TWM559295U - Isolation device capable of preventing box-sealing adhesive tape from sticking to the outer lateral side surface of package box before sealing box - Google Patents

Abstract

The utility model relates to an isolating device which can prevent the sealing tape from being adhered to the outer side wall surface of the packaging box before sealing, is used on the unfolded paper board for bending the group to form the box body, and sticks a packaging tape to the one intended to cover the box body. One of the flaps, and a portion of the width direction of the package strip and the opposite ends of the lengthwise direction respectively extend beyond the edge of the flap, and the predetermined position of the other flaps adjacent to the flap is pre-applied to the spacer element to avoid The adhesive tape of the package tape beyond the wing is adhered to the other wings, thereby facilitating stacking, storage and transportation of the plates.

Description

The isolation device for sealing the sealing tape to the outer side wall surface of the packaging box before sealing is avoided

The present invention relates to a device for packaging, in particular a package structure which can be more conveniently stacked, stored and transported, and which can be packaged and sealed more quickly.

With the development of Internet technology, the growth of e-commerce has become increasingly prosperous; e-commerce operators must properly package the goods before they are delivered to the freight forwarders. When packaging, they are usually placed in boxes and boxes. Bags, etc. (hereinafter collectively referred to as the box), then cover the cover of the box and then tape it with the tape; other postal services are also roughly the same.

Almost 90% of the general package is formed by forming a paper sheet into a predetermined contour shape and a fold line, and then forming a three-dimensional box along the fold line to form a three-dimensional box, and in the box, Two flaps on opposite sides are reserved respectively above and below; the lower two flaps are closed and the adhesive tape is adhered to the joint between the two flaps to fix the bottom of the box; the upper sides are located on opposite sides The two wings are closed in the open state for the items to be placed, and then the tape is adhered to the seam between the two wings to complete the packaging of the package.

Based on the convenience of stacking, warehousing and transportation considerations, the packaging is manufactured to the client in the form of flat sheets with predetermined contours and fold lines. When the client wants to package the items, the flat sheets are bent as described above. The group forms a three-dimensional box, and then the articles are placed, the flaps are closed, the adhesive tape is applied, and the final package is placed.

Since the amount of packaged goods is very large, in order to save the manpower and cost for the client, simplifying the process of bending the formed flat paper from bending to completing the package is the primary goal of the package manufacturer.

The purpose of this creation is to provide a package device that can be more conveniently stacked, stored and transported, and can be more quickly packaged and sealed, thereby saving manpower and time for packaging goods, thereby saving costs.

The feature of the present invention is that a package tape is adhered to one of the flaps intended to cover the casing on the unfolded paper sheet for bending the frame to form the casing, and a part of the width direction of the packaging tape is made. The opposite ends of the length direction extend beyond the edge of the wing respectively, and the predetermined position of the other wing adjacent to the wing is pre-adhered to the spacer element to prevent the adhesive tape layer of the package beyond the wing from sticking to the other wing Therefore, the stacking, warehousing and transportation of the sheets are facilitated; when the goods are to be packaged, the strips can be directly peeled off and the package strips can be directly bonded to the horizontal flaps and the vertical side walls to complete the packaging.

Based on this, the isolation device provided by the present invention can prevent the sealing tape from being adhered to the outer side wall surface of the packaging box before sealing, and can include: a box body integrally formed by a paper plate to be connected in a stepwise manner. a fifth wing, a first plate, a third plate, a second plate and a fourth plate; wherein the opposite sides of the first plate are respectively bendably connected to a first wing; The opposite sides of the plate are respectively bendably connected to a third wing; the opposite sides of the second plate are respectively bendably connected to a second wing; and the opposite sides of the fourth plate are respectively bendably connected a fourth wing; wherein the areas of the first plate and the second plate are substantially equal; the third plate and the fourth plate The areas of the first wing are substantially equal to the areas of the second wings; the areas of the third wings are substantially the same as the areas of the fourth wings; and the area of the fifth wing is smaller than the foregoing The area of the board and the wings. At least four spacer elements are respectively adhered to the outer corners of the third and fourth flaps adjacent to the second flaps on the same side of the paper sheet. And a two-package tape having a substrate having a drawn tear strip on a longitudinal side thereof, a side of the substrate coated with an adhesive layer, and a part of the adhesive layer covered with a release shape The length of the encapsulating tape is greater than the length of the second flaps, and the adhesive material is adhered to the adhesive layer not covered by the release material without being peeled off from the substrate. A second wing and a length of the ends of the package strip overlaps the spacer elements. By the isolation of the spacer element, the adhesive layer of the package tape is not adhered to the third wing and the fourth wing, thereby avoiding affecting the adhesion of the adhesive layer.

Preferably, the spacer element of the present creation may be a release paper.

The present invention is designed by the above-mentioned package structure. Since a part of the packaging tape is previously adhered to the paperboard of the packaging box, another part of the packaging tape is pasted when the packaging is to be packaged, so that the packaging can be more Quick and labor-saving and time-saving; and the adhesive layer of the pre-adhered part will not stick to other unrelated parts during storage, transportation or packaging, so as not to damage the surface of the package or affect it. The adhesion of the adhesive layer.

1‧‧‧paper board

11‧‧‧ first board

12‧‧‧ second board

13‧‧‧ third board

14‧‧‧ fourth board

11A, 11B‧‧‧ first wing

12A, 12B‧‧‧ second wing

13A, 13B‧‧‧ third wing

14A, 14B‧‧‧fourth wing

11C‧‧‧Five Wing

2‧‧‧Isolation components

3‧‧‧Packing tape

30‧‧‧Substrate

31‧‧‧Extracting the tear strip

32‧‧‧Adhesive layer

33‧‧‧away material

The first figure is a schematic view showing the paper board used for the structural package after the creation of the creation, and the three-dimensional schematic diagram of the isolation component being combined at the relevant position of the board; The second figure is a perspective view showing the isolation component of the first figure adhered to the paper board; the third figure is a perspective view showing the structure of the package tape of the present invention; and the fourth figure shows the bonding of the package tape of the present invention to the paper board. The three-dimensional schematic diagram of the relationship; the fifth figure is a three-dimensional schematic diagram showing the packaging tape of the fourth figure after being bonded to the paper board; the sixth figure is a schematic diagram showing the stacking state of the paper sheet of the pre-adhesive packaging tape of the present creation; The created paper sheet bending group constitutes the box body, and is prepared to tear the off-line paper of the package belt; the eighth figure shows that the two wings on the box of the seventh figure are closed and will be completely torn open A perspective view of the seam of the package tape after the release paper is adhered to the joint between the two wings; and the ninth figure shows that the two ends of the package tape in the eighth figure are adhered to the opposite sides of the case to complete the package. Stereoscopic view.

The implementation of the present invention will be described in more detail below with reference to the drawings and component symbols, so that those skilled in the art can implement the present invention after reading this specification.

The preferred embodiment of the present invention provides an isolation device for preventing the sealing tape from being adhered to the outer side wall surface of the packaging box before sealing. The paper sheet having a suitable thickness such as corrugated paper is integrally formed by a special molding machine or a cutting machine. Schedule outlines and fold lines.

As shown in the first figure, the formed paper sheet 1 comprises: a fifth flap 11C which is bendably connected in sequence, a first panel 11, a third panel 13, a second panel 12 and a a fourth plate 14; wherein the first sides of the first plate 11 are respectively bendably connected to a first wing 11A, 11B; the opposite sides of the third plate 13 are respectively bendably connected to a third wing 13A, 13B; the second The opposite sides of the plate 12 are respectively bendably connected to a second wing 12A, 12B; and the opposite sides of the fourth plate 14 are respectively bendably connected to a fourth wing 14A, 14B; The area of the plate 11 and the second plate 12 are substantially equal; the areas of the third plate 13 and the fourth plate 14 are substantially equal; the areas of the first wings 11A, 11B and the second wings 12A, 12B are substantially equal The third flaps 13A, 13B are substantially the same area as the fourth flaps 14A, 14B; and the area of the fifth flap 11C is smaller than the aforementioned panels 11, 12, 13, 14 and the flaps 11A, The areas of 11B, 12A, 12B, 13A, 13B, 14A and 14B.

Wherein, between each of the plates and the plates, between the plates and the respective wings, a line is formed by applying a pressure to the mold by a machine to form a line of depression, so that each plate and the plate, each plate and each wing The fold line can be bent between the plates. In addition, the respective flaps and the flaps are completely cut and formed with slits.

The first figure also shows that the creation also includes four spacer elements 2, which can preferably use a release paper, which is cut into a rectangular shape of appropriate size and then respectively on the paper sheet 1. The same side faces are respectively adhered to the third flaps 13A, 13B adjoining the second flaps 12A, 12B and the outer corners of the fourth flaps 14A, 14B (as shown in the second figure).

As shown in the third figure, the present invention further includes two package strips 3 comprising an elongated substrate 30. For example, the substrate 30 is preferably made of a plastic material. The longitudinal side of the substrate 30 has a drawing tear strip 31; the drawing tear strip 31 forms a cutting line along the longitudinal length of the substrate 30 at a position close to one side of the substrate 30. Thereby, a portion close to the side of the substrate can be easily torn along the cutting line.

One side of the substrate 30 is coated with an adhesive layer 32, and the tear strip 31 is not coated. The cloth is adhered to the layer, and a portion of the adhesive layer 32 is overlaid with a release member 33.

Furthermore, the length of the package tape 3 is greater than the length of the second wings 12A, 12B.

After the paper sheet 1 of the present invention is manufactured at the factory, the spacer member 23 is directly adhered to the outer corner positions of the third flaps 13A, 13B and the fourth flaps 14A, 14B; then the package strip 3 is adhered to the second flap. The position of the plates 12A, 12B near the outer side (as shown in the fourth and fifth figures). More specifically, the adhesive tape 3 is adhered to the second flap 12A in a state where the release member 33 is not peeled off from the substrate 30, and the adhesive layer 32 not covered by the release member 33 is adhered. And 12B, and a length of both ends of the package tape 3 is overlapped on the spacer elements 2. By this state, the adhesive layer 32 of the portion of the package tape 3 which extends to the third flaps 13A, 13B and the fourth flaps 14A, 14B and which is not covered by the release member 33 does not stick to the third flap. 13A, 13B and the fourth flaps 14A, 14B, so that the surfaces of the third flaps 13A, 13B and the fourth flaps 14A, 14B are not torn, and the adhesive layer is not adhered to the surface to reduce adhesion. force. Therefore, the finished flat sheet 1 made from the factory can be stacked (as shown in the sixth figure) to utilize storage and transportation.

When the present invention bends the paper board 1 along the respective fold lines to form the box as shown in the seventh figure, the first board 11, the second board 12, and the third board 13 are formed. Forming four side walls of the box with the fourth plate 14, the fifth wing 11C is inserted into the joint of the first plate 11 and the fourth plate 14: the third wing 13B and the fourth wing 14B are first folded into the case The bottom portion is then folded into the first flap 11B and the second flap 12B, and the release member 33 of the encapsulating tape 3 located below is torn to adhere the adhesive layer 32 to the first flap 11B and the second flap 12B. The seams are fixed to the bottom of the box. Then, the third flap 13A and the fourth flap 14A are first folded over the box body, and then the first flap 11A and the second flap 12A above the box are folded, and the tearing is located on the upper flap 11A. The release member 33 of the side of the package tape 3 is used to adhere the adhesive layer 32 to the joint between the first flap 11A and the second flap 12A to be fixed to the upper portion of the case (as shown in the eighth drawing). Finally, the portion of the package tape 3 protruding from the vertical wall of the case is bent downward and adhered to the third plate 13 and the fourth plate 14 as the vertical walls (as shown in FIG. 9), that is, the package of the case is completed.

With the packaging device of the present invention, since a part of the packaging tape 3 is previously adhered to the packaging paper sheet 1, another portion of the packaging tape 3 is pasted when the packaging is to be packaged, so that it can be further packaged. Quick and labor-saving and time-saving; and the adhesive layer of the pre-adhered part will not stick to other unrelated parts during storage, transportation or packaging, so as not to damage the surface of the package or affect it. The adhesion of the adhesive layer.

When the packaged case is to be opened, the package tape 3 can be broken by first tearing the pull-out strip 31, and then the package tape 3 can be torn open, and then the case can be opened.

The above is only a preferred embodiment for explaining the present invention, and is not intended to impose any form of restriction on the present creation, so that any modifications or changes to the creation made in the same creative spirit are made. , should still be included in the scope of protection of this creative intent.

Claims (2)

The utility model relates to an isolation device which can prevent the sealing tape from being adhered to the outer side wall surface of the packaging box before sealing, and comprises: a box body formed by integrally forming a paper plate into a fifth wing plate which is connected in a stepwise manner. a first plate, a third plate, a second plate and a fourth plate, wherein the opposite sides of the first plate are respectively bendably connected to a first wing, and opposite sides of the third plate Each of the two sides of the second plate is bendably connected to a second wing, and the opposite sides of the second plate are respectively bendably connected to a fourth wing. a wing board, wherein an area of the first board and the second board are substantially equal, and an area of the third board and the fourth board are substantially equal, and an area of the first wing board and the second wing board are substantially equal The third wing is substantially the same area as the fourth wing, and the area of the fifth wing is smaller than the area of each of the aforementioned plates and the wings; at least four isolation elements are the same in the cardboard Adhering to the third flap adjacent to the second flaps and the fourth An outer corner of the board; and two encapsulating strips having a substrate having a stripping strip on a longitudinal side thereof, one side of the substrate being coated with an adhesive layer and on a portion of the adhesive layer Laminating a release material having a length greater than a length of the second wings, the release material being uncovered by the release material without being peeled off from the substrate A layer is adhered to the second wings, and a length of both ends of the package tape is overlapped on the spacer elements. According to the scope of claim 1, the isolation device for preventing the sealing tape from being adhered to the outer side wall surface of the packaging box before sealing, wherein the spacer element is a release paper.