TWM606741U - Turning-throwing pelletizing device - Google Patents

Abstract

This creation refers to a turning-throwing granulation device, which is provided with a carrier, the carrier is extended with a vertical joint, and there is a rotating frame space between the vertical joint and the carrier. The vertical connecting portion is inlaid with a jacking seat, the jacking seat is relatively pivotally connected with a stirring shaft, the stirring shaft ring is covered with debris stirring blades, and the stirring shaft is fixedly connected with a stirring gear. The stirring power element is linked with the stirring gear. The vertical connecting part is fixedly connected with the jacking power element, and the jacking seat is connected with the jacking shaft at the upper end of the jacking power element. Rolling wheels are distributed under the standing connecting portion, and the side surface of the rolling wheel is fixedly connected with a driven gear linked by the moving element.

Description

Turning pelletizing device

This creation is a kind of turning and throwing granulation device, wherein the turning and throwing granulation device has a reciprocating agitating shaft, which rotates the broken agitating blade to rub the agitated material into a granular technology.

The first press refers to a sliding rail type mixing device 10 for mixing agricultural scraps A0, which includes a storage unit 20, a day-car unit 30, and a mixing unit 40. The accommodating unit 20 has a accommodating groove portion 201 and a pair of sliding rail portions 202, and the pair of sliding rail portions 202 are erected on top sides of two opposite wall portions 203. The crane unit 30 is installed on the pair of sliding rail parts 202, and the mixing unit 40 is installed on the crane unit 30. The stirring unit 40 is provided with a stirring power part 401, a stirring part 402 and a pulling and releasing power part 403. One end of the stirring power part 401 is pivotally connected to the crane unit 30, and the other end is used to drive the stirring part 402 to stir in the containing tank part 201 , The pulling and releasing power part 403 is pivotally connected between the crane unit 30 and the stirring part 402. It can also telescopically drive the mixing unit 402 to rotate to lower, pull up, tilt, and rise horizontally, whereby the crane unit 30 cooperates with the pulling and releasing power part 403 to rotate the mixing part 402 to carry agricultural scraps A0 in the containing tank part 201 Mixing operation (as shown in Figures 1, 2 and 3).

The sliding rail type stirring device 10 is mainly used for mixing and mixing the additives of agricultural debris A0 until uniform, and the agricultural debris A0 at least includes: the sawdust fermentation of the agricultural debris A0 used for cultivating mushrooms and the mixing of bacteria, and dry storage. The agricultural scraps A0 Fermented product and mix, the agricultural scraps A0 of humus fertilizers are then mixed and fermented, the agricultural scraps A0 of the culture medium used for planting and planting are mixed, the agricultural scraps of agricultural feed for fishery and livestock A0 The ingredients are mixed. However, the slide-rail type stirring device 10 and all the current machinery can only be used to mix agricultural scraps A0. However, the single production quantity of agricultural scraps A0 is also limited by the capacity of the holding tank 201. Therefore, it can be seen that the current The agitation and mixing technology of agricultural debris A0 still needs to be studied and improved again (as shown in Figures 1, 2 and 3; in addition, the detailed structure of the slide-track mixing device 10, please refer to the M583330 The number of the sliding rail type stirring device; and the additives, bacteria, fermentation products are not drawn and labeled here).

In view of the above, it was learned that the single production quantity of agricultural scraps used in the past is limited by the lack of the capacity of the storage tank. Therefore, the creators of this case are urged to develop and develop in the direction of increasing the single production quantity of agricultural scraps. People think in many ways, and then think about it, it is best to have a horizontal mixing shaft according to a rotating frame space pivot.

The turning-throwing granulation device of this creation is equipped with a carrier, the left and right sides of the carrier are extended with parallel standing joints, a rotating frame space is formed between the standing joints and the carrier, and the carrier is distributed with storage A liquid tank, each of the liquid storage tanks is connected with an output pump, the output pump is connected with a spray tube opposite to the area of the rotating frame space, and the spray tube is distributed with liquid mist nozzles facing the rotating frame space; and the vertical The connecting portion is provided with at least: at least one jacking window rail, at least one jacking seat, at least one jacking power element, at least one stirring power element, and at least one moving element; the jacking window rail has a hollow window in the center, the The front and rear sides of the window each have a jacking rail, the jacking rail is inlaid with a jacking seat that moves up and down the window, and the vertical connecting parts are relatively pivotally connected by the jacking seat, and there is a left and right side pivoted on the rotating frame. The stirring shaft of the space, the stirring shaft is surrounded by debris stirring pieces, and at least one end of the stirring shaft is fixedly connected with a stirring gear; the stirring power element is at least screwed to drive a stirring driving gear, and the stirring driving gear overlaps with a linkage The stirring chain of the stirring gear; the vertical connecting portion is fixedly connected with the jacking power element, the upper end of the jacking power element is provided with an upwardly extending ejector shaft, the top of the ejector shaft is connected with the jacking seat; At least two pivotally connected rolling wheels are distributed under the connecting portion, the lower edge of the rolling wheel protrudes below the vertical connecting portion, and at least one side of the rolling wheel is fixedly connected to at least a passive gear, and the moving element is screwed to drive at least a moving gear , The moving gear overlaps with a moving chain linking the driven gear.

The turning-throwing granulation device of this invention is provided with at least one parallel rail, and the rolling wheel under the standing part is overlapped above the rail; and the carrier is additionally provided with at least one filter groove, and the front and rear sides of the carrier The dust shield is inclined downward; the filter tank has a filter body inside, and the filter tank is connected with a guide tube distributed under the dust shield, and the end of the guide tube is fixedly connected with an air suction dust collector. Around one of the stirring shafts The end of the shreds stirring piece is additionally provided with a left-curved first grinder part, the end of the shreds stirring piece has a shorter straight end, and the end of the shreds stirring piece has another right bend. The second grating part, the crushed agitating sheet is further composed of the first grating part, the straight end part and the second grating part to form a stirring blade group, and the agitating shaft is sequentially from left to right, etc. The distance and ring are arranged with the stirring piece group.

The purpose of this creation is: the front and rear sides of the carrier have dust shields inclined downward; the filter tank has a filter body inside, and the filter tank is connected with the supporting factual basis of the suction dust collector distributed under the dust shield.

Another purpose of this creation is to: the fact that the broken pieces of the mixing shaft become a mixing piece group according to the first grind part, the straight end part and the second grind part.

[Learning]

A0: agricultural scraps

10: Slide rail type mixing device

20: containment unit

201: receiving groove

202: To the sliding rail part

203: Wall

30: Crane unit

40: mixing unit

401: Mixing Power Department

402: Mixing part

403: Pull and Release Power Department

[This creation]

A: Liquid

B: Mixture

B1: Mixture particles

1: Turning pelletizing device

2: Vehicle

21: reservoir

22: output pump

23: spray tube

24: Liquid mist nozzle

25: filter tank

251: Filter

252: guide tube

253: Suction dust collector

26: Dust shield

3: Vertical joint

31: Lifting window rail

311: Window

312: jacking track

32: jacking seat

33: jacking power components

331: ejector shaft

34: Stirring power element

341: Stirring Driving Gear

342: Stirring Chain

35: moving components

351: Moving Gear

352: moving chain

36: scroll wheel

361: Passive Gear

4: Rotating frame space

5: Mixing shaft

51: Crumbs stirring tablets

511: The first graining part

512: straight end

513: The second rubbing part

514: Stirring Piece Group

52: mixing gear

6: Orbit

Figure 1 is a schematic diagram of a conventional sliding rail mixing device.

Figure 2 is a schematic cross-sectional view of the side combination of a conventional sliding rail type mixing device.

Figure 3 is a schematic diagram of the operation of the conventional sliding rail type mixing device.

Figure 4 is a schematic diagram of the combination of the turning and pelletizing device created for this creation.

Figure 5 is a schematic cross-sectional view of the side assembly of the turning-throwing granulation device of this creation.

Figure 6 is a schematic diagram of the combination of the mixing film set for this creation.

Figure 7 is a schematic diagram of the operation of the turning-throwing granulation device with agitating sheet set.

Figure 8 is a schematic diagram of the operation of the standing joint of this creation.

In order for your reviewer to have a better understanding of this creation, the following examples are used to illustrate it.

This creation is a turning-throwing granulation device 1, wherein the turning-throwing granulation device 1 is provided with at least one carrier 2. The left and right sides of the carrier 2 are extended with parallel standing joints 3, and the standing joints 3 and A rotating frame space 4 is formed between the carriers 2, and the carriers 2 are distributed with liquid storage tanks 21, each of the liquid storage tanks 21 is connected to an output pump 22, and the output pump 22 is connected to the rotating rack. The spray pipe 23 in the area of the space 4 is distributed with liquid mist spray nozzles 24 facing the rotating frame space 3. The vertical connecting portion 3 is provided with at least one jacking window rail 31, at least one jacking seat 32, at least one jacking power element 33, at least one stirring power element 34, and at least one main power element 35. The jacking window rail 31 has a hollow window 311 in the center. The window 311 has a jacking rail 312 on the front and rear sides. The jacking rail 312 is inlaid with the jacking seat 32 that moves up and down the window 311. Between the connecting parts 3, the jacking seat 32 is relatively pivotally connected with a stirring shaft 5 laterally arranged in the rotating frame space 4, and the stirring shaft 5 is surrounded by debris stirring blades 51, and at least one end of the stirring shaft 5 A stirring gear 52 is fixedly connected. The stirring power element 34 at least rotates and drives a stirring drive gear 341, and the stirring drive gear 341 overlaps with a stirring chain 342 that links the stirring gear 52. The vertical connecting portion 3 is fixedly connected with the jacking power element 33, the jacking power element 33 is provided with an upwardly extending ejector shaft 331 at the upper end, and the top of the ejector shaft 331 is connected with the jacking seat 32. At least two pivotally connected rolling wheels 36 are distributed under each vertical connecting portion 3, the lower edge of the rolling wheel 36 protrudes below the vertical connecting portion 3, and at least one side of the rolling wheel 36 is fixedly connected with a passive gear 361, The moving element 35 at least screwed and drives a moving gear 351, and the moving gear 351 overlaps with a moving chain 352 that links the driven gear 361 (as shown in Figures 4 and 5).

The turning-throwing granulation device 1 of the present invention is at least additionally provided with a parallel rail 6, and the rolling wheel 36 below the standing joint 3 is overlapped above the rail 6. At least one filter slot 25 is added to the carrier 2, and the front and rear sides of the carrier 2 have dust shields 26 inclined downward. There is a filter body 251 inside the filter tank 25, and the filter tank 25 is connected with a guide tube 252 distributed below the dust shield 26. The end of the guide tube 252 is fixedly connected to an air suction dust collector 253 (such as: As shown in Figures 4 and 5; in addition, the filter tank 25 can be at least water or filter sponge). And one of the ends of the scrap stirring sheet 51 around the stirring shaft 5 is provided with a left-curved first grinder portion 511, and the end of the scrap stirring sheet 51 has a shorter straight end portion 512, and then The end of the scrap agitating sheet 51 is further provided with a right-curved second grating portion 513, and the scrap agitating sheet 51 is further provided with the first grating portion 511, the straight end portion 512, and the second grating portion 513 It becomes a stirring piece group 514, and the stirring piece group 514 is arranged equidistantly and circularly from left to right on the stirring shaft 5 (as shown in Fig. 6).

The vehicle 2 of this creation runs on the rail according to the rolling wheel 36 of the standing joint 3 On the track 6, the rolling wheel 36 is driven by the moving element 35 to rotate the moving gear 351 through the moving chain 352 to move the vertical connecting portion 3 and back and forth above the track 6 and within a movable distance forward and backward. The carrier 2 does not limit the amount of the agitated object B that is stirred by the broken object stirring blade 51 within the movable distance of the front and rear, so the production and production of the agitated object B can be operated in a large amount at a time. The carrier 2 transports the liquid A stored in the liquid storage tank 21 according to the output pump 22 to the liquid mist spray head 24 and sprays it on the mixing object B. Then, the jacking power element 33 drives the jacking shaft 331 to pull down the jacking seat 32, and the jacking seat 32 is used to move the stirring shaft 5 down to rotate the broken object stirring blade 51 forward and backward to stir the stirring Material B, make the mixture B and the liquid A fully and uniformly stirred. In addition, the dust raised by the agitated substance B can be collected into the filter tank 25 by the suction dust collector 253, so that the air in the work area can effectively reduce dust pollution and prevent high-risk dust explosions in the work area. Furthermore, after the agitated substance B is uniformly stirred and needs to be stirred temporarily, or to prevent the agitated substance B from accumulating during agitation, the jacking shaft 331 can be driven by the jacking power element 33 to push the jacking seat 32 upward. Make the jacking seat 32 move up the stirring shaft 5 so that the broken stirring piece 51 is out of contact with the stirring object B (as shown in Figures 7 and 8; the liquid A may at least contain: water, bacterial seed liquid, Fertilizer solvent, bactericidal liquid, nutrient liquid or fermentation liquid; in addition, dust and dust explosion are not drawn and labeled here; in addition, please refer to Figures 5 and 6 for moving up the stirring shaft 5).

The mixing process of the mixing object B and the liquid A in this creation is performed by mixing the broken object mixing piece 51 with the straight end portion 512, and then cross the first grating portion 511 and the second grating portion 513 Knead and knead into granular agitated particles B1. According to this, the agitated particles B1 can facilitate the collection of the agitated substance B, and it can improve the usability and practical range of the agitated substance B to the cultivation of mushroom hyphae and plant roots. The air contact ratio increases the benefit. In addition, the stirring shaft 5 and the scrap agitating sheet 51 of the turning granulation device 1 have excellent strength, so the turning granulation device 1 can be applied to: livestock manure, various types of sludge and industrial debris. , Sugar factory filter sludge, slag cake, and straw sawdust, and various kinds of organic and inorganic wastes can also be used after the treatment of the turning and granulating device 1 (as shown in Figure 7; in addition, the cultivation of bacteria (Mushroom hyphae and plant roots are not drawn and labeled here).

From the above description, it can be known that the carrier 2 of this creation runs on the track 6 according to the rolling wheel 36 of the standing portion 3, and the rolling wheel 36 is driven by the moving element 35 to rotate through the moving gear 351. The moving chain 352 is linked to the track 6 and the front and rear movable distance Operate the vertical joint 3 and the carrier 2 away from the inside and reciprocatingly. The carrier 2 transports the liquid A stored in the liquid storage tank 21 according to the output pump 22 to the liquid mist nozzle 24 to spray on the stirring object B, and uses the jacking seat 32 to move the stirring shaft 5 down to rotate the The shreds stirring piece 51 reciprocates and stirs the stirring object B before and after, so that the stirring object B and the liquid A are fully and uniformly stirred, and the carrier 2 is not restricted to be stirred by the shreds within the movable distance of the front and back. 51. The number of stirrer B is the number of stirrers B, so it can be operated in large quantities at a time. The main excellent characteristics of the production and production of the stirrer B. According to this, it can be seen that the invention of this invention is indeed novel, progressive and industrial. Utilization of new patent requirements.

In addition, the dust raised by the mixing object B of this creation can be collected by the suction dust collector 253 into the filter tank 25, so that the air in the working area can effectively reduce dust pollution, and can prevent high risks in the working area A dust explosion occurred. Furthermore, after the stirring object B is uniformly stirred, and the stirring needs to be suspended, or another excellent feature to prevent accumulation of the stirring object B during stirring.

Furthermore, after the stirring material B of the present creation is uniformly stirred and the stirring needs to be temporarily suspended, or to prevent the stirring material B from accumulating during stirring, it can be precisely driven by the jacking power element 33 to drive the ejector shaft 331 to push up the jacking The base 32 allows the jacking base 32 to move the stirring shaft 5 upwards, so that the scrap stirring piece 51 and the stirring object B are out of contact with another excellent feature.

In addition, the mixing process of the mixing object B and the liquid A in this creation is performed by the mixing of the crushed object mixing blade 51 and the straight end portion 512, and then the first grating portion 511 and the second grating portion 513 is another excellent feature of B1, which is cross-kneaded into granular agitated material particles.

The technical content and technical characteristics of this creation have been disclosed above, but those familiar with this technology may still make various substitutions and modifications based on the disclosure of this creation that do not depart from the creative spirit of this case. Therefore, the scope of protection of this creation should not be limited to those disclosed in the embodiments, but should include various replacements and modifications that do not deviate from the present invention, and are covered by the scope of the new patent application.

1: Turning pelletizing device

2: Vehicle

21: reservoir

22: output pump

23: spray tube

24: Liquid mist nozzle

25: filter tank

251: Filter

252: guide tube

253: Suction dust collector

26: Dust shield

3: Vertical joint

31: Lifting window rail

311: Window

312: jacking track

32: jacking seat

33: jacking power components

331: ejector shaft

34: Stirring power element

341: Stirring Driving Gear

342: Stirring Chain

35: moving components

351: Moving Gear

352: moving chain

36: scroll wheel

361: Passive Gear

4: Rotating frame space

5: Mixing shaft

51: Crumbs stirring tablets

52: mixing gear

6: Orbit

Claims (3)

A turning-throwing granulation device, wherein the turning-throwing granulation device is provided with at least one carrier, the left and right sides of the carrier are extended with parallel vertical joints, and a rotating frame space is formed between the vertical joint and the carrier , And the carrier is distributed with liquid storage tanks, each of the liquid storage tanks is connected with an output pump, and the output pump is connected with a spray tube opposite to the area of the rotating frame space, and the spray tube is distributed facing the rotating frame space The liquid mist nozzle; and the vertical connecting portion is provided with at least: at least one jacking window rail, at least one jacking seat, at least one jacking power element, at least one stirring power element, at least one moving element; the jacking window rail There is a hollow window in the center, the front and rear sides of the window each have a jacking rail, the jacking rail is inlaid with a jacking seat that moves up and down the window, and the vertical connecting parts are relatively pivotally connected by the jacking seat There is a stirring shaft horizontally arranged in the space of the rotating frame. The stirring shaft is surrounded by debris stirring blades, and at least one end of the stirring shaft is fixedly connected with a stirring gear; the stirring power element at least rotates and drives a stirring driving gear, The stirring driving gear is overlapped with a stirring chain that links the stirring gear; the vertical connecting portion is fixedly connected with the lifting power element, the upper end of the lifting power element is provided with an upwardly extending ejector shaft, and the top end of the ejector shaft is connected with the Lifting seat; at least two pivotally connected rolling wheels are distributed under each vertical connecting portion, the lower edge of the rolling wheel protrudes below the vertical connecting portion, and at least one side of the rolling wheel is fixedly connected with a passive gear, the moving The component is at least screwed to drive a moving gear, and the moving gear overlaps with a moving chain linking the driven gear. The flipping granulation device according to claim 1, wherein the flipping granulation device is additionally provided with at least one parallel rail, and the rolling wheel below the standing portion is overlapped above the rail; and the carrier is at least A filter tank is added. The front and rear sides of the carrier have dust shields inclined downward; the filter tank has a filter body inside, and the filter tank is connected with a guide tube distributed below the dust shield. A suction dust collector is fixedly connected to the end of the tube. The turning-throwing granulation device according to claim 1, wherein a left-curved first grinder part is added to the end of one of the scrap stirring pieces around the stirring shaft, and the end of the scrap stirring piece has another The shorter straight end part, and the end of the shreds agitating sheet has a second right-curved grinning part, and the shreds agitating sheet has the first grinded portion, the straight end and the second The granulating part becomes a stirring sheet group, and the stirring sheet group is arranged equidistantly and circularly from left to right on the stirring shaft.

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