the situation. Timely and timely maintenance; the dumping area 23 is in an inclined concave shape; the leaking net 23-2 is arranged in the concave shape of the dumping area 23; the leaking net 23-2 is detachably connected to the dumping area 23, and the area of the leaking net 23-2 It is 1/3-2/4 of the area of the dumping area 23; the leaking net 23-2 is detachably connected to the dumping area 23, the leaking net 23-2 can be easily replaced, and it is convenient to classify garbage products of different sizes ,Convenient.

The side wall of mixing chamber 5 is provided with garbage taking-out cover 26-1, and the included angle of 45 ° between garbage taking-out cover 26-1 and feeding cabin 26 side walls; The garbage sorting table moves at any time to increase the mobility of garbage sorting.

The bottom of the water outlet 23-1 is provided with a water collection box 27, and the bottom of the water collection box 27 is provided with a drain valve 27-1. The end where 27-1 is located is located below the horizontal line; it is convenient for the garbage to be quickly discharged from the water collection box 27 after being stirred by the pulverizer, so as to improve the use efficiency of the sorting table. The drainage port 23-1 is rectangular, circular, square or other geometric shape.

The kitchen waste is dumped on the sorting table top 22, and the excess water is filtered out through the drain net 23-2 at the bottom of the sorting table top 22, and the excess water is discharged through the drain outlet 23-1 at the bottom, and then the decomposables are manually distinguished, and the small The decomposable matter is put into the left feeding port 24-1, and directly enters the mixing chamber 5, and the large hard-to-decompose matter is put into the right feeding port 24-2, and is crushed by the pulverizer 4 and then put into the mixing chamber 5; The push rod is controlled to compress the feed port to ensure the airtightness of the decomposition chamber.

As shown in Figure 5-7, it is the hoisting device of the organic waste microbial treatment machine, including a support 31, a side plate 32 fixed on the support 31 and oppositely arranged; a guide groove device 33 is formed in the side plate 32, and the guide groove device 33 The upper slide is connected with a lifting frame device 34 for lifting the garbage; the upper and lower ends of the support 31 are respectively connected with a power roller 35 and a driven roller 36; Lifting belt 38; power roller 35 is connected with driving mechanism 37 that drives lifting belt 38 to move; described lifting frame device 34 is fixed on lifting belt 38, slides upwards along guide groove device 33; The equipment designed for automatic lifting and automatic turning of garbage can realize the automatic operation of the operator in the garbage collection, improve the production efficiency and reduce the labor intensity of the staff.

Lift the garbage collection box through the lifting frame device 34, driven by the power roller 35, the driven roller 36 and the lifting belt 38, lift the garbage collection box along the guide groove device to the sorting platform, without the trouble of manual handling, It can ensure the safe operation of the device, and the operator can operate simply, safely and conveniently; in order to ensure the personal safety of the operator.

The bottom of the bracket 31 is provided with a base, through which the lifting device for organic waste microorganisms is fixed to ensure that the center of gravity of the lifting material is on the base, ensuring the safety of use; the bracket 31 is equipped with an explosion-proof operation box and a geared motor box, which adopts explosion-proof The operation box is equipped with control buttons to control the up, down and stop position of the lifting material, and at the same time ensure the safety of the operation itself.

The guide groove device 33 comprises a guide groove 33-1 and a slide groove 33-2; the guide groove 33-1 and the slide groove 33-2 are arranged in parallel along the inside of the side plate 32; the guide groove 33-1 and the slide groove 33 -2 is adapted to be connected with the lifting frame device 34, and the lifting frame device 34 slides upward along the guide groove 33-1 and the sliding groove 33-2 for lifting and turning over the garbage; the sliding groove 33-2 is used to make the lifting frame The device 34 is smooth and improves efficiency during the lifting process, and the guide groove 33-1 is used to make the stability of the lifting frame device 34 during the lifting process. Through the mutual cooperation of the guide groove 33-1 and the sliding groove 33-2, it can Realize the automatic operation of organic waste microorganisms in production, improve production efficiency, and reduce the labor intensity of staff.

Lifting frame device 34 comprises lifting platform 34-1, is installed in described lifting platform 34-1 both sides and the lifting slider 34-2 that guide groove 33-1 fits; One side of lifting platform 34-1 and lifting belt 38 is fixedly connected, drives the lifting platform 34-1 to move upwards by the lifting belt 38, and the two sides of the lifting platform 34-1 are also fixedly provided with a connecting plate 34-3 perpendicular to the lifting platform 34-1, and the connecting plate 34-3 is connected to the lifting platform 34-1. There is a gap between the sliders 34-2, and the end of the connecting plate 34-3 is connected with a sliding wheel 34-4 matched with the sliding groove 33-2; a lifting positioning groove 34 is formed in the lifting platform 34-1 -5. Correspondingly, a positioning frame mechanism 34-6 matching the lifting positioning slot 34-5 is slidably connected in the lifting positioning slot 34-5; For the limit device that restricts the up and down movement of the positioning frame mechanism 34-6, the limiting device can be a brake pin or other limit components, and is electrically connected with the control button on the box body, so that the positioning frame mechanism 34-6 can be used in different applications. Trash can lift material.

The positioning frame mechanism 34-6 includes sliding plates 34-7 that are slidably connected to the both sides of the lifting positioning groove 34-5; two symmetrical support rods 34-8 are fixed between the two sliding plates 34-7, and the uppermost The support rod 34-8 at the end is fixed with a lifting block 34-9, and the lifting block 34-9 is "L" shaped, including a horizontal part 34-9-1 and a vertical part 34-9-2, and the vertical part 34-9- 2 and the top of the lifting platform 34-1 are formed with an accommodating groove 34-10 for clamping garbage collection bins; a number of equidistant grooves 34-9-3 are formed on the vertical part 34-9-2. The groove 34-9-3 is fixedly connected with the vertical part 34-9-2, integrally formed, and the groove 34-9-3 is provided, so that the placement and storage of the trash can is more convenient, and it is also suitable for lifting unused garbage.

The rear ends of the side plates 32 are fixed with some symmetrical positioning plates 32-1, and the distance between adjacent positioning plates 32-1 is not greater than the height of the lifting platform 34-1; it can effectively avoid the positioning frame mechanism 34-6 The shaking during the lifting process greatly improves the stability and safety of the lifting.

In order to prevent the vertical part 34-9-2 from damaging the bottom wall of the garbage can and prolong the service life of the garbage can, a support block 34-6-1 for supporting the garbage collection box is provided at the bottom of the positioning frame mechanism 34-6. The height of the block 34-6-1 is consistent with the height of the lifting block 34-9; four corners at the bottom of the lifting device are provided with universal wheels, which are applicable to the lifting needs of garbage in different places and have a wide range of applications.

The top of the slide groove 33-2 is provided with a smooth groove 33-3, and the slide groove 33-2 and the smooth groove 33-3 are connected by a circular arc transition; the top of the guide groove 33-1 is provided with an overturn groove 33-4; The inclination angle between the groove 33-1 and the turning groove 33-4 is 15°～25°; the turning groove 33-4 and the smooth groove 33-3 are in the shape of "∠"; the smooth groove 33-3 and the turning groove are guaranteed The sliding wheel 34-4 and the lifting slider 34-2 on the slot 33-4 are closely fitted with the lifting frame device 34, and can run smoothly; the turning slot 33-4 and the smooth slot 33-3 are in the shape of "∠", making The hoisting and dumping processes of the hoisting frame device 34 can be carried out simultaneously, ensuring stable operation and safe use of the hoisting device.

A transverse partition 39 for supporting the driving mechanism 37 is fixed on the support 31, and the transverse partition 39 is located at the lower end of the driving mechanism 37, and the driving mechanism 37 is a servo gear motor.

When the garbage in the garbage can is full, the garbage can is moved to the lifting device by the garbage handling device, and then through the accommodating groove formed between the lifting block 34-9 on the positioning frame mechanism 34-6 and the top of the lifting platform 34-1 34-10, clamp the top of the trash can, and the bottom of the trash can is supported and fixed by the support block 34-6-1. At this time, start the servo reduction motor on the bracket 31, and the servo reduction motor drives the power roller 35 and the driven roller 36 Rotate, and then drive the lifting belt 38 to slide upwards along the guide groove device 33 to lift the garbage can, when the garbage can moves between the smooth groove 33-3 and the turning groove 33-4, the driving mechanism drives the garbage can to turn over, and the garbage can The garbage inside is poured out, and then it is reset by the lifting frame device 34 along the guide groove 33-1 and the sliding groove 33-2, and the whole process does not need to be manually operated, and the degree of automation is high.

As shown in Figures 8-12, the pulverizer of the organic waste microbial treatment machine includes a motor 41, a speed changer 42, a casing 43, a gear transmission mechanism 44 and a crushing mechanism; the speed changer 42 is connected with the motor 41, and the speed changer 42 is set On the outer surface of the casing 43, the speed changer 42 is connected with the gear transmission mechanism 44 through a connecting shaft; the gear transmission mechanism 44 is connected with the crushing mechanism and is all arranged in the casing 43; the crushing mechanism includes a A rotating shaft 45 and a pulverizing tool assembly 46 that is sleeved on the rotating shaft 45 and rotates synchronously with it; one end of the rotating shaft 45 is connected with the gear transmission mechanism 44, and the other end is connected to the box body 43 in rotation; the bottom of the box body 43 is provided with a partition Plate 47, the array on this dividing plate 47 is provided with a plurality of meshes 48; There is a gap between the meshes 48 and the crushing tool assembly 46; At the bottom, the partition 47 is set under the crushing mechanism for screening the crushed garbage; the partition 47 is detachably connected to the box body 43, which is convenient for cleaning the partition 47. At the same time, we can choose different diameters for more practical needs The mesh 48 is used for garbage screening, which has a wide range of applications and can replace the heavy workload of manual shearing and crushing.

The box body 43 has a hollow structure around it, and a sound-insulation material accommodation cavity 43-1 is formed in the hollow structure, and the sound-insulation material accommodation cavity 43-1 is filled with a sound-insulation layer 43-2; the sound-insulation layer 43-2 is filled with There is sound-proof cotton; it can reduce the noise in the process of crushing garbage, avoiding noise pollution affecting the surrounding environment and endangering the health of workers; at the same time, the box body 43 is made of metal material, which has the characteristics of structural firmness and stability, and prolongs the service life , The sound insulation cotton is wrapped by the inner and outer walls and the top of the box body 43, the installation is firm to avoid exposure, and the impact resistance and sound insulation performance is outstanding.

The gear transmission mechanism 44 is composed of a driving gear 44-1, a main shaft gear 44-2 and an auxiliary shaft gear 44-3; the driving gear 44-1 is connected to the transmission 42 through a connecting shaft, and driven by the motor 41, drives the auxiliary shaft gear 44-3 and the main shaft gear 44-2 rotate; the main shaft gear 44-2 is connected to the rotating shaft 45, and then drives the crushing cutter assembly 46 to rotate; by setting the gear transmission mechanism 44, the first cutter 46 on the gear transmission mechanism 44 and the crushing mechanism -1 and the second cutter 46-2 cooperate with each other, and the effect of crushing garbage is better; the left and right ends of the crushing cutter assembly 46 are tangent to the inner side wall of the casing 43; Pulverizing effect and efficiency; And the pulverizing cutter assembly 46 comprises the first cutter 46-1 and the second cutter 46-2 that are fixed on the rotating shaft 45 and forms; The first cutter 46-1 and the second cutter 46-2 are equidistantly staggered Arranged on the rotating shaft 45.

The first cutter 46-1 and the second cutter 46-2 are fixedly connected with the rotating shaft 45 and integrally formed to ensure the overall firmness and structural strength of the crushing cutter assembly 46; during the crushing process of the first cutter 46-1, the entire box body After the organic waste in 43 encounters the first blade 46-1-2 of the first cutter 46-1, the effect of gathering and gathering the organic waste is strengthened, and the first blade 46-1-2 on the first cutter 46-1 2 The force on the material is very uniform to ensure the crushing efficiency; during the crushing process of the second cutter 46-2, the organic waste in the entire box 43 meets the second blade 46-2-2 of the second cutter 46-2 It will rotate upwards to form a larger vortex, which increases the rotation cycle speed of organic waste, so that organic waste can have more opportunities to collide with the second blade 46-2-2, improving the crushing effect and efficiency; at the same time, set the first blade staggered The cutting tool and the second cutting tool are suitable for crushing different types of organic waste, and have a wide application range, good crushing effect, high crushing efficiency, energy saving and environmental protection.

The first knife 46-1 includes a first blade root 46-1-1 and a first blade 46-1-2; the first blade root 46-1-1 is fixedly connected with the first blade 46-1-2, and is integrally formed; The center of the knife root 46-1-1 is provided with a first installation hole 46-1-4; the first blade 46-1-2 is provided with three, and the first blade 46-1-2 is opposite to the first knife root 46-1-1 The center of the first blade 46-1-2 extends outward; the end of the first blade 46-1-2 is provided with a first end edge 46-1-3, and the two ends of the first end edge 46-1-3 are respectively close to the first root 46 - The proximal end of the center of 1-1 and the distal end far away from the center of the first root 46-1-1 form a spike; the first end edge 46-1-3 is along the direction of the first root 46-1-1 The clockwise direction is inclined and set, and the inclination angle is 30°～75°; the first end blade 46-1-3 fits with the inner wall of the casing 43, so that the cutting of the first end blade 46-1-3 and the organic waste is more accurate. It is denser and improves the cutting efficiency.

The distal end of the first end edge 46-1-3 is twisted upward relative to the proximal end so that the adjacent peaks form a height difference of 2 mm; the overall strength of the first blade 46-1-2 is guaranteed; because the first end edge 46- The position of 1-3 is the farthest from the center of the first blade root 46-1-1, so the linear speed is the largest, and the effect of cutting organic waste is the strongest, so the crushing efficiency of the crushing cutter can be greatly improved.

The cutting edge of the first end edge 46-1-3 is linear or arc-shaped or serrated; the first blade 46-1-2 on the rotating shaft 45 adjacent to the first tool 46-1 is in the same direction Arranged in a staggered manner; the adjacent first blades 46-1-2 and the organic waste are always in a cutting state, which improves the crushing effect and efficiency.

The shape of the first blade 46-1-2 of the first cutter 46-1 is set to a curved surface structure, such as an arc surface, etc., on the one hand, the cutting length of the first blade 46-1-2 to organic waste is increased, and the cutting length is improved. Efficiency, on the other hand, when the cutting edge shape of the first blade 46-1-2 is a curved surface, especially a circular arc surface, it further strengthens the first blade 46-1-2 to gather the organic waste, and to a certain extent It can reduce the crushing noise. Furthermore, the back edge surface of the first knife root 46-1-1 is also set as a curved surface, such as a circular arc surface, and the setting of the double arc surface can ensure the circulation of organic waste, which is beneficial to the collection and collection of organic waste.

The second cutting tool 46-2 includes a second blade root 46-2-1 and a second blade 46-2-2; the second blade root 46-2-1 is fixedly connected with the second blade 46-2-2 and integrally formed; The center of the knife base 46-2-1 is provided with a second mounting hole 46-2-3; the second blade 46-2-2 is provided with an end blade 46-2-4 and an inner blade 46-2-5; The second cutter 46-2 cuts clockwise; the cutting edge thickness of the end blade 46-2-4 and the inner blade 46-2-5 is 0.01 mm to 0.2 mm; the second blade 46-2-2 There are three, and the three second blades 46-2-2 are equidistantly arranged along the second mounting holes 46-2-3. This setting makes the second blades 46-2-2 more effective in gathering and gathering organic waste when crushing, and each second blade 46-2-2 exerts a uniform force on the materials to ensure crushing efficiency.

The second blades 46-2-2 on the adjacent second cutters 46-2 are arranged staggeredly in the same direction, so that the organic waste gathers around the second blades 46-2-2 during the pulverization process, which reduces air strikes and strengthens the The degree of cutting of organic waste improves the crushing efficiency; and the spoiler ribs on the side wall of the box body 43 or the bottom of the box can be removed, reducing the processing steps of the box body 43 and reducing costs; the end blade 46-2-4 and the inner blade 46- The cutting edge of 2-5 is arc-shaped; it can ensure the circulation of organic waste and is conducive to the collection and collection of organic waste.

The width ratio of the edge facet width of the end blade 46-2-4 and the edge facet width of the inner edge 46-2-5 to the narrowest part of the second blade 46-2-2 is all in the range of 1/3 to 2/3; When the inner diameter of the box body 43 is relatively too large, organic waste exists on the periphery of the second blade 46-2-2, which is not conducive to crushing; when the inner diameter of the box body 43 is too small, the organic waste has been gathered around the second blade 46-2-2, The load is too large.

The second cutter 46-2 is applied in the organic garbage microbial processor. In the process of crushing organic garbage, as shown in Figure 11, with the second blade 46-2-2 as a reference, the second cutter 46-2 clockwise cutting, the rotation of the second blade 46-2-2 will cause the end blade 46-2-4 and the inner blade 46-2-5 to encounter the resistance of organic waste, and at the same time, it will also make the first end blade 46-1- The cutting edge of 3 strengthens the gathering and gathering effect of the organic waste, and then a part of the uncut organic waste is slightly moved upwards, and after this part of the organic waste is lifted up, the blade surface of the end blade 46-2-4 will be Negative pressure is formed, and when the inner blade 46-2-5 of the second blade 46-2-2 cuts the organic waste, it will be absorbed upwards, and when the first blade 46-1-2 and the second blade 46-2-2 mutually Under the cooperative action, in conjunction with Fig. 9, Fig. 10 and Fig. 11, under the action of cutting by the first blade 46-1-2, the water flow in the entire box body 43 will rotate upward after encountering the second blade 46-2-2 , can form a larger vortex, increase the rotation cycle speed of organic waste, make organic waste have more opportunities to collide with the blade, and improve the crushing effect and efficiency; the end blade 46-2-4 and the inner blade 46-2 The cutting edge structure of -5 includes but not limited to straight line, arc shape or zigzag shape and so on.

The working principle of the pulverizer of the organic waste microbial processor: the electric motor 41 provides power for the whole device, and the speed is changed through the transmission 42 to drive the driving gear 44-1 of the gear transmission mechanism 44, and the driving gear 44-1 simultaneously drives the main shaft gear 44- 2 and the auxiliary shaft gear 44-3 to rotate, thereby realizing the rotation of the gear transmission mechanism 44; the garbage enters from the top of the box body 43, and under the rotation of the gear transmission mechanism 44, passes through the first cutter 46-1 and the second cutter 46- 2 cutting and crushing, the crushed garbage particles are smaller than the mesh 48 on the partition 47, and the garbage will fall from the mesh 48, otherwise it will be brought back to the upper part of the device by the first cutter 46-1 and the second cutter 46-2 for re-crushing , until all the pulverized rubbish falls from the mesh 48.

As shown in Figure 13-15, the ventilation and cooling device of the organic waste microbial treatment machine, the ventilation and cooling device includes a ventilation duct 11, a vent 12, a centrifugal fan 13, a base 14, a connecting duct 15 and a support frame 16; the base 14 is solid Located on the support frame 16; the support frame 16 is fixed on the side wall of the mixing chamber 5 of the processor, the centrifugal fan 13 is vertically fixed on the upper end of the base 14, the centrifugal fan 13 is connected with a connecting pipe 15, and the connecting pipe 15 is connected The ventilation duct 11 is vertical to the ventilation duct 11; the ventilation duct 11 communicates with the stirring bin 5 and extends into the cabin, and the vent 12 is arranged on the ventilation duct 11 and communicates with the ventilation duct 11 and the cabin so that the ventilation duct 11 can be ventilated in the mixing chamber 5; the vent 12 is a flat mouth vent, and the lift of the centrifugal fan 13 has been significantly improved, so that the range of the whole ventilation and cooling device can reach 5 ~ 10m, Since the range of the flat nozzle ventilation system is relatively long, the fan power required in the mixing chamber 5 can be appropriately reduced, thereby avoiding waste of resources.

The ventilation duct 11 is made of aluminum plate, which ensures the structural strength of the cooling device and prolongs the service life; the flat nozzle outlet is evenly separated, and has a subduction angle of 15-20°, and the wind velocity flow field is approximately fan-shaped. And more uniform, expanding the range of effective wind speed.

The ventilation and cooling device provided by the invention can not only play the effect of cooling and ventilation, but also can play the effect of dust collection. At the same time, the design of the invention is ingenious and simple, and the maintenance is convenient.

The ventilation duct 11 includes a ventilation box body 11-1, a transition section 11-2 and a bending guide part 11-3; the ventilation box body 11-1, the transition section 11-2 and the bending guide part 11-3 are fixed Connected and integrally formed; the bottom of the ventilation box 11-1 is provided with an air inlet 11-4; the bending guide part 11-3 is inclined, and one end of the bending guide part 11-3 is connected to the transition section 11-2 and the other One end is connected to the ventilation port 12; the above-mentioned structure increases the structural strength and firmness of the ventilation duct 11, which makes the ventilation and cooling device more stable and ensures the safety of use.

A number of baffles 18 are arranged in the bending guide part 11-3 close to the vent 12; -3 is fixedly connected, and several baffles 18 divide the bending guide part 11-3 into several channels transversely, and the vent 12 is located at the end of the bending guide part 11-3; the bending guide part 11-3 and the baffle plate 18 The effect of the wind speed is evenly improved, so that the wind speed at the passage outlet of the flat mouth type vent 12 is uniform.

A filtering device is provided in the transition section 11-2, and the filtering device includes a high-efficiency filter 19. The surrounding of the high-efficiency filter 19 has a frame matching the size of the inner wall of the transition section 11-2. The high-efficiency filter 19 is detachably connected to the transition section 11 -2 inside; it can facilitate the cleaning and replacement of the high-efficiency filter 19, ensuring the purification rate of the filter device; making the filtering effect good and the air purified thoroughly.

The upper surface of the base 14 is formed with a concave arc-shaped placement groove 14-1, the shape of the placement groove 14-1 matches the casing of the centrifugal fan 13; Stability and security.

The inclination angle between the bending guide part 11-3 and the transition section 11-2 is 120°～125°; it is more uniform and expands the range of effective wind speed; There are universal rollers 21; equipped with a mobile frame and universal rollers, it is easy to move.

As shown in Figure 16-17, it is the stirring bin of the organic waste microbial treatment machine, including the stirring bin body 51 and the discharge device 53; the stirring bin body 51 is a shell structure with a taper, and the left feeding port 24-1 and The right feeding port 24-2 is located on the left and right sides of the top of the mixing bin body 51; the small decomposable matter is put into the left feeding port 24-1, and the large pieces of difficult-to-decompose matter are put into the right feeding port 24-2, and crushed by the pulverizer 4 After that, put it into the mixing bin body 51; the left feeding port 24-1 and the right feeding port 24-2 are evenly distributed with a screen 51-3, and the screen 51-3 is located at the left feeding port 24-1 and the right feeding port 24-2. 2, the screen 51-3 is detachably connected to the left feeding port 24-1 and the right feeding port 24-2; the screen 51-3 can be easily replaced, and it is convenient to classify and screen garbage products of different sizes. Convenient and fast; by setting the left feeding port 24-1 and the right feeding port 24-2, the materials conveyed by the stirring shaft can be evenly entered into the mixing bin body 51, avoiding the backlog caused by too much material, and making the material It is more dispersed, the stirring shaft is more efficient, and the material is stirred more fully.

The stirring device runs through the stirring bin body 51, and the discharge device 53 is located on the side wall of the lower part of the stirring bin body 51; a support column 55 is arranged between the stirring base 54 and the stirring bin body 51, and the The upper and lower ends of the support column 55 are all provided with damping pads 56, and the material of the damping pads 56 is elastic rubber; It absorbs the vibration force generated when the stirring device is working, and also reduces the noise generated when the stirring device is working, avoiding the wear of the stirring device on the ground, which not only prolongs the service life of the stirring device, but also does not cause noise pollution.

The discharge device 53 comprises the garbage taking-out cover 26-1 arranged on the side wall of the mixing bin body 51, and the garbage taking-out cover 26-1 forms an angle of 45° with the side wall of the mixing bin body 51; In the future, it can be quickly removed from the garbage take-out cover 26-1 to improve the use efficiency of the sorting table; the lower end of the garbage take-out cover 26-1 is provided with a guide plate 53-2, and the guide plate 53-2 is fixed on the side of the mixing bin body 51 On the wall, the guide plate 53-2 and the garbage taking-out cover 26-1 are perpendicular to each other; the two sides of the guide plate 53-2 are provided with mounting plates, and the outer end of the guide plate 53-2 is on the side wall of the outermost end of the mixing bin body 51. The same vertical plane can prevent the mixed materials from falling to the ground, and can also increase the overall aesthetics.

Stirring device 52 also comprises motor 52-4, stirring speed changer 52-5 and gear 52-6; Motor 52-4 drives gear 52-6 to rotate, and described stirring speed changer 52-5 is connected with motor 52-4, and described stirring speed changer 52-5 is arranged on the outer surface of the stirring bin body 51, and the stirring speed changer 52-5 is connected with the stirring blade mechanism 63 through the main shaft 52-1; by setting the motor 52-4, the speed changer 52-5 and the gear 52-6; The miniaturization design of the pulverizer of the organic waste microbial treatment machine reduces the power of the motor, and also reduces the volume and weight of the mixing bin body 51 .

As shown in Figures 18-20, the stirring device of the organic waste microbial treatment machine also includes a main shaft 61, a stirring shaft 62, and several stirring blade mechanisms 63 sleeved on the stirring shaft 62; the outer end of the main shaft 61 is fixedly connected to the driving gear, and the driving gear Driven by the motor to rotate, and then drive the main shaft 61 and the stirring shaft 62 to rotate, the stirring shaft 62 is sleeved on the main shaft 61, and the stirring blade mechanism 63 includes a connecting pipe 63-1, a blade fixing rod 63-2 and a blade 63-3; One end of the blade fixing rod 63-2 is fixedly connected to the connecting pipe 63-1, and the other end of the blade fixing rod 63-2 is used to fix the blade 63-3; several connecting pipes 63-1 are equidistantly socketed on the stirring shaft 62 On the top, the adjacent blade fixing rods 63-2 have the same inclination angle along the circumferential direction of the stirring shaft 62; with the rotation of the stirring shaft 62, the blades 63-3 are driven to decompose the organic waste in the decomposition chamber, stir evenly, and improve the waste stirring efficiency.

The blade 63-3 and the blade fixing rod 63-2 are vertically arranged, and the inclination angle between the blade 63-3 and the stirring shaft 62 is 30°,

This kind of design is not only conducive to the separation of organic waste, but also more conducive to the installation of the stirring blade 63-3, which makes the balance of the heat suppression of the blade 63-3 in the stirring process increase, and improves the decomposition of waste in the decomposition chamber. Decomposition efficiency; at the same time, the inclination angle between the blade 63-3 and the stirring shaft 62 is 45°, so that the entire organic waste generates axial movement during the stirring process, so the organic waste will be stirred more fully and the stirring efficiency will be higher.

Both sides of the blade 63-3 are formed with sharp blades. The sharp blades can cut and smash the organic waste and improve the decomposition efficiency. The blades are arranged on the front and back of both sides of the blade 63-3. Stirring of organic waste under the condition of alternating positive and negative rotation, so that the application range is wider.

The connecting pipe 63-1 is detachably socketed on the stirring shaft 62, which is convenient for replacing the new stirring blade mechanism 63, and brings convenience to the maintenance work of the blade 63-3; the connecting pipe 63-1 is provided with two symmetrical Corresponding to the positioning hole 63-1-1, the stirring shaft 62 is provided with a positioning groove matching the positioning hole 63-1-1, and the positioning hole 63-1-1 is connected to the positioning groove by bolts.

The connection between the connecting pipe 63-1 and the blade fixing rod 63-2 is fixed with a supporting plate 63-4, and the supporting plate 63-4 is symmetrically arranged on both sides of the connecting pipe 63-1, and the supporting plate 63-4 is located at two positions. The middle position of the hole 63-1-1; by setting the support plate 63-4, the overall strength of the stirring blade mechanism 63 is further increased, and the stirring efficiency is improved. At the same time, the length of the support plate 63-4 is 63-1 length of the connecting pipe 1/3, and the width of the support plate 63-4 decreases successively from bottom to top; it can ease the friction generated by the processed garbage stirred between the connecting pipe 63-1 and the blade fixing rod 63-2, and can suppress the heat generation to a minimum. lower; like this, in this stirring blade mechanism 63, can suppress the whole body of the heat that produces in blade fixed rod 63-2, blade 63-3 and decomposition chamber; Therefore, the width of support plate 63-4 is by Decrease in turn from bottom to top, in this way, at the bottom of the blade fixing rod 63-2, necessary stirring treatment can be performed on the garbage to be treated.

The blade 63-3 on the mixing blade mechanism 63 at the left and right ends is in an "A" shape, and the blade 63-3 includes a left inclined blade 63-3-1, a right inclined blade 63-3-2 and a connecting blade 63-3- 3. The left inclined blade 63-3-1, the right inclined blade 63-3-2 and the connecting blade 63-3-3 are fixedly connected and integrally formed; the firmness of the two end stirring blade mechanisms 63 is increased to improve the stirring efficiency, the top of the blade fixing rod 63-2 is socketed between the left inclined blade 63-3-1, the right inclined blade 63-3-2 and the connecting blade 63-3-3; the left inclined blade 63-3 The direction of the connection between -1 and the right inclined blade 63-3-2 points to the middle position of the stirring shaft 62; the blade 63-3 with "A" shape at both ends rotates in the opposite direction driven by the stirring shaft 62, and the organic waste The material is driven and stirred by other blades 63-3 in the decomposition chamber. When the garbage is pushed to the left and right by the middle blade 63-3 to the junction of the left inclined blade 63-3-1 and the right inclined blade 63-3-2, due to The direction of the junction of the left inclined blade 63-3-1 and the right inclined blade 63-3-2 points to the middle position of the stirring shaft 62, forming an inward centrifugal force, and the left inclined blade 63-3-1 and the right The inclined blade 63-3-2 is driven by the stirring shaft 62, so that the garbage materials are collected in the middle, and the stirring is driven by the middle blade 63-3, and the organic waste can be stirred in sequence in the decomposition chamber. Of course, during the stirring process, We can install a microwave heater in the decomposition chamber, and microwave the organic waste through the microwave heater to quickly sterilize and ferment the organic material; set the oppositely arranged blades 63-3 in an "A" shape, so that the organic waste The decomposition chamber moves from both ends to the middle, which improves the stirring efficiency. At the same time, it also avoids the accumulation of garbage on both sides of the decomposition chamber, and can remove dead corners, so as to prevent organic waste from being fully stirred and kneaded in the dead corners, ensuring It is safe to use.

There are 6 or 8 blade fixing rods 63-2, and the blade fixing rods 63-2 are vertically and evenly distributed on the stirring shaft 62, and the inclination angle Φ between adjacent blade fixing rods 63-2 is the same; There are 8 blade fixing rods 63-2, and the inclination angle between adjacent blade fixing rods 63-2 is 135°. The same inclination angle makes the mixing balance of the garbage the same, and the decomposed garbage processing capacity is enhanced.

The distance between the adjacent blade fixed rods 63-2 is less than the length of the blade 63-3, and the length of the blade 63-3 is 1/2 of the length of the blade fixed rod 63-2; the diameter of the blade fixed rod 63-2 is the connecting pipe 63-1 length 1/2.

The blade 63-3 is provided with a through hole 63-3-4, two through holes 63-3-4 are arranged symmetrically on both sides of the blade fixing rod 63-2; the through hole 63-3-4 is long Slotted circular through hole, the length of the through hole 63-3-4 is 1/5 of the length of the blade 63-3, and the width of the through hole 63-3-4 is 1/2 of the width of the blade 63-3; 3 is provided with a through hole 63-3-4, the through hole 63-3-4 can effectively reduce the load of the blade 63-3, and at the same time, the tiny particles in the garbage can be stirred and separated through the through hole 63-3-4 , and the stirring speed is fast and the stirring efficiency is high.

The above description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the general principles defined herein may be implemented in other embodiments without departing from the spirit or scope of the invention; therefore , the present invention will not be limited to these embodiments shown herein, but will conform to the widest scope consistent with the principles and novel features disclosed herein.

Although this article uses many reference signs in the figure: ventilation and cooling device 1, ventilation duct 11, ventilation box 11-1, transition section 11-2, bending guide part 11-3, air inlet 11-4, Air vent 12, centrifugal fan 13, base 14, placement slot 14-1, connecting pipe 15, support frame 16, baffle plate 18, high-efficiency filter 19, mobile frame 20, universal roller 21; Picking table 22, edge 22-1, dumping area 23, drain 23-1, drain 23-2, sorting area 24, left feeding port 24-1, right feeding port 24-2, left feeding cover 24-3 , right feeding cover 24-4, electric push rod 24-5, garbage removal cover 26-1, water collection box 27, drain valve 27-1, viewing window 28; lifting device 3, bracket 31, side plate 32, positioning Plate 32-1, guide groove device 33, guide groove 33-1, slide groove 33-2, smooth groove 33-3, flip groove 33-4, lifting frame device 34, lifting platform 34-1, lifting slider 34- 2. Connecting plate 34-3, sliding wheel 34-4, lifting positioning slot 34-5, positioning frame mechanism 34-6, supporting block 34-6-1, sliding plate 34-7, supporting rod 34-8, lifting block 34-9, horizontal part 34-9-1, vertical part 34-9-2, groove 34-9-3, receiving groove 34-10, power roller 35, driven roller 36, driving mechanism 37, lifting Belt 38, transverse partition 39; pulverizer 4, motor 41, speed changer 42, box body 43, gear transmission mechanism 44, driving gear 44-1, main shaft gear 44-2, auxiliary shaft gear 44-3, rotating shaft 45, pulverize Cutter assembly 46, the first cutter 46-1, the first root of a knife 46-1-1, the first blade 46-1-2, the first end edge 46-1-3, the first mounting hole 46-1-4, the first Two cutters 46-2, second root of a knife 46-2-1, second blade 46-2-2, second mounting hole 46-2-3, end blade 46-2-4, inner blade 46-2-5 , Partition 47, mesh 48; Stirring bin 5, stirring bin body 51, screen 51-3, motor 52-4, stirring transmission 52-5, gear 52-6, discharging device 53, guide plate 53- 2. Stirring base 54, support column 55, damping gasket 56; stirring device 6, main shaft 61, stirring shaft 62, stirring blade mechanism 63, connecting pipe 63-1, positioning hole 63-1-1, blade fixing rod 63 -2, blade 63-3, left inclined blade 63-3-1, right inclined blade 63-3-2, connecting blade 63-3-3, through hole 63-3-4, support plate 63-4; processor terms such as ontology 7, but does not exclude the possibility of using other terms; using these terms is only to describe and explain the essence of the present invention more conveniently; interpreting them as any kind of additional limitations is consistent with the spirit of the present invention violated.

Claims (10)

1. organic waste microbial processor, it is characterised in that：Including processor body（7）；The processor body（7）On set There is sort operation platform（2）；The sort operation platform（2）Including sorting table top（22）；The sorting table top（22）Including dumping ground （23）And off-sorting station（24）；The dumping ground（23）Middle part be provided with slip through the net（23-2）, it is described to slip through the net（23-2）Lower section set There is discharge outlet（23-1）；The off-sorting station（24）Including left dog-house（24-1）, right dog-house（24-2）And electric pushrod（24- 5）；Left dog-house（24-1）With right dog-house（24-2）On be respectively equipped with a left side and feed intake lid（24-3）Fed intake lid with the right side（24-4）；It is left Feed intake lid（24-3）Fed intake lid with the right side（24-4）Pass through electric pushrod（24-5）It is pressed on left dog-house（24-1）With right dog-house （24-2）On；Processor body（7）It is interior to be provided with stir storehouse（5）And pulverizer（4）, stir storehouse（5）Charging aperture and sort operation Platform（2）Left dog-house（24-1）With right dog-house（24-2）Position is corresponding；Pulverizer（4）Positioned at right dog-house（24-2）Bottom Portion and stir storehouse（5）Charging aperture between, processor body（7）Side wall be provided be used for organic waste lifting upset lifting Device（3）, stir storehouse（5）Top is provided with aeration-cooling device（1）, stir storehouse（5）Inside it is laid with agitating device（6）.

2. organic waste microbial processor according to claim 1, it is characterised in that：The sorting table top（22）And place Reason machine body（7）It is fixedly connected, is integrally formed；The sorting table top（22）Surrounding be provided with flange vertically upward（22- 1）, the flange（22-1）Height be 4-40cm；The dumping ground（23）Inclined concave shape；Dumping ground（23）With lifting Device（3）Tip position it is corresponding；Slip through the net（23-2）It is laid in dumping ground（23）Concave shape in；It is described to slip through the net（23-2） It is removably coupled to dumping ground（23）On, slip through the net（23-2）Area be the dumping ground（23）The 1/3~2/4 of area；Stirring Storehouse（5）Side wall be provided with rubbish take out lid（26-1）, rubbish, which takes out, to be covered（26-1）With stir storehouse（5）Side wall angle at 45 °； The discharge outlet（23-1）Bottom be provided with collecting box（27）, described collecting box（27）Bottom be provided with draining valve（27- 1）, collecting box（27）Bottom plate and horizontal line are into 1 ° -25 ° of angle, draining valve（27-1）Place end is located at below horizontal line；It is described Discharge outlet（23-1）For rectangle, circle, square or other geometries；The processor body（7）With sorting table top （22）Made using metal material.

3. organic waste microbial processor according to claim 1 or 2, it is characterised in that：The lifting device（3）Bag Include support（31）, be fixedly arranged on support（31）On the side plate that is oppositely arranged（32）；Side plate（32）It is interior formed with guide groove device（33）, Guide groove device（33）On slidably connect lifting rack device for rubbish to be lifted（34）；The support（31）Upper and lower side It is connected to power disk roller（35）With driven disk roller（36）；Power disk roller（35）With driven disk roller（36）Between be rotatably connected to Belt elevator（38）；Power disk roller（35）On be connected with driving belt elevator（38）The drive mechanism of motion（37）；The lifting Rack device（34）It is fixedly arranged on belt elevator（38）On, along guide groove device（33）Upward sliding；The guide groove device（33） Including guide groove（33-1）And sliding groove（33-2）；The guide groove（33-1）With sliding groove（33-2）Along side plate（32）Inner side Parallel laying；The guide groove（33-1）And sliding groove（33-2）With lifting rack device（34）Connection is adapted, lifts rack device （34）Along guide groove（33-1）With sliding groove（33-2）Upward sliding, for lifting and overturning rubbish；The lifting is rack-mounted Put（34）Including lifting platform（34-1）, it is installed on the lifting platform（34-1）Both sides and guide groove（33-1）What is be adapted carries Rise sliding block（34-2）；Lift platform（34-1）Both sides are fixedly provided with and lifting platform（34-1）Perpendicular connecting plate（34-3）, Connecting plate（34-3）With lifting sliding block（34-2）Between leave gap, the connecting plate（34-3）End be connected with and sliding groove （33-2）The movable pulley being engaged（34-4）；The lifting platform（34-1）It is interior formed with lifting locating slot（34-5）, with this phase It is corresponding, the lifting locating slot（34-5）Inside slidably connect and lifting locating slot（34-5）The positioning frame mechanism being adapted （34-6）；The lifting locating slot（34-5）Interior be provided with is used to limit positioning frame mechanism（34-6）The stopping means moved up and down； The positioning frame mechanism（34-6）Including being slidably connected to lifting locating slot（34-5）Sliding panel in both sides（34-7）；Two cunnings Dynamic plate（34-7）Between be installed with two symmetrical support bars（34-8）, the support bar of the top（34-8）On be installed with lifting Block（34-9）, lift block（34-9）In " L " shape, including horizontal part（34-9-1）And vertical component effect（34-9-2）, vertical component effect（34-9- 2）With lifting platform（34-1）Top between formed with the holding tank for clamping garbage recycling bin（34-10）；It is described vertical Portion（34-9-2）On formed with some grooves equidistantly laid（34-9-3）, groove（34-9-3）With vertical component effect（34-9-2）It is fixed Connection, is integrally formed；The biside plate（32）Rear end be installed with some symmetrical location-plates（32-1）, adjacent positioned plate （32-1）The distance between no more than lifting platform（34-1）Height；The positioning frame mechanism（34-6）Bottom, which is provided with, to be used for Support the support block of garbage recycling bin（34-6-1）, support block（34-6-1）Height and lift block（34-9）Height phase one Cause；The sliding groove（33-2）Top is provided with smooth groove（33-3）, the sliding groove（33-2）With smooth groove（33-3）For circle Arc transition connects；The smooth groove（33-3）Positioned at dumping ground（23）Upper end, smooth groove（33-3）With dumping ground（23）It is mutually flat OK, the guide groove（33-1）Top is provided with turning groove（33-4）；Guide groove（33-1）With turning groove（33-4）Between incline Rake angle is 15 °~25 °；The turning groove（33-4）With smooth groove（33-3）In " ∠ " shape body；The support（31）It is upper fixed Have and be used for support driving mechanism（37）Diaphragm plate（39）, diaphragm plate（39）Positioned at drive mechanism（37）Lower end, the driving machine Structure（37）For servo deceleration motor.

4. organic waste microbial processor according to claim 1, it is characterised in that：The pulverizer（4）Including electricity Motivation（41）, speed changer（42）, casing（43）, gear drive（44）And disintegrating mechanism；The speed changer（42）With it is electronic Machine（41）Connection, the speed changer（42）It is arranged on casing（43）Lateral surface on, speed changer（42）Pass through connecting shaft and gear Transmission mechanism（44）Connection；The gear drive（44）Connected with the disintegrating mechanism and be all disposed within the casing（43） It is interior；The disintegrating mechanism includes a rotating shaft（45）Be sleeved on the rotating shaft（45）The crushing knife tool of upper and synchronous rotation Component（46）；Rotating shaft（45）One end and gear drive（44）Connection, the other end are rotationally connected with casing（43）On；The case Body（43）Bottom is provided with dividing plate（47）, the dividing plate（47）Upper array is provided with some mesh（48）；Mesh（48）With crushing knife tool Component（46）Between leave gap；Dividing plate（47）It is removably coupled to casing（43）Bottom, the casing（43）Surrounding is in hollow Structure, the hollow structure is interior to form Jing Yin insulation material accommodating chamber（43-1）, the Jing Yin insulation material accommodating chamber（43-1）It is interior Filled with Jing Yin heat-insulation layer（43-2）；The gear drive（44）By driving gear（44-1）, mainshaft gear（44-2）With Auxiliary shaft gear（44-3）Composition；The driving gear（44-1）By connecting axis connection speed changer（42）, in motor（41）'s Under driving, auxiliary shaft gear is driven（44-3）And mainshaft gear（44-2）Rotate；The mainshaft gear（44-2）Connection rotating shaft（45）, And then drive crushing knife tool component（46）Rotate；The crushing knife tool component（46）Left and right end and casing（43）Madial wall phase Cut；The crushing knife tool component（46）Rotating shaft is fixedly arranged on including some（45）On the first cutter（46-1）With the second cutter（46- 2）Composition；First cutter（46-1）With the second cutter（46-2）Equidistantly it is laid staggeredly in rotating shaft（45）On；First cutter （46-1）Including the first knife root（46-1-1）With the first blade（46-1-2）；First knife root（46-1-1）With the first blade（46-1- 2）It is fixedly connected, is integrally formed；First knife root（46-1-1）Center be provided with the first mounting hole（46-1-4）；First blade（46- 1-2）3 are provided with, the first blade（46-1-2）With respect to the first knife root（46-1-1）Extend centrally out；First blade （46-1-2）End be provided with first end sword（46-1-3）, first end sword（46-1-3）Both ends be respectively close to the first knife root （46-1-1）The near-end at center and remote first knife root（46-1-1）The distal end at center, form sharp portion；The first end sword （46-1-3）Along the first knife root（46-1-1）Clockwise direction be obliquely installed, angle of inclination is 30 °~75 °；Described first Hold sword（46-1-3）Distal end opposite proximal end upwards reverse cause adjacent peaks formed difference in height X, X be 0.02mm~4mm；It is described First end sword（46-1-3）Cutting edge be linear or arc shaped or zigzag；It is described to be located at rotating shaft（45）On, adjacent first knife Tool（46-1）The first blade（46-1-2）In the interlaced laying of same direction；Second cutter（46-2）Including the second knife Root（46-2-1）With the second blade（46-2-2）；Second knife root（46-2-1）With the second blade（46-2-2）It is fixedly connected, one Shaping；Second knife root（46-2-1）Center be provided with the second mounting hole（46-2-3）；Second blade（46-2-2）It is provided with Opposite end edges（46-2-4）With inner side blade（46-2-5）；Second cutter（46-2）Clockwise cutting；The end knife Sword（46-2-4）With inner side blade（46-2-5）Cutting edge thickness be 0.01mm~0.2mm；Second blade（46-2-2）If Three are equipped with, three second blades（46-2-2）Along the second mounting hole（46-2-3）It is equidistant to lay；Described adjacent second Cutter（46-2）On the second blade（46-2-2）In the interlaced laying of same direction；The opposite end edges（46-2-4）With it is interior Side tool sword（46-2-5）Cutting edge be circular arc；The opposite end edges（46-2-4）Blade surface width and inner side blade（46-2-5） Blade surface width and the second blade（46-2-2）The width ratio scope at most narrow place is all 1/3 to 2/3；The Jing Yin heat-insulation layer （43-2）It is interior to be filled with Sound-proof material.

5. organic waste microbial processor according to claim 1, it is characterised in that：The aeration-cooling device includes Ventilation shaft（11）, ventilating opening（12）, centrifugal blower（13）, base（14）, connecting pipe（15）And support frame（16）；The bottom Seat（14）It is fixedly arranged on support frame（16）On；Support frame（16）It is fixedly arranged on the stir storehouse of processor（5）In side wall, the centrifugal blower （13）It is fixed on base vertically（14）Upper end, centrifugal blower（13）On be connected with connecting pipe（15）, connecting pipe（15）Connection Ventilation shaft（11）, and and ventilation shaft（11）Vertically；The ventilation shaft（11）Connect stir storehouse（5）And extend to nacelle It is interior, the ventilating opening（12）It is arranged on the ventilation shaft（11）On, and connect the ventilation shaft（11）And nacelle, so that institute State ventilation shaft（11）Can be to stir storehouse（5）Interior ventilation；The ventilation shaft（11）Including casing of divulging information（11-1）, changeover portion （11-2）With bending diversion division（11-3）；The ventilation casing（11-1）, changeover portion（11-2）With bending diversion division（11-3）Gu Fixed connection, is integrally formed；The ventilation casing（11-1）Bottom is provided with air inlet（11-4）；Bending diversion division（11-3）In inclining It is ramp-like, bending diversion division（11-3）One end connects changeover portion（11-2）The other end connects ventilating opening（12）；The bending diversion division （11-3）Interior close ventilating opening（12）Place is provided with some baffle plates（18）；Some baffle plates（18）Equidistantly it is laid in bending diversion division （11-3）On；Some baffle plates（18）With bending diversion division（11-3）It is fixedly connected, some baffle plates（18）By bending diversion division（11- 3）If being horizontally divided into dry passage, ventilating opening（12）Positioned at bending diversion division（11-3）End；The changeover portion（11-2）Inside set Filter is equipped with, filter includes high efficiency particulate air filter（19）, high efficiency particulate air filter（19）Periphery is framed, with changeover portion（11- 2）Inwall size matches, high efficiency particulate air filter（19）It is removably coupled to changeover portion（11-2）It is interior；The base（14）Upper surface shape Circular arc standing groove recessed Cheng Youcheng Inner（14-1）, standing groove（14-1）Shape and centrifugal blower（13）Shell match； The bending diversion division（11-3）With changeover portion（11-2）Inclination angle be 120 °~125 °；The cabin that feeds intake（17）Bottom is set There is movable stand（20）, movable stand（20）Have universal rolling wheel（21）；The ventilation shaft（11）It is made of aluminium sheet；Ventilating opening （12）For flat mouth formula ventilating opening.

6. according to the organic waste microbial processor described in claim 1 or 2 or 5, it is characterised in that：The stir storehouse（5） Including stirring feed bin body（51）And discharging device（53）；Described stirs feed bin body（51）It is left for the shell structure with taper Dog-house（24-1）With right dog-house（24-2）Positioned at stirring feed bin body（51）At left and right sides of top；Left dog-house（24-1）And the right side Dog-house（24-2）Inside it is laid with screen cloth（51-3）, screen cloth（51-3）Positioned at left dog-house（24-1）With right dog-house（24-2） Top, screen cloth（51-3）With left dog-house（24-1）With right dog-house（24-2）It is detachably connected；Described agitating device（6） Through stirring feed bin body（51）, described discharging device（53）Positioned at stirring feed bin body（51）In the side wall of bottom；It is described to stir material Storehouse body（51）Bottom is connected with stirring base（54）, the stirring base（54）With stir feed bin body（51）Between be provided with branch Dagger（55）, and the support column（55）Upper and lower ends are provided with cushioning piece（56）, its cushioning piece（56）Material be Elastic caoutchouc；The discharging device（53）Take out and cover for rubbish（26-1）；The rubbish takes out lid（26-1）Lower end, which is laid with, leads To plate（53-2）, guide plate（53-2）It is fixedly arranged on and stirs feed bin body（51）In side wall, guide plate（53-2）Take out and cover with rubbish （26-1）It is mutually perpendicular to；The guide plate（53-2）Outer end and stir feed bin body（51）Outermost end side wall is same vertical flat Face.

7. organic waste microbial processor according to claim 6, it is characterised in that：The agitating device（6）Including Motor（52-4）, stirring transmission（52-5）, gear（52-6）, main shaft（61）, agitating shaft（62）Be socketed on agitating shaft（62） On some stirring vane mechanisms（63）；Agitating shaft（62）It is socketed on main shaft（61）On；Motor（52-4）Drive gear（52-6） Rotate, the stirring transmission（52-5）With motor（52-4）Connection, the speed changer（52-5）It is arranged on and stirs feed bin body （51）Lateral surface on, speed changer（52-5）Pass through main shaft（61）With stirring vane mechanism（63）Connection.

8. organic waste microbial processor according to claim 7, it is characterised in that：The stirring vane mechanism（63） Including connecting tube（63-1）, blade fix bar（63-2）And blade（63-3）；The blade fix bar（63-2）One end and company Adapter（63-1）It is fixedly connected, blade fix bar（63-2）The other end be used for fix blade（63-3）；Some connecting tubes（63- 1）Equidistantly it is socketed on agitating shaft（62）On, adjacent blades fix bar（63-2）Along agitating shaft（62）There is circumferencial direction identical to incline Rake angle；The blade（63-3）With blade fix bar（63-2）Vertical runs, blade（63-3）With agitating shaft（62）Between Angle of inclination is 30 °~45 °；The connecting tube（63-1）Detachably it is socketed on agitating shaft（62）On, connecting tube（63-1）On set There are two symmetrical positioning holes（63-1-1）, corresponding, agitating shaft（62）It is provided with and positioning hole（63-1-1）Phase The locating slot of adaptation, positioning hole（63-1-1）It is bolted with locating slot.

9. organic waste microbial processor according to claim 8, it is characterised in that：The connecting tube（63-1）With leaf Piece fix bar（63-2）Connection go out to be installed with supporting plate（63-4）, supporting plate（63-4）Symmetrically it is laid in connecting tube（63-1）Two Side, and supporting plate（63-4）Positioned at two positioning holes（63-1-1）Centre position；The supporting plate（63-4）Length for connection Pipe（63-1）The 1/3 of length, and supporting plate（63-4）Width successively decrease successively from the bottom to top.

10. organic waste microbial processor according to claim 8, it is characterised in that：The left and right ends paddle Piece mechanism（63）On blade（63-3）In " A " shape body, the blade（63-3）Including left bank blade（63-3-1）, right bank leaf Piece（63-3-2）With connection blade（63-3-3）；Left bank blade（63-3-1）, right bank blade（63-3-2）With connection blade （63-3-3）It is fixedly connected, is integrally formed；And blade fix bar（63-2）Top be socketed on left bank blade（63-3-1）, it is right Dihedral vane（63-3-2）With connection blade（63-3-3）Between；The left bank blade（63-3-1）With right bank blade（63- 3-2）Junction direction point to agitating shaft（62）Centre position；The blade fix bar（63-2）It is provided with 6 or 8 It is individual, blade fix bar（63-2）It is evenly distributed on agitating shaft vertically（62）On, adjacent blades fix bar（63-2）Between inclination Angle, φ is identical；The adjacent blades fix bar（63-2）The distance between be less than blade（63-3）Length, blade（63-3） Length be blade fix bar（63-2）The 1/2 of length；The blade fix bar（63-2）A diameter of connecting tube（63-1）'s Length 1/2；The blade（63-3）On be laid with through hole（63-3-4）, through hole（63-3-4）Two are provided with, is symmetrically laid in Blade fix bar（63-2）Both sides；The through hole（63-3-4）For trough type manhole, through hole（63-3-4）Length be leaf Piece（63-3）The 1/5 of length, through hole（63-3-4）Width is blade（63-3）The 1/2 of width.