CN207293622U - The cloth device for discharging of circular fermentation machine - Google Patents

Abstract

It the utility model is related to a kind of cloth device for discharging of circular fermentation machine, including the circular fermentation bed positioned at cylinder fermentation lower box part, the center discharging mechanism upwardly extended is installed in the fermentation machine discharging chamber below circular fermentation bed, cylinder fermenting case is equipped with central feed tube, its lower end is connected with the rotatable oblique elephant trunk of charging, the middle part inner wall of cylinder fermenting case short transverse is installed with endless chain rail, radially horizontal-extending revoliving arm is installed at the top of the discharging mechanism of center, the external end head of revoliving arm is supported on the top surface of endless chain rail and can be rotated around central axis, horizontal cloth discharging auger is installed on rear side of revoliving arm；The rear side of horizontal cloth discharging auger is equipped with the auger striker plate extended along auger overall length direction, the inner termination and the discharge door of center discharging mechanism of horizontal cloth discharging auger are connected to each other, and the lower end and the inner termination of horizontal cloth discharging auger for feeding oblique elephant trunk are connected to each other.Device cloth discharging Quick uniform, production efficiency is high, and fermentation quality is good.

Description

The cloth device for discharging of circular fermentation machine

Technical field

A kind of disk Zymolysis Equipment is the utility model is related to, more particularly to a kind of cloth device for discharging of circular fermentation machine, Available for the fermentation of dregs of rice class material, belong to fermentation field of mechanical technique.

Background technology

It is to develop faster dregs of rice class deep process technology at present to carry out solid state fermentation processing to dregs of rice class using biotechnology, in people Under controllable condition, to be acted on by microbial metabolism, the macromolecular substances such as degraded par-tial polysaccharide, protein and fat, generation The small-molecule substances such as organic acid, soluble polypeptide, form biological feedstuff full of nutrition, palatability is good, viable bacteria content is high or feeding Expect raw material.

Zymolysis Equipment substantially needs to be adapted with zymotechnique.Country's dregs of rice class solid state fermentation equipment mainly has at present：Belt, Floor（Heap formula is fermented）, cement pit/groove（Pool or slot type）, box and pot type etc..

Belt and ground sheetpile formula fermentation are adapted to the shallow-layer fermentation of 5~10cm material thicknesses, and material thickness is thin, expands beneficial to oxygen Dissipate, aerobic bacteria can be able to amount reproduction, additionally, due to being shallow-layer fermentation, the diffusion of heat is also produced beneficial to strain, makes fermentation Remain the temperature of a suitable growth, but since shallow-layer fermentation takes up a large area, unit area production capacity is low, is produced into This height, if not the high product of added value does not adopt this method generally.

Pool, slot type or box fermentation are adapted to the fermentation on the middle and senior level of the material thickness of 400~1200mm, good suitable for early period Oxygen, the fermentation of middle and later periods amphimicrobian, therefore ferment suitable for composite bacteria, the sort of quyi, pool, slot type or box fermentation can be realized Automation mechanized operation is run, and reduces labor intensity, improves production efficiency, but the automation mechanized operation of inapplicable higher bed of material material fermentation Operation, the higher viscous material conveying of small peptide content is also current urgent problem to be solved.

Pot type fermentation is suitable for the anaerobism submerged fermentation of the higher bed of material, and large-scale pot type closed container can provide anaerobic environment, send out The small peptide content of the good material of ferment is higher, and viscosity is larger, it is difficult to and discharged with mechanical automation equipment, can only use and manually carry, it is raw Bad environments are produced, labor intensity is big, is unfavorable for the stabilization of yeasting.

The trend of dregs of rice class zymotechnique is fermented using the depth of the high bed of material at present, to depth degradation anti-nutritional factors, The macromolecular substances such as polysaccharide, protein and fat are decomposed, the small-molecule substances such as more organic acids, soluble polypeptide is generated, carries High unit area production capacity, while be required to realize mechanical automation, manually input is reduced, improves production environment.

Utility model content

The purpose of this utility model is that overcome problems of the prior art, there is provided a kind of cloth of circle fermentation machine Expect device for discharging, cloth discharging Quick uniform, production efficiency is high, and fermentation quality is good.

To solve above technical problem, a kind of cloth device for discharging of circular fermentation machine of the utility model, including positioned at The circular fermentation bed of cylinder fermentation lower box part, the circle fermentation bed are connected as a single entity with cylinder fermenting case, the circle fermentation bed Lower section be equipped with fermentation machine discharging chamber, the cylinder fermenting case lower circumference is equipped with fermentation machine discharge port, and the fermentation machine goes out Material mouth is communicated by the tapping channel radially extended with the fermentation machine discharging chamber, in being provided with the fermentation machine discharging chamber Heart discharging mechanism, the center discharging mechanism pass through the centre bore of circular fermentation bed and extend upwardly to cylinder fermenting case height side To middle part, be equipped with central feed tube along the axis of cylinder fermenting case, it is curved that the lower end of the central feed tube connects oriented side The oblique elephant trunk of bent and rotatable charging, the middle part inner wall of the cylinder fermenting case short transverse are installed with endless chain rail, Radially horizontal-extending revoliving arm is installed, the external end head of the revoliving arm is supported on institute at the top of the center discharging mechanism State on the top surface of endless chain rail and can be rotated around the axis of circular fermentation bed, horizontal cloth is installed on rear side of the revoliving arm and is unloaded Expect auger；The rear side of the horizontal cloth discharging auger is equipped with the auger striker plate extended along auger overall length direction；In described The part that heart discharging mechanism is located at more than circular fermentation bed is equipped with the discharge door for following revoliving arm to rotate, the discharge door with it is described The inner termination of horizontal cloth discharging auger is connected to each other；The lower end of the oblique elephant trunk of charging is interior with the horizontal cloth discharging auger Termination is connected to each other.

Relative to existing Zymolysis Equipment, the utility model achieves following beneficial effect：1. during cloth, center discharging machine Discharge door on structure is closed；Dregs of rice class material to be fermented through inoculation mixing falls into horizontal cloth from central feed tube and the oblique elephant trunk of charging Expect the inner termination of discharging auger, horizontal cloth discharging auger forward direction rotation, while the external end head of revoliving arm is around center discharging mechanism Axis rotation, drive horizontal cloth discharging auger to revolve round the sun, material is limited in horizontal cloth discharging auger by auger striker plate, Material is constantly conveyed from central area to neighboring area, while be covered with whole circular fermentation bed with revolution. After the completion of cloth, since the inner cavity of cylinder fermenting case is in closed state, material enters nearly anaerobic fermentation stage；Fermentation is completed Afterwards, the discharge door on the discharging mechanism of center is opened；The horizontal reverse rotation of cloth discharging auger, while revoliving arm drives horizontal cloth Discharging auger revolves round the sun, and material is still limited in horizontal cloth discharging auger by auger striker plate, and material is by constantly by week Border region is conveyed to discharge door, is discharged by center discharging mechanism, the fermentation materials of discharge are sent to next through other conveying equipments Workshop section, with the progress that horizontal cloth discharging auger revolves round the sun, can go out the material in whole circular fermentation bed to the greatest extent.2. using big The cylinder fermenting case of diameter, realizes height equipment, intensive arrangement, and yeasting is good, and envelope is realized between external environment Isolation is closed, effectively controls yeasting, and realizes nearly anaerobic fermentation conditions.Chamber interior wall and circular fermentation bed top surface 3. cylinder ferments Stainless steel inner lining plate can be equipped with Deng the position contacted with material, effectively protects cylinder fermenting case, avoids dregs of rice class from being produced in fermentation process Raw acidic materials etching apparatus, extends service life of equipment.4. cylinder fermenting case is fed and discharged using central fixed point, make Charging and discharging mode of movement are more easy, and conveying capacity is big, reduce the shadow of charging and discharging time length for fermentation materials quality Ring.5. it can realize that 2000~2500mm high bed depths are fermented, the anti-nutritional factors contained by depth degradation dregs of rice class, polysaccharide, albumen The macromolecular substances such as matter and fat, generate the small-molecule substances such as more organic acids, soluble polypeptide, obtain high-quality product, Improve added value of product.6. the periphery of cylinder fermenting case is provided with thermal insulation material, the heat for reducing cylinder fermenting case scatters and disappears, and accelerates Fermenting speed.7. for the viscous material of depth fermentation, horizontal cloth discharging auger can avoid pressing materials, smooth that its is defeated Go out fermenting case and enter next workshop section.8. the increasingly automated equipment that the utility model is integrated in cylinder fermenting case is relied on, can To realize sequencing automation mechanized operation, energy consumption is low, reduces hand labor intensity, improves production efficiency.

Auger driving electricity is equipped with as the improvement of the utility model, above the external end head of the horizontal cloth discharging auger Machine, the auger driving motor are fixed on conveying auger frame, and two are connected with the top of the conveying auger frame upwards The guide post for extending and being parallel to each other, the upper end of two guide posts are connected with each other by guide post tie-beam, the middle part difference of two guide posts It is connected in guide post slide and can be slided up and down along guide post slide, is respectively fixedly connected with front side of the two guide post slides in institute State on revoliving arm；The leading flank of two guide posts is separately installed with along the axially extending straight chain of guide post, two straight chains respectively with Guide post lifting drive sprocket is meshed, and the two guide post lifting drive sprockets are separately mounted to the both ends of guide post lift drive shaft, The both ends of the guide post lift drive shaft are respectively supported in driving shaft bearing seat, and the driving shaft bearing seat is separately fixed at drive On moving axis stent, the front end of the driving bracing strut is respectively welded at the trailing flank of the revoliving arm；The guide post lifting driving The output terminal of guide post driving gear reducer, input terminal and the guide post driving motor of the guide post driving gear reducer are connected in the middle part of axis It is connected；Dog link is fixedly connected with the top of the guide post driving gear reducer, the dog link is fixedly connected with the revoliving arm. During cloth, auger driving motor drives horizontal cloth discharging auger forward direction rotation.During discharging, auger driving motor drives horizontal cloth Expect the reverse rotation of discharging auger, the revoliving arm public affairs that horizontal cloth discharging auger follow circle by the material at top go out to the greatest extent after, guide post Motor is driven to drive gear reducer to drive guide post lift drive shaft to rotate by guide post, dog link is fixedly connected on revoliving arm and prevents Guide post driving gear reducer produces rotation, one section of the guide post lifting drive sprocket driving straight chain downlink at guide post lift drive shaft both ends Distance, guide post is dropped on next discharging section along the horizontal cloth discharging auger of guide post slide downlink drive, then anti-again To rotation and follow revoliving arm public affairs to circle, then continue to falling head until the material in circular fermentation bed is gone out to the greatest extent.This reality With the new mode for taking layering to discharge, 2~5 layers of discharging are selected according to the physical property of fermentation materials, circular hair can be lifted Work loading height on ferment bed, greatly increases the yield of fermentation materials.

As further improvement of the utility model, the installed in front of the revoliving arm has flat material material pressing device, described flat Expect that material pressing device includes the dragging roller for flattening the bed of material, the two axial ends of the dragging roller are connected to the lower end of dragging roller arm, described to drag The upper end of roller arm is hinged on dragging roller lifting support by arm axis pin respectively, the rear end face difference of the dragging roller lifting support Lifter slide is connected with, the left and right sides of the lifter slide is located in dragging roller lifting sliding rail and can be along dragging roller lifting sliding rail respectively Slide up and down, the dragging roller lifting sliding rail is fixed on dragging roller fixing bracket, and the support bracket fastened upper end of dragging roller is fixedly connected On the trailing flank of the revoliving arm, the roof center of the dragging roller lifting support is connected with dragging roller adjusting screw rod, the dragging roller The upper end of adjusting screw rod is fixed on suspention plate by dragging roller adjusting nut, and being welded on the dragging roller on rear side of the suspention plate consolidates On fixed rack；The side shaft end of the dragging roller is provided with dragging roller driven sprocket, and the dragging roller driven sprocket passes through chain and dragging roller Drive sprocket is sequentially connected, and the dragging roller drive sprocket is installed on and drags on the output shaft of roll drive motor, the dragging roller driving electricity Machine is installed on dragging roller driving motor base, and the dragging roller driving motor base is fixed on the front end face of the dragging roller arm. By rotating the dragging roller adjusting nut above suspention plate so that dragging roller adjusting screw rod is able to raise or declines, and lifter slide drives Dragging roller lifting support is slided along dragging roller lifting sliding rail, and dragging roller arm affects dragging roller to be synchronized lifting.During cloth to top layer, material is put down When material pressing device revolves round the sun with revoliving arm, roll drive motor is dragged by dragging roller drive sprocket and chain drive dragging roller driven sprocket and is dragged Roller rotates, and dragging roller rolls in surface of material and can strike off the surface of the bed of material so that the bed depth one in fermenting case whole circumference Cause, ensure the uniform fermentation of material；After the completion of cloth, the material on upper strata can be compacted by dragging roller, and discharge material is intergranular absolutely Most of air, further ferments for anaerobe and creates anaerobic environment, so as to ensure fermented product quality.

As further improvement of the utility model, the tube of the center discharging mechanism including coaxial line, rotating cylinder, Fixed cylinder and cone bucket, the fixed cylinder are located at the center of the circular fermentation bed, and the top of fixed cylinder and circular fermentation bed Either flush, the bottom of the fixed cylinder are supported on the bottom of the cylinder fermenting case by supporting leg, and the cone bucket is connected to institute Below the discharge port for stating fixed cylinder；The lower end of the tube is supported on the center of the fixed cylinder, the upper end of the tube Pivoting support is connected with by main brace tubular shaft, is fixedly connected with revoliving arm mounting base above the pivoting support, described time The center-side of pivoted arm is fixed in the revoliving arm mounting base；In the rotating cylinder includes the rotation outer barrel being connected as a single entity and rotates Cylinder, the ring-type discharging chamber top seal between the rotation outer barrel and rotation inner cylinder, the lower port of the ring-type discharging chamber and institute The upper port for stating fixed cylinder is connected to each other, the discharge door positioned at it is described rotation outer barrel circumference on and along rotation outer barrel full-height Direction extends；The top of the rotation inner cylinder is fixedly connected with the circumference of the pivoting support, and the lower part of the rotation inner cylinder leads to Cross the lower, outer perimeter that rotating cylinder core-regulating mechanism is rotatably supported at the tube；The rotating cylinder core-regulating mechanism includes symmetrical The aligning roller of the tube lower, outer perimeter is fitted in, each aligning roller is installed on aligning by aligning roller shaft respectively In roller mount, each aligning roller mount is separately mounted on rotating cylinder aligning slide and can be slided along the radial direction of the rotation inner cylinder It is dynamic；The outer end of the rotating cylinder aligning slide is screwed with rotating cylinder aligning screw, and the inner termination of the rotating cylinder aligning screw is supported On the outer end face for leaning against the aligning roller mount.The center-side of revoliving arm is supported on pivoting support by revoliving arm mounting base, Pivoting support can follow revoliving arm to rotate in the upper end of tube, rotate the top of inner cylinder and the circumference of pivoting support is fixed and connected Connect so that whole rotating cylinder also follows revoliving arm to rotate, the weight of tube carrying revoliving arm and rotating cylinder.Rotate rotating cylinder tune Heart screw can be such that aligning roller mount is translated on rotating cylinder aligning slide, the distance between aligning roller and tube axis With adjustment, pass through the adjustment of four phase upper centring scroll wheel positions, it can be ensured that rotating cylinder is coaxial with tube and pivoting support Line.During discharging, the discharge door rotated on outer barrel is opened, and material enters rotation outer barrel and rotates the ring-type discharging chamber between inner cylinder, Then fixed cylinder is dropped downward into, and is flowed out from cone bucket.

As further improvement of the utility model, the external end head inner cavity of the revoliving arm is provided with revoliving arm motor, returns Pivoted arm gear reducer and revoliving arm drive sprocket, the revoliving arm drive sprocket are mutually nibbled with the sprocket on the endless chain rail circumference Close, the revoliving arm drive sprocket is centrally mounted on the output shaft of the revoliving arm gear reducer, the revoliving arm gear reducer Driven by the revoliving arm motor；The front and rear sides of the revoliving arm external end head have been respectively fixedly connected with revoliving arm walking mechanism, Revoliving arm live axle is installed, revoliving arm traveling wheel passes through angular contact ball between the both sides wallboard of the revoliving arm walking mechanism Bearing is installed on the middle part of the revoliving arm live axle, and the lower end of the revoliving arm traveling wheel is supported on the endless chain rail On top surface；The both ends of the revoliving arm live axle are separately installed with oscillating bearing, and the oscillating bearing is located at joint shaft respectively In bearing, the joint bearing block positioned at outside is fixed on the wallboard of the revoliving arm walking mechanism, the joint shaft positioned at inner side Bearing is arthrodia bearing block, and the upper and lower ends of the arthrodia bearing block are separately fixed on horizontal slide, and two is horizontal Slideway is separately fixed on the wallboard of the revoliving arm walking mechanism, and one end of two horizontal slides is fixed with vertical adjustment block, institute State and revoliving arm traveling wheel adjusting screw is screwed with the middle part of vertical adjustment block, the termination of the revoliving arm traveling wheel adjusting screw is supported Lean against front side or the rear side of the arthrodia bearing block.The utility model is by revoliving arm motor, revoliving arm gear reducer and revolution Arm drive sprocket is installed on the inner cavity of revoliving arm, greatlys save space, and revoliving arm motor is driven back by revoliving arm gear reducer Pivoted arm drive sprocket rotates, and revoliving arm drive sprocket advances along the sprocket on endless chain rail circumference, thus drives revoliving arm revolution； The weight of revoliving arm external end head is supported on the top surface of endless chain rail by the revoliving arm walking mechanism of revoliving arm both sides.Revoliving arm Traveling wheel is freely rolled by angular contact ball bearing on revoliving arm live axle, the oscillating bearing at revoliving arm live axle both ends It can play the role of aligning.When the axis of revoliving arm live axle can not be perpendicularly oriented to the axis of circular fermentation bed, return Pivoted arm traveling wheel then cannot be guaranteed the tangential direction advance along endless chain rail, will appear in skid on endless chain rail in operation Phenomenon, cause revoliving arm traveling wheel and endless chain rail premature abrasion, and cause the running vibrations of revoliving arm.Rotation is rotated at this time Vertical adjustment revoliving arm traveling wheel adjusting screw in the block is connected on, makes the arthrodia being located at turn around on arm walking mechanism inner face Bearing block advances or retreats along horizontal slide, it is ensured that and the axis of revoliving arm live axle is perpendicularly oriented to the axis of circular fermentation bed, Ensure that revoliving arm traveling wheel advances along the tangential direction of endless chain rail, to reduce the generation worn and avoid vibrations.Tooth is read in walking The number of teeth that sensor turns over revoliving arm drive sprocket counts, and determining revoliving arm, whether public affairs circle；Walk back every time Zero sensor detects revoliving arm, and by same position, i.e. public affairs have circled, then walking reading tooth sensor restarts to count Number, in order to avoid accumulated error.

Brief description of the drawings

The utility model is described in further detail with reference to the accompanying drawings and detailed description, attached drawing only provides ginseng Examine and used with explanation, be not used to limitation the utility model.

Fig. 1 is the front view of the cloth device for discharging of the utility model circle fermentation machine.

Fig. 2 is the top view of Fig. 1.

Fig. 3 is the stereogram one of Fig. 1.

Fig. 4 is the stereogram two of Fig. 1.

Fig. 5 be the utility model circle fermentation machine cloth device for discharging in revoliving arm position top view.

Fig. 6 is along the cutaway view Amplified image of A-A in Fig. 5.

Fig. 7 is the stereogram one of horizontal cloth discharging auger and its elevating mechanism in Fig. 1.

Fig. 8 is the stereogram two of horizontal cloth discharging auger and its elevating mechanism in Fig. 1.

Fig. 9 is the stereogram of horizontal cloth discharging auger embodiment two in the utility model.

Figure 10 is the front view of Fig. 1 centers discharging mechanism.

Figure 11 is along the sectional view of B-B in Figure 10.

Figure 12 is the stereogram of Fig. 1 centers discharging mechanism.

Figure 13 is the stereogram one of discharging door drive.

Figure 14 is the stereogram two for removing the discharging door drive after slide cover board.

Figure 15 is the partial sectional view of discharging door drive.

Figure 16 is the front view that material material pressing device is put down in the utility model.

Figure 17 is the stereogram one of Figure 16.

Figure 18 is the stereogram two of Figure 16.

In figure：1. cylinder fermenting case；1a. fermentation machine discharging chambers；1b. fermentation machine discharge ports；2. circular fermentation bed；In 3a. Heart feed pipe；3b. feeds oblique elephant trunk；4. endless chain rail；5. revoliving arm；5a. revoliving arm motors；5b. revoliving arm gear reducers；5c. Revoliving arm sprocket shaft；5d. revoliving arm drive sprockets；6. revoliving arm walking mechanism；6a. revoliving arm live axles；6b. revoliving arm rows Walk wheel；6c. angular contact ball bearings；6d. oscillating bearings；6e. arthrodia bearing blocks；6f. horizontal slides；6g. vertical adjustment blocks； 6h. revoliving arm traveling wheel adjusting screws；6j. walking back to zero sensors；7. horizontal cloth discharging auger；7a. conveying auger frames； 7b. augers drive motor；7c. chain cases；7d. auger striker plates；7e. scraping blades；7f. transition striker plates；7g. arcs are wear-resisting Plate；7h. feeds wall interior panel；8. cutting bar；8a. cutting shovels；9. guide post；9a. guide post tie-beams；9b. guide post slides；9c. straight chains Bar；9d. guide posts lift drive sprocket；9e. guide post lift drive shafts；9f. driving shaft bearing seats；9g. drives bracing strut；9h. is led Column drives gear reducer；9j. guide posts drive motor；9k. dog links；9m. adjustable height sender sets；9n. sender teeth；9p. guide post liters Drop probe；The low gag lever post of 9q. lifting travels；The high gag lever post of 9r. lifting travels；The low limitation travel switch of 9s. lifting travels；9t. The high limitation travel switch of lifting travel；10. flat material material pressing device；10a. dragging rollers；10b. dragging roller arms；10c. arm axis pins； 10d. dragging roller lifting supports；10e. lifter slides；10f. dragging roller lifting sliding rails；Rotation stop backer before 10g.；10h. dragging rollers fix branch Frame；10j. dragging roller adjusting screw rods；10k. suspends plate in midair；10m. dragging roller driven sprockets；10n. dragging roller drive sprockets；10p. dragging rollers drive Motor；Spacing transverse slat after 10q.；Limit screw after 10r.；11. dragging roller scraper；11a. scraper supports；11b. dragging roller blade shafts； 11c. dragging roller scraper bracing struts；11d. scraper spring bases；11e. spring base elongated slots；11f. scraper tension spring articulated shafts；11g. scrapers Tension spring；11h. scraper tension spring adjusting screws；12. center discharging mechanism；12a. tubes；12b. rotating cylinders；12b1. rotation is outer Cylinder；12b2. rotate inner cylinder；12b3. rotate tube stent；12c. fixed cylinders；12d. cone buckets；12e. supporting legs；12f. main brace tubular shafts； 12g. pivoting supports；12h. revoliving arm mounting bases；13. discharge door；13a. discharging door brackets；13b. discharge door pivoted arms；13c. goes out Bin gate hinge seat；13d. discharge door gear reducers；13e. discharging door motors；13f. discharge door driving gears；13g. gear shafts； 13g1. discharge door driven gear；13h. gear axle bearings；13j. gear bearing housings；13k. discharge doors drive screw rod；13m. is pitched Head axis；13n. pitman pins；13p. connecting rods；13q. plasticity anticollison blocks；14. discharge door slide；The spacing cross bars of 14a.；14b. is slided Axis；14c. slides shaft roller；14d. slide cover boards；14e. connecting rod escape groove；15. rotating cylinder core-regulating mechanism；15a. aligning rollers； 15b. aligning roller shafts；15c. aligning roller mounts；15d. rotating cylinder aligning slides；15e. rotating cylinder aligning screws；16. break up brokenly Encircle mechanism；16a. breaks up broken arch motor；16b. breaks up broken arch axis；16c. breaks up broken arch tooth.

Embodiment

As shown in Figures 1 to 4, the cloth device for discharging of the circular fermentation machine of the utility model includes being located at cylinder fermenting case The circular fermentation bed 2 of 1 lower part, circular fermentation bed 2 are connected as a single entity with cylinder fermenting case 1, and the lower section of circular fermentation bed 2 is equipped with fermentation Machine discharging chamber 1a, 1 lower circumference of cylinder fermenting case are equipped with fermentation machine discharge port 1b, and fermentation machine discharge port 1b is by radially prolonging The tapping channel stretched is communicated with fermentation machine discharging chamber 1a, is provided with center discharging mechanism 12 in fermentation machine discharging chamber 1a, center goes out Material mechanism 12 passes through the centre bore of circular fermentation bed 2 and extends upwardly to the middle part of 1 short transverse of cylinder fermenting case, is sent out along cylinder The axis of ferment case 1 is equipped with central feed tube 3a, the lower end of central feed tube 3a connect oriented curving and it is rotatable into Expect oblique elephant trunk 3b, the middle part inner wall of 1 short transverse of cylinder fermenting case is installed with endless chain rail 4, center discharging mechanism 12 Top is provided with radially horizontal-extending revoliving arm 5, and the external end head of revoliving arm 5 is supported on the top surface of endless chain rail 4 and can Axis around circular fermentation bed 2 rotates, and the rear side of revoliving arm 5 is provided with horizontal cloth discharging auger 7；Horizontal cloth discharging auger 7 rear side is equipped with the auger striker plate 7d extended along auger overall length direction；Center discharging mechanism 12 be located at circular fermentation bed 2 with On part be equipped with the discharge door 13 for following revoliving arm 5 to rotate, discharge door 13 is opposite with the inner termination of horizontal cloth discharging auger 7 Connect；The lower end and the inner termination of horizontal cloth discharging auger 7 for feeding oblique elephant trunk 3b are connected to each other.

During cloth, the discharge door 13 on center discharging mechanism 12 is closed；Dregs of rice class material to be fermented through inoculation mixing is therefrom The heart feed pipe 3a and oblique elephant trunk 3b of charging falls into the inner termination of horizontal cloth discharging auger 7, and horizontal cloth discharging auger 7 is positive certainly Turn, while the external end head of revoliving arm 5 is rotated around the axis of center discharging mechanism 12, drives horizontal cloth discharging auger 7 to revolve round the sun, and is twisted Material is limited in horizontal cloth discharging auger 7 by imperial striker plate 7d, and material is by constantly from central area to neighboring area Conveying, while be covered with whole circular fermentation bed 2 with revolution.After the completion of cloth, at the inner cavity of cylinder fermenting case 1 In closed state, material enters nearly anaerobic fermentation stage；After the completion of fermentation, the discharge door 13 on center discharging mechanism 12 is opened； Horizontal 7 reverse rotation of cloth discharging auger, while revoliving arm 5 drives horizontal cloth discharging auger 7 to revolve round the sun, auger striker plate 7d is still So material is limited in horizontal cloth discharging auger 7, material is constantly conveyed from neighboring area to discharge door 13, is passed through Center discharging mechanism 12 is discharged, and the fermentation materials of discharge are sent to next workshop section through other conveying equipments, with horizontal cloth discharging The progress that auger 7 revolves round the sun, can go out the material in whole circular fermentation bed 2 to the greatest extent.

Using the cylinder fermenting case 1 of major diameter, height equipment, intensive arrangement are realized, yeasting is good, with the external world Closing isolation is realized between environment, effectively controls yeasting, and realize nearly anaerobic fermentation conditions.1 inner wall of cylinder fermenting case and The position that circular 2 top surface of fermentation bed etc. is contacted with material can be equipped with stainless steel inner lining plate, effectively protect cylinder fermenting case 1, avoid The acidic materials etching apparatus that dregs of rice class is produced in fermentation process, extends service life of equipment.2000~2500mm high material can be achieved Layer depth is fermented, the anti-nutritional factors contained by depth degradation dregs of rice class, and the macromolecular substances such as polysaccharide, protein and fat, generation is more The small-molecule substances such as more organic acid, soluble polypeptide, obtain high-quality product, improve added value of product.Cylinder fermenting case 1 Periphery is provided with thermal insulation material, and the heat for reducing cylinder fermenting case 1 scatters and disappears, and accelerates fermenting speed.For the viscosity of depth fermentation Material, horizontal cloth discharging auger 7 can avoid pressing materials, and the smooth fermenting case that outputs it enters next workshop section.Rely on The utility model is integrated in the increasingly automated equipment in cylinder fermenting case 1, it is possible to achieve sequencing automation mechanized operation, energy consumption It is low, hand labor intensity is reduced, improves production efficiency.

As shown in Figure 5, Figure 6, the external end head inner cavity of revoliving arm 5 be provided with revoliving arm motor 5a, revoliving arm gear reducer 5b and Revoliving arm drive sprocket 5d, revoliving arm drive sprocket 5d are meshed with the sprocket on 4 circumference of endless chain rail, revoliving arm drive sprocket 5d's is centrally mounted on revoliving arm sprocket shaft 5c, and revoliving arm sprocket shaft 5c is located at turn around the output terminal of arm gear reducer 5b, revolution Arm gear reducer 5b is driven by revoliving arm motor 5a；The front and rear sides of 5 external end head of revoliving arm have been respectively fixedly connected with revoliving arm walking Mechanism 6, is provided with revoliving arm live axle 6a between the both sides wallboard of revoliving arm walking mechanism 6, revoliving arm traveling wheel 6b passes through Angular contact ball bearing 6c is installed on the middle part of revoliving arm live axle 6a, and the lower end of revoliving arm traveling wheel 6b is supported on endless chain rail On 4 top surface；The both ends of revoliving arm live axle 6a are separately installed with oscillating bearing 6d, and oscillating bearing 6d is located at joint shaft respectively In bearing, the joint bearing block positioned at outside is fixed on the wallboard of revoliving arm walking mechanism 6, the joint bearing block positioned at inner side For arthrodia bearing block 6e, the upper and lower ends of arthrodia bearing block 6e are separately fixed on horizontal slide 6f, and two is horizontal sliding Road 6f is separately fixed on the wallboard of revoliving arm walking mechanism 6, and one end of two horizontal slide 6f is fixed with vertical adjustment block 6g, is erected Be screwed with revoliving arm traveling wheel adjusting screw 6h in the middle part of to adjusting block 6g, the termination of revoliving arm traveling wheel adjusting screw 6h against In the front side of arthrodia bearing block 6e or rear side；The side of revoliving arm drive sprocket 5d is provided with walking and reads tooth sensor, its In a revoliving arm walking mechanism 6 head cover on walking back to zero sensor 6j is installed.

Revoliving arm motor 5a, revoliving arm gear reducer 5b and revoliving arm drive sprocket 5d are installed on revoliving arm by the utility model 5 inner cavity, greatlys save space, and revoliving arm motor 5a drives revoliving arm drive sprocket 5d to turn by revoliving arm gear reducer 5b Dynamic, revoliving arm drive sprocket 5d advances along the sprocket on 4 circumference of endless chain rail, thus drives revoliving arm 5 to revolve round the sun；Outside revoliving arm 5 The weight of termination is supported on the top surface of endless chain rail 4 by the revoliving arm walking mechanism 6 of 5 both sides of revoliving arm.

Revoliving arm traveling wheel 6b is freely rolled by angular contact ball bearing 6c on revoliving arm live axle 6a, revoliving arm row Aligning can be played the role of by walking the oscillating bearing 6d at wheel shaft 6a both ends.When the axis of revoliving arm live axle 6a can not be vertical When being directed toward the axis of circular fermentation bed 2, revoliving arm traveling wheel 6b then cannot be guaranteed the tangential direction advance along endless chain rail 4, The phenomenon skidded on endless chain rail 4 will be appeared in operation, causes 4 premature abrasion of revoliving arm traveling wheel 6b and endless chain rail, And cause 5 running vibrations of revoliving arm.The revoliving arm traveling wheel adjusting screw being screwed in vertical adjustment block 6g is rotated at this time 6h, the arthrodia bearing block 6e for making to be located at turn around on 6 inner face of arm walking mechanism advance or retreat along horizontal slide 6f, it is ensured that The axis of revoliving arm live axle 6a is perpendicularly oriented to the axis of circular fermentation bed 2, ensures revoliving arm traveling wheel 6b along endless chain rail 4 Tangential direction advance, with reduce wear and avoid vibrations generation.

Whether walking reads tooth sensor and the revoliving arm drive sprocket 5d numbers of teeth turned over is counted, determine revoliving arm 5 Public affairs circle；The back to zero sensor 6j that walks every time detects revoliving arm 5, and by same position, i.e. public affairs have circled, then walk Tooth sensor is read to restart to count, in order to avoid accumulated error.

As shown in Figure 7 to 9, auger driving motor 7b is equipped with above the external end head of horizontal cloth discharging auger 7, auger drives Dynamic motor 7b is fixed on conveying auger frame 7a, and two are connected with the top of conveying auger frame 7a and upwardly extends and mutually puts down Capable guide post 9, the upper end of two guide posts 9 are connected with each other by guide post tie-beam 9a, and the middle part of two guide posts 9 is respectively engaged with guide post cunning It can slide up and down in seat 9b and along guide post slide 9b, be respectively fixedly connected with front side of two guide post slide 9b on revoliving arm 5；Two The leading flank of guide post 9 is separately installed with to lift with guide post respectively along guide post axially extending straight chain 9c, two straight chain 9c and drives Sprocket wheel 9d is meshed, and two guide posts lifting drive sprocket 9d is separately mounted to the both ends of guide post lift drive shaft 9e, and guide post lifting is driven The both ends of moving axis 9e are respectively supported in driving shaft bearing seat 9f, and driving shaft bearing seat 9f is separately fixed at driving bracing strut 9g On, the front end of driving bracing strut 9g is respectively welded at the trailing flank of revoliving arm 5；It is connected to and leads in the middle part of guide post lift drive shaft 9e The output terminal of column driving gear reducer 9h, the input terminal of guide post driving gear reducer 9h are connected with guide post driving motor 9j；Guide post drives Dog link 9k is fixedly connected with the top of gear reducer 9h, dog link 9k is fixedly connected with revoliving arm 5.

During cloth, auger driving motor 7b drives the positive rotation of horizontal cloth discharging auger 7.During discharging, auger driving electricity Machine 7b drives horizontal 7 reverse rotation of cloth discharging auger, and horizontal cloth discharging auger 7 follows 5 public affairs of revoliving arm to circle top Material go out to the greatest extent after, guide post driving motor 9j passes through guide post and drives gear reducer 9h to drive guide post lift drive shaft 9e to rotate, rotation stop Bar 9k, which is fixedly connected on revoliving arm 5, prevents guide post from driving gear reducer 9h to produce rotation, and guide post lift drive shaft 9e both ends are led Column lifting drive sprocket 9d driving straight chain 9c downlink a distances, guide post 9 are unloaded along the horizontal cloth of guide post slide 9b downlink drives Material auger 7 is dropped on next discharging section, then reverse rotation and is followed 5 public affairs of revoliving arm to circle again, is then continued to Falling head is until the material in circular fermentation bed 2 is gone out to the greatest extent.The utility model takes the mode that layering discharges, according to fermentate The physical property of material selects 2~5 layers of discharging, can lift the work loading height in circular fermentation bed 2, greatly increase fermentation materials Yield.

Guide post lift drive shaft 9e's is fixedly arranged in the middle of adjustable height sender set 9m, on the circumference of adjustable height sender set 9m Multiple sender tooth 9n are evenly distributed with, the side of adjustable height sender set 9m is equipped with the guide post lifting probe of detection sender tooth 9n 9p；The top of guide post 9 is equipped with the low gag lever post 9q of lifting travel, and the lower part of guide post 9 is equipped with the high gag lever post 9r of lifting travel；Guide post is slided The top of seat 9b is provided with the lower part of lifting travel low limitation travel switch 9s, guide post slide 9b, and to be provided with lifting travel height spacing Travel switch 9t；The contact of the low limitation travel switch 9s of lifting travel and the high limitation travel switch 9t of lifting travel stretch to lifting row Between the low gag lever post 9q of journey and the high gag lever post 9r of lifting travel.

The discharge door direction extension transition striker plate 7f of the oriented rotation outer barrel 12b1 of inner termination connection of auger striker plate 7d, The inner termination of transition striker plate 7f is connected with vertically extending arc wearing plate 7g, and arc wearing plate 7g is fitted in discharge door 13 On rear side doorframe；The top of transition striker plate 7f is connected with the charging wall interior panel 7h upwardly extended, and charging wall interior panel 7h is looped around Feed the lower end periphery of oblique elephant trunk 3b.When auger striker plate 7d is lifted with horizontal cloth discharging auger 7, arc wearing plate 7g patches Close and slided up and down in the rear side doorframe of discharge door 13, and transition striker plate 7f common guarantees not material leakage herein.Together should horizontal cloth When expecting that discharging auger 7 lifts, the charging wall interior panel 7h upwardly extended can ensure that feeding the material that oblique elephant trunk 3b is exported enters water The inner termination of plain cloth material discharging auger 7, ensures being smoothed out for radially week conveying, avoids material leakage from causing central area to expect Layer is excessive.

Fig. 9 show the another embodiment of horizontal cloth discharging auger 7, the screw-conveyer-shaft of horizontal cloth discharging auger 7 On screw-conveyer-shaft driven sprocket is installed, screw-conveyer-shaft driven sprocket passes through chain and is sequentially connected with screw-conveyer-shaft drive sprocket, screw-conveyer-shaft Drive sprocket is installed on the output shaft of auger driving motor 7b, screw-conveyer-shaft drive sprocket, screw-conveyer-shaft driven sprocket and its chain It is closed in chain case 7c；The front of chain case 7c is equipped with cutting bar 8, and the cross section of cutting bar 8, which is equipped with, to be directing forwardly Tip, the upper end of cutting bar 8 is fixedly connected on conveying auger frame 7a, and the lower end of cutting bar 8 is welded with parallel to circle The cutting shovel 8a of fermentation bed 2.The overall length direction of auger striker plate 7d lower edges is provided with scraping blade 7e.

As shown in Figure 10 to Figure 15, center discharging mechanism 12 includes the tube 12a, rotating cylinder 12b, fixed cylinder of coaxial line 12c and cone bucket 12d, fixed cylinder 12c are located at the center of circular fermentation bed 2, and the top of fixed cylinder 12c and circular fermentation bed 2 Either flush, the bottom of fixed cylinder 12c are supported on the bottom of cylinder fermenting case 1 by supporting leg 12e, and cone bucket 12d is connected to fixation Below the discharge port of cylinder 12c；The lower end of tube 12a is supported on the center of fixed cylinder 12c, and the upper end of tube 12a passes through master Stay tube bearing 12f is connected with pivoting support 12g, and revoliving arm mounting base 12h is fixedly connected with above pivoting support 12g, revolution The center-side of arm 5 is fixed on revoliving arm mounting base 12h；Rotating cylinder 12b includes rotation outer barrel 12b1 and the rotation being connected as a single entity Inner cylinder 12b2, rotates outer barrel 12b1 and rotates the ring-type discharging chamber top seal between inner cylinder 12b2, the lower end of ring-type discharging chamber Mouthful it is connected to each other with the upper port of fixed cylinder 12c, discharge door 13 is on the circumference of rotation outer barrel 12b1 and along rotating outer barrel 12b1 Full-height direction extension；The top of rotation inner cylinder 12b2 is fixedly connected with the circumference of pivoting support 12g, rotation inner cylinder 12b2's Lower part is rotatably supported at the lower, outer perimeter of tube 12a by rotating cylinder core-regulating mechanism 15；Rotating cylinder core-regulating mechanism 15 wraps Include symmetrical aligning the roller 15a, each aligning roller 15a for being fitted in tube 12a lower, outer perimeters and pass through aligning roller shaft 15b respectively On aligning roller mount 15c, each aligning roller mount 15c is separately mounted on rotating cylinder aligning slide 15d and can be along rotation Inner cylinder 12b2's radially slides；The outer end of rotating cylinder aligning slide 15d is screwed with rotating cylinder aligning screw 15e, rotating cylinder aligning The inner termination of screw 15e is resisted against on the outer end face of aligning roller mount 15c.

The center-side of revoliving arm 5 is supported on pivoting support 12g by revoliving arm mounting base 12h, and pivoting support 12g can be with Revoliving arm 5 is followed to rotate in the upper end of tube 12a, the top of rotation inner cylinder 12b2 is fixed with the circumference of pivoting support 12g to be connected Connect so that whole rotating cylinder 12b also follows revoliving arm 5 to rotate, the weight of tube 12a carrying revoliving arms 5 and rotating cylinder 12b. Rotating rotating cylinder aligning screw 15e can be such that aligning roller mount 15c is translated on rotating cylinder aligning slide 15d, aligning roller 15a The distance between tube 12a axis are adjusted, can be true by the adjustment of four phase upper centring roller 15a positions Protect rotating cylinder 12b and tube 12a and pivoting support 12g coaxial lines.During discharging, the discharge door 13 rotated on outer barrel 12b1 is beaten To open, material enters rotation outer barrel 12b1 and rotates the ring-type discharging chamber between inner cylinder 12b2, then drops downward into fixed cylinder 12c, And flowed out from cone bucket 12d.

As shown in Figure 10, it is provided with cone bucket 12d and breaks up broken arch mechanism 16, breaing up broken arch mechanism 16 is included along cone bucket 12d What is radially extended breaks up broken arch axis 16b, break up broken arch axis 16b it is axial and circumferentially distributed have it is multiple break up broken arch tooth 16c, break up One end of broken arch axis 16b is connected with breaing up the output shaft of broken arch motor 16a.

As shown in Figure 11 to Figure 15, the upper and lower ends at 13 back side of discharge door are connected to horizontal-extending discharge door pivoted arm The other end of 13b, discharge door pivoted arm 13b are hinged on discharge door hinge seat 13c by hinge respectively, discharge door hinge seat 13c It is separately fixed on the inner wall of rotation outer barrel 12b1；It is connected to rotation outer barrel 12b1 and rotates the rotating cylinder branch between inner cylinder 12b2 Discharge door gear reducer 13d, discharge door gear reducer 13d are installed on frame 12b3 to be driven by discharging door motor 13e, discharge door gear reducer Discharge door driving gear 13f is installed, the lower section of discharge door driving gear 13f is equipped with gear shaft 13g, tooth on the output shaft of 13d The middle part periphery of wheel shaft 13g is equipped with discharge door the driven gear 13g1, gear shaft 13g being meshed with discharge door driving gear 13f The both ends shaft shoulder at sprocket drive spindle bearing 13h is installed respectively, gear axle bearing 13h is respectively arranged in gear bearing housing 13j, Gear bearing housing 13j is separately fixed on rotation tube stent 12b3；Gear shaft 13g is to be screwed with hollow shaft and center screw Discharge door drives screw rod 13k, and the center of the front end enlarged diameter section of discharge door driving screw rod 13k is screwed with fork shaft 13m, fork shaft Connecting rod 13p is hinged with by pitman pin 13n between two yokes of 13m front ends, the front end of connecting rod 13p is movably connected in discharge door On slide 14, the side of discharge door slide 14 is fixedly connected on discharging door bracket 13a, and discharging door bracket 13a is fixedly connected on The back side of discharge door 13.

The upper and lower ends of 14 rear end face of discharge door slide are fixedly connected with the spacing cross bar 14a being parallel to each other, two spacing horizontal strokes Vertically extending sliding axle 14b is equipped between bar 14a, the upper and lower ends of sliding axle 14b, which are separately installed with, slides shaft roller 14c, The front end sleeve of connecting rod 13p is mounted in the middle part of sliding axle 14b, and the rear end face of two spacing cross bar 14a parallel to discharge door covered with sliding The slide cover board 14d of 14 rear end faces of seat, slide cover board 14d are equipped with the connecting rod escape groove 14e passed through for connecting rod 13p；Discharge door Plasticity anticollison block 13q is set with the shaft shoulder of driving screw rod 13k front ends enlarged diameter section.

As shown in Fig. 2, Fig. 4, Figure 16 to Figure 18, the installed in front of revoliving arm 5 has flat material material pressing device 10, puts down material binder dress Putting 10 includes flattening the dragging roller 10a of the bed of material, and the two axial ends of dragging roller 10a are connected to the lower end of dragging roller arm 10b, dragging roller arm The upper end of 10b is hinged on dragging roller lifting support 10d by arm axis pin 10c respectively, the rear end face point of dragging roller lifting support 10d Lifter slide 10e is not connected with, and the left and right sides of lifter slide 10e is located in dragging roller lifting sliding rail 10f and can be along dragging roller respectively Lifting sliding rail 10f is slided up and down, and dragging roller lifting sliding rail 10f is fixed on dragging roller fixing bracket 10h, dragging roller fixing bracket 10h's Upper end is fixedly connected on the trailing flank of revoliving arm 5, and the roof center of dragging roller lifting support 10d is connected with dragging roller adjusting screw rod The upper end of 10j, dragging roller adjusting screw rod 10j are fixed on suspention plate 10k by dragging roller adjusting nut, the rear side weldering of suspention plate 10k It is connected on dragging roller fixing bracket 10h；The side shaft end of dragging roller 10a is provided with dragging roller driven sprocket 10m, dragging roller driven sprocket 10m It is sequentially connected by chain and dragging roller drive sprocket 10n, dragging roller drive sprocket 10n is installed on the output for dragging roll drive motor 10p On axis, roll drive motor 10p is dragged to be installed on dragging roller driving motor base, dragging roller driving motor base is fixed on dragging roller arm On the front end face of 10b.

Pass through the dragging roller adjusting nut rotated above suspention plate 10k so that dragging roller adjusting screw rod 10j be able to raise or under Drop, lifter slide 10e drive dragging roller lifting support 10d to be slided along dragging roller lifting sliding rail 10f, and dragging roller arm 10b affects dragging roller 10a It is synchronized lifting.During cloth to top layer, when flat material material pressing device 10 revolves round the sun with revoliving arm 5, roll drive motor 10p is dragged by dragging Roller drive sprocket 10n and chain drive dragging roller driven sprocket 10m and dragging roller 10a rotation, dragging roller 10a are rolled in surface of material and can incited somebody to action The surface of the bed of material strikes off so that the bed depth in fermenting case whole circumference is consistent, ensures the uniform fermentation of material；Cloth is completed Afterwards, the material on upper strata can be compacted by dragging roller 10a, and the intergranular most air of discharge material, are further the micro- life of anaerobism Anaerobic environment is created in thing fermentation, so as to ensure fermented product quality.

The dragging roller scraper 11 of cleaning dragging roller 10a is equipped with rear side of the circumference of dragging roller 10a, dragging roller scraper 11 passes through scraper support 11a is hinged on dragging roller blade shaft 11b, and the both ends of dragging roller blade shaft 11b are separately fixed on dragging roller scraper bracing strut 11c, are dragged The front end of roller scraper bracing strut 11c is respectively welded on the rear end face of dragging roller arm 10b；The lower hinge of scraper support 11a has The upper end of scraper tension spring 11g, scraper tension spring 11g are hinged on scraper spring base 11d, and scraper spring base 11d, which is fixedly connected on, to be dragged The lower section of roller scraper bracing strut 11c.

Before being welded with front side of the top plate of dragging roller lifting support 10d the lower end of rotation stop backer 10g, preceding rotation stop backer 10g against On front side of the upper port of dragging roller arm 10b；Dragging roller is fixed with rear spacing transverse slat 10q, rear spacing horizontal stroke on rear side of support bracket fastened lower end The rear Limit screw 10r forward extended out is screwed with the middle part of plate 10q, dragging roller arm 10b's be directed toward in the termination of rear Limit screw 10r Rear end face.

It is equipped with the spring base elongated slot 11e that extends along the longitudinal direction in scraper spring base 11d, grafting in spring base elongated slot 11e Scraper tension spring hinge can be hinged on along the upper end for scraper the tension spring articulated shaft 11f, scraper tension spring 11g that spring base elongated slot 11e is moved by having On spindle 11f, the rear end of scraper spring base 11d is screwed with the scraper tension spring adjusting spiral shell for adjusting scraper tension spring articulated shaft 11f positions Follow closely 11h.

Claims (5)

1. a kind of cloth device for discharging of circle fermentation machine, including the circular fermentation bed positioned at cylinder fermentation lower box part, the circle Shape fermentation bed is connected as a single entity with cylinder fermenting case, and the lower section of the circle fermentation bed is equipped with fermentation machine discharging chamber, the cylinder hair Ferment lower box part circumference is equipped with fermentation machine discharge port, the fermentation machine discharge port by the tapping channel that radially extends with it is described Fermentation machine discharging chamber communicates, and center discharging mechanism is provided with the fermentation machine discharging chamber, and the center discharging mechanism passes through circle The centre bore of shape fermentation bed and the middle part for extending upwardly to cylinder fermenting case short transverse, in being equipped with along the axis of cylinder fermenting case Heart feed pipe, the lower end of the central feed tube connects oriented curving and the rotatable oblique elephant trunk of charging, its feature exist In：The middle part inner wall of the cylinder fermenting case short transverse is installed with endless chain rail, the top of the center discharging mechanism Radially horizontal-extending revoliving arm is installed, the external end head of the revoliving arm is supported on the top surface of the endless chain rail and can Axis around circular fermentation bed rotates, and horizontal cloth discharging auger is provided with rear side of the revoliving arm；The horizontal cloth unloads Expect that the rear side of auger is equipped with the auger striker plate extended along auger overall length direction；The center discharging mechanism ferments positioned at circular Part more than bed is equipped with the discharge door for following revoliving arm to rotate, the inner of the discharge door and the horizontal cloth discharging auger Head is connected to each other；The lower end of the oblique elephant trunk of charging and the inner termination of the horizontal cloth discharging auger are connected to each other.

2. the cloth device for discharging of circle fermentation machine according to claim 1, it is characterised in that：The horizontal cloth discharging Auger driving motor is equipped with above the external end head of auger, the auger driving motor is fixed on conveying auger frame, described defeated Send and two guide posts for upwardly extending and being parallel to each other are connected with the top of auger frame, the upper end of two guide posts is connected by guide post Beam interconnection is connect, is respectively engaged with guide post slide and can be slided up and down along guide post slide in the middle part of two guide posts, described in two It is respectively fixedly connected with front side of guide post slide on the revoliving arm；The leading flank of two guide posts, which is separately installed with along guide post, axially to be prolonged The straight chain stretched, two straight chains are meshed with guide post lifting drive sprocket respectively, the two guide post lifting drive sprockets point Not An Zhuan guide post lift drive shaft both ends, the both ends of the guide post lift drive shaft are respectively supported at driving shaft bearing seat In, the driving shaft bearing seat is separately fixed on driving bracing strut, and the front end of the driving bracing strut is respectively welded at described The trailing flank of revoliving arm；The output terminal of guide post driving gear reducer, the guide post are connected in the middle part of the guide post lift drive shaft The input terminal of gear reducer is driven to be connected with guide post driving motor；Rotation stop is fixedly connected with the top of the guide post driving gear reducer Bar, the dog link are fixedly connected with the revoliving arm.

3. the cloth device for discharging of circle fermentation machine according to claim 1, it is characterised in that：The front side of the revoliving arm Flat material material pressing device is installed, the flat material material pressing device includes the dragging roller for flattening the bed of material, and the two axial ends of the dragging roller connect respectively The lower end of dragging roller arm is connected on, the upper end of the dragging roller arm is hinged on dragging roller lifting support by arm axis pin respectively, institute The rear end face for stating dragging roller lifting support is connected to lifter slide, and the left and right sides of the lifter slide is located at dragging roller liter respectively It can slide up and down in drop slide and along dragging roller lifting sliding rail, the dragging roller lifting sliding rail is fixed on dragging roller fixing bracket, described The support bracket fastened upper end of dragging roller is fixedly connected on the trailing flank of the revoliving arm, and the roof center of the dragging roller lifting support connects Dragging roller adjusting screw rod is connected to, the upper end of the dragging roller adjusting screw rod is fixed on suspention plate by dragging roller adjusting nut, described outstanding It is welded on rear side of platform sling on the dragging roller fixing bracket；The side shaft end of the dragging roller is provided with dragging roller driven sprocket, described Dragging roller driven sprocket is sequentially connected by chain and dragging roller drive sprocket, and the dragging roller drive sprocket is installed on and drags roll drive motor Output shaft on, described to drag roll drive motor to be installed on dragging roller driving motor base, dragging roller driving motor base is fixed On the front end face of the dragging roller arm.

4. the cloth device for discharging of circle fermentation machine according to claim 1, it is characterised in that：The center discharging mechanism Tube, rotating cylinder, fixed cylinder and cone bucket including coaxial line, the fixed cylinder are located at the center of the circular fermentation bed, and The top of fixed cylinder and the either flush of circular fermentation bed, the bottom of the fixed cylinder are supported on the cylinder by supporting leg and ferment The bottom of case, the cone bucket are connected to below the discharge port of the fixed cylinder；The lower end of the tube is supported on the fixation The center of cylinder, the upper end of the tube are connected with pivoting support by main brace tubular shaft, and the top of the pivoting support is fixed Revoliving arm mounting base is connected with, the center-side of the revoliving arm is fixed in the revoliving arm mounting base；The rotating cylinder includes The rotation outer barrel and rotation inner cylinder being connected as a single entity, the ring-type discharging chamber top seal between the rotation outer barrel and rotation inner cylinder, The upper port of the lower port and the fixed cylinder of the ring-type discharging chamber is connected to each other, and the discharge door is positioned at the rotation outer barrel Extend on circumference and along the full-height direction of rotation outer barrel；The top of the rotation inner cylinder and the circumference of the pivoting support are fixed Connection, the lower part of the rotation inner cylinder are rotatably supported at the lower, outer perimeter of the tube by rotating cylinder core-regulating mechanism； The rotating cylinder core-regulating mechanism includes the aligning roller for being symmetrically fitted in the tube lower, outer perimeter, each aligning roller point It is not installed on by aligning roller shaft in aligning roller mount, each aligning roller mount is separately mounted on rotating cylinder aligning slide And can radially sliding along the rotation inner cylinder；The outer end of the rotating cylinder aligning slide is screwed with rotating cylinder aligning screw, institute The inner termination for stating rotating cylinder aligning screw is resisted against on the outer end face of the aligning roller mount.

5. the cloth device for discharging of circle fermentation machine according to any one of claim 1 to 4, it is characterised in that：It is described The external end head inner cavity of revoliving arm is provided with revoliving arm motor, revoliving arm gear reducer and revoliving arm drive sprocket, and the revoliving arm drives Movable sprocket is meshed with the sprocket on the endless chain rail circumference, and the revoliving arm drive sprocket is centrally mounted at the revolution On the output shaft of arm gear reducer, the revoliving arm gear reducer is driven by the revoliving arm motor；Before the revoliving arm external end head Both sides have been respectively fixedly connected with revoliving arm walking mechanism afterwards, and revolution is provided between the both sides wallboard of the revoliving arm walking mechanism Arm live axle, revoliving arm traveling wheel by angular contact ball bearing be installed on the revoliving arm live axle middle part, described time The lower end of pivoted arm traveling wheel is supported on the top surface of the endless chain rail；The both ends of the revoliving arm live axle are separately installed with Oscillating bearing, the oscillating bearing are located in joint bearing block respectively, and the joint bearing block positioned at outside is fixed on the revolution On the wallboard of arm walking mechanism, the joint bearing block positioned at inner side is arthrodia bearing block, the arthrodia bearing block Upper and lower ends are separately fixed on horizontal slide, and two horizontal slides are separately fixed on the wallboard of the revoliving arm walking mechanism, One end of two horizontal slides is fixed with vertical adjustment block, and revoliving arm traveling wheel is screwed with the middle part of the vertical adjustment block and adjusts spiral shell Nail, the termination of the revoliving arm traveling wheel adjusting screw is resisted against front side or the rear side of the arthrodia bearing block.