CN201472880U

CN201472880U - Foldable cushion packaging structure

Info

Publication number: CN201472880U
Application number: CN2009201712262U
Authority: CN
Inventors: 冯云平
Original assignee: DONGGUAN CITY SPEED PACKAGING Co Ltd
Current assignee: DONGGUAN CITY SPEED PACKAGING Co Ltd
Priority date: 2009-08-12
Filing date: 2009-08-12
Publication date: 2010-05-19
Anticipated expiration: 2019-08-12

Abstract

The utility model discloses a foldable cushion packaging structure and belongs to the field of cushion packaging. The structure comprises at least one packaging part and lagging connected together with the bottom of all packaging parts, wherein a longitudinal notch that right reaches the lagging forms between the adjacent packaging parts; each packaging part comprises a base part that is provided with a plurality of transversely penetrating notches; the base part is divided into an inner wall part, a bottom and an outer wall part connected together only through the lagging by two longitudinal V-shaped longitudinal grooves; and mirror symmetry exists between two adjacent packaging parts through the longitudinal notch in between. The foldable cushion packaging structure can be folded through the longitudinal notches or the V-shaped grooves between adjacent parts and the lagging ensures the integrity of the foldable cushion packaging structure. The packaging structure not only is convenient for packaging, but also improves the utilization rate of cushion packaging.

Description

A kind of collapsible buffer packing structure

Technical field

The utility model relates to a kind of buffer packing structure, relates in particular to the packaging structure that is used to pack HDD (hard disk drive), CD-ROM and DVD-ROM.

Background technology

Most of device can be damaged in collision process or when bearing big pressure; as electronicies package such as HDD, CD-ROM and DVD-ROM; therefore when these devices are put into packing chest; device need be limited in the buffering package, buffering package together is being placed in the packing chest together with the device by its protection.Because the outer weekly assembly and the packing chest closed contact of buffering package; therefore; in transportation, the relative position of device in packing chest can not change, in addition; because the effect of buffering package; device not can with the packing chest direct contact, when the packing chest pressurized, buffering package can absorb most pressure; therefore, the effective protection device of buffering package.At present, when the electronics package outbound, have a plurality of same electronicies package in the packing chest, when carrying out buffering package, be for each electronics package is separately packaged, so wasted a large amount of buffering package raws MAT'L, and this kind separately the form of packing also make buffering package taken in the packing chest than large space, in addition, also there is the slow defective of package speed in packing separately.

The utility model content

The purpose of this utility model is the above-mentioned shortcoming that exists at present buffering package, and a kind of all-in-one-piece collapsible buffer packing structure of packing a plurality of electronicies package is provided.

The technical scheme that the utility model adopted is: a kind of collapsible buffer packing structure, comprise at least one packing department and the lagging that all links together with the bottom surface of all packing departments, and form one between the adjacent packing department just to the longitudinal cut at lagging place; Each packing department comprises a matrix part, and described matrix part is provided with a plurality of horizontal notches that run through, described matrix part by two longitudinally V-slot it is divided into inner wall part, bottom and the outside wall portions that only links together by lagging; Adjacent two packing departments are by the longitudinal cut looking-glass symmetry between the two.

Preferably, described draw-in groove distributes in the end face equal intervals of inner wall part, bottom and outside wall portions.

Preferably, described V-slot is the V-slots of 90 degree, and two trough rims of described V-slot and the bottom surface of matrix part all are miter angle.

The beneficial effects of the utility model are: each packing department can fold inner wall part and outside wall portions by its V-slot with respect to separately bottom, can form a volumetric packaging space, each notch that is cut off by V-slot of folding back also surrounds a volumetric packaging groove, each HDD, CD-ROM and DVD-ROM are placed in the volumetric packaging groove, block three limits of device by the volumetric packaging groove, promptly finished buffering package to this device, very convenient; In addition, adjacent two packing departments can fold by the longitudinal cut between the two, form a plurality of volumetric packaging spaces that link together by lagging, the quantity of packing department can be determined according to the volume of packing chest, if folding volumetric packaging space is many more, and the volumetric packaging groove that each volumetric packaging space is had is many more, but the quantity of this collapsible buffer packing structure packaged devices is just many more.

Description of drawings

Fig. 1 is the tiling scheme drawing of collapsible buffer packing structure described in the utility model;

Fig. 2 is the schematic perspective view after folding between the inner wall part with two packing departments of collapsible buffer packing structure shown in Figure 1;

Fig. 3 finishes all schematic perspective views after folding for collapsible buffer packing structure shown in Figure 1.

The specific embodiment

Now in conjunction with the accompanying drawings the specific embodiment of the present utility model is described in detail.

A kind of collapsible buffer packing structure as shown in Figure 1, comprises at least one packing department and the lagging 5 that all links together with the bottom surface of all packing departments, forms one between the adjacent packing department just to the longitudinal cut 3 at lagging 5 places.

Each packing department comprises a matrix part 4, and described matrix part 4 is provided with a plurality of horizontal notches that run through 2, described matrix part 4 by two longitudinally V-slot 1 it is divided into inner wall part 6, bottom 7 and the outside wall portions 8 that only links together by lagging 5.Adjacent two packing departments are by longitudinal cut 3 looking-glass symmetrys between the two.Notch 2 preferably distributes in matrix part 4 equal intervals.

Actually add man-hour, provide a matrix, the bottom surface of matrix and lagging 5 link together, by the automatic grooving apparatus all notches 2 of moulding of once slotting on the end face of this matrix; Afterwards, matrix vertically is cut into the matrix part that only links together by lagging; Matrix part again by two longitudinally V-slot 1 it is divided into inner wall part 6, bottom 7 and the outside wall portions 8 that only links together by lagging 5, form each above-mentioned packing department, guarantee when cutting apart that adjacent packing department gets final product about the longitudinal cut between the two symmetry.If the collapsible buffer packing structure of made only needs to provide a packing department, then need not vertically to cut.

In the present embodiment, as shown in Figure 1, described matrix vertically is cut into two matrix parts 4 that only link together by described lagging 5 on lagging 5, when promptly vertically cutting, be cut to lagging 5 places just.Described matrix part 4 by two longitudinally V-slot 1 it is divided into inner wall part 6, bottom 7 and the outside wall portions 8 that only links together by lagging 5.In the process that V-slot 1 is cut apart, each notch 2 also is cut into three sections, described V-slot 1 is preferably 90 degree, and two trough rims of V-slot 1 and the bottom surface of matrix part all are miter angle, when this angle can guarantee to be folded between the adjacent portions each other at right angles, do not have the space between the adjacent portions, the structure after the packing is more firm.

Fig. 2 illustrates the situation that the inner wall part 6 of two packing departments is folded into opposing each other position by a longitudinal cut 3 and a V-slot 1 separately, Fig. 3 for more respectively another V-slot 1 by each packing department outside wall portions 8 is folded into the situation of the state vertical with bottom 7, promptly formed two volumetric packaging spaces in the present embodiment.Each HDD, CD-ROM or DVD-ROM are stuck in the volumetric packaging groove that is surrounded after folding by three sections notches of a notch 2 shown in Figure 3, and 10 devices all can be packed in each volumetric packaging space shown in Figure 3.

Being the utility model preferred embodiment only in sum, is not to be used for limiting practical range of the present utility model.Be that all equivalences of doing according to the content of the utility model claim change and modification, all should belong to technology category of the present utility model.

Claims

1. collapsible buffer packing structure is characterized in that: comprise at least one packing department and with the lagging that the bottom surface of all packing departments all links together, form one between the adjacent packing department just to the longitudinal cut at lagging place; Each packing department comprises a matrix part, and described matrix part is provided with a plurality of horizontal notches that run through, described matrix part by two longitudinally V-slot it is divided into inner wall part, bottom and the outside wall portions that only links together by lagging; Adjacent two packing departments are by the longitudinal cut looking-glass symmetry between the two.

2. a kind of collapsible buffer packing structure according to claim 2 is characterized in that: described draw-in groove distributes in the end face equal intervals of inner wall part, bottom and outside wall portions.

3. a kind of collapsible buffer packing structure according to claim 1 and 2 is characterized in that: described V-slot is the V-slots of 90 degree, and two trough rims of described V-slot and the bottom surface of matrix part all are miter angle.