KR102640746B1 - Label punching device and method of operating the same - Google Patents

Abstract

The present invention provides a label punching device and a method of operating the same.
The label punching device according to the present invention includes a stacking table that stacks a plurality of label sheets, a guide that guides the stacking table in the forward and backward directions, and a limit switch that can detect whether the guide is approaching. wealth; A punching unit including a vertical adjuster that moves the guide in the up and down direction, a press plate that presses and punches the label sheet loaded on the guide, and a press drive plate that moves the press plate in the up and down direction; a transfer unit located below the stacking table and including a first conveyor belt that rotates in an endless orbit by the operation of a first transfer motor and a second conveyor belt that rotates in an endless orbit by the operation of a second transfer motor; a stacking opening unit that sequentially stacks each label sticker transferred from the first conveyor belt and moves the plate shutter from the stop position to the open position according to a signal from the controller (C); A control unit (C) that controls whether the guide unit, the punching unit, the transfer unit, and the stacking opening unit operate; It is characterized by containing a.
The present invention has the advantage of being able to produce label stickers uniformly, efficiently, and automatically.

Description

Label punching device and method of operating the same}

The present invention relates to a label punching device and a method of operating the same, and more specifically to a label punching device that can easily separate and complete a plurality of individual label stickers with a single punching operation when a plurality of label sheets are stacked, and the same. It's about how it works.

In general, label stickers have been mainly used to attach directly to the product packaging box or the surface of the product. Examples of such products include cup ramen containers, medicine containers, bottles, PET bottles, and containers, and have been used by attaching them to the surface of these products or the outer peripheral surface of the container.

However, as social life has diversified, the types of products have diversified, and the sales outlets for such products have diversified, the way such products are displayed has also been changing.

In order to encourage consumers to easily and conveniently view numerous products and purchase the products they need immediately, label stickers are needed to introduce the products. These label stickers may directly introduce the product, but they may also be used as a means of selling the products in bundles, selling them with other products, or providing information to introduce the sale of the product.

As the market began to demand such various types of label stickers, a large number of label stickers were printed on one sheet of paper, a Thomson machine was used to form the perforation lines for each label sticker, and then the label stickers were printed. The work ended up being carried out by removing each piece by hand.

This individual separation of label stickers requires many workers, so not only is productivity and work efficiency low, but profitability is also very low.

The following examples are considered representative of conventional technology.

Republic of Korea Patent Registration No. 10-1518012 “Label Manufacturing Device” Republic of Korea Patent Publication No. 10-2017-33170 “Large in-mold label punching machine”.

The present invention is intended to solve the problems of the prior art, and provides a label punching device and operating method that can easily separate and complete a plurality of individual label stickers with a single punching operation when a plurality of label sheets are stacked. The purpose is to provide.

The label punching device 100 according to the present invention includes a stacking table 113 that stacks a plurality of label sheets 10 and forms a plurality of punching holes 111, and a guide that guides the stacking table in the forward and backward directions. A guide unit 110 including (115) and a limit switch 117 capable of detecting whether the guide 115 is approached or not; A vertical adjuster 121 that moves the guide 113 in the vertical direction, a press plate 123 that presses and punches the label sheet 10 loaded on the guide 113, and a press plate 123 that presses and punches the label sheet 10 loaded on the guide 113 in the vertical direction. a punching unit 120 including a press driving plate 125 that moves the press plate 123 in a stable state and a press auxiliary guide 119 that helps to move the press plate 123 in the vertical direction; A first conveyor belt 133 is located below the stacking table 113 and rotates in an endless orbit by the operation of the first transfer motor 131, and is located below the rear direction of the first conveyor belt 133, A transfer unit 130 including a second conveyor belt 137 that rotates in an endless orbit by the operation of the second transfer motor 135; Each label sticker transported from the first conveyor belt 133 is primarily stopped at its position, and when each label sticker is sequentially piled up from the first conveyor belt 133, the controller ( a laminated opening portion 140 that moves the plate shutter 141 from the stop position to the open position according to the signal of C); a control unit (C) that controls whether the guide unit 110, the punching unit 120, the transfer unit 130, and the stacking opening unit 140 operate; It is characterized by containing a.

In the present invention, it is preferable to further install a third conveyor belt 139 next to the second conveyor belt for the convenience of workers in the transfer unit 130.

The operating method of the label punching device 100 according to the present invention is to place a plurality of label sheets 10 on the stacking table 113 and move the stacking table 113 from front to back through the guide 115. A preparation step (S 210) for punching the label sheet, which is pushed in and detected by the stacking table 113 by the limit switch 117; The control unit (C) operates the vertical adjuster 121 to move the stacking table 113 downward, and then the control unit (C) operates the press driving plate 125 to move the press plate 123 downward. moves, separates each label sticker placed on the stacking table 113 by the press plate 123 and performs a punching operation, and then operates the up and down adjuster 121 by the control unit C to A label sticker punching step (S 220) of moving the stacking table 113 in an upward direction; The control unit (C) operates the first transfer motor 131 to rotate the first conveyor belt 133 located below the stacking table 113 in an endless orbit to remove each label sticker laminated thereon. A first transfer step (S 230) of sequentially transferring in the backward direction; A label sticker stacking step (S 240) in which each label sticker transported by the first conveyor belt 133 is maintained in a stationary state by the plate shutter 141 and is sequentially stacked in that state. and; When the label stickers are stacked, the control unit (C) moves the plate shutter 141 from the stop position to the open position to transfer each of the stacked label stickers to the second conveyor belt 137. (S 250); It is characterized by containing a.

In the present invention, when the second transfer step (S 250) is completed, workers bundle each of the laminated label stickers transferred through the second conveyor belt 137 into one bundle and package them. The label stickers of the packaged bundle are attached to the surface of the product or placed on the product display stand and used as a product label or product introduction.

The present invention has the advantage of achieving work efficiency because a plurality of label sticker sheets can be stacked and then punching can be performed at once.

In addition, the present invention has the advantage of being able to obtain uniform and high-quality label stickers because a plurality of label sticker sheets can be stacked and then punching can be performed at once.

1 is an overall side view of the present invention,
Figure 2a is a perspective photograph of the overall device of the present invention,
Figure 2b is an enlarged photograph of the main part of Figure 2a;
Figure 3a is photographic data regarding the guide part of the present invention,
Figure 3b is a photograph showing a label sheet laminated on the guide part of Figure 3a;
Figure 4a is a side illustration showing the punching operation of the present invention,
Figure 4b is an exemplary side view showing the progress of the punching operation of Figure 4a;
Figure 5a is a photograph illustrating the state before the punching operation of the present invention,
Figure 5b is a photograph illustrating the state after the punching operation of Figure 5a,
Figure 6 is photographic data showing the first transfer step by the first conveyor belt,
Figure 7a is a photograph illustrating the lamination step of the present invention,
Figure 7b is a photographic data exemplarily showing the lamination step of Figure 7a,
Figure 8 is photographic data showing the second transfer step of the present invention.

Hereinafter, the present invention will be described in more detail and detail. It is clear that the specific numerical values or specific examples provided in the present invention are preferred embodiments of the present invention, and are only intended to explain the technical idea of the present invention in more detail, and the present invention is not limited thereto.

In addition, in the present invention, the front or front refers to the direction in which the operator inserts the label sticker, and the back or back refers to the direction in which the label sticker is conveyed after being punched, which is opposite to the front or front. It means direction.

In addition, in the specification of the present invention, detailed description of parts that are known in the technical field and can be easily created by those skilled in the art will be omitted.

The label punching device 100 according to the present invention includes a guide portion 110 for performing preparatory work before stacking and punching a plurality of label sheets 10.

The guide portion 110 includes a laminated table 113 forming a plurality of punching holes 111. The stacking table 113 stacks a plurality of label sheets on top of each other. It is preferable that the stacking table 113 is slippingly coupled to a guide 115 that guides it so that it can be safely pushed in and out in the front and rear directions. It is pushed from the front to the back by the operator for the punching operation along the guide 115, and is pushed out from the rear to the front after the punching operation. A plurality of punching holes 111 are formed in the stacking table 113, and the punching holes 111 allow each label sheet formed on a plurality of label sheets to be punched one by one. When the stacking table 113 is sufficiently pushed from the front to the back along the guide 115, the limit switch 117 detects this and sends the detected information to the control unit (C).

The label punching device 100 according to the present invention includes a punching unit 120 that performs a punching operation by compressing a plurality of label sheets 10 using a press plate.

The punching unit 120 includes a vertical adjuster 121 that moves the guide 113 in the vertical direction by the control unit C. The upper and lower adjusters 121 are preferably formed on both sides. It is preferable that the vertical adjuster 121 operates by expanding and contracting the cylinder shaft of the hydraulic cylinder in the vertical direction according to a signal from the control unit (C), and allows the height of the guide 113 to be adjusted in the vertical direction. . When the guide 113 is operated to move downward, the stacking table 113 moves down, and the bottom of the stacking table 113 is very close to the surface of the first conveyor belt 133. is achieved.

The punching unit 120 includes a press plate 123 that presses and punches the label sheet 10 loaded on the guide 113. The press plate 123 functions much the same as the upper mold of a press machine that can press and compress, and includes a plurality of press molds 124 that can press the label sheet 10. When the press plate 123 presses the entire press, the pressing mold 124 presses down each label sticker to force each label sticker 20 from the label sheet 10 through the punching hole 111. It is separated and placed on the surface of the first conveyor belt 133. The press plate 123 is moved in the up and down direction by the force applied by transforming the rotational movement of the press driving plate 125 installed on both sides of the present invention into an up and down reciprocating movement. It is preferable that the press plate 123 is moved in a stable vertical direction by the press auxiliary guide 119.

The label punching device 100 according to the present invention includes a transfer unit 130 that moves a plurality of separated label stickers 20 from front to back.

The transport unit 130 is located below the stacking table 113 and includes a first conveyor belt 133 that transports the label stickers 20 on which punching work has been completed rearward. The first conveyor belt 133 rotates in an infinite orbit by the operation of the first transfer motor 131. The first transfer motor 131 is operated by the control unit C or by a signal from the operator, and rotates the first conveyor belt 133 in an endless orbit. When the first conveyor belt 133 rotates, the plurality of label stickers 20 placed on it gradually and sequentially move from the front to the rear, and the label stickers 20 placed at the rearmost part move from the front to the back. It is pushed down from the omnidirectional end of the first conveyor belt 133 and stacked up from there.

The transfer unit 130 includes a second conveyor belt 137 located below the first conveyor belt 133 in the rear direction. The second conveyor belt 137 preferably rotates in an endless orbit by the operation of the second transfer motor 135.

The label punching device 100 according to the present invention includes a stacking opening portion 140 that allows a plurality of separated label stickers 20 to be stacked one after another in a stationary position.

The stacking opening portion 140 stacks the label stickers 20, which are individually separated by the first conveyor belt 133 in the previous step, in a stopped position, one by one, one by one, without proceeding to the next step. It allows it to happen. This function can be performed by the plate shutter 141. The plate shutter 141 stops the label stickers 20 loaded on the front of the stopper plate in a vertical direction so that they cannot move in place, and then when the control unit (C) generates an operating signal, It is preferably operated by the shutter hydraulic cylinder (143). The control unit (C) moves the plate shutter 141 from the stop position to the open position when the label stickers 20 are sequentially pushed from the first conveyor belt 133 and stacked on top of each other, thereby removing the label stickers. (20) This allows them to move backwards.

The label punching device 100 according to the present invention includes a control unit (C) that controls whether the guide unit 110, the punching unit 120, the transfer unit 130, and the lamination opening unit 140 operate; It includes. When installing the control unit (C), there is an advantage that the device of the present invention can be further automated.

In the present invention, it is preferable to further install a third conveyor belt 139 next to the second conveyor belt for the convenience of workers in the transfer unit 130.

Additionally, the present invention provides a method of operating the label punching device 100.

The operating method of the label punching device 100 according to the present invention is to place a plurality of label sheets 10 on the stacking table 113 and move the stacking table 113 from front to back through the guide 115. It includes a preparation step (S 210) for punching the label sheet, which is pushed in and the stacking table 113 is sensed by the limit switch 117.

The label sheet punching preparation step (S 210) may begin with placing a plurality of label sheets 10 on the stacking table 113. The label sheet 10 is made by printing a plurality of individual label stickers 20 on a single sheet, and then initially dividing each individual label sticker 20 around it by using a Thompson machine (not shown). This refers to a sheet on which the individual label stickers 20 can be separated by pressing them manually or mechanically by performing a cutting operation.

In the past, workers separated the label sheets (10) by pressing them one by one by hand. However, in the present invention, the label sheets (10) were placed on the stacking table (113) in multiple overlapping positions and mechanically separated. Pressure is applied to separate the individual label stickers (20). A plurality of punching holes 111 are formed in the stacking table 113, and each label sticker 20 formed on a plurality of label sheets can be punched one by one through the punching holes 111. It allows you to This means that the shape and number of the punching holes 111 are the same as the shape and number of the label stickers 20.

In the label sheet punching preparation step (S 210), when a plurality of label sheets 10 are placed on the stacking table 113, the stacking table 113 is pushed from the front to the back. At this time, the stacking table 113 is pushed along the guide 115 from the front where the worker is standing to the opposite side, the back. When the stacking table 113 is sufficiently pushed in, the limit switch 117 detects the approach of the stacking table 113 and transmits the detection signal to the control unit (C).

The method of operating the label punching device 100 according to the present invention punches the plurality of label sheets 10 at once by operating the control unit C and operating the upper and lower adjuster 121 and the press drive plate 125. It includes a label sticker punching step (S 220).

In the label sticker punching step (S 220), when the control unit (C) receives an approach signal of the stacking table 113 from the limit switch 117, the upper and lower controller 121 is operated. The vertical adjuster 121 is in the form of a small hydraulic cylinder and is a mechanical component that can move the stacking table 113 in the vertical direction. When an operation signal is received from the control unit (C), the vertical adjuster 121 pulls the stacking table 113 downward so that the stacking table 113 is close to the surface of the first conveyor belt 133. It allows you to position it.

In the label sticker punching step (S 220), when the stacking table 113 approaches the surface of the first conveyor belt 133, the control unit C operates the press driving plate 125. The press drive plate 125 rotates and causes the crankshaft to reciprocate in the up and down directions and moves the press plate 123 downward. When the press plate 123 moves downward, a plurality of pressure molds 124 press each label sticker 20 placed on the stacking table 113, and as a result, each punching hole 111 ), the label stickers 20 are punched separately. At this time, the separated label stickers 20 are stacked and placed on the surface of the first conveyor belt 133.

In the label sticker punching step (S 220), when the press plate 123 moves to the bottom and then moves upward, the punching operation is completed. After that, the control unit (C) controls the top and bottom adjuster (121). ) is operated again to move the stacking table 113 upward. In this case, it is desirable for workers to pull the stacking table 113 forward, take out the label sheets 10 remaining on the stacking table 113, and discard them to an external workplace.

The operating method of the label punching device 100 according to the present invention includes a first transfer step (S 230) of sequentially transferring label stickers placed on the surface of the first conveyor belt 133 backward.

In the first transfer step (S 230), after performing the label sticker punching step (S 220) described above, the first transfer motor 131 is operated by the control unit (C). The first transfer motor 131 allows the first conveyor belt 133 to rotate in an infinite orbit. When the conveyor belt 133 moves slowly, the upper conveyor belt slowly moves from rear to front, and the label stickers 20 placed on its surface gradually move from rear to front, and the label at the rearmost part moves slowly from rear to front. The stickers 20 sequentially move downward from the end of the first conveyor belt 133.

The operating method of the label punching device 100 according to the present invention is that each label sticker transported by the first conveyor belt 133 is maintained in a stopped state by the plate shutter 141, and in that state, It includes a step (S 240) of label stickers being stacked sequentially.

The label sticker stacking step (S 240) is a step in which each label sticker 20 transported by the first conveyor belt 133 is sequentially stacked. This stacking operation is made possible because each label sticker 20 transported by the first conveyor belt 133 cannot be moved by the plate shutter 141 and is maintained in a stationary state. While maintaining a temporarily stopped state, the first conveyor belt 133 continues to move the label stickers 20 placed on its surface backward, so the transferred label stickers 20 are First, they are stacked on top of the label stickers 20 that were placed in a stationary state. This stacking operation continues until the label stickers 20 at the front of the first conveyor belt 133 move backward and are placed on top of the previously stacked label stickers 20.

The operating method of the label punching device 100 according to the present invention includes a second transfer step of transferring the stacked label stickers 20 to the second conveyor belt 137 after the label sticker stacking step (S 240). S 250) is included.

The second transfer step (S 250) may be performed by transferring the label stickers 20 laminated by the stacking operation back to the rear after the stacking operation is completed. To this end, it is preferable that the control unit C operates the plate shutter 141 to allow the stacked label stickers 20 to move forward. In order to move the stacked label stickers 20 forward, the plate shutter 141 may perform an opening/closing operation in an up-and-down direction, or may perform an opening/closing operation through a rotational movement. In order to perform the task simply, it is more desirable to determine the open and closed positions through rotational movement. In the specification of the present invention, as the most preferred embodiment, a rotational movement method is shown, in which the control unit (C) moves the plate shutter 141 from the stop position to the open position to move each of the stacked label stickers to the second position. It shows how it is transported to the conveyor belt (137).

In the present invention, when the second transfer step (S 250) is completed, workers bundle each of the laminated label stickers transferred through the second conveyor belt 137 into one bundle and package them.

In the present invention, in order to enable workers to perform packaging work smoothly and more leisurely, it is preferable to further install the third conveyor belt 139 at the location after installing the second conveyor belt 137.

Label stickers in bundles packed by workers are attached to the surface of the product or placed on the product display stand and used as a product label or product introduction.

Although the label punching device and its operating method according to the present invention have been specifically presented above, this is only specified in the process of explaining embodiments of the present invention, and all features of the present invention are limited to being applied only to the items mentioned above. It should not be interpreted as such.

In addition, anyone skilled in the art will be able to make various modifications and imitations based on the contents of the specification of the present invention, but it will be clear that these are not beyond the scope of the present invention.

100: Label punching device (present invention) 110: Guide portion,
111: punching hole, 113: lamination table,
115: guide, 117: limit switch,
120: punching part, 121: upper and lower adjuster,
123: Press plate, 124: Pressure mold,
125: press driving plate, 130: transfer unit,
131: first transfer motor, 133: first conveyor belt,
135: second transfer motor, 137: second conveyor belt,
140: Laminated opening, 141: Plate shutter
C: Control unit

Claims (4)

A guide unit comprising a stacking table that stacks a plurality of label sheets and forms a plurality of punching holes, a guide that guides the stacking table in the front and rear directions, and a limit switch that can detect whether the guide is approaching. and;
A vertical adjuster that moves the guide in the up and down direction, a press plate that presses and punches the label sheet loaded on the guide, a press drive plate that moves the press plate in the up and down direction, and a press plate that moves the press plate up and down in a stable state. a punching unit including a press auxiliary guide that helps to move in the same direction;
A first conveyor belt located below the stacking table and rotating in an endless orbit by the operation of a first transfer motor, and a first conveyor belt located below the rear direction of the first conveyor belt and rotating in an endless orbit by the operation of the second transfer motor. a conveying unit including a second conveyor belt;
Each label sticker transported from the first conveyor belt is initially stopped at its position, and when each label sticker is sequentially piled up from the first conveyor belt, according to a signal from the controller (C) a laminated opening unit that moves the plate shutter from the stop position to the open position;
A control unit (C) that controls whether the guide unit, the punching unit, the transfer unit, and the stacking opening unit operate; cast
A label punching device comprising:
According to claim 1,
The upper and lower regulator,
Installed on both sides,
According to the signal from the control unit (C), the cylinder shaft of the hydraulic cylinder can be expanded and contracted in the vertical direction to operate, and the height of the guide can be adjusted in the vertical direction.
Characterized by a label punching device.
A label sheet punching preparation step (S 210) in which a plurality of label sheets are placed on a stacking table, the stacking table is pushed from front to back through a guide, and the stacking table is detected by a limit switch;
The control unit (C) operates the up and down controller to move the stacking table downward, and then the control unit (C) operates the press drive plate to move the press plate downward, and the press plate moves the stacking table downward. A label sticker punching step (S 220) of separating each of the placed label stickers and performing a punching operation, and then moving the stacking table upward by operating the up and down adjuster by the control unit (C);
The first transfer motor is operated by the control unit (C) to rotate the first conveyor belt located below the stacking table in an endless orbit, thereby sequentially transferring each label sticker stacked on it in the backward direction. Step (S 230) and;
A label sticker stacking step (S 240) in which each label sticker transported by the first conveyor belt is maintained in a stationary state by a plate shutter and sequentially stacked in that state;
When the label stickers are stacked, the control unit (C) moves the plate shutter from the stop position to the open position to transfer each of the stacked label stickers to the second conveyor belt 137 (S 250) ); cast
A method of operating a label punching device comprising:
According to claim 3,
In the second transfer step (S 250), after the stacking operation is completed, the plate shutter is operated in a rotational manner,
The control unit (C) moves the plate shutter from the stop position to the open position to transfer each stacked label sticker to the second conveyor belt.
How to operate the featured label punching device.

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