CN2417543Y - A New Structure of CD Storage Box - Google Patents

Abstract

The utility model relates to a CD collection box structure is a can collect at least a slice and the CD collection box that the box body utensil is firm closed effect, and it is a set of integrative injection moulding, in continuous integrative and the relative closed department of closable lid, respectively forms a tip utensil clasp part cramp and knot hole, is equipped with the breach on one side of the knot hole, makes the basal portion of cramp imbed. In addition, the outer sides of two side walls of one box cover are provided with convex pieces, and two side walls of the other box cover are provided with embedded concave parts which can be embedded with the convex pieces.

Description

A New Structure of CD Storage Box

The utility model relates to an optical disc storage box, which relates to the technical field of audio and video.

As shown in Fig. 5, Fig. 6, Fig. 7 and Fig. 8, the usual CD storage box 2 is mainly composed of an upper flip cover 21 and a box seat 22, wherein inside the extension pieces at the ends of the flip cover 21, Each is provided with a protruding post 211, and these two protruding posts 211 are buckled into the post holes 221 at the ends of both sides of the box seat 22, so that the flip cover 21 and one side of the box seat 22 can be hinged into one body. In addition, the Xin cover 21 The two edges of the side walls 212 are respectively provided with a convex buckle point 213, and at the relative position between the side wall 222 of the box base 22 and the two convex buckle points 213, a buckle hole 223 is respectively provided, so that the flip cover 21 and the box base 22 When closed, the convex buckle point 213 is fastened to the button hole 223, so that the flip cover 21 and the box base 22 can be closed into one body. In addition, the box base 22 is an optical disc placement seat 224, and its center is provided with a recessed portion 2241. Placing the optical disc 3 in the recess 2241 can prevent the optical disc 3 from falling out, but the usual optical disc storage box 2 has the following disadvantages:

1. The fastening effect between the convex buckle point 213 and the button hole 223 of the flip cover 21 is not good. If it is accidentally dropped when taking it into place and causes a collision, the convex buckle point 213 and the button hole 223 are easily separated, and the flip cover 21 is not connected to the box seat. 22, and then the optical disc 3 is ejected.

2. In the usual design, the flip cover 21 only has side walls 212 on both sides. Therefore, its overall structure is not good, and it is easily deformed. , so that the convex button point 213 is separated from the button hole 223, and the flip cover 21 and the box seat 22 are easily opened.

3. The protrusions 211 of the flip cover 21 are located on both sides of the ends of the two extension pieces. After a period of use, the two extension pieces are prone to elastic fatigue. The cover 21 is detached from the box seat 22 .

The purpose of the utility model is to overcome the above-mentioned shortcomings, and provide a tightly closed CD storage box that can store multiple discs.

The technical scheme of the utility model is: the CD storage box is a box body formed by injection molding as a whole, which is composed of two box covers connected into one body. There is a notch on one side of the button hole so that the base of the buckle can be embedded. After the two lids are closed and the base of the buckle of one of the lids is inserted into the gap of the other lid, it can be The two box covers can be firmly closed as a whole by buckling the buckle part at the end of the buckle into the buckle hole. In addition, at least one protruding piece is provided on the outside of the two side walls of one of the box covers, and at the position opposite to the two side walls of the other box cover, there is formed an appropriate thickness of the side wall to be compatible with the protruding piece. A fitting recess for fitting. After the two lids are closed, the protruding piece is fitted into the fitting recess, and the side wall of one lid is clamped between the side wall and the protruding piece of the other lid, so that a relatively tight shape is formed after the two lids are closed. The solid structure will not deform the side walls of the two covers when squeezed by external force.

Below in conjunction with accompanying drawing and embodiment the utility model is described in detail.

Fig. 1 is a three-dimensional schematic diagram when the utility model is deployed.

Fig. 2 is a three-dimensional schematic view of the utility model when it is closed.

Fig. 3 is a partial cross-sectional view of the fastening of the clasp of the utility model.

Fig. 4 is a combined sectional view of one side of the utility model.

Fig. 5 is an exploded perspective view of a common structure.

Fig. 6 is a combined sectional view of a general structure.

Fig. 7 is a section enlarged detailed view of the convex buckle point and the buckle hole part of the usual structure.

Fig. 8 is a view of the general structure when the flip cover is separated from the box seat when it is dropped. Description of figure number:

1 and 2 are CD collection boxes, 11 and 12 are box covers, 111 is a buckle, 112 is a clasp, 113 is a base, 114 is a protrusion, 115, 123, 212, 222 are side walls, 121 is a gap, 122 and 223 are buttonholes, 1231 is a fitting recess, 21 is a flip cover, 211 is a convex column, 213 is a convex buckle point, 22 is a box seat, 221 is a column hole, 224 is a CD holder, and 2241 is a concave part , 3 is the disc.

As shown in Fig. 1, Fig. 2, Fig. 3 and Fig. 4, the optical disc storage box 1 of the present invention is manufactured by integral injection molding, and an end is formed at the relatively closed position of the box covers 11 and 12 which are connected together and can be closed. The buckle 111 and the button hole 122 of the tool hook portion 112 are provided with a gap 121 on one side of the button hole 122, so that the base 113 of the buckle 111 can be embedded. When the two lids 11, 12 are closed and one of the boxes When the buckle 111 base portion 113 of the cover 11 is inserted into the gap 121 of another lid 12, the buckle portion 112 at the end of the buckle 111 can be buckled into the buckle hole 122, so that the two lids 11, 12 can be firmly closed into In one body, in addition, on the outside of the two side walls 115 of one of the box cover 11, there is at least one protruding piece 114, and at the position where the two side walls 123 of the other box cover 12 are opposite to the protruding piece 114, a side wall is formed. 123. The fitting recess 1231 that can be fitted with the protruding pieces 114 with appropriate thickness. Clamped between the side wall 115 and the lug 114 of the other lid 11, so that the two lids 11, 12 are closed to form a relatively solid structure, and the side walls of the two lids 11, 12 will not be deformed when extruded by external force. 115, 123 deformation.

In summary, the utility model enables the two lids to be firmly closed into one body, and forms a relatively solid structure after the two lids are closed, and does not deform the side walls of the two lids when squeezed by an external force. It is an advantage that is valued in use.

Claims (1)

1. A new type of optical disc storage box structure, which includes two connected and integrated box bodies, characterized in that: it is integrally injection molded, and one end is formed at the relative closing position of the connected and closed box covers (11) and (12) There is a buckle (111) and a button hole (122) with a hook portion (112), and a gap (121) is provided on one side of the button hole, so that the base (113) of the buckle (111) can be embedded. In addition, On the outside of the two side walls (115) of one of the lids (11), at least one projection (114) is provided, and on the two side walls (123) of the other lid (12) and the protrusions (114) ) at a position opposite to that of the side wall (123), a fitting recess (1231) is formed which can fit the protruding piece (114) with an appropriate thickness of the side wall (123).

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