KR200239602Y1 - Device for sticking vinyl label on crops packing net - Google Patents

Abstract

The present invention constitutes an adhesive device for thermally fixing the vinyl label on the surface of the agricultural packing net, and improves the productability and productivity at the same time by allowing the vinyl label to be thermally bonded to the packing net surface without being distorted. In addition, it is possible to double and to simplify the configuration to reduce the manufacturing cost of the machine.

In order to achieve the above object, the plastic label cutting unit 50 is configured between the supply unit 10 and the adhesive unit 20, and the vinyl label cutting unit 50 is rolled up by the feed roller 51 in a rolled state. (56) is intermittently drawn out to be supplied between the upper and lower cutting blades (52) and 54, and the front cutting blade (54) is formed on the front of the cutting edge plate 55, the cut plastic label (56) is a packaging net (4) Temporary adhesion to the surface, the heat-bonding plate 25 formed on the adhesive portion 20 is configured to be adjustable by the left and right movement of the movable body 21, and at the same time the adhesive portion 20 and the vinyl label cutting portion 50 Ascending and descending of the cylinders 24 and 53 constituted in FIG.

Description

Device for sticking vinyl label on crops packing net}

The present invention relates to an adhesive device for thermally fixing a vinyl label on a surface of a agricultural packing net, and in particular, to improve the merchandise by allowing the adhesive position of the vinyl label to be bonded to the surface of the packing net without being twisted. At the same time the cutting and bonding of the vinyl label is made in one process to improve productivity.

Apparatus for heat-fixing and fixing a vinyl label on the surface of a wrapping net wound in a rolled state is described in Korean Patent Application No. 98-55950 (Dec. 16, 1998). And a patent application for a trademark adhesive device.

In other words, in constructing the vinyl label attaching device for the agricultural product packing net, the feeding roller and the loading chamber are formed in front of the bracket in which the packing net wound in the roll state is placed, and the takeout part consisting of the upper and lower guide rollers is formed on the loading chamber. The rear portion of the drawer is provided with a heat bonder, the heat bonder is a fixed frame formed with a fixed plate, and a heat pressing plate which is elevated by an air cylinder directly on the fixed plate, the one side of the thermal compression plate to move left and right along the guide rail An adsorption plate is installed, and on one side of the adsorption plate, a bonding part is formed of a cutter, a loading chamber, and a bracket for placing a vinyl label wound in a roll state. The loading chamber was configured, and the winding roller was installed at the rear of the loading chamber.

Therefore, the adhesive device of the above-described configuration allows the automatic extraction of the packing net and the adhesion of the vinyl label and the winding of the glued net to be carried out automatically so that efficient mass production is possible, and the support plate is placed inside the smoothly spread net so that the vinyl plate is compressed. When the trademark is thermally compressed, it is effective to be supported at the bottom of the net to achieve smooth adhesion, but also has the following disadvantages.

That is, the vinyl label is cut by the cutting machine at the side of the conveying net of the vinyl label for supplying the surface of the packing net wound in the rolled state, and the cut vinyl label is adsorbed using an adsorption plate, and then packed. Transfer to the surface of the net, and at the same time the heat-bonding plate located on the upper side is to be thermally compressed to the plastic label is fused to the surface of the packaging net.

Therefore, in order to adhere the vinyl label to the surface of the packing net, the packing net is transported a certain distance and then stopped, and at the same time, the vinyl label cut and adsorbed by the vinyl label feeder installed on one side is placed on the packing net surface and heat-bonded. Since a multi-step process takes a lot of time to gluing once, productivity is reduced.

In addition, since a separate device for cutting the vinyl label and adsorption-transferring the cut vinyl label is required, not only the configuration is complicated but also the manufacturing cost of the machine increases.

In particular, when the vinyl label cut by using an adsorption plate is adsorbed and placed on the surface of the packing net, the vinyl label is not positioned smoothly due to external factors such as static electricity, and it is often twisted, thus degrading the merchandise as a packing net. There was a disadvantage such as.

In addition to the vinyl label adhesive apparatus of the above-described configuration, the packaging net is intermittently transferred, but a vinyl label supply device is provided on the upper portion of the packaging net to be transported.

In other words, the forceps that slide the front and back slides of the plastic label cut by the cutter are held and then retracted to transport the plastic label to the surface of the packing net.The finished clip of the plastic label is moved forward and waiting for the next operation. Is again moved by a certain distance so that the vinyl label is placed under the thermal bonding plate, and the vinyl label is thermally compressed to be fused.

However, the vinyl label adhesive apparatus of the above configuration also has the following disadvantages.

In other words, in the process of placing the cut vinyl label on the surface of the packing net after clamping it, the commerciality of the vinyl label is not placed in the correct position due to external factors such as static electricity. Since it requires the configuration of the conveying device to be slid, there is a difficulty in rising production cost, failure and maintenance.

Particularly, one time bonding process is to place the vinyl label on the packing net by using forceps, and then transfer the packing net again so that the vinyl label is placed under the heat bond plate, and the heat bond plate is lowered and fused. It was made because there is a disadvantage such as productivity is reduced.

The present invention provides a device for adhering a vinyl label to the surface of a packing net to correct all the disadvantages of the related art, but it simplifies the process while simplifying the construction and expects the effect of productivity improvement and manufacturing cost reduction, and also vinyl It is to be able to double the merchandise by adhering the label to the correct and correct position.

In order to achieve the above object, the present invention, in the construction of a vinyl label adhesive device, from one side to the supply portion and the adhesive portion, take out portion and winding portion in turn, between the supply portion and the adhesive portion constitutes a vinyl label cutting portion.

At this time, the heat-bonded plate configured in the adhesive portion is fixed on the movable body, the movable body is configured to be moved left and right along the rail, the vinyl label cut by being configured to be movable left and right according to the adhesive position of the vinyl label, that is, the adhesive interval between the vinyl label Place it under the thermal bond plate in one move.

The intermittent transfer of the packing net in the above is made by the take-out roller configured in the take-out part, the operation of the take-out roller is made by the sub-motor.

The vinyl label cutting portion configured between the supply portion and the adhesive portion causes the vinyl label wound in the roll state to be intermittently moved toward the cutting blade, and at the same time, the vinyl label is cut by the upper and lower cutting blades and placed on the packaging mesh surface.

At this time, the vinyl label cut by the up-and-down cutting blade is fixed to the surface of the packing net, and thus the position of the vinyl label is accurately fixed without being distorted even during external factors such as moving or generating static electricity.

In addition, the heat sealer to be provided in the present invention is a cut of the vinyl label, that is, the supply of the vinyl label is placed on the surface of the packaging network and the thermal bonding to make the vinyl label adhered to the surface of the packaging network at the same time to achieve a stop time of the packaging network At the same time, the cut vinyl label can be transported to the bottom of the heat bond plate at once.

1: Schematic configuration diagram of the device of the present invention

2: Enlarged main part of the device of the present invention

3 is a block diagram of a moving part portion of the bonding portion configured in the present invention device

<Description of the symbols for the main parts of the drawings>

(A)-Adhesive Device (2)-Body

(3)-Rail (4)-Packing Mesh

(5) (12)-Guide Roller (10)-Supply

(11)-Loading Room (20)-Adhesion

(21)-Moving Body (22)-Guide

(23)-Adjustment bolt (25)-Thermal adhesive plate

(30)-Withdrawal Unit (31)-Withdrawal Roller

(40)-Reel (41)-Drive Roller

(42)-Reel Roller (50)-Vinyl Label Cutting Part

(51)-Supply Roller (52)-Lower Cutting Edge

(53)-Cylinder (54)-Upper Cutting Edge

(55)-Template (M) (M1)-Submotor

Hereinafter, an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a side configuration diagram of a vinyl label adhesive device (a) to be provided in the present invention, Figures 2 and 3 is a schematic diagram showing the enlargement of the main portion and the heat transfer plate moving device.

As shown in FIG. 1, the supply unit 10, the adhesive unit 20, the lead-out unit 30, and the winding unit 40 are sequentially configured, but the plastic label cutting unit 50 is disposed between the supply unit 10 and the adhesive unit 20. Is composed.

The supply unit 10 is to be configured on one side of the main body 2, consisting of a loading chamber 11 and a plurality of guide rollers 12 and the packing net 4 is loaded in a zigzag in the loading chamber 11, The packing net 4 is to be intermittently conveyed to the rear through the upper surface of the main body 2, the intermittent movement is made by the take-out device configured in the withdrawal unit (30).

The adhesive part 20 configured at one side of the supply part 10 may be installed to move left and right on the guide rail 3 as shown in FIG. 3, and the distance adjustment of the movable body 21 is integrated at the bottom of the movable body 21. While being configured as is adjusted by the adjustment bolt 23 of the guide piece 22 coupled to the guide rail (3).

In other words, when the adjusting bolt 23 screwed to the guide piece 22 is relaxed and then pushed or pulled from side to side, the movable body 21 moves along the guide rail 3, and the movable body 21 is stopped at a desired position. The fixing bolt 23 may be tightened and fixed.

The movable body 21 is provided with a heat bonding plate 25 which is lifted and lowered by a cylinder 24.

The take-out part 30 formed at one side of the adhesive part 20 is constituted by a pair of take-out rollers 31, and the drive of the take-out roller 31 is intermittently rotated by the rotation of the sub-motor M installed at the lower end. To be.

The moving distance of the packing net 14 is adjusted by adjusting the rotation speed of the sub-motor (M).

A guide roller 5 is formed at one side of the lead portion 30, a winding portion 40 is formed at the side of the guide roller 5, and the winding portion 40 constitutes a pair of driving rollers 41. On the drive roller 41, the take-up roller 42 is settled, and then the packing net 4 is wound in a roll state.

The vinyl label cutting unit 50 is configured between the supply unit 10 and the adhesive unit 20, and the configuration of the vinyl label cutting unit 50 is as follows.

That is, a pair of feed rollers 51 are configured and then intermittently rotated at a constant speed by the driving of the sub-motor M1, and a lower cutting blade 52 is formed on the front surface of the feed rollers 51.

The upper cutting blade 54, which is lifted and lowered by the cylinder 53, is formed on the upper portion of the lower cutting blade 52, and on one side of the upper cutting blade 54, the temporary adhesive heating plate 55 is integrally formed. When the upper cutting blade 54 is lifted by the temporary adhesive heating plate 55 is also lifted together.

In constructing the adhesive device (a), the cylinder 24 configured in the adhesive unit 20 and the cylinder 53 configured in the vinyl label cutting unit 50 are configured to simultaneously lift and lower.

On one side of the supply roller 51 formed on the vinyl label cutting unit 50, a vinyl label 56 wound in a roll state is installed, and then the vinyl label 56 is cut up and down by intermittent rotation of the supply roller 51. It is supplied between the 52 and 53 by a predetermined length.

Means for adhering the vinyl label 6 to the surface of the packaging net 4 using the adhesive device of the present invention configured as described above are as follows.

First, the rotational speed of the take-out roller 31 is adjusted through the position of the heat-adhesive plate 25 formed in the bonding part 20 and the sub-motor M formed in the take-out part 30 according to the size of the packing net to be manufactured. .

At the same time, the number of rotations of the feed roller 51 configured in the vinyl label cutting unit 50 is set to the sub-motor M1 connected thereto, and the cylinder for the operation of the thermal bonding plate 25 and the upper cutting blade 54 ( 24) The operation timing of 53 is set first.

At this time, the position adjustment of the thermal bonding plate 25 configured in the adhesive portion 20 is to loosen the adjustment bolt 23 screwed to the guide piece 22, and then move to the position to be set, the adjustment bolt 23 again It can be fixed by using.

In addition, the operation of the sub-motors (M) (M1) and the cylinders 24, 53 may be set in the control box.

As described above, when the operation setting of each part for work preparation is completed, the packing net 4 loaded in the loading chamber 11 of the supply part 10 is taken out, and the withdrawal rollers of the adhesive part 20 and the withdrawal part 30 ( After passing through 31), the winding roller 42 of the winding unit 40 is first worked in a state in which a predetermined amount of the packing net 4 is wound.

First, when the plastic label adhesive device (A) is operated, the sub motor (M) configured in the delivery unit 30 is operated to rotate the take-out roller 31 so that the packing mesh 4 can be rotated by the length of the take-out roller 31. This moves and then stops.

At the same time, the supply roller 51 configured in the vinyl label cutting unit 50 is also rotated by the length of the vinyl label 56 to be supplied and then stopped.

In the above state, when the cylinder 53 configured in the vinyl label cutting unit 50 operates to lower the upper cutting blade 54, the vinyl label 56 is cut by the upper and lower cutting blades 52 and 54. It is placed on the surface of the packing net 4 located below.

At this time, the cut vinyl label 56 is fused to a surface of the packing net 4 by the temporary adhesive hot plate 55 mounted on one side of the upper cutting blade 54 at the same time as the cut.

Therefore, the vinyl label 56 is cut by the upper cutting blade 53 and at the same time, a part of the vinyl label 56 is fused and fixed to the surface of the packing net 4 by the temporary adhesive hot plate 55, thereby packing net 4 It is possible to prevent the phenomenon caused by the external factors such as static electricity generated during movement or operation of.

At this time, the temporary adhesive heating plate 55 located on one side of the upper cutting blade 54 may be installed or removed as needed as an option.

When the vinyl label 56 is cut and placed on the surface of the packing net 4 as described above, the sub-motor M is operated again to move the packing net 4 so that the cut vinyl label 56 is a thermal adhesive plate ( 25) Place it below.

At the same time, the feed roller 51 configured in the plastic label cutting unit 50 is rotated so that the vinyl label 56 wound in the roll state is supplied to a predetermined length between the upper and lower cutting blades 52 and 54.

In this state, the cylinder 53 configured in the vinyl label cutting machine 50 operates to lower the upper cutting blade 54 so that the vinyl label 56 is cut, and thus the vinyl label 56 is cut by the temporary adhesive hot plate 55. A part is temporarily attached to the surface of the packing net 4.

Along with the operation of the cylinder 53, the cylinder 24 formed on the adhesive portion 20 is also lowered at the same time, and the vinyl trademark 56 is fused and fixed to the surface of the packing net 4 by the thermal adhesive plate 25.

When the fusion of the vinyl label 56 on the surface of the packing net 4 is completed, the withdrawal roller 31 configured in the take-out part 30 rotates to move the packing net 4 by a certain distance, and at the same time to the winding part 40. In the configured winding roller 42, the wrapping net 4 to which the vinyl label 56 is bonded is wound in a roll state, and the vinyl label 56 is fused to the surface of the wrapping net 4 by the continuous repetition of the above operation. will be.

As described above, the present invention allows the vinyl label to be heat-bonded while intermittently transporting the packing net wound in a roll state, so that the vinyl label to be bonded to the packing net is cut by the cutting blade and placed on the surface of the packing net. In addition, the temporary bonding is performed at the same time as needed, so that the vinyl label is thermally bonded to the correct position without changing the position of the vinyl label due to external factors such as static electricity, thereby enhancing the merchandise and also the position of the thermal bonding plate. The plastic label placed in the packing net can be moved under the thermal bonding plate at a time, so that the operation of the cutting blade and the thermal bonding plate can be performed at the same time. It will be possible to reduce the manufacturing cost of the device.

Claims (3)

In the construction of a conventional vinyl label bonding apparatus comprising a supply portion, an adhesive portion, a lead portion, and a winding portion, the vinyl label adhesive apparatus for thermally bonding the vinyl label on the surface of the packing net wound in a roll state, the supply portion 10 and A vinyl label cutting part 50 is formed between the adhesive parts 20, wherein the cutting part is wound up and down in the roll state by the intermittent rotation of the feed roller 51. After supplying a predetermined length therebetween, the upper cutting blade 54 is lowered by the operation of the cylinder 53, and the vinyl label 56 is cut and placed on the surface of the packing net 4, and the vinyl label 56 Is positioned below the thermal bonding plate 25 formed in the bonding portion 20 while moving along the packing net 4 by intermittent rotation of the drawing roller 31 configured in the drawing portion 30, in the above state. By the operation of the cylinder 24, the heat-adhesive plate 25 descends and the vinyl Table 56 is presented, but the fusing, the bonding portion 20 and the plastic label cutting unit cylinder (24, 53) is a registered trademark of plastic packaging agricultural products of that network characterized hayeoseo be working at the same time the lifting device consisting of a bond (50). The apparatus of claim 1, wherein the thermal bonding plate (21) formed in the adhesive unit (20) is configured to be adjustable in position by the left and right movement of the movable body (21). The agricultural product according to claim 1, wherein the cut plastic label 56 is temporarily bonded to the surface of the packing net 4 by integrally configuring the temporary adhesive heat plate 55 on one side of the upper cutting blade 54. Vinyl label adhesive device for packing nets.