CN106311716B - Garbage disposer - Google Patents

Abstract

The invention discloses a kind of garbage disposers, including pass through the sequentially connected rubbish storage bucket of pipeline, crushing filter, dehydration barrel, combustion chamber, pellet fabrication device and collecting vessel；Wherein, rubbish in rubbish storage bucket can be evacuated to crush and crush and filter in filter, pulverized particles in crushing filter, which can be evacuated in dehydration barrel, to be dehydrated, dewatered granulated garbage, which can be compressed in combustion chamber, in dehydration barrel is dried, is burnt, rubbish ashes after burning Indoor Combustion, which can compress to be delivered in pellet fabrication device, pelletizes, and the grey k particle in pellet fabrication device, which can be delivered in collecting vessel, to be preserved；In addition, combustion chamber is also associated with oxygen-enriching mechanism, ignition mechanism and smoking mechanism.The garbage disposer can be converted garbage under conditions of low energy consumption as fertilizer.

Description

Garbage disposer

technical field

The invention relates to garbage disposal equipment, in particular to a garbage disposer.

Background technique

With the development of cities and the continuous improvement of people's living standards, people's awareness of physical health and environmental protection is increasing day by day, and they are eager to have a healthy, clean, environmentally friendly and comfortable family living environment. However, the ever-increasing domestic waste has gradually become a heavy burden on modern society and families, and improper disposal of household waste will pollute the environment and even infect diseases.

In addition, with the implementation of the sustainable development strategy, in order to improve the sustainable development of the society, it is often necessary to recycle and reuse waste carefully, but the existing garbage disposal methods often cannot meet the effect of garbage recycling.

Contents of the invention

The purpose of the present invention is to provide a garbage disposer, which can not only safely use energy, but also avoid dirty and smelly smells through closed incineration of garbage, and can also cut off the root of the breeding of diseases and insect pests; , rural residential garbage disposal; and the processed garbage ash is made into granular fertilizer, which is odorless, pollution-free, and pest-free, easy for soil absorption, storage and transportation; the garbage processor can be automatically and manually controlled, and can be used mobile, or installed underground on the ground Collects ash particles with low power consumption.

In order to achieve the above object, the present invention provides a garbage disposer, which includes a garbage storage bucket, a crushing filter, a dehydration bucket, a combustion chamber, a granulator and a collection bucket connected in sequence through pipelines; wherein, the garbage in the garbage storage bucket It can be pumped into the crushing filter for crushing and filtering. The crushed particles in the crushing filter can be pumped into the dehydration bucket for dehydration. The dehydrated garbage particles in the dehydration bucket can be compressed into the combustion chamber for drying and combustion. Combustion in the combustion chamber The final garbage ash can be compressed and transported to the granulator for granulation, and the ash potassium particles in the granulator can be transported to the collection barrel for storage; in addition, the combustion chamber is also connected with an oxygen increasing mechanism, an ignition mechanism and a smoking mechanism.

According to the above technical solution, the garbage processor provided by the present invention firstly puts the garbage in the garbage storage bucket, then pumps the garbage into the pulverizing filter through the power device for pulverization and filtering, and then puts the pulverized garbage powder into the dehydration bucket Dehydration is carried out inside, and then the dehydrated garbage is placed in the combustion chamber for combustion, and then the combustion particles are made into granules through the granulator, and the final granulated fertilizer is transported to the collection bucket for collection and storage. Through the above-mentioned garbage processor, the garbage can be made into gray potassium fertilizer only by consuming lower energy consumption, which can not only avoid the pollution of the environment caused by garbage and the breeding of mosquitoes, but also make the garbage into fertilizer. Thereby realizing the recycling of garbage.

Other features and advantages of the present invention will be described in detail in the following detailed description.

Description of drawings

The accompanying drawings are used to provide a further understanding of the present invention, and constitute a part of the description, together with the following specific embodiments, are used to explain the present invention, but do not constitute a limitation to the present invention. In the attached picture:

Fig. 1 is the structural representation of the preferred embodiment of garbage disposer provided by the present invention;

Fig. 2 is the enlarged structural view of the garbage storage bin in Fig. 1;

Fig. 3 is the structural enlargement diagram of oxygen increasing mechanism among Fig. 1;

Fig. 4 is the structural enlarged view of pulverizing filter among Fig. 1;

Fig. 5 is a sectional view of the main filter barrel and the pulverizer in Fig. 4;

Fig. 6 is the enlarged view of the structure of the dehydration barrel in Fig. 1;

Fig. 7 is a sectional view of the water flow pilot valve in Fig. 6;

Fig. 8 is a sectional view of the main cylinder in Fig. 6;

Fig. 9 is an enlarged view of the structure of the combustion chamber in Fig. 1;

Fig. 10 is a structural enlarged view two of the combustion chamber in Fig. 1;

Fig. 11 is the structural enlargement diagram of steam generator in Fig. 9;

Fig. 12 is an enlarged view of the structure of the garbage drying mechanism in Fig. 9;

Fig. 13 is an enlarged view of the structure of the combustion body in Fig. 9;

Fig. 14 is an enlarged view of the structure of the combustion mechanism in Fig. 9;

Fig. 15 is an enlarged view of the structure of the funnel-shaped bin in Fig. 9;

Figure 16 is an enlarged view of the combined structure of the granulator and the collection bucket in Figure 1;

Fig. 17 is an enlarged view of the structure of the smoking mechanism in Fig. 1;

Figure 18 is an enlarged view of the structure of the ignition mechanism in Figure 1;

Figure 19 is an enlarged view of the structure of the power supply in Figure 1.

Explanation of reference signs

1. Combustion chamber 2. Garbage storage bin

3. Collection barrel 4. Steam generator

5. Granulator 6. Smoking mechanism

7. Power supply 8. Crush filter

9. Controller 10. Main dehydration bucket

11. Auxiliary dehydration barrel 12. Ignition mechanism

13. Aeration mechanism 32. Sewage input hole

33. Valve body 37. Sewage output hole

40. Automatic pressure relief valve 41. Sewage input valve

42. Dehydrated garbage input valve 43. Garbage input port

46. Chimney mouth 47. Sewage drying board

48. Sewage water flow pipe 50. Ash shovel plate

51. Ash shovel contact switch 52. Sewage shovel contact switch

53. Compression motor 54. Ash shovel motor

55. Funnel-shaped warehouse 57. Sewage drive sprocket

58. Sewage transmission chain 59. Sewage shovel motor

60. Garbage transmission sprocket 61. Garbage transmission chain

62. Garbage shovel motor 63. Sewage shovel

65. Garbage shovel board 66. Garbage drying board

73. Garbage shovel touch switch 77. Barometer

81. Ember Compression Hinge Roller 82. Flip Plate

83. Burning backing plate 84. Ember driving screw

88. Ashes transmission chain 89. Ashes transmission sprocket

100. Combustion body 200. Barrel body

201, sensor 202, electromagnetic valve

203. Garbage inlet 204. Extraction pump

205. Cleaning port 206. Delivery pipe

301, ash particle output port 302, ground conveying pipe

401. Steam storage barrel 402. Electric heating tube

404, water inlet valve 405, steam valve

406. Pressure relief valve 407. Combustion chamber heating pipe

408. Heat-gathering iron plate 409. Steam barometer

502, ash input port 503, conveying motor

504. Granulating motor 601. Smoke return pipe

602, water spray electromagnetic valve 603, smoking motor

604, smoke exhaust chimney 605, water storage tank

707. Output wire 708. Steam connection

801, auxiliary filter barrel 802, main filter barrel

803. Shredder 804. Garbage export

805. Sewage outlet 806. Crushing motor

807, material inlet 808, connecting pipe

809, compression hinge roller 810, hinge roller support

811, pulverizing blade 812, casing

1000, the main garbage input electromagnetic valve 1001, the main running compression motor

1002. Rotary pressure relief hole 1003. Main liner water flow guide valve

1004, main casing 1005, main liner

1006. Main garbage output electromagnetic valve 1007. Main sewage output electromagnetic valve

1008, main compression hinge roller 1009, main support

1101. Auxiliary sewage input solenoid valve 1102. Auxiliary running compression motor

1103. Auxiliary sewage output electromagnetic valve 1104. Auxiliary garbage output electromagnetic valve

1105, auxiliary support 1300, blower

1301, windshield 1302, air outlet

6202, stop baffle 6203, drive screw

800. Water flow guide valve

Detailed ways

Specific embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings. It should be understood that the specific embodiments described here are only used to illustrate and explain the present invention, and are not intended to limit the present invention.

In the present invention, in the case of no contrary description, the orientation words included in the term such as "up, down, top, bottom, left, right" only represent the orientation of the term in the normal use state, or for the purpose of A common term understood by those skilled in the art, and should not be considered as a limitation of the term.

The present invention provides a garbage processor, as shown in Figure 1, comprising a garbage storage bucket 2, a pulverizing filter 8, a dehydration bucket, a combustion chamber 1, a granulator 5 and a collection bucket 3 connected in sequence through pipelines; wherein, The garbage in the garbage storage bin 2 can be pumped into the crushing filter 8 for crushing and filtering, the crushed particles in the crushing filter 8 can be pumped into the dehydration bucket for dehydration, and the dehydrated garbage particles in the dehydration bucket can be compressed into the combustion chamber 1 for drying and burning, the burned garbage ash in the combustion chamber 1 can be compressed and transported to the granulator 5 for granulation, and the ash potassium particles in the granulator 5 can be transported to the collection bucket 3 for storage; in addition , the combustion chamber 1 is also connected with an oxygen increasing mechanism 13 , an ignition mechanism 12 and a smoking mechanism 6 .

The above-mentioned garbage disposer first puts the garbage in the garbage storage bucket 2, then the garbage is pumped into the pulverizing filter 8 by the power unit for pulverization and filtration, and then the pulverized garbage powder is placed in the dehydration bucket for dehydration, and then After the dehydrated garbage is transported to the drying plate of the combustion chamber for drying, it is placed in the combustion chamber for combustion, and then the burned ashes are made into granular fertilizer through the granulator 5 . This can not only prevent the garbage from polluting the environment and breeding mosquitoes, but also can make the garbage into fertilizer, thereby realizing the recycling and reuse of garbage.

In the present invention, the specific structure of the garbage storage bucket 2 can be selected in a wide range, but in order to improve the convenience of operation of the garbage storage bucket 2 and to facilitate the control of the capacity of the garbage in the garbage storage bucket 2, preferably, as shown in Figure 2 As shown, the garbage storage bucket 2 includes a bucket body 200, and the top of the bucket body 200 is provided with a garbage inlet 203 and a suction pump 204; the suction pump 204 can transfer the garbage to the crushing filter 8 through the delivery pipe 206, and the electromagnetic valve 202 of the suction pump 204 A sensor 201 is arranged on the top, the sensor 201 can collect the position signal of the garbage in the barrel body 200 and transmit the position signal to the controller, and the controller can control the opening and closing of the electromagnetic valve 202 according to the position signal; the bottom of the side wall of the barrel body 200 A cleaning port 205 is provided. In this way, the sensor 201, the electromagnetic valve 202 and the controller can determine when to extract the garbage in the garbage storage bucket 2 to the crushing filter 8 for crushing and filtering according to the specific storage capacity in the garbage storage bucket 2.

In this embodiment, considering that sufficient air is needed in the combustion chamber 1 to achieve full combustion of garbage, and at the same time considering the stability of the oxygen supply of the aeration mechanism 13, preferably, as shown in FIG. 3 , the aeration mechanism 13 includes The blower 1300 , the windshield 1301 and the air outlet 1302 , the blower 1300 is installed on the side wall of the combustion chamber 1 through the windshield 1301 and supplies oxygen to the combustion chamber 1 through the air outlet 1302 . Thus, enough oxygen can be stably and continuously supplied to the combustion chamber 1 through the blower 1300 , the wind deflector 1301 and the air outlet 1302 .

Simultaneously, in above-mentioned embodiment, the specific structure of crushing filter 8 also can be selected in wide range, but in order to improve the effect of filtering and crushing, preferably, as shown in Fig. 4-5, crushing filter 8 comprises And the main filter bucket 802 and secondary filter bucket 801 that are provided with below, the end of main filter bucket 802 is provided with pulverizer 803, and the top of pulverizer 803 is provided with feed inlet 807 and is connected with crushing motor 806; The shell 812 is provided with a hinged roller bracket 810 to install the compressed hinged roller 809. The hinged roller bracket 810 is provided with a water flow guide valve 800. The end of the hinged roller bracket 810 extends into the pulverizer 803 and the end is provided with a crushing blade 811. , the end of the housing 812 is provided with a garbage outlet 804 and a sewage outlet 805 to connect with the secondary filter barrel 801 through a connecting pipe 808; wherein, garbage can enter the pulverizer 803 through the feed port 807, and the pulverizer motor 806 can drive the compression Hinge roller 809 rotates to pulverize garbage and transports the pulverized garbage to housing 812 for primary cleaning and filtration. The garbage after primary cleaning can pass through garbage outlet 804, sewage outlet 805 and connecting pipe 808 into the secondary filter bucket 801 for secondary cleaning. After the first cleaning and filtration, the garbage after the second cleaning and filtration can enter the dehydration bucket for dehydration. The crushing filter 8 mainly realizes the crushing and primary filtration of garbage through the main filter bucket 802 and the auxiliary filter bucket 801, and compresses the crushed garbage into the dehydration bucket for dehydration; The clogging of the filter bucket 802 and the secondary filter bucket 801 can effectively prevent sewage clogging and fouling.

In addition, in the present invention, the specific structure of the dehydration bucket can also be selected within a wide range, but in order to improve the dehydration effect, preferably, as shown in Figures 6-8, the dehydration bucket includes a main dehydration bucket 10 and a secondary dehydration bucket connected in sequence. Dehydration bucket 11; the main dehydration bucket 10 is fixed on the main bracket 1009; the main dehydration bucket 10 includes a main shell 1004 and a main inner tank 1005 located in the main housing 1004, and the main inner tank 1005 is provided with a main compression hinge roller 1008, The side wall of the main inner tank 1005 is provided with a main inner tank water flow guide valve 1003, and the top of the main housing 1004 is provided with a main running compression motor 1001, a rotating pressure relief hole 1002 and a main waste input electromagnetic valve 1000, and the main housing 1004 The bottom of the side wall is provided with a main garbage output electromagnetic valve 1006 and a main sewage output electromagnetic valve 1007; the auxiliary dehydration bucket 11 is fixed on the auxiliary bracket 1105; the top of the auxiliary dehydration bucket 11 is equipped with an auxiliary running compression motor 1102 and an auxiliary sewage input electromagnetic valve 1101, the bottom of the side wall of the auxiliary dehydration bucket 11 is provided with an auxiliary garbage output electromagnetic valve 1104 and an auxiliary sewage output electromagnetic valve 1103; the main liner water flow guide valve 1003 is a columnar structure, and the interior of the columnar structure is provided with a valve body 33 and the columnar structure Sewage input holes 32 and sewage output holes 37 are respectively provided in the middle of the two ends. This dewatering bucket removes the moisture of the garbage through the main dehydrating bucket 10, and the auxiliary dehydrating bucket 11 removes the suspended garbage in the sewage, and at the same time fully discharges the sewage through the main liner water flow guide valve 1003, so that the dehydrated garbage can be discharged in time. sent to the combustion chamber 1 for combustion.

In addition, in the present invention, the specific structure of the combustion chamber 1 can be selected in a wide range, but in order to fully burn the garbage in the combustion chamber 1, preferably, as shown in Figures 9-15, the combustion chamber 1 is connected There is a steam generator 4, the steam generator 4 includes a steam storage tank 401, the steam storage tank 401 can enter water through the water inlet valve 404 and can be heated by an electric heating tube 402; the outside of the steam storage tank 401 is connected with a combustion chamber heating tube 407 and the combustion chamber heating pipe 407 is located inside the combustion chamber 1, and the combustion chamber heating pipe 407 is also provided with a heat-collecting energy iron plate 408; a steam valve 405, a pressure relief valve 406 and a steam pressure gauge are also provided on the top of the steam storage barrel 401 409;

The combustion chamber 1 includes a casing, and the top of the casing is provided with a barometer 77, an automatic pressure relief valve 40, and a chimney mouth 46; the combustion chamber 1 is provided with a sewage drying mechanism, a garbage drying mechanism and a combustion mechanism in sequence from top to bottom;

The sewage drying mechanism includes a sewage input valve 41 and a multi-layer sewage drying plate 47. The multi-layer sewage drying plate 47 is connected with the sewage transmission sprocket 57 and the sewage transmission chain 58. The sewage input valve 41 is arranged on the outside of the shell and connected with The sewage water flow pipe 48 on the sewage drying plate 47 is connected to each other, the top of the front and rear ends of the sewage drying plate 47 is provided with a sewage shovel touch switch 52 and a sewage shovel 63 is arranged between the two sewage shovel touch switches 52 , the sewage transmission chain 58 is provided with a sewage shovel motor 59 to drive the sewage shovel 63 to move along the linear direction of the two sewage shovel touch switches 52 to remove sewage deposits;

The garbage drying mechanism includes a dehydrated garbage input valve 42 and a multi-layer garbage drying plate 66. The multi-layer garbage drying plate 66 is connected through the garbage transmission sprocket 60 and the garbage transmission chain 61, and the dehydration garbage input valve 42 is arranged outside the shell. To transport dehydrated garbage to the garbage drying plate 66 through the garbage input port 43, the tops of the front and rear ends of the garbage drying plate 66 are provided with a garbage shovel touch switch 73 and a garbage shovel 65 is arranged between the two garbage shovel touch switches 73 , the garbage shovel motor 62 is arranged in the garbage transmission chain 61 to rotate the garbage transmission chain 61 and the garbage transmission sprocket 60, and the end of the garbage shovel motor 62 is connected with a transmission screw 6203 and the garbage shovel 65 is arranged on the transmission screw 6203, the other end of the transmission screw 6203 is provided with a stop baffle 6202; the garbage scraper 65 can be driven by the garbage scraper motor 62 to reciprocate between the two rubbish scraper touch switches 73 to remove the dried Rubbish;

The combustion mechanism includes a combustion body 100, the top of the combustion body 100 is provided with a combustion backing plate 83, the front and rear ends of the top of the combustion backing plate 83 are provided with ash shovel plate interference switches 51, and the left and right ends of the top of the combustion backing plate 83 are provided with Two ash transmission screw rods 84, the two ash transmission screw rods 84 are connected through the ash transmission transmission chain 88, the ash transmission transmission chain 88 is provided with an ash transmission sprocket 89 and an ash shovel motor 54, and the two ash transmission screw rods 84 are provided with The ember scraper 50 and the ash scraper motor 54 can drive the ash scraper 50 to reciprocate between the two ash scraper collision switches 51 along the length direction of the ash drive screw 84; one end of the combustion body 100 is sunken downward to form a funnel Shape bin 55 and collecting bin 85, the ashes entrance 87 on the top of funnel-shaped bin 55 is provided with turning board 82, and the bottom of turning board 82 is provided with turning motor 80 to be able to control the opening and closing of turning board 82; The length direction is perpendicular to the funnel-shaped bin 55, and the collection bin 85 is provided with an ash compression hinged roller 81 and the ash compression hinged roller 81 extends to the outside of the combustion body 100 so that a compression motor 53 is installed at the end.

The above-mentioned combustion chamber 1 dries the sewage through the sewage drying mechanism, and at the same time uses the garbage drying mechanism to dry the garbage, and then transports the dried solids in the sewage drying mechanism and the garbage drying mechanism to the combustion pad 83 for combustion, then the ashes are collected into the funnel-shaped bin 55 by the ashes shovel plate 50, and finally the ashes are conveyed to the granulator 5 by the ash compression hinge roller 81 for granulation.

In the present invention, the specific structure of the granulator 5 can also be selected within a wide range, but in order to facilitate the granulation of ash, preferably, as shown in FIG. It communicates with the collection bucket 3, and the main body is provided with an ash input port 502, a granulation motor 504 and a delivery motor 503, and the delivery motor 503 can transport the ash particles made by the granulation motor 504 into the collection bucket 3; The side wall is provided with an ash particle output port 301 and the top is connected with a ground delivery pipe 302 . Thus, the ashes can be quickly granulated by the granulation motor 504 , and the ashes can be quickly transferred to the collection bucket 3 by the conveying motor 503 for storage.

In addition, in the present invention, the specific structure of the smoking mechanism 6 can be selected in a wide range, but to improve the effect of smoking, preferably, as shown in Figure 17, the smoking mechanism 6 includes a water storage tank 605 and a water tank arranged sequentially from bottom to top. A smoke exhaust chimney 604, and a smoke return pipe 601 is arranged between the top of the water storage tank 605 and the combustion chamber 1; the smoke return pipe 601 is provided with a smoking motor 603 and a water spray electromagnetic valve 602. In the smoking mechanism 6, the water storage tank 605 and the water injection solenoid valve 602 can play a role in settling the smoke, and the smoke return pipe 601 can transfer the smoke to the combustion chamber 1 for secondary combustion to improve the adequacy of combustion.

In the present invention, the specific structure of the ignition mechanism 12 can also be selected in a wide range, but in order to further improve the accuracy of ignition, preferably, as shown in Figure 18, the ignition mechanism 12 includes an electronic ignition rod 1202, the electronic ignition rod The bottom of 1202 is provided with ignition rod lifting motor 1201, and the top of electronic ignition rod 1202 is provided with gas oil pipe 1203. In this ignition mechanism 12, the rubbish of different heights can be ignited by the ignition rod lifting motor 1201, so that the degree of burning of the rubbish in the combustion chamber 1 is achieved.

On the basis of the above content, each electrical device of the garbage disposer can be powered externally, but in order to improve the effective utilization of energy, preferably, as shown in Figure 19, the garbage disposer also includes a power supply 7 and a controller 9, the power supply 7 is connected to the steam generator 4 through the steam connecting pipe 708 to generate electric energy through steam, and the power supply 7 is also connected to the controller 9 and other electrical components of the garbage disposer through the output wire 707 to provide electric energy. In this embodiment, the steam generated by the steam connecting pipe 708 is fully used to generate electricity, and then the obtained electric energy is provided to the various electrical components of the garbage disposer for use, thereby effectively improving the utilization rate of energy.

The preferred embodiment of the present invention has been described in detail above in conjunction with the accompanying drawings, but the present invention is not limited to the specific details of the above embodiment, within the scope of the technical concept of the present invention, various simple modifications can be made to the technical solution of the present invention, These simple modifications all belong to the protection scope of the present invention.

In addition, it should be noted that the various specific technical features described in the above specific embodiments can be combined in any suitable way if there is no contradiction. The combination method will not be described separately.

In addition, various combinations of different embodiments of the present invention can also be combined arbitrarily, as long as they do not violate the idea of the present invention, they should also be regarded as the disclosed content of the present invention.

Claims (9)

1. a kind of garbage disposer, which is characterized in that the garbage disposer includes passing through the sequentially connected rubbish storage of pipeline Bucket (2) crushes filter (8), dehydration barrel, combustion chamber (1), pellet fabrication device (5) and collecting vessel (3)；Wherein, rubbish storage bucket (2) Interior rubbish can be evacuated in the crushing filter (8) and crush and filter, the crushing crushed in filter (8) Grain, which can be evacuated in the dehydration barrel, to be dehydrated, and dewatered granulated garbage can be compressed to the burning in the dehydration barrel It dried, burnt in room (1), the rubbish ashes in the combustion chamber (1) after burning, which can compress, is delivered to the pellet fabrication device (5) it pelletizes in, the grey k particle in the pellet fabrication device (5), which can be delivered in the collecting vessel (3), to be preserved；Separately Outside, the combustion chamber (1) is also associated with oxygen-enriching mechanism (13), ignition mechanism (12) and smoking mechanism (6)；

The filter (8) that crushes includes the main filter vat (802) being from top to bottom arranged and secondary filter vat (801), the main mistake The end set of lauter tub (802) has pulverizer (803), and feeding mouth (807) is provided at the top of the pulverizer (803) and is connected There is crushing motor (806)；The hinged rolling holder (810) of setting is to install compression hinge in the shell (812) of the main filter vat (802) It rolls (809), current deflecting valve (800) is provided on the hinge rolling holder (810), the end of the hinge rolling holder (810) extends In to the pulverizer (803) and end set has crushing vane (811), the end set of the shell (812) to have rubbish to go out Mouth (804) is with outlet of sewer (805) to be connected with the secondary filter vat (801) by connecting tube (808)；

Wherein, rubbish can be entered by the feeding mouth (807) in the pulverizer (803), crushing motor (806) energy Enough drive compression hinge rolling (809) rotation to crush the rubbish and the rubbish after crushing is delivered to the shell (812) The primary cleaning filtering of interior progress, rubbish after primary cleaning can pass through the garbage outlet (804), outlet of sewer (805), even It takes over (808) and enters progress secondary cleaning filtering in the secondary filter vat (801), the filtered rubbish of secondary cleaning can enter It is dehydrated in dehydration barrel.

2. garbage disposer according to claim 1, which is characterized in that the rubbish storage bucket (2) includes staving (200), garbage inlet (203) and draw-off pump (204) are provided at the top of the staving (200)；Draw-off pump (204) energy Rubbish is enough sent to by the crushing filter (8), the electromagnetic valve (202) of the draw-off pump (204) by delivery pipe (206) On be provided with sensor (201), the sensor (201) can acquire the position signal of the staving (200) interior rubbish and will The position signal is transmitted to controller, and the controller can control the electromagnetic valve (202) according to the position signal Unlatching and closure；The bottom of the side wall of the staving (200) is provided with cleaning mouth (205).

3. garbage disposer according to claim 1 or 2, which is characterized in that the oxygen-enriching mechanism (13) includes air blower (1300), wind shield (1301) and air outlet (1302), the air blower (1300) are installed by the wind shield (1301) In on the side wall of the combustion chamber (1) and by the air outlet (1302) to providing oxygen in the combustion chamber (1).

4. garbage disposer according to claim 1 or 2, which is characterized in that the dehydration barrel includes the master being sequentially communicated Dehydration barrel (10) and secondary dehydration barrel (11)；The main dehydration barrel (10) is fixed on main support (1009)；The main dehydration barrel (10) include main casing (1004) and the main liner (1005) in the main casing (1004), the main liner (1005) It is inside provided with main compression hinge rolling (1008), main liner current deflecting valve is provided on the side wall of the main liner (1005) (1003), main operating compression motor (1001), rotation relief hole (1002) and master are provided at the top of the main casing (1004) Rubbish inputs electromagnetic valve (1000), and the bottom of the side wall of the main casing (1004) is provided with main rubbish output solenoid valve door (1006) and main sewage output solenoid valve door (1007)；

The pair dehydration barrel (11) is fixed on secondary support (1105)；Secondary operating pressure is provided at the top of the pair dehydration barrel (11) Contracting motor (1102) and secondary sewage input electromagnetic valve (1101), the bottom of the side wall of the pair dehydration barrel (11) are provided with secondary rubbish Rubbish output solenoid valve door (1104) and secondary sewage output solenoid valve door (1103)；

The main liner current deflecting valve (1003) is column structure, and the column structure is internally provided with valve body (33) and institute It states and is respectively arranged with sewage input hole (32) and sewage delivery outlet (37) in the middle part of the both ends of column structure.

5. garbage disposer according to claim 4, which is characterized in that the combustion chamber (1) is connected with steam generator (4), the steam generator (4) includes steam storage barrel (401), and the steam storage barrel (401) can pass through inlet valve (404) it intakes and can be heated by electric heating tube (402)；The steam storage barrel (401) is externally connected to burning Room heating tube (407) and the combustion chamber heating tube (407) are located at the inside of the combustion chamber (1), the combustion chamber heating tube (407) it is additionally provided with heat build-up energy iron plate (408)；It is additionally provided with steam valve on the top of the steam storage barrel (401) (405), pressure relief valve (406) and steam pressure gauge (409)；

The combustion chamber (1) includes shell, and air gauge (77), releasing pressure automatically valve (40) and cigarette are provided at the top of the shell Chimney mouth (46)；The combustion chamber (1) is disposed with sewage drying mechanism, garbage drier structure and combustion mechanism from top to bottom；

The sewage drying mechanism includes sewage input valve (41) and multilayer sewage drying plate (47), the multilayer sewage drying Plate (47) is attached by sewage drive sprocket (57) and sewage transmission chain (58), and the sewage input valve (41) is set to The outside of the shell and it is connected with sewage water flow pipes (48) in sewage drying plate (47), the sewage dries plate (47) it is provided at the top of rear and front end between sewage shovel board touch switch (52) and two sewage shovel board touch switch (52) It is provided with sewage shovel board (63), sewage shovel motor (59) is provided with so that the dirt can be driven in the sewage transmission chain (58) Water shovel board (63) is moved along the rectilinear direction of two sewage shovel board touch switch (52) to root out settlement of sewage；

The garbage drier structure includes dehydration rubbish input valve (42) and multilayer rubbish drying plate (66), the multilayer rubbish Drying plate (66) is attached by rubbish drive sprocket (60) and rubbish transmission chain (61), and the dehydration rubbish inputs valve (42) it is set to the outside of the shell and conveys dehydration rubbish to dry plate (66) to the rubbish by rubbish input port (43), It is provided with rubbish shovel board touch switch (73) at the top of rubbish drying plate (66) rear and front end and two rubbish shovel boards are touched It is provided with rubbish shovel board (65) between switch (73), it is described that rubbish shovel motor (62) is provided in the rubbish transmission chain (61) The rotation of rubbish transmission chain (61), rubbish drive sprocket (60), also, the end of the rubbish shovel motor (62) is connected with biography It moves screw rod (6203) and the rubbish shovel board (65) is set on the drive screw (6203), the drive screw (6203) It is provided on the other end and halts baffle (6202)；The rubbish shovel board (65) can be in the driving of the rubbish shovel motor (62) Under between described two rubbish shovel board touch switch (73) move back and forth with root out drying after rubbish；

The combustion mechanism includes burning main body (100), and burning backing plate (83) is provided at the top of the burning main body (100), The rear and front end at the top of the burning backing plate (83) is provided with ashes shovel board and contradicts switch (51), the burning backing plate (83) There are two ashes drive screw (84), described two ashes drive screws (84) are driven by ashes for the left and right ends setting at top Transmission chain (88) is connected, and ashes drive sprocket (89) and ashes shovel motor are provided in the ashes transmission transmission chain (88) (54), described two ashes drive screws (84) are provided with ashes shovel board (50), and the ashes shovel motor (54) can drive The ashes shovel board (50) contradicts in described two ashes shovel boards along the length direction of the ashes drive screw (84) and switchs (51) it is moved back and forth between；Recess is formed with infundibulate storehouse (55) and collecting bin downwards for one end of the burning main body (100) (85), returning face plate (82) is provided on the ashes entrance (87) at the top of the infundibulate storehouse (55), the returning face plate (82) Lower section is provided with upset motor (80) can control unlatching and the closure of the returning face plate (82)；The length of the collecting bin (85) It spends direction and the infundibulate storehouse (55) is perpendicular, ashes compression hinge rolling (81) and the ash are provided in the collecting bin (85) Cinder compression hinge rolling (81) extends to the outside of the burning main body (100) so that end is equipped with compression motor (53).

6. garbage disposer according to claim 1 or 2, which is characterized in that the pellet fabrication device (5) includes main body, described Main body is connected by delivery pipe (303) with the collecting vessel (3), and ashes input port (502), granulation are provided in the main body Motor (504) and feeder motor (503) and the feeder motor (503) can be by ashes made of the granulation motor (504) Particle is delivered in the collecting vessel (3)；It is provided with ash particles delivery outlet (301) on the side wall of the collecting vessel (3) and pushes up Portion is communicated with ground delivery pipe (302).

7. garbage disposer according to claim 6, which is characterized in that the smoking mechanism (6) include from bottom to top according to The water tank (605) of secondary setting and chimney (604), and the top of the water tank (605) and the combustion chamber (1) it Between be provided with back smoke pipe (601)；Smoking motor (603) and water spray electromagnetic valve (602) are provided on described time smoke pipe (601).

8. garbage disposer according to claim 7, which is characterized in that the ignition mechanism (12) includes electronic ignition rod (1202), the bottom of the electronic ignition rod (1202) is provided with fire rod lifting motor (1201), the electronic ignition rod (1202) fuel gas oil pipe (1203) is provided at the top of.

9. garbage disposer according to claim 5, which is characterized in that the garbage disposer further includes charger (7) With controller (9), the charger (7) is connected with the steam generator (4) to pass through steam by steam connection (708) It produces electricl energy, the charger (7) is also by exporting electric wire (707) and controller (9) and other electric appliances of garbage disposer Part is connected to provide electric energy.