CN213800403U - Structure of equipment for putting mask into bag - Google Patents

Abstract

The utility model discloses a structure of bag equipment is gone into to gauze mask, including gauze mask supply part and PE bag supply part, the gauze mask supply part includes the gauze mask feed mechanism of the PE bag of packing into the gauze mask, and PE bag supply part includes the PE bag shedding mechanism who opens the PE bag, PE bag supply part includes that PE bag hopper, PE bag get material opening common template, and the PE bag gets material opening common template and is equipped with gets a bag station and open a bag station, and PE bag hopper is located the top of getting a bag station, and the blanking mouth that the size is less than the PE bag is seted up to the bottom of PE bag hopper, and PE bag shedding mechanism is located the top of opening station, and PE bag shedding mechanism is equipped with PE bag top opening vacuum chuck, is equipped with PE bag bottom opening vacuum chuck on opening station, gets to be equipped with PE bag vacuum chuck on the bag station, and the side that PE bag got material opening common template is equipped with PE bag and moves the mechanism. The utility model discloses an automatic PE bag of packing into of gauze mask provides the support on the entity structure.

Description

Structure of equipment for putting mask into bag

Technical Field

The utility model relates to a gauze mask equipment for packing, concretely relates to equipment for packing's structure.

Background

When the mask is put into a bag, at least one mask needs to be put into a PE bag and the PE bag is sealed. According to prior art, the bag is gone into to gauze mask is realized through automation equipment, automation equipment mainly includes PE bag supply portion, gauze mask supply portion, and wherein, gauze mask supply portion includes the gauze mask feed mechanism of PE bag with the gauze mask packing into, and PE bag supply portion includes the PE bag opening mechanism of opening the PE bag.

SUMMERY OF THE UTILITY MODEL

The utility model solves the technical problem that: the mask is automatically filled into the PE bag to provide a solid structural support.

In order to solve the technical problem, the utility model provides a following technical scheme: the structure of bagging apparatus is gone into to gauze mask, including gauze mask supply part and PE bag supply part, gauze mask supply part includes the gauze mask feed mechanism who packs into the PE bag with the gauze mask, and PE bag supply part includes the PE bag shedding mechanism who opens the PE bag, PE bag supply part includes PE bag hopper, the sharing template of PE bag material taking opening, and the sharing template of PE bag material taking opening is equipped with gets a bag station and opens a bag station, and PE bag hopper is located the top of getting a bag station, and the blanking mouth that the size is less than the PE bag is seted up to the bottom of PE bag hopper, and PE bag shedding mechanism is located the top of opening a bag station, and PE bag shedding mechanism is equipped with PE bag top opening vacuum chuck, is equipped with PE bag bottom opening vacuum chuck on opening the bag station, is equipped with PE bag material taking vacuum chuck on getting a bag station, and the side that PE bag material taking opening shared template is equipped with PE bag mechanism.

The PE bags are stacked in the PE bag hopper, the vacuum chuck at the bottom opening of the PE bag adsorbs the bottom of the opening end of the PE bag on the bag opening station, the PE bag taking vacuum chuck adsorbs the PE bag at the bottom of the PE bag hopper through the blanking port under the driving of the lifting mechanism, and the PE bag adsorbed by the vacuum chuck is pulled out of the PE bag hopper, so that the PE bag falls on the common template of the PE bag taking opening. The vacuum chuck at the bottom opening of the PE bag adsorbs the bottom of the opening end of the PE bag, and the vacuum chuck at the top opening of the PE bag adsorbs the top of the opening end of the PE bag on the bag opening station under the drive of another lifting mechanism, so that the opening end of the PE bag is pulled open.

The mask feeding mechanism is used for loading the masks from the mask supply part into the PE bags, then the PE bag transfer mechanism is used for transferring the PE bags with the masks on the bag opening station to the plastic packaging station, and transferring the PE bags on the bag taking station to the bag opening station. The bag taking station is used for taking the bag, the bag opening station is used for opening the bagged mask, and the plastic packaging station is used for plastically packaging the PE bag, so that the flow line production of the mask bagging is realized.

Alternatively, the PE bag material taking opening shared template is arranged on the fourth lifting mechanism, and the PE bag bottom opening vacuum chuck and the PE bag material taking vacuum chuck are arranged on the PE bag material taking opening shared template.

According to the selection, the PE bags are stacked in the PE bag hopper, the vacuum chuck at the bottom opening of the PE bag adsorbs the bottom of the opening end of the PE bag on the bag opening station, the common template for the material taking opening of the PE bag ascends under the driving of the fourth lifting mechanism, the vacuum chuck at the top opening of the PE bag adsorbs the top of the opening end of the PE bag on the bag opening station, and meanwhile, the vacuum chuck for the material taking of the PE bag adsorbs the PE bag at the bottom of the PE bag hopper through the blanking port. And then, the PE bag taking opening shared template descends under the driving of the fourth lifting mechanism, the PE bag taking vacuum chuck pulls the PE bag adsorbed by the PE bag taking vacuum chuck out of the PE bag hopper, and meanwhile, the PE bag bottom opening vacuum chuck pulls open ends of the PE bags.

According to the selection, the lifting of the common template of the material taking opening of the PE bag can realize the bag taking and opening, the PE bag supply efficiency is facilitated, and the mask bagging efficiency is further improved.

Drawings

The invention will be further explained with reference to the drawings:

FIG. 1 is a schematic view of the structure of a mask bagging apparatus;

FIG. 2 is a schematic view of the mask bagging apparatus shown in FIG. 1, viewed from the rear;

FIG. 3 is a schematic view of the combination of the common template 40 for PE bag material-taking openings and the first lifting mechanism 43;

FIG. 4 is a schematic view of the PE bag of FIG. 3 after being hidden;

FIG. 5 is a schematic view of the PE bag hopper 30 viewed from below;

FIG. 6 is a schematic view of the PE bag opening mechanism 20;

FIG. 7 is a rear view of the opening mechanism of the PE bag of FIG. 6;

fig. 8 is a schematic view of the mask feeding mechanism 10;

fig. 9 is a schematic view of the mask conveying line 70;

fig. 10 is a schematic view of a PE bag transfer mechanism 50;

fig. 11 is a schematic diagram of the plastic sealing mechanism 60;

fig. 12 is a schematic view of the blanking mechanism 80.

The symbols in the drawings illustrate that:

10. a mask feeding mechanism; 11. a sliding table cylinder; 12. a fixed block; 13. a second jaw cylinder; 14. a first clamping block; 15. a second clamping block;

20. a PE bag opening mechanism; 21. a vacuum chuck is arranged at the top opening of the PE bag; 22. a shedding mechanism frame; 23. a second lifting mechanism; 24. a boost cylinder; 25. lifting the template; 261. a first jaw cylinder; 262. an opening block; 263. an open upper end support plate;

30. a PE bag hopper; 31. a blanking port;

40. a PE bag material taking opening shares a template; 41. the bottom of the PE bag is provided with a vacuum chuck; 42. taking a PE bag by a vacuum chuck; 43. a first lifting mechanism;

50. a PE bag transfer mechanism; 51. a clamping block; 52. a transferring cylinder; 53. moving the carrier; 54. a third jaw cylinder;

60. a plastic packaging mechanism; 61. fixing the template; 62. a lower plastic packaging block; 63. mounting a plastic packaging block; 64. a third lifting mechanism;

70. a mask conveying line; 71. a mask positioning jig; 72. cushion blocks;

80. a blanking mechanism; 81. a horizontal cylinder; 82. a vertical cylinder; 83. a vacuum sucking disc for blanking; 84. a material receiving container;

90. PE bags; 91. a mask.

Detailed Description

As shown in fig. 1, 3, 4 and 5, the structure of the mask bagging device comprises a mask supply part and a PE bag supply part, wherein the mask supply part comprises a mask feeding mechanism 10 for loading a mask into a PE bag, the PE bag supply part comprises a PE bag opening mechanism 20 for opening the PE bag, the PE bag supply part further comprises a PE bag hopper 30 and a PE bag material taking opening shared template 40, the PE bag material taking opening shared template is provided with a bag taking station and a bag opening station, the PE bag hopper is positioned above the bag taking station, the bottom of the PE bag hopper is provided with a material dropping port 31 with a size smaller than that of the PE bag, the PE bag opening mechanism is positioned above the bag opening station, the PE bag opening mechanism is provided with a PE bag top opening vacuum chuck 21, the bag opening station is provided with a PE bag bottom opening vacuum chuck 41, and the bag taking station is provided with a PE bag material taking vacuum chuck 42; the PE bag transfer mechanism 50 is arranged beside the common template of the PE bag taking opening.

Alternatively, as shown in fig. 3 and 4, the PE bag material taking opening common template 40 is fixed, the PE bag material taking vacuum suction cup 42 is installed on the first lifting mechanism 43, a through hole for the PE bag material taking vacuum suction cup 42 to pass through is formed in the PE bag material taking opening common template, and the PE bag bottom opening vacuum suction cup 41 is fixedly installed on the PE bag material taking opening common template. Driven by the first lifting mechanism, the PE bag take-out vacuum chuck 42 lifts and lowers the PE bag from the PE bag hopper 30 onto the common template of the PE bag take-out opening. The PE bag on the bag opening station is pulled open because of the suction of the vacuum suction cup 41 at the bottom opening of the PE bag and the lifting movement of the vacuum suction cup 21 at the top opening of the PE bag after the PE bag is sucked.

Alternatively, the PE bag material taking opening common template is mounted on the fourth lifting mechanism, and the PE bag bottom opening vacuum chuck 41 and the PE bag material taking vacuum chuck 42 are mounted on the PE bag material taking opening common template. The number of the PE bag hoppers 30 is two, each PE bag hopper is stacked with a PE bag, and the existing PE bags 90 are arranged on the bag opening station. In actual operation, the PE bag bottom opening vacuum chuck 41 mounted on the PE bag taking opening common template 40 adsorbs the bottom of the PE bag opening end on the bag opening station, the PE bag taking opening common template 40 ascends under the driving of the fourth lifting mechanism, the PE bag top opening vacuum chuck 21 adsorbs the top of the PE bag opening end on the bag opening station, and meanwhile, the PE bag taking vacuum chuck 42 adsorbs the PE bag at the bottom of the PE bag hopper 30 through the blanking port 31. Then, driven by the fourth elevating mechanism, the PE bag take-out opening common template 40 is lowered, and the PE bag take-out vacuum chuck 42 pulls out the PE bag adsorbed by it from the PE bag hopper 30, and at the same time, the PE bag bottom opening vacuum chuck 41 pulls out the open end of the PE bag. Wherein, because the size of blanking mouth 31 is less than the size of PE bag, for example, the width of blanking mouth is less than the width of PE bag, and the length of blanking mouth is less than the length of PE bag, so, PE bag hopper can bear the weight of the PE bag, but, under the pull-down effect that material vacuum chuck 42 was got to the PE bag, the PE bag can be pulled down again and go out PE bag hopper 30. Then, the mask feeding mechanism 10 loads the mask 91 from the mask supply part into the PE bag 90, the PE bag transfer mechanism 50 transfers the PE bag with the mask mounted thereon to the plastic sealing station, and the PE bag transfer mechanism transfers the PE bag on the bag taking station to the bag opening station. The bag taking station is used for taking bags, the bag opening station is used for opening bagged mouth masks, and the plastic packaging station is used for plastically packaging PE bags, so that the flow line production of mouth mask bagging is realized.

As shown in fig. 10, the clamping blocks 51 of the PE bag transfer mechanism 50 can simultaneously clamp the PE bags 90 at the bag taking station and the bag opening station; the side of opening the bag station is equipped with the plastic envelope station, is equipped with plastic envelope mechanism 60 on the plastic envelope station, and plastic envelope mechanism includes fixed die plate 61 that can get material opening common die plate 40 with the PE bag and flush, and the PE bag moves the clamp splice that carries the mechanism and can move the PE bag on opening the bag station and move and carry to fixed die plate. The PE bag transfer mechanism 50 further includes a transfer cylinder 52, a transfer rack 53 mounted on the transfer cylinder, and a third gripper cylinder 54 mounted on the transfer rack, and a pair of strip-shaped clamping blocks 51 are mounted on the third gripper cylinder. In actual operation, the pair of clamping blocks can simultaneously clamp the PE bags 90 on the bag taking station and the bag opening station, move one station towards the plastic packaging station, transfer the PE bags on the bag taking station to the bag opening station, and transfer the PE bags on the bag opening station to the plastic packaging station. In the process of displacing the PE bags by the clamping blocks 51, the common PE bag taking opening template 40 is in a low position and is flush with the fixed template 61, and the PE bags on the bag opening station are moved to the fixed template. The fixed template is provided with a lower plastic package block 62, an upper plastic package block 63 is arranged above the lower plastic package block, the upper plastic package block is installed on a third lifting mechanism 64, the PE bag on the plastic package station is located, the open end of the PE bag is located on the lower plastic package block 62 and below the upper plastic package block 63, the upper plastic package block descends under the driving of the third lifting mechanism, and the PE bag is sealed by matching with the lower plastic package block, as shown in fig. 11.

As shown in fig. 12, a feeding mechanism 80 is provided above the plastic sealing station, and includes a horizontal cylinder 81, a vertical cylinder 82 attached to the horizontal cylinder, and a feeding vacuum chuck 83 attached to the vertical cylinder, and the feeding vacuum chuck is lowered by driving of the vertical cylinder to suck the plastic sealed PE bags, and the PE bags are moved to a material receiving container 84 by driving of the horizontal cylinder.

With reference to fig. 6 and 7, the PE bag opening mechanism 20 includes an opening mechanism frame 22, a second lifting mechanism 23 and a boosting cylinder 24 which are installed on the opening mechanism frame, a lifting template 25 connected with the second lifting mechanism, and a port supporting assembly connected with the boosting cylinder, the port supporting assembly can extend into the PE bag and support the PE bag, and the vacuum suction cup 21 for opening the top of the PE bag is installed on the lifting template. And when the vacuum suction cup 41 at the bottom opening of the PE bag on the PE bag material taking opening sharing template 40 descends to pull open the PE bag, the second lifting mechanism 23 drives the lifting template 25 to ascend, and drives the vacuum suction cup 21 at the top opening of the PE bag to pull open the PE bag upwards. Then, under the driving of the boosting cylinder 24, the opening-opening component extends into the opening of the PE bag to open the opening of the PE bag, so as to provide conditions for the mask feeding mechanism 10 to load the mask into the PE bag. Specifically, the opening supporting assembly comprises a first clamping jaw air cylinder 261 connected with the boosting air cylinder 24, an opening block 262 installed on the first clamping jaw air cylinder, and an opening upper end supporting plate 263 connected with the boosting air cylinder. The first gripper cylinder drives a pair of opening blocks that spread the PE bag opening side-to-side, and an opening upper end blade 263 is located in the opening and at the upper edge of the opening.

Alternatively, the first lifting mechanism 43, the second lifting mechanism 23, and the third lifting mechanism 64 are all cylinders.

As shown in fig. 8, the mask feeding mechanism 10 includes a sliding table cylinder 11, a fixed block 12 connected to the sliding table cylinder, a second clamping jaw cylinder 13 and a first clamping block 14 mounted on the fixed block, and a second clamping block 15 mounted on the second clamping jaw cylinder; the mask supply part further comprises a mask conveying line 70, a mask positioning jig 71 is arranged on the mask conveying line, a cushion block 72 for supporting the mask is arranged on the mask positioning jig, and as shown in fig. 9, the first clamping block can stretch into the lower portion of the mask 91 on the mask positioning jig. The mask conveying line 70 is arranged in a direction parallel to the direction in which the PE bag is conveyed by the PE bag supply portion, and the mask feeding mechanism 10 feeds the mask into the PE bag with the opening opened at the bag opening station in a direction perpendicular to the mask conveying line 70. Specifically, under the drive of slip table cylinder 11, fixed block 12 takes first grip block 14 and the displacement of second grip block 15, and first grip block stretches into the below of gauze mask 91 on the gauze mask positioning jig, later, under the drive of second clamping jaw cylinder 13, second grip block 15 rotates downwards, cooperates first grip block, presss from both sides tight gauze mask from top to bottom. Under the continuous displacement of the fixed block 12, the first clamping block and the second clamping block pack the mask into the PE bag.

The above description is only for the preferred embodiment of the present invention, and for those skilled in the art, there are variations on the detailed description and the application scope according to the idea of the present invention, and the content of the description should not be construed as a limitation to the present invention.

Claims (6)

1. Structure of bagging-off equipment is gone into to gauze mask, including gauze mask supply portion and PE bag supply portion, gauze mask supply portion includes the gauze mask feed mechanism (10) of PE bag with the gauze mask packing into, and PE bag supply portion includes PE bag opening mechanism (20) that open the PE bag, its characterized in that: PE bag supply portion still includes PE bag hopper (30), PE bag gets material opening common template (40), PE bag gets material opening common template is equipped with gets a bag station and opens a bag station, PE bag hopper is located the top of getting a bag station, blanking mouth (31) that the size is less than the PE bag are seted up to the bottom of PE bag hopper, PE bag shedding mechanism is located the top of opening a bag station, PE bag shedding mechanism is equipped with PE bag top opening vacuum chuck (21), it is equipped with PE bag bottom opening vacuum chuck (41) to open on the bag station, it gets material vacuum chuck (42) to be equipped with the PE bag on the bag station, the side that PE bag got material opening common template is equipped with PE bag and moves and carry mechanism (50).

2. The structure of a mask bagging apparatus according to claim 1, wherein: the PE bag material taking opening shared template (40) is installed on the fourth lifting mechanism, and a PE bag bottom opening vacuum chuck (41) and a PE bag material taking vacuum chuck (42) are installed on the PE bag material taking opening shared template.

3. The structure of a mask bagging apparatus according to claim 1, wherein: a clamping block (51) of the PE bag transfer mechanism (50) can simultaneously clamp and clamp PE bags (90) on a bag taking station and a bag opening station; the side of opening the bag station is equipped with the plastic envelope station, is equipped with plastic envelope mechanism (60) on the plastic envelope station, and plastic envelope mechanism is including fixed die plate (61) that can get material opening common template (40) with the PE bag and flush, and the PE bag moves the clamp splice that carries the mechanism and can move the PE bag on opening the bag station and move and carry extremely fixed die plate.

4. The structure of a mask bagging apparatus according to claim 1, wherein: PE bag opening mechanism (20) include opening mechanism frame (22), install second elevating system (23) and boosting cylinder (24) in the opening mechanism frame, lift template (25) be connected with second elevating system, prop the mouth subassembly with what boosting cylinder was connected, prop the mouth subassembly and can stretch into the PE bag and strut the PE bag, PE bag top opening vacuum chuck (21) are installed on the lift template.

5. The structure of a mask bagging apparatus according to claim 4, wherein: prop a mouthful subassembly including first clamping jaw cylinder (261) be connected with boosting cylinder (24), install opening piece (262) on first clamping jaw cylinder, with opening upper end layer board (263) that boosting cylinder is connected.

6. The structure of a mask bagging apparatus according to claim 1, wherein: the mask feeding mechanism (10) comprises a sliding table cylinder (11), a fixed block (12) connected with the sliding table cylinder, a second clamping jaw cylinder (13) and a first clamping block (14) which are arranged on the fixed block, and a second clamping block (15) which is arranged on the second clamping jaw cylinder; the mask supply part further comprises a mask conveying line (70), a mask positioning jig (71) is arranged on the mask conveying line, a cushion block (72) for supporting the mask is arranged on the mask positioning jig, and the first clamping block can stretch into the lower portion of the mask (91) on the mask positioning jig.

Images