KR101361765B1 - Manufacturing method of menu board or binder and the menu board or the binder thereby - Google Patents

Abstract

The present invention relates to a menu book or a binder and a manufacturing method thereof and more specifically, to a menu book or a binder and a manufacturing method thereof comprising the steps of: dividing inner sheets into a pocket unit, in which a printed matter is inserted, and a connecting unit which connects the pocket unit; manufacturing the pocket unit and the connecting unit of a hard material and a soft material, respectively; connecting the two units through heat bonding; manufacturing an inner sheet unit through heat bonding by overlapping multiple soft materials (connecting unit). According to the manufacturing method, cracks in the heat bonding area and the sticking of the printed matter can be prevented. According to one embodiment of the present invention, the manufacturing method for a menu or a binder comprises the steps of: (a) manufacturing 1/2 inner sheets, where a pocket is formed to insert a printed matter, of a soft material; (b) manufacturing a connecting unit, which connects the 1/2 inner sheets, of a soft material, apart from (a); (c) manufacturing the inner sheets by attaching the 1/2 inner sheets to both sides of the connecting unit through heat bonding; and (d) manufacturing an inner sheet unit by overlapping the inner sheets, connecting the center of the connecting unit through heat bonding, placing the surface of the inner sheet unit coming to the forefront to make the surface the front cover, and placing the side of the inner sheets coming to the last to make the side the reverse cover.

Description

Menu plate or binder manufacturing method and menu plate or binder {Manufacturing method of menu board or binder and the menu board or the binder thereby}

The present invention relates to a method for manufacturing a menu plate or a binder and a menu plate or a binder thereof, and more specifically, to manufacture a hard member and a soft member by dividing the inlay into a pocket part into which a printed matter is inserted and a connection part connecting the pocket part. After connecting to each other by thermal fusion, a plurality of soft members (connecting portions) by overlapping by making a inlay portion by thermal fusion by the menu plate or binder manufacturing method that can prevent cracking of the thermal fusion region and sticking of the printed material and its It relates to a menu board or a binder.

In the catering industry, such as coffee shops, restaurants, pubs, and restaurants, a menu is used that lists the types and prices of meals that can be ordered.

The menu board includes a wall menu board attached to an inner wall and a table menu board placed on a table for the user to open.

The double table menu board consists of an inlay which contains the type of diet and the price tag of the food, and the front cover and the back cover which protect the inlay by rotating the inlay inside.

At this time, the front cover and the back cover is formed of a hard and thick material to support the inlay is not damaged, it is combined by a plurality of inlays and pins or strings.

The inlay is made of high-frequency fusion of two sheets of soft transparent PVC to form a printed material in the form of the envelope, the heat-sealed portion is hard due to the characteristics of the PVC, especially when used in the winter occurs a phenomenon that is difficult to use for a long time difficult In addition, because the inlay is made of soft PVC, the print ink of the printed material is stuck due to the soft PVC property, and there is a problem that the printed matter and the vinyl (PVC) are damaged during replacement.

In addition, when two sheets of soft transparent PVC are welded at high frequency, the boundary of the crossing part is unclear, and when combined with the front cover and the back cover (pin fixing or string fixing), the play with the cover occurs separately. Although it may be combined with the cover and the back cover as described above, due to the hardening of the PVC properties due to the nature of the high frequency of use of the restaurant industry due to heat fusion occurs the phenomenon of splitting the middle part is a problem that needs to replace the front and back cover when replacing the inlay.

In addition, if the cover and the soft inlay is heat-sealed, the heat-sealing marks are exposed to the central joint line portion outside the cover, so that it is not luxurious. Although a double-structured cover was manufactured to bond and stitch the second cover, there was a problem in that the manufacturing process was complicated and expensive.

In addition, since two sheets of thin soft PVC are manufactured in the form of an envelope by thermal fusion, the upper and lower sheets constituting the envelope adhere to each other, so that the inlay is inserted to insert a print or to pull out the inserted print to the outside. There is difficulty.

Registration No. 20-0368273 (Notification date November 18, 2004)

The present invention has been made to solve the above-mentioned problems, and the inlay is divided into a pocket portion into which the printed matter is inserted and a connection portion connecting the pocket portion, respectively, made of a hard member and a soft member, and then connected to each other by thermal fusion. By superimposing a plurality of soft members (connecting parts) to produce an inlay by thermal fusion, it is possible to prevent cracking of the heat fusion and adhesion of printed matters, to have a beautiful appearance, and to naturally pass the inlay to view the menu. It is an object of the present invention to provide a plate or binder manufacturing method and a menu plate or binder thereof.

In addition, an object of the present invention is to prepare a cover formed integrally with the inner surface and the outer surface in advance to attach a tick button on any one of the inner surface of the cover and to tick any one of the hardest member of the outer surface of the corresponding inlay Provides a menu plate or binder manufacturing method and a menu plate or binder that can simplify the manufacturing process and reduce costs by manufacturing a menu plate or a binder by attaching a button and finally connecting a cover and an inlay by fastening a snap button. It is.

Menu plate or binder manufacturing method according to a first embodiment of the present invention for achieving the above object,

(a) making a half inlay formed of a hard member having a pocket into which the printed matter is inserted;

(b) manufacturing a connecting member connecting the 1/2 inlay separately from the step (a) using a soft member;

(c) attaching 1/2 inlay to both sides of the connection part by thermal fusion to produce an inlay; And

(d) stacking a plurality of inlays and attaching a portion of the overlapping connecting portions by heat fusion to make an inlay, so that the front surface of the inlay is the front cover of the inlay, and the back of the inlay is the rear; Producing a cover;

.

Menu plate or binder manufacturing method according to a second embodiment of the present invention for achieving the above object,

(a) making a half inlay formed of a hard member having a pocket into which the printed matter is inserted;

(b) manufacturing a connecting member connecting the 1/2 inlay separately from the step (a) using a soft member;

(c) attaching the 1/2 inlay to both sides of the connection part by heat fusion to fabricate the inlay;

(d) stacking a plurality of inlays and attaching a central portion of the overlapping connection portions by thermal fusion to produce an inlay portion;

(f) fabricating the outer surface to which the snap button is attached to at least one inner surface separately from the steps (a) and (b);

(g) fixing a plurality of snap buttons to a position corresponding to the snap buttons on the inner surface of the outer surface of step (f) on at least one surface of the outermost hard member of the inlay portion comprising a plurality of inlays; And

(h) coupling the inlay and the outer surface by fastening the corresponding snap buttons;

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In addition, it characterized in that the protective film is coated on the half inlay of the hard member produced in the step (a) so that no damage occurs in the subsequent process.

In addition, the step (a) is the step of producing a base inlay and a pocket inlay of one side shorter than the base inlay as a hard member, respectively;

It characterized in that it comprises the step of attaching the remaining surface except for the short one surface in the state placed the top and bottom inlay and the pocket inlay.

In addition, when the base inlay of the hard member is opaque, a pocket is formed by the pocket inlay of the transparent hard member above and below the base inlay, and when the base inlay of the hard member is transparent, the transparent hard member is formed on one side of the top and bottom of the inlay. Forming a pocket with a pocket inlay.

In addition, the hard member is made of a mixture of hard PVC and urethane, the soft member is characterized in that the mixture is made of soft PVC and urethane.

In addition, the step (d) is characterized in that a plurality of heaters are provided in the iron mold so that evenly transferred to the connection portion overlapping the heat when the plurality of inlay raised the iron mold to the high frequency machine fused with heat.

The menu plate or the binder of the present invention for achieving the above object is characterized in that it is produced by the manufacturing method of the first embodiment or the manufacturing method of the second embodiment.

According to the above-mentioned means for solving the problem, the inlay is divided into a pocket portion into which the printed matter is inserted and a connecting portion connecting the pocket portion, respectively manufactured by a hard member and a soft member, and connected to each other by thermal fusion, and then a plurality of soft members ( By making the inlay part by the heat fusion by overlapping the connecting part), it is possible to prevent the crack of the heat fusion part and the sticking of the printed matter, and to naturally pass the inlay to view the menu, and to obtain a luxurious menu plate or binder. Can be.

In addition, the cover and the inlay portion are formed by attaching the snap button to the inner surface of the cover and attaching the snap button to the outermost hard member of the corresponding inlay by preparing the cover formed with the inner surface and the outer surface in advance. By manufacturing the menu board in a combined manner, the manufacturing process can be simplified and the cost can be reduced.

1 is a view showing a manufacturing process of the menu plate according to an embodiment of the present invention.
2 to 7 are views for each manufacturing process of FIG.
8 is a view showing the internal appearance of the menu plate produced by the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

In the drawings below, the length (size) or thickness of the components is exaggerated for clarity of specification.

For example, it is sufficient that the connection portion has a width that can be attached by attaching pocket portions on both sides, and attaching a central portion of the overlapping pocket portions to pass the menu plate.

1 is a view showing a manufacturing process of a menu plate or a binder according to an embodiment of the present invention, Figures 2 to 7 is a drawing for each manufacturing process of FIG.

As shown in FIG. 1, in the present invention, a portion (pocket portions 11 and 12) into which the printed matter is inserted and a portion connecting the pocket portions 11 and 12 in the middle (connecting portion 14). Separately, the pockets 11 and 12 of the hard member and the connecting portion 14 of the soft member are separately manufactured (S10, S20, and S30).

Hereinafter, the pocket parts 11 and 12 are called 1/2 inlay.

First, the 1/2 inlay 11, 12 of the hard member is, for example, a mixture of hard PVC and urethane in a weight ratio of 40 to 60%: 60 to 40%, preferably about 50%: 50% After molding, the base inlays 11a and 12a and the pocket inlays 11b and 12b are manufactured (S10). If only PVC material is used, both soft and hard may cause cracking due to hardening by primary heat fusion, and when urethane alone is used, the appearance is not good, work is difficult, and printed materials may stick. When the PVC and urethane are mixed, even in winter, the part to be passed is not broken and heat fusion is easy.

At this time, one side of the four sides of the pocket inlay (11b, 12b) has a shorter length than the base inlay (11a, 12a) to have a free length to heat-bond the base inlay (11a, 12a) and the connecting portion (14) do.

Next, as shown in FIG. 2, the three edges of the pocket inlay 11b and 12b and the base inlay 11a and 12a are thermally fused to the other three edges except for one surface having a short length in a folded state. Produce a half inlay (11, 12) formed pocket so that the printed matter (S20). When heat welding, high frequency equipment is used, and if welding is not performed by proper temperature, time and pressure, the end of welding is sharpened and the user may be injured and transparent raw materials may be damaged.

In the embodiment of the present invention shows that the pocket is formed to open the connection portion 14 side of the soft member.

Here, the formation of the pocket of the hard member may be formed by various methods such as not only heat fusion but also stitching by covering the edge with adhesive or leather, cloth, or the like.

In addition, when the base inlays 11a and 12a of the hard member are not transparent, such as black, a pocket is formed on the upper and lower surfaces of the base inlays 11a and 12a by the pocket inlays 11b and 12b of the transparent hard member. When the base inlays 11a and 12a are transparent, pockets are formed by the pocket inlays 11b and 12b of the transparent hard member on only one side of the top and bottom of the base inlays 11a and 12a.

The accompanying drawings show that the base inlays 11a and 12a are transparent so that the pockets are formed of the pocket inlays 11b and 12b of the transparent hard member only on the upper surfaces of the base inlays 11a and 12a.

Separately, the connecting portion 14 of the soft member is manufactured by mixing, for example, a soft PVC and urethane in a ratio of 40 to 60% by weight: 60 to 40%, preferably about 50% to 50%. (S30). If only PVC material is used, both soft and hard may cause cracking due to hardening by primary heat fusion, and when urethane alone is used, aesthetic appearance is not good, work is difficult, and printed materials may stick. When mixing, even in winter there are no cracks and the heat fusion is easy.

After producing the 1/2 inlay (11, 12) and the connecting portion 14, respectively, as shown in Figure 3, the 1/2 inlay (11, 12) arranged side by side to be spaced apart a predetermined distance, between the soft member One inlay 11/12 of the hard member as shown in FIG. 4 is attached by the connecting portion 14 of the soft member by attaching by thermal fusion in the state overlapping both sides of the connecting portion 14 of the 10 is produced (S40).

In this case, it is preferable to apply a protective film to the 1/2 inlay 11 and 12 to prevent scratches or damage to the surface during the manufacturing process.

As shown in FIG. 5, the plurality of inlays 10 are attached by stacking the plurality of inlays 10 to be coincident and attaching the center (center) portion of the connecting portion 14 by heat fusion in a state in which the connecting portions 14 are overlapped. Inlay portion consisting of, that is, the menu plate 100 is produced (S50).

At this time, a plurality of inlays of the iron molds are bitten by a high frequency machine and heat-bonded to each other, so that separate heaters are attached to the iron molds to compensate for the uneven distribution of heat. It is desirable to make the welding fusion neat. If a specially designed heater is not attached to the iron mold, the heat conduction is uneven, which may damage the aesthetics of the product or cause defective products.

In addition, the pressure, time and temperature of the fusion may vary depending on the thickness of the overlapping connection 14. If the welding is not performed by proper temperature, time, and pressure, the welding end line is sharpened and the user may be injured, and the transparent raw material may be damaged.

In the menu plate 100 according to the first embodiment, the inside of the plurality of inlays are inlays, and the outer ones are outer shells, and both the outer and inlays have the same material, and have the same size and shape. .

As a result, in the first embodiment, it can be seen that all of the outer part and the inlay part are inlay, so that the front surface of the front inlay becomes the front cover, and the back surface of the rearmost inlay becomes the back cover. ).

In the second embodiment, the menu plate 100 may be manufactured to protect the inlay 10 with the outer surface 20.

To this end, as shown in FIG. 6, for example, the outer surface 20 may be made thicker than the half inlays 11 and 12 of the inlay 10 so as to protect the inlay 10 by molding polyurethane. The inner surface 22 is manufactured integrally with the outer surface 24 in a state where the snap button is attached (S60).

The outer surface 20 is divided in half in the longitudinal direction and is made up of the front surface 20a and the rear surface 20b, respectively, and the front surface 20a is formed of the front surface inner surface 22a and the front surface outer surface 24a integrally. The rear face 20b is integrally formed with the rear face inner surface 22b and the rear face outer surface 24b.

Next, the outer shell 20 and the inlay are combined, but in the present invention, the snap buttons 32 and 34 are used to facilitate replacement of the inlay.

That is, as shown in Figure 7, the outermost hard member consisting of a plurality of inlays 10, that is, the front cover and the front cover and a plurality of snap button 34 is fixedly attached to the front cover so as to correspond thereto A plurality of snap buttons 32 are fixedly attached to the inner surface 22a and the rear outer surface 22b (S70).

At this time, the tip button (32, 34) is a pair of the female button 34 and the means button 32, when the female button 34 is attached to the outermost hard member of the inlay portion of the outer surface (22a, 22b) means weight ( 32) is attached.

On the contrary, when the means weight 32 is attached to the outermost hard member of the inlay portion, the female button 34 may be attached to the inner surface 22a, 22b of the outer surface.

Next, by interlocking the outer button 20 and the inlay part by fastening the button 34 attached to the outermost hard member of the inlay and the tip button 32 attached to the inner surface 22a and the rear surface 22b Manufacturing of the menu plate 100 is completed (S80).

In the present embodiment, the front button inner surface (22a) and the rear surface inner surface (22b) has been described with an embodiment having a tip button 32, but as another embodiment the front surface inner surface (22a) or back surface inner surface (22b) The tip button 32 is provided only on one side of the front side, and the tip button 34 is attached to only one side of the front or rear side of the outermost hard member of the inlay, so that both sides are not fastened. Alternatively, a configuration may be adopted in which only one surface of the outermost hard member of the back surface and the corresponding inlay portion is fastened. Preferably, the snap button 32 may be fastened only to the right side of FIG. 7, that is, the rear outer surface 22b and the outer side of the rearmost hard part corresponding to the inlay portion.

Finally, the menu plate 100 manufactured as described above is packaged and shipped, and the protective film coated to protect the 1/2 inlay 11 and 12 is removed when the menu plate 100 is packaged.

In this way, the outer surface 20 in which the inner surface and the outer surface are integrally manufactured, and the tip button 32 is attached to the outer surface 22a, 22b, but the surface is bonded by the outer surface 24a, 24b. Since the back surface of the tip button 32 penetrated and adhered to the inner surfaces 22a and 22b was not maintained, the cover state was maintained, while the inlay 10 made of the soft member and the hard member was separately heat-bonded to produce the inlay. By attaching the snap button 34 corresponding to the outermost surface of the inlay, and finally tightening the snap buttons 32 and 34 to combine the outer shell 20 and the inlay, the manufacturing process can be simplified, and the cost To reduce the cost.

8 is a view showing the internal appearance of the menu plate produced by the present invention.

As shown in FIG. 8, the menu plate 100 includes an inlay part consisting of a plurality of inlays 10, an outer face 20 consisting of a front face 20a and a rear face 20b, and an inlay part and a face 20. It is configured to include a snap button (32, 34) that is a coupling means for coupling.

The inlay portion is one half inlay 11, 12 of the hard member is attached to both sides of the connecting portion 14 of the soft member by heat fusion to form a single inlay 10, a plurality of inlay 10 is laminated In one state, the center part of the overlapping connection part 14 is attached by heat welding.

As described above, the 1/2 inlay 11 and 12 is made of a hard member so that the printed matter can be easily inserted or withdrawn into the 1/2 inlay 11 and 12, and the strength thereof is strengthened to be firm and long-term use.

The outer surface 20 is formed to be integrally formed with the inner surface 22 and the outer surface 24 thicker than the 1/2 inlay 11, 12 of the hard member to protect the inlay 10 of the inlay portion.

Tick button (32, 34) is fixed to the outermost hard member and the inner surface (22a, 22b) of the inner portion to be fixed to each other to be coupled to each other by coupling the outer surface 20 and the inlay.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, And it goes without saying that the invention belongs to the scope of the invention.

10: inlay 11,12: 1/2 inlay
11a, 12a: background inlay 11b, 12b: pocket inlay
14: connecting portion 20: outer surface
20a: front face 20b: front face
32, 34: Button 100: Menu

Claims (8)

delete delete delete delete delete (a) manufacturing a 1/2 inlay formed with a pocket into which the printed matter is inserted into a hard member formed by mixing hard PVC and urethane;
(b) a step of manufacturing a connecting member connecting the 1/2 inlay separately from the step (a) into a flexible member made of a mixture of soft PVC and urethane;
(c) attaching the 1/2 inlay to both sides of the connection part by heat fusion to fabricate the inlay; And
(d) stacking the plurality of inlays and attaching a central portion of the overlapping connecting portions by thermal fusion to make an inlay portion so that the front surface of the inlay portion of the inlay portion becomes the front cover, and the rear surface of the inlay portion Manufacturing the back cover;
Menu plate or binder manufacturing method comprising a. (a) manufacturing a 1/2 inlay formed with a pocket into which the printed matter is inserted into a hard member formed by mixing hard PVC and urethane;
(b) a step of manufacturing a connecting member connecting the 1/2 inlay separately from the step (a) into a flexible member made of a mixture of soft PVC and urethane;
(c) attaching the 1/2 inlay to both sides of the connection part by heat fusion to fabricate the inlay;
(d) stacking a plurality of inlays and attaching a central portion of the overlapping connecting portions by thermal fusion to produce inlays;
(f) apart from the steps (a) and (b), at least one side of the inner side of the tip is penetrated and the outer surface is adhered to the rear side of the upper side of the button, Preparing an outer surface not visible on the surface;
(g) fixedly attaching a plurality of snap buttons to a position corresponding to the snap buttons attached to the outer inner surface of step (f) on at least one surface of the outermost hard member of the inlay portion produced in step (d) step; And
(h) coupling the inlay and the outer surface by fastening the corresponding snap buttons;
Menu plate or binder manufacturing method comprising a. A menu plate or a binder, which is prepared by the menu plate or binder manufacturing method of claim 6.

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