KR20230133511A - Plastic gloves automatic dispensing device - Google Patents

Abstract

The present invention relates to vinyl gloves and an automatic paper removal device. When the vinyl is transferred, the gloves are imprinted on the vinyl with a vinyl glove mold and at the same time heat-sealed by pressing them with an iron to heat-seal the vinyl gloves. When a certain number is reached, the waste paper is removed while pressing the bundle of vinyl gloves. The bundle of vinyl gloves is transferred by tearing it off and removing it to one side, and multiple LM guides are installed on the cutter so that the vinyl gloves can be cut cleanly without moving during cutting.
In the present invention, when vinyl (18) is transferred by the vinyl transfer unit (2), the gloves are formed with a mold in the vinyl glove forming unit (3), and at the same time, they are heat-sealed with the iron (4) and cut with the cutter (5). The cutter (5) is fixed by the guide (6) (7) to cut the vinyl cleanly, and when the vinyl (18) is stacked on the vinyl glove laminated part (8) and reaches a certain number, it is placed on the vinyl glove laminated part (8). The laminated vinyl bundle is transferred from the vinyl glove transfer unit (10) to the vinyl glove transfer conveyor (16). When the vinyl bundle is transferred through the vinyl bundle transfer unit (10), only the vinyl gloves are pressed in the vinyl glove fixing unit (11). In this state, only the heat-sealed waste in a bundle is torn through the waste removal unit 12, moved backwards, and discharged through the space part 9. At the same time, only the vinyl gloves are transferred through the vinyl glove transfer conveyor 16, so the waste is removed as before. This simplifies work by eliminating the need for manual work to tear each piece apart.

Description

Plastic gloves and automatic dispensing device for waste paper {Plastic gloves automatic dispensing device}

The present invention relates to vinyl gloves and an automatic paper removal device. In particular, in a two-stage vinyl glove molding machine, when vinyl is transferred, the gloves are imprinted on the vinyl with a vinyl glove mold and at the same time, the vinyl gloves are heat-sealed one by one by pressing them with an iron to create vinyl vinyl. When a certain number of bundles are stacked, only the scraps in one bundle are removed while pressing the vinyl glove bundle, and the vinyl glove bundle is transferred. Multiple LM guides are installed on both sides of the cutter to prevent movement when the cutter moves up and down. By holding it tightly, it is possible to cut the vinyl cleanly.

In general, looking at the process of manufacturing vinyl gloves, a worker stands on one or both sides of a transfer conveyor with vinyl gloves stamped on them, tears off only the vinyl gloves, stacks them, and collects the remaining gloves separately.

However, in the past, in the process of removing plastic gloves, workers stand on one or both sides and continue to work passively, which makes it difficult to work, requires a large number of workers, and requires manual work such as tearing off the plastic gloves and separating the waste paper. Therefore, there was a problem of slowing down the work speed.

Patent Application No. 10-2018-0044838 Patent Application No. 10-2016-0060983

The present invention is to solve such conventional shortcomings, and the purpose of the present invention is to install a plurality of soldering irons (cartridges) together in a mold for imprinting a glove shape on vinyl, in a vinyl glove manufacturing apparatus, so that the mold can imprint vinyl. At the same time, the outside of the vinyl glove shape is stamped with a soldering iron in multiple places and fused together to cut the vinyl. When a certain number of vinyl is counted, only the waste paper is automatically taken out while the vinyl glove bundle is fixed, discharged separately, and the vinyl glove bundle is transferred. The aim is to provide plastic gloves and an automatic waste removal device to allow the process to be carried out.

The present invention provides a vinyl glove and automatic paper removal device that allows the cutter to cleanly cut vinyl by installing multiple LM guides, which were previously single, in an integrated form on both sides of a cutter that cuts vinyl gloves, and firmly holding the cutter when it moves up and down. there is.

The present invention for achieving this purpose includes a vinyl supply unit for continuously supplying vinyl, a vinyl transfer unit for transferring the vinyl supplied from the vinyl supply unit, and a mold for the vinyl transferred by the vinyl transfer unit. A vinyl glove forming unit that fuses vinyl with a soldering iron while molding, a cutter that moves up and down with the mold, a vinyl glove laminating unit that laminates the vinyl gloves formed by the vinyl glove forming unit, and the vinyl of the cutter. A plurality of LM guides installed on both sides of the cutter to cleanly cut the vinyl when cutting, a vinyl bundle transfer unit that catches the vinyl bundle and transfers it to a vinyl glove transfer container when a certain number of vinyl is stacked, and the vinyl bundle transfer unit allows the vinyl bundle transfer unit to When the bundle is transported, a plastic glove fixing part that moves down and secures only the plastic glove bundle of the vinyl bundle, and a paper removal part that removes only the waste material outside the vinyl gloves while the vinyl glove bundle is fixed by the vinyl glove fixing part. And, it is characterized by being composed of a waste discharge conveyor for discharging the waste taken out by the waste removal unit.

The present invention is characterized in that a plurality of irons are further provided on one side of the mold, so that when the mold stamps vinyl, the iron is simultaneously stamped on the outside of the vinyl glove in multiple places to heat-seal the vinyl.

In the present invention, the vinyl bundle transfer unit reciprocates between the vinyl glove lamination unit and the vinyl glove fixing unit through a conveyor for transporting the vinyl bundle, and transfers the vinyl bundle laminated to the vinyl glove lamination unit to the vinyl glove transfer conveyor, thereby transporting the vinyl bundle. At the same time as fixing it with the glove fixing part, the heat-sealed waste is taken out as a bundle and moved back to the vinyl glove layer, and the waste is dropped into the space and sent to the waste discharge conveyor, so that it is returned to its original position on the vinyl glove layer. It is characterized by .

In the present invention as described above, when stamping a vinyl glove mold on the transported vinyl, the vinyl is heat-sealed in bundles of 10 or 20 while stamping it with an iron, and then the vinyl bundle is transferred and held while only the vinyl gloves are pressed and fixed. Since only the bundle is automatically taken out, moved backwards, and discharged through the space, there is no need for workers to tear off plastic gloves one by one to separate the waste, as in the past, and the waste is discharged to the side rather than the end of the machine, which has the effect of shortening the size of the machine. In addition, multiple LM guides are installed integrally on both sides of the cutter to prevent the cutter from moving as it descends, which is effective in cutting vinyl cleanly.

In addition, the present invention has the effect of making it easy to take out and discharge the phages since the phages are thermally bonded with a soldering iron and are bundled together.

Figure 1 is a block diagram of the automatic removal and cutting device for vinyl gloves of the present invention.
Figure 2 is a diagram showing the overall configuration of the present invention.
Figure 3 is a plan view of Figure 2
Figure 4 is a plan view of the vinyl glove lamination of the present invention
Figure 5 is a side view of Figure 4
Figure 6 is a diagram showing a plurality of LM guides installed on both sides of the cutter of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the attached drawings.

Figure 1 is an overall configuration diagram of the present invention, and Figure 2 is a plan view of the present invention, comprising a vinyl supply unit (1) for continuously supplying vinyl, and a vinyl transfer unit (2) for transferring vinyl from the vinyl supply unit (1). ) and a vinyl glove forming unit (3) that forms vinyl gloves using a mold and iron (4) on the vinyl transferred by the vinyl transfer unit (2) and heat-seals them into vinyl bundles, and a cutter that cuts the vinyl. (5), a vinyl glove stacking unit (8) that stacks a certain number of vinyl gloves formed by the vinyl glove forming unit (3), and a counter that counts the gloves stacked on the vinyl glove stacking unit (8). , a plurality of LM guides (6) (7) are installed on both sides of the cutter (5) to cut the vinyl cleanly when cutting vinyl, and are installed at the lower part between the vinyl glove layering part (8) and the vinyl glove transfer conveyor. A space part 9 for discharging waste, a vinyl bundle transfer unit 10 that catches the vinyl bundles laminated on the vinyl glove layer 8 and transfers them to a conveyor, and a vinyl bundle transport unit 10. When the vinyl bundle is transported, the plastic glove fixing part (11) moves down and moves up and down to press and secure only the vinyl gloves, and the paper (14) on the outside of the vinyl gloves fixed by the vinyl glove fixing part (11) is torn off. There is a waste removal unit 12 for extraction, and when the waste paper 14 is taken out by the waste removal unit 12, the vinyl transfer unit 10 moves backward while holding the waste paper 14 to form the vinyl glove layer ( 8), a waste discharge conveyor (13) that discharges waste when it is dropped into the space (9), and a vinyl glove transfer conveyor (16) that transports a bundle of vinyl gloves fixed by the vinyl glove fixing part (11). ), in the drawing, the unexplained symbol 15 is vinyl gloves, 17 is a cutter frame, 18 is vinyl, 19 and 20 are a crankshaft interconnected to operate the mold, iron, and cutter simultaneously, and 22 is the crankshaft and The cutting machine axis for moving the cutter up and down is engaged, and 23 is the spacing adjustment part of the LM guide.

The cutter 5 is an upper cutter, and 5a is a lower cutter. When vinyl is moved between these cutters, the cutter 5 is moved to the top and bottom of the cutter shaft 22 connected to the cylinder while the lower cutter 5a is fixed. It is configured to cut the vinyl while moving down.

However, the space 9 is formed between the vinyl glove layer 8 and the vinyl glove transfer conveyor 14, but since the vinyl bundle transfer unit 10 moves while holding the vinyl bundle, the space ( 9) You can move regardless.

However, the soldering iron 4 is a cartridge that supplies heat by applying power to a heater to instantaneously heat-seal the vinyl. It heat-seals multiple areas of the paper 14 where the vinyl gloves are not molded, and the spring is used to heat-seal the vinyl gloves. Since it is made of coal, it moves up and down smoothly when the soldering iron comes into contact with vinyl, and is supported by the soldering iron frame (4a).

However, since the vinyl is heat-sealed by the iron 4, even when the paper 14 is torn from the vinyl bundle, the paper 14 is not disturbed and is discharged in a bundle.

The vinyl bundle transfer unit 10 is located at the top of both sides of the vinyl glove stacking unit 8, and when a certain number of vinyls are stacked, it moves down, catches the vinyl, and moves to the vinyl glove transfer conveyor 16, and then transfers the vinyl gloves. In a state where the fixing part 11 moves down and fixes only the vinyl gloves, the waste paper 14 is removed by the cylinder action of the waste removal unit 12 and then returned to the original position toward the vinyl glove lamination unit 8. It is set to continuously hold and move the stacked vinyl bundles and release the waste when the waste is taken out and discharged.

The waste removal unit 12 is installed integrally with the plastic bundle transport unit 10, and is set to be opened to both sides by a cylinder operation only when extracting waste, extracting the waste, and returning it to its original position.

The operation of the present invention configured as described above will be explained.

The present invention can be applied to and used in a two-stage vinyl glove molding machine. When vinyl is continuously supplied through the vinyl supply unit (1), the vinyl is supplied to the vinyl glove molding unit (3) by the vinyl transfer unit (2).

In addition, when vinyl is supplied as described above, vinyl gloves are formed by the vinyl glove forming part (3) made of a mold. At this time, the mold of the vinyl glove forming part (3) stamps the vinyl to form a glove on the vinyl, and at the same time, the iron (4) Lightly adhere the vinyl one by one using heat fusion.

Here, when the mold and iron 4 move up and down to cut vinyl, the cutter 5 also moves together to cut vinyl.

At this time, a plurality of LM guides (6) (7) are installed on the cutter frame (17) of the cutter (5), so that when the cutter (5) cuts vinyl, the LM guides (6) (7) are connected to the cutter (5). Since the cutter (5) is maintained firmly, the vinyl can be cut cleanly without the cutter (5) moving.

In addition, the LM guides (6) (7) are provided with a gap adjustment unit (23), and the installation gap of the LM guides (6) (7) can be arbitrarily adjusted by adjusting the gap adjustment unit (15).

As described above, the vinyl is cut while being pressed by the mold and iron 4 and stacked one by one on the vinyl bundle lamination unit 8. At this time, the counter counts the vinyl by a detection sensor and when a certain number is reached, the vinyl bundle lamination unit ( 8) The vinyl bundle transfer unit (10) located at the top holds both sides of the vinyl bundle and transfers it beyond the space part (9) toward the vinyl glove transport conveyor (16).

At this time, the vinyl bundle transport unit 10 moves back and forth in a certain section through the vinyl bundle transport conveyor 21.

That is, when the vinyl bundle transfer unit 10 stacks a certain number of vinyl bundles, the vinyl bundle transfer conveyor 21 moves continuously and catches and transfers the vinyl bundle toward the vinyl glove transfer conveyor 16, and the paper removal unit With (12) tearing off the paper (14), the conveyor (21) for transporting the vinyl bundle runs in reverse and returns to its original position.

In addition, the vinyl bundle transferred by the vinyl bundle transfer unit 10 is seated on the vinyl glove transfer conveyor 16, and at the same time, the vinyl glove fixing part 11 located above moves down and fixes only the vinyl gloves. In this state, the paper removal unit 12 pulls and tears the paper 14 from both sides from the plastic bundle.

The waste removal unit 12 is installed integrally with the plastic bundle transport unit 10, and is opened to both sides by a cylinder operation only when the waste paper 14 is taken out and then returned to its original position.

Here, in the vinyl bundle transfer unit 10, while the plastic gloves 15 are fixed by the plastic glove fixing unit 11, the paper removal unit 12 tears off the paper 14 and simultaneously removes the plastic bundle. As it is returned to its original position by the feeding conveyor 21, the waste paper 14 is discharged to the waste discharge conveyor 13.

That is, the vinyl bundle transport unit 10 moves the vinyl bundle to the vinyl glove transport conveyor 16 while reciprocating a certain section through the vinyl bundle transport conveyor 21, and also tears off and discharges the waste paper 14. The operation is performed repeatedly, and when the paper 14 is torn from the vinyl bundle, the paper removal unit 12 opens outward and pulls the paper 14, which is fixed by the plastic glove fixing part 11. Only the waste paper (14) other than the vinyl gloves (15) is torn, and then the waste removal unit (12) is returned to its original position in the plastic bundle transfer unit (10) and is reversely moved to the plastic bundle transport conveyor (21) to remove the waste paper. (14) is discharged through the waste discharge conveyor (13).

In addition, when the paper 14 is taken out as described above, the vinyl glove fixing part 11 moves upward again and returns to its original position, and the vinyl gloves 15 are transported through the vinyl glove transfer conveyor 16.

In the present invention as described above, all processes from the vinyl supply unit (1) to the vinyl glove transfer conveyor (16) are performed fully automatically, eliminating the need for unnecessary manual work in which workers have to individually tear off scraps from plastic gloves as in the past, thereby reducing the labor force. This not only eliminates the need for a lot of this, but also greatly improves work speed.

The present invention is not limited to the regular embodiments, and is applicable, for example, to vinyl gloves with a long neck or vinyl gloves that are used by pulling the neck, and can be usefully modified in various forms in the technical field to which the present invention pertains. It can be applied.

1: Vinyl supply department 2: Vinyl transfer department
3: Vinyl glove molding part 4: Iron
5,5a: cutter 6,7: LM guide
8: Vinyl glove lamination section 9: Space section
10: Vinyl bundle transfer unit 11: Vinyl glove fixing unit
12: Waste removal unit 13: Waste discharge conveyor
14: Phage 15: Plastic gloves
16: Vinyl glove transfer conveyor 17: Cutting machine frame
18: Vinyl 19, 20: Crankshaft
21: Conveyor for transporting vinyl bundles 22: Cutting axis
23: Spacing adjustment unit

Claims (4)

A vinyl supply unit for continuously supplying vinyl, a vinyl transfer unit for transferring vinyl from the vinyl supply unit, a vinyl glove molding unit for forming gloves with a mold on the vinyl transferred by the vinyl transfer unit, and the vinyl A vinyl glove lamination unit that laminates vinyl gloves formed by the glove forming unit, a counter that counts the gloves laminated in the vinyl glove lamination unit, a cutter that cuts the gloves laminated in the vinyl glove lamination unit, and the cutter. LM guides installed in multiple places before and after the vinyl gloves to hold the vinyl so that it does not fall apart when cutting vinyl, a vinyl bundle transfer unit that transfers the vinyl gloves cut by the cutter, and a vinyl bundle transfer unit that transfers the vinyl gloves cut by the cutter. A vinyl glove fixing unit that moves up and down to press and secure only the vinyl gloves in the vinyl bundle, a paper removal unit for tearing and extracting only the bundle of waste glued by heat fusion other than the vinyl gloves fixed by the vinyl glove fixing unit, and the waste paper. It consists of a waste discharge conveyor for discharging the bundle of waste taken out by the extraction unit.
A plurality of irons are further provided on one side of the mold of the vinyl glove molding portion, so that when stamping the vinyl mold, the outside of the vinyl gloves is simultaneously heat-sealed with the iron in multiple places and cut with a cutter,
The vinyl bundle transfer unit is configured to transfer the vinyl bundle to its original position while reciprocating between the vinyl glove lamination unit and the vinyl glove fixing unit through a conveyor for transporting the vinyl bundle. The method of claim 1, wherein the vinyl bundle transfer unit,
Vinyl gloves and waste automatic, characterized in that when the waste removal unit tears the waste outward by the cylinder while the vinyl glove fixing part comes down and fixes the vinyl gloves, it moves backwards through the conveyor, discharges the waste, and returns to the original position at the top of the vinyl glove layer. Take-out device.
The method of claim 1, wherein the LM guide is:
A plastic glove and automatic paper removal device that is installed in plural numbers on both sides of the cutter to prevent it from moving during cutting, and is configured to adjust the installation interval by a spacing adjustment unit.
According to claim 1, wherein a space is formed in the lower part between the vinyl glove layer and the vinyl glove transfer conveyor, and the waste removed by the waste removal unit is moved backwards and discharged to the waste discharge conveyor on the side through the space. Features vinyl gloves and automatic waste removal device.