KR20170002409U

KR20170002409U - Reinforcing pad

Info

Publication number: KR20170002409U
Application number: KR2020150008512U
Authority: KR
Inventors: 안병택; 박용진
Original assignee: 주식회사 우신
Priority date: 2015-12-24
Filing date: 2015-12-24
Publication date: 2017-07-04
Also published as: KR200484315Y1

Abstract

The present invention relates to upper and lower end reinforcing pads of a bush, which are connected by a first upper wing 221, a first lower wing 231, a left wing 240 and a right wing 250, A first upper wing 221 and a second upper wing 222, a third upper wing 223 and an upper adhesive wing 224, and the upper surface 210 A second upper wing 222, a third upper wing 223 and an upper adhesive wing 224 in this order, and a folding line is formed at a portion connected to the first upper wing 221, the second upper wing 222, A lower lower blade 232 and a lower lower blade 233 and a lower adhesive blade 234 on the lower surface of the upper surface 210, The lower wing 231 is connected to the first lower wing 231, the second lower wing 232, the third lower wing 233 and the lower wing 234 in this order. 230 formed on the left side of the upper surface 210, And the right and left wings 240 formed on the upper surface 210 and the right wings 250 formed on the right side of the upper surface 210. The upper and lower end reinforcement pads 200 are formed of the upper and lower end reinforcement pads 200.

Description

[0002] Reinforcing pad,

More particularly, the present invention relates to a box having a reinforcing pad formed with upper and lower end reinforcement pads, a lower end reinforcement pad and a wedge type reinforcement pad, Such as glass, can be folded or adhered by a desired size or angle so as to serve as a protective pad at the upper and lower ends, thereby forming upper and lower end reinforcing pads.

Fig. 1 is an exploded view of a conventional packaging box, Fig. 2 is a perspective view of the developed box of Fig. 1 folded into a packaging box, and Fig. 3 is a sectional view of line B-B of Fig.

BACKGROUND OF THE INVENTION [0002] Conventional design is related to Korean Unexamined Patent Publication No. 1997-0006124, and relates to a packaging box for packaging products.

The present invention relates to a packing box suitable for packing parts to be protected against impacts such as a vacuum cleaner accessory. A first side plate (13) having auxiliary side plates (12) formed on both sides of the lower plate (11) The first reinforcing lateral plate 14 is formed on one side of each of the first side plates 13 so as to be foldable along the fold line 15. The side plate 16 is formed so as to be folded along the fold line 15. [ The compensating piece 17 and the second reinforcing side plate 18 are formed on each of the second side plates 16 so as to be foldable along the fold line 15. The first and second reinforcing side plates 14 and 18 The insertion hole 20 is formed in the lower plate 11 on which the insertion piece 19 is positioned in a state where the first and second reinforcing side plates are folded together while forming at least one insertion piece 19, The two side plates and the first and second reinforcing side plates are folded along the respective fold lines so that the respective insertion pieces 19 are fitted into the insertion holes 20 and assembled, The compensating piece 17 and the second reinforcing side plate 18 are formed on one side of the two side plates 16 so as to be foldable along the fold line 15 so that the second reinforcing side plate 18 is provided with at least one insertion piece And the lower plate 11 is formed with an insertion hole 20 into which the insertion piece 19 is inserted so that the first and second side plates and the second reinforcing side plate are folded along the respective fold lines, (19) is inserted into the insertion hole (20) and assembled.

However, since there is no structure for buffering and fixing the product in the box itself, a product such as a glass is a separate sponge (Or paper) to be stored and transported.

[Patent Literature] Korean Laid-Open Patent Publication No. 1997-0006124 (published on February 19, 1997)

Accordingly, the present invention has been developed in order to solve the problems of the prior art as described above, and it is an object of the present invention to improve the structure for buffering and fixing products in the box itself, thereby facilitating storage and transportation of products, It has its purpose.

The present invention relates to upper and lower end reinforcing pads of a bush, which are connected by a first upper wing 221, a first lower wing 231, a left wing 240 and a right wing 250, A first upper wing 221 and a second upper wing 222 and a third upper wing 223 and an upper adhesive wing 224, A first upper wing 221, a second upper wing 222, a third upper wing 223 and an upper adhesive wing 224 are formed in this order on the upper surface 210, The second lower blade 232, the third lower blade 233 and the lower adhesive blade 234, which form a folding line at a portion where the first lower blade 231, the second lower blade 233, A lower lower blade 233 and a lower lower blade 233 are formed in the lower part of the upper surface 210 in the order of the first lower blade 231, the second lower blade 232, the third lower blade 233 and the lower adhesive blade 234, A lower blade 230 forming a line, Wherein the upper and lower end reinforcing pads are formed of a left wing formed on a left side of an upper surface and a right wing formed on a right side of the upper surface. And the like.

In the present invention, the upper surface 210 is divided into four upper, lower, left and right end partitioning parts 210a, 210b, 210c and 210d diagonally, and the upper and lower end partitioning parts 210a 210b are formed on upper and lower end portions 210a, 210b of the upper and lower end portions 210a, 210b so as to be placed on the upper and lower end portions 210a, 210b.

The present invention is composed of a front surface 111 and an upper surface 112, a rear surface 113, a bottom surface 114 and an adhesive blade 115. The adhesive blade 115, the front surface 111, the upper surface 112, And an upper cushioning pad 100 connected to the lower surface 113 and the lower surface 114 in this order.

The present invention relates to a lower reinforcing pad of a blanket which is connected to a first upper wing 421 and a first lower wing 431, a left wing 440 and a right wing 450 and forms a folding line A first upper wing 421, a second upper wing 422, a third upper wing 421, a second upper wing 422, a third upper wing 422, (423), and forming a folding line at a portion connected to each other; The first lower wing 431, the second lower wing 432, the third lower wing 433 and the adhesive wing 434 are formed in the lower part of the upper surface 410 in this order, A lower blade 430 which forms the lower blade 430; A left wing 440 formed on the left side of the upper surface 410; The first upper blade 421 is folded at right angles to the upper side of the upper surface 410 and the second upper blade 422 Is folded so as to be perpendicular to the first upper blade 421 and parallel to the upper surface 410 while the third upper blade 423 is folded downward to be perpendicular to the second upper blade 422 Wherein the lower reinforcing pad is made of a metal.

The present invention is divided into four upper, lower, right and left compartments 41a, 41b, 41c, and 41d diagonally in the product seating groove 480 of the upper surface 410. The upper and lower compartments 41a 41b are formed in the upper and lower partitions 41a, 41b so that the upper and lower partitions 41a, 41b can be placed on the upper and lower partitions 41a, 41b.

The present invention relates to a wye type reinforcing pad of a blanket which is a wye type reinforcing pad of a blanket and has a first upper wing 621 and a first lower wing 631, a left wing 640, a right wing 650 and formed with a folding line at a portion connected to each other and having a product mounting groove 680 on which the product is mounted and a first upper blade 621 and a second upper blade 622, The upper blade 620 and the second upper blade 622 are connected to each other in the order of a first upper blade 621 and a second upper blade 622 at the upper portion of the upper surface 610, A first lower wing 631 and a second lower wing 632. The first lower wing 631 and the second lower wing 632 are connected in this order to the lower portion of the upper surface 610, 642, and 643 of the left, right, and left wings 640 formed on the left side of the upper surface 610. The lower wings 630 and the left wings 640, The left third wing 643 has left and right The first, second and third right wings 651 (right and left) of the right wing 650 formed on the right side of the upper surface 610 are formed with folded portions 643aa and 643bb having notches 643aa and 643bb 653 and 653 are formed with left and right wings 640 and 650 formed with folding portions 653a and 653b having cutouts 653aa and 653bb on the right and left sides, respectively, in the third right- (Y) type reinforcing pads are formed.

In the present invention, upper adhesive vanes 644 and 654 are formed at the outer ends of the third left and right wings 643 and 653 and folded at right angles to contact the back surface of the upper surface 620, (643) and (653) are supported vertically.

The third upper and lower wings 623 and 633 and the upper and lower adhesion wings 624 and 634 are connected to the outer ends of the second upper and lower wings 622 and 632 by the second upper and lower wings 622 and 632 And the upper and lower adhesive blades 624 and 634 abut on the rear surface of the upper surface 620 to vertically support the third left and right wings 623 and 623 (Y) type reinforcing pad.

The present invention comprises a front surface 510 and an upper surface 520, a rear surface 530, a lower surface 540 and an adhesive blade 550. The adhesive blade 550, the front surface 510, the upper surface 520, (Y) type reinforcing pad, which is characterized by a side buffer pad 500 connected to the rear surface 530 and the bottom surface 540 in this order.

Therefore, as described above, since the product itself is not simply packaged in the form of a conventional packaging box as described above, and a structure for buffering and fixing the product in the box itself is formed, a product such as a glass is separated from a separate sponge ) Can be easily stored and transported, and one or two sheets of paper can be easily folded to provide ease of construction as well as ease of manufacture.

1 is a developed view of a packaging box
Fig. 2 is a perspective view of the developed box shown in Fig. 1,
3 is a sectional view taken along the line BB in Fig. 2
4 (a) and 4 (b) are exploded views of the upper and lower reinforcing pads of the present invention. Fig. 4 (a)
Fig. 5 is an assembled view of the storage case of the upper and lower end reinforcing pads
6 is a photograph (1) of a storage state of a book formed with upper and lower end reinforcing pads of the present invention,
FIG. 7 is a photograph (2) of a solid state in which the upper and lower end reinforcing pads of the present invention are combined with an outer case of a paper-
Fig. 8 is a developed view of the base of the present invention,
FIG. 9 is a perspective view of an assembled state of a jig with a lower reinforcing pad of the present invention; FIG.
Fig. 10 is a photograph (1) of a storage state of a book formed with a lower reinforcing pad of the present invention; Fig.
Fig. 11 is a photograph (2) of a physical image in a state in which the lower reinforcing pad of the present invention is engaged with an outer case of a paper-
12 (a) and 12 (b) are exploded views of a fastener pad formed with a wye (Y) type reinforcing pad according to the present invention. Fig. 12 Development of
Fig. 13 is an assembled view of a storage state of a fastener formed with a wye (Y) type reinforcing pad of the present invention
FIG. 14 is a photograph (1) of a bonded state of a fastener formed with a wye (Y)
Fig. 15 is a photograph (2) of a rear surface of the base formed with the wye (Y) type reinforcing pad of the present invention,
16 is a photograph (3) in a state in which a wye (Y) type reinforcing pad of the present invention is engaged with an outer case of a paper-

Hereinafter, embodiments of the upper and lower end reinforcing pads of the present invention will be described in detail with reference to the drawings.

4 (a) and 4 (b) are exploded views of upper and lower end reinforcing pads; Fig. 4 (a) is an upper side cushion pad; FIG. 6 is a photograph (1) of a storage state of upper and lower end reinforcing pads formed in the present invention, and FIG. 7 is a photograph (1) showing a state where the upper and lower end reinforcing pads of the present invention are formed It is a photograph (2) of a real picture in a state in which it is combined with an outer case of a book.

In order to explain the preferred embodiments of the present invention, the thicknesses of the lines and the sizes of the components shown in the accompanying drawings may be exaggerated or omitted for clarity and convenience of explanation, The terms to be granted are terms defined in consideration of the functions in the present invention, which may vary depending on the intentions or customs of the user, the operator.

As shown in FIGS. 4 and 5, the upper and lower end reinforcing pads according to the present invention are roughly composed of an upper cushioning pad 100 and upper and lower end reinforcing pads 200.

The above-mentioned constituent elements will be described in detail as follows.

The upper cushioning pad 100 is composed of a front face 111 and an upper face 112, a rear face 113, a lower face 114 and an adhesive vane 115 and has an adhesive vane 115, a front face 111, 112, the back surface 113, and the bottom surface 114 in this order.

The portions where the adhesive vanes 115, the front face 111, the upper face 112, the back face 113 and the lower face 114 are connected to each other are cut in the form of an exploded view as shown in FIG. 4 to form folding lines .

The front face 111 and the rear face 113 have the same size and the upper face 112 and the lower face 114 have the same size.

The upper and lower end reinforcing pads 200 are composed of an upper surface 210, an upper blade 220, a lower blade 230, a left blade 240, and a right blade 250.

The upper surface 210 is connected to the first upper wing 221 and the first lower wing 231, the left wing 240 and the right wing 250.

The portion where the upper surface 210 and the first upper wing 221, the first lower wing 231, the left wing 240 and the right wing 250 are connected to each other is shown in a developed view of FIG. To form a folding line.

The product seating grooves 280 and 280a are formed on the upper surface 210 so that the product can be placed on the upper surface 210. The product seating grooves 280 and 280a are divided into four upper, 210b extending in the upper and lower end partitions 210a and 210b so that the product can be placed on the upper and lower end partitions 210a and 210b. So that the product is fixed down to the compartment by pressing and fixing the product, thereby giving tension to the product.

The upper wing 220 is composed of a first upper wing 221, a second upper wing 222, a third upper wing 223 and an upper adhesive wing 224, The first upper wing 221, the second upper wing 222, the third upper wing 223, and the upper adhesive wing 224 in this order.

The portion where the upper wing 220 and the first upper wing 221, the second upper wing 222, the third upper wing 223 and the upper wing 224 are connected to each other is shown in FIG. And is folded in the form of a developed view to form a folding line.

The lower vane 230 is composed of a first lower vane 231, a second lower vane 232, a third lower vane 233 and a lower adhesive vane 234, 1 lower blade 231, a second lower blade 232, a third lower blade 233, and a lower adhesive blade 234 in this order.

The portion where the upper surface 210 and the first lower wing 231, the second lower wing 232, the third lower wing 233 and the lower adhesive wing 234 are connected to each other is as shown in FIG. It is cut in the same developed form to form folding lines.

The upper wing 220 and the lower wing 230 are formed identically and the left wing 240 and the right wing 250 have the same size.

The upper cushioning pad 100 and the upper and lower end reinforcing pads 200 are made of paper or plastic.

The process of forming the upper cushioning pad 100 and the upper and lower end reinforcing pads 200 will be described below.

The upper cushion pad 100 is folded along a folding line formed at a portion where the adhesive vanes 115, the front face 111, the upper face 112, the back face 113 and the lower face 114 are connected to each other, 115 are attached to the lower surface 114 using a glue or an adhesive.

The upper and lower end reinforcing pads 200 are formed by the upper surface 210 and the first upper wing 221, the second upper wing 222, the third upper wing 223, the upper adhesive wing 224, the first lower wing 231 The second lower wing 232, the third lower wing 233, the lower adhesive wing 234, the left wing 240 and the right wing 250 are folded along a folding line formed at a portion where they are connected to each other, .

The first upper wing 221 is folded at right angles to the lower side of the upper surface 210 and the second upper wing 222 is folded at right angles to the first upper wing 221 in parallel with the upper surface 210, And the upper adhesive vane 224 is parallel to the upper surface 210 and is connected to the third lower vane 233 so that the third upper vane 223 is perpendicular to the second upper vane 222, ).

The first lower vane 231 is folded at a right angle to the lower side of the upper surface 210 and the second lower vane 232 is folded at right angles to the first lower vane 231 And the third lower wing 233 is arranged to be perpendicular to the second lower wing 232 in the upper direction so that the lower wing 234 is parallel to the upper surface 210 and the third lower wing 233 ).

The upper adhesive vane 224 and the lower adhesive vane 234 are adhered to the upper surface 210 using a paste or an adhesive so that the upper vane 220 and the lower vane 230 are formed in a box shape. Thus, the upper blade 220 and the lower blade 230 can be firmly held in the form of a box, and serve as a protective pad for reinforcing the strength reinforced by compressive strength or flexural rigidity by supporting the upper surface 210.

The left wing 240 and the right wing 250 are folded in a direction toward the upper surface 210 and serve as support members for supporting the left and right sides of the upper surface 210 so as not to bend.

The upper cushioning pad 100 and the upper and lower end cushioning pads 200 are adhered to each other using a glue or adhesive. The upper surface 210 of the upper and lower cushioning pads 200 is protected from impact by a glass- .

The sizes of the upper cushioning pad 100 and the upper and lower end reinforcing pads 200 are not limited to these, and can be changed at the time of manufacture.

The design of the upper surface 210 and the upper wing 220, the lower wing 230, the left wing 240 and the right wing 250 is designed to match the design of the object (object) Or embossed, embossed patterns can be formed.

Hereinafter, embodiments of the lower reinforcing pad of the present invention will be described in detail with reference to the drawings.

FIG. 8 is a developed view of the lower end reinforcing pad of the present invention, FIG. 9 is a perspective view of the assembled state of the lower end reinforcing pad formed in the present invention, FIG. And FIG. 11 is a photograph (2) of a real image in a state in which the lower reinforcing pad of the present invention is engaged with the outer case of the frame formed with the reinforcing pad.

As shown in FIGS. 8 and 9, the lower reinforcing pad 400 according to the present invention includes a top surface 410, an upper blade 420, a lower blade 430, a left blade 440, And a right wing 450.

The upper surface 410 is connected to the first upper blade 421 and the first lower blade 431, the left blade 440 and the right blade 450.

The portion where the upper surface 410 and the first upper blade 421, the first lower blade 431, the left blade 440 and the right blade 450 are connected to each other is cut in the form of an exploded view as shown in FIG. Thereby forming a folding line.

The product seating grooves 480 and 480a are formed on the upper surface 410 so that the product seating grooves 480 can be divided into four upper, lower, left and right partition portions 41a, 41b and 41c The upper and lower partitions 41a and 41b are formed with support parts 41aa and 41bb extending to the upper and lower partitions 41a and 41b so that the product can be placed on the upper and lower partitions 41a and 41b And the product is fixed by pushing downward to fix it to the compartment, thereby giving tension to the product. (The shape of the compartment can also be cut into the shape shown on the right side of the drawing.)

The upper blade 420 includes a first upper blade 421, a second upper blade 422 and a third upper blade 423. The upper blade 420 has a first upper blade 421, The second upper wing 422, and the third upper wing 423 in this order.

The portion where the upper surface 410 and the first upper blade 421, the second upper blade 422 and the third upper blade 423 are connected to each other is cut in the form of an exploded view as shown in FIG. 8, .

The lower wing 430 is composed of a first lower wing 431, a second lower wing 432, a third lower wing 433 and an adhesive vane 434, The lower wing 431, the second lower wing 432, the third lower wing 433, and the adhesive wing 434 in this order.

The upper surface 410 and the first lower wing 431, the second lower wing 432, the third lower wing 433, the adhesive wing 434, the left wing 440 and the right wing 450 are connected to each other Is cut in the form of an exploded view as shown in Fig.

The height of the first lower wing 431 and the height of the third lower wing 433 are the same, and the left wing 440 and the right wing 45 have the same size.

The height of the third upper blade 423 is equal to the sum of the heights of the first upper blade 421 and the first lower blade 431.

The upper surface 410 and the upper vane 420, the lower vane 430, the left vane 440 and the right vane 450 are formed of paper or plastic.

The process of forming the lower reinforcing pad 400 will now be described.

The upper surface 410 and the first upper wing 421, the second upper wing 422, the third upper wing 423, the first lower wing 431, the second lower wing 432, The reinforcing pad is formed by folding along the folding lines formed at the portions where the connecting wings 433, the adhesive wings 434, the left wing 440 and the right wing 450 are connected to each other.

The first upper blade 421 is folded to be perpendicular to the upper surface 410 and the second upper blade 422 is parallel to the upper surface 410 and is perpendicular to the first upper blade 421, And the third upper wing 423 is folded downwardly at right angles to the second upper wing 422.

The first lower wing 431 is folded to be perpendicular to the lower direction of the upper surface 410 and the second lower wing 432 is folded at right angles to the first lower wing 431 so as to be parallel to the upper surface 410. [ And the third lower wing 433 is perpendicular to the second lower wing 432 in the upper direction so that the adhesive wing 434 is parallel to the upper surface 410 and the third lower wing 433, .

The adhesive vane 434 is adhered to the upper surface 410 using a paste or an adhesive to form the lower vane 430 in a box shape. The upper blade 423 and the lower blade 430 support the upper surface 410 of the lower reinforcing pad 400 so that the lower blade 430 can securely hold the box shape. .

The left blade 440 and the right blade 450 are folded in a direction toward the upper surface 410 and serve as a support for the upper surface 410.

The size of the lower reinforcing pad 400 is not limited to this, and can be changed at the time of manufacture.

The design of the upper surface 410 and the upper wing 420, the lower wing 430, the left wing 440 and the right wing 450 is designed to match the design of the object (object) Or embossed, embossed patterns can be formed.

The lower reinforcing pad 400 serves as a protective pad for reinforcing the strength reinforced by the compressive strength and the flexural rigidity, so that the glass-like product raised on the upper surface 410 and the package material which is broken easily serve also to protect the lower reinforcing pad 400 from impact .

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, embodiments of a wye (Y) type reinforcing pad of the present invention will be described in detail with reference to the drawings.

12 (a) and 12 (b) are exploded views of a fastener pad formed with a wye (Y) type reinforcing pad according to the present invention. Fig. 12 Fig. 13 is an assembled view of a storage state of a book in which a wye (Y) type reinforcing pad of the present invention is formed, and Fig. 14 is an actual view of a combined state of a book formed with a wye FIG. 15 is a photograph (2) of a back surface state of a book formed with a wye (Y) type reinforcing pad according to the present invention, and FIG. 16 is a photograph (3) in a state of being engaged with the case.

As shown in FIGS. 12 and 13, the constituent elements of the Y-type reinforcing pad according to the present invention are roughly composed of a side buffer pad 500 and a Y-type reinforcing pad 600.

The side cushion pad 500 includes a front face 510 and an upper face 520, a rear face 530, a lower face 540 and an adhesive vane 550, and the adhesive vane 550, the front face 510, 520, the back surface 530, and the bottom surface 540 in that order.

The portions where the adhesive vanes 550, the front face 510, the upper face 520, the back face 530, and the lower face 540 are connected to each other are cut in the form of an exploded view as shown in FIG. 12 to form a folding line .

The front face 510 and the rear face 530 have the same size and the upper face 520 and the lower face 540 have the same size.

The Y-type reinforcing pad 600 is composed of an upper surface 610, an upper blade 620, a lower blade 630, a left blade 640, and a right blade 650.

The upper surface 610 is connected to the first upper blade 621 and the first lower blade 631, the left blade 640 and the right blade 650.

The portion where the upper surface 610 and the first upper blade 621, the first lower blade 631, the left blade 640 and the right blade 650 are connected to each other is shown in a developed view of FIG. To form a folding line.

A product seating groove 680 is formed on the upper surface 610 to allow the product to be placed on the upper surface 610. The product seating groove 680 has four upper, lower, left and right end dividing portions 610a, 610b, And a support portion 610bb extending from the partitioning portion 610b is formed on the lower partitioning portion 610b so that the product can be placed on the lowering partitioning portion 610b, Thereby giving tension to the product.

The upper blade 620 is composed of a first upper blade 621, a second upper blade 622, a third upper blade 663 and an upper adhesive blade 624, The first upper wing 621, the second upper wing 622, the third upper wing 663, and the upper adhesive wing 624 in this order.

The portion where the upper blade 620 and the first upper blade 621, the second upper blade 622, the third upper blade 663 and the upper adhesive blade 624 are connected to each other is shown in FIG. And is folded in the form of a developed view to form a folding line.

The lower vane 630 includes a first lower vane 631, a second lower vane 632, a third lower vane 633 and a lower adhesive vane 634, 1 lower blade 631, second lower blade 632, third lower blade 633, and lower adhesive blade 634 in this order.

The portion where the upper surface 610 and the first lower blade 631, the second lower blade 632, the third lower blade 633 and the lower adhesive blade 634 are connected to each other is as shown in FIG. 12B It is cut in the same developed form to form folding lines.

The upper wing 620 and the lower wing 630 are formed identically and the left wing 640 and the right wing 650 have the same size.

Next, the left and right wings 640 and 650 will be described.

The left wing 640 has a portion where the first left wing 641, the second left wing 642, the third left wing 643 and the upper joining wing 644 are connected to each other as shown in FIG. And is folded in the form of a developed view to form a folding line.

Supports 641a and 641b are formed at the right and left sides of the first left wing 641 and are folded at right angles to be joined to the folding of the first upper and lower wings 621 and 631 to further firmly support the support .

The folded portions 643a and 643b having the notches 643aa and 643bb are formed on the left and right sides of the third left wing 643 so that the folded portions 643a and 643b formed on the left and right sides of the third right wing 653, (653aa) and (653bb) of the first and second leg portions (653a) and (653b) to form a support and hold it in a box shape.

An upper adhesive vane 644 is formed at an outer end of the third left vane 643 and folds at right angles to abut the back surface of the upper surface 620 to support the third left vane 643 vertically .

Next, the right blade 650 is connected to the first right-hand blade 651, the second right-hand blade 652, the third right-hand blade 653, and the upper adhesive blade 654, To form a folded line.

Supports 651a and 651b are formed on the right and left sides of the first right wing 651 and are folded at right angles to join the folding of the first and second upper wings 621 and 631 to form a more rigid support .

In this case, folded portions 653a and 653b having notches 653aa and 653bb are formed on the left and right sides of the third right-hand side wing 653 to form folded portions 653a and 653b formed on left and right sides of the third left- 643bb of the first, second, and third protrusions 643a, 643b to form a support and hold it in the form of a box.

An upper adhesive vane 654 is formed at an outer end of the third right vane 643 so as to support the third right vane 653 vertically while abutting against the back surface of the upper surface 620 .

The side buffer pads 500 and the Y-shaped reinforcing pads 600 are formed of paper or plastic.

A process of forming the side buffer pads 500 and the Y-type reinforcement pads 600 will be described below.

The side buffer pads 500 are folded along folding lines formed at portions where the adhesive vanes 550, the front face 510, the upper face 520, the back face 530 and the lower face 540 are connected to each other, 550) is attached to the lower surface (540) using a paste or an adhesive.

The Y-shaped reinforcing pad 600 includes the upper surface 610 and the first upper blade 621, the second upper blade 622, the third upper blade 663, the upper adhesive blade 624, A folding line formed at a portion where the lower vane 631, the second lower vane 632, the third lower vane 633, the lower adhesive vane 634, the left vane 640 and the right vane 650 are connected to each other Thereby forming a reinforcing pad.

The first upper blade 621 is folded so as to be perpendicular to the lower direction of the upper surface 610 and the second upper blade 622 is parallel to the upper surface 610 and is perpendicular to the first upper blade 621, And the upper adhesive vane 624 is disposed parallel to the upper surface 610 and in contact with the third lower vane 633 so that the third upper vane 663 is perpendicular to the second upper vane 622 in the upward direction, ).

The first lower blade 631 is folded so as to be perpendicular to the lower direction of the upper surface 610 and the second lower blade 632 is folded at right angles to the first lower blade 631 so as to be parallel to the upper surface 610, And the third lower wing 633 is arranged to be perpendicular to the second lower wing 632 in the upper direction so that the lower wing blade 634 is parallel to the upper surface 610 and the third lower wing 633 ).

The upper adhesive vane 624 and the lower adhesive vane 634 are adhered to the upper surface 610 using a paste or an adhesive so that the upper vane 620 and the lower vane 630 are formed in a box shape. Thus, the upper blade 620 and the lower blade 630 can be firmly held in the form of a box, and serve as a protective pad for reinforcing the strength reinforced by compressive strength or flexural rigidity by supporting the upper surface 610.

The left wing 640 and the right wing 650 are folded in a direction toward the upper surface 610 and function as a supporting member for supporting the left and right sides of the upper surface 610 so as not to bend.

That is, the left wing 640 is formed with supporting portions 641a and 641b on its left and right sides, and the left wing 640 is folded at a right angle to be joined to the folding of the first upper and lower wings 621 and 631, And folding portions 643a and 643b having notches 643aa and 643bb are formed on the left and right sides of the third left wing 643 to form folding portions 653a and 643b formed on the left and right sides of the third right wing 653, 653bb of the upper and lower plates 653a and 653b to form a support and hold it in the form of a box.

The right blades 650 are formed with support portions 651a and 651b on the left and right sides thereof so as to be folded at right angles to join the folding of the first and second upper and lower wings 621 and 631 to form a more rigid support And folded portions 653a and 653b having cutouts 653aa and 653bb are formed on the right and left sides of the third right wing 653 to form folded portions 643a and 653b formed on the left and right sides of the third left wing 643, 643bb of the upper and lower protrusions 643b, 643bb to form a support and hold it in a box shape.

In the present invention, the third upper and lower wings 623 and 633 and the upper and lower adhesion wings 624 and 634 are connected to the outer ends of the second upper and lower wings 622 and 632 by the second upper and lower wings 622 and 632 The left and right wings 640 and 650 are folded down to a width that is smaller than the width of the left and right wings 640 and 650 so that the third upper and lower wings 623 and 633 and the upper and lower adhesive wings 624 and 634 So that the box shape is maintained.

The side cushioning pads 500 and the Y type reinforcing pads 600 are attached or formed using a paste or an adhesive and a product such as a glass product is formed on the upper surface 610 of the Y- It protects the cracked packaging material from impact.

The sizes of the side buffer pads 500 and the Y (Y) type reinforcing pads 600 are not limited to these, and can be changed at the time of manufacture.

The design of the upper surface 610 and the upper wing 620, the lower wing 630, the left wing 640 and the right wing 650 is designed to match the design of the object (object) Or embossed, embossed patterns can be formed.

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, It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims.

100: Hairpads
111: Front
112: upper surface
113: back surface
114: when
115: Adhesive blade
200: Upper and lower end reinforcement pads
210: upper surface
220: upper blade
210: first upper wing
222: second upper wing
223: third upper wing
2240: upper adhesive blade
230: lower blade
231: first lower blade
232: second lower blade
233: third lower blade
234: lower adhesive blade
240: left wing
250: right wing
40: Lower reinforcement pad
41: upper surface
42: upper blade
421: first upper blade
422: second upper wing
423: third upper wing
43: lower blade
431: first lower blade
432: second lower blade
433: third lower blade
434: Adhesive wing
44: Left wing
45: right wing
500: side cushion pad
510: Front
520: upper surface
530:
540: When
550: Adhesive blade
600: Wye (Y) type reinforcing pad
610: Top surface
620: upper blade
610: first upper wing
622: second upper wing
663: third upper wing
640: upper adhesive blade
630: lower blade
631: first lower blade
632: second lower blade
633: third lower blade
634: lower adhesive blade
640: left wing
650: right wing

Claims

The upper and lower end reinforcing pads of the bins are connected by the first upper wing 221 and the first lower wing 231, the left wing 240 and the right wing 250 to form a folding line at a portion connected to each other, An upper surface 210 on which product mounting grooves 280 are formed,
A first upper wing 221 and a second upper wing 221 are formed on the upper surface 210. The first upper wing 221 and the second upper wing 222 are formed of a first upper wing 221, a third upper wing 223, An upper blade 220 connected to the second upper blade 222, the third upper blade 223 and the upper adhesive blade 224 in this order,
The first lower wing 231 and the second lower wing 231 are formed at the lower portion of the upper surface 210. The first lower wing 231, the second lower wing 232, the third lower wing 233, A lower wing 230 formed in the order of the second lower wing 232, the third lower wing 233 and the lower bonding wing 234 and forming a folding line at a portion connected to each other,
A left wing 240 formed on the left side of the upper surface 210,
And the right and left wings (250) formed on the right side of the upper surface (210) are configured as upper and lower end reinforcing pads (200).

The method according to claim 1,
The product mounting grooves are diagonally cut into four upper, lower, left and right end partitions 210a, 210b, 210c and 210d on the upper surface 210. The upper and lower end partitions 210a and 210b are provided with a product (210aa) and (210bb) extending to the upper and lower end dividing sections (210a) and (210b) so that the upper and lower end dividing sections (210a) and (210b) can be placed on the upper and lower end dividing sections.

The method according to claim 1,
A front face 111 and an upper face 112, a rear face 113, a bottom face 114 and an adhesive vane 115. The adhesive vane 115, the front face 111, the upper face 112, the back face 113, And the upper surface side cushion pad 100 is connected to the lower surface side pad 114 in this order.

The lower reinforcing pad of the book is connected to the first upper wing 421 and the first lower wing 431, the left wing 440 and the right wing 450 and forms a folding line at a portion connected to each other, An upper surface 410 on which a product receiving groove 480 on which the product is placed is formed;
The upper wing 421, the second upper wing 422, and the third upper wing 423 are formed in the upper part of the upper surface 410 in this order. The upper wing 421, (420);
The first lower wing 431, the second lower wing 432, the third lower wing 433 and the adhesive wing 434 are formed in the lower part of the upper surface 410 in this order, A lower blade 430 which forms the lower blade 430;
A left wing 440 formed on the left side of the upper surface 410;
And a right wing 450 formed on the right side of the upper surface 410
The first upper blade 421 is folded to be perpendicular to the upper surface 410 and the second upper blade 422 is parallel to the upper surface 410 and is perpendicular to the first upper blade 421, And the third upper wing (423) is folded downward to be perpendicular to the second upper wing (422).

5. The method of claim 4,
The upper and lower partitions 41a and 41b are divided into four upper, lower, left and right partitions 41a, 41b, 41c, and 41d diagonally in the product mounting groove 480 of the upper surface 410, (41aa) and (41bb) extending to the upper and lower partitions (41a) and (41b) so that the product can be placed on the upper and lower partitions.

Type reinforcing pad of the bobbin case is connected to the first upper wing 621 and the first lower wing 631, the left wing 640 and the right wing 650 and has a folding line A top surface 610 on which a product receiving groove 680 on which the product is placed is formed,
The first upper blade 621 and the second upper blade 622 are formed in the order of a first upper blade 621 and a second upper blade 622 in this order on the upper surface 610, An upper blade 620 which forms a folding line at a portion where the folding line is formed,
A first lower wing 631 and a second lower wing 632. The first lower wing 631 and the second lower wing 632 are connected in this order to the lower portion of the upper surface 610, A lower blade 630 which forms a folding line at a portion where the lower blade 630 is folded,
The third left wing 643 of the first, second, and third left wings 641, 642, and 643 of the left wing 640 formed on the left side of the upper surface 610 has left and right cutouts 643aa 653 of the right side wings 650 formed on the right side of the upper surface 610 and the first, second and third right side wings 651, 652, 653 of the right side wing 650 formed on the right side of the upper surface 610, And the left and right wings 640 and 650 having folded portions 653a and 653b having notches 653aa and 653bb on the right and left sides, respectively, are formed on the third right- Bags forming pads

The method according to claim 6,
The upper left and right wings 643 and 653 are formed at the outer ends of the third left and right wings 643 and 653 and folded at right angles to abut against the rear surface of the upper surface 620, (Y) -type reinforcing pad is formed on the upper surface of the base

The method according to claim 6,
The third upper and lower blades 623 and 633 and the upper and lower adhesive blades 624 and 634 are narrower than the second upper and lower blades 622 and 632 by the outer ends of the second upper and lower blades 622 and 632, And the upper and lower adhesive blades (624) and (634) contact the back surface of the upper surface (620) while vertically supporting the third left and right wings (623) and (623) (Y) -type reinforcing pad

9. The method according to any one of claims 6 to 8,
A front face 510 and an upper face 520, a rear face 530, a bottom face 540 and an adhesive blade 550. The adhesive vane 550, the front face 510, the upper face 520, the back face 530, (Y) -type reinforcing pad, which is characterized by a side buffer pad 500 connected in this order with a bottom surface 540,