KR960005486Y1 - Telephone packing - Google Patents

Abstract

None.

Description

Structure of packing paper for cordless telephone

1 is a development of the packing paper according to the present invention.

2 is a perspective view of a state of packing the main body using the packing paper of the present invention.

3 is a perspective view of a state of packing a handset using the packing paper of the present invention.

Figure 4 is a perspective view of the lid coupled state of the packing paper according to the present invention.

* Explanation of symbols for main parts of the drawings

1: cardboard 2: bottom surface

3: border surface 4: partition surface

5: cover side 6: reinforcement surface

7, 8, 9: storage room 21, 22, 23: coupling holes

31, 31 ': Horizontal border 32, 32': Vertical border

33a, 33b, 33c, 33d: tongue section 41: longitudinal incision

42: short longitudinal cut line 43, 44, 44 ': short cut length

45, 45 ', 46, 46': Horizontal fold line 51: Edge reinforcement surface

52, 52 ': fitting tongue 53: insertion protrusion

61, 62, 63, 64: reinforcing support piece 65: partition piece

66, 66 ': Insertion protrusion

The present invention relates to a packing paper of a radiotelephone for packaging a main body and a handset of a radiotelephone to be handled separately using cardboard of paper. In particular, several compartments and sections which can be folded into a packing paper of a box for packaging the body and the handset. The present invention relates to a structure of a packing paper for a radiotelephone in which the improvement is integrally formed to facilitate separate packaging of the main body and the handset.

Conventionally, in order to commercialize a radiotelephone in which the main body and the handset are separately handled, an insertion groove having the same shape as the outer shape of the main body and the handset is formed in a cabinet formed of a styropole of a synthetic resin material, and the main body and the handset are separately inserted into the respective insertion grooves. Then, the packaging was made by wrapping paper packaging on the outside of the storage box.

However, in the configuration of the package as described above, since the styropol of the synthetic resin material does not decay in a natural state, there is a problem of polluting the surrounding environment. Therefore, a method for significantly reducing such environmental pollution has been required.

As a countermeasure, instead of styropol of synthetic resin, there has been a demand for packing papers that are easily decayed in a natural state, and in particular, a configuration that can significantly reduce the volume of packaging materials is required.

The present invention has been devised in view of this point, and its purpose is to obtain a packing paper for separating and packaging the body and handset of a cordless telephone using paperboard that is easily recycled and perished. Even the body and the handset can be packed firmly and easy to handle.

The packing paper of the present invention for achieving the above object is to form a plurality of foldable sections and incisions integrally folded in paperboard cardboard so that the main body and the handset of the radiotelephone can be easily separated and packaged.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a development of the packing paper according to the present invention.

Dotted lines indicate fold lines in the drawing, and thin solid lines indicate incision lines.

As shown in the present invention, the main body B and the handset H of the cordless telephone are formed in a size sufficient to be seated on the bottom surface 2 of a rectangle, and the edges corresponding to the four sides of the bottom surface at a predetermined height. An upper edge of the bottom surface formed to extend to the edge 3 formed of the horizontal and vertical edge surfaces 31, 31 ', 32, 32' and the horizontal edge 31 of one of the edges. In the cardboard (1) consisting of a cover surface (5) forming a storage compartment for accommodating an object therein while covering the inside, the transverse border surface (31 ') at a position opposite to the cover surface (5). The partition surface 4 and the vertical rim surface 32 and 32 ′ which are formed to extend to a predetermined size and have a plurality of folding and incision lines for partitioning the interior of the storage compartment to the size of the object. It is to include a reinforcing surface 6 for the edge support is formed to lead to the same width.

The partition surface 4 is a longitudinal longitudinal section at a predetermined position in the partition surface 4 for partitioning the storage chambers formed at the time of packaging into a plurality of storage chambers 7, 8, 9 having different sizes. The improvement 41 is formed, and a plurality of horizontal folding lines 44, 44 ', 45, 45' are formed in accordance with the size to be partitioned to both sides of the longitudinal cut line 41, but the formation positions thereof are different. The size of the storage room to be formed at the time of folding is to be formed differently.

At this time, the interval of each fold line is formed in a width corresponding to the height of the rim surface.

The position at which the transverse cut line 41 is formed is preferably formed at a position coinciding with the position of the partition surface 65 that is bent in the reinforcement support piece 63 having a longer length. That's right.

Short longitudinal cut lines 42 and 42 'are formed around the vertical cut line 41 to form a storage chamber 8 having a shape similar to that of a handset. A plurality of short and long transverse fold lines 43, 44, 44 ', 45 and 45' are formed at (42) and 42 '.

The reinforcement surface 6 is formed to extend to the outer end of the vertical rim surface 32, 32 'with the same width, and the horizontal rim surface 31, 31, standing vertically on both ends of the reinforcement surface (6) Reinforcing support pieces 61, 62, 63, 64 are formed in contact with one another, and one of the reinforcing support pieces 64 is successively formed with partition pieces 65 for partitioning the bottom surface 2. do.

The reinforcing support pieces 61, 62, 63 and 64 are extended and molded at the same size and width as the edge surface 3 at both ends of the reinforcing surface 6, so that the tongue pieces 33a, 33b, which will be described later, 33c and 33d), and serves to reinforce the strength of the horizontal edges 31 and 31 '.

The partition surface 65 is formed by partially bending the reinforcing support piece 64 formed long on the vertical rim surface 32 'of one side, and serves to partition a part of the storage compartment during packaging.

The tongue pieces 33a, 33b, 33c, and 33d protrude to the both ends of the horizontal rim surfaces 31 and 31 'of the rim surface 3 so as to extend horizontally and vertically rim surfaces 31, 31', 32, 32 ') will lead to vertical standing.

In addition, fixing holes 21, 22, and 23 for coupling the reinforcement surface 6 and the cover surface 5 at positions where the lateral surfaces 3 of the two sides and one side of the bottom surface 2 are folded. ) Is formed in the thickness of the cardboard, and the insertion protrusion 63 (at the end of the edge reinforcing surface 51 of the reinforcing surface 6 and cover surface 5 corresponding to the fixing holes 21, 22, 23) ( 53 are respectively formed, and the fitting tongues 52 and 52 'are formed at both ends of the edge reinforcing surface 51 to be inserted into the edge ends of the edges to be wrapped.

Referring to the operation and effect of the present invention configured as described above are as follows.

When packaging a cordless phone to be handled separately from the handset of the main body, first, the transverse rim surfaces 31, 31 'of the bottom surface 2 of the cardboard 1 are placed vertically, and the tongues 33a, 33b, 33c at both ends, 33d) is bent to the fold line position of the vertical rim surfaces 32 and 32 ', and then the reinforcement surface 6 extending perpendicular to the vertical rim surfaces 32 and 32' is vertically erected to support the reinforcement of both ends of the reinforcement surface 6 When the pieces 61, 62, 63, and 64 are folded outwardly, and the reinforcement surface 6 is folded to the bottom side in this state, the tongues of the reinforcement surface 6 are horizontally rimmed surfaces 31, 31 '. (33a, 33b, 33c, 33d) is enclosed by a rectangular storage room is formed.

Subsequently, an operator folds the partition piece 65 of the long support reinforcement piece 64 of the reinforcement support pieces to partition the storage compartment in the vertical direction, and the main body B of the radio telephone in the partitioned storage compartment 7. Insert).

After that, the partition surface 4 is covered with the upper side of the bottom surface 2 and the horizontal folding lines 45, 45 ', 46, 46' of the vertical cutting lines 41 are folded and covered, and the vertical cutting lines are then covered. The partition piece 65 bent from the reinforcement support piece is inserted into the gap of the 41, and the handset H and the accessory C are stored by the folded surface of the bent fold lines 45 and 46 portions. The storage grooves 8 and 9 of a suitable size are formed at the same time, and the upper part of the storage chamber 7 into which the main body B is inserted is concealed.

As the body B of the radiotelephone is concealed by the partition surface 4 as described above, the longitudinal cut line 41 and the horizontal fold lines 45, 45 ′, 46, 46 ′ of the partition surface 4. ) Between the handset (H) and the accessory groove (C) for inserting the groove (8) (9) is formed is exposed.

Therefore, the operator inserts the handset H and the accessory C in these storage grooves 8 and 9, and covers the cover surface 5 on the upper part of the partition surface 4, and the accessory C and the handset. (H) is concealed by the cover surface 5.

As such, after the handset and the accessories are concealed by the cover surface 5, the insertion protrusions 53 formed at the edge reinforcement surface 51 of the cover surface and the fitting ends of the cover surface in order to continuously maintain the covered state of the cover surface are provided. (52) and (52 ') are inserted into the gap between the coupling hole (23) of the vertical border surface (31') and the vertical border surface (32) (32 ') and the horizontal border surface (31').

By inserting the insertion protrusion 53 and the fitting tongues 52 and 52 'into the gap between the coupling hole 21 and the vertical rim surface 32, 32' and the horizontal rim surface 31 '. The handset H and the accessories C are stored in a stable package without being separated from the storage compartments 8 and 9.

In particular, between the longitudinal cut line 41 and the horizontal fold line 46, 46 ′ of the partition surface 4, the short vertical cut line 42, 42 ′ and the short horizontal cut line 43 are provided. Since the 44 is formed, the storage compartment 8 is formed in a shape similar to that of the package object, so that a gap that can flow between the shape of the product and the shape of the storage compartment is eliminated, and the folding of the cardboard 1 is performed. This configuration alone is sufficient to protect the product against impact from dropping and bumping.

As described above, the present invention is a storage compartment which is partitioned by a configuration in which a cover surface having a longitudinal cut line and a horizontal folding line is integrally formed on a cardboard forming a rectangular storage compartment with a bottom face, a cover face, and an edge face. It is possible to insert the handset and the main body of the cordless phone to be handled separately, and these products are stably packaged by the partition surface and the cover surface so that the strength of the folding configuration of the cardboard can be prevented from the drop impact that may occur in transport. You can protect.

In addition, it is possible to form the decoration and cover necessary for packaging only by the configuration of the cardboard, which not only has the advantage of simplifying the packaging work, but also can be recycled due to the characteristics of the material of the cardboard, and also has the advantage of preventing environmental pollution. It is also a useful design that follows the effect of significantly reducing the area occupied by the packaging material during the operation.

Claims (2)

When the main body (B) and the handset (H) of the radiotelephone is formed in a size sufficient to be seated on the square bottom surface (2), and the horizontal and vertical border surface formed at a constant height on the edge corresponding to the four sides of the bottom surface (31) (31 ') (32) (32) and the rim surface (3) consisting of, and is formed to be connected to the horizontal border surface 31 on one side of the rim surface to cover the top of the bottom surface inside In the cardboard (1) consisting of a cover surface (5) which forms a storage room for accommodating an object, the cardboard surface (1) having a predetermined size on a horizontal rim surface (31 ') opposite to the cover surface (5). A vertical cut line 41 for dividing the storage room, and a plurality of horizontal fold lines 45, 45 'and 46 for dividing the inside of the storage room to the size of the object on both sides of the vertical cut line. A partition surface 4 provided with 46 '); A plurality of reinforcing support pieces 61, 62, 63 formed to extend in the same width on the vertical rim surfaces 32, 32 'and in contact with the vertical rim surfaces 31, 31' are erected vertically. Reinforcement surface (6) formed integrally with a partition surface (65) for partitioning the bottom surface (2) on one of (64) and the reinforcement support piece (64) of the reinforcement support piece; An insertion protrusion 53 integrally formed at an edge of the cover surface 5 to cover the partition surface 4 and inserted into a coupling hole 23 of the horizontal rim surface 31 ′ at a center and both ends thereof; And a border reinforcing surface 51 formed with fitting tongues 52 and 52 inserted into a gap between the vertical border surface 32, 32 'and the horizontal border surface 31'. Structure of packing paper for telephone. The short cut length line 42 (42 ') and the short length cross line 43 (44) of Claim 1 in the periphery of the vertical cut line 41 formed in the partition surface (4). A structure of a package for a wireless telephone, characterized in that (44 ') is formed.