CN201343241Y

CN201343241Y - Air cushion and corrugated board composite buffer packaging structure for laptop

Info

Publication number: CN201343241Y
Application number: CNU2008201825228U
Authority: CN
Inventors: 徐平; 彭国勋
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-12-29
Filing date: 2008-12-29
Publication date: 2009-11-11
Anticipated expiration: 2018-12-29

Abstract

The utility model discloses an air cushion and corrugated board composite buffer packaging structure for a laptop, which comprises two air cushions symmetrically arranged on two sides of the laptop and a corrugated board supporting structure matched with the inner walls and the outer walls of the air cushions. The air cushion is formed by folding a plurality of parallel, independent and sequentially connected air columns filled with air therein, a non-return valve is arranged at one end of each air column and communicated with an air inflation passage, one end of the air inflation passage is blocked and the other end thereof is an opening allowing an air inflation nozzle to be inserted for air inflation, and the air column forms an upper surface, a lower surface, a front surface, a rear surface, a left surface and a right surface after being folded, so as to be capable of bearing the impact from all directions. The air cushion and corrugated board composite buffer packaging structure can reduce logistical packaging cost, and has lower carbon emissions than an expanded polyethylene, expanded polystyrene or corrugated board cushion.

Description

The air cushion and the corrugated board composite buffering packaging structure that are used for notebook PC

Technical field

The utility model is about a kind of buffer packing structure, more particularly, and about a kind of air cushion and corrugated board composite buffering packaging structure that is used for notebook PC.

Background technology

The extranal packing box that is used to transport, pack notebook PC mostly adopts is convenient to transportation and lower-cost corrugated case.In order to prevent that notebook PC is subjected to physical shock and damages in circulation process, the general buffer packing structure and the annex supporting construction of coincideing that be provided with in corrugated case inside with the notebook PC profile.The present buffer packing structure that uses, normally used is polystyrene foamed (EPS) cushion rubber, polyethylene foamed (EPE) cushion rubber or corrugated board molding structure cushion rubber etc., but there is the cost height in these cushion rubbers, and the carbon discharge capacity is than problems such as height.

The utility model content

The purpose of this utility model is to provide a kind of effectively cost-cutting and carbon discharge capacity and can provides air cushion and the corrugated board composite buffering packaging structure with enough cushion characteristics for notebook PC, satisfies the relevant transportation test standard-required of notebook PC manufacturing enterprise.

Air cushion that is used for notebook PC in the utility model and corrugated board composite buffering packaging structure, include and be positioned at two air cushions that notebook PC both sides looking-glass symmetry is provided with, corrugated cardboard support structure that matches with described air cushion inside and outside wall and accessory case corrugated cardboard support structure with auxiliary buffer action.

The described air cushion many inside of serving as reasons are filled with gas, parallel, the independent and gas column folding and forming that links to each other successively, end at every gas column is equipped with check valve, each check valve all is communicated with filling channel, one end of this filling channel is shut, the other end is for inserting gas filed opening for charging connector, described gas column is formed with upper and lower, the forward and backward air cylindrical surface that can bear each face impact after folding, and left side or right side air cylindrical surface.

Described air-sprung material is the high-strength thin-film that polyethylene and nylon MULTILAYER COMPOSITE form.

Be provided with a plurality of solder joint or weld seams that moulding folds out each buffering suface of a left side of being convenient at the middle part of each gas column.

Described corrugated cardboard support structure is by a direct folding and forming of corrugated board, and is provided with the tongue piece and the otch that can be mutually locked between two faces that join that are folded to form.

Described buffering comprises that structure also includes the annex supporting construction that directly places the notebook PC top to be used for the Holder Fasteners box and play auxiliary buffer action.

The air cushion and the corrugated board composite buffering packaging structure that are used for notebook PC in the utility model can effectively reduce the logistics packaging cost, and the carbon discharge capacity of this buffering package is all lower than polyethylene foamed, polystyrene foamed or corrugated board cushion rubber.

Description of drawings

Fig. 1 is the cross-sectional schematic when buffer packing structure and notebook PC and accessory case assembling thereof in the utility model;

Fig. 2 is an air-sprung structural representation in the utility model;

Fig. 3 is the schematic perspective view one of the corrugated cardboard support structure that combines with air cushion in the utility model;

Fig. 4 is the schematic perspective view two of the corrugated cardboard support structure that combines with air cushion in the utility model

Fig. 5 is the scheme drawing of the supporting construction that is used to place accessory case in the utility model.

The specific embodiment

The specific embodiment of the utility model is described in further detail below in conjunction with accompanying drawing.

The air cushion and the fluting board composite buffering packaging structure that are used for notebook PC in the utility model, as shown in Figure 1, include two, placing in the corrugated case 1 of looking-glass symmetry, and being plugged on the left and right sides of notebook PC 5, each composite buffering packaging structure includes air cushion 2 and is used to support the corrugated cardboard support structure 3 of air cushion 2.Above notebook PC 5, place accessory case 6 and be used for the annex supporting construction 4 of Holder Fasteners box 6.

As shown in Figure 2, the material of air cushion 2 is the high-strength thin-film that polyethylene and nylon MULTILAYER COMPOSITE form, and has good weatherability, can bear harsh impact and expose load.This air cushion 2 is made up of many gas columns, and every gas column is to be shaped by injecting gas in the passage that utilizes the mould straight forming on double-plastic, and it is separate that every gas is annotated, even a gas column cracking is also little to whole cushion characteristic influence.Air cushion 2 in the utility model is the tiling shape when not using, promptly there are many parallel gas columns to link to each other successively, end at every gas column is equipped with check valve 27, each check valve 27 all is communicated with filling channel 28, one end of this filling channel 28 is shut, the opening 25 of the other end puts on the air for the charging connector insertion.Air cushion 2 in use, directly be folded into and be convenient to the shaped as frame that notebook PC 5 inserts, have upper and lower, forward and backward, five air cylindrical surfaces in a left side or

right side

20,21,22,23,24, make filling channel 28 and check valve 27 be positioned at the following half side of air cushion 2 close notebook PC 5 one ends, as shown in Figure 2.Middle part or sidepiece appropriate position at every gas column are provided with a plurality of solder joints or weld seam 26, so that can the moulding bending go out the buffer structure that is complementary with the notebook PC oad.Air cushion 2 in the utility model can be inflated at the packing scene, thereby can reduce expenses such as logistics transportation and storage significantly.

As shown in Figure 3, corrugated cardboard support structure 3 is integrally formed by a corrugated board in the utility model, the concrete folding mode that is shaped is that the size according to air cushion 2 folds out the

face

38,37 that is positioned at air cushion 2 left sides or right side air cylindrical surface 24 and downside air cylindrical surface 21 successively, up fold face 36 from face 37 away from an end of face 38 again, be used to be close to the end of air cushion 2 downside air cylindrical surfaces 21, appear 35 at face 36 away from an end of face 37 is folding inward, this face 35 is attached to the upper surface of air cylindrical surface 21, parallel with face 37, but width is less than face 37, so that insert in the space of air cushion 2 formation.Appear 34 at face 35 away from an end of face 36 is up folding successively, folded outwards appears 33, up foldingly appear 32 and appear 31 toward the directions of face 38 are folding, makes in upside air cylindrical surface 20, downside air cylindrical surface 21, left side or the right side air cylindrical surface 24 of air cushion 2 respectively be coated on by the face of fluting board.In the both sides of face 35, fold out the side bearing surface 312,313,314,315,316 that is used to support air cushion 2 forward and backward side air

cylindrical surfaces

22,23 more respectively.The otch 311 that is provided with the tongue piece 310 that can be mutually locked and face 39 and between face 39 and face 31, forms at the joint of face 31 and face 38 wherein for tongue piece 310 insertions, as shown in Figure 4, when tongue piece 310 is sealed with otch 311, whole corrugated structure can be locked together in, not need to use any lining cement.Side bearing surface 312 that is upwards folded by face 35 and the side bearing surface 313 that inwardly folds thereof are inserted between the face 33 of upside air cylindrical surface 20 and corrugated board, to corrugated board fix, spacing.Side bearing surface 314,315,316 is wrapped up in the lower part of forward and backward side part air

cylindrical surface

22,23 and is encased, and constitutes bottom percussive assist supporting construction together with side bearing surface 312,313.

In use, at the scene air cushion 2 and the two are assembled into one, are convenient to be enclosed within the notebook PC two ends, the corrugated case of packing into then; Again annex is placed in the disk-shaped structure of annex supporting construction 4, inserts corrugated case then in the lump.The each several part of whole packing all is deployable or folding, has the characteristics of transporting and storing be convenient to.Simultaneously sharp corrugated cardboard support structure 3 can effectively improve side and the bottom buffering effect when falling.

Annex supporting construction 4 as shown in Figure 5, also by a corrugated board direct forming, constitutes the supporting construction at two ends by

face

41,42,43,44, and the centering top-direction has certain auxiliary pooling feature when falling.Form the disk-shaped structure of placing accessory case 6 by

face

46,47,48, help to reduce the impact of 6 pairs of notebook PCs 5 of accessory case when falling.Be provided with tongue piece snap close 45 at the top of annex supporting construction 4 in addition, provide fixing, spacing annex supporting construction 4.

In sum, the buffer packing structure in the utility model has following advantage:

1, need not to use binding agent;

2, can be in the on-the-spot rapidly Fold-Combined moulding of packing; Can effectively reduce the logistics packaging cost, fully symbol Close the environmental requirement of exporting;

What 3, all cross cuttings went out is tabular corrugated board member, is convenient to transportation and stores, and can save circulation Expense.

4, the lightweight of package and low carbonization, can reduce enterprise needs the expenses such as recovery paid at home and abroad.

5, for the laptop structure characteristics, well-designed air cushion and corrugated board composite buffering structure, In the time of can guaranteeing to carry out fall-down test by related standards, the peak acceleration on the liquid crystal display and shock response spectrum peak Value is all within the safe range of the crisp value of notebook computer permission or shock response spectrum limiting value; Simultaneously also full The relevant requirements such as foot humiture environmental test and vibration test.

6, the air cushion in the utility model and corrugated board composite buffered packaging structure are made simply, and assembling is held Easily, make things convenient for logistics.

Claims

1, a kind of air cushion and corrugated board composite buffering packaging structure that is used for notebook PC, it is characterized in that, comprise and be positioned at two air cushions that notebook PC both sides looking-glass symmetry is provided with, the corrugated cardboard support structure that matches with described air cushion inside and outside wall and accessory case corrugated cardboard support and auxiliary buffer structure.

2, air cushion and the corrugated board composite buffering packaging structure that is used for notebook PC according to claim 1, it is characterized in that: the described air cushion many inside of serving as reasons are filled with gas, parallel, the independent and gas column folding and forming that links to each other successively, end at every gas column is equipped with check valve, each check valve all is communicated with filling channel, one end of this filling channel is shut, the other end is for inserting gas filed opening for charging connector, described gas column is formed with upper and lower, the forward and backward air cylindrical surface that can bear each face impact after folding, and left side or right side air cylindrical surface.

3, air cushion and the corrugated board composite buffering packaging structure that is used for notebook PC according to claim 2, it is characterized in that: described air-sprung material is the high-strength thin-film that polyethylene and nylon MULTILAYER COMPOSITE form.

4, air cushion and the corrugated board composite buffering packaging structure that is used for notebook PC according to claim 2 is characterized in that: be provided with a plurality of folding solder joints of moulding of being convenient at the middle part of each gas column.

5, according to an any described air cushion and corrugated board composite buffering packaging structure that is used for notebook PC in the claim 1 to 4, it is characterized in that: described corrugated cardboard support structure is by a direct folding forming of corrugated board, and is provided with the tongue piece and the otch that can be mutually locked between two faces that join that are folded to form.

6, air cushion and the corrugated board composite buffering packaging structure that is used for notebook PC according to claim 1 is characterized in that: described buffering comprises that structure also includes the annex supporting construction that directly places the notebook PC top to be used for Holder Fasteners box and auxiliary buffer action.