CN213913638U

CN213913638U - Turning and throwing granulating device

Info

Publication number: CN213913638U
Application number: CN202021874399.3U
Authority: CN
Inventors: 庄弘熙; 陈冠志
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-09-01
Filing date: 2020-09-01
Publication date: 2021-08-10
Anticipated expiration: 2030-09-01

Abstract

The utility model discloses a throw prilling granulator turns over wherein is equipped with the carrier, and this carrier stretches down has found portion, has the space of revolving rack between this found portion and this carrier. The upright connecting part is spliced with a jacking seat, the jacking seat is oppositely pivoted with a stirring shaft, the stirring shaft is provided with crushed material stirring sheets in a distributed mode, and the stirring shaft is fixedly connected with a stirring gear. The stirring power component is linked with the stirring gear. The vertical connection part is fixedly connected with the jacking power assembly, and a jacking shaft at the upper end of the jacking power assembly is connected with the jacking seat. Rolling wheels are distributed below the vertical connection part, and the side surfaces of the rolling wheels are fixedly connected with driven gears which are linked by the moving component. The utility model discloses but the preparation production of a large amount of operation stirred objects of single.

Description

Turning and throwing granulating device

Technical Field

The utility model relates to a stirring device, in particular to a reciprocating stirring shaft, wherein a stirring piece of the stirring shaft rotates to rub the stirring material into a granular turning and throwing granulating device.

Background

As shown in fig. 1, 2 and 3, a slide rail type stirring device 10 for stirring agricultural debris a0 includes a containing unit 20, a crown block unit 30 and a stirring unit 40. The receiving unit 20 has a receiving slot 201 and a pair of slide rails 202, and the pair of slide rails 202 are erected on the top sides of two opposite wall portions 203. The crown block unit 30 is mounted on the pair of rail portions 202, and the stirring unit mount 40 is provided on the crown block unit 30. The stirring unit 40 has a stirring power portion 401, a stirring portion 402 and a pulling/releasing power portion 403, wherein one end of the stirring power portion 401 is pivoted to the crown block unit 30, the other end thereof is used for driving the stirring portion 402 to stir in the accommodating groove portion 201, and the pulling/releasing power portion 403 is pivoted between the crown block unit 30 and the stirring portion 402. And the stirring unit 402 is driven to move to a lower position, a pulling-up inclination and a lifting-up horizontal position by telescopic way, so that the crown block unit 30 can perform stirring operation of the agricultural crushed material A0 in the accommodating groove part 201 by matching with the pulling-releasing power part 403 to move the stirring part 402 in a rotating way.

The slide rail type stirring device 10 is mainly used for stirring and mixing the additives of the agricultural crushed material A0 until the mixture is uniform, and the agricultural crushed material A0 at least comprises: wood chip fermentation of agricultural chips A0 for cultivating mushrooms is mixed with strains, the agricultural chips A0 fermentation product left in drying and storage is mixed with the mixture, agricultural chips A0 for rotting plant fertilizers are mixed with the fermentation product, agricultural chips A0 of culture media for various plants are mixed with the fermentation product, and agricultural chips A0 of agricultural feed for fish and livestock are mixed. However, the slide rail type stirring device 10 and all current machines can only be used for mixing the agricultural crushed material A0, and the single production quantity of the agricultural crushed material A0 is limited by the capacity of the containing groove 201, so it can be seen that the stirring and mixing technology of the current agricultural crushed material A0 still needs to be researched and improved again (as shown in FIGS. 1, 2 and 3; in addition, the detailed structure of the slide rail type stirring device 10 is referred to the slide rail type stirring device of Taiwan patent No. M583330; additives, strains and fermented materials are not shown and labeled here).

SUMMERY OF THE UTILITY MODEL

In view of the above, it is known that the single production quantity of the agricultural crushed material is limited by the capacity loss of the accommodating slot, so that the inventor is motivated to develop and develop the device in the direction of increasing the single production quantity of the agricultural crushed material, and thought by the inventor in many ways, it is considered that the transverse stirring shaft pivoted between the rotating frames is the best.

The utility model discloses a turning and throwing granulating device is provided with a carrier, parallel vertical connecting parts extend downwards from the left side and the right side of the carrier, a rotary frame space is formed between the vertical connecting parts and the carrier, liquid storage tanks are distributed on the carrier, each liquid storage tank is connected with an output pump, the output pump is connected with a spray pipe corresponding to the area of the rotary frame space, and liquid fog spray nozzles facing the rotary frame space are distributed on the spray pipe; and the vertical connection part is at least provided with: the device comprises at least one jacking window rail, at least one jacking seat, at least one jacking power assembly, at least one stirring power assembly and at least one moving assembly; the center of the jacking window rail is provided with a hollow window, the front side and the rear side of the window are respectively provided with a jacking rail, the jacking rail is embedded with a jacking seat which can move up and down on the window, a stirring shaft which is transversely arranged in the space of the rotating frame left and right is relatively pivoted between the vertical connecting parts by utilizing the jacking seat, the periphery of the stirring shaft is annularly provided with crushed material stirring pieces, and at least one end of the stirring shaft is fixedly connected with a stirring gear; the stirring power assembly is at least in rotary connection with a stirring driving gear, and the stirring driving gear is lapped with a stirring chain which links the stirring gear; the vertical connection part is fixedly connected with the jacking power assembly, the upper end of the jacking power assembly is provided with an upward extending jacking shaft, and the top end of the jacking shaft is connected with the jacking seat; at least two pivoted rolling wheels are distributed below each vertical connection part, the lower edges of the rolling wheels protrude out of the lower part of the vertical connection part, at least one driven gear is fixedly connected to the side surface of at least one rolling wheel, the moving assembly is at least in rotary connection with a moving gear in driving, and the moving gear is lapped with a moving chain which is linked with the driven gear.

The turning and throwing granulating device of the utility model is at least additionally provided with a parallel track, and the rolling wheel below the vertical connecting part is lapped above the track; the carrier is at least additionally provided with a filter tank, and the front side and the rear side of the carrier are also provided with dust shielding plates which extend obliquely downwards; the filter tank is also provided with a filter body inside, the filter tank is connected with a guide pipe distributed below the dust shield, and the tail end of the guide pipe is fixedly connected with an air suction dust collector. The stirring shaft is provided with a left-bent first particle rubbing part at the tail end of a crushed material stirring piece around the stirring shaft, a shorter straight tail part at the tail end of the crushed material stirring piece, a right-bent second particle rubbing part at the tail end of the crushed material stirring piece, the first particle rubbing part, the straight tail part and the second particle rubbing part form a stirring sheet group, and the stirring shaft is sequentially distributed with the stirring sheet group at equal intervals from left to right in an annular mode.

The utility model discloses aim at: the front side and the rear side of the carrier are provided with dust shielding plates which extend downwards in an inclined way; the filter tank is internally provided with a filter body and is connected with an air suction dust collector which is distributed below the dust shielding plate.

The utility model discloses another aim at: the crushed material stirring piece of the stirring shaft is formed into a stirring piece group by the first particle twisting part, the straight end part and the second particle twisting part.

Drawings

FIG. 1 is a schematic view of a used slide rail type stirring apparatus;

FIG. 2 is a schematic side sectional view of a used slide rail type stirring apparatus;

FIG. 3 is a schematic view of the operation of a used slide rail type stirring apparatus;

FIG. 4 is a schematic view of the turning and granulating apparatus of the present invention;

FIG. 5 is a schematic side view of the turning and throwing granulator of the present invention;

FIG. 6 is a schematic view of the stirring sheet assembly of the present invention;

FIG. 7 is an operation diagram of the turning and throwing granulator of the present invention comprising a stirring sheet set;

fig. 8 is an operation diagram of the vertical connection part of the present invention.

Symbolic illustration in the drawings:

(known)

A0 agricultural debris; 10 a slide rail type stirring device;

20 a housing unit; 201 an accommodation groove portion;

202 pairs of slide rail portions; 203 wall parts;

a 30-day vehicle unit; 40 a stirring unit;

401 a stirring power part; 402 a stirring section;

403, pulling and releasing the power part;

(the utility model)

A, liquid; b, stirring the mixture;

b1 blend particles; 1 turning and throwing a granulation device;

2, a carrier; 21 a liquid storage tank;

22 output pump; 23 a spray tube;

24 liquid mist spray heads; 25, a filter tank;

251 a filter body; 252 a guide tube;

253 a suction dust collector; 26 a dust shield;

3, a vertical connection part; 31 jacking the window rail;

311 windows; 312 jacking the rail;

32, lifting a seat; 33, jacking the power assembly;

331 ejecting the shaft; 34 a stirring power component;

341 stirring the driving gear; 342 stirring chain;

35 moving the assembly; 351 moving a gear;

352 moving the chain; 36 a scroll wheel;

361 a driven gear; 4, rotating a rack space;

5, stirring a shaft; 51 crushed material stirring pieces;

511 a first particle twisting part; 512 straight end portions;

513 a second particle rolling part; 514 stirring sheet group;

52 a stirring gear; 6 tracks.

Detailed Description

To further understand the present invention, the following examples are given.

The utility model relates to a turn over and throw prilling granulator 1, wherein, should turn over and throw prilling granulator 1 and be equipped with a carrier 2 at least, this carrier 2 is controlled and is stretched under the side and have parallel upright connecting portion 3, should upright connecting portion 3 and this carrier 2 between be formed with one and revolve a space 4, and this carrier 2 distributes and has liquid reserve tank 21, each this liquid reserve tank 21 is connected with an output pumping 22, this output pumping 22 is connected with relative this spray tube 23 of revolving a region of space 4, this spray tube 23 distributes and has the liquid fog shower nozzle 24 of revolving a space 3 towards this. The vertical connection part 3 is at least provided with: at least one jacking window rail 31, at least one jacking seat 32, at least one jacking power assembly 33, at least one stirring power assembly 34 and at least one main power assembly 35. The center of the lifting window rail 31 is provided with a hollow window 311, the front and rear sides of the window 311 are respectively provided with a lifting rail 312, the lifting rail 312 is spliced with a lifting seat 32 which moves up and down on the window 311, a stirring shaft 5 which is transversely arranged in the rotating frame space 4 at left and right is relatively pivoted between the vertical connecting parts 3 by utilizing the lifting seat 32, the periphery of the stirring shaft 5 is annularly provided with crushed material stirring pieces 51, and at least one end of the stirring shaft 5 is fixedly connected with a stirring gear 52. The stirring power assembly 34 is at least rotatably driven by a stirring driving gear 341, and the stirring driving gear 341 is connected with a stirring chain 342 for linking the stirring gear 52. The vertical connection part 3 is fixedly connected with the jacking power assembly 33, the upper end of the jacking power assembly 33 is provided with an upward extending jacking shaft 331, and the top end of the jacking shaft 331 is connected with the jacking seat 32. At least two pivoted rolling wheels 36 are distributed below each vertical connection part 3, the lower edge of each rolling wheel 36 protrudes below the vertical connection part 3, at least one side surface of each rolling wheel 36 is fixedly connected with at least one driven gear 361, the moving component 35 is at least rotatably connected with and driven by a moving gear 351, and a moving chain 352 (shown in fig. 4 and 5) for linking the driven gear 361 is lapped on the moving gear 351.

The utility model discloses a should turn over throwing prilling granulator 1 and add a parallel track 6 at least, this 6 tops of track overlap joint have this wheel 36 that rolls of this portion 3 below that connects immediately again. The carrier 2 is at least provided with a filter tank 25, and the front and rear sides of the carrier 2 are provided with dust shielding plates 26 extending obliquely downwards. The filter tank 25 is further provided with a filter 251, the filter tank 25 is connected with a guide tube 252 distributed below the dust shielding plate 26, and the end of the guide tube 252 is fixedly connected with a suction dust collector 253 (as shown in fig. 4 and 5; in addition, the filter tank 25 can be at least water or filter sponge). The end of a crushed material stirring blade 51 around the stirring shaft 5 is additionally provided with a left-bent first particle rubbing part 511, the end of the crushed material stirring blade 51 is further provided with a shorter straight end part 512, the end of the crushed material stirring blade 51 is further provided with a right-bent second particle rubbing part 513, the first particle rubbing part 511, the straight end part 512 and the second particle rubbing part 513 of the crushed material stirring blade 51 form a stirring blade group 514, and the stirring shaft 5 is sequentially equidistantly and annularly provided with the stirring blade group 514 from left to right (as shown in fig. 6).

The utility model discloses a this carrier 2 moves on this track 6 according to this rolling wheel 36 with this upright portion 3 of connecting, this rolling wheel 36 connects driven this removal gear 351 soon with this removal subassembly 35 through this removal chain 352 interlock in this track 6 top and preceding, back movable distance, this upright portion 3 of reciprocating operation and this carrier 2, do not restrict the stirring thing B quantity of stirring by this junk stirring piece 51 in the front and back movable distance, so can the single preparation production of this stirring thing B of a large amount of operations. The carrier 2 transports the liquid A stored in the liquid storage tank 21 to the liquid mist nozzle 24 by the output pump 22 to spray on the stirring object B. Then, the jacking power assembly 33 drives the jacking shaft 331 to pull down the jacking seat 32, and the jacking seat 32 moves down the stirring shaft 5 to rotate the crushed material stirring piece 51 to reciprocate back and forth to stir the stirred material B, so that the stirred material B and the liquid a are fully and uniformly stirred. And the dust raised by the stirring object B can be collected into the filter tank 25 by the suction dust collector 253, so that the dust pollution of the air in the operation range is effectively reduced, and the high-risk dust explosion in the operation range can be avoided. After the stirring object B is stirred uniformly, and stirring is required to be suspended, or accumulation of the stirring object B is prevented, the jacking seat 32 is pushed up by driving the jacking shaft 331 according to the jacking power assembly 33, the jacking seat 32 is moved up by the stirring shaft 5 to separate the stirring blade 51 from the stirring object B (as shown in fig. 7 and 8; the liquid a at least may include water, a strain liquid, a fertilizer solvent, a sterilizing liquid, a nutrient solution or a fermentation liquid; further, dust and dust explosions are not shown and labeled here; further, the stirring shaft 5 is moved up with reference to fig. 5 and 6).

The utility model discloses a stirring process of this stirring thing B and this liquid A is with this garrulous thing stirring piece 51 cooperation this straight end portion 512 execution stirring, again with this first grain portion 511 of rubbing with the hands and this second grain portion 513 alternately rub with the hands become granular stirring thing granule B1, outside this stirring thing granule B1 can make things convenient for this stirring thing B to collect in view of the above, has again and promotes this stirring thing B usability and practical range to the air contact proportion increase benefit of cultivating mushroom class hypha, root of plants. In addition, the stirring shaft 5 and the crushed material stirring sheet 51 of the turning and throwing granulation device 1 have excellent strength, so that the turning and throwing granulation device 1 can be applied to: the turning and throwing granulator 1 can be used after treating livestock manure, various types of sludge and industrial debris garbage, sugar mill filter mud, dregs and cakes, straw sawdust and various organic and inorganic wastes (as shown in figure 7; the hypha and the plant roots of the cultivated mushrooms are not shown and labeled here).

As can be seen from the above description: the utility model discloses a this carrier 2 moves on this track 6 according to this rolling wheel 36 of this portion 3 that found, and this rolling wheel 36 connects driven this removal gear 351 soon with this removal subassembly 35 and passes through this removal chain 352 interlock in this track 6 top and preceding, back movable distance, this portion 3 that found and this carrier 2 of reciprocal function. The carrier 2 transports the liquid A stored in the liquid storage tank 21 to the liquid fog spray head 24 according to the output pump 22 to spray on the stirring object B, and the stirring shaft 5 is moved downwards by the jacking seat 32 to rotate the stirring piece 51 to reciprocate back and forth to stir the stirring object B, so that the stirring object B and the liquid A are fully and uniformly stirred, and the number of the stirring objects B stirred by the stirring piece 51 is not limited in the front-back movable distance of the carrier 2, therefore, the main excellent characteristic of manufacturing and producing the stirring object B in a large scale can be operated at a time.

Moreover, the dust raised by the stirrer B of the present invention can be collected into the filter tank 25 by the suction dust collector 253, so that the air in the operation range is effectively reduced to cause dust pollution, and the high risk dust explosion in the operation range can be avoided. Moreover, after the stirring object B is uniformly stirred, the stirring needs to be suspended, or another excellent characteristic that the stirring object B is prevented from being accumulated during stirring is provided.

Furthermore, the utility model discloses a stirring thing B is behind the stirring to and need postpone the stirring, or produces when preventing that stirring thing B from stirring and pile up, can drive this ejecting axle 331 according to this jacking power component 33 and push up this jacking seat 32 just, make this jacking seat 32 shift up this (mixing) shaft 5 let this garrulous thing stirring piece 51 and stirring thing B break away from another excellent characteristics of contact.

The technical contents and features of the present invention have been disclosed as above, however, those skilled in the art may still make various substitutions and modifications based on the disclosure of the present invention without departing from the spirit of the present invention. Therefore, the protection scope of the present invention should not be limited to the embodiments disclosed, but should include various alternatives and modifications without departing from the invention, and be covered by the claims of the present invention.

Claims

1. A turning and throwing granulating device is characterized in that the turning and throwing granulating device is at least provided with a carrier, parallel vertical connecting parts extend downwards from the left side and the right side of the carrier, a rotary frame space is formed between the vertical connecting parts and the carrier, liquid storage tanks are distributed on the carrier, each liquid storage tank is connected with an output pump, the output pumps are connected with atomizing pipes corresponding to the area of the rotary frame space, and liquid fog spray heads facing the rotary frame space are distributed on the atomizing pipes; and the vertical connection part is at least provided with: the device comprises at least one jacking window rail, at least one jacking seat, at least one jacking power assembly, at least one stirring power assembly and at least one moving assembly; the center of the jacking window rail is provided with a hollow window, the front side and the rear side of the window are respectively provided with a jacking rail, the jacking rail is embedded with a jacking seat which can move up and down on the window, a stirring shaft which is transversely arranged in the space of the rotating frame left and right is relatively pivoted between the vertical connecting parts by utilizing the jacking seat, the periphery of the stirring shaft is annularly provided with crushed material stirring pieces, and at least one end of the stirring shaft is fixedly connected with a stirring gear; the stirring power assembly is at least in rotary connection with a stirring driving gear, and the stirring driving gear is lapped with a stirring chain which links the stirring gear; the vertical connection part is fixedly connected with the jacking power assembly, the upper end of the jacking power assembly is provided with an upward extending jacking shaft, and the top end of the jacking shaft is connected with the jacking seat; at least two pivoted rolling wheels are distributed below each vertical connection part, the lower edges of the rolling wheels protrude out of the lower part of the vertical connection part, at least one driven gear is fixedly connected to the side surface of at least one rolling wheel, the moving assembly is at least in rotary connection with a moving gear in driving, and the moving gear is lapped with a moving chain which is linked with the driven gear.

2. A turning and granulating apparatus as claimed in claim 1, wherein the turning and granulating apparatus is additionally provided with at least one parallel rail, and the rolling wheel below the standing part is overlapped above the rail; the carrier is at least additionally provided with a filter tank, and the front side and the rear side of the carrier are also provided with dust shielding plates which extend obliquely downwards; the filter tank is also provided with a filter body inside, the filter tank is connected with a guide pipe distributed below the dust shielding plate, and the tail end of the guide pipe is fixedly connected with an air suction dust collector.

3. A turning and throwing granulator according to claim 1 wherein the stirring shaft has a left-bent first particle-kneading part at the end of a particle-kneading blade, a shorter straight end part at the end of the particle-kneading blade, a right-bent second particle-kneading part at the end of the particle-kneading blade, the first particle-kneading part, the straight end part and the second particle-kneading part forming a stirring sheet set, and the stirring shaft is sequentially equidistantly and annularly provided with the stirring sheet sets from left to right.