KR20110116869A - A board for packing - Google Patents

Abstract

The present invention relates to a product packaging seat that is capable of preventing damage to a product by absorbing an external impact while maintaining the product in a stable state,
It is accommodated inside the packaging box and bends both sides to protrude downward to be joined to the bottom surface of the packaging box, and the front and rear sides of the support portion are bent inwardly and combined in a staggered form to maintain the support shape. The binding portion, and the upper end of the support portion is formed in the center of the upper protruding portion protruding upward or the inverted arch portion formed so that the center is recessed downward, and the forward and reverse arch portion of the product as a holding means for holding the product And a pair of side support plates for supporting both sides, and a pair of front and rear support plates for supporting the front and rear sides of the product at a position (orthogonal direction) deviated from the side support plates.

Description

Seat for product packaging {A BOARD FOR PACKING}

The present invention relates to a product packaging seat plate, and more particularly, to an improved packaging seat plate which is located inside the packaging box to maintain agricultural products and industrial products in a stable state without damage.

In general, the product packaging seat keeps agricultural, livestock products such as fruits and eggs, or various kinds of industrial products in a stable state, and prevents them from being damaged by external pressure such as vibration or shock generated during loading or transporting. Will be performed.

The seat plate for product packaging as described above has been developed and used in various forms in the prior art.

The product packaging seat plate 1 to which the prior art is applied is to be bent downward by bending the support part 3 on both sides inside the packing box 2, and to be packaged in the flat part 4 connecting between the upper ends of the support part 3. One or more accommodating holes 5 are formed to fit the size of the product.

Of course, the seat plate (1) is configured by bending or cutting using a thick paper material, such as corrugated cardboard, or by injection molding in a plastic (synthetic resin) material, if necessary, laminated to a single insulation layer or multi-layered multi-layer product I'm using it for packaging.

The seat plate to which the prior art is applied does not only perform the function of keeping the product in place in the packaging box, but substantially maintains the stable state of the product in the packaging box, or generates vibrations or The ability to protect the product by absorbing or mitigating impact is substantially weak.

That is, since the height of the supporting part constituting the seat plate is provided in a relatively low state compared to the product to be packaged, even if the product is accommodated in the accommodating hole, the lower part and the accommodating hole are connected to each other at the center of the product. However, when the packaging box is tilted, a phenomenon occurs that the product is easily out of the receiving hole.

As described above, when the product leaves the accommodation hole, the product and the product collide with each other to cause damage, as well as products such as fruits or eggs are easily broken or broken, and in the case of a hard product, the surface may be damaged. Cause loss of value.

And, even if the product is maintained in a horizontal state, the shaking occurs due to vibrations, etc. generated during the transport process, the product accommodated in the receiving hole and the receiving hole is frequently connected and detached by the shaking to the product at the receiving hole position It can also be difficult to keep the product intact as it will cause a wound.

In addition, when the distance between the product and the receiving hole is large, it causes noise while repeating the connection and detachment due to the flow, etc., and when the weight of the product to be packed is heavy, the seat plate does not endure it and is easily damaged. It is happening.

In the present invention, to solve the problems as described above is accommodated in the interior of the packaging box and bent both sides to protrude downward to support the bottom surface of the packaging box, the front and rear of the support portion in the inner direction The binding portion is bent in a staggered form and coupled in a staggered shape so as to maintain the shape of the support portion, the upper end portion of the support portion or the inverted arch portion formed so that the center thereof is recessed downward, In the forward and reverse arch portions, a pair of side support plates for supporting both sides of the product as holding means for holding the product, and a pair of front and rear for supporting the front and rear of the product at a position (orthogonal direction) that is displaced from the side support plates. Including the support plate, it can absorb the external shock while keeping the product in a stable state to prevent damage to the product. The original purpose of the packaging can be achieved.

The present invention prevents the first damage by holding in a stable state irrespective of the type of products, ranging from agricultural, livestock products and industrial products, and the phenomenon of leaving in place by the flow generated during the loading or transport process and the secondary It is an invention having various effects such as to prevent damage and to keep the product to be packaged safely on multiple sides on four sides and upper and lower sides.

1 is an exploded view showing one example of a seat plate for product packaging to which the technology of the present invention is applied.
Figure 2 is a perspective view of a pre-use state showing an example of a seat plate for product packaging to which the technique of the present invention is applied.
Figure 3 is a perspective view showing a state of use of one example of a product packaging seat plate to which the technique of the present invention is applied.
Figure 4 is a plan view showing a seat plate for product packaging shown in FIG.
5 is a developed view showing two examples of a seat plate for product packaging to which the technology of the present invention is applied.
Fig. 6 is a perspective view of a state before use showing two examples of seat plates for product packaging to which the technique of the present invention is applied.
Figure 7 is a perspective view showing two examples of the seat plate for product packaging applied the technology of the present invention.
Figure 8 is a perspective view of the use state showing three examples of seat plate for product packaging applied the technology of the present invention.
9 is an exemplary view showing a seat plate for product packaging to which the prior art is applied.

Hereinafter, with reference to the accompanying drawings will be described a preferred configuration and operation of the present invention for achieving the above object.

1 is an exploded view showing one example of a product packaging seat to which the technology of the present invention is applied, FIG. 2 is a perspective view of a state before use showing one example of a product packaging seat to which the technology of the present invention is applied, and FIG. 4 is a plan view showing a product packaging seat shown in FIG. 2, and FIG. 5 is a view showing two examples of a product packaging seat to which the technology of the present invention is applied. 6 is a perspective view of a pre-use state showing two examples of a product packaging seat to which the technology of the present invention is applied; FIG. 7 is a perspective view of a state of use showing two examples of a product packaging seat to which the technology of the present invention is applied; Will be described together as a perspective view of the use state showing three examples of a seat plate for product packaging to which the technique of the present invention is applied.

The seat plate 100 for product packaging to which the technology of the present invention is applied may be made of various materials such as paper or plastic (synthetic resin), but it may be desirable to have a paper material that can maintain rigidity with a predetermined thickness in order to be folded. It is characterized in that the portion to perform the function of substantially holding the product 101 in an arcuate configuration to increase the strength to hold the product while increasing its own rigidity.

The seat plate 100 is accommodated in the inside of the packaging box 102 and bends both sides to protrude downward to form a support portion 105 connected to the bottom surface 103 of the packaging box 102, and the support portion 105 The front and rear sides of the c) are bent inwardly and joined in a staggered form, so that the binding part 106 is provided so that the support part 105 can maintain its shape.

On the upper end of the support portion 105, a central arch portion 107 protruding upwards or an inverted arch portion 108 recessed downward in the center as in the two examples shown in FIGS. 5 and 6 are formed. The reverse arch portions 107 and 108 are formed with a holding means 110 for holding the product.

The holding means 110 formed in the forward and reverse arch portions 107 and 108 may be formed alone, or may form one or more continuous in the longitudinal direction, and may form one or more continuous in the length and width directions. It may be configured to be.

The holding means 110 formed on the forward and reverse arch portions 107 and 108 has a pair of side surfaces for supporting opposite side surfaces of the product 101 when viewed in a plane of the holding area A provided according to the size of the product. A support plate 111 and a pair of front and rear support plates 112 for supporting two positions before and after the opposite position of the product 101 at a position (orthogonal direction) deviated from the side support plate 111 are provided.

The side support plate 111 forms side bent lines 113 at both sides (positions close to the support part) at the center of the forward and reverse arch parts 107 and 108, and the forward and reverse arch parts 107 and 108 at the side bent lines 113. The side support plate 111 may be bent in a downward direction based on the side bending line 113 by forming a side cut-out hole 114 cut by maintaining a predetermined width in the center direction thereof.

The shape of the side support plate 111 may be variously formed by forming side cut holes 114, such as a semi-circular shape, a quadrangle shape, as well as a rough triangular shape as illustrated in the drawings of the present invention. It is not.

The front and rear support plate 112 forms a central bending line 115 in the longitudinal direction from the center of the forward and reverse arch portions 107 and 108, and the center P of the holding area A for holding one product 101. A central incision line 116 is formed to be connected to the side incision hole 114 in a direction perpendicular to the central bending line 115 at the position.

Before and after the central bending line 115 at the end of the holding area A, the X-shaped separation cutting hole 117 is formed while having a predetermined width and the separation cutting hole 117. Between the inner end point 118 and the both end points 119 of the side bending line 113 to form both side bending lines 120 so that the front and rear support plate 112 is bent downward to support two points of the product 101 Allow the inner part to be bent once more into a V shape.

A V-shaped buffer cutting hole 121 is further formed between the inner end point 118 and the inner end point 118 of the same position of the separation incision hole 117 formed in the fixed tooth portion 107, and the buffer incision hole ( A buffer bending line 125 is further formed to connect the center point 122 of the 121 and the end points 119 of the side bending line 113 to the front and rear support plates 112 to perform vibration and shock transfer functions. You may be able to.

The auxiliary bending line 131 in the opposite direction of the front and rear support plate 112 while maintaining a right angle with respect to the both bending line 120 at the connection point between the separation incision hole 117 and the both side bending line 120 of the reverse arch portion 108. ) Is further formed, and between the end points 132 of the auxiliary bending line 131 and the both end points 119 of the side bending line 113 further forms an auxiliary cutting line 133 to bend the front and rear support plates 112. It can be configured to perform a buffer role while helping.

Looking at the process of safely maintaining the product 101 using the product packaging seat plate 100 applied the technology of the present invention as described above are as follows.

In the initial state, the seat plate 100 is inserted into the packaging box 102 so that the support portion 105 is in contact with the bottom surface 103 and is formed in the forward and reverse arch portions 107 and 108. Is in a state that is not bent downward, and when the product 101 is stored in the retaining means 110 in this state, the retaining means 110 is deformed while bending downward, and the front, rear and left and right sides of the product 101. It will hold the sides stable.

When the product 101 is stored in the holding means 110 as described above, the side bent line 113 and the side cutout hole are formed on both side surfaces of the forward and reverse arch portions 107 and 108 with respect to the center P of the holding area A. 114, the side support plate 111 is bent in a downward direction while supporting both sides of the product 101 accommodated therein.

In addition, the front and rear support plates 112 positioned at right angles to the side support plates 111 are also formed by the incision hole 117, the central incision line 116, and the two bend lines 120 formed in the longitudinal direction. (107, 108) is bent downward and at the same time bent downward by the central bending line 115 formed in the center of the front and rear support plate 112 and at the same time the front and rear support plate 112 itself is folded in a V shape ( It is possible to support two points at the front and back of 101).

Of course, the side support plate 111 and the front and rear support plate 112 may maintain the inclined state according to the product 101, and because it may maintain a right angle state, the center position of the product 101 or the upper and lower sides of the product Of course, the front, rear, left, right of the circumferential direction will be able to maintain a stable state.

In addition, when the shock or vibration is conducted in the loading or transporting process by storing the product 101, in the case of the fixed tooth 107, the buffer incision hole 121 is further formed on both sides of the separation incision hole 117. The portion bent by the buffer bending line 125 connecting between the center point 122 of the buffer cutting hole 121 and both end points 119 of the side bending line 113 is conducted to the front and rear support plate 112. It becomes possible to keep the product 101 in a safer state because it is in the form of absorbing shock and vibration.

In addition, in the case of the inverted arch 108, the auxiliary bending line 131 is formed in the opposite direction of the front and rear support plate 112 at the connection point between the separation incision hole 117 and the both side bending lines 120, and the auxiliary bending line ( The auxiliary cut line 133 is further formed between the end point 132 of the 131 and the both end points 119 of the side bend line 113 to help the bending of the front and back support plate 112 while the vibration or shock is applied to the front and back support plate 112. It is to be able to protect the product 101 by absorbing and buffering when ().

As another example of the present invention, the front and rear support plate 112 is provided with a pair of front and rear support plate 112 is not shown in the drawing, the length of one of the front and rear support plate is formed by forming the length of the other front and rear support plate is long and laid down obliquely It may be possible to maintain the state so as to keep the oval or the long product stable.

The present invention is provided with a holding means 110 having a side support plate 111 and a front and back support plate 112 in the forward and reverse arch portions 107 and 108, which can maintain a relatively high rigidity compared to the planar type to stabilize the product 101. It can be kept in a state and has various advantages.

100; Packing seat
105; Support
106; Binding
107; Jeongchibu
108; Yachibu
110; Maintenance
111; Side support plate
112; Front and back support plate

Claims (4)

A support part 105 accommodated in the packing box 102 and connected to the bottom surface 103 of the packing box 102 by bending down both sides to protrude downward;
Front and rear sides of the support portion 105 is bent in the inward direction and joined in a staggered form, the binding portion 106 to maintain the shape of the support portion 105;
An upper arch portion 107 formed at an upper end of the support portion 105 or an inverted arch portion 108 formed at a center thereof to be recessed downward;
The forward and reverse arch portions 107 and 108 have a pair of side support plates 111 for supporting both sides of the product 101 as holding means 110 for holding the product;
And a pair of front and rear support plates 112 for supporting the front and rear sides of the product 101 in a position (orthogonal direction) deviated from the side support plates 111. The method of claim 1;
The side support plate 111 has a side bending line 113 formed on both sides at the center of the forward and reverse arch portions 107 and 108;
The side support plate 111 is formed based on the side bend line 113 by forming a side cut hole 114 which is cut by maintaining a predetermined width in the center direction of the forward and reverse arch portions 107 and 108 in the side bend line 113. To be bent downwards;
The front and rear support plate 112 has a central bending line 115 formed in the longitudinal direction from the center of the forward and reverse arch portions (107, 108);
The central incision line 116 is formed to be connected to the side incision hole 114 in a direction perpendicular to the central bending line 115 at the center P of the holding area A for holding the product 101. ;
A separation cut hole 117 formed to have a predetermined width before and after the central bending line 115 at the position where the holding area A ends;
The front and rear support plates 112 are bent downwardly, including both side bent lines 120 formed between the inner end point 118 of the separation cut hole 117 and the both end points 119 of the side bend line 113. A seat for packaging a product, characterized in that it can be bent once more into a V shape. The method according to claim 1 or 2,
A buffer incision hole (121) is further formed between an inner end point (118) and an inner end point (118) of the same position of the separation incision hole (117) formed in the abutment portion (107);
And a buffer bending line 125 further connected between the center point 122 of the buffer cutting hole 121 and both end points 119 of the side bending line 113 to be transferred to the front and rear support plate 112. A product packaging seat, characterized in that to cushion the impact. The method according to claim 1 or 2,
The auxiliary bending line 131 in the opposite direction of the front and rear support plate 112 while maintaining a right angle with respect to the both side bending line 120 at the connection point of the separation incision hole 117 and the both side bending line 120 of the reverse arch portion 108. Further);
At the end point 132 of the auxiliary bending line 131, the auxiliary cutting line 133 is further formed to connect between the two end points 119 of the side bending line 113 to help the bending of the front and rear support plate 112 while cushioning. Seat for product packaging, characterized in that to play a role.

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