CN210314043U

CN210314043U - Ecological fertilizer composting station

Info

Publication number: CN210314043U
Application number: CN201921250371.XU
Authority: CN
Inventors: 许广刚
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-08-05
Filing date: 2019-08-05
Publication date: 2020-04-14
Anticipated expiration: 2029-08-05

Abstract

The utility model relates to an ecological fertilizer retting station, a fermentation chamber is arranged on the ground, a pit is arranged in the fermentation chamber, a supporting plate is arranged at the rear part of the pit, a drainage cover plate is arranged at the front part of the pit, an aluminum alloy window A is arranged at the lower end of the front part of the fermentation chamber, a vent pipe A and a vent pipe B are respectively arranged on the fermentation chamber, a vent pipe C, a vent pipe D, a vent pipe G and a vent pipe H are respectively arranged on the fermentation chamber and penetrate through the supporting plate, the upper end of the vent pipe C is connected with the right part of the vent pipe A, the upper end of the vent pipe G is connected with the left part of the vent pipe A, the upper end of the vent pipe D is connected with the right part of the vent pipe B, the upper end of the vent pipe H is connected with the left part of the vent pipe B, a vent pipe E penetrates through the front side wall of the fermentation chamber, the, a slope A is arranged on the left side of the platform, and a slope B is arranged on the right side of the platform. The utility model discloses beneficial effect: the garbage can be composted.

Description

Ecological fertilizer composting station

Technical Field

The utility model relates to a wet composting station especially relates to an ecology wet composting station.

Background

A plurality of social groups or social organizations are gathered in a certain field to form a large group which is related to each other in life to form a community, the community is the most basic content of social organisms and is a miniature of a macroscopic society, people in the community can generate a lot of garbage in life every day, the garbage such as paper, metal and the like generated in life can be classified and treated, but a lot of organic garbage such as vegetables, leftovers and the like can be generated in life, a large amount of bacteria can be bred in the organic garbage, mosquitoes, flies, mice, cockroaches and the like are attracted, and at present, no better method for treating the organic garbage in life exists.

SUMMERY OF THE UTILITY MODEL

The utility model discloses the technical problem that will solve is: provides an ecological retting fertilizer station, which solves the problem that a good treatment method is not available for a plurality of organic wastes such as vegetables, leftovers and the like generated in the existing life.

The utility model discloses a solve the technical scheme that the problem that the aforesaid provided adopted and be:

an ecological fertilizer retting station comprises a ground 1, fermentation chambers 2, glass 3, a pit 4, a supporting plate 5, a drainage cover plate 501, a through hole A6, an aluminum alloy window A7, a vent pipe A10, a vent pipe B11, a vent pipe C12, a vent pipe D13, a vent pipe E14, a one-way valve 1401, a vent pipe F15, a vent pipe G16, a vent pipe H17, a vent pipe L18, a vent pipe M19, a gas valve 1901, a vent pipe N20, a window hole 21, an aluminum alloy window B2101, a platform 25, a slope A26 and a slope B27, wherein the plurality of fermentation chambers 2 are arranged on the ground 1, the tops of the plurality of fermentation chambers 2 are provided with the same glass 3, the pit 4 is arranged in the glass 3, the rear part of the upper end of the pit 4 is fixedly provided with the supporting plate 5, the front part of the upper end of the pit 4 is provided with the drainage cover plate 501, the pits 4 below the adjacent fermentation chambers 2 are communicated through the through hole, a vent pipe A10 and a vent pipe B11 are respectively arranged on the plurality of fermentation chambers 2 in a penetrating manner, both ends of the vent pipe A10 and the vent pipe B11 are respectively sealed, the vent pipe A10 is positioned at the front part of the upper side of the fermentation chamber 2, the vent pipe B11 is positioned at the rear part of the upper side of the fermentation chamber 2, the fermentation chamber 2 is respectively provided with a vent pipe C12, a vent pipe D13, a vent pipe G16 and a vent pipe H17, the vent pipe C12, a vent pipe D13, a vent pipe G16 and a vent pipe H17 are respectively arranged to penetrate through the support plate 5, the upper end of the vent pipe C12 is connected with the right part of the vent pipe A10 in the fermentation chamber 2, the upper end of the vent pipe G16 is connected with the left part of the fermentation chamber A10 in the fermentation chamber 2, the upper end of the vent pipe D13 is connected with the right part of the vent pipe B11 in the fermentation chamber 2, the upper end of the vent pipe H17 is, A vent pipe L18, wherein the vent pipe C12 and the vent pipe D13 are communicated with each other through the vent pipe F15, the vent pipe F15 is positioned at the lower parts of the vent pipe C12 and the vent pipe D13, the vent pipe G16 and the vent pipe H17 are communicated with each other through the vent pipe L18, the vent pipe L18 is positioned at the lower parts of the vent pipe G16 and the vent pipe H17, a vent pipe E14 and a vent pipe M19 are respectively arranged on the fermentation chamber 2, the vent pipe E14 penetrates through the right side of the front side wall of the fermentation chamber 2, the rear end of the vent pipe E14 is connected with the vent pipe C12, a check valve 1401 is arranged in the vent pipe E14 in a matching way, the vent pipe M19 penetrates through the right side of the rear side wall of the fermentation chamber 2, the front end of the vent pipe M19 is connected with the vent pipe D13, a vent pipe 1901 is arranged on the vent pipe M19 in matching way, the rear end of the, the front side of the window hole 21 is provided with an aluminum alloy window B2101, the aluminum alloy window B2101 is opened backwards, a platform 25 is arranged on the rear side wall of the fermentation chamber 2 in a tightly attached mode, the upper surface of the platform 25 is tightly attached to the bottom of the window hole 21, the left side of the platform 25 is provided with a slope A26, and the right side of the platform 25 is provided with a slope B27.

The aluminum alloy window A7 is respectively provided with a door lock A8 and a handle A9 in a matching way, the door lock A8 prevents the aluminum alloy window A7 from being opened at any time, and the handle A9 is convenient for opening the aluminum alloy window A7.

The rear part of the window hole 21 is provided with an aluminum alloy window C22, and the aluminum alloy window C22 is opened backwards to prevent the air leakage of the aluminum alloy window B2101.

The upper part of the rear side wall of the fermentation chamber 2 is respectively provided with a temperature display 23 and a humidity display 24, so that the temperature and the humidity in the fermentation chamber 2 can be conveniently checked.

The platform 25, the slope A26 and the slope B27 are provided with guard rails 28 in a matching mode, and workers are prevented from falling off the platform 25, the slope A26 and the slope B27.

2 left sides of fermentation room set up apotheca 29, apotheca 29 left side sets up office 30, apotheca 29 is convenient for place the required instrument in the work, is convenient for deposit the fertilizer starter, office 30 is convenient for the staff and looks over fermentation room 2 nearby.

The right side of the fermentation chamber 2 is provided with a sedimentation assembly 31, the sedimentation assembly 31 comprises a sedimentation tank A3101, a sedimentation tank B3102, a sedimentation tank C3103, a drain pipe A3104, a drain pipe B3105, a drain pipe C3106, a filter screen 3107, a manhole cover A3108, a handle B3109, a water lifting pipe A3110, a water pump A3111, a water lifting pipe B3112, a pressure tank A3113, a water lifting pipe C3114, a water lifting pipe D3115, a water lifting pipe E3116 and a spray head 3117, the right side of the fermentation chamber 2 is provided with the sedimentation tank A3101, the sedimentation tank B3102 and the sedimentation tank C3103 in sequence, the depth of the sedimentation tank A3101, the sedimentation tank B3102 and the sedimentation tank C3103 is increased in sequence, the left end of the drain pipe A3104 is communicated with the bottom of the pit 4, the right end of the drain pipe A3104 is communicated with the middle part of the sedimentation tank A3101, the left end of the drain pipe B3105 is communicated with the lower part of the sedimentation tank A3101, the drain pipe B3105 is communicated with the lower part of the sedimentation tank B3102, the drain pipe B3106 is communicated with, a filter screen 3107 is arranged in the drain pipe C3106 in a matching way, the upper ends of the sedimentation tank A3101, the sedimentation tank B3102 and the sedimentation tank C3103 are respectively provided with a manhole cover A3108 in a matching way, a handle B3109 is arranged on the manhole cover A3108 in a matching way, a water lifting pipe A3110 penetrates through the manhole cover A3108 at the upper end of the sedimentation tank C3103, a water pump A3111 is arranged at one side of the sedimentation tank C3103, the upper end of the water lifting pipe A3110 is connected with a water inlet of the water pump A3111, the right end of the water lifting pipe B3112 is connected with a water outlet of the water pump A3111, the left end of the water lifting pipe B3112 is connected with a water inlet of the pressure tank A3113, the right end of the water lifting pipe C3114 is connected with a water outlet of the pressure tank A3113, a water lifting pipe D3115 and a water lifting pipe E6 penetrate through the plurality of fermentation chambers 2 and are respectively provided with a water lifting pipe D3115 and E3116, the left ends of the water lifting pipe D3115 and E3116 are respectively sealed, the upper side of the fermentation chambers D311, the right side is run through to water lifting pipe C3114 left end 2 right side wall of fermentation chamber, water lifting pipe C3114 left end respectively with water lifting pipe D3115, water lifting pipe E3116 right-hand member are connected, are located in fermentation chamber 2 interior water lifting pipe D3115, water lifting pipe E3116 go up respectively the cooperation and set up a plurality of shower nozzles 3117, are convenient for cool down for fermentation chamber 2.

The right side of the fermentation chamber 2 is provided with a water spray assembly 32, the water spray assembly 32 comprises a water well 3201, a water lifting pipe J3202, a well cover B3203, a water pump B3204, a water lifting pipe M3205, a pressure tank B3206, a water lifting pipe K3207, a water valve A3208, a water lifting pipe L3209, a water lifting pipe N3210, a water tap 3211, a water valve B3212 and a handle C3213, the right side of the fermentation chamber 2 is provided with the water well 3201, the upper end of the water well 3201 is provided with the well cover B3203, the handle C3213 is arranged on the well cover B3203, the water lifting pipe J3202 penetrates through the well cover B3203, one side of the water well 3201 is respectively provided with the water pump B3204 and the pressure tank B3206, the upper end of the water lifting pipe J3202 is connected with a water inlet of the water pump B3204, the right end of the water lifting pipe M3205 is connected with a water outlet of the water pump B3204, the left end of the water lifting pipe M3205 is connected with a water inlet of the pressure tank B3206, the water lifting pipe K7 is connected with a water valve K3208, and the lower end of the water lifting, the right end of the water valve B3212 is connected with the lower end of the water lifting pipe N3210, the right end of the water lifting pipe L3209 is connected with the left end of the water valve B3212, and the left end of the water lifting pipe L3209 penetrates through the well cover A3108 on the sedimentation tank C3103, so that water can be supplemented to the sedimentation tank C3103.

The ventilation pipe M19 is provided with activated carbon 33 to prevent the fermentation chamber 2 from discharging odor.

The front side of the window opening 21 is provided with a discharge pipe 34, the rear end of the discharge pipe 34 is fixedly connected with the fermentation chamber 2, the front end of the discharge pipe 34 is hinged with a sealing plate 35, the outer side wall of an electric push rod 36 is fixedly connected with the outer side wall of the discharge pipe 34, and the main shaft end of the electric push rod 36 is fixedly connected with the sealing plate 35, so that the fermentation chamber 2 is convenient to preserve heat.

The utility model discloses a theory of operation: the garbage transport vehicle runs onto the platform along the slope A, the garbage transport vehicle runs to the aluminum alloy window C behind one of the fermentation chambers, the aluminum alloy window C and the aluminum alloy window B adjacent to the garbage transport vehicle are sequentially opened, garbage on the garbage transport vehicle is poured into the aluminum alloy window B, the garbage enters the discharge pipe, the garbage transport vehicle is moved away, the aluminum alloy window B and the aluminum alloy window C are sequentially closed, the electric push rod is started to jack the sealing plate, the garbage enters the fermentation chamber from the discharge pipe, sewage generated by garbage corruption enters the pit through the drainage cover plate, the sewage in the pit flows into the sedimentation tank A through the drainage pipe A, when the sewage in the sedimentation tank A is too high, the sewage in the sedimentation tank A flows into the sedimentation tank B through the drainage pipe B, when the sewage in the sedimentation tank B is too high, the sewage in the sedimentation tank B flows into the sedimentation tank C after being filtered by the filter screen in the drainage pipe C, and if the temperature in the fermentation chamber is too high, starting a water pump A, lifting the water pump A through a water lifting pipe A, then entering a pressure tank A through a water lifting pipe B, pressurizing the water pump A through the pressure tank A, then entering a water lifting pipe D and a water lifting pipe E through the water lifting pipe C, spraying the water into a fermentation chamber through spray heads below the water lifting pipe D and the water lifting pipe E, reducing the temperature in the fermentation chamber, entering more water into a pit through a drainage cover plate, flowing sewage in the pit into a sedimentation tank A through a drainage pipe A, opening a water valve A and a water valve B simultaneously when the water in the sedimentation tank C is less, starting the water pump B, lifting the water in a well through a water lifting pipe J, then entering a pressure tank B through a water lifting pipe K, the water valve A and a water valve B, entering the sedimentation tank C through a water lifting pipe L, closing the water pump B, opening an air valve on a vent pipe M if garbage in the fermentation chamber is accumulated at a window hole, and discharging the gas generated in the fermentation chamber through the vent pipe M, closing an air valve, opening a door lock A, opening an aluminum alloy window A by grabbing a handle A with hands, climbing into a fermentation chamber by workers to spread garbage, closing the aluminum alloy window A, opening the aluminum alloy window A if the garbage in the fermentation chamber is fermented too slowly, spraying an organic fertilizer leavening agent into the fermentation chamber, closing the aluminum alloy window A, cleaning the garbage decomposed in the fermentation chamber if needed, opening an air valve on an air pipe M, discharging gas generated in the fermentation chamber through the air pipe M, closing the air valve, opening the door lock A, opening the aluminum alloy window A by grabbing the handle A with hands, cleaning the decomposed garbage by climbing into the fermentation chamber by the workers, opening a water pump B if the fermentation chamber needs to be cleaned, closing a water valve B, connecting a hose to a water faucet, opening a water tap, lifting water of a water well through the water pump B and then entering a pressure tank B through a water lifting pipe M, and allowing the water of the pressure tank B to flow into the hose through the water lifting pipe K, the, the other end of the hose is held by a worker and enters the fermentation chamber for cleaning.

The beneficial effects of the utility model reside in that: 1. the organic garbage such as vegetables, leftovers and the like generated in life can be subjected to wet composting and secondary development and utilization. 2. The aluminum alloy window A is provided with a door lock A and a handle A in a matched mode, the door lock A prevents the aluminum alloy window A from being opened conveniently, and the handle A is convenient to open the aluminum alloy window A. 3. And the rear part of the window hole is provided with an aluminum alloy window C, and the aluminum alloy window C is opened backwards to prevent the air leakage of the aluminum alloy window B. 4. The upper part of the rear side wall of the fermentation chamber is respectively provided with a temperature display and a humidity display, so that the temperature and the humidity in the fermentation chamber can be conveniently checked. 5. Protective guards are arranged on the platform, the slope A and the slope B in a matched mode, and therefore workers are prevented from falling off the platform, the slope A and the slope B. 6. The fermentation room left side sets up the apotheca, the apotheca left side sets up the office, and the apotheca is convenient for place the required instrument in the work, is convenient for deposit the fertilizer starter, and the office is convenient for the staff and looks over the fermentation room nearby. 7. The right side of the fermentation chamber is provided with a sedimentation component, the sedimentation component comprises a sedimentation tank A, a sedimentation tank B, a sedimentation tank C, a drain pipe A, a drain pipe B, a drain pipe C, a filter screen, a well cover A, a handle B, a water lifting pipe A, a water pump A, a water lifting pipe B, a pressure tank A, a water lifting pipe C, a water lifting pipe D, a water lifting pipe E and a spray head, the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are sequentially arranged on the right side of the fermentation chamber, the depths of the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are sequentially increased, the left end of the drain pipe A is communicated with the bottom of the pit, the right end of the drain pipe A is communicated with the middle part of the sedimentation tank A, the left end of the drain pipe B is communicated with the lower part of the sedimentation tank B, the left end of the drain pipe C is communicated with the lower part of the sedimentation tank B, and the right end, the filter screen is arranged in the drain pipe C in a matched manner, the upper ends of the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are respectively provided with a well cover A in a matched manner, a handle B is arranged on the well cover A in a matched manner, the water lifting pipe A penetrates through the well cover A at the upper end of the sedimentation tank C, one side of the sedimentation tank C is provided with a water pump A, the upper end of the water lifting pipe A is connected with a water inlet of the water pump A, the right end of the water lifting pipe B is connected with a water outlet of the water pump A, the left end of the water lifting pipe B is connected with a water inlet of the pressure tank A, the right end of the water lifting pipe C is connected with a water outlet of the pressure tank A, a plurality of the fermentation chambers are respectively provided with a water lifting pipe D and a water lifting pipe E in a penetrating manner, the left ends of the water lifting pipe D and the water lifting pipe E are respectively sealed, the water lifting pipe D is positioned at the front part of the upper side of the fermentation chamber, the left end of the water lifting pipe C is connected with the right ends of the water lifting pipe D and the water lifting pipe E respectively, and a plurality of spray heads are arranged on the water lifting pipe D and the water lifting pipe E in the fermentation chamber in a matched mode respectively, so that the fermentation chamber is cooled conveniently. 8. The right side of the fermentation chamber is provided with a water spraying assembly, the water spraying assembly comprises a water well, a water lifting pipe J, a well cover B, a water pump B, a water lifting pipe M, a pressure tank B, a water lifting pipe K, a water valve A, a water lifting pipe L, a water lifting pipe N, a water tap, a water valve B and a handle C, the right side of the fermentation chamber is provided with the water well, the upper end of the water well is provided with the well cover B, the handle C is arranged on the well cover B, the water lifting pipe J penetrates through the well cover B, one side of the water well is respectively provided with the water pump B and the pressure tank B, the upper end of the water lifting pipe J is connected with the water inlet of the water pump B, the right end of the water lifting pipe M is connected with the water outlet of the water pump B, the left end of the water lifting pipe K is connected with the water outlet on the pressure tank B, the left end of the water, the water valve B right-hand member with water lift pipe N lower extreme is connected, water lift pipe L right-hand member with water valve B left end is connected, water lift pipe L left end runs through well lid A on the sedimentation tank C is convenient for to sedimentation tank C moisturizing. 9. The ventilation pipe M is internally provided with activated carbon in a matching way, so that the odor is prevented from being discharged from the fermentation chamber. 10. The window opening front side sets up the discharge tube, the discharge tube rear end with fermentation chamber fixed connection, the articulated closing plate of discharge tube front end, electric putter lateral wall with discharge tube lateral wall fixed connection, electric putter's main shaft end with closing plate fixed connection, the fermentation chamber of being convenient for keeps warm.

Drawings

Fig. 1 is a schematic structural diagram of the present invention.

Fig. 2 is a plan view of the present invention.

Fig. 3 is a rear view of the present invention.

Fig. 4 is a schematic structural view of the discharge tube of the present invention.

Wherein, 1-ground, 2-fermentation chamber, 3-glass, 4-pit, 5-support plate, 501-drainage cover plate, 6-through hole A, 7-aluminum alloy window A, 8-door lock A, 9-handle A, 10-vent pipe A, 11-vent pipe B, 12-vent pipe C, 13-vent pipe D, 14-vent pipe E, 1401-one-way valve, 15-vent pipe F, 16-vent pipe G, 17-vent pipe H, 18-vent pipe L, 19-vent pipe M, 1901-air valve, 20-vent pipe N, 21-window hole, 2101-aluminum alloy window B, 22-aluminum alloy window C, 23-temperature display, 24-humidity display, 25-platform, 26-slope A, 27-slope B, 28-protective fence, 29-storage room, 30-office room, 31-settling assembly, 3101-settling tank A, 3102-settling tank B, 3103-settling tank C, 3104-drain pipe A, 3105-drain pipe B, 3106-drain pipe C, 3107-filter screen, 3108-well cover A, 3109-handle B, 3110-lift pipe A, 3111-water pump A, 3112-lift pipe B, 3113-pressure tank A, 3114-lift pipe C, 3115-lift pipe D, 3116-lift pipe E, 3117-spray head, 32-water spray assembly, 3201-water well, 3202-lift pipe J, 3203-well cover B, 3204-water pump B, 3205-lift pipe M, 3206-pressure tank B, 3207-lift pipe K, 3208-A water valve, 3208-water valve A, 3209-water lifting pipe L, 3210-water lifting pipe N, 3211-water tap, 3212-water valve B, 3213-handle C, 33-activated carbon, 34-discharging pipe, 35-sealing plate, and 36-electric push rod.

Detailed Description

The embodiments of the present invention will be further explained with reference to the drawings.

The first embodiment is as follows:

referring to fig. 1-3, an ecological retting fertilizer station according to the present embodiment includes a ground 1, fermentation chambers 2, glass 3, a pit 4, a supporting plate 5, a drainage cover plate 501, a through hole A6, an aluminum alloy window a7, a ventilation pipe a10, a ventilation pipe B11, a ventilation pipe C12, a ventilation pipe D13, a ventilation pipe E14, a check valve 1401, a ventilation pipe F15, a ventilation pipe G16, a ventilation pipe H17, a ventilation pipe L18, a ventilation pipe M19, a gas valve 1901, a ventilation pipe N20, a window opening 21, an aluminum alloy window B2101, a platform 25, a slope a26 and a slope B27, wherein five fermentation chambers 2 are disposed on the ground 1, the same glass 3 is disposed on top of five fermentation chambers 2, a pit 4 is opened inside the glass 3, the supporting plate 5 is fixedly disposed on the rear portion of the upper end of the pit 4, the drainage cover plate 501 is disposed on the front portion of the upper end of the pit 4, the pits 4 under the, an aluminum alloy window A7 is arranged at the lower end of the front part of the fermentation chamber 2, a vent pipe A10 and a vent pipe B11 are respectively arranged on five fermentation chambers 2 in a penetrating way, the two ends of the vent pipe A10 and the two ends of the vent pipe B11 are respectively sealed, the vent pipe A10 is arranged at the front part of the upper side of the fermentation chamber 2, the vent pipe B11 is arranged at the rear part of the upper side of the fermentation chamber 2, the fermentation chamber 2 is respectively provided with a vent pipe C12, a vent pipe D13, a vent pipe G16 and a vent pipe H17, the vent pipe C12, the vent pipe D13, a vent pipe G16 and a vent pipe H17 are respectively arranged in a penetrating way through the supporting plate 5, the upper end of the vent pipe C12 is connected with the right part of the vent pipe A10 in the fermentation chamber 2, the upper end of the vent pipe G16 is connected with the left part of the vent pipe A10 in the fermentation chamber 2, the upper end of the vent pipe D13 is connected, a vent pipe F15 and a vent pipe L18 are respectively arranged in the fermentation chamber 2, the vent pipe C12 and the vent pipe D13 are communicated through the vent pipe F15, the vent pipe F15 is positioned at the lower parts of the vent pipe C12 and the vent pipe D13, the vent pipe G16 and the vent pipe H17 are communicated through the vent pipe L18, the vent pipe L18 is positioned at the lower parts of the vent pipe G16 and the vent pipe H17, a vent pipe E14 and a vent pipe M19 are respectively arranged on the fermentation chamber 2, the vent pipe E14 penetrates through the right side of the front side wall of the fermentation chamber 2, the rear end of the vent pipe E14 is connected with the vent pipe C12, a check valve 1401 is arranged in the vent pipe E14 in a matching manner, the vent pipe M19 penetrates through the right side of the rear side wall of the fermentation chamber 2, the front end of the vent pipe M19 is connected with the vent pipe D19, a vent pipe M361901 is arranged in a matching manner, a window hole 21 is formed in the middle of the upper rear side wall of the fermentation chamber 2, an aluminum alloy window B2101 is arranged on the front side of the window hole 21, the aluminum alloy window B2101 is opened backwards, a platform 25 is arranged and attached to the rear side wall of the fermentation chamber 2, the upper surface of the platform 25 is attached to the bottom of the window hole 21, a slope A26 is arranged on the left side of the platform 25, and a slope B27 is arranged on the right side of the platform 25.

The right side of the fermentation chamber 2 is provided with a sedimentation assembly 31, the sedimentation assembly 31 comprises a sedimentation tank A3101, a sedimentation tank B3102, a sedimentation tank C3103, a drain pipe A3104, a drain pipe B3105, a drain pipe C3106, a filter screen 3107, a manhole cover A3108, a handle B3109, a water lifting pipe A3110, a water pump A3111, a water lifting pipe B3112, a pressure tank A3113, a water lifting pipe C3114, a water lifting pipe D3115, a water lifting pipe E3116 and a spray head 3117, the right side of the fermentation chamber 2 is provided with the sedimentation tank A3101, the sedimentation tank B3102 and the sedimentation tank C3103 in sequence, the depth of the sedimentation tank A3101, the sedimentation tank B3102 and the sedimentation tank C3103 is increased in sequence, the left end of the drain pipe A3104 is communicated with the bottom of the pit 4, the right end of the drain pipe A3104 is communicated with the middle part of the sedimentation tank A3101, the left end of the drain pipe B3105 is communicated with the lower part of the sedimentation tank A3101, the drain pipe B3105 is communicated with the lower part of the sedimentation tank B3102, the drain pipe B3106 is communicated with, a filter screen 3107 is arranged in the drain pipe C3106 in a matching way, the upper ends of the sedimentation tank A3101, the sedimentation tank B3102 and the sedimentation tank C3103 are respectively provided with a manhole cover A3108 in a matching way, a handle B3109 is arranged on the manhole cover A3108 in a matching way, a water lifting pipe A3110 penetrates through the manhole cover A3108 at the upper end of the sedimentation tank C3103, a water pump A3111 is arranged at one side of the sedimentation tank C3103, the upper end of the water lifting pipe A3110 is connected with a water inlet of the water pump A3111, the right end of the water lifting pipe B3112 is connected with a water outlet of the water pump A3111, the left end of the water lifting pipe B3112 is connected with a water inlet of the pressure tank A3113, the right end of the water lifting pipe C3114 is connected with a water outlet of the pressure tank A3113, the water lifting pipe D3115 and the water lifting pipe E6 are respectively arranged on the fermentation chamber 2 in a penetrating way, a water lifting pipe D3115 and E3116, the left ends of the water lifting pipe D3115 and E3116 are respectively sealed, the upper side of the fermentation chamber 311, the right side is run through to water lifting pipe C3114 left end 2 right side wall of fermentation chamber, water lifting pipe C3114 left end respectively with water lifting pipe D3115, water lifting pipe E3116 right-hand member are connected, are located in fermentation chamber 2 interior water lifting pipe D3115, water lifting pipe E3116 go up respectively the cooperation and set up six shower nozzles 3117, are convenient for cool down for fermentation chamber 2.

The working principle of the specific embodiment is as follows: the garbage transport vehicle runs onto the platform along the slope A, the garbage transport vehicle runs to the aluminum alloy window C behind one of the fermentation chambers, the aluminum alloy window C and the aluminum alloy window B which are adjacent to the garbage transport vehicle are sequentially opened, garbage on the garbage transport vehicle is poured into the fermentation chambers from the aluminum alloy window B, the garbage enters the fermentation chambers, sewage generated by garbage corruption enters the pit through the drainage cover plate, the sewage in the pit flows into the sedimentation tank A through the drainage pipe A, when the sewage in the sedimentation tank A is too high, the sewage in the sedimentation tank A flows into the sedimentation tank B through the drainage pipe B, when the sewage in the sedimentation tank B is too high, the sewage in the sedimentation tank B flows into the sedimentation tank C after being filtered by the filter screen in the drainage pipe C, if the temperature in the fermentation chamber is too high, the water pump A is started, the water pump A is lifted through the water lifting pipe A and then enters the pressure tank A through the water lifting pipe C, and then enters the water lifting pipe D and the water pipe D respectively through the, Water is sprayed into the fermentation chamber through a water lifting pipe D and a spray head below the water lifting pipe E, the temperature in the fermentation chamber is reduced, more water enters a pit through a drainage cover plate, sewage in the pit flows into a sedimentation tank A through a drainage pipe A, when the water in the sedimentation tank C is less, a water valve A and a water valve B are opened at the same time, a water pump B is started, water in a well is lifted through a water lifting pipe J and then enters a pressure tank B through a water lifting pipe M, the water enters the sedimentation tank C through a water lifting pipe K, the water valve A and a water valve B water lifting pipe L in sequence after being pressurized through the pressure tank B, the water pump B is closed, if garbage in the fermentation chamber is accumulated at a window hole, an air valve on a vent pipe M is opened, gas generated in the fermentation chamber is discharged through the vent pipe M, the air valve is closed, a door lock A is opened, a handle A is manually grasped to open an aluminum alloy window A, a worker climbs into the fermentation chamber to spread the garbage, the aluminum alloy window A, opening an aluminum alloy window A, spraying an organic fertilizer leavening agent into a fermentation chamber, closing the aluminum alloy window A, opening an air valve on an air pipe M if garbage decomposed in the fermentation chamber needs to be cleaned, discharging gas generated in the fermentation chamber through the air pipe M, closing the air valve, opening a door lock A, grabbing a handle A with hands to open the aluminum alloy window A, allowing a worker to climb into the fermentation chamber to clean the decomposed garbage, opening a water pump B if the fermentation chamber needs to be cleaned, closing a water valve B, connecting a hose to a water faucet, opening a water faucet, allowing water in the water well to enter a pressure tank B through the water lifting pipe M after the water in the water well is lifted by the water pump B, allowing water in the pressure tank B to flow into a hose through a water lifting pipe K, the water valve A, the water lifting pipe N and the water faucet, and allowing the.

The beneficial effects of the embodiment are as follows: 1. the organic garbage such as vegetables, leftovers and the like generated in life can be subjected to wet composting and secondary development and utilization. 2. The aluminum alloy window A is provided with a door lock A and a handle A in a matched mode, the door lock A prevents the aluminum alloy window A from being opened conveniently, and the handle A is convenient to open the aluminum alloy window A. 3. And the rear part of the window hole is provided with an aluminum alloy window C, and the aluminum alloy window C is opened backwards to prevent the air leakage of the aluminum alloy window B. 4. The upper part of the rear side wall of the fermentation chamber is respectively provided with a temperature display and a humidity display, so that the temperature and the humidity in the fermentation chamber can be conveniently checked. 5. Protective guards are arranged on the platform, the slope A and the slope B in a matched mode, and therefore workers are prevented from falling off the platform, the slope A and the slope B. 6. The fermentation room left side sets up the apotheca, the apotheca left side sets up the office, and the apotheca is convenient for place the required instrument in the work, is convenient for deposit the fertilizer starter, and the office is convenient for the staff and looks over the fermentation room nearby. 7. The right side of the fermentation chamber is provided with a sedimentation component, the sedimentation component comprises a sedimentation tank A, a sedimentation tank B, a sedimentation tank C, a drain pipe A, a drain pipe B, a drain pipe C, a filter screen, a well cover A, a handle B, a water lifting pipe A, a water pump A, a water lifting pipe B, a pressure tank A, a water lifting pipe C, a water lifting pipe D, a water lifting pipe E and a spray head, the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are sequentially arranged on the right side of the fermentation chamber, the depths of the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are sequentially increased, the left end of the drain pipe A is communicated with the bottom of the pit, the right end of the drain pipe A is communicated with the middle part of the sedimentation tank A, the left end of the drain pipe B is communicated with the lower part of the sedimentation tank B, the left end of the drain pipe C is communicated with the lower part of the sedimentation tank B, and the right end, the filter screen is arranged in the drain pipe C in a matched manner, the upper ends of the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are respectively provided with a well cover A in a matched manner, a handle B is arranged on the well cover A in a matched manner, the water lifting pipe A penetrates through the well cover A at the upper end of the sedimentation tank C, one side of the sedimentation tank C is provided with a water pump A, the upper end of the water lifting pipe A is connected with a water inlet of the water pump A, the right end of the water lifting pipe B is connected with a water outlet of the water pump A, the left end of the water lifting pipe B is connected with a water inlet of the pressure tank A, the right end of the water lifting pipe C is connected with a water outlet of the pressure tank A, five water lifting pipes D and E are respectively arranged on the fermentation chamber in a penetrated manner, a water lifting pipe D and a water lifting pipe E are respectively arranged, the left ends of the water lifting pipe D and the water lifting pipe E are respectively sealed, the water lifting pipe D is positioned at the front, the left end of the water lifting pipe C is connected with the right ends of the water lifting pipe D and the water lifting pipe E respectively, and the water lifting pipe C is located in the fermentation chamber, six spray heads are arranged on the water lifting pipe D and the water lifting pipe E in a matched mode respectively, and therefore cooling of the fermentation chamber is facilitated. 8. The right side of the fermentation chamber is provided with a water spraying assembly, the water spraying assembly comprises a water well, a water lifting pipe J, a well cover B, a water pump B, a water lifting pipe M, a pressure tank B, a water lifting pipe K, a water valve A, a water lifting pipe L, a water lifting pipe N, a water tap, a water valve B and a handle C, the right side of the fermentation chamber is provided with the water well, the upper end of the water well is provided with the well cover B, the handle C is arranged on the well cover B, the water lifting pipe J penetrates through the well cover B, one side of the water well is respectively provided with the water pump B and the pressure tank B, the upper end of the water lifting pipe J is connected with the water inlet of the water pump B, the right end of the water lifting pipe M is connected with the water outlet of the water pump B, the left end of the water lifting pipe K is connected with the water outlet on the pressure tank B, the left end of the water, the water valve B right-hand member with water lift pipe N lower extreme is connected, water lift pipe L right-hand member with water valve B left end is connected, water lift pipe L left end runs through well lid A on the sedimentation tank C is convenient for to sedimentation tank C moisturizing. 9. The ventilation pipe M is internally provided with activated carbon in a matching way, so that the odor is prevented from being discharged from the fermentation chamber.

Example two:

referring to fig. 1-4, an ecological retting fertilizer station according to the present embodiment includes a ground 1, fermentation chambers 2, glass 3, a pit 4, a supporting plate 5, a drainage cover plate 501, a through hole A6, an aluminum alloy window a7, a ventilation pipe a10, a ventilation pipe B11, a ventilation pipe C12, a ventilation pipe D13, a ventilation pipe E14, a check valve 1401, a ventilation pipe F15, a ventilation pipe G16, a ventilation pipe H17, a ventilation pipe L18, a ventilation pipe M19, a gas valve 1901, a ventilation pipe N20, a window opening 21, an aluminum alloy window B2101, a platform 25, a slope a26 and a slope B27, wherein five fermentation chambers 2 are disposed on the ground 1, the same glass 3 is disposed on top of five fermentation chambers 2, a pit 4 is opened inside the glass 3, the supporting plate 5 is fixedly disposed on the rear portion of the upper end of the pit 4, the drainage cover plate 501 is disposed on the front portion of the upper end of the pit 4, the pits 4 under the, an aluminum alloy window A7 is arranged at the lower end of the front part of the fermentation chamber 2, a vent pipe A10 and a vent pipe B11 are respectively arranged on five fermentation chambers 2 in a penetrating way, the two ends of the vent pipe A10 and the two ends of the vent pipe B11 are respectively sealed, the vent pipe A10 is arranged at the front part of the upper side of the fermentation chamber 2, the vent pipe B11 is arranged at the rear part of the upper side of the fermentation chamber 2, the fermentation chamber 2 is respectively provided with a vent pipe C12, a vent pipe D13, a vent pipe G16 and a vent pipe H17, the vent pipe C12, the vent pipe D13, a vent pipe G16 and a vent pipe H17 are respectively arranged in a penetrating way through the supporting plate 5, the upper end of the vent pipe C12 is connected with the right part of the vent pipe A10 in the fermentation chamber 2, the upper end of the vent pipe G16 is connected with the left part of the vent pipe A10 in the fermentation chamber 2, the upper end of the vent pipe D13 is connected, a vent pipe F15 and a vent pipe L18 are respectively arranged in the fermentation chamber 2, the vent pipe C12 and the vent pipe D13 are communicated through the vent pipe F15, the vent pipe F15 is positioned at the lower parts of the vent pipe C12 and the vent pipe D13, the vent pipe G16 and the vent pipe H17 are communicated through the vent pipe L18, the vent pipe L18 is positioned at the lower parts of the vent pipe G16 and the vent pipe H17, a vent pipe E14 and a vent pipe M19 are respectively arranged on the fermentation chamber 2, the vent pipe E14 penetrates through the right side of the front side wall of the fermentation chamber 2, the rear end of the vent pipe E14 is connected with the vent pipe C12, a check valve 1401 is arranged in the vent pipe E14 in a matching manner, the vent pipe M19 penetrates through the right side of the rear side wall of the fermentation chamber 2, the front end of the vent pipe M19 is connected with the vent pipe D19, a vent pipe M361901 is arranged in a matching manner, a window hole 21 is formed in the middle of the upper rear side wall of the fermentation chamber 2, an aluminum alloy window B2101 is arranged on the front side of the window hole 21, the aluminum alloy window B2101 is opened backwards, a platform 25 is arranged and attached to the rear side wall of the fermentation chamber 2, the upper surface of the platform 25 is attached to the bottom of the window hole 21, a slope A26 is arranged on the left side of the platform 25, and a slope B27 is arranged on the right side of the platform 25.

The working principle of the specific embodiment is as follows: the garbage transport vehicle runs onto the platform along the slope A, the garbage transport vehicle runs to the aluminum alloy window C behind one of the fermentation chambers, the aluminum alloy window C and the aluminum alloy window B adjacent to the garbage transport vehicle are sequentially opened, garbage on the garbage transport vehicle is poured into the aluminum alloy window B, the garbage enters the discharge pipe, the garbage transport vehicle is moved away, the aluminum alloy window B and the aluminum alloy window C are sequentially closed, the electric push rod is started to jack the sealing plate, the garbage enters the fermentation chamber from the discharge pipe, sewage generated by garbage corruption enters the pit through the drainage cover plate, the sewage in the pit flows into the sedimentation tank A through the drainage pipe A, when the sewage in the sedimentation tank A is too high, the sewage in the sedimentation tank A flows into the sedimentation tank B through the drainage pipe B, when the sewage in the sedimentation tank B is too high, the sewage in the sedimentation tank B flows into the sedimentation tank C after being filtered by the filter screen in the drainage pipe C, and if the temperature in the fermentation chamber is too high, starting a water pump A, lifting the water pump A through a water lifting pipe A, then entering a pressure tank A through a water lifting pipe B, pressurizing the water pump A through the pressure tank A, then entering a water lifting pipe D and a water lifting pipe E through the water lifting pipe C, spraying the water into a fermentation chamber through spray heads below the water lifting pipe D and the water lifting pipe E, reducing the temperature in the fermentation chamber, entering more water into a pit through a drainage cover plate, flowing sewage in the pit into a sedimentation tank A through a drainage pipe A, opening a water valve A and a water valve B simultaneously when the water in the sedimentation tank C is less, starting the water pump B, lifting the water in a well through a water lifting pipe J, then entering a pressure tank B through a water lifting pipe K, the water valve A and a water valve B, entering the sedimentation tank C through a water lifting pipe L, closing the water pump B, opening an air valve on a vent pipe M if garbage in the fermentation chamber is accumulated at a window hole, and discharging the gas generated in the fermentation chamber through the vent pipe M, closing an air valve, opening a door lock A, opening an aluminum alloy window A by grabbing a handle A with hands, climbing into a fermentation chamber by workers to spread garbage, closing the aluminum alloy window A, opening the aluminum alloy window A if the garbage in the fermentation chamber is fermented too slowly, spraying an organic fertilizer leavening agent into the fermentation chamber, closing the aluminum alloy window A, cleaning the garbage decomposed in the fermentation chamber if needed, opening an air valve on an air pipe M, discharging gas generated in the fermentation chamber through the air pipe M, closing the air valve, opening the door lock A, opening the aluminum alloy window A by grabbing the handle A with hands, cleaning the decomposed garbage by climbing into the fermentation chamber by the workers, opening a water pump B if the fermentation chamber needs to be cleaned, closing a water valve B, connecting a hose to a water faucet, opening a water tap, lifting water of a water well through the water pump B and then entering a pressure tank B through a water lifting pipe M, and allowing the water of the pressure tank B to flow into the hose through the water lifting pipe K, the, the other end of the hose is held by a worker and enters the fermentation chamber for cleaning.

The beneficial effects of the embodiment are as follows: 1. the organic garbage such as vegetables, leftovers and the like generated in life can be subjected to wet composting and secondary development and utilization. 2. The aluminum alloy window A is provided with a door lock A and a handle A in a matched mode, the door lock A prevents the aluminum alloy window A from being opened conveniently, and the handle A is convenient to open the aluminum alloy window A. 3. And the rear part of the window hole is provided with an aluminum alloy window C, and the aluminum alloy window C is opened backwards to prevent the air leakage of the aluminum alloy window B. 4. The upper part of the rear side wall of the fermentation chamber is respectively provided with a temperature display and a humidity display, so that the temperature and the humidity in the fermentation chamber can be conveniently checked. 5. Protective guards are arranged on the platform, the slope A and the slope B in a matched mode, and therefore workers are prevented from falling off the platform, the slope A and the slope B. 6. The fermentation room left side sets up the apotheca, the apotheca left side sets up the office, and the apotheca is convenient for place the required instrument in the work, is convenient for deposit the fertilizer starter, and the office is convenient for the staff and looks over the fermentation room nearby. 7. The right side of the fermentation chamber is provided with a sedimentation component, the sedimentation component comprises a sedimentation tank A, a sedimentation tank B, a sedimentation tank C, a drain pipe A, a drain pipe B, a drain pipe C, a filter screen, a well cover A, a handle B, a water lifting pipe A, a water pump A, a water lifting pipe B, a pressure tank A, a water lifting pipe C, a water lifting pipe D, a water lifting pipe E and a spray head, the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are sequentially arranged on the right side of the fermentation chamber, the depths of the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are sequentially increased, the left end of the drain pipe A is communicated with the bottom of the pit, the right end of the drain pipe A is communicated with the middle part of the sedimentation tank A, the left end of the drain pipe B is communicated with the lower part of the sedimentation tank B, the left end of the drain pipe C is communicated with the lower part of the sedimentation tank B, and the right end, the filter screen is arranged in the drain pipe C in a matched manner, the upper ends of the sedimentation tank A, the sedimentation tank B and the sedimentation tank C are respectively provided with a well cover A in a matched manner, a handle B is arranged on the well cover A in a matched manner, the water lifting pipe A penetrates through the well cover A at the upper end of the sedimentation tank C, one side of the sedimentation tank C is provided with a water pump A, the upper end of the water lifting pipe A is connected with a water inlet of the water pump A, the right end of the water lifting pipe B is connected with a water outlet of the water pump A, the left end of the water lifting pipe B is connected with a water inlet of the pressure tank A, the right end of the water lifting pipe C is connected with a water outlet of the pressure tank A, five water lifting pipes D and E are respectively arranged on the fermentation chamber in a penetrated manner, a water lifting pipe D and a water lifting pipe E are respectively arranged, the left ends of the water lifting pipe D and the water lifting pipe E are respectively sealed, the water lifting pipe D is positioned at the front, the left end of the water lifting pipe C is connected with the right ends of the water lifting pipe D and the water lifting pipe E respectively, and the water lifting pipe C is located in the fermentation chamber, six spray heads are arranged on the water lifting pipe D and the water lifting pipe E in a matched mode respectively, and therefore cooling of the fermentation chamber is facilitated. 8. The right side of the fermentation chamber is provided with a water spraying assembly, the water spraying assembly comprises a water well, a water lifting pipe J, a well cover B, a water pump B, a water lifting pipe M, a pressure tank B, a water lifting pipe K, a water valve A, a water lifting pipe L, a water lifting pipe N, a water tap, a water valve B and a handle C, the right side of the fermentation chamber is provided with the water well, the upper end of the water well is provided with the well cover B, the handle C is arranged on the well cover B, the water lifting pipe J penetrates through the well cover B, one side of the water well is respectively provided with the water pump B and the pressure tank B, the upper end of the water lifting pipe J is connected with the water inlet of the water pump B, the right end of the water lifting pipe M is connected with the water outlet of the water pump B, the left end of the water lifting pipe K is connected with the water outlet on the pressure tank B, the left end of the water, the water valve B right-hand member with water lift pipe N lower extreme is connected, water lift pipe L right-hand member with water valve B left end is connected, water lift pipe L left end runs through well lid A on the sedimentation tank C is convenient for to sedimentation tank C moisturizing. 9. The ventilation pipe M is internally provided with activated carbon in a matching way, so that the odor is prevented from being discharged from the fermentation chamber. 10. The window opening front side sets up the discharge tube, the discharge tube rear end with fermentation chamber fixed connection, the articulated closing plate of discharge tube front end, electric putter lateral wall with discharge tube lateral wall fixed connection, electric putter's main shaft end with closing plate fixed connection, the fermentation chamber of being convenient for keeps warm.

The utility model discloses a concrete embodiment does not constitute the pair the utility model discloses a restriction, all adopt the utility model discloses a similar structure and change are all in the utility model discloses a within the protection scope.

Claims

1. An ecological fertilizer retting station which characterized in that: comprises a ground (1), fermentation chambers (2), glass (3), a pit (4), a support plate (5), a drainage cover plate (501), a through hole A (6), an aluminum alloy window A (7), a vent pipe A (10), a vent pipe B (11), a vent pipe C (12), a vent pipe D (13), a vent pipe E (14), a one-way valve (1401), a vent pipe F (15), a vent pipe G (16), a vent pipe H (17), a vent pipe L (18), a vent pipe M (19), an air valve (1901), a vent pipe N (20), a window hole (21), an aluminum alloy window B (2101), a platform (25), a slope A (26) and a slope B (27), wherein the plurality of fermentation chambers (2) are arranged on the ground (1), the same piece of glass (3) is arranged at the tops of the plurality of fermentation chambers (1902), the pit (4) is arranged in the glass (3), the support plate (5) is fixedly arranged at, the pit (4) upper end front portion sets up drainage cover plate (501), and is adjacent through-hole A (6) intercommunication between pit (4) of fermentation chamber (2) below, fermentation chamber (2) front portion lower extreme sets up aluminum alloy window A (7), and a plurality of run through respectively on fermentation chamber (2) and set up breather pipe A (10), breather pipe B (11), just breather pipe A (10), breather pipe B (11) both ends are sealed respectively, breather pipe A (10) are located fermentation chamber (2) upside front portion, breather pipe B (11) are located fermentation chamber (2) upside rear portion, fermentation chamber (2) set up breather pipe C (12), breather pipe D (13), breather pipe G (16), breather pipe H (17) respectively, breather pipe C (12), breather pipe D (13), breather pipe G (16), breather pipe H (17) run through respectively backup pad (5), the upper end of the vent pipe C (12) is connected with the right part of the vent pipe A (10) in the fermentation chamber (2), the upper end of the vent pipe G (16) is connected with the left part of the vent pipe A (10) in the fermentation chamber (2), the upper end of the vent pipe D (13) is connected with the right part of the vent pipe B (11) in the fermentation chamber (2), the upper end of the vent pipe H (17) is connected with the left part of the vent pipe B (11) in the fermentation chamber (2), the fermentation chamber (2) is internally provided with a vent pipe F (15) and a vent pipe L (18) respectively, the vent pipe C (12) and the vent pipe D (13) are communicated with each other through the vent pipe F (15), the vent pipe F (15) is positioned at the lower parts of the vent pipe C (12) and the vent pipe D (13), the vent pipe G (16) and the vent pipe H (17) are communicated with each other through the vent pipe L (, the ventilation pipe L (18) is positioned at the lower parts of the ventilation pipe G (16) and the ventilation pipe H (17), the fermentation chamber (2) is respectively provided with a ventilation pipe E (14) and a ventilation pipe M (19), the ventilation pipe E (14) penetrates through the right side of the front side wall of the fermentation chamber (2), the rear end of the ventilation pipe E (14) is connected with the ventilation pipe C (12), the ventilation pipe E (14) is internally provided with a one-way valve (1401), the ventilation pipe M (19) penetrates through the right side of the rear side wall of the fermentation chamber (2), the front end of the ventilation pipe M (19) is connected with the ventilation pipe D (13), the ventilation pipe M (19) is provided with an air valve (1901) in a matching way, the rear end of the ventilation pipe M (19) is connected with the middle part of the ventilation pipe N (20), the middle part of the upper rear side wall of the fermentation chamber (2) is provided with a window hole (21), and the front, and the aluminum alloy window B (2101) is opened backwards, a platform (25) is arranged on the rear side wall of the fermentation chamber (2) in a clinging manner, the upper surface of the platform (25) is clinging to the bottom of the window hole (21), a slope A (26) is arranged on the left side of the platform (25), and a slope B (27) is arranged on the right side of the platform (25).

2. An ecological retting station according to claim 1, characterised in that: the aluminum alloy window A (7) is respectively provided with a door lock A (8) and a handle A (9) in a matching way.

3. An ecological retting station according to claim 1, characterised in that: and an aluminum alloy window C (22) is arranged at the rear part of the window hole (21), and the aluminum alloy window C (22) is opened backwards.

4. An ecological retting station according to claim 1, characterised in that: the upper part of the rear side wall of the fermentation chamber (2) is respectively provided with a temperature display (23) and a humidity display (24).

5. An ecological retting station according to claim 1, characterised in that: guard rails (28) are arranged on the platform (25), the slope A (26) and the slope B (27) in a matched mode.

6. An ecological retting station according to claim 1, characterised in that: the left side of the fermentation room (2) is provided with a storage room (29), and the left side of the storage room (29) is provided with an office (30).

7. An ecological retting station according to claim 1, characterised in that: the right side of the fermentation chamber (2) is provided with a sedimentation component (31), the sedimentation component (31) comprises a sedimentation tank A (3101), a sedimentation tank B (3102), a sedimentation tank C (3103), a drain pipe A (3104), a drain pipe B (3105), a drain pipe C (3106), a filter screen (3107), a well cover A (3108), a handle B (3109), a water lifting pipe A (3110), a water pump A (3111), a water lifting pipe B (3112), a pressure tank A (3113), a water lifting pipe C (3114), a water lifting pipe D (3115), a water lifting pipe E (3116) and a spray head (3117), the right side of the fermentation chamber (2) is provided with the sedimentation tank A (3101), the sedimentation tank B (3102) and the sedimentation tank C (3103) in sequence, the depth of the sedimentation tank A (3101), the sedimentation tank B (3102) and the sedimentation tank C (3103) is increased in sequence, the left end of the drain pipe A (3104) is communicated with the bottom of the pit (3104), and the middle part of the drain pipe A (3104) is communicated with the bottom of the, the left end of a drain pipe B (3105) is communicated with the lower part of the sedimentation tank A (3101), the right end of the drain pipe B (3105) is communicated with the middle part of the sedimentation tank B (3102), the left end of a drain pipe C (3106) is communicated with the lower part of the sedimentation tank B (3102), the right end of the drain pipe C (3106) is communicated with the lower part of the sedimentation tank C (3103), a filter screen (3107) is arranged in the drain pipe C (3106) in a matching way, the upper ends of the sedimentation tank A (3101), the sedimentation tank B (3102) and the sedimentation tank C (3103) are respectively provided with a well cover A (3108) in a matching way, a handle B (3109) is arranged on the well cover A (3108) in a matching way, a water lifting pipe A (3110) penetrates through the well cover A (3108) at the upper end of the sedimentation tank C (3103), a water pump A (3111) is arranged on one side of the sedimentation tank C (3103), the upper end of the water lifting pipe A (3110) is connected with a water inlet of, water lifting pipe B (3112) left end with overhead tank A (3113) water inlet is connected, water lifting pipe C (3114) right-hand member with overhead tank A (3113) delivery port is connected, and water lifting pipe D (3115), water lifting pipe E (3116) are a plurality of run through setting up water lifting pipe D (3115), water lifting pipe E (3116) on fermenting chamber (2) respectively, just water lifting pipe D (3115), water lifting pipe E (3116) left end are sealed respectively, water lifting pipe D (3115) are located fermenting chamber (2) upside front portion, water lifting pipe E (3116) are located fermenting chamber (2) upside rear portion, water lifting pipe C (3114) left end runs through right side fermenting chamber (2) right side wall, water lifting pipe C (3114) left end respectively with water lifting pipe D (3115), water lifting pipe E (3116) right-hand member are connected, are located in fermenting chamber (2) water lifting pipe D (3115), A plurality of spray heads (3117) are respectively arranged on the water lifting pipe E (3116).

8. An ecological retting station according to claim 7, characterised in that: the water spray component (32) is arranged on the right side of the fermentation chamber (2), the water spray component (32) comprises a water well (3201), a water lifting pipe J (3202), a well cover B (3203), a water pump B (3204), a water lifting pipe M (3205), a pressure tank B (3206), a water lifting pipe K (3207), a water valve A (3208), a water lifting pipe L (3209), a water lifting pipe N (3210), a water tap (3211), a water valve B (3212) and a handle C (3213), the water well (3201) is arranged on the right side of the fermentation chamber (2), the well cover B (3203) is arranged at the upper end of the water well (3201), the handle C (3213) is arranged on the well cover B (3203), the water lifting pipe J (3202) penetrates through the well cover B (3203), the water pump B (3204) and the pressure tank B (3206) are respectively arranged on one side of the water well (3201), the upper end of the water lifting pipe J (3202) is connected with a water inlet B (3204), and the water outlet (3205) is connected with a, the left end of the water lifting pipe M (3205) is connected with a water inlet in the pressure tank B (3206), the right end of the water lifting pipe K (3207) is connected with a water outlet in the pressure tank B (3206), a water valve A (3208) is fixedly arranged at the left end of the water lifting pipe K (3207), the right end of the water valve A (3208) is connected with the lower end of the water lifting pipe N (3210), the right end of the water valve B (3212) is connected with the lower end of the water lifting pipe N (3210), the right end of the water lifting pipe L (3209) is connected with the left end of the water valve B (3212), and the left end of the water lifting pipe L (3209) penetrates through a well cover A (3108) in the sedimentation tank C (3103).

9. An ecological retting station according to claim 1, characterised in that: the ventilation pipe M (19) is internally provided with activated carbon (33) in a matching way.

10. An ecological retting station according to claim 1, characterised in that: the fermentation room is characterized in that a discharge pipe (34) is arranged on the front side of the window opening (21), the rear end of the discharge pipe (34) is fixedly connected with the fermentation room (2), the front end of the discharge pipe (34) is hinged to a sealing plate (35), the outer side wall of an electric push rod (36) is fixedly connected with the outer side wall of the discharge pipe (34), and the main shaft end of the electric push rod (36) is fixedly connected with the sealing plate (35).