TWM550268U - Improved packing machine structure - Google Patents

Description

Packaging machine structure improvement

The invention provides an improvement of the structure of a packaging machine, in particular to a structure of a packaging machine capable of automatically and quickly packaging materials.

There are a wide variety of products on the market, and in order to make the products beautiful and protect the goods, the goods are generally packaged for consumers to purchase. In the past, the packaging materials need to be done manually by manpower, which is quite wasteful of manpower and packaging. The process is quite time consuming, so time-consuming and laborious will cause losses to the manufacturer, and to increase the speed of packaging and reduce the cost of packaging, that is, relying on modern automated production lines, replacing human packaging products with machines.

The present invention mainly comprises at least one frame body, at least one feeding device disposed on the frame body, at least one bag feeding device disposed on the frame body and located on one side of the feeding device, at least one of being disposed at the sending a synchronous output module at a side of the bag device, at least one horizontal shifting device disposed on the feeding device, at least one vertical shifting device disposed on the feeding device and located at a side of the horizontal sliding device, at least one of which is disposed at a limiting member on one side of the vertical sliding device, and at least one bag forming device disposed at a side of the supporting bag module, and the bag feeding device comprises at least one bag for unwinding the wrapping material And a tension adjusting module disposed at a side of the bag providing module for applying the tension of the bag, and at least one disposed at a side of the tension adjusting module for propping the bag to open the opening The bag-holding module, by placing the material on the feeding device on the frame body, and conveying the packaging material to the synchronous output module by the bag feeding device, to tear the release paper on the packaging material to expose the self-adhesive rubber And pushing the material to the bag forming device by the horizontal shifting device and the vertical sliding device, and The stopper member so that the material inside the bonded edge of the packaging material, means that the packaging material into bags complete the packaging material, and to achieve rapid progress of the effort.

1‧‧‧ frame

2‧‧‧Feeding device

3‧‧‧Sack bag feeding device

31‧‧‧Bag module

32‧‧‧Tensor adjustment module

321‧‧‧Roller

322‧‧‧Tension rod

323‧‧‧Sensor components

33‧‧‧Support bag module

331‧‧‧First guide

332‧‧‧Second guide

4‧‧‧Synchronous output module

41‧‧‧ peeling elements

42‧‧‧Synchronized scroll wheel

43‧‧‧Recycling shaft

5‧‧‧Horizontal moving device

51‧‧‧Unloading module

511‧‧ ‧ gate

512‧‧‧third pneumatic cylinder

52‧‧‧First push module

521‧‧‧ horizontal push board

522‧‧‧First air cylinder

6‧‧‧Vertical shifting device

61‧‧‧Vertical push board

62‧‧‧Second air cylinder

7‧‧‧Limited parts

8‧‧‧Bag device

81‧‧‧ Positioning pusher module

82‧‧‧Bag module

821‧‧‧Packing module

8211‧‧‧First pocket module

8212‧‧‧First Transfer Module

8213‧‧‧Second pocket module

8214‧‧‧First Transfer Module

822‧‧‧Bag bag module

8221‧‧‧Plate

8222‧‧‧pressure bag pneumatic cylinder

823‧‧‧Folding bag module

8231‧‧‧Folding board

8232‧‧‧Rotary pneumatic cylinder

824‧‧‧Hot melt cutting bag module

8241‧‧‧Clamping components

8242‧‧‧Cutter

9‧‧‧Materials

91‧‧‧Package

The first figure is a side view of the new feeding device.

The second figure is a top view of the feeding device of the present invention.

The third figure is a side view of the bag feeding device of the present invention.

The fourth figure is a top view of the bag feeding device of the present invention.

The fifth figure is a schematic diagram of the new synchronous output module (1).

The sixth figure is a schematic diagram of the new synchronous output module (2).

The seventh figure is a partial enlarged view of the sixth drawing A of the present invention.

The eighth figure is a schematic diagram of the new bag forming device.

The ninth figure is a schematic diagram of the novel sealing module.

The tenth figure is a schematic diagram of the operation of the new bag-forming module (1).

The eleventh figure is a schematic diagram of the operation of the new bag-forming module (2).

The twelfth figure is a schematic diagram of the operation of the novel folding bag module.

Please refer to the first to the ninth drawings, which are schematic diagrams of the side view of the feeding device of the present invention to the sealing bag module. The present invention comprises: at least one body 1 , the frame body 1 is provided with at least one feeding material The device 2 is configured to transport the material 9 to be packaged for packaging; at least one bag feeding device 3 disposed on the frame body 1 and located on the side of the feeding device 2, the bag feeding device 3 comprising at least one feeding state a bag assembly 31 for unwinding the package material 91, at least one tension adjustment module 32 disposed at the side of the bag supply module 31 for applying the tension of the package member 91, and at least one of the tension adjustment modules The bag 32 is opened at the side of the group 32 and is configured to open the bag member 33. The bag module 33 includes a first guide plate 331 disposed on the frame body and a first plate a second guide plate 332 at the side of the guide plate 331, and the tension adjustment module 32 includes a plurality of rollers 321 , at least one tension bar 322 disposed on the rollers 321 , and at least one disposed at the side of the tension bar 322 The sensing component 323 is configured to sense the position of the tension bar 322 to activate or close the bag supply module 31; at least one of the bag feeding device 3 is disposed on the side of the bag feeding device 3 The synchronous output module 4 is configured to peel off the release paper on the packaging material 91, and synchronously output the packaging material 91 and the release paper. The synchronous output module 4 includes a peeling element 41 and a plurality of stripping elements. a synchronizing roller 42 at the side of the element 41, the peeling element 41 is for peeling off the release paper, and The synchronous roller 42 is configured to transport the packaging material 91 and the release paper, and the synchronous output module 4 further includes a recovery shaft 43 for recovering and winding the release papers; at least one of the feeding devices 2 is disposed on the feeding device 2 The horizontal shifting device 5 is configured to move the material 9 horizontally. The horizontal pushing device comprises a first pushing module 52 and a discharging module 51 disposed at the side of the first pushing module 52. The first pusher module 52 pushes the material 9 toward the support bag module 33, and opens the unloading module 51 to cause the material 9 to be positioned, and the horizontal shifting device 5 includes a first pneumatic cylinder 522. And a horizontal push plate 521 disposed on the first pneumatic cylinder 522, the discharge module 51 includes a third pneumatic cylinder 512 and a gate 511 disposed on the third pneumatic cylinder 512; at least one of the The vertical shifting device 6 on the feeding device 2 and located at the side of the horizontal moving device 5 is configured to vertically move the material 9 and cooperate with the horizontal moving device 5 to move the material 9 into the packaging material 91. The vertical tilting device 6 includes a second pneumatic cylinder 62 and a vertical push plate 61 disposed on the second pneumatic cylinder 62; at least one of The limiting member 7 on one side of the vertical sliding device 6 is for attaching the material 9 to the inner edge of the packaging material 91; and at least one bag forming device 8 disposed at the side of the supporting bag module 33, the bag forming device At least one positioning pusher module 81 is disposed at the side of the device 8 for pushing the material 9 in the packaging material 91 to the positioning, so that the bag forming device 8 cuts the packaging material 91, and the bag forming device 8 At least one bag module 82 is disposed on one side, and the bag module 82 includes a bag changing module 821, a pressure bag module 822 disposed at a side of the bag changing module 821, and a pressure set The bag module 823 at the side of the bag module 822 is configured to receive the bag 91 and move to a position where the bag module 823 is folded, and the bag module 822 presses the bag. The material 91 causes the folding bag module 823 to adhere the glue on the side edge of the packaging material 91 to the surface of the packaging material 91 to form a seal, and the bag forming device 8 includes at least one hot melt cutting bag module 824, and the heat is generated. The melt-cut bag module 824 includes at least one clamping component 8241 and at least one cutter 8242 disposed at a side of the clamping component 8241. The clamping component 8241 is configured to clamp the packaging material 91 so that the cutting tool 8242 Hot melt cutting the bag Further, the bag changing module 821 includes a first bag module 8211, a first transfer module 8212 disposed on the first bag module 8211, and a first clip. a second pocket module 8213 at the side of the bag module 8211, and a second transfer module 8214 disposed on the second pocket module 8213. Further, the pressure bag module 822 includes a pressure plate 8221 And a pressure bag pneumatic cylinder 8222 disposed on the pressure plate 8221, the pressure bag pneumatic cylinder 8222 is configured to push the pressure plate 8221 to press the packaging material 91, and the folding bag module 823 includes a folding plate 8231 and a set A rotary pneumatic cylinder 8232 is provided on the flap 8231 for rotating the flap 8231.

Please also refer to the first to twelfth figures for the side view of the new feeding device. The bag module is operated as a schematic diagram. The feeding device 2 on the frame body 1 is a conveyor belt. The user can place the material 9 to be packaged on the feeding device 2, and the packaging material 91 on the bag feeding device 3 is packaged. The bag is unwound by the bag-providing module 31, and the tension material is applied to the bag 91 by the tension adjusting module 32, so that the bag 91 is placed on the roller 321 and the tension bar 322. When the packaging material 91 is used up, the sensing component 323 can detect that the tension bar is raised, the bag providing module 31 is closed to stop the conveying of the packaging material 91, and the supporting bag module 33 can open the packaging material 91 to form an opening. And the packaging material 91 is sent to the synchronous output module 4, and the release paper on the packaging material 91 is peeled off by the peeling element 41, so that the self-adhesive originally covering the release paper is exposed on the surface of the packaging material 91, and the synchronous roller is used. 42. The release paper and the packaging material 91 are conveyed, and the release paper is wound and recovered through the recovery shaft 43. When the material 9 is transported to the horizontal moving device 5, the horizontal pressure plate is driven by the first pneumatic cylinder 522 of the first pushing module 52. 521 causes the material 9 to move horizontally to the top of the discharge module 51, and the third pneumatic cylinder 512 opens the gate 511 to cause the material 9 to fall into the bag. 8 is placed, and the vertical shifting device 6 on the unloading module 51 is also actuated by the horizontal shifting device 5, and the second pneumatic cylinder 62 is used to drive the vertical pusher 61 to push the material 9 to the opening of the gate 511 to ensure the material 9 It will not be stuck on the gate 511, and the material 9 will pass through the limiting member 7, so that the material 9 is attached to the inner edge of the packaging material 91, and the material in the packaging material 91 is fixed by the positioning pushing module 81. Pushing to the positioning, the clamping component 8241 of the hot-melt cutting bag module 824 clamps the packaging material 91, and the cutting tool 91 is hot-melted to cut the packaging material 91, and the packaging material 91 is packaged through the sealing bag module 82, and is moved. The bag module 821 is composed of a first bag module 8211, a first transfer module 8212, a second bag module 8213, and a second transfer module 8214. The first bag module 8211 receives The packaging material 91 is moved from the first transfer module 8212 to the second clamping bag module 8213, and the second clamping bag module 8213 clamps the packaging material 91 and then moves to the second transfer module 8214. The position of the bag module 823 and the pressure bag module 822 is pressed and folded by the folding bag module 823 and the pressure bag module 822, and the pressure plate 8221 is driven by the pressure bag pneumatic cylinder 8222 of the pressure bag module 822 to press the platen 8221. Packing material 91 The folding plate 8231 of the folding bag module 823 is received on the side edge of the packaging material 91, and the folding plate 8221 is turned over by the rotary pneumatic cylinder 8222, so that the self-adhesive of the packaging material 91 is folded on the surface of the packaging material 91. The sealing is formed, and the material 9 is completely packaged in the packaging material 91, which solves the problem of time-consuming labor and labor-saving of the human packaging, and improves the yield of the finished packaging product.

2‧‧‧Feeding device

5‧‧‧Horizontal moving device

51‧‧‧Unloading module

521‧‧‧ horizontal push board

522‧‧‧First air cylinder

6‧‧‧Vertical shifting device

61‧‧‧Vertical push board

62‧‧‧Second air cylinder

7‧‧‧Limited parts

8‧‧‧Bag device

81‧‧‧ Positioning pusher module

824‧‧‧Hot melt cutting bag module

9‧‧‧Materials

Claims (16)

The invention relates to a structural improvement of a packaging machine, which mainly comprises: at least one frame; at least one feeding device disposed on the frame body for conveying the material to be packaged for packaging; at least one of being disposed on the frame body and located at the feeding body a bag feeding device on one side of the device, the bag feeding device comprising at least one bag providing module for unwinding the wrapping material, at least one disposed at a side of the bag providing module for applying the tension of the bag a tension adjustment module, and at least one support bag module disposed at a side of the tension adjustment module for propping the package material to generate an opening; at least one synchronous output module disposed at a side of the bag feeding device Providing to peel off the release paper on the packaging material, and synchronously outputting the packaging material and the release paper; at least one horizontal moving device disposed on the feeding device is configured to horizontally move the material; at least one is disposed in the a vertical shifting device on the material device and located at the side of the horizontal moving device for vertically moving the material, and cooperating with the horizontal moving device to move the material into the packaging material; at least one of the vertically moving devices The side limit piece is for the material to be attached In the edge of the packaging material; and at least one means provided at the side of the bag so that the bag support module, for cutting the packet-based packaging material sheet is formed of a packaging material. The structure of the packaging machine according to claim 1, wherein the tension adjusting module comprises a plurality of rollers, at least one tension bar disposed on the rollers, and at least one of the sides disposed on the tension bar a sensing component for sensing the tension bar position to activate or deactivate the bag supply module. The structure of the packaging machine according to claim 1, wherein the support bag module comprises a first guide plate disposed on the frame body and a second guide plate disposed at a side of the first guide plate . The structure of the packaging machine according to claim 1, wherein the synchronous output module comprises a stripping member and a plurality of synchronizing rollers disposed at a side of the stripping member, wherein the stripping member is for peeling off the release sheet, and The synchronous rollers are used to transport the packaging material and the release paper. The structure of the packaging machine according to claim 1 is improved, wherein the synchronous output module comprises a recovery shaft, and the release paper is wound and recovered. The structure of the packaging machine according to claim 1, wherein the horizontal shifting device comprises a first pushing module and a discharging module disposed at a side of the first pushing module, the first pushing module pushing the material to the supporting bag module, and opening the discharging die The group causes the material to fall in position. The structure of the packaging machine according to claim 6, wherein the first pusher module comprises a first pneumatic cylinder and a horizontal push plate disposed on the first pneumatic cylinder. The structure of the packaging machine according to claim 7 is improved, wherein the discharge module comprises a third pneumatic cylinder and a gate disposed on the third pneumatic cylinder. The structure of the packaging machine according to claim 8 is characterized in that the vertical moving device comprises a second pneumatic cylinder and a vertical push plate disposed on the second pneumatic cylinder. The packaging machine structure according to claim 1, wherein the bag forming device comprises a hot melt cutting bag module. The structure of the packaging machine according to claim 10, wherein the bag forming device comprises at least one positioning pusher module for pushing the material in the package to be positioned for cutting by the bag forming device. The packaging material. The structure of the packaging machine according to claim 11, wherein the hot-melt cutting bag module comprises at least one clamping component and at least one cutter disposed at a side of the clamping component, the clamping component is provided The package material is clamped so that the cutter cuts the package material by heat fusion. The structure of the packaging machine according to claim 12, further comprising a bag module, wherein the bag module comprises a bag moving module, and a bag model disposed at a side of the bag changing module And a folding bag module disposed at a side of the press bag module, the bag moving module is configured to receive the bag and move to a position where the folding bag module is folded, and is pressed by the press bag module The packaging material causes the folding bag module to fold the colloid of the side edge of the packaging material to the surface of the packaging material to form a seal. The structure of the packaging machine according to claim 13 , wherein the bag moving module comprises a first bag module, a first transfer module disposed on the first bag module, and a a second pocket module disposed at a side of the first pocket module and a second loading module disposed on the second pocket module. The improvement of the packaging machine structure according to claim 13 , wherein the pressure bag module comprises a pressure plate and a pressure bag pneumatic cylinder disposed on the pressure plate, wherein the pressure bag pneumatic cylinder is used to push the pressure plate to press The packaging material. The structural improvement of the packaging machine according to claim 13 , wherein the folding bag module comprises a folding plate and a rotary pneumatic cylinder disposed on the folding plate for rotating the folding plate, the folding plate is received by The side edge of the packaging material is turned over by the rotary pneumatic cylinder, so that the self-adhesive of the packaging material is folded on the surface of the packaging material to form a seal.