CN109810888A - A kind of reuse means of waste agronomic crop - Google Patents

Abstract

A kind of reuse means of waste agronomic crop, stirring main shaft driving No.1 mixing part, No. three mixing parts, No. four mixing parts, extends out scallop and is destroyed, crushed to stalk to be processed in main stirring room No. two mixing parts, to reduce the volume of stalk, and improve the mixture homogeneity of stalk and humidity, extending out scallop includes flabellum end, middle slide-bar and internal sliding ball, heating device can increase the temperature in main stirring room, temperature transducer can be monitored the temperature in main stirring room, it is ensured that crushing effect.Not only agitating function is stronger by the design, and crushing effect is preferable, is conducive to subsequent fermentation, and filter efficiency is higher, controllability is stronger, and the feature of environmental protection is preferable.

Description

A kind of reuse means of waste agronomic crop

Technical field

The present invention relates to a kind of recycling techniques of waste agronomic crop, belong to environment protection field more particularly to a kind of discarded agriculture The reuse means of crop is conducive to subsequent fermentation it is particularly applicable to improve crushing effect.

Background technique

Biogas fermentation is also known as anaerobic digestion or anaerobic fermentation, refers to organic substance, such as people and animals' poultry manure, stalk, miscellaneous Grass, rice husk wheat husk beans shell etc., under the conditions of certain moisture, temperature, by the catabolism of various microorganisms, ultimately form first The process of the combustibility mixed gas such as alkane and carbon monoxide, this is biogas.Yu little Mai, the jade largely come due to its raw material The stalk and wheat of the crops such as rice, peanut, soybean, paddy, peanut, melon seeds, beans shell, therefore regarded as one kind The very strong waste utilization mode of the feature of environmental protection.

Authorization Notice No. is CN205954001U, and authorized announcement date is that on 2 15th, 2017 patents of invention disclose one The reuse means of kind waste agronomic crop, which increases a heat on fermentation vat and boils in a covered pot over a slow fire gas-tight silo, using solar energy to sealing Stalk heating heat in cabin is stewing, using the wood cell structure of the high temperature straw kept for a long time, to accelerate stalk It decomposes, fermentation process does not need to add any leavening.Although the design can reduce the use of leavening, it only relies on heat Stewing mode destroys straw, without carrying out break process to stalk in advance, causes the decomposition rate very slow, productivity compared with It is low.

The information for disclosing the background technology part is merely intended to increase the understanding to the general background of present patent application, without It should be considered as recognizing or implying in any form that the information constitutes existing skill already known to those of ordinary skill in the art Art.

Summary of the invention

The purpose of the present invention is overcome crushing effect existing in the prior art is poor, be unfavorable for the defect of subsequent fermentation with Problem provides a kind of reuse means of preferable, conducive to subsequent fermentation the waste agronomic crop of crushing effect.

In order to achieve the above object, the technical solution of the invention is as follows: a kind of reuse means of waste agronomic crop, including Main stirring room, agitating unit, stirring main shaft, filtration channel and output channel, the main stirring room are internally provided with stirring list Member, has passed through stirring main shaft in the middle part of agitating unit, the top of stirring main shaft, bottom end respectively with top bearing, bottom axis The middle part held is connected, and the bottom in main stirring room is communicated through filtration channel with output channel；

It is connected at the top of the outer wall of the top bearing and main stirring room, the outer wall of bottom bearing is through fixed horizontal axis and master The bottom of stirring room side wall is connected, and the outer wall of main stirring room side wall is enclosed with heating device, the top in main stirring room, side Junction is provided with a temperature-sensitive storehouse, and a temperature transducer, temperature transducer and signal projector, electricity are provided in temperature-sensitive storehouse Source is located in the same circuit loop, communicates at the top of the bottom in main stirring room and longitudinal decomposition channels, longitudinal decomposition channels Bottom is communicated through filtration channel with output channel, and longitudinal decompose that be internally provided with of longitudinal decomposition channels integrates, and logical in filtering Filtering assembly is provided in road；

The temperature transducer includes metal shell, input power cord, output power line, electrical piece, left thermal sensitive piece, right sense Warm piece is offered at the top of the metal shell into Wen Kou, should be constituted altogether into Wen Kou and left thermal sensitive piece, right thermal sensitive piece, electrical piece One is connected into warm chamber, the top of the left thermal sensitive piece with the left half of metal shell roof, the bottom end of left thermal sensitive piece then under The inside of metal shell is extended, the top of the right thermal sensitive piece is connected with the right half of metal shell roof, right thermal sensitive piece Bottom end then extend the inside of metal shell down, the distance between left thermal sensitive piece top, right thermal sensitive piece top are greater than left temperature-sensitive The distance between piece bottom end, right thermal sensitive piece bottom end, electrical piece it is horizontal be shelved on left thermal sensitive piece, on right thermal sensitive piece, electrical piece Left end is shelved on the position of its nearly bottom end on left thermal sensitive piece, and the right end of electrical piece is shelved on the portion of its nearly bottom end on right thermal sensitive piece Position；The other end of one end of the input power cord and signal projector circuit connection, input power cord passes through metal shell The inside of metal shell is extended to after left wall, one end of output power line is connect with power circuit, the other end of output power line Extend to the inside of metal shell after the right wall of metal shell, the other end of output power line and input power cord it is another Rectify to setting, is hung with the same electrical piece right above the output power line other end, the input power cord other end, the energization The area of piece is greater than output power line, the spacing of input power cord.

It is located at the bottom of the bottom through left insulated column and metal shell at the position inside metal shell on the input power cord Wall is connected, and the bottom of the bottom through right insulated column and metal shell at the position inside metal shell is located in the output power line Wall is connected.

Angle between the bottom end and horizontal line of the left thermal sensitive piece is 45 degree to 85 degree, the bottom end of the right thermal sensitive piece with Angle between horizontal line is 45 degree to 85 degree.

It is described it is longitudinal decompose it is integrated including left trunnion axis, right trunnion axis and more arch steels, the outer end of left trunnion axis with The left side wall of longitudinal decomposition channels is connected, and the inner end of left trunnion axis is connected through arch steel with the inner end of right trunnion axis, right The outer end of trunnion axis is connected with the right side wall of longitudinal decomposition channels, inner end of the left end of all arch steels all with left trunnion axis It is connected, the right end of all arch steels is all connected with the inner end of right trunnion axis, and all arch steels surround a longitudinal direction altogether Decompose chamber.

The heating device includes heating cavity and internal heat generation device, and the outer wall of the main stirring room side wall is enclosed with heating The inner wall of cavity, heating cavity are internally provided with internal heat generation device.

The filtering assembly includes upper filtering table, lower filtering table and interior pars contractilis, filter hole in upper filtering table, lower filtering table It is contrary, the both ends at the top of the upper filtering table are respectively connected with a upper slide, and the bottom of upper filtering table is through interior flexible It is connected at the top of portion and lower filtering table, the both ends of the bottom of lower filtering table are respectively connected with a lower skateboard, upper slide, lower skateboard Cooperation is slided up and down along the outer wall of filtration channel.

The interior pars contractilis include outer elastic cloth and it is multiple it is flexible in devices, the top of outer elasticity cloth and upper filtering table Bottom is connected, and is connected at the top of the bottom end of outer elasticity cloth and lower filtering table, and all flexible interior devices are all located at outer elasticity In the elastic space that cloth, upper filtering table, lower filtering table are surrounded；The flexible interior device includes middle cylinder body, upper slide-bar and glides Axis, the inside of middle cylinder body offer the interior sliding chamber of perforation, and the top of upper slide-bar is connected with the bottom of upper filtering table, upper slide-bar Bottom end and the top half of interior sliding chamber are slidably matched, and are connected at the top of the bottom end of lower slide-bar and lower filtering table, the top of lower slide-bar It holds and is slidably matched with the lower half portion of interior sliding chamber, be provided with limit in the position in interior sliding chamber between upper slide-bar, lower slide-bar Spring.

The stirring main shaft includes upper main shaft and lower main shaft, top bearing successively after upper main shaft, lower main shaft with bottom axis It holds and is connected；The agitating unit include the No.1 mixing part being from top to bottom arranged successively, No. two mixing parts, No. three mixing parts with No. four mixing parts, No.1 mixing part, No. two mixing parts, No. three mixing parts, the structure of No. four mixing parts are consistent, all include terminal pad Body and be arranged thereon it is multiple extend out scallop, extend out and expand scallop and be connected through connection disk body with stirring main shaft.

The scallop that extends out includes flabellum end, middle slide-bar and internal sliding ball, in the middle part warp at the flabellum end slide-bar with it is interior Sliding ball is connected, and internal sliding ball is located in the sliding groove opened up in terminal pad body, connects nearly sliding groove outward opening on the side wall of disk body Position be provided with spacing bayonet, and the diameter of spacing bayonet, middle slide-bar, sliding groove, internal sliding ball is sequentially increased.

The arc range at the flabellum end is 45 degree to 80 degree；The flabellum end, middle slide-bar are hollow structure, fan The outer medicine outlet communicated with its inner cavity is provided on end of blade, middle slide-bar；The connection disk body is upper between its middle part, sliding groove Position be hollow structure, be provided with the interior medicine outlet of perforation.

Compared with prior art, the invention has the benefit that

1, in a kind of reuse means of waste agronomic crop of the present invention, main stirring room is internally provided with agitating unit, stirs It mixes and has passed through stirring main shaft in the middle part of unit, the outer wall of main stirring room side wall is enclosed with heating device, the bottom in main stirring room Portion successively communicates after longitudinal decomposition channels, filtration channel with output channel, and longitudinal decomposition channels are internally provided with longitudinal point Solution is integrated, and filtering assembly is provided in filtration channel, in use, in main stirring room the pending stalk of filling and Water, stirring main shaft drives agitating unit to rotate to carry out break process to stalk, reduces its volume, in favor of subsequent fermentation, Meanwhile heating device improve it is main stirring room in temperature in favor of decomposing, being crushed, by stirring main shaft, agitating unit it is first Treated, and gains undergo the second-time breakage of longitudinal decomposition channels to handle again, and the processing direction of longitudinal decomposition channels is longitudinal direction, Stirring main shaft, agitating unit processing direction be laterally, the two combination can greatly improve crushing effect, later, experience filtering After the screening of assembly, the crushed material for meeting volume requirement is emitted into methane-generating pit through output channel to ferment, to improve hair Ferment effect.Therefore, crushing effect of the invention is preferable, is conducive to subsequent fermentation.

2, in a kind of reuse means of waste agronomic crop of the present invention, the junction setting at the top, side in main stirring room There is a temperature-sensitive storehouse, a temperature transducer is provided in temperature-sensitive storehouse, in use, temperature transducer is through temperature-sensitive storehouse to main stirring room Interior temperature is monitored, once temperature is excessively high, can damage the property of stalk, is generated to damage subsequent fermentation with biogas When, the circuit loop where temperature transducer, signal projector, power supply will be connected, then master is signaled to by signal projector Room is controlled to stop operation.Therefore, controllability of the invention is stronger, can ensure that crushing effect, is conducive to subsequent fermentation.

3, in a kind of reuse means of waste agronomic crop of the present invention, the upper filtering table filtered in assembly is enclosed through outer elasticity Cloth, it is flexible in device be connected with lower filtering table, upper filtering table, lower filtering table both ends be respectively arranged with upper slide, lower skateboard and The outer wall of filtration channel slides up and down cooperation, and all flexible interior devices are all located at outer elastic cloth, upper filtering table, lower filtering table and are enclosed At elastic space in, in use, upper filtering table, lower filtering table belong to double filtration, preferable filter effect can be obtained, this Outside, it can also be slided by upper filtering table, the upper and lower of lower filtering table to be shaken to upper filtering table, lower filtering table, to improve Filtering velocity degree, and be conducive to arrange the filtrate accumulated in elastic space, it avoids blocking, further increases the rate of filtration.Cause This, the present invention can improve filter efficiency, obtain preferable filter effect.

4, in a kind of reuse means of waste agronomic crop of the present invention, stirring main shaft drives No.1 mixing part, No. two stirrings Portion, No. four mixing parts, extends out scallop and is destroyed, crushed to stalk to be processed in main stirring room No. three mixing parts, with The volume for reducing stalk, and improves the mixture homogeneity of stalk and humidity, conducive to the efficiency that subsequent biogas generates is improved, especially when When to extend out scallop include flabellum end, middle slide-bar and internal sliding ball, flabellum end can be carried out swing laterally, longitudinal, and crushing effect is more It is good, in addition, outer medicine outlet, interior medicine outlet can also add fermentation drug online, conducive to the more preferable of fermentation drug and stalk to be processed Mixing, more conducively subsequent fermentation.Therefore, not only mixing effect is stronger by the present invention, can make swing laterally, longitudinal, and powder Broken effect is preferable, can add fermentation drug, more conducively subsequent fermentation online.

Detailed description of the invention

Fig. 1 is structural schematic diagram of the invention.

Fig. 2 is the structural schematic diagram of temperature transducer in Fig. 1.

In figure: main stirring room 1, temperature-sensitive storehouse 11, longitudinal decomposition channels 2, longitudinal decompose integrate 21, left trunnion axis 22, You Shui Flat axis 23, longitudinal decomposition chamber 25, filtration channel 3, filtering assembly 31, upper filtering table 32, upper slide 321, descended arch steel 24 Filter disc 33, lower skateboard 331, interior pars contractilis 34, outer elastic cloth 35, elastic space 351, flexible interior device 36, middle cylinder body 37, interior cunning Chamber 371, limit spring 372, upper slide-bar 38, lower slide-bar 39, output channel 4, agitating unit 5, the stirring of No.1 mixing part 51, two Portion 52, sliding groove 531, spacing bayonet 532, interior medicine outlet 533, extends out scallop 54, flabellum end 541, middle cunning at connection disk body 53 Axis 542, internal sliding ball 543, the mixing part 55, four of outer medicine outlet 544, three mixing part 56, temperature transducer 6, into warm mouth 611, Into warm chamber 612, input power cord 62, left insulated column 621, output power line 63, right insulated column 631, electrical piece 64, left thermal sensitive piece 65, right thermal sensitive piece 66, stirring main shaft 7, upper main shaft 71, lower main shaft 72, top bearing 73, bottom bearing 74, fixed horizontal axis 741, Heating device 8, heating cavity 81, internal heat generation device 82.

Specific embodiment

Below in conjunction with Detailed description of the invention and specific embodiment, the present invention is described in further detail.

Referring to Fig. 1 to Fig. 2, a kind of reuse means of waste agronomic crop, including main stirring room 1, agitating unit 5, stirring Main shaft 7, filtration channel 3 and output channel 4, the main stirring room 1 are internally provided with agitating unit 5, the middle part of agitating unit 5 Stirring main shaft 7 is passed through, top, the bottom end of stirring main shaft 7 are connected with the middle part of top bearing 73, bottom bearing 74 respectively It connects, the bottom in main stirring room 1 is communicated through filtration channel 3 with output channel 4；

The outer wall of the top bearing 73 is connected with the top in main stirring room 1, and the outer wall of bottom bearing 74 is through fixed horizontal Axis 741 is connected with the bottom of main stirring 1 side wall of room, and the outer wall of main stirring 1 side wall of room is enclosed with heating device 8, main stirring room 1 Top, side junction be provided with a temperature-sensitive storehouse 11, be provided with a temperature transducer 6 in temperature-sensitive storehouse 11, thermometric passes Sensor 6 and signal projector, power supply are located in the same circuit loop, the bottom in main stirring room 1 and the top of longitudinal decomposition channels 2 Portion communicates, and the bottom of longitudinal decomposition channels 2 is communicated through filtration channel 3 with output channel 4, the inside setting of longitudinal decomposition channels 2 There is longitudinal decompose to integrate 21, and is provided with filtering assembly 31 in filtration channel 3；

The temperature transducer 6 includes metal shell 61, input power cord 62, output power line 63, electrical piece 64, left sense Warm piece 65, right thermal sensitive piece 66, the top of the metal shell 61 are offered into warm mouth 611, should be into warm mouth 611 and left thermal sensitive piece 65, right thermal sensitive piece 66, electrical piece 64 constitute one altogether and push up into warm chamber 612, the top of the left thermal sensitive piece 65 and metal shell 61 The left half of wall is connected, and the bottom end of left thermal sensitive piece 65 then extends down the inside of metal shell 61, the right thermal sensitive piece 66 Top is connected with the right half of 61 roof of metal shell, and the bottom end of right thermal sensitive piece 66 then extends down the interior of metal shell 61 Portion, the distance between left 65 top of thermal sensitive piece, 66 top of right thermal sensitive piece be greater than left 65 bottom end of thermal sensitive piece, 66 bottom end of right thermal sensitive piece it Between distance, electrical piece 64 it is horizontal be shelved on left thermal sensitive piece 65, on right thermal sensitive piece 66, the left end of electrical piece 64 is shelved on left sense The position of its nearly bottom end on warm piece 65, the right end of electrical piece 64 are shelved on the position of its nearly bottom end on right thermal sensitive piece 66；It is described defeated Enter one end and the signal projector circuit connection of power supply line 62, the other end of input power cord 62 passes through the left wall of metal shell 61 Extend to the inside of metal shell 61 afterwards, one end of output power line 63 is connect with power circuit, output power line 63 it is another End extends to the inside of metal shell 61, the other end and input power of output power line 63 after the right wall of metal shell 61 The other end face of line 62 is arranged, and is hung with right above 63 other end of output power line, 62 other end of input power cord same The area of a electrical piece 64, the electrical piece 64 is greater than output power line 63, the spacing of input power cord 62.

Be located on the input power cord 62 bottom at the position inside metal shell 61 through left insulated column 621 and metal outside The bottom wall of shell 61 is connected, and the bottom at the position inside metal shell 61 is located in the output power line 63 through right insulated column 631 are connected with the bottom wall of metal shell 61.

Angle between the bottom end and horizontal line of the left thermal sensitive piece 65 is 45 degree to 85 degree, the bottom of the right thermal sensitive piece 66 Angle between end and horizontal line is 45 degree to 85 degree.

Longitudinal decomposition integrated 21 includes left trunnion axis 22, right trunnion axis 23 and more arch steels 24, left trunnion axis 22 outer end is connected with the left side wall of longitudinal decomposition channels 2, and the inner end of left trunnion axis 22 is through arch steel 24 and right trunnion axis 23 inner end is connected, and the outer end of right trunnion axis 23 is connected with the right side wall of longitudinal decomposition channels 2, all arch steels 24 Left end is all connected with the inner end of left trunnion axis 22, and the right end of all arch steels 24 is all connected with the inner end of right trunnion axis 23 It connects, all arch steels 24 surround a longitudinal decomposition chamber 25 altogether.

The heating device 8 includes heating cavity 81 and internal heat generation device 82, the outer wall package of main stirring 1 side wall of room There is the inner wall of heating cavity 81, heating cavity 81 is internally provided with internal heat generation device 82.

The filtering assembly 31 includes upper filtering table 32, lower filtering table 33 and interior pars contractilis 34, upper filtering table 32, lower filtering Filter hole is contrary in disk 33, and the both ends at the top of the upper filtering table 32 are respectively connected with a upper slide 321, upper filtering The bottom of disk 32 is connected through interior pars contractilis 34 with the top of lower filtering table 33, and the both ends of the bottom of lower filtering table 33 are respectively connected with One lower skateboard 331, upper slide 321, lower skateboard 331 slide up and down cooperation along the outer wall of filtration channel 3.

The interior pars contractilis 34 include outer elastic cloth 35 with it is multiple it is flexible in devices 36, the top of outer elasticity cloth 35 with it is upper The bottom of filtering table 32 is connected, and the bottom end of outer elasticity cloth 35 is connected with the top of lower filtering table 33, and all is flexible interior Device 36 is all located in the elastic space 351 that outer elastic cloth 35, upper filtering table 32, lower filtering table 33 are surrounded；It is described flexible interior Device 36 includes middle cylinder body 37, upper slide-bar 38 and lower slide-bar 39, and the inside of middle cylinder body 37 offers the interior sliding chamber 371 of perforation, upper cunning The top of axis 38 is connected with the bottom of upper filtering table 32, and the bottom end of upper slide-bar 38 and the top half sliding of interior sliding chamber 371 are matched It closes, the bottom end of lower slide-bar 39 is connected with the top of lower filtering table 33, the lower half portion on the top of lower slide-bar 39 and interior sliding chamber 371 It is slidably matched, is provided with limit spring 372 in the position in interior sliding chamber 371 between upper slide-bar 38, lower slide-bar 39.

The stirring main shaft 7 includes upper main shaft 71 and lower main shaft 72, and top bearing 73 is successively through upper main shaft 71, lower main shaft 72 It is connected afterwards with bottom bearing 74；The agitating unit 5 includes the stirring of No.1 mixing part 51, two being from top to bottom arranged successively The mixing part 55 of portion 52, three and No. four mixing parts 56, the mixing part 52, three of No.1 mixing part 51, two mixing part 55, four are stirred The structure for mixing portion 56 is consistent, all include connection disk body 53 and be arranged thereon it is multiple extend out scallop 54, extend out expand scallop 54 It is connected through connection disk body 53 with stirring main shaft 7.

The scallop 54 that extends out includes flabellum end 541, middle slide-bar 542 and internal sliding ball 543, in the flabellum end 541 Slide-bar 542 is connected with internal sliding ball 543 in portion's warp, and internal sliding ball 543 is located in the sliding groove 531 opened up in connection disk body 53, even The position for connecing 531 outward opening of nearly sliding groove on the side wall of disk body 53 is provided with spacing bayonet 532, and spacing bayonet 532, middle slide-bar 542, sliding groove 531, internal sliding ball 543 diameter be sequentially increased.

The arc range at the flabellum end 541 is 45 degree to 80 degree；During the flabellum end 541, middle slide-bar 542 be Hollow structure is provided with the outer medicine outlet 544 communicated with its inner cavity on flabellum end 541, middle slide-bar 542；On the connection disk body 53 Be located therein, position between sliding groove 531 is hollow structure, be provided with the interior medicine outlet 533 of perforation.

In use, the both ends of stirring main shaft 7 respectively after top bearing 73, bottom bearing 74 with it is main stirring room 1 roof, Side wall bottom is connected, and pending stalk (or wheat, paddy, peanut, melon seeds, beans are loaded in the inside in main stirring room 1 The waste of shell and remaining all kinds of attributes of vegetation) with the water of processing, heating device 8 to main stirring room 1 offer heat, To increase the temperature in main stirring room 1, and water is evaporated to manufacture damp condition, stirring main shaft 7 drives agitating unit 5 in main stirring Movement makes its pulverization, reduces the volume of stalk in room 1 to destroy stalk to be processed, expands itself and temperature, humidity, fermentation medicine The mixture homogeneity of object is to obtain mixture, then feeds the mixture into longitudinal decomposition channels 2 and carry out second-time breakage processing, longitudinal The processing direction of decomposition channels 2 be it is longitudinal, stirring main shaft 7, agitating unit 5 processing direction be that laterally, the two combines can be big It is big to improve crushing effect, later, after the screening of experience filtering assembly 31, meet the crushed material of volume requirement finally through output channel 4 are emitted into methane-generating pit and ferment.In addition, temperature transducer 6 is directly monitored through metal shell 61 during whole operation Temperature in main stirring room 1, once being more than the alarm temperature of setting, the metal shell 61 after heating up can be increased into warm chamber 612 Temperature, and then increase the temperature of left thermal sensitive piece 65, right thermal sensitive piece 66, and them is caused to bend deformation, a left side after bending The distance between thermal sensitive piece 65,66 bottom end of right thermal sensitive piece expand, and the electrical piece 64 shelved originally by level is along left thermal sensitive piece 65, the right side Thermal sensitive piece 66 glide, until be detached from the contact of left thermal sensitive piece 65, right thermal sensitive piece 66, and under push down output power line 63, input When power supply line 62, circuit conducting, so that the circuit loop where temperature transducer 6, signal projector, power supply is connected, then by believing Number transmitter signals to master control room to stop operation, it is ensured that the effect of crushing, so that it is guaranteed that the effect that subsequent biogas generates, into And improve the environment protecting of plant waste material recycling.

The foregoing is merely better embodiment of the invention, protection scope of the present invention is not with above embodiment Limit, as long as those of ordinary skill in the art's equivalent modification or variation made by disclosure according to the present invention, should all be included in power In the protection scope recorded in sharp claim.

Claims (7)

1. a kind of reuse means of waste agronomic crop, including main stirring room (1), agitating unit (5), stirring main shaft (7), filtering Channel (3) and output channel (4), main stirring room (1) are internally provided with agitating unit (5), the middle part of agitating unit (5) Passed through stirring main shaft (7), the top of stirring main shaft (7), bottom end respectively with top bearing (73), bottom bearing (74) Middle part is connected, and the bottom of main stirring room (1) is communicated through filtration channel (3) with output channel (4), it is characterised in that:

It is connected at the top of the outer wall of the top bearing (73) and main stirring room (1), the outer wall of bottom bearing (74) is through fixation Horizontal axis (741) is connected with the bottom of main stirring room (1) side wall, and the outer wall of main stirring room (1) side wall is enclosed with heating device (8), it is communicated at the top of the bottom of main stirring room (1) and longitudinal decomposition channels (2), the bottom of longitudinal decomposition channels (2) is through filtering Channel (3) is communicated with output channel (4), and longitudinal decompose that be internally provided with of longitudinal decomposition channels (2) integrates (21), and is filtering Filtering assembly (31) is provided in channel (3)；The stirring main shaft (7) includes upper main shaft (71) and lower main shaft (72), top axle (73) are held successively to be connected after upper main shaft (71), lower main shaft (72) with bottom bearing (74)；The agitating unit (5) include by No.1 mixing part (51), No. two mixing parts (52), No. three mixing parts (55) and No. four mixing parts (56) being arranged successively under, No.1 mixing part (51), No. two mixing parts (52), No. three mixing parts (55), the structure of No. four mixing parts (56) are consistent, all include Connection disk body (53) and be arranged thereon it is multiple extend out scallop (54), extend out and expand scallop (54) and disk body (53) and stirred through connection Main shaft (7) is mixed to be connected.

2. a kind of reuse means of waste agronomic crop according to claim 1, it is characterised in that: described to extend out scallop It (54) include flabellum end (541), middle slide-bar (542) and internal sliding ball (543), slide-bar in the middle part warp of the flabellum end (541) (542) it is connected with internal sliding ball (543), internal sliding ball (543) is located in the sliding groove (531) opened up in connection disk body (53), even The position for connecing nearly sliding groove (531) outward opening on the side wall of disk body (53) is provided with spacing bayonet (532), and spacing bayonet (532), middle slide-bar (542), sliding groove (531), internal sliding ball (543) diameter be sequentially increased.

3. a kind of reuse means of waste agronomic crop according to claim 2, it is characterised in that: the flabellum end (541) arc range is 45 degree to 80 degree；The flabellum end (541), middle slide-bar (542) are hollow structure, flabellum The outer medicine outlet (544) communicated with its inner cavity is provided on end (541), middle slide-bar (542)；It is located on the connection disk body (53) Position between its middle part, sliding groove (531) is hollow structure, is provided with the interior medicine outlet (533) of perforation.

4. a kind of reuse means of waste agronomic crop according to claim 1,2 or 3, it is characterised in that: the longitudinal direction Decomposing integrated (21) includes left trunnion axis (22), right trunnion axis (23) and more arch steels (24), left trunnion axis (22) it is outer It holds and is connected with the left side wall of longitudinal decomposition channels (2), the inner end of left trunnion axis (22) is through arch steel (24) and right trunnion axis (23) inner end is connected, and the outer end of right trunnion axis (23) is connected with the right side wall of longitudinal decomposition channels (2), all arc-shaped steels The left end of muscle (24) is all connected with the inner end of left trunnion axis (22), the right end of all arch steels (24) all with right trunnion axis (23) inner end is connected, and all arch steels (24) surround longitudinal decomposition chamber (25) altogether.

5. a kind of reuse means of waste agronomic crop according to claim 1,2 or 3, it is characterised in that: the heating Device (8) includes heating cavity (81) and internal heat generation device (82), and the outer wall of described main stirring room (1) side wall is enclosed with heating chamber The inner wall of body (81), heating cavity (81) are internally provided with internal heat generation device (82).

6. a kind of reuse means of waste agronomic crop according to claim 1,2 or 3, it is characterised in that: the filtering Assembly (31) includes upper filtering table (32), lower filtering table (33) and interior pars contractilis (34), upper filtering table (32), lower filtering table (33) Middle filter hole it is contrary, the both ends at the top of the upper filtering table (32) are respectively connected with a upper slide (321), upper filtering The bottom of disk (32) at the top of interior pars contractilis (34) and lower filtering table (33) through being connected, the both ends of the bottom of lower filtering table (33) It is respectively connected with a lower skateboard (331), upper slide (321), lower skateboard (331) are slided up and down along the outer wall of filtration channel (3) matches It closes.

7. a kind of reuse means of waste agronomic crop according to claim 6, it is characterised in that: the interior pars contractilis It (34) include outer elasticity cloth (35) and multiple flexible interior devices (36), top and upper filtering table (32) of outer elasticity cloth (35) Bottom is connected, and is connected at the top of the bottom end of outer elasticity cloth (35) and lower filtering table (33), all flexible interior devices (36) It is all located at outer elastic cloth (35), in the elastic space (351) that upper filtering table (32), lower filtering table (33) are surrounded；It is described to stretch Device (36) includes middle cylinder body (37), upper slide-bar (38) and lower slide-bar (39) in contracting, and the inside of middle cylinder body (37) offers perforation The top of interior sliding chamber (371), upper slide-bar (38) is connected with the bottom of upper filtering table (32), the bottom end of upper slide-bar (38) and interior cunning The top half of chamber (371) is slidably matched, and is connected at the top of the bottom end of lower slide-bar (39) and lower filtering table (33), lower slide-bar (39) top and the lower half portion of interior sliding chamber (371) are slidably matched, and upper slide-bar (38), lower slide-bar are located in interior sliding chamber (371) (39) limit spring (372) are provided in the position between.