CN207963381U - For composite microbe fertilizer dryer - Google Patents

Abstract

The utility model provides one kind and being used for composite microbe fertilizer dryer, including：Drying room is stood on by stand on bottom surface, and drying room bottom is funnel-shaped structure, is provided with drainage conduit below drying room, the blow-off valve for being opened and closed drainage conduit is provided in drainage conduit；Feeding machanism comprising loading hopper, feed pipe and inlet valve；Heating mechanism, offers air supply hole in drying room, and heating mechanism is by air supply hole to drying room inner cavity hot wind supply；Rabbling mechanism comprising stirring motor, the first rotation axis, the first ring gear, the first installation part, the first puddle support, the second puddle support, the second rotation axis, the second ring gear and the second installation part；And exhaust gear comprising：Exhaust pipe, the first strainer, mounting bracket, the first spacing ring, the second spacing ring, driven rod, pivoting leaf and cleaning brush.For composite microbe fertilizer dryer, solve the problems, such as there is the supporting base end portion for leading to agitating shaft of support to easily snap off because agitating shaft only has one end in the prior art.

Description

For composite microbe fertilizer dryer

Technical field

The utility model is related to fertilizer production dryers, and in particular to one kind being used for composite microbe fertilizer dryer.

Background technology

Chinese patent discloses a kind of 201621351817.4 closed organic fertilizer dryer, is related to organic fertilizer production and sets Standby technical field, it includes loading hopper, dryer casing, go out funnel, hot air circulation module and rabbling mechanism, the drying The top of machine casing is equipped with feed inlet and bleeding point, and bottom is equipped with out funnel, and side is equipped with hot-wind inlet, and the other side is equipped with one Group gear shaft through hole, the loading hopper is mounted on dryer casing, and is communicated with feed inlet, the hot air circulation module It is mounted on the hot-wind inlet side of dryer casing including air-heater, air distribution plate, exhaust fan and cycle air hose, the air-heater, The hot-blast outlet of air-heater is communicated with the hot-wind inlet of dryer casing.The closed organic fertilizer dryer improves to a certain extent Drying efficiency, but the closed organic fertilizer dryer there are the shortcomings that be：

1) in the rabbling mechanism course of work, there is support close to one end of transmission gear since agitating shaft only has, cause It is easy to fracture in the junction of transmission gear in agitating shaft rotary course, causes service life short；

2) since dryer casing does not have gas vent that air pressure can be caused in dryer casing excessive and explosion phenomenon occurs, together When there is no gas vent to be not easy to take away vapor, reduce drying effect.

Utility model content

The utility model to provide it is a kind of being used for composite microbe fertilizer dryer, solve in the prior art because of agitating shaft only There is one end to have the problem of causing the supporting base end portion of agitating shaft to easily snap off of support.

To achieve the above object, the utility model uses the following technical solution：

One kind being used for composite microbe fertilizer dryer, including：

Drying room is stood on by stand on bottom surface, and drying room bottom is funnel-shaped structure, the drying room lower section row of being provided with Expects pipe is provided with the blow-off valve for being opened and closed drainage conduit in drainage conduit；

Feeding machanism comprising loading hopper, feed pipe and inlet valve are communicated with feed pipe in drying chamber top, charging Pipe is fixed with drying room, and the inlet valve for being opened and closed feed pipe is provided on feed pipe, and feed pipe top, which is connected to and is fixed with, to be added Hopper；

Heating mechanism, offers air supply hole in drying room, and heating mechanism is by air supply hole to drying room inner cavity hot wind supply；

Rabbling mechanism comprising stirring motor, the first rotation axis, the first ring gear, the first installation part, the first puddle support, Two puddle supports, the second rotation axis, the second ring gear and the second installation part, are equipped with stirring motor, stirring motor outside drying room Shaft penetrate to drying room inner cavity and be fixed with can the first rotation axis that rotate relative to drying room, the first rotation axis is separate to be stirred The end of machine shaft is fixed to one first puddle support one end, and the first puddle support other end is connected to first installation part one end, the The one installation part other end can be rotatably arranged in drying room on cavity wall；First rotation axis passes through and is fixed with the first ring gear, It is engaged with the second ring gear with the first ring gear, the second ring gear is passed through for the second rotation axis, and the second rotation axis is fixed with the second ring gear, the Two rotation axis one end can be rotatably mounted in drying room on cavity wall, and the second rotation axis other end is fixed to one second puddle support One end, the second puddle support other end are fixed on second installation part one end, and the second piece installing other end can be rotatably arranged at drying On indoor cavity wall；And

Exhaust gear comprising：Exhaust pipe, the first strainer, mounting bracket, the first spacing ring, the second spacing ring, driven rod, Pivoting leaf and cleaning brush are fixed with exhaust pipe in drying chamber top, and exhaust pipe bottom end is connected to drying room inner cavity, is vented tube top End is in communication with the outside, and the first strainer is equipped in the middle part of exhaust pipe, and the gas entered from exhaust bottom of the tube has to pass through the first strainer Exhaust pipe top is entered to, have below filter screen and is vented the fixed mounting bracket of inside pipe wall, mounting bracket can be for gas to pass through, peace It shelves across there is driven rod, driven rod is parallel with gas flow direction in exhaust pipe, and the first spacing ring is fixed on driven rod With the second spacing ring, the first spacing ring is located above mounting bracket, and the second spacing ring is located at below mounting bracket, the installation of driven rod bottom Pivoting leaf positioned at exhaust pipe bottom end can make pivoting leaf drive driven rod rotation, driven rod when gas flows into exhaust pipe Cleaning brush is installed close to the end of the first strainer, the first strainer bottom surface is close in the cleaning face of cleaning brush.

Preferably, heating mechanism includes：

Ventilation apparatus is heated, is used to provide hot wind；And

Air-supply pipeline comprising supervisor and it is several be in charge of, be responsible for the output end with heating ventilation apparatus, it is all to be in charge of One end be connected to supervisor, every two be in charge of between have a distance, it is all be in charge of the other end stretch to drying room it is interior and with drying Room is connected to；It is each be in charge of include the first tube body, the second tube body, third tube body, annulus, the first spring, an at least hold-down mechanism, Mounting ring and the second strainer, first tube body one end is fixed with supervisor and is connected to, and is fixed on the end face of the first tube body other end The second tube body being connected to the first tube body is provided with external screw thread on the second tube wall, and the second tube body external enwergy is cased with third tube body, The internal thread to match with external screw thread is provided on third inboard wall of tube body, so that the second tube body can be by screw thread side with third tube body Formula connects；The annular groove being looped around outside the second tube body is offered on the end face that the first tube body connects the second tube body, in annular groove It is provided with annulus, point-blank, annulus is fixed to the first spring one end to the center line of the center line of annulus and the second tube body, The first spring other end is fixed with annular groove inner wall, the centerline parallel of the telescopic direction of the first spring and the second tube body；Third Inboard wall of tube body is protruding with a step, and one is equipped on step and is only capable of pulling out from the end of the third tube body where internal thread The mounting ring gone out, mounting ring are only capable of supplied gas and are passed through by second strainer excessively, excessively the second strainer, and pressure is equipped in third tube body wall Tight mechanism, when the second tube body is threadedly coupled with third tube body, the input unit of each hold-down mechanism is acted on annulus and each pressure Mounting ring is pressed on step by tight mechanism from internal thread direction；When the second tube body is not threadedly coupled with third tube body, The input unit of each hold-down mechanism is not acted on annulus and hold-down mechanism does not hinder mounting ring to be detached from step.

Preferably, each hold-down mechanism includes：

Pressure ram offers the extrusion chamber being connected to third tube cavity, pressure ram and second on third inboard wall of tube body The centerline parallel of tube body, pressure ram one end are the hold-down mechanism input unit stretched in annular groove, and the pressure ram other end stretches into To extrusion chamber；

Gore, big end are located at the end in extrusion chamber with pressure ram and fix, and small end is to away from the first tube body Direction extends；

Second spring is passed through for pressure ram, and second spring is located in extrusion chamber, second spring one end and extrusion chamber one end Fixed, the second spring other end is fixed by a mounting blocks with pressure ram；

Idler wheel, it is tangent with the inclined-plane of corner block；

Compact heap, idler wheel can be rotatably mounted on compact heap；

Mounting base is mounted in a mounting base, and compact heap passes through mounting base and the compact heap energy under the guiding of mounting base It is moved upwards in the side of the central axis with the second tube body；

Sliding rail is installed in extrusion chamber, and mounting base can be slidably mounted to install on sliding rail and under the guiding of sliding rail Seat can be moved upwards in the side of the centerline parallel with the second tube body；

Band motion block, is fixed with pressure ram outer wall, and the band motion block energy band when the inclined-plane of corner block big end and idler wheel are tangent Dynamic mounting base is moved to mounting ring direction；

Third spring, one end are fixed with mounting base, and the other end is fixed with cavity wall is squeezed, the flexible side of third spring To identical as the guide direction of sliding rail；And

4th spring, one end are fixed with compact heap, and the other end is fixed with mounting base, the telescopic direction of the 4th spring with The moving direction of compact heap is parallel；

Wherein, when the second tube body is threadedly coupled with third tube body, pressure ram to extrusion chamber internal pressure, is forced triangle by annulus Block big end and idler wheel are tangent, and compact heap block stretching extrusion chamber, the 4th spring is compressed, third spring is compressed, second spring quilt Elongation, the first spring is compressed and mounting ring is pressed on step by compact heap；When screw thread does not connect for the second tube body and third tube body When connecing, pressure ram stretches out extrusion chamber, makes idler wheel tangent with corner block under the effect of third spring and with motion block far from mounting base.

Compared with the prior art, the utility model has the advantages that：

1) it is realized respectively by the first installation part of setting and the second mounting bracket remote to the first puddle support and the second puddle support End from the first ring gear and the second ring gear is supported, and avoids the first puddle support and the second puddle support and only has first respectively The problem of rotation axis and the second rotation axis support and the first puddle support and the second puddle support caused to be easily damaged, extends first and stirs Mix frame and the second puddle support service life；

2) in drying room intracavitary air pressure become larger, gas is initially entered to exhaust pipe, stream of the gas at pivoting leaf It is dynamic so that pivoting leaf rotation (running of similar turbine), pivoting leaf drives driven rod rotation so that cleaning brush is in the first strainer Bottom surface is inswept, avoided impurity stopped on the first strainer bottom surface and cause the first strainer be easy block the problem of, and rotate The design of leaf had not only realized the drive to driven rod, but also had saved the use of driving mechanism, has saved the energy, has been good for the environment； First spacing ring and the second spacing ring limitation driven rod cannot be moved relative to exhaust pipe in gas flow direction, while also be avoided Obstruction driven rod can rotate；The design of filter screen, avoiding in drying course has dust to enter in working environment air, Be conducive to operator's health, while also avoiding causing environmental pollution.

Part is illustrated to embody by the further advantage, target and feature of the utility model by following, and part will also pass through Research and practice to the utility model and be understood by the person skilled in the art.

Description of the drawings

Fig. 1 is the structural schematic diagram for composite microbe fertilizer dryer；

The enlarged drawing of exhaust gear in Fig. 2 bitmaps 1；

Fig. 3 is the sectional view for being in charge of place in Fig. 1.

Specific implementation mode

In order to make, technological means of the utility model, creation characteristic, reached purpose and effect are more clear and are easy to Understand, the utility model is further elaborated with reference to the accompanying drawings and detailed description：

As shown in Figure 1 and Figure 2, the utility model proposes one kind being used for composite microbe fertilizer dryer, including：

Drying room 13 is stood on by stand 14 on bottom surface, and 13 bottom of drying room is funnel-shaped structure, 13 lower section of drying room It is provided with drainage conduit 15, the blow-off valve 16 for being opened and closed drainage conduit 15 is provided in drainage conduit 15；

Feeding machanism 2 comprising loading hopper 21, feed pipe 22 and inlet valve 23 are communicated with charging in drying chamber top Pipe 22, feed pipe 22 are fixed with drying room 13, and the inlet valve 23 for being opened and closed feed pipe 22, feed pipe are provided on feed pipe 22 22 tops are connected to and are fixed with loading hopper 21；

Heating mechanism 1, offers air supply hole in drying room 13, and heating mechanism 1 is by air supply hole to 13 inner cavity of drying room Hot wind supply；

Rabbling mechanism 3 comprising stirring motor 31, the first rotation axis 32, the first ring gear 33, the first installation part 34, first Puddle support 35, the second puddle support 36, the second rotation axis 37, the second ring gear 38 and the second installation part 39, in drying outdoor mounted There are stirring motor 31, the shaft of stirring motor 31 to penetrate to drying room inner cavity and be fixed with can be rotated relative to drying room first turn Moving axis 32, end of first rotation axis 32 far from 31 shaft of stirring motor are fixed to one first puddle support, 35 one end, the first stirring 35 other end of frame is connected to 34 one end of the first installation part, and 34 other end of the first installation part can be rotatably arranged at intracavitary in drying room On wall；First rotation axis 32 passes through and is fixed with the first ring gear 33, and the second ring gear 38, the second ring gear are engaged with the first ring gear 33 38 pass through for the second rotation axis 37, and the second rotation axis 37 and the second ring gear 38 are fixed, and 37 one end of the second rotation axis can rotationally pacify On cavity wall in drying room, 37 other end of the second rotation axis is fixed to one second puddle support, 36 one end, the second puddle support 36 The other end is fixed on 39 one end of the second installation part, and the second piece installing other end can be rotatably arranged in drying room on cavity wall； And

Exhaust gear 4 comprising：Exhaust pipe 41, the first strainer 42, mounting bracket 43, the first spacing ring 44, the second spacing ring 45, driven rod 46, pivoting leaf 47 and cleaning brush 48 are fixed with exhaust pipe 41, the connection of 41 bottom end of exhaust pipe in drying chamber top To drying room inner cavity, 41 top of exhaust pipe is in communication with the outside, and 41 middle part of exhaust pipe is equipped with the first strainer 42, from 41 bottom of exhaust pipe The gas that portion enters has to pass through the first strainer 42 and enters to 41 top of exhaust pipe, has below filter screen and 41 inner wall of exhaust pipe Fixed mounting bracket 43, mounting bracket 43 can be for gas to pass through, and mounting bracket 43, which passes through, driven rod 46, driven rod 46 and exhaust pipe 41 Interior gas flow direction is parallel, and the first spacing ring 44 and the second spacing ring 45, the first spacing ring 44 are fixed on driven rod 46 Above mounting bracket 43, the second spacing ring 45 is located at 43 lower section of mounting bracket, and 46 bottom of driven rod is positioned at 41 bottom of exhaust pipe The pivoting leaf 47 at end, can make pivoting leaf 47 that driven rod 46 be driven to rotate when gas flows into exhaust pipe 41, and driven rod 46 leans on The end of nearly first strainer 42 is equipped with cleaning brush 48, and 42 bottom surface of the first strainer is close in the cleaning face of cleaning brush 48.1) by setting Setting the first installation part 34 and the second mounting bracket 43 realizes respectively to the first puddle support 35 and the second puddle support 36 far from the first tooth The end of ring 33 and the second ring gear 38 is supported, and avoids the first puddle support 35 and the second puddle support 36 and only has first respectively The problem of rotation axis 32 and the second rotation axis 37 support and the first puddle support 35 and the second puddle support 36 caused to be easily damaged, extends First puddle support 35 and the second puddle support 36 service life；2) in drying room intracavitary air pressure become larger, gas initially enters To exhaust pipe 41, flowing of the gas at pivoting leaf 47 so that the rotation of pivoting leaf 47 (running of similar turbine), pivoting leaf 47 drive driven rod 46 to rotate so that cleaning brush 48 is inswept in 42 bottom surface of the first strainer, has avoided impurity in the first strainer 42 The problem of being stopped on bottom surface and the first strainer 42 is caused to be easy to block, and the design of pivoting leaf 47, had both realized to driven rod 46 Drive, and saved the use of driving mechanism, saved the energy, be good for the environment；First spacing ring 44 and the second spacing ring 45 limitation driven rods 46 cannot be moved relative to exhaust pipe 41 in gas flow direction, while also avoid hindering 46 energy of driven rod Enough rotations；The design of filter screen, avoiding in drying course has dust to enter in working environment air, is conducive to operating personnel Health, while also avoiding causing environmental pollution.

As shown in figure 3, heating mechanism 1 includes：

Heating ventilation apparatus 11 (such as：Electromagnetic heating ventilation apparatus 11 or air conditioner etc.), it is used to provide hot wind；And

Air-supply pipeline comprising supervisor and several output ends be in charge of 12, be responsible for heating ventilation apparatus 11, Suo Youfen One end of pipe 12 with supervisor be connected to, every two be in charge of 12 between there is distance, all 12 other ends of being in charge of to stretch to drying room It is connected in 13 and with drying room 13；It is each to be in charge of 12 including the first tube body 121, the second tube body 122, third tube body 123, annulus 124, the first spring 125, at least a hold-down mechanism 126, mounting ring 127 and the second strainer 128,121 one end of the first tube body with Supervisor is fixed and is connected to, and the second tube body 122 being connected to the first tube body 121 is fixed on the end face of 121 other end of the first tube body, External screw thread is provided on second tube body, 122 outer wall, 122 external enwergy of the second tube body is cased with third tube body 123,123 inner wall of third tube body On be provided with the internal thread to match with external screw thread so that the second tube body 122 can threadedly connect with third tube body 123 It connects；The annular groove being looped around outside the second tube body 122 is offered on the end face that the first tube body 121 connects the second tube body 122, annular It is provided with annulus 124 in slot, point-blank, annulus 124 is solid for the center line of the center line of annulus 124 and the second tube body 122 It is fixed that 125 one end of the first spring, 125 other end of the first spring is fixed with annular groove inner wall, the telescopic direction of the first spring 125 and The centerline parallel of second tube body 122；123 inner wall of third tube body is protruding with a step, and one is equipped on step only The mounting ring 127 that can be extracted from the end of the third tube body 123 where internal thread, mounting ring 127 cross the second strainer 128 by one, Cross the second strainer 128 and be only capable of supplied gas and pass through, hold-down mechanism 126 is installed in 123 wall of third tube body, when the second tube body 122 with When third tube body 123 is threadedly coupled, the input unit of each hold-down mechanism 126 acted on annulus 124 and each hold-down mechanism 126 from Mounting ring 127 is pressed on step by internal thread direction；When the second tube body 122 is not threadedly coupled with third tube body 123, The input unit of each hold-down mechanism 126 is not acted on annulus 124 and hold-down mechanism 126 does not hinder mounting ring 127 to be detached from step. 1) it is avoided in impurity enters and be in charge of and be responsible for by the way that the second strainer is arranged, extends service life；2) it is in charge of by setting Structure, realize only need turn third tube body can be achieved with by the second strainer by mounting ring be mounted on third tube body in, and Also automatic mounting ring is disassembled from third tube body after third tube body and the second tube body can be enable to be detached from, facilitate replacement and Clean the second strainer.

As shown in Fig. 2, in order to which design structure is simple and hold-down mechanism 126 easy to use, each hold-down mechanism 126 wraps It includes：

Pressure ram 101 offers the extrusion chamber being connected to 123 inner cavity of third tube body on 123 inner wall of third tube body, squeezes The centerline parallel of bar 101 and the second tube body 122,101 one end of pressure ram are that the hold-down mechanism 126 stretched in annular groove inputs Portion, 101 other end of pressure ram stretch in extrusion chamber；

Gore 102, big end are located at the end in extrusion chamber with pressure ram 101 and fix, and small end is to away from first The direction of tube body 121 extends；

Second spring 103 is passed through for pressure ram 101, and second spring 103 is located in extrusion chamber, 103 one end of second spring It is fixed with extrusion chamber one end, 103 other end of second spring is fixed by a mounting blocks 110 with pressure ram 101；

Idler wheel 104, it is tangent with the inclined-plane of corner block；

Compact heap 105, idler wheel 104 can be rotatably mounted on compact heap 105；

Mounting base 106 is mounted in a mounting base 106, and compact heap 105 passes through mounting base 106 and in mounting base 106 Being oriented to lower compact heap 105 can move upwards in the side of the central axis with the second tube body 122；

Sliding rail 107, is installed in extrusion chamber, and mounting base 106 can be slidably mounted on sliding rail 107 and in sliding rail 107 Guiding lower mounting seat 106 can be moved upwards in the side of the centerline parallel with the second tube body 122；

Band motion block 108, is fixed with 101 outer wall of pressure ram, and the band when the inclined-plane of corner block big end and idler wheel 104 are tangent Motion block 108 can drive mounting base 106 to be moved to 127 direction of mounting ring；

Third spring 109, one end are fixed with mounting base 106, and the other end is fixed with cavity wall is squeezed, third spring 109 telescopic direction is identical as the guide direction of sliding rail 107, and the small end and idler wheel made in corner block is arranged in third spring 109 104 can be moved to mounting base 106 and compact heap 105 position for being higher by mounting ring 127 and being located on step when tangent so that when Corner block on pressure ram 101 can be that mounting ring 127 is located at step and compact heap when squeezing out compact heap 105 out of extrusion chamber State between 105；And

4th spring 100, one end are fixed with compact heap 105, and the other end is fixed with mounting base 106, the 4th spring 100 Telescopic direction it is parallel with the moving direction of compact heap 105；

Wherein, when the second tube body 122 is threadedly coupled with third tube body 123, annulus 124 is pressure ram 101 to extrusion chamber Internal pressure forces corner block big end and idler wheel 104 tangent, and 105 pieces of compact heap stretches out extrusion chamber, the 4th spring 100 is compressed, third Spring 109 is compressed, second spring 103 is stretched, the first spring 125 is compressed and mounting ring 127 is pressed on by compact heap 105 On step；When the second tube body 122 is not threadedly coupled with third tube body 123, pressure ram 101 stretches out extrusion chamber, in third spring Make idler wheel 104 tangent with corner block and with motion block 108 far from mounting base 106 under 109 effects.

Operation principle：Since impurity is blocked in outside by the second strainer 128 in long process, impurity can be in the second strainer It is deposited on 128, and then eventually leads to impurity and block the second strainer 128, it is therefore desirable to replaced or cleaning mounting ring 127 and second is filtered Net 128.When needing replacing or cleaning mounting ring 127 and the second strainer 128, first, rotation third tube body 123, third tube body 123 start to be detached from the second tube body 122, and the distance between 123 to the first tube body of third tube body 121 is increasing, third spring 109 so that mounting base 106 moves, and when beginning is still that the big end of corner block is tangent with idler wheel 104 and with motion block 108 and peace Dress seat 106 be close to, as pressure ram 101 is popped up by second spring 103, third spring 109 be elongated to its it is static when length, Band motion block 108 slowly with mounting base 106 be detached from, while corner block also with idler wheel 104 occur relative displacement, final corner block it is small End it is tangent with idler wheel 104, cause compact heap 105 under the elastic force of the 4th spring 100 the position retraction higher than mounting ring 127 extremely In extrusion chamber, compact heap 105 is avoided to hinder the removal of mounting ring 127 or be put into；Then by mounting ring 127 and the second strainer 128 It removes together；After again, new or clean mounting ring 127 and the second strainer 128 are replaced with；Finally, third tube body 123 is rotated Outside the second tube body 122, pressure ram 101 rotates in annular groove, and the first spring 125 beginning at this time is compressed, while third bullet Spring 109 also begins to be stretched so that pressure ram 101 is slowly squeezed into extrusion chamber, when band motion block 108 does not reach mounting base When 106 position, with idler wheel 104 relative displacement occurs for triangle BOB(beginning of block), and corner block becomes big end from small end and idler wheel 104 is tangent, So that compact heap 105 is forced out in the position higher than mounting ring 127, and after band motion block 108 is close to mounting base 106, third bullet The beginning of spring 109 is compressed, and last compact heap 105 is pressed on mounting ring 127 on step.

Finally illustrate, above example is merely intended for describing the technical solutions of the present application, but not for limiting the present application, although ginseng The utility model is described in detail according to preferred embodiment, it will be understood by those of ordinary skill in the art that, it can be to this The technical solution of utility model is modified or replaced equivalently, without departing from the objective and model of technical solutions of the utility model It encloses, should all cover in the right of the utility model.

Claims (3)

1. one kind being used for composite microbe fertilizer dryer, which is characterized in that including：

Drying room is stood on by stand on bottom surface, and drying room bottom is funnel-shaped structure, and discharge is provided with below drying room It manages, the blow-off valve for being opened and closed drainage conduit is provided in drainage conduit；

Feeding machanism comprising loading hopper, feed pipe and inlet valve are communicated with feed pipe in drying chamber top, feed pipe with Drying room is fixed, and the inlet valve for being opened and closed feed pipe is provided on feed pipe, is connected at the top of feed pipe and is fixed with loading hopper；

Heating mechanism, offers air supply hole in drying room, and heating mechanism is by air supply hole to drying room inner cavity hot wind supply；

Rabbling mechanism comprising stirring motor, the first rotation axis, the first ring gear, the first installation part, the first puddle support, second stir Frame, the second rotation axis, the second ring gear and the second installation part are mixed, stirring motor is installed outside drying room, stirring motor turns Axis penetrates to drying room inner cavity and is fixed with the first rotation axis that can be rotated relative to drying room, and the first rotation axis is far from stirring motor The end of shaft is fixed to one first puddle support one end, and the first puddle support other end is connected to first installation part one end, the first peace The piece installing other end can be rotatably arranged in drying room on cavity wall；First rotation axis passes through and is fixed with the first ring gear, with One ring gear is engaged with the second ring gear, and the second ring gear is passed through for the second rotation axis, and the second rotation axis is fixed with the second ring gear, second turn Moving axis one end can be rotatably mounted in drying room on cavity wall, and the second rotation axis other end is fixed to one second puddle support one End, the second puddle support other end are fixed on second installation part one end, and the second piece installing other end can be rotatably arranged at drying room On interior cavity wall；And

Exhaust gear comprising：Exhaust pipe, the first strainer, mounting bracket, the first spacing ring, the second spacing ring, driven rod, rotation Leaf and cleaning brush are fixed with exhaust pipe in drying chamber top, and exhaust pipe bottom end is connected to drying room inner cavity, exhaust pipe top with External world's connection, exhaust pipe middle part are equipped with the first strainer, and the gas entered from exhaust bottom of the tube has to pass through the first strainer and enters To exhaust pipe top, have below filter screen and the exhaust fixed mounting bracket of inside pipe wall, for gas to pass through, the mounting bracket of mounting bracket energy Across there is driven rod, driven rod is parallel with gas flow direction in exhaust pipe, and the first spacing ring and are fixed on driven rod Two spacing rings, the first spacing ring are located above mounting bracket, and the second spacing ring is located at below mounting bracket, and driven rod bottom is positioned at The pivoting leaf of exhaust pipe bottom end can make pivoting leaf drive driven rod rotation, driven rod close when gas flows into exhaust pipe The end of first strainer is equipped with cleaning brush, and the first strainer bottom surface is close in the cleaning face of cleaning brush.

2. according to claim 1 be used for composite microbe fertilizer dryer, which is characterized in that heating mechanism includes：

Ventilation apparatus is heated, is used to provide hot wind；And

Air-supply pipeline comprising supervisor and it is several be in charge of, be responsible for heating ventilation apparatus output end, all one end being in charge of Be connected to supervisor, every two be in charge of between have a distance, it is all be in charge of the other ends stretch in drying room and with drying room company It is logical；It is each to be in charge of including the first tube body, the second tube body, third tube body, annulus, the first spring, at least a hold-down mechanism, installation Ring and the second strainer, first tube body one end is fixed with supervisor and be connected to, is fixed on the end face of the first tube body other end and the Second tube body of one tube body connection, is provided with external screw thread on the second tube wall, the second tube body external enwergy is cased with third tube body, third The internal thread to match with external screw thread is provided on inboard wall of tube body, so that the second tube body can threadedly connect with third tube body It connects；The annular groove being looped around outside the second tube body is offered on the end face that the first tube body connects the second tube body, is arranged in annular groove There is an annulus, point-blank, annulus is fixed to the first spring one end to the center line of the center line of annulus and the second tube body, and first The spring other end is fixed with annular groove inner wall, the centerline parallel of the telescopic direction of the first spring and the second tube body；Third tube body Inner wall is protruding with a step, and one is equipped on step and is only capable of extracting from the end of the third tube body where internal thread Mounting ring, mounting ring are only capable of supplied gas and are passed through by second strainer excessively, excessively the second strainer, and compacting machine is equipped in third tube body wall Structure, when the second tube body is threadedly coupled with third tube body, the input unit of each hold-down mechanism is acted on annulus and each compacting machine Mounting ring is pressed on step by structure from internal thread direction；It is each when the second tube body is not threadedly coupled with third tube body The input unit of hold-down mechanism is not acted on annulus and hold-down mechanism does not hinder mounting ring to be detached from step.

3. according to claim 2 be used for composite microbe fertilizer dryer, which is characterized in that each hold-down mechanism includes：

Pressure ram offers the extrusion chamber being connected to third tube cavity, pressure ram and the second tube body on third inboard wall of tube body Centerline parallel, pressure ram one end is the hold-down mechanism input unit stretched in annular groove, and the pressure ram other end stretches to crowded Press intracavitary；

Gore, big end are located at the end in extrusion chamber with pressure ram and fix, and small end is to away from the direction of the first tube body Extend；

Second spring is passed through for pressure ram, and second spring is located in extrusion chamber, and second spring one end is solid with extrusion chamber one end Fixed, the second spring other end is fixed by a mounting blocks with pressure ram；

Idler wheel, it is tangent with the inclined-plane of corner block；

Compact heap, idler wheel can be rotatably mounted on compact heap；

Mounting base, be mounted on a mounting base on, compact heap pass through mounting base and under the guiding of mounting base compact heap can with The side of the central axis of second tube body moves upwards；

Sliding rail is installed in extrusion chamber, and mounting base can be slidably mounted on sliding rail and in the guiding lower mounting seat energy of sliding rail It is moved upwards in the side of the centerline parallel with the second tube body；

Band motion block, is fixed with pressure ram outer wall, and the dynamic peace of band motion block energy band when the inclined-plane of corner block big end and idler wheel are tangent Dress seat is moved to mounting ring direction；

Third spring, one end are fixed with mounting base, the other end with squeeze cavity wall fix, the telescopic direction of third spring with The guide direction of sliding rail is identical；And

4th spring, one end are fixed with compact heap, and the other end is fixed with mounting base, the telescopic direction and compression of the 4th spring The moving direction of block is parallel；

Wherein, when the second tube body is threadedly coupled with third tube body, annulus to extrusion chamber internal pressure, forces corner block big pressure ram End it is tangent with idler wheel, compact heap block stretching extrusion chamber, the 4th spring is compressed, third spring is compressed, second spring is stretched, First spring is compressed and mounting ring is pressed on step by compact heap；When the second tube body is not threadedly coupled with third tube body, Pressure ram stretches out extrusion chamber, makes idler wheel tangent with corner block under the effect of third spring and with motion block far from mounting base.