KR102651049B1 - Folding line of lower plate of thomson wooden mold manufacturing method and device thereof - Google Patents

Abstract

Among the fold line manufacturing method and device for the lower panel of a Thompson wooden model according to the present invention disclosed, the fold line manufacturing device for the lower panel of the Thompson wooden model is a process fixed to the lower panel in the process of moving the upper panel equipped with a cutting knife and a bending knife at the lower part. A device that pressurizes an object to cut and bend the object to be processed in an unfolded state along a boundary line, and is detachably provided with the bending knife, forming a cutting line parallel to the fold line of the object to be processed and forming a bending groove. It includes a cutting knife for forming a bending groove.
According to the present invention, a cutting knife for forming a bending groove is detachably provided on a bending knife provided at the lower part of the upper plate to form a fold line of the object to be processed, and a parallel fold line is formed by the cutting knife for forming a bending groove. After forming, the worker removes the space between the fold lines, making the work easier and providing the same results.

Description

FOLDING LINE OF LOWER PLATE OF THOMSON WOODEN MOLD MANUFACTURING METHOD AND DEVICE THEREOF}

The present invention relates to a method and device for manufacturing a fold line of a Thompson wooden lower panel, and more specifically, to a method of manufacturing a fold line of a Thompson wooden lower panel in which the fold line forming portion is removable using a cutting knife for forming a detachable bending groove, and the same. It's about devices.

In general, Thompson (Domusong) processing is a post-processing process that cuts printing paper into the desired shape, and is also called cut line or Domusong in the field.

Since general cutting only cuts with straight lines, this is a processing method used when cutting into various shapes such as curves, circles, or irregular shapes rather than squares.

In addition, Thompson processing is used for all printed materials that require shapes, and unique printed materials with high design can be created in a variety of shapes. Mainly used for business cards, labels (tags), packages, holders, envelopes, stickers, boxes, etc.

In order to perform Thompson processing, a wooden mold (knife line) is required, and the process of bending the knife into the desired shape is carried out to produce the wooden mold. The plywood where the knife will be inserted is cut with a laser to create a groove. Then, a thin knife is injected into the shape of the created gap and the printed paper is cut by pressing it strongly with the inserted wooden mold.

On the other hand, in Thompson processing, it is difficult to process very elaborate shapes using wooden molds that make a mold by folding a knife and inserting it into plywood. However, wooden molds have a shorter production period than molds and are suitable for small and mass production due to their low cost. Making the entire frame out of metal allows for more sophisticated processing, but the disadvantage is that the price of the mold is higher than that of a wooden mold.

This technology related to the mold for Thompson processing has been proposed in Korea Registered Utility Model No. 0456753.

However, in Patent Document 1, the worker must draw a parallel line with a knife at the part where the fold line is formed, and then cut and remove the bending groove part between them, which increases work time and can easily cause problems if the work is done incorrectly when drawing the bending groove with a knife. There was a problem with it not folding or cutting well.

Korea Registered Utility Model No. 0456753 (2011.11.10)

The present invention was devised to solve the above-mentioned problems, and its purpose is to provide a method and device for manufacturing a fold line of a lower panel of a Thompson wooden type that can uniformly form the fold line in a short time using a bending blade.

In order to achieve the above object, the folding line manufacturing device for the lower plate of the Thompson wooden type according to the present invention pressurizes the processing object fixed to the lower plate in the process of moving the upper plate equipped with a cutting knife and a bending knife at the lower portion to crush the processing object. A device for cutting and bending a device in a developed state along a boundary line, which is detachably attached to the bending knife and forms a bending groove while forming a cutting line parallel to the fold line of the object to be processed. It may include a cutting knife.

The cutting knife for forming the bending groove may have a binding groove formed at the top to be coupled to the bending knife, and a parallel blade may be formed at the bottom.

The cutting knives for forming the bending grooves are provided to have different lengths, and can be combined to correspond to the length of the bending knives.

When the lower part of the cutting knife for forming the bending groove is coupled to the bending knife, the lower part of the cutting knife may be positioned on the same horizontal line as the lower part of the cutting knife.

In addition, the method of manufacturing the fold line of the lower plate of the Thompson wooden type of the present invention includes the first step of coupling a cutting knife for forming a bending groove to the bending knife in the upper plate provided with a cutting knife and a bending knife at the bottom; a second step of lowering the upper plate to form a partial cutting line along the outline of the object to be processed placed on the lower plate and at the same time forming a parallel fold line; A third step of removing the space between the fold lines; A fourth step of separating the cutting knife for forming the bending groove from the bending knife; and a fifth step of lowering the upper plate again and forming a cutting line along the outline of the object to be processed using the cutting knife.

When performing the first step, the cutting knives for forming bending grooves of different lengths can be combined to match the length of the bending knives.

According to the present invention, a cutting knife for forming a bending groove is detachably provided on a bending knife provided at the lower part of the upper plate to form a fold line of the object to be processed, and a parallel fold line is formed by the cutting knife for forming a bending groove. After forming, the worker removes the space between the fold lines, making the work easier and providing the same results.

Figure 1 is a side view showing a folding line manufacturing device for the lower plate of a Thompson wooden mold according to the present invention.
Figure 2 is a plan view showing the processed object and the finished product before and after being manufactured by the fold line manufacturing device for the lower plate of a Thompson wooden mold according to the present invention.
Figure 3 is a bottom view showing the upper plate in the fold line manufacturing device for the lower plate of a Thompson wooden type according to the present invention.
Figure 4 is a bottom view showing a state in which cutting knives for forming bending grooves are combined according to the length of the bending knives in the folding line manufacturing device for the lower plate of a Thompson wooden mold according to the present invention.
Figure 5 is a process diagram illustrating the process of forming a fold line on a processing object using the fold line manufacturing device for the lower plate of a Thompson wooden mold according to the present invention.
Figure 6 is a block diagram showing a method of manufacturing a fold line of the lower plate of a Thompson wooden mold according to the present invention.

The above objects, features and other advantages of the present invention will become more apparent by describing the preferred embodiments of the present invention in detail with reference to the accompanying drawings. Hereinafter, with reference to the attached drawings, the method and device for manufacturing the fold line of the lower panel of a Thompson wooden mold according to an embodiment of the present invention will be described in detail.

Figure 1 is a side view showing the fold line manufacturing device for the lower panel of a Thompson wooden type according to the present invention, and Figure 2 is a side view showing the state of the processed object and the finished product before and after being manufactured by the fold line manufacturing device for the lower panel of the Thompson wooden type according to the present invention. It is a plan view, and Figure 3 is a bottom view showing the upper plate in the fold line manufacturing device for the Thompson wooden type lower plate according to the present invention, and Figure 4 is a cutting for forming a bending groove in the fold line manufacturing device for the Thompson wooden type lower plate according to the present invention. It is a bottom view showing the state in which the mold knife is combined according to the length of the bending knife, and Figure 5 is a process diagram explaining the process of forming a fold line on the object to be processed by the fold line manufacturing device of the lower plate of the Thompson wooden mold according to the present invention. , Figure 6 is a block diagram showing a method of manufacturing a fold line of the lower plate of a Thompson wooden mold according to the present invention.

Referring to Figures 1 to 5, the fold line manufacturing apparatus 100 of the lower plate of a Thompson wooden type according to an embodiment of the present invention includes an upper plate 110 and a lower plate 120, and a cutting knife is inserted through a groove in the lower portion. In the process of moving the upper plate 110 on which the (112) and the bending knife 114 are fixed in the direction of the lower plate 120, the processing object 10 fixed to the lower plate 120 is pressed to move the processing object 10 to the boundary line. It is a device that cuts and bends in an unfolded state along the line.

At this time, the processing object 10 is exemplified as paper, but is not limited to this and processing of various materials is possible. And, as shown in FIG. 2, the processing object 10 has a cutting line 12 cut along the outline and a fold line 14 formed at the folded portion, and a fold line 14 is formed on the finished product 10' after processing. ) is formed.

Furthermore, referring to FIG. 3, when the object to be processed is cut by the cutting knife 112 on both sides of the cutting knife 112 on the bottom of the upper plate 110, the cutting portion of the object to be processed 10 and the bending knife ( A pressing portion 116 is provided to press and support the folded portion 114). Meanwhile, the pressing portion 116 is preferably made of an elastic material.

And, as shown in FIG. 1, a cutting knife 118 for forming a bending groove is detachably provided on the bending knife 114. Here, the cutting knife 118 for forming a bending groove forms a groove for bending in the fold line 14 of the object 10 to be processed.

At this time, the cutting knife 118 for forming the bending groove has an “H”-shaped cross-section, has a binding groove 1180 on the upper part that is coupled to the lower part of the bending knife 114, and extends parallel to the lower part to form a fold line. It consists of a blade (1182) that forms a groove for bending at every (14).

That is, when the blade 1182 presses the fold line 14 of the processing object 10, an incision line in the shape of the letter “11” is drawn, and when the worker removes the space between them, a groove for bending is formed.

Meanwhile, the blade 1182 is formed to have a width in the range of 2 to 4 mm, and the width of the bending groove is determined to correspond to it.

In addition, the cutting knife 118 for forming the bending groove is provided to have different lengths when coupled to the bending knife 114, and can be used in combination according to the length of the bending knife 114 (see Figure 4).

In addition, when the cutting knife 118 for forming a bending groove is coupled to the lower part of the bending knife 114, as shown in FIG. 1, the lower part is located on the same horizontal line as the lower part of the cutting knife 112, allowing cutting. When the cutting knife 112 and the cutting knife 118 for forming a bending groove are simultaneously lowered, a fold line 14 and a cutting line 12 are partially formed by the height of the paper 122 attached to the lower plate 120. do. That is, the fold line 14 is partially formed on the upper surface of the processing object 10.

Meanwhile, although not shown in the drawing, the blade 1182 is fixed to the lower part of the blade 1182 so that a parallel line is displayed when pressed on the fold line 14 of the processing object 10, allowing the user to position the bending groove at the forming position. Discrimination becomes excellent.

Moreover, the cutting knife 118 for forming the bending groove is detachably provided on the bending knife 114, so when the upper plate 110 is lowered while coupled to the bending knife 114, the cutting knife 112 Since the cutting line 12 of the processing object 10 cannot be completely formed, after forming the fold line 14 and separating it from the bending knife 114, the upper plate 110 is lowered again, thereby forming the processing object 10. The cutting line 12 is completed.

As shown in FIGS. 1 and 5, the lower plate 120 is made of a metal plate, etc., and paper 122 is attached at a set height on both sides where the bending knife 114 does not reach, so that the lower plate 120 is cut to the height of the paper 122. The spaced processing objects 10 are spaced apart. In this way, when the bending knife 114 presses the fold line 14 of the processing object 10, it touches the corners of both paper 122 and is bent.

Referring to Figures 5 and 6, the method of manufacturing the fold line of the lower plate of a Thompson wooden type according to the present invention includes an upper and lower plate preparation step (S100), a cutting knife coupling step for forming a bending groove on a bending knife (S110), and a processing object. It includes a step of forming a part of the cutting line and a fold line (S120), a step of removing between fold lines (S130), a step of separating a cutting knife for forming a bending groove (S140), and a step of forming a cutting line of the object to be processed (S150).

The upper and lower plate preparation step (S100) overlaps the upper plate 110 with the cutting knife 112 and the bending knife 114 fixed to the lower part, and the contact line between the cutting knife 112 and the bending knife 114. This is a step of preparing the lower plate 120 with the paper 122 attached to the top in an unused position.

And, when preparing the top plate 110, a pressing portion 116 is attached to the inside and outside of the cutting knife 112 to press and support the cut portion of the processing object 10 and the folded portion by the bending knife 114.

The cutting knife coupling step (S110) for forming a bending groove on a bending knife is to form a bending groove on the bending knife 114 on the upper plate 110 equipped with a cutting knife 112 and a bending knife 114 at the bottom. This is the step of combining the cutting knife 118 [see FIG. 5(a)].

At this time, when performing the step of combining the cutting knife for forming a bending groove with the bending knife (S110), the binding groove 1180 of the cutting knife 118 for forming a bending groove with a cross-section formed in the shape of an “H” is connected to the bending knife 114. The blade 1182, which extends parallel to the lower part of the blade, is directed downward.

In addition, when performing the step (S110) of combining a cutting knife for forming a bending groove with a bending knife, the cutting knife 118 for forming a bending groove is provided to have different lengths when coupled to the bending knife 114. It can be used in combination according to the length of (114).

In the step of forming a part of the cutting line and folding line of the processing object (S120), the upper plate 110 is lowered and the outer edge of the processing object 10 placed on the lower plate 120 is cut to a cutting line 12 using a cutting knife 112. This is the step of forming a parallel fold line 14 by the blade 1182 of the cutting knife 118 for forming the bend groove at the same time as it is formed to this partial depth (see FIG. 5(b)).

That is, in the step of forming a part of the cutting line and the fold line of the processing object (S120), the letter "11" is formed on the fold line 14 of the processing object 10 by the blade 1182 of the cutting knife 118 for forming a bending groove. This is the stage where the incision line is drawn in the form.

The step of removing between the fold lines (S130) is a step in which the worker forms a groove for bending by removing between the fold lines 14 where the incision line is drawn in the shape of "11" while raising the upper plate 110 [Figure 5 see (c), (d)].

In the cutting knife separation step for forming a bending groove (S140), the cutting knife 118 for forming a bending groove is separated from the bending knife 114 in a state in which a groove for bending is formed by performing a removing step between fold lines (S130). This is the step of separating the binding groove (1180).

The cutting line forming step (S150) of the processing object is a step of completely cutting the processing object 10 by lowering the upper plate 118 again and forming a cutting line 14 along the outer edge of the processing object 10 with the cutting knife 112. [See Figures 5(e) and (f)].

At this time, when performing the cutting line forming step (S150) of the object to be processed, the cutting knife 118 for forming a bending groove is separated from the bending knife 114, and the lower end of the cutting knife 112 is attached to the bending knife 114. Since it is located lower than the bottom, the cutting line 14 formed about halfway is formed entirely by the cutting knife 112, and the residue is separated from the finished product 10' of the processing object 10 based on the cutting line 14. .

The configurations included in the various embodiments described above can also be implemented in various other possible modification combinations not illustratively described above, unless they are combinations that are clearly excluded from the aspect of implementation.

100: Fold line manufacturing device
110: top plate
112: Cutting knife
114: Bending knife
116: Pressure part
118: Cutting knife for forming bending grooves
120: lower plate

Claims (6)

In the process of moving the upper plate 110 equipped with a cutting knife 112 and a bending knife 114 at the bottom, the processing object 10 fixed to the lower plate 120 is pressed to move the processing object 10 to the boundary line. A device for cutting and bending in a developed state along,
It is detachably provided on the bending knife 114 and includes a cutting knife 118 for forming a bending groove that forms a groove for bending while forming a cutting line parallel to the fold line of the processing object 10. ,
The cutting knife 118 for forming the bending groove has a binding groove formed on the upper part to be coupled to the bending knife 114, and a parallel blade is formed on the lower part. A folding line manufacturing device for the lower plate of a Thompson wooden type. . delete In the process of moving the upper plate 110 equipped with a cutting knife 112 and a bending knife 114 at the bottom, the processing object 10 fixed to the lower plate 120 is pressed to move the processing object 10 to the boundary line. A device for cutting and bending in a developed state along,
It is detachably provided on the bending knife 114 and includes a cutting knife 118 for forming a bending groove that forms a groove for bending while forming a cutting line parallel to the fold line of the processing object 10. ,
The cutting knife (118) for forming the bending groove is provided to have different lengths and is combined into a corresponding length according to the length of the bending knife (114). In the process of moving the upper plate 110 equipped with a cutting knife 112 and a bending knife 114 at the bottom, the processing object 10 fixed to the lower plate 120 is pressed to move the processing object 10 to the boundary line. A device for cutting and bending in a developed state along,
It is detachably provided on the bending knife 114 and includes a cutting knife 118 for forming a bending groove that forms a groove for bending while forming a cutting line parallel to the fold line of the processing object 10. ,
The folding line of the lower plate of the Thompson wooden type is characterized in that the lower part of the cutting knife 118 for forming the bending groove is positioned on the same horizontal line as the lower part of the cutting knife 112 when coupled to the bending knife 114. Fabrication device. A first step of coupling a cutting knife 118 for forming a bending groove to the bending knife 114 on the upper plate 110, which is provided with a cutting knife 112 and a bending knife 114 at the bottom;
A second step of lowering the upper plate 10 to form some cutting lines along the outline of the processing object 10 placed on the lower plate 20 and at the same time forming parallel fold lines;
A third step of removing the space between the fold lines;
A fourth step of separating the cutting knife 118 for forming a bending groove from the bending knife 114; and
A fifth step of lowering the upper plate 110 again to form a cutting line along the outline of the processing object 10 using the cutting knife 112; manufacturing a fold line of the lower plate of the Thompson wooden type, comprising a. method. According to clause 5,
When performing the first step, the cutting knives 118 for forming bending grooves of different lengths are combined to match the length of the bending knife 114. Manufacturing the fold line of the lower plate of the Thompson wooden type. method.

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