CN109912329A

CN109912329A - A kind of bacillus organic fertilizer production device

Info

Publication number: CN109912329A
Application number: CN201910250228.9A
Authority: CN
Inventors: 王红
Original assignee: Individual
Current assignee: Individual
Priority date: 2019-03-29
Filing date: 2019-03-29
Publication date: 2019-06-21

Abstract

The invention discloses a kind of bacillus organic fertilizer production devices, fermentation tank including the fermentation materials for holding bacillus organic fertilizer, the horizontal drive component being set on the fermentation tank, the vertical driving assembly of its lower part for being installed on the horizontal drive component, it is set to the turning component of the lower part of the vertical driving assembly, the present invention passes through setting horizontal drive component and vertical driving assembly, so that turning component is able to carry out the movement of any direction in fermentation tank, and then the fermentation materials in fermentation tank are carried out comprehensively to turn over booth；Swivel plate can carry out turning to the material in corner with plate setting is stirred, and ensure that the turning effect for turning over booth component, shredder assemblies can be by the material grinding of agglomeration, and then ensure that the effect of material fermentation.

Description

A kind of bacillus organic fertilizer production device

Technical field

The present invention relates to organic fertilizer production technical fields, particularly relate to a kind of bacillus organic fertilizer production device.

Background technique

In the production technology of organic fertilizer, need to carry out turning so that organic fertilizer raw material is filled to the organic fertilizer raw material of fermentation Distribute ferment, improves the nutrient content of organic fertilizer, but existing heap turning over device can not carry out adequately booth to organic fertilizer raw material and turn over, and make It cannot adequately be fermented at part material；And raw material is easy agglomeration during fermentation, existing heap turning over device is mostly Turning is carried out to whole raw material, the raw material of agglomeration cannot be handled well, to influence the quality of fermentation.

Summary of the invention

In view of this, it is an object of the invention to propose a kind of bacillus organic fertilizer production device, it is above-mentioned to solve Problem one of or all.

Based on a kind of above-mentioned purpose bacillus organic fertilizer production device provided by the invention, comprising:

Fermentation tank, for holding the fermentation materials of bacillus organic fertilizer；

Horizontal drive component is set on the fermentation tank；

Vertical driving assembly is installed on the lower part of the horizontal drive component；

Turning component is set to the lower part of the vertical driving assembly, in the horizontal drive component and described vertical Under the drive of driving assembly, fermentation materials are carried out in the fermentation tank to turn over booth.

Further, the horizontal drive component includes main frame, and the main frame is set up in the top of the fermentation tank, Sliding rack is slidably fitted on the main frame along its length, is equipped on the sliding rack and drives it along the main frame First driving motor of length direction sliding, is equipped with sliding shoe on the sliding rack along its length, on the sliding shoe The second driving motor for driving it to slide along the sliding rack length direction is installed, the vertical driving assembly is mounted on described The lower part of sliding shoe.

Further, the vertical driving assembly includes supporting element, and the supporting element is mounted on the lower part of the sliding shoe, Driving electric cylinders are installed, the movable end of the driving electric cylinders is equipped with holding division, the turning component and institute in the support ring The lower part for stating holding division is connected, the holding division matched with the supporting element realize the vertical shift of the turning component with Positioning.

Further, the supporting element is tubular structure, and the driving electric cylinders are mounted on the inside of the supporting element, and its One end is fixedly mounted on the lower part of the sliding shoe, and the lower part of support frame as described above is equipped with locating piece, and the locating piece is laid with Several location holes, the holding division are slidably mounted in the locating piece, and are matched with the location hole, realize holding division Positioning.

Further, the holding division includes positioning tube, and the positioning tube is mounted on described by way of being slidably connected In locating piece, the top of the positioning tube is equipped with push-and-pull electric cylinders, and the movable end of the push-and-pull electric cylinders is equipped with push-pull rod, described to push away Pull rod runs through in the positioning tube, and the push-pull rod is equipped with sliding block, the sliding block peace far from one end of the push-and-pull electric cylinders In the positioning tube, the sliding block is slidably installed far from the end face of the push-pull rod, and there are two guide pads, lead described in two Arc panel is equipped with by hinged mode to one end of block, two arc panel sides close to each other are equipped with transmission Tooth, and two arc panels are mutually mediated by driving cog, the lower part of the positioning tube is additionally provided with through hole, in the sliding block Under drive, two one end of the arc panel far from the sliding block can be skidded off outside the positioning tube by the through hole, and with institute Location hole is stated to match.

Further, the turning component includes rotation section, and the outer wall of the rotation section is radially laid with several take off Material portion, shredder assemblies are equipped in the rotation section, and one end of the rotation section is equipped with the driving rotation section and the powder The driving assembly that broken component works at the same time.

Further, the rotation section includes rotary cylinder, and the outer wall of the rotary cylinder is laid with several opening-closing plates, described Opening-closing plate is taken off between material portion described in being staggered, and the opening-closing plate is mounted on the outer wall of the rotary cylinder by hinged mode, And can be mounted in the rotary cylinder to the inner rotation of the rotary cylinder, the shredder assemblies, the opening-closing plate with described turn The hinged place of dynamic cylinder is equipped with torsional spring, and the opening-closing plate is mesh structure.

Further, the material portion of taking off includes swivel plate, and one end of the swivel plate is installed on the outer wall of the rotary cylinder, The other end of the swivel plate, which is hinged with, stirs plate, and described one end for stirring plate is slidably fitted with extension plate, the extension plate with Described stir is equipped with the first spring between plate, the other end for stirring plate is hinged with catch bar, and the catch bar is far from institute State and stir one end of plate and be hinged with trolley shoe, the trolley shoe is slidably connected with the swivel plate, the trolley shoe with described turn Second spring is installed between dynamic cylinder, the swivel plate is equipped with limiting section, when the trolley shoe is contacted with the limiting section, The swinging plate and the swivel plate are perpendicular.

Further, the shredder assemblies include rotation axis, and the rotation axis is rotatably mounted in the rotary cylinder, The rotation axis is equipped with several rolling wheels, and one end of the rotation axis is connected with the driving component.

Further, the driving component includes driving motor, and the output end of the driving motor is equipped with planetary gear The sun gear of mechanism, the output end of the driving motor and the planetary gear mechanism is sequentially connected, the sun gear with it is described Rotation axis transmission connection, the gear ring of the planetary gear mechanism are connected with the rotary cylinder, pass through the planetary gear mechanism Several planetary gears realize the rotation axis synchronous with the rotary cylinder differential rotation.

From the above it can be seen that bacillus organic fertilizer production device proposed by the present invention, drives by the way that setting is horizontal Dynamic component and vertical driving assembly, enable turning component to be able to carry out the movement of any direction in fermentation tank, and then to hair Fermentation materials in ferment slot carry out comprehensively turning over booth；Swivel plate can carry out turning to the material in corner with plate setting is stirred, It ensure that the turning effect for turning over booth component, shredder assemblies can be by the material grinding of agglomeration, and then ensure that the effect of material fermentation Fruit.

Detailed description of the invention

Fig. 1 is the schematic diagram of the bacillus organic fertilizer production device of the embodiment of the present invention；

Fig. 2 is the schematic diagram of the horizontal drive component of the embodiment of the present invention；

Fig. 3 is the schematic diagram of the vertical driving assembly of the embodiment of the present invention；

Fig. 4 is the schematic diagram of the holding division of the embodiment of the present invention；

Fig. 5 is the schematic diagram of the turning component of the embodiment of the present invention；

Fig. 6 is the schematic diagram for taking off material portion of the embodiment of the present invention；

Fig. 7 is the schematic diagram of the shredder assemblies of the embodiment of the present invention；

Fig. 8 is the schematic diagram of the planetary gear mechanism of the embodiment of the present invention.

Specific embodiment

To make the objectives, technical solutions, and advantages of the present invention clearer, below in conjunction with specific embodiment, and reference Attached drawing, the present invention is described in more detail.

Based on a kind of above-mentioned purpose bacillus organic fertilizer production device provided by the invention, as shown in Figure 1, comprising: use In the fermentation tank 1 for the fermentation materials for holding bacillus organic fertilizer, the horizontal drive component 442 being set on the fermentation tank 1, The vertical driving assembly 443 of its lower part for being installed on the horizontal drive component 442, is set to the vertical driving assembly 443 Lower part turning component 4.

Under the drive of the horizontal drive component 442 and the vertical driving assembly 443, turning component 4 is in the hair It is able to carry out the movement of any direction in ferment slot 1, and then booth comprehensively is turned over to the fermentation materials progress in fermentation tank 1, makes to ferment Material can adequately be fermented.

Further, as one embodiment of the present invention, as shown in Fig. 2, the horizontal drive component 442 includes master Frame 21, the main frame 21 are set up in the top of the fermentation tank 1, are slidably installed along its length on the main frame 21 There is sliding rack 22, the first driving motor for driving it to slide along 21 length direction of main frame is installed on the sliding rack 22 44123, sliding shoe 24 is installed along its length on the sliding rack 22, be equipped on the sliding shoe 24 drive its along institute The second driving motor 44125 of 22 length direction of sliding rack sliding is stated, the vertical driving assembly 443 is mounted on the sliding shoe 24 lower part.Wherein, under the drive of the first driving motor 44123 and the second driving motor 44125, main frame 21 and cunning Moving frame 22 is able to drive sliding shoe 24 and does the movement of any position in the horizontal direction, and then enables turning component 4 in level side Booth is comprehensively turned over to the material progress in fermentation tank 1.

Further, in order to realize turning component 4 in the movement of vertical direction, as shown in figure 3, the vertical driving assembly 443 include supporting element 31, and the supporting element 31 is mounted on the lower part of the sliding shoe 24, and driving electricity is equipped in the support ring The movable end of cylinder 32, the driving electric cylinders 32 is equipped with holding division 33, the lower part phase of the turning component 4 and the holding division 33 Connection, under the drive of the driving electric cylinders 32, the holding division 33 can move in supporting element 31 along the vertical direction, in turn Turning component 4 is driven arbitrarily to move in vertical direction, while holding division 33 matches with supporting element 31 and is also able to achieve turning component 4 Positioning, prevent the turning component 4 when carrying out turning operation from sliding.

Further, in order to realize the positioning of holding division 33, the supporting element 31 is tubular structure, the driving electric cylinders 32 The inside of the supporting element 31 is mounted on, and one end is fixedly mounted on the lower part of the sliding shoe 24, under support frame as described above Portion is equipped with locating piece 34, and locating piece 34 is the tubular structure of perforation, and the locating piece 34 is laid with several location holes 35, described Holding division 33 is slidably mounted in the locating piece 34, and is matched with the location hole 35, realizes the positioning of holding division 33.

Specifically, as shown in figure 4, the holding division 33 includes positioning tube 331, the positioning tube 331 is connected by sliding The mode connect is mounted in the locating piece 34, and the top of the positioning tube 331 is equipped with push-and-pull electric cylinders 332, the push-and-pull electric cylinders 332 movable end is equipped with push-pull rod 333, and the push-pull rod 333 runs through in the positioning tube 331, and the push-pull rod 333 is remote One end from the push-and-pull electric cylinders 332 is equipped with sliding block 334, and the sliding block 334 is mounted in the positioning tube 331, the cunning Block 334 is slidably installed far from the end face of the push-pull rod 333 there are two guide pad 335, and one end of two guide pads 335 is equal Arc panel 336 is installed by hinged mode, two arc panel 336 sides close to each other are equipped with driving cog 337, And two arc panels 336 are mediated by 337 phase of driving cog, the lower part of the positioning tube 331 is additionally provided with through hole 338, Under the drive of the sliding block 334, two one end of the arc panel 336 far from the sliding block 334 can be sliding by the through hole 338 Out outside the positioning tube 331, and matched with the location hole 35.Wherein, driving electric cylinders 32 drive positioning tube 331 along locating piece 34 slidings, positioning tube 331 drives turning component 4 to move along the vertical direction, after being moved to commitment positions, pushes and pulls 332 work of electric cylinders Make, push-and-pull electric cylinders 332 drive push-pull rod 333 to move down, and push-pull rod 333 is moved down with movable slider 334, and sliding block 334 drives Two arc panels 336 are mobile, and two arc panels 336 are rotated by driving cog 337, and arc panel 336 is far from the sliding block 334 One end is skidded off outward by through hole 338, and is fitted into location hole 35, realizes the fixation of positioning tube 331 and locating piece 34, in turn Realize turning component 4 in the fixation of vertical direction.

Further, as shown in figure 5, the turning component 4 includes rotation section 41, the outer wall of the rotation section 41 is radially Be laid with it is several take off material portion 42, shredder assemblies 43 are installed, one end of the rotation section 41 is equipped in the rotation section 41 The driving assembly 44 for driving the rotation section 41 to work at the same time with the shredder assemblies 43.

Further, the rotation section 41 includes rotary cylinder, and the outer wall of the rotary cylinder is laid with several opening-closing plates 45, The opening-closing plate 45 is taken off between material portion 42 described in being staggered, and the opening-closing plate 45 is mounted on the rotation by hinged mode The outer wall of cylinder, and can be mounted in the rotary cylinder to the inner rotation of the rotary cylinder, the shredder assemblies 43, the folding The hinged place of plate 45 and the rotary cylinder is equipped with torsional spring, and the opening-closing plate 45 is mesh structure.

Further, as shown in fig. 6, the material portion 42 of taking off includes swivel plate 421, one end of the swivel plate 421 is installed In the outer wall of the rotary cylinder, the other end of the swivel plate 421, which is hinged with, stirs plate 422, and described one end for stirring plate 422 is sliding Dynamic to be equipped with extension plate 423, the extension plate 423 and described stir are equipped with the first spring 424 between plate 422, described to stir The other end of plate 422 is hinged with catch bar 425, and the catch bar 425 is hinged with trolley shoe far from described one end for stirring plate 422 426, the trolley shoe 426 is slidably connected with the swivel plate 421, is equipped between the trolley shoe 426 and the rotary cylinder Second spring 427, the swivel plate 421 is equipped with limiting section 428, when the trolley shoe 426 is contacted with the limiting section 428 When, the swinging plate and the swivel plate 421 are perpendicular.Wherein, length direction of the swivel plate 421 along the rotation section 41 Setting, and it is suitable with 41 length of rotation section, and the swivel plate 421 is equipped with the sieve for being capable of providing and allowing partial size, makes small The material of grain can penetrate swivel plate 421, and the material of agglomeration is stopped to pass through, and driving assembly 44 drives rotary cylinder rotation, rotation Cylinder drives swivel plate 421 mobile, and the movement of plate 422 is stirred in the drive of swivel plate 421, and swinging plate is inserted into material, at 421 turns of swivel plate When dynamic, the angle of swinging plate and swivel plate 421 changes, and swinging plate drives catch bar 425 mobile, and catch bar 425, which drives, to be slided It is mobile towards rotating cylinder to connect block 426, the distance that swinging plate is leant out is elongated, when carrying out turning to 1 edge of fermentation tank, lean out away from Turning can be carried out to the material in corner from elongated swinging plate, the extension plate when swinging plate persistently rotates, in swinging plate 423 bounce back in swinging plate when encountering the side wall of fermentation tank 1, are able to carry out the rotation of swinging plate, when swinging plate leaves fermentation When the side wall of slot 1, second spring 427 drives 426 homing of trolley shoe, and trolley shoe 426 drives swinging plate by catch bar 425 Homing, swinging plate is by material scraper to swivel plate 421, and in the course of rotation, short grained sieve penetrates swivel plate 421 Sieve drops back into fermentation tank 1, and the bulky grain of agglomeration enters the inside of rotation section 41, pulverizes under the action of shredder assemblies 43, and Finally drop back into fermentation tank 1.

Further, the hinged place of the opening-closing plate 45 and the rotary cylinder is equipped with torsional spring (not shown), makes opening-closing plate 45 The state matched with rotary cylinder is able to maintain under the action of no pressure, the opening-closing plate 45 is mesh structure, makes to pulverize Material can drop back into fermentation tank 1 through opening-closing plate 45.

Further, in order to realize the crushing to caking materials, as shown in fig. 7, the shredder assemblies 43 include rotation axis 431, the rotation axis 431 is mounted in the rotary cylinder in such a way that bearing connects, and the rotation axis 431 is equipped with several One end of rolling wheel 432, the rotation axis 431 is connected with the driving component 44.Wherein, driving assembly 44 drives rotation axis 431 rotations, rotation axis 431 drive rolling wheel 432 to rotate, and pulverize to the caking materials entered in rotary cylinder.

Further, in order to realize while driving the work of rotary cylinder and rotation axis 431, the driving component 44 includes driving Dynamic motor 441, the output end of the driving motor 441 is equipped with planetary gear mechanism 442, as shown in figure 8, the driving motor The sun gear 4421 of 441 output end and the planetary gear mechanism 442 is sequentially connected, the sun gear 4421 and the rotation Axis 431 is sequentially connected, and the gear ring 4422 of the planetary gear mechanism 442 is connected with the rotary cylinder, passes through the planet tooth Several planetary gears 4423 of wheel mechanism 442 realize the rotation axis 431 differential rotation synchronous with the rotary cylinder.Wherein, work When making, driving motor 441 drives sun gear 4421 to rotate, and sun gear 4421 drives gear ring 4422 to rotate by planetary gear 4423, Gear ring 4422 drives rotary cylinder rotation, and fermentation materials are stirred in realization, while sun gear 4421 drives rotation axis 431 to rotate, Rotation axis 431 drives rolling wheel 432 to rotate, and crushes to the material entered in rotary cylinder, due to planetary gear mechanism 442 There are speed differences for the rotation of characteristic, rotation axis 431 and rotary cylinder, and the rotation of rotation axis 431 is faster than rotary cylinder, and then can be realized Crushing is rolled to the multiple of caking materials in rotary cylinder, ensure that the effect of shredder assemblies 43.

Further, in order to guarantee the effect rolled, the rolling wheel 432 is cam structure, enters for opening-closing plate 45 and turns Leave activity space in dynamic cylinder, ensure that opening-closing plate 45 can smoothly enter into rotary cylinder, the outer of the rolling wheel 432 with The inner wall of the rotary cylinder is equipped with gap, this setting avoids rolling wheel 432 and is bonded with rotary cylinder inner wall too tight, causes to agglomeration The compacting again of material, influences crushing effect.

In use, the drive positioning tube 331 of driving electric cylinders 32 moves in supporting element 31 along the vertical direction, positioning tube 331 Drive turning component 4 mobile in vertical direction, after being moved to intended height, push-and-pull electric cylinders 332 work, and push and pull 332 band of electric cylinders Dynamic push-pull rod 333 moves down, and push-pull rod 333 is moved down with movable slider 334, and sliding block 334 drives two arc panels 336 to move Dynamic, two arc panels 336 are rotated by driving cog 337, and the one end of arc panel 336 far from the sliding block 334 is by through hole 338 It skids off, and is fitted into location hole 35 outward, realize the fixation of positioning tube 331 and locating piece 34；First driving motor 44123 with And second driving motor 44125 work, drive turning component 4 material in fermentation tank 1 is comprehensively turned in the horizontal direction Booth；

When turning component 4 is mobile, driving motor 441 drives sun gear 4421 to rotate, and sun gear 4421 passes through planetary gear 4423 drive gear ring 4422 to rotate, and gear ring 4422 drives rotary cylinder rotation, and rotary cylinder drives rotary cylinder that swivel plate 421 is driven to move Dynamic, the movement of plate 422 is stirred in the drive of swivel plate 421, and swinging plate is inserted into material, when swivel plate 421 rotates, swinging plate and rotation The angle of plate 421 changes, and swinging plate drives catch bar 425 mobile, and catch bar 425 drives trolley shoe 426 towards rotating cylinder Mobile, the distance that swinging plate is leant out is elongated, when carrying out turning to 1 edge of fermentation tank, leans out apart from elongated swinging plate energy Enough materials in corner carry out turning, and when swinging plate persistently rotates, the extension plate 423 in swinging plate encounters fermentation tank 1 It is bounced back in swinging plate when side wall, is able to carry out the rotation of swinging plate, when swinging plate leaves the side wall of fermentation tank 1, second Spring 427 drives 426 homing of trolley shoe, and trolley shoe 426 drives swinging plate homing, swinging plate by catch bar 425 By on material scraper to swivel plate 421, in the course of rotation, short grained sieve drops back into fermentation tank 1 through sieve to swivel plate 421 Interior, the bulky grain of agglomeration when rotary cylinder rotates into falling between two swivel plates 421, and the material of agglomeration is under gravity Opening-closing plate 45 is pressed into rotary cylinder, caking materials enter rotary cylinder by the channel that opening-closing plate 45 is opened in lasting rotation It is interior, at the same sun gear 4421 drive rotation axis 431 rotate, rotation axis 431 drive rolling wheel 432 rotate, to enter rotary cylinder in Material crushed；The present invention enables turning component 4 by setting horizontal drive component 442 and vertical driving assembly 443 It is able to carry out the movement of any direction in fermentation tank 1, and then the fermentation materials in fermentation tank 1 are carried out comprehensively to turn over booth；Rotation Rotating plate 421 can carry out turning to the material in corner with the setting of plate 422 is stirred, and ensure that the turning effect for turning over booth component, powder Broken component 43 can be by the material grinding of agglomeration, and then ensure that the effect of material fermentation.

It should be understood by those ordinary skilled in the art that: the discussion of any of the above embodiment is exemplary only, not It is intended to imply that the scope of the present disclosure (including claim) is limited to these examples；Under thinking of the invention, above embodiments Or can also be combined between the technical characteristic in different embodiments, step can be realized with random order, and be existed such as Many other variations of the upper different aspect of the invention, for simplicity, they are not provided in details.

The embodiment of the present invention be intended to cover fall into all such replacements within the broad range of appended claims, Modifications and variations.Therefore, all within the spirits and principles of the present invention, any omission, modification, equivalent replacement, the improvement made Deng should all be included in the protection scope of the present invention.

Claims

1. a kind of bacillus organic fertilizer production device characterized by comprising

Horizontal drive component is set on the fermentation tank；

Turning component is set to the lower part of the vertical driving assembly, in the horizontal drive component and the vertical driving Under the drive of component, fermentation materials are carried out in the fermentation tank to turn over booth.

2. bacillus organic fertilizer production device according to claim 1, which is characterized in that the horizontal drive component packet Main frame is included, the main frame is set up in the top of the fermentation tank, is slidably fitted with along its length on the main frame Sliding rack is equipped with the first driving motor for driving it to slide along the main frame length direction, the cunning on the sliding rack Sliding shoe is installed along its length, drive is equipped on the sliding shoe, and it is sliding along the sliding rack length direction in moving frame The second dynamic driving motor, the vertical driving assembly are mounted on the lower part of the sliding shoe.

3. bacillus organic fertilizer production device according to claim 2, which is characterized in that the vertical driving assembly packet Supporting element is included, the supporting element is mounted on the lower part of the sliding shoe, and driving electric cylinders, the driving are equipped in the support ring The movable end of electric cylinders is equipped with holding division, and the turning component is connected with the lower part of the holding division, the holding division and institute It states supporting element and matches the vertical shift and positioning for realizing the turning component.

4. bacillus organic fertilizer production device according to claim 3, which is characterized in that the supporting element is tubular knot Structure, the driving electric cylinders are mounted on the inside of the supporting element, and one end is fixedly mounted on the lower part of the sliding shoe, described The lower part of support frame is equipped with locating piece, and the locating piece is laid with several location holes, and the holding division is slidably mounted on described It in locating piece, and is matched with the location hole, realizes the positioning of holding division.

5. bacillus organic fertilizer production device according to claim 4, which is characterized in that the holding division includes positioning Cylinder, the positioning tube are mounted in the locating piece by way of being slidably connected, and the top of the positioning tube is equipped with push-and-pull electricity The movable end of cylinder, the push-and-pull electric cylinders is equipped with push-pull rod, and the push-pull rod runs through in the positioning tube, and the push-pull rod is remote One end from the push-and-pull electric cylinders is equipped with sliding block, and the sliding block is mounted in the positioning tube, and the sliding block is pushed away far from described The end face of pull rod is slidably installed, and there are two guide pads, and one end of two guide pads is equipped with arc by hinged mode Plate, two arc panel sides close to each other are equipped with driving cog, and two arc panels are mutually mediated by driving cog, The lower part of the positioning tube is additionally provided with through hole, and under the drive of the sliding block, two arc panels are far from the sliding block One end can be skidded off outside the positioning tube by the through hole, and be matched with the location hole.

6. bacillus organic fertilizer production device according to claim 1, which is characterized in that the turning component includes turning Dynamic portion, the outer wall of the rotation section be radially laid with it is several take off material portion, shredder assemblies are installed in the rotation section, it is described One end of rotation section is equipped with the driving assembly for driving the rotation section and the shredder assemblies to work at the same time.

7. bacillus organic fertilizer production device according to claim 6, which is characterized in that the rotation section includes rotation Cylinder, the outer wall of the rotary cylinder are laid with several opening-closing plates, the opening-closing plate be staggered it is described take off between material portion, it is described to open Plywood is mounted on the outer wall of the rotary cylinder by hinged mode, and can be to the inner rotation of the rotary cylinder, the crushing Component is mounted in the rotary cylinder, and the hinged place of the opening-closing plate and the rotary cylinder is equipped with torsional spring, and the opening-closing plate is sieve Web frame.

8. bacillus organic fertilizer production device according to claim 7, which is characterized in that the material portion of taking off includes rotation Plate, one end of the swivel plate are installed on the outer wall of the rotary cylinder, and the other end of the swivel plate, which is hinged with, stirs plate, described The one end for stirring plate is slidably fitted with extension plate, and the extension plate and described stir are equipped with the first spring between plate, described to pull out The other end of movable plate is hinged with catch bar, and the catch bar is hinged with trolley shoe far from described one end for stirring plate, described sliding Block is slidably connected with the swivel plate, is equipped with second spring between the trolley shoe and the rotary cylinder, on the swivel plate Equipped with limiting section, when the trolley shoe is contacted with the limiting section, the swinging plate and the swivel plate are perpendicular.

9. bacillus organic fertilizer production device according to claim 7, which is characterized in that the shredder assemblies include turning Moving axis, the rotation axis are rotatably mounted in the rotary cylinder, and the rotation axis is equipped with several rolling wheels, the rotation One end of axis is connected with the driving component.

10. bacillus organic fertilizer production device according to claim 9, which is characterized in that the driving component includes Driving motor, the output end of the driving motor are equipped with planetary gear mechanism, the output end of the driving motor and the row The sun gear of star gear mechanism is sequentially connected, and the sun gear and the rotation axis are sequentially connected, the planetary gear mechanism Gear ring is connected with the rotary cylinder, realizes the rotation axis and described turn by several planetary gears of the planetary gear mechanism The synchronization differential rotation of dynamic cylinder.