KR20220134317A - Paper tray provided in the packaging box and its manufacturing method - Google Patents

Abstract

The present invention relates to a paper tray provided inside a packaging box, which is provided inside the packaging box for packing a product such as cosmetics and daily necessities to be packaged. The paper tray comprises: a bottom portion coming in close contact with the inside of the packaging box; a resting portion formed with multiple faces, formed to be able to stand through bending at one end or opposite ends of the bottom portion, and having multiple grooves to prevent the product to be packaged from being dislodged; and a sustaining portion coming in close contact with the inside of the packaging box like the bottom portion, connected to an end portion corresponding to the bottom portion formed at the one end of the resting portion through bending, to sustain the standing state of the resting portion in cooperation with the bottom portion. By using a tray made of paper instead of a conventional synthetic resin tray for holding products such as cosmetics and daily essentials in packaging boxes, the present invention minimizes environmental issues caused by the synthetic resin tray. In addition, the present invention improves economic efficiency through the recycling of the paper tray.

Description

Paper tray provided inside the packaging box and manufacturing method thereof

The present invention relates to a paper tray provided inside a packaging box, and more particularly, to a tray made of a conventional synthetic resin used for accommodating products among packaging boxes used for packaging products made of cosmetics and daily necessities. It relates to a paper tray provided in the interior of a packaging box that can minimize environmental problems by changing the environmental problems caused by it to a tray made of paper material, and can also be recycled, thereby improving economic efficiency.

In general, cosmetics are sold by packaging and selling a plurality of items, such as lotions, skins, creams, etc. in one set unit in one packaging box. In particular, when displaying samples for display, in order to prevent dust or foreign substances from entering, the upper cover of the cosmetic packaging box is opened and the transparent wrapping paper is taut and attached so that the contents can be seen clearly.

The tray provided in the packaging box is molded and injected with a synthetic resin material. Synthetic resin trays made of polypropylene, polystyrene, etc. are known to take hundreds of years to completely decompose.

In order to recycle the tray, it must go through a process of regenerating it after melting it into resin. If the types of synthetic resins constituting the tray are different, the sorting operation itself for reproduction is difficult and considerable cost is involved. will go through the process

Therefore, in recent years, as environmental problems of synthetic resin materials, that is, plastic products, have been highlighted, governments of each country are actively moving to refrain from using them, and there is a trend to legislate them.

According to these legal regulatory policies and implementation plans, producers or industries that are demanding trays need a response to replace them.

As related prior art, Registered Patent Publication No. 10-1600789 (title of invention: packaging box and manufacturing method thereof, registration date: March 02, 2016) and Registered Utility Model Publication No. 20-0363534 (title of design: Cosmetic packaging box, registration date: September 21, 2004).

The present invention was created to solve the problems of the prior art as described above, and it is caused by a tray made of existing synthetic resin used to accommodate the product among the packaging boxes used to package products made of cosmetics, daily necessities, etc. The purpose of the paper tray provided inside the packaging box that can minimize the environmental problem by changing the environmental problem to be a tray made of paper material, as well as can be recycled, thereby exhibiting the effect of improving economic efficiency.

Other objects of the present invention can be understood through the features of the present invention, can be seen more clearly through the embodiments of the present invention, and can be realized by means and combinations indicated in the claims.

In order to achieve the problems to be solved by the present invention as described above, the present invention has the following technical features.

In the paper tray provided inside the packaging box according to the present invention, the paper tray is provided inside the packaging box and provided inside the packaging box in which the product to be packaged for cosmetics and daily necessities is accommodated, the paper tray is, the bottom portion in close contact with the inside of the packaging box; a seating part made of a plurality of surfaces, formed so as to be able to stand up by bending at one or both ends of the bottom part, and having a plurality of grooves formed to block the drop-off of the product to be packaged; And it is in close contact with the inside of the packaging box like the bottom part, and is linked to the other end corresponding to the bottom part formed at one end of the seating part through bending to establish the standing state of the seating part with the bottom part. a holding unit for maintaining; is made including

In the paper tray provided in the inside of the packaging box according to the present invention, further comprising an extension formed to extend to the seating portion, wherein the extension is formed to extend on any one of a plurality of surfaces of the seating portion, the bottom It is formed to extend to one end orthogonal to the one end at which the part or the holding part is formed.

In the paper tray provided inside the packaging box according to the present invention, the seating portion is made of a plurality of surfaces, any one of the plurality of surfaces adjusts the width of the paper tray including the seating portion.

In the paper tray provided inside the packaging box according to the present invention, a plurality of grooves are formed in the seating portion to block the drop-off of the product to be packaged, and the grooves include a fitting groove and an insertion groove.

In the paper tray provided inside the packaging box according to the present invention, the seating portions are respectively formed to enable standing through bending lines at both ends of the bottom portion, and any one of the seating portions formed at both ends of the bottom portion is seated. The fitting groove is formed in the portion, and the insertion groove is formed in the other seating portion.

In the paper tray provided inside the packaging box according to the present invention, the insertion groove formed in the seating portion has a plurality of protrusions formed therein and is in close contact with a part of the product to block the product from falling off.

In the paper tray provided inside the packaging box according to the present invention, the fitting groove formed in the seating portion has cutouts formed at both ends, respectively, so that the product can be easily fitted.

In the paper tray provided inside the packaging box according to the present invention, the seating part pops up (stands up) from the bottom by pushing a part of the seating part to accommodate the product.

In the paper tray provided inside the packaging box according to the present invention, the holding part for maintaining the standing state of the seating part is connected with the bottom part, and one end corresponding to the one end part where the seating part is formed is through an adhesive means. One end connected or laminated on the bottom of the bottom is connected through an adhesive means.

In the paper tray provided inside the packaging box according to the present invention, the holding part for maintaining the standing state of the seating part is connected with the bottom part, and at least one stopping protrusion is formed protruding from the end of the holding part, A locking groove corresponding to the locking protrusion of the holding part is formed in the bottom part, and the locking protrusion of the holding part is inserted and linked.

In the paper tray provided inside the packaging box according to the present invention, the paper tray is formed of two or more layers of paper material, and one or both sides are high-frequency coated and integrally attached through heat and pressure.

The manufacturing method of the paper tray provided in the inside of the packaging box according to the present invention is provided in the packaging box and is provided inside the packaging box in which the product to be packaged for cosmetics and daily necessities is accommodated. Method of manufacturing a paper tray In the following, preparing the original plate of the paper tray to be manufactured; pressing the original plate, which has undergone the preparation step, to cut out a plurality of sheets provided in a frame formed to fit the shape and size of the product to be packaged; stacking the processed plates formed through the pressing step in two or more layers and attaching them by pressing with heat and pressure; and a plurality of bending lines are formed on the paper tray manufactured through the attaching step, and assembling by standing up through the plurality of bending lines to accommodate the product; is made including

In the manufacturing method of the paper tray provided in the inside of the packaging box according to the present invention, the method further comprises the step of high-frequency coating on one or both sides of the original plate in the preparation step or the pressing step.

In the method of manufacturing a paper tray provided inside the packaging box according to the present invention, the paper tray pops up from the bottom of the paper tray by pushing a part of the seating portion of the paper tray to accommodate the product. make it

The present invention solves environmental problems caused by trays made of existing synthetic resins used to accommodate products among packaging boxes used to package products made of cosmetics, daily necessities, etc. through means of solving the problems described above. By changing the tray to a tray made of , not only can environmental problems be minimized, but also recycling is possible, which has the effect of improving economic feasibility.

Other effects of the present invention can be understood through the characteristics of the present invention, can be seen more clearly through the embodiments of the present invention, and can be exhibited by means and combinations shown in the claims.

1 is a perspective view of an embodiment of a packaging box having a paper tray according to the present invention provided therein;
Figure 2 is a perspective view showing the separated state of the paper tray and the packaging box provided inside the packaging box according to Figure 1;
Figure 3 is a perspective view showing the paper tray according to Figure 1;
4 is a perspective view of the paper tray according to FIG. 3 viewed from another direction;
5 is a perspective view showing an unfolded state of the paper tray according to FIG. 1;
Figure 6 is a perspective view showing a locking groove and a locking projection of the paper tray according to Figure 1;
Figure 7 is a perspective view showing another embodiment of the paper tray according to Figure 1;
8 is a perspective view showing an unfolded state of the paper tray according to FIG. 7;
9 is a flowchart of an embodiment of a method of manufacturing a paper tray provided in the interior of a packaging box;
Figure 10 is a flow chart showing a state further comprising the coating step according to Figure 9.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description of the invention that follows refers to the accompanying drawings, which show by way of illustration specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that various embodiments of the present invention are different but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in relation to one embodiment. In addition, it should be understood that the position or arrangement of individual components in each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the following detailed description is not intended to be taken in a limiting sense, and the scope of the present invention is limited only by the appended claims, along with all equivalents as claimed by the claims. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

1 is a perspective view of an embodiment of a packaging box having a paper tray according to the present invention provided therein, and FIG. 2 is a perspective view showing a separated state of a paper tray and a packaging box provided in the packaging box according to FIG. , Fig. 3 is a perspective view showing the paper tray according to Fig. 1, Fig. 4 is a perspective view showing the paper tray according to Fig. 3 from another direction, Fig. 5 is a perspective view showing the unfolded state of the paper tray according to Fig. 1, Fig. 6 is a perspective view showing a locking groove and a locking protrusion of the paper tray according to FIG. 1 .

The paper tray 100 provided inside the packaging box according to the present invention is provided inside the packaging box 10 to protect the products accommodated therein and the penetration of dust or foreign substances, and is a lotion, which is a number of cosmetic items. , skin, cream, etc. are accommodated and packaged in one set, or toothpaste, soap, shampoo, etc., which are many items of daily necessities, are also received and packaged in one set.

The paper tray 100 provided inside the packaging box according to the present invention, as shown in FIGS. 1 to 6 , includes a bottom part 110 , a seating part 120 , and a holding part 130 . .

The bottom portion 110 is in close contact with the inside of the packaging box (10).

The bottom part 110 is made of a larger area than the seating part 120 or the holding part 130 to be described below, and is located in the middle of the paper tray 100 and touches the inside of the packaging box 10 . it will stick

The bottom 110 is provided with a pattern or pattern on the surface or a reflector.

A pattern (pattern) is a visual object, and it reflects the aesthetic pursuit most clearly. The surface of the bottom part 110 is painted (engraved).

The reflecting plate provided on the surface of the bottom part 110 reflects, in particular, the lower part of the product to be packaged.

The paper tray 100 including the bottom part 110 due to the pattern or pattern and the reflective plate painted on the surface of the bottom part 110 can provide an aesthetic feeling and arouse consumers' motivation to purchase, and furthermore, a packaging box ( 10) has the effect of improving the quality.

The patterns or patterns painted on the surface of the bottom 110 are biodegradable when discarded using soybean oil ink, algae ink, rice oil ink, etc. This has the advantage of reducing costs for disposal and recycling.

The paper tray 100 is to improve the quality of the packaging box 10 due to the pattern or pattern painted on the surface. have.

The bottom part 110 is provided with an adhesive means or anti-skid means such as a protrusion on the lower surface to improve adhesion when in close contact with the inside of the packaging box 10, so that the packaging box is transported together with the seating part 120 and the holding part 130. The product is safely protected by minimizing the shaking in the front, rear, left, and right directions inside the (10).

The seating part 120 is made of a plurality of surfaces 121, 122, and 123, and is formed to stand up by bending at one or both ends of the bottom part 110, and blocks the drop-off of the product to be packaged. A plurality of grooves H1 and H2 are formed.

Referring to the drawings, the seating parts 120A and 120B are formed on both sides with respect to the bottom part 110 , and a plurality of surfaces 121A/B, 122A/B, 123A/ B) is made of three pieces, the area is the same or different from each other, and a bending line is formed between each of them, and is bent through the bending line to allow standing.

The seating portion 120A, 120B is made of a plurality of surfaces 121A/B, 122A/B, 123A/B, and any one of the plurality of surfaces 121A/B, 122A/B, 123A/B 123A/B) adjusts the width of the paper tray 100 including the seating part 120 as much as the width of the third seating surface 123A/123B.

The paper tray 100 including the seating part 120 varies according to the inner size of the packaging box 10 due to the third seating surfaces 123A/123B.

The seating part 120 has a smaller area than the bottom part 110 or is formed the same.

In the present invention, the seating part 120 is exemplified as being formed on both sides with respect to the bottom part 110 together with the holding part 130, but may be formed on only one side depending on the packaging object.

A plurality of grooves (H1, H2) are formed in the seating portion 120 to block the drop-off of the product to be packaged, which is formed as a tubular container, and the grooves (H1, H2) are a fitting groove (H1) and an insertion groove (H2). ) is made of

The seating portions 120 are respectively formed so as to be able to stand up through bending lines at both ends of the bottom part 110, and any one of the seating parts 120A/B formed on both ends of the bottom part 110 ( An insertion groove (H1) is formed in 120B), and an insertion groove (H2) is formed in the other seating part (120A).

Referring to FIG. 3 , a plurality of fitting grooves H1 are formed in the seating portion 120 formed on the right side, and a plurality of insertion grooves H2 are formed in the seating portion 120 formed on the left side.

The fitting groove (H1) formed in the seating part 120 has an oval shape and is made long in the longitudinal direction, and the insertion groove (H2) is made of a hemispherical shape, and the product to be packaged is a tube-type container, and a lid of the tube-type container. The part is inserted into the insertion groove (H2), and the end of the container body, which is the opposite part of the lid part, has a structure in which the fitting groove (H1) is fitted.

A plurality of fitting grooves (H1) and a plurality of insertion grooves (H2) respectively formed in the seating portion (120A/B) are the same or different in size according to the size of the product to be packaged, and the fitting groove (H1) And the insertion groove (H2) is formed as a pair.

In the present invention, the fitting groove (H1) and the insertion groove (H2) are exemplified as being formed in the seating portion 120A/B, respectively, but in some cases, the fitting groove (H1) and the insertion groove (H2) may be mixed and formed. Alternatively, when the seating portion 120 is formed only on one side rather than both sides with respect to the bottom portion 110 , the fitting groove H1 and the insertion groove H2 may be mixed and formed.

The fitting grooves H1 formed in the seating portion 120 have cutouts I formed at both ends, respectively, so that the product can be easily inserted therein.

The cutouts (I) formed in the fitting groove (H1) are respectively formed with a predetermined length at both ends in the longitudinal direction of the fitting groove (H1) to further extend the length of the fitting groove (H1) to the packaging target of the tubular container. The end of the container body makes it easier to fit.

The insertion groove H2 formed in the seating portion 120 has a plurality of protrusions S formed therein and is closely attached to the lid part, which is a part of the product, to further block the product from falling off.

Specifically, the plurality of protrusions (S) formed in the inner direction at one end or both ends of the insertion groove (H2) have improved adhesion so as to wrap or catch a part of the product, thereby blocking the shaking of the product as much as possible during transport, thereby preventing the insertion groove. (H2) further blocks the dropout.

The seating part 120 pops up (stands up) from the bottom part 110 by pushing a part of the seating part 120 to accommodate the product.

Specifically, the seating part 120 can be transported by stacking it in an unfolded state or by being assembled and transported by stacking it in a folded state. 120) by pushing each inward direction to pop-up (standing) to complete the paper tray 100 and provide it inside the packaging box 10 .

Since the paper tray 100 including the seating part 120 is assembled and transported in a folded state, the volume can be reduced by that amount, so that a large amount can be transported as well as a pop-up by pushing a part of the seating part 120 during packaging. (standing), so that the operator can perform the packaging work quickly and conveniently.

The seating portion 120 has a first seating surface 121A/B, in which a fitting groove H1 and an insertion groove H2 are formed, respectively, inclined from the bottom 110, so that the product slides on the inclined surface, making it a convenient fitting groove (H1) and inserted into the insertion groove (H2), respectively.

The holding part 130 is in close contact with the inside of the packaging box 10 like the bottom part 110 , and is bent at the other end corresponding to the bottom part 110 formed at one end of the seating part 120 . It is linked to maintain the standing state of the seating part 120 in connection with the bottom part 110 .

Specifically, the holding part 130A/B is formed on the first both sides with respect to the bottom part 110 like the seating part 120A/B, and like the bottom part 110 , the inside of the packaging box 10 . The third seating surface 123A located farthest from the bottom 110 among the seating parts 120A/B consisting of a plurality of surfaces 121A/B, 122A/B, 123A/B as a part in close contact with the It is connected through bending at one end of /B).

The holding part 130A/B has one end corresponding to one end connected to the seating part 120A/B stacked on the bottom of the bottom part 110 or a bottom part connected to the first seating surface 121A/B. 110) is linked to one end.

The holding part 130A/B is formed wider than the width of the seating part 120A/B consisting of a plurality of surfaces 121A/B, 122A/B, 123A/B, and is applied from the outside, such as the load of the product to be packaged. It serves to continuously maintain the standing state of the seating part 120A/B even under the load.

The holding part 130A/B for maintaining the standing state of the seating part 120A/B is linked with the bottom part 110, and one end corresponding to the one end on which the seating part 120A/B is formed is glue or tape. One end that is connected through an adhesive means such as or laminated on the lower part of the bottom part 110 is connected through an adhesive means such as glue or tape.

The holding part 130 for maintaining the standing state of the seating part 120 is connected with the bottom part 110, and at least one stopping protrusion 131 is formed protruding from the end of the holding part 130, and the bottom A locking groove H3 corresponding to the locking protrusion 131 of the holding part 130 is formed in the part 110, and the locking protrusion 131 of the holding part 130 is inserted and linked.

In the present invention, the locking protrusion 131 is protruded from the end of the holding part 130 , and the locking groove H3 is exemplified as being formed on the bottom 110 , but in some cases, the locking projection 131 is It is formed to protrude from the bottom part 110 , and the locking groove H3 may be formed in the holding part 130 .

The holding part 130 is provided with an adhesive means or anti-skid means such as a protrusion like the lower surface of the bottom part 110 to improve adhesion when in close contact with the inside of the packaging box, thereby improving the adhesion with the bottom part 110 and the seating part 120 . During transportation, the product is safely protected by minimizing the shaking in the front/rear/left and right directions inside the packaging box.

The extension 140 is formed to extend to the seating part 120, and is formed on any one of the surfaces 121A/B, 122A/B, 123A/B of the seating part 120A/B. It is formed to extend, and is formed to extend at one end orthogonal to one end at which the bottom portion 110 or the holding portion 130 is formed.

Specifically, the extension 140 is formed to extend at both ends of the first seating surface 121B among the plurality of surfaces 121B, 122B, 123B of the seating part 120B, respectively, and the bottom part 110 is a holding part. One end orthogonal to one end at which 130 is formed, that is, one end in the width direction is formed to be bent and extended.

The extension part 140 continuously maintains the standing state of the seating part 120 like the holding part 130, and if the cross section of the seating part 120 is triangular, the extension part 140 also has a triangular shape, but the seating part made to fit the cross-sectional shape of 120

The extension 140 of the present invention is exemplified as extending only to one of the seating parts 120 formed at both ends with respect to the bottom 110, but the seating formed in some cases. Each part 120 may be formed to extend.

7 is a perspective view illustrating another embodiment of the paper tray according to FIG. 1 , and FIG. 8 is a perspective view illustrating an unfolded state of the paper tray according to FIG. 7 .

The seating part 120' is made of a plurality of surfaces 121A'/B', 122A'/B', 123A'/B', and it is possible to stand up by bending one or both ends of the bottom part 110'. A plurality of grooves (H1', H2') are formed so as to block the drop-off of the product to be packaged.

Referring to the drawings, the seating parts 120A' and 120B' are formed on both sides with respect to the bottom part 110', and a plurality of surfaces 121A'/B' of the seating parts 120A' and 120B'. , 122A'/B', 123A'/B') consists of three, the areas are the same or different from each other, and a bending line is formed between each of them.

The seating portions 120A' and 120B' are respectively formed to enable standing through bending lines at both ends of the bottom part 110', and the seating parts 120A'/B' formed on both ends of the bottom part 110'. ), a fitting groove (H1') is formed in any one of the seating parts (120B'), and an insertion groove (H2') is formed in the other seating part (120A').

The fitting groove H1' formed in the seating portion 120B' has an elliptical shape and is elongated in the longitudinal direction, and the insertion groove H2' formed in the other seating portion 120A' is formed on the first seating surface ( 121A') in a hemispherical shape, and the second seating surface 122A' has a rectangular shape. The product to be packaged is a tubular container, and the lid part of the tubular container is inserted into the insertion groove (H2'). , the end of the container body, which is the opposite part of the lid, has a structure in which the fitting groove (H1') is fitted.

The standing (pop-up) seating parts 120A' and 120B' have a rectangular cross-section, and the extension 140' extending from the first seating surface 121B' among the seating parts 120B' is also rectangular. made in shape

The insertion groove (H2') formed in the seating portion (120A') has a plurality of protrusions (S') formed therein to closely adhere to a part of the product to further block the product from falling off.

Specifically, the projection (S') is formed on the first seating surface (121A') on which the insertion groove (H2') is formed, and is formed in the inner direction at one or both ends of the insertion groove (H2') in the inward direction of the product. Adhesion is improved to wrap or catch a part of the product, and it blocks the shaking of the product as much as possible during transportation, further blocking the fall-off from the insertion groove (H2').

The paper tray 100 according to the present invention is formed of two or more layers of paper material, one or both sides are coated with high frequency and are integrally attached through heat and pressure.

Specifically, the paper tray 100 formed of two or more layers of paper material is integrally formed through attachment, and one or both sides are high-frequency coated to heat 150° to 160° and one or both sides are high-frequency coated 5 to 15 It is formed integrally through pressure for seconds.

The paper tray 100 is formed of two or more layers of paper material, and is provided with an impact blocker that blocks the impact transmitted to the product to be packaged in between, or is optionally provided on the upper or lower surface of the paper tray 100 .

A shock absorber protects a product made of fragile glass or tube from external impact during transport.

The paper tray 100 of the present invention is made of a paper material and is provided with a coating agent (C) that can be recycled and naturally decomposed while having water resistance and oil resistance. It has excellent oil-resistance to block, and it is easy to dissociate by water when discarded, and environmental hormones harmful to the human body are not released during the dissociation process, and it is eco-friendly because it can be recycled. .

9 is a flowchart of an embodiment of a method of manufacturing a paper tray provided inside a packaging box, and FIG. 10 is a flowchart illustrating a state further including the coating step according to FIG. 9 .

The manufacturing method (S100) of the paper tray provided in the inside of the packaging box according to the present invention, as shown in Figs. A method of manufacturing a paper tray provided inside a packaging box for accommodating it, the method comprising: preparing an original plate of the paper tray to be manufactured (S110); pressing the original plate, which has undergone the preparation step, to cut out a plurality of sheets provided in a frame formed to fit the shape and size of the product to be packaged (S120); Laminating two or more layers of the processed plate formed through the pressing step and attaching it by pressing with heat and pressure (S130); and a plurality of bending lines are formed on the paper tray manufactured through the attaching step, and assembling by standing up through the plurality of bending lines to accommodate the product (S140); is made including

The paper tray 100 provided inside the packaging box according to the present invention is provided inside the packaging box 10 to protect the products accommodated therein and the penetration of dust or foreign substances, and is a lotion, which is a number of cosmetic items. , skin, cream, etc. are accommodated and packaged in one set, or toothpaste, soap, shampoo, etc., which are many items of daily necessities, are also received and packaged in one set.

The preparation step (S110) is a step of preparing the original plate of the paper tray 100 to be manufactured.

The original plate of the paper tray 100 is made of corrugated cardboard, kraft paper, manila paper, etc. to accommodate cosmetics such as lotions, skins, creams, and daily necessities such as toothpaste, soap and shampoo, and is preferably made of a material that is not easily torn.

Among the original plates, corrugated cardboard is a cardboard with corrugated paper attached to one side or two sheets of cardboard, and it has excellent cushioning action, so it safely protects the product to be accommodated and packaged.

Among the original plates, kraft paper is made from kraft pulp from wood. It has very high tensile strength and is eco-friendly.

Among the original plates, manila paper is made by mixing manila ginseng, and it is divided into SC manila paper, ivory and royal ivory.

In the preparation step (S110), the paper tray 100 selects all or part of the surface, that is, the bottom part 110, the seating part 120, and the holding part 130, and paints a pattern or pattern desired by the user, or a reflector is provided. do.

A pattern (pattern) is a visual object, and it reflects the aesthetic pursuit most clearly. Select all or part of the bottom part 110 , the seating part 120 , and the holding part 130 and paint (engraving) on the surface.

The reflector reflects the product to be packaged, especially the lower part.

The paper tray 100 provides an aesthetic feeling due to the pattern or pattern painted on the surface and the provided reflective plate, thereby stimulating consumers to purchase, and furthermore, there is an effect of improving the quality of the packaging box 10 .

The pattern or pattern painted on the surface of the paper tray 100 is biodegradable when discarded using soybean oil ink, algae ink, rice oil ink, etc. This has the advantage of reducing costs for disposal and recycling.

The paper tray 100 is to improve the quality of the packaging box 10 due to the pattern or pattern painted on the surface. have.

The pressing step (S120) is a step of pressing the disc that has undergone the preparation step (S110) to cut out a plurality of sheets provided in a frame formed to fit the shape and size of the product to be packaged.

Specifically, in the pressing step (S120), a plurality of discs having a larger area than a frame formed according to the formation and size of the product to be packaged are stacked and cut through the bottom part 110, the seating part 120, and the holding part. The part 130, the extension part 140, the fitting groove (H1), and the insertion groove (H2) are respectively formed.

As described in the preparation step above, the processed plate formed through the pressing step (S120) is formed by selecting all or part of the surface of the processing plate, that is, the bottom part 110, the seating part 120, and the holding part 130. A user-desired pattern or pattern is painted or a reflector is provided.

The processing plate, that is, the paper tray 100, can arouse consumers' motivation to purchase due to the pattern or pattern painted on the surface and the reflective plate provided, and further has the effect of improving the quality of the packaging box.

The pattern or pattern painted on the surface of the paper tray 100 is biodegradable when discarded using soybean oil ink, algae ink, rice oil ink, etc. This has the advantage of reducing costs for disposal and recycling.

The paper tray 100 is to improve the quality of the packaging box 10 due to the pattern or pattern painted on the surface. have.

The attaching step (S130) is a step of attaching the processed plate formed through the pressing step (S120) by laminating two or more layers and pressing with heat and pressure.

Specifically, the processing plate of the attaching step (S130), that is, the paper tray 100 formed of two or more layers of paper material is integrally formed through attachment, and one or both sides are high-frequency coated to heat and One or both sides are high-frequency coated to form an integral body through pressure for 5 to 15 seconds.

The assembling step (S140) is a step of assembling by forming a plurality of bending lines on the paper tray 100 manufactured through the attaching step (S130), and standing up through the plurality of bending lines to accommodate the product.

In the assembling step (S140), the paper tray 100 consisting of the bottom part 110, the seating part 120, the holding part 130 and the extension part 140 can be accommodated and packaged to accommodate the product to be packaged. Standing up, looking at the drawings as a reference, starting with the holding part 130 located at the very end of the paper tray 100 , the seating part 120 , the bottom part 110 , the seating part 120 , and the holding part (130) is folded in order.

The holding parts 130 positioned at both ends with respect to the bottom part 110 are stacked on the lower part of the bottom part 110 or connected to one end of the bottom part 110 through an adhesive means or a locking means, etc. Maintain the standing state of (120).

The paper tray 100 of the assembling step (S140) pops up (stands up) from the bottom 110 of the paper tray 100 by pushing a part of the seating part 120 of the paper tray 100 to accommodate the product.

Specifically, the seating part 120 can be transported by stacking it in an unfolded state or by being assembled and transported by stacking it in a folded state. 120) by pushing each inward direction to pop-up (standing) to complete the paper tray 100 and provide it inside the packaging box 10 .

Since the paper tray 100 including the seating part 120 is assembled and transported in a folded state, the volume can be reduced by that amount, so that a large amount can be transported as well as a pop-up by pushing a part of the seating part 120 during packaging. (standing) so that the operator can perform the packaging work quickly and conveniently.

The coating step (S150) is a step of high-frequency coating on one or both sides of the original plate (processed plate) of the preparation step (S110) or the pressing step (S120).

The original plate (processed plate) that has been subjected to the coating step (S150) is high-frequency coated on one side or both sides, compressed with high heat to improve adhesion, and is clean and strong.

In the above, the present invention has been described based on a preferred embodiment, but the technical spirit of the present invention is not limited thereto, and it is possible to carry out modifications or changes within the scope described in the claims. It will be apparent to the person concerned, and such modifications or changes shall fall within the scope of the appended claims.

100: paper tray provided inside the packaging box
110: bottom
120: seating part
121: first seating surface
122: second seating surface
123: third seating surface
130: holding part
131: stumbling block
140: extension
10: box for packing
H1 : Fitting groove
H2 : insertion groove
H3 : jamming groove
I: incision
S: protrusion
S100: Manufacturing method of a paper tray provided inside the packaging box
S110: preparation stage
S120: pressurization step
S130: Attachment step
S140: Assembly step
S150: coating step

Claims (14)

In the paper tray provided in the inside of the packaging box is provided in the packaging box is provided in the packaging of cosmetics and daily necessities products are accommodated,
The paper tray,
a bottom portion that is in close contact with the inside of the packaging box;
a seating part made of a plurality of surfaces, formed so as to be able to stand up by bending at one or both ends of the bottom part, and having a plurality of grooves formed to block the drop-off of the product to be packaged; and
Like the bottom part, it is closely attached to the inside of the packaging box, and is connected to the other end corresponding to the bottom part formed at one end of the seating part through bending to maintain the standing state of the seating part in connection with the bottom part. a holding part that lets you; A paper tray provided inside the packaging box, characterized in that it comprises a. According to claim 1,
It further includes an extension formed to extend to the seating portion, wherein the extension is formed to extend on any one of the plurality of surfaces of the seating portion, and is formed to extend to one end orthogonal to one end at which the bottom portion or the holding portion is formed. A paper tray provided inside the packaging box, characterized in that it becomes. According to claim 1,
The seating portion is made of a plurality of surfaces, any one of the plurality of surfaces is a paper tray provided in the interior of the packaging box, characterized in that to adjust the width of the paper tray including the seating portion. The method of claim 1 .
A paper tray provided in the interior of a packaging box, characterized in that a plurality of grooves are formed in the seating portion to block the drop-off of the product to be packaged, wherein the grooves include a fitting groove and an insertion groove. 5. The method of claim 4,
The seating portions are respectively formed so as to be able to stand up through bending lines at both ends of the bottom portion, the fitting groove is formed in any one of the seating portions formed at both ends of the bottom portion, and the other seating portion A paper tray provided inside the packaging box, characterized in that the insertion groove is formed. 5. The method of claim 4,
The insertion groove formed in the seating portion has a plurality of protrusions formed therein, so that it is closely attached to a part of the product to block the drop-off of the product. A paper tray provided inside the packaging box. 5. The method of claim 4,
The fitting groove formed in the seating portion has cutouts formed at both ends, respectively, so that the product can be easily fitted. A paper tray provided in the interior of the packaging box. The method of claim 1,
The paper tray provided in the packaging box, characterized in that the seating portion pops up (stands up) from the bottom by pushing a part of the seating portion to accommodate the product. According to claim 1,
The holding part for maintaining the standing state of the seating part is linked with the bottom part, and one end corresponding to the one end on which the seating part is formed is linked through an adhesive means or one end laminated on the lower part of the bottom part is linked via an adhesive means A paper tray provided inside the packaging box, characterized in that it becomes. According to claim 1,
The holding part for maintaining the standing state of the seating part is connected to the bottom part, and at least one stopping protrusion is formed protruding from the end of the holding part, and a stopping groove corresponding to the stopping protrusion of the holding part is formed in the bottom part, A paper tray provided in the interior of the packaging box, characterized in that the interlocking projection of the holding part is inserted and linked. According to claim 1,
The paper tray is formed of two or more layers of paper material, and one or both sides are coated with high frequency and are integrally attached through heat and pressure. A paper tray provided in the interior of a packaging box. In the manufacturing method of the paper tray provided in the inside of the packaging box provided inside the packaging box, the product that is the packaging target of cosmetics and daily necessities is accommodated,
preparing an original plate of the paper tray to be manufactured ;
pressing the original plate, which has undergone the preparation step, to cut out a plurality of sheets provided in a frame formed to fit the shape and size of the product to be packaged ;
stacking the processed plates formed through the pressing step in two or more layers and attaching them by pressing with heat and pressure; and
a plurality of bending lines are formed on the paper tray manufactured through the attaching step, and assembling by standing up through the plurality of bending lines to accommodate the product; A method of manufacturing a paper tray provided in the interior of the packaging box, characterized in that it comprises a. 13. The method of claim 12,
The method of manufacturing a paper tray provided inside the packaging box, characterized in that it further comprises the step of high-frequency coating on one or both sides of the original plate in the preparation step or the pressing step. 13. The method of claim 12,
The paper tray is a method of manufacturing a paper tray provided inside a packaging box, characterized in that pop-up (standing) from the bottom of the paper tray by pushing a portion of the seating portion of the paper tray to accommodate the product.

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