CN215471589U

CN215471589U - Discharging mechanism used after food slicing

Info

Publication number: CN215471589U
Application number: CN202122359811.9U
Authority: CN
Inventors: 李太玉; 王贵满; 李陈希
Original assignee: Hunan Huidang Intelligent Technology Co ltd
Current assignee: Hunan Huidang Intelligent Technology Co ltd
Priority date: 2021-09-28
Filing date: 2021-09-28
Publication date: 2022-01-11
Anticipated expiration: 2031-09-28

Abstract

The utility model discloses a discharging mechanism for sliced food, which comprises a slicing mechanism for slicing, a posture adjusting and discharging mechanism for posture adjusting and discharging, and a discharging belt conveyor. The utility model can realize active discharging, namely, after the food clamped by the electric claw fingers of the clamping mechanism is cut, the food moves in the direction opposite to the overall process direction of the food (namely, reverse discharging), and the direction is also on a return path for the electric claw fingers to clamp the next food again, thereby greatly saving time, and integrating the posture adjusting device and the blanking device into a whole, so that the food, such as betel nuts, can be discharged smoothly.

Description

Discharging mechanism used after food slicing

Technical Field

The utility model relates to the field of discharging equipment for food production, in particular to a discharging mechanism for sliced food.

Background

In the traditional slicing machine for food to be cut, such as an areca slicing machine, because areca is sliced by fixing the areca in a mold with a certain shape, the mold is opened after the cutting of the areca is finished, so that the areca can be directly dropped by the gravity of the areca, and the discharging mode can not meet the production requirement. The discharging of betel nuts is a difficult point. As the areca nuts with certain viscosity are possibly adhered to the grinding tool and are difficult to fall off, when the areca nuts are adhered to the die and the clamp, the areca nuts are blocked or secondary entering of the areca nuts into the die or secondary clamping of the clamp is influenced, so that subsequent slicing operation is further influenced.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a discharging mechanism used after food slicing.

The technical scheme for realizing the purpose of the utility model is as follows: the utility model provides a discharge mechanism for after food section, is including being used for sliced slicer mechanism, being used for transferring the appearance of accent appearance and the unloading mechanism of appearance unloading, still includes ejection of compact belt feeder, it is the unloading feed inlet to transfer the below behind the unloader of appearance and unloading mechanism, the unloading feed inlet is formed around by the tail end of feed mechanism, slicer mechanism's backing plate front end, the below of unloading feed inlet is ejection of compact belt feeder, ejection of compact belt feeder passes fixture's electric claw finger setting.

Preferably, the discharging belt conveyor comprises a driving end bearing seat and a driven end bearing seat, a mesh belt used for feeding is arranged between the driving end bearing seat and the driven end bearing seat, the discharging belt conveyor further comprises a speed reducing motor and a transmission belt, and the speed reducing motor drives a synchronous belt pulley on the driving bearing seat and a shaft to rotate through the transmission belt, so that the mesh belt on the shaft runs.

As preferred, transfer appearance and unloading mechanism includes mounting panel (1001), the mounting panel tow sides is equipped with respectively and transfers appearance device and unloader, transfer the appearance device and be used for treating the cutting food and carry out the compaction leveling, unloader is used for with the food scraping after the cutting extremely on the unloading belt under the unloading feed inlet.

Preferably, the posture adjusting device comprises a posture adjusting guide rail and a posture adjusting cylinder which are arranged on the mounting plate, and further comprises a posture adjusting slider arranged on the posture adjusting guide rail and a posture adjusting connecting piece arranged on the posture adjusting slider, wherein a posture adjusting pressing sheet is arranged at the lower end of the posture adjusting connecting piece, and the posture adjusting cylinder drives the posture adjusting slider to slide up and down on the posture adjusting guide rail so that the posture adjusting pressing sheet is pressed down to realize compaction and leveling.

Preferably, the blanking device comprises a blanking guide rail and a blanking cylinder which are arranged on the mounting plate, and further comprises a blanking sliding block arranged on the blanking guide rail and a blanking connecting piece arranged on the blanking sliding block, wherein a blanking pressing sheet is arranged at the lower end of the blanking connecting piece, and the blanking cylinder slides up and down on the blanking guide rail by driving the blanking sliding block, so that the blanking pressing sheet presses down in advance to block the slices stuck on the fingers of the electric claw to realize blanking.

By adopting the technical scheme, the utility model has the following beneficial effects: (1) the areca nut cutting device can realize active discharging through the structure, namely, after areca nuts clamped by the electric claw fingers of the clamping mechanism are cut, the clamp is not loosened, the areca nuts are continuously clamped, the areca nuts move in the direction opposite to the overall process direction of the areca nuts (namely, reverse discharging), the direction is the return path for the electric claw fingers to clamp the next areca nuts again, and the electric claw fingers are loosened at a certain position of the path, so that the influence of the cut areca nut pieces on an areca nut cutting unit can be effectively avoided, and the time is saved.

(2) The device has a smart structure, integrates the posture adjusting device and the blanking device into a whole, greatly saves occupied space, enables the betel nut pieces to smoothly fall onto the conveying belt from the electric claw fingers to realize smooth discharging, and greatly improves the working efficiency.

(3) The cut areca-nut pieces are released in the process of taking materials in the return stroke of the fingers of the electric claw, so that the time is saved.

Drawings

In order that the present disclosure may be more readily and clearly understood, reference is now made to the following detailed description of the present disclosure taken in conjunction with the accompanying drawings, in which

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic structural view of the discharge belt conveyor of the present invention;

FIG. 3 is a front view of the attitude adjusting and blanking mechanism of the present invention;

FIG. 4 is a schematic structural view of the slicing mechanism according to the present invention;

fig. 5 is a schematic structural view of the clamping mechanism.

Detailed Description

Example one

See fig. 1 to 5, the discharge mechanism for food after section of this embodiment, including being used for sliced slicer mechanism 9, being used for transferring the appearance of accent appearance unloading and unloading mechanism 10, still include ejection of compact belt feeder 11, the below is the unloading feed inlet behind the unloader of accent appearance and unloading mechanism, the unloading feed inlet is surrounded by the tail end of feed mechanism 7, the backing plate front end of slicer mechanism 9 and forms, the below of unloading feed inlet is the ejection of compact belt feeder, the ejection of compact belt feeder passes the setting of gripper mechanism 8's electric claw finger 810.

The discharging belt conveyor comprises a driving end bearing seat 1105 and a driven end bearing seat 1101, a mesh belt 1102 used for feeding is arranged between the driving end bearing seat and the driven end bearing seat, and the discharging belt conveyor further comprises a speed reducing motor 1104 and a transmission belt 1103, wherein the speed reducing motor drives a synchronous belt wheel on the driving bearing seat and a shaft to rotate through the transmission belt, so that the mesh belt on the shaft runs. Baffles 1106 are further arranged on two sides of the mesh belt, and the baffles and the mesh belt form an accommodating space together. According to the cut areca-nut piece, the finger of the electric claw clamps the base plate of the slicing mechanism, so that the next cutting of the slicing mechanism is not influenced; through a posture adjusting and blanking mechanism 10, no matter whether the cut areca-nut pieces are sticky or not, the areca-nut pieces can smoothly fall onto the mesh belt 1102, and smooth discharging can be realized through the transportation of a discharging belt conveyor 11; the cut areca-nut pieces are released in the process of taking materials in the return stroke of the electric claw finger 810, so that the time is saved; the material taking and discharging are finished in a narrow channel, and the structure is compact. And this discharge mechanism, according to sliced passageway quantity difference, can be equipped with the discharge mechanism of corresponding quantity, each discharge mechanism independent operation does not interfere each other.

Transfer appearance and unloading mechanism and include mounting panel 1001, the mounting panel tow sides is equipped with respectively transfers appearance device and unloader, transfer appearance device to be used for treating the cutting sesame oil and carry out the compaction leveling, unloader is used for scraping the sesame oil after the cutting extremely on the unloading belt under the unloading feed inlet.

Transfer appearance device including locating accent appearance guide rail 1006 and accent appearance cylinder 1007 on the mounting panel, still including locating the accent appearance slider of transferring on the appearance guide rail and locating the accent appearance connecting piece 1008 of transferring on the appearance slider, it is equipped with and transfers appearance preforming 1009 to transfer appearance connecting piece lower extreme, transfer the appearance cylinder and transfer the appearance slider and transfer the appearance guide rail and slide from top to bottom through driving, make it pushes down to realize the compaction leveling to transfer the appearance preforming. According to the utility model, the discharging mechanism used after slicing the food can actively and smoothly discharge the sliced betel nut sheet no matter whether the sliced betel nut sheet is sticky or not.

The blanking device comprises a blanking guide rail 1002 and a blanking cylinder 1003 which are arranged on a mounting plate, and further comprises a blanking sliding block arranged on the blanking guide rail and a blanking connecting piece 1004 arranged on the blanking sliding block, wherein a blanking pressing sheet 1005 is arranged at the lower end of the blanking connecting piece, and the blanking cylinder slides up and down on the blanking guide rail by driving the blanking sliding block, so that the blanking pressing sheet presses down in advance to block slices stuck on fingers of the electric claw to realize blanking.

The adjusting device and the blanking device are provided with a plurality of groups, each group comprises two adjusting devices and two blanking devices which are arranged on the front surface and the back surface of the mounting plate, and the orientations of the two L-shaped adjusting pressing sheets of the two adjusting devices are arranged oppositely. And in a multi-channel discharging mode, all channels are not interfered with each other.

In specific implementation, when the fingers 810 of the electric claw reach the end of the feeding mechanism and the betel nut position below the posture adjusting pressing sheet, the fingers 810 of the electric claw clamp the betel nuts to loosen, the posture adjusting pressing sheet 1009 presses downwards under the action of the posture adjusting cylinder, the electric claw continuously clamps the betel nuts to be cut after being pressed, the posture adjusting pressing sheet 1009 lifts upwards to finish posture adjustment, the blanking pressing sheet 1005 is at the highest position, the electric claw clamps the betel nuts to be cut to pass through the lower part of the blanking pressing sheet 1005, the fingers of the electric claw clamping the betel nuts move continuously to the lower part of the cutter to stop, at the moment, the blades 912 of the slicing mechanism of the application complete slicing the betel nuts clamped by the fingers 810 of the electric claw arranged on the backing plate 913, the blades 912 lift, the fingers 810 of the electric claw still clamp the cut betel nuts to move towards the material taking direction, and move to a feeding port surrounded by the feeding mechanism 7, the two material blocking plates 1106 and the backing plate 913, the blanking pressing sheet 1005, and the blanking pressing sheet 1005 moves downwards in advance along the blanking guide 1002 direction, the lowest height of the blanking pressing sheet 1005 is smaller than the height of the clamped areca-nut sheet, the maximum opening width of the electric claw is larger than the width of the blanking pressing sheet 1005, the cut areca-nut is clamped by the electric claw and returns, then the electric claw opens to release the areca-nut, all the areca-nut sheets needing to be discharged are actively scraped off under the obstruction of the blanking pressing sheet 1005 of the posture adjusting and blanking mechanism 10, and the areca-nut sheets smoothly fall onto the mesh belt 1102 of the discharging belt conveyor 11; then the electric claw continues to go back again, then the blanking tabletting 1005 returns upwards along the blanking guide rail 1002 under the action of the blanking cylinder 1003, is lifted up, continues to keep the highest position, and waits for the next circulation. After the betel nut pieces are released by the electric claw fingers 810, the electric claw fingers continue to move towards the material taking direction, and when the electric claw fingers reach the next betel nut position on the feeding mechanism 7, the next betel nut is clamped; and the areca chips falling onto the mesh belt 1102 of the discharge belt conveyor 11 come out from the right tail end of the mesh belt 1102 into the collection trolley of the areca along with the operation of the discharge belt conveyor 11, and the discharging is finished. Thus, the material taking, slicing, blanking and discharging are circularly and repeatedly operated continuously.

The discharging belt conveyor 11 is arranged below the backing plate 913 and the feeding mechanism 7 and penetrates through the electric claw fingers 810, and the whole material taking, slicing and discharging are completed in a narrow channel; and the multi-channel discharging mode is adopted, and the channels are not interfered with each other.

The above-mentioned embodiments are intended to illustrate the objects, technical solutions and advantages of the present invention in further detail, and it should be understood that the above-mentioned embodiments are only exemplary embodiments of the present invention, and are not intended to limit the present invention, and any modifications, equivalents, improvements and the like made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims

1. The utility model provides a discharge mechanism for after food section which characterized in that: including being used for sliced slicer mechanism, being used for transferring the accent appearance and the unloading mechanism of appearance unloading, still include ejection of compact belt feeder, transfer the below behind the unloader of appearance and unloading mechanism for the unloading feed inlet, the unloading feed inlet is surrounded by the tail end of feed mechanism, slicer mechanism's backing plate front end and forms, the below of unloading feed inlet is ejection of compact belt feeder, ejection of compact belt feeder passes fixture's electric claw finger setting.

2. The discharge mechanism for sliced food products of claim 1, further comprising: the discharging belt conveyor comprises a driving end bearing seat and a driven end bearing seat, a mesh belt used for feeding is arranged between the driving end bearing seat and the driven end bearing seat, the discharging belt conveyor further comprises a speed reducing motor and a transmission belt, and the speed reducing motor drives a synchronous belt wheel on the driving bearing seat and a shaft to rotate through the transmission belt, so that the mesh belt on the shaft runs.

3. The discharge mechanism for sliced food products of claim 2, further comprising: transfer appearance and unloading mechanism and include mounting panel (1001), the mounting panel tow sides is equipped with respectively and transfers appearance device and unloader, transfer the appearance device and be used for treating the cutting food and carry out the compaction leveling, unloader is used for scraping the food after the cutting extremely on the unloading belt under the unloading feed inlet.

4. The discharge mechanism for sliced food products of claim 3, wherein: transfer appearance device including locating accent appearance guide rail (1006) and accent appearance cylinder (1007) on the mounting panel, still including locating the accent appearance slider of transferring on the appearance guide rail and locating accent appearance connecting piece (1008) on transferring the appearance slider, it is equipped with and transfers appearance preforming (1009) to transfer appearance connecting piece lower extreme, transfer the appearance cylinder and transfer the appearance slider through the drive and transfer the appearance guide rail and slide from top to bottom, make it pushes down to realize the compaction leveling to transfer the appearance preforming.

5. The discharge mechanism for sliced food according to claim 4, wherein: unloader is including locating unloading guide rail (1002) and unloading cylinder (1003) on the mounting panel, still including locating unloading slider on the unloading guide rail and locating unloading connecting piece (1004) on the unloading slider, unloading connecting piece lower extreme is equipped with unloading preforming (1005), the unloading cylinder slides from top to bottom at the unloading guide rail through driving the unloading slider, makes the unloading preforming pushes down in advance and blocks the section that glues on the electric claw finger and realize the unloading.