KR20000014391A - Buffering material for embedding wrapping box - Google Patents

Abstract

PURPOSE: A buffering material for embedding a wrapping box which is embedded in a wrapping box and improved the structure, is provided to protect an obtained product by buffering effect. CONSTITUTION: The buffering material has:the packing box for the obtained product; a loading unit installed in the packing box; the first buffering member preventing the obtained product from flowing and protecting the obtained product; the second buffering member in the bottom of the first buffering member; the third buffering member in the upper face of the first buffering member; and a buffering hole buffering impact of the side face by forming in one side of the first buffering member. Therefore, the buffering material buffers impact from the obtained product to protect and increases buffering effect.

Description

Buffer material for packing box

The present invention relates to a shock absorbing material for a built-in packing box, and more particularly, to a shock absorbing material for a built-in packing box, the structure of which is improved to protect the finished product by a buffering action.

In general, the packaging of the product is embedded in a carton box pre-fabricated according to the type of product or the model specification of the product, and the cushioning material is supported to prevent the flow of the product in the carton box. At the same time, the product is packaged to protect the product by buffering the shock from the outside.

In particular, the hard disk drive (HDD), which is widely used as an auxiliary memory device of a personal computer, and enables recording / reproducing of information by a user, has rapidly increased its storage capacity due to recent technological advances. The standard is gradually becoming more compact.

The finished product of such a hard disk drive is sold through a process such as production storage and transportation. Thus, until the finished product is loaded, stored, transported, sold, and sold to the seller and the consumer, the finished product is packaged in a packing box with a cushioning member provided therein to prevent damage to the finished product due to external shocks and inflow of foreign substances.

1 schematically shows an example showing a state in which a product is packaged by a conventional packing box built-in cushioning material.

Referring to FIG. 1, in order to package the finished product 14 of the hard disk drive in the packing box 10, the finished product cushioning member 13 in which a loading part 14a for loading the finished product 14 in the packing box 10 is formed. ) Is installed.

The loading portion 14a of the finished product shock absorbing member 13 allows a plurality of sizes corresponding to the shape of the finished products 14 to be formed.

In addition, the bottom and the top surface of the finished product buffer member 13, the lower buffer member 11 and the upper buffer member 15 is formed flat to contact the bottom and ceiling of the packaging box 10, the finished product 14 is Both sides of the loaded product buffer member 13 is provided with a side buffer member 12 to absorb the shock generated from the side of the packaging box (10).

Here, each corner portion of the lower buffer member 11, the finished product buffer member 13 and the upper buffer member 15 in contact with the side buffer member 12 is the lower buffer member 11, the finished product buffer member 13 and The upper shock absorbing member 15 is guided to perform diagonal cutting so that the packaging box 10 can be accommodated. In addition, the corners of each of the finished product buffer member 13, the lower buffer member 11 and the upper buffer member 15 as described above are cut in diagonal lines to reduce the contact area of the packaging box 10 corresponding to the impact To absorb the impact resistance to the finished product (14).

By removing the side cushioning member 12 in the packing box 10 from the export box having the above-described configuration, research is being conducted to improve the workability and cost reduction and work efficiency reduction. .

However, when the side buffer member 12 in the packing box 10 is removed, it is possible to expect the effect of improving workability and cost reduction, but the finished product buffer member 13, the lower buffer member 11 and the upper buffer member. (15) Each corner portion should have a shape corresponding to the shape of the packaging box 10 without diagonal cutting to correspond to the shock absorption in the corner direction.

However, by doing so, as the contact area of the primary impact of the packaging box with respect to the impact force upon impact in the lateral direction of the packaging box 10 increases, the contact area with respect to the impact value of the overall load of the packaging box 10 increases and the impact thereof. The value is greater than when the side buffer member 12 is removed. In particular, in the case of export packaging boxes in which different distribution environments are poor, the finished product 14 loaded on the finished product buffer member 13 of the packaging box 10 may be damaged and damaged due to external shocks and flow of the finished product 14. The problem to be broken occurs.

The present invention was created to solve the above problems, an object of the present invention is to provide a shock absorbing material for packaging box interior that can mitigate the impact force to protect the finished product from the impact of the outside of the packaging box.

1 is a schematic separation perspective view showing a state in which a product is packaged by a conventional packing box built-in cushioning material,

Figure 2 is a schematic separation perspective view showing a state in which the product is packaged by the cushioning material for packing the box according to the present invention.

<Description of the symbols for the main parts of the drawings>

10,20 ... Packing box 11 ... Bottom buffer

12 ... side buffer member 13 ... finished product buffer member

14,24 ... Finished product 14a, 24a ...

15 ... upper buffer member 21 ... first buffer member

22 ... second buffer member 23 ... third buffer member

26 ... buffer hole

In order to achieve the above object, the packaging material built-in buffer according to the present invention, a packaging box of a predetermined finished product; A first buffer member installed in the packaging box and having a loading portion in which the finished product is embedded, which prevents the flow of the finished product and protects the finished product by a buffering action; A second buffer member provided on the bottom of the first buffer member; A third buffer member provided on an upper surface of the first buffer member; And at least one buffer hole formed on at least one side of the first buffer member to mitigate the impact of the side surface.

Therefore, the impact force can be alleviated so as to protect the finished product inside from the impact of the outside of the packaging box, it is possible to further enhance the buffer effect for the protection of the packaged product.

Hereinafter, with reference to the accompanying drawings will be described in detail a shock absorbing material for packaging box interior according to the present invention.

Figure 2 is a schematic separation perspective view showing a state in which the product is packaged by the cushioning material for packing the box according to the present invention.

Referring to Figure 2, the inner buffer member (21, 22, 23) in the packaging box 20 using the shock absorbing material, the finished product 24 to the inner buffer member (21, 22, 23) appropriately and The outside is suitably formed such that the shock absorbing members 21, 22, 23 loaded with the finished product 24 are properly inserted into the outer packing box 20.

In more detail, in order to pack the finished product 24 of the hard disk drive in such a packaging box 20, the finished product 24 is loaded in the packaging box 20, which corresponds to the shape of the finished products 14. A first buffer member 21 having a plurality of stacking portions 24a is installed.

In addition, at least one buffer hole 26 of a predetermined size is formed at one side of both side mounting portions 24a of the first buffer member 21 so as to absorb external shocks generated in the lateral direction.

In addition, the bottom surface and the top surface of the first buffer member 21, the second buffer member 22 and the third buffer member 23 is formed flat to contact the bottom surface and the ceiling of the packaging box 20. That is, in order to protect the finished product 24 from impact from the outside when loading or moving the finished product 24, the finished product 24 is coupled by the internal buffer members (21, 22, 23), It is inserted into the outer packing box 20.

The shape of the first buffer member 21, the second buffer member 22 and the third buffer member 23 as described above preferably has the same hexahedral shape as the shape of the inner surface of the packaging box 20. This is because when the side cushioning member (see 12 of FIG. 1) is removed in order to improve workability and production cost, the corners of each of the buffering members (see 11, 13, and 14 of FIG. 1) are in a diagonal direction. Since it is cut to form a cube shape so as to correspond to the impact in the corner direction.

As such, when the buffer hole 26 formed on the side of the first buffer member 21 has an air layer formed inside the buffer hole 26, the packing box 20 receives an impact or pressure from the outside. To absorb shocks.

On the other hand, the shape of the buffer hole 26 is disposed so as to correspond to the contact area of the packaging box 20 side can be absorbed in response to the irregular impact load direction, by forming a plurality of buffer holes 26 Local pressure concentrations due to this can be avoided, so that overall external lateral impact forces will be less transmitted to the interior.

In addition, in the first buffer member 21 in which the buffer hole 26 is formed, the second buffer member 22 and the third buffer member 23 are formed flat on the bottom and the upper surface of the first buffer member 21. The external impact force applied from the bottom and the top can be equally buffered in the packaging box 20.

Thus, unlike the prior art, by removing the side buffer member (see 12 of Figure 1) to improve the work efficiency and cost reduction work efficiency and workforce savings.

In addition, as the contact area of the primary shock increases when the impact in the lateral direction of the packaging box 20 increases, the contact area with respect to the impact value of the overall load of the packaging box 20 is increased, so that the side shock absorbing member (12 in FIG. 1). The impact value, which is greater than that in the side of the packing box 20, is formed by a plurality of buffer holes 26 formed on one side of the loading portion 24a of the side of the first buffer member 21. Local pressure concentrations can be avoided, so that the overall absorbing external lateral impact forces are allowed to be transmitted to the interior.

As a result, damage and breakage of the finished product 24 loaded on the first shock absorbing member 21 of the packaging box 20 may be prevented by external shock and the flow of the finished product 24. In particular, in the case of export finished products It is possible to prevent defective bundles of finished products due to impacts in poor environments.

According to a feature of the present invention, the buffer hole 26 may be determined in size, position and number according to the type of the finished product, the impact contact area and the specifications of the finished product.

As described above, the shock absorbing material for the built-in packing box according to the present invention can mitigate the impact force so as to protect the finished product from the impact of the outside of the box, further enhancing the buffer effect for the protection of the packaged product. There is a number.

Claims (1)

Packaging boxes of certain finished products; A first buffer member installed in the packaging box and having a loading portion in which the finished product is embedded, which prevents the flow of the finished product and protects the finished product by a buffering action; A second buffer member provided on the bottom of the first buffer member; A third buffer member provided on an upper surface of the first buffer member; And And at least one cushioning hole formed on at least one side of the first buffer member to mitigate an impact on the side of the first buffer member.