CN2545126Y

CN2545126Y - Buffer packing structure

Info

Publication number: CN2545126Y
Application number: CN 02238615
Authority: CN
Inventors: 李庆成
Original assignee: LASTING POLYFOAM Ltd
Current assignee: LASTING POLYFOAM Ltd
Priority date: 2002-06-14
Filing date: 2002-06-14
Publication date: 2003-04-16
Anticipated expiration: 2012-06-14

Abstract

The utility model discloses a buffer, which is shaped in mold and is provided with appropriate elasticity. The utility model comprises a supporting section, a containing section which can contain packed objects, and a locking structure which can be locked with a thin sheet. The buffering packing structure of the utility model is applicable for packing of objects in an inner box, and is provided with a buffering effect. Moreover, the combination manner of the structure can replace a traditional buffering packing structure, in which a gel is pasted on a flat plate. Moreover, with the combination manner, the buffering packing structure can be combined appropriately according to different product requirements.

Description

Buffer packing structure

Technical field

The utility model relates to a kind of buffer packing structure, the appropriate elastomeric buffer packing structure of one-body molded and tool of case article in particularly a kind of can be applicable to.

Background technology

The circulation of commodity now, logistics by convenient and tool efficiency is transported, multipotency reaches the destination in the given time, still, and in the process of transporting, various dissimilar products should have different safeguard procedures, as shockproof, waterproof, do not turn-over, easily mince ... or the like, except that need special filling before trust is transported, its product is in the process of packing, promptly suchlike factor should be included in the consideration of package design, product quality and integraty thereof after just guaranteeing to dispatch from the factory.

Now, the science and technology series products has circulated extensively on market, the shipment amount of its product is quite surprising, moreover, many products are because of the utilization of science and technology, so its quality, unit price, cost is all on certain level, so its packing pattern concerning the property guaranteed of its back quality of dispatching from the factory, and justs think, a design is perfect, the information articles for use of perfect in shape and function (as digital camera) are when dispatching from the factory, because of package design desirable to the greatest extent, and in sending to market or customer's hand the time, be damaged, even if that aborning, reduction how is produced damage rate and all can't be remedied, and therefore desirable package design must be prerequisite with perfect protection product; Moreover; accuracy according to many products; when package design; shockproof normally one of main factor of considering; packing as hard disk; the packing of LCDs; the packing of digital camera; motherboard; adapting card ... Deng; this series products normally can not be subjected to clashing into energetically or other application force; so many slightly able to suppress shock materials of tool elasticity of normal employing in its package design; as Styrofoam (E.P.S); E.P.E polyethylene foamed (Polyethylene Foam) etc.; this type of material with integrated mode output, and is cooperated cardboard in a large number, in applying in the packing of case; to guarantee product in the process of transporting, quilt that can be certain improves protection.

What in addition, the protection package design was emphasized is exactly the packing of economical rationality.Insufficient packing or packing excessively all belongs to improper packing, and its result all can cause damage of product, or corporate profit's minimizing, and therefore, how application packages designs, and reduces packing cost, reduces attrition, has become the problem that good commodity have to pay attention to.

At present, common damping, buffering package design, as shown in Figures 1 and 2, it is with integrated buffer body 1, in the mode of jelly stickup, this buffer body 1 is pasted on the relative position (pasting line C1, C2) of cardboard, quite convenient in the use, but also caused many problems, during as production, need this buffer body 1 is pasted on the cardboard P, need through locating, put glue, dry supervisor; Moreover, be difficult for banking up after finishing, take up space, also influenced the volume of timber that transports; In addition, the volume of outer container is if there is change, and then former specification is promptly no longer suitable, if originally quantity ordered is too much, easily causes and hoards waste.

Summary of the invention

Main purpose of the present utility model is to provide a kind of device simple and easy, easy to use, and can make the buffer packing structure of combination in any according to the packaged product needs, do a suitable improvement in the fixing mode of a glue, make it become the buffer packing structure that more closes in practicality needing originally.

Above-mentioned purpose of the present utility model is achieved in that a kind of buffer packing structure, be formed in one and the elastomeric buffer body of tool appropriateness, it has comprised the support portion, holding part that can ccontaining products to be packaged and the snap-in structure that can engage with thin plate, the packing of case article in the utility model buffer packing structure can be applicable to, the effect of tool buffering.

Described snap-in structure is that the engagement section that can engage with thin plate that forms after the also bending is extended at the buffer body two ends downwards, and this engagement section forms a thin plate storage tank.

Described snap-in structure also can be the buffer body lower plane and extends a plurality of canaliculate clamping blocks downwards, can be for engaging with connecting hole on the thin plate.

Described snap-in structure further extend downwards for an end of buffer body and bending after the engagement section that can engage that forms and the lower plane of the other end with thin plate extend a plurality of canaliculate clamping blocks.

According to buffer packing structure disclosed in the utility model, it has the following points excellent results at least:

When (one) making, need not paste, can save jelly cost and time cost.

(2) can pile up, not take up space.

(3) can be combined on the cardboard in response to the needs of the packing of product.

(4) can standardize, reduce die cost.

(5) recycling of can classifying reduces environmental pollution.

(6) buffering effect is good, reduces the damage of product rate.

In sum, it is simple and easy that the utility model buffer packing structure has device, easy to use, and can make the effect of combination in any according to the packaged product needs.

Below, in conjunction with specific embodiments and accompanying drawing,, be described in further detail above-mentioned purpose of the present utility model, feature and advantage.

Description of drawings

Fig. 1 is conventional buffer packing structure stereoscopic figure;

Fig. 2 is conventional buffer packing structure section-drawing;

Fig. 3 is a stereo appearance figure of the present utility model;

Fig. 4 is an enforcement scheme drawing of the present utility model;

Fig. 5 is an enforcement section-drawing of the present utility model;

Fig. 6 is another design stereoscopic figure of the present utility model;

Fig. 7 is a combination scheme drawing of the present utility model;

Fig. 8 is an enforcement scheme drawing of the present utility model;

Fig. 9 is an enforcement section-drawing of the present utility model;

Figure 10 is an application scheme drawing of the present utility model;

Figure 10-1～Figure 10-4 is a multiple application process scheme drawing of the present utility model;

Figure 11 is an application section-drawing of the present utility model.

The specific embodiment

See also Fig. 3, be illustrated as a kind of buffer packing structure of the present utility model, be formed in one and the elastomeric buffer body 2 of tool appropriateness, it has comprised support portion 21, by this support portion 21 at interval suitably distance form can ccontaining products to be packaged holding part 22, and by the engagement section 23 that can engage that forms after extension downwards of buffer body 2 two ends and the bending with thin plate, and this engagement section forms a thin plate storage tank 24, please consult Fig. 4 and Fig. 5, shown in the figure, be the embodiment of this creation, snap into appropriate location on the cardboard P with its engagement section 23 formed thin plate storage tanks 24.

See also Fig. 6, be illustrated as another body of the utility model, this buffer body 3 comprises support portion 31, by this support portion 31 at interval suitably distance form can ccontaining products to be packaged holding part 32, and by the downward clamping block 33 that extends of this buffer body lower plane, see also Fig. 7, the use of this buffer body 3 can cooperate the cardboard P that is provided with connecting hole P1, this cardboard P goes up and the relative position of clamping block 33 is provided with the connecting hole P1 that is slightly less than clamping block 33 areas, during its combination, system utilizes the soft characteristic of clamping block 33 matter, and it can be filled in the connecting hole P1 and engaging, and its combination back is as Fig. 8 and shown in Figure 9.

See also Figure 10 and Figure 11, it shown in the figure application of the present utility model, after the buffer packing structure combination of being formed by each buffer body 3 and cardboard P, can insert within the interior case B, wherein this cardboard P can be continuously, the U font put (as shown in figure 11), the LCDs M with slices inserts in each holding part again, more top buffer packing structure is inserted at last and gets final product joint sealing.

After joint sealing is finished, each inner face contacts with the clamping block 33 of each buffer body 3 below in its case, can't directly touch the product in the case, thus, can prevent fully that product is in the process of transporting, because of Ji Ya Huo Touch improperly hits the article that damaged in the case, its shockproof effect directly is pasted on more good (please refer to Fig. 1) on the cardboard than conventional direct with buffer body; Moreover, buffer packing structure disclosed in the utility model, because of it utilizes the characteristic of engaging, so can change its combination arbitrarily, can need in response to the packing of different product, cardboard P is done one suitably change, strengthen as cardboard P length, this creation is sticked in again and gets final product, its this buffer body 3 of not only can standardizing also can make it obtain broader applications to reduce die cost; Moreover, because of buffer body 3 non-being pasted on the cardboard,, also can piling up, and not account for unnecessary space so can obtain best location mode.

See also Figure 10-1～figure 10-4, the utility model also is applicable to various compound type thin plates as shown in the figure, can cooperate the Different Package mode, and collocation is used.

Claims

1. buffer packing structure, the elastomeric buffer body of the tool that is formed in one appropriateness comprises the support portion, by this support portion at interval suitably distance form can ccontaining products to be packaged holding part, it is characterized in that: also comprise the snap-in structure that can fasten with thin plate.

2. buffer packing structure as claimed in claim 1 is characterized in that: described snap-in structure is that the engagement section that can engage with thin plate that forms after the also bending is extended at the buffer body two ends downwards, and this engagement section forms a thin plate storage tank.

3. buffer packing structure as claimed in claim 1 is characterized in that: described snap-in structure is that the buffer body lower plane extends a plurality of canaliculate clamping blocks downwards, can be for engaging with connecting hole on the thin plate.

4. buffer packing structure as claimed in claim 1 is characterized in that: described snap-in structure be an end of buffer body extend downwards and bending after the engagement section that can engage that forms and the lower plane of the other end with thin plate extend a plurality of canaliculate clamping blocks.