CN217337263U - Box type automatic uniform-stacking and splicing machine - Google Patents

Abstract

The utility model relates to a tea processing technology field discloses an automatic even makeup machine swing platform of piling of box, the swing loop wheel machine, remove defeated and remove to erect on even heap machine, the defeated end of installing at the defeated end of material loading gooseneck of material loading swing, the defeated feed end of material loading swing is located the swing platform top, the swing platform spanes and installs on even heap machine, the defeated discharge end of material loading swing is installed on the swing loop wheel machine, through the roating seat with remove defeated swing of linking to each other, the swing loop wheel machine spanes and installs on even heap machine, it installs on two driving tracks at two borders of even heap machine box through the gyro wheel to remove the frame, remove defeated ground of moving and erect on removing the frame, the swing platform is higher than and removes defeatedly. The blending machine adopts swing conveying of left-right swing, realizes the swing of the position by matching with a swing platform, moves to convey and is matched with the swing conveying to convey the cloth on the uniform-stacking machine, moves to convey and changes the rotation direction of the conveying belt under the control of a motor to finish reverse cloth, can realize various blending modes of linear or snake-shaped cloth, and fully automatically improves the productivity.

Description

Box type automatic uniform-stacking and splicing machine

Technical Field

The utility model relates to a tea processing technology field especially relates to an automatic even machine of piecing together of piling of box.

Background

The blending is the mixing of tea particles and is the process from the initial unmixed state to the random fully mixed state of tea particles. The uniform blending is an important link in the tea refining processing process flow, and different batches of tea with different product numbers or different production places and different grades are mixed according to a certain proportion through manpower or machinery, so that the tea meets the process requirement of uniform blending, the effects of consistency of the taste, liquor color, appearance and the like of finished tea are ensured, and the requirements of customers on the quality and price of the finished tea are met.

The traditional even-stacking splicing is generally formed by uniformly mixing a shovel and a rake in a metal hopper or a cement tank manually or by adopting a simple mechanical production mode of spreading materials by a conveyor and uniformly stacking and discharging and opening materials by a conveying belt, so that the splicing proportion is not uniform, the manual labor intensity and workload are large, the production efficiency is low, and the secondary pollution hidden danger of products with poor sanitary conditions, large dust amount and the like exists in manual splicing operation.

The utility model discloses a chinese utility model patent that publication number is CN206227530U discloses a tealeaves even blending machine, even blending machine is equipped with the discharge conveyor, gear motor draw gear, the box, the cloth driving, the feeding driving, the driving guide rail, the conveyer of piling up, overhaul stair, patrol and examine the platform, the baffle of piling up, the conveyer belt of piling up, harrow tea set, the discharge bin door, tealeaves even piling up is equipped with the mechanization, degree of automation is higher, and the operation is thus simple, the maintenance of equipment is easy, but this kind of tealeaves even blending machine still has some not enough, box structure function is comparatively simple, production efficiency is lower, can't satisfy the high energy demand.

SUMMERY OF THE UTILITY MODEL

The utility model discloses even heap collator to among the prior art can't satisfy the high output demand, provides an automatic even heap collator of box, and multiple blending mode can be realized to this collator, improves the productivity.

In order to solve the technical problem, the utility model discloses a following technical scheme can solve: the utility model provides an automatic blending machine of refining of box, includes that the material loading gooseneck is defeated, the material loading swing is defeated, swing platform, swing loop wheel machine, removal are defeated, are removed the frame, the refining machine, ejection of compact gooseneck are defeated, swing platform, swing loop wheel machine, removal are defeated and are removed the frame and erect on the refining machine, the defeated end of installing at the material loading gooseneck is failed in the material loading swing, the defeated feed end of material loading swing is located the swing platform top, swing platform spanes and installs on the refining machine, the defeated discharge end of material loading swing is installed on the swing loop wheel machine, is connected the swing through roating seat and removal, the swing loop wheel machine spanes and installs on the refining machine, remove the frame and install on two driving tracks at refining machine box both sides edge through the gyro wheel, remove defeated movably to erect and remove on removing the frame, swing platform is higher than to remove defeatedly.

Furthermore, a transverse moving roller pillow is arranged on the moving frame, a longitudinal roller shaft structure is arranged at the bottom of the moving frame, and the moving roller shaft structure is erected on the roller pillow and can move left and right on the roller pillow.

Further, the length of the uniform stacker is twice of the length of the movable conveyor, and the length of the movable conveyor is the same as that of the swing platform.

Further, the moving conveying belt can rotate leftwards and rightwards under the driving of the motor.

Further, a material mixing and stirring roller is arranged at the tail end of the conveying belt of the uniform stacking machine.

Furthermore, the conveying belts on the feeding gooseneck conveying machine, the feeding swing conveying machine, the swing platform, the mobile conveying machine, the uniform stacking machine and the discharging gooseneck conveying machine are all driven by motors.

The utility model discloses owing to adopted above technical scheme, have apparent technological effect: the uniform-piling and splicing machine with the structure adopts the swing of the left and right swing type to realize the swing uniform-piling material distribution of the position by matching with the swing platform, simultaneously moves the swing of the swing type to realize the material distribution on the uniform-piling machine, moves the material distribution to change the rotating direction of the conveying belt to complete the reverse material distribution under the control of the motor, and is provided with a material mixing and stirring roller at the conveying end of the uniform-piling machine to realize the mixed material discharging of different tea leaves uniformly piled on the uniform-piling machine.

Drawings

FIG. 1 is a schematic view of the top view structure of the box-type automatic uniform-stacking and splicing machine of the present invention;

FIG. 2 is a schematic view of a side view structure of the box-type automatic uniform-batch assembler of the invention;

FIG. 3 is a schematic structural view of the movable frame of the box-type automatic even-piling and assembling machine of the present invention

Wherein, 1, feeding gooseneck conveying; 2. feeding and swinging; 3. a swing platform; 4. swinging the crane; 5. moving and conveying; 6. a movable frame; 7. a uniform stacking machine; 8. discharging and conveying goosenecks; 9. a rotating base; 10. a roller; 11. a roller pillow; 12. a roll shaft structure; 13. compounding stirring roller.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings and examples.

As shown in fig. 1 to 3, a box type automatic leveling and blending machine comprises a feeding gooseneck conveyor 1, a feeding swing conveyor 2, a swing platform 3, a swing crane 4, a moving conveyor 5, a moving frame 6, a leveling machine 7 and a discharging gooseneck conveyor 8, wherein the swing platform 3, the swing crane 4, the moving conveyor 5 and the moving frame 6 are erected on the leveling machine 7, the feeding swing conveyor 2 is installed at the tail end of the feeding gooseneck conveyor 1, the feeding end of the feeding swing conveyor 2 is positioned above the swing platform 3, the swing platform 3 is installed on the leveling machine 7 in a crossing manner, the discharging end of the feeding swing conveyor 2 is installed on the swing crane 4 and connected with the moving conveyor 5 through a rotary seat 9 to swing, the swing crane 4 is installed on the leveling machine 7 in a crossing manner, the moving frame 6 is installed on two travelling rails at two edges of a box body of the leveling machine 7 through rollers 10, the moving conveyor 5 is movably erected on the moving frame 6, the swing platform 3 is higher than the moving conveyor 5.

The moving frame 6 is provided with a transverse moving 5 roller pillow 11, the bottom of the moving 5 is provided with a longitudinal roller structure 12, and the roller structure 12 of the moving 5 is erected on the roller pillow 11 and can move left and right on the roller pillow 11.

The length of the leveling machine 7 is twice of that of the moving conveyor 5, and the moving conveyor 5 and the swing platform 3 have the same length.

The conveying belt of the moving conveyor 5 can rotate leftwards and rightwards under the driving of the motor.

The tail end of a conveying belt of the uniform stacker 7 is provided with a material mixing and stirring roller 13.

The conveying belts on the feeding gooseneck conveyor 1, the feeding swing conveyor 2, the swing platform 3, the moving conveyor 5, the uniform stacking machine 7 and the discharging gooseneck conveyor 8 are all driven by motors.

Example 1

The raw materials are conveyed and conveyed in a swinging mode through a feeding gooseneck, the materials are fed to a swinging platform, the swinging platform rotates around a rotating seat, one end of a swinging crane is moved to a material distribution position, meanwhile, the moving crane is also moved to a first material distribution position, and the materials are distributed to the front half section of the uniform stacking machine; after the front half section is distributed with materials, the moving and conveying motor rotates reversely, the moving and conveying starts to distribute the materials to the rear half section, and the materials of different tea leaves are distributed layer by layer;

after the material distribution position is finished, the swing platform rotates around the rotating seat, one end of the swing crane is moved to the middle material distribution position, and the previous material distribution operation is repeated until the material distribution of different tea leaves is finished layer by layer on the material distribution position;

after the material distribution position is finished, the swing platform rotates around the rotating seat, one end of the swing crane is moved to the last material distribution position, and the previous material distribution operation is repeated until the material distribution of different tea leaves is finished layer by layer on the material distribution position;

the tea leaves with the distributed materials are scattered, mixed uniformly and discharged on a uniform stacking machine, and then the next procedure is carried out.

Example 2

The raw materials are conveyed and conveyed in a swinging mode through a feeding gooseneck, the raw materials are fed to a swinging platform, the swinging platform rotates around a rotating seat, one end of the swinging crane swings for distributing while distributing, meanwhile, the moving conveyor also moves to a corresponding distributing position, and the raw materials begin to be distributed in a snake shape towards the front half section of the uniform stacking machine; after the front half section is distributed with materials, the motor for moving and conveying rotates reversely, the moving and conveying starts to distribute the materials in a snake shape to the rear half section, and the materials of different tea leaves are distributed in a layer; until all the tea leaves are distributed on the distributing position layer by layer, the distribution is finished; the tea leaves with the distributed materials are scattered, mixed uniformly and discharged on a uniform stacking machine, and then the next procedure is carried out.

The operating principle of the uniform-stacking distributing machine is as follows: the tea leaf distributing machine has the advantages that tea leaves in different batches are sequentially spread layer by layer on the uniform stacker by utilizing the feeding gooseneck conveying, the swinging platform and the moving conveying, the large-sized conveying belt consistent with the width of a uniform stacker box body is arranged at the bottom of the uniform stacker, the swinging conveying and the swinging platform of the blending machine can be moved left and right, the moving conveying is driven by a moving frame, the tea leaves can move back and forth on travelling rails at two edges of the uniform stacker box body to distribute, after the materials are distributed at one end of the uniform stacker, the motor for moving the conveying is reversed, the materials at the other end are continuously distributed until the materials are completely distributed, the tea leaves in different batches are distributed layer by layer, after the materials are distributed, the large-sized conveying belt on the uniform stacker conveys one end of the material mixing and stirring roller, the tea leaves are scattered and uniformly mixed by the material stirring roller, and then the tea leaves are conveyed out by the discharging gooseneck.

Claims (6)

1. The utility model provides an automatic even machine of piecing together of piling of box which characterized in that: defeated, swing platform, swing loop wheel machine, removal are defeated, are moved to the material loading gooseneck, are moved frame, blending machine, ejection of compact gooseneck are defeated, swing platform, swing loop wheel machine, removal are defeated and are moved the frame and erect on blending machine, the defeated end of installing at the defeated of material loading gooseneck of material loading swing, the defeated feed end of material loading swing is located the swing platform top, swing platform spanes and installs on blending machine, the defeated discharge end of material loading swing is installed on the swing loop wheel machine, is connected the swing through the roating seat and removal, the swing loop wheel machine spanes and installs on blending machine box two driving tracks on both sides border, removes defeatedly movably to erect and move on the frame, and swing platform is higher than and removes defeatedly.

2. The automatic box type uniform-stacking and splicing machine according to claim 1, wherein: the movable rack is provided with a transverse movable roller pillow, the bottom of the movable rack is provided with a longitudinal roller structure, and the movable roller structure is erected on the roller pillow and can move left and right on the roller pillow.

3. The automatic box type uniform-stacking and splicing machine according to claim 1, wherein: the length of the uniform stacker is twice of the length of the movable conveyor, and the movable conveyor and the swing platform are the same in length.

4. The automatic box type uniform-stacking and splicing machine according to claim 1, wherein: the movable conveying belt can rotate leftwards and rightwards under the driving of a motor.

5. The automatic box type uniform-batch assembling machine according to claim 1, characterized in that: and a material mixing and stirring roller is arranged at the tail end of the conveying belt of the uniform stacking machine.

6. A box-type automatic level-mixing and blending machine according to any one of claims 1 to 5, characterized in that: and the feeding gooseneck conveying belt, the feeding swing conveying belt, the swing platform, the movable conveying belt, the uniform stacking machine and the discharging gooseneck conveying belt are driven by a motor.

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