CN201032589Y - Audio-visual medium storage device - Google Patents

Abstract

The utility model discloses an audio-visual media storage device is applicable to and hangs most storage unit, storage device includes a casing and at least a set of track, the casing upwards is equipped with the opening and includes two curb plates, and each set of track is that two liang of levels are detachable relatively locate two curb plate internal surfaces borrow by orbital detachable easily do update or maintenance, and borrow by the casing upwards be equipped with the opening can in the opening sets up one can repeatedly put aside with the closed door body, can directly put aside the door body and get and accomodate audio-visual media effectively, further again with the help of the addition of at least middle track baffle, the quantity of extendible holding audio-visual media.

Description

audiovisual media storage

technical field

The utility model relates to a storage device, in particular to a track that can be disassembled and easily updated, and the opening is provided with a door that can be removed and closed repeatedly. The addition of the partition can expand the audio-visual media storage device for accommodating the quantity of audio-visual media.

Background technique

Various storage devices for storing audio-visual media such as optical discs are currently available on the market. For example, as shown in FIG. 1 , an audio-visual media storage cabinet 1 includes a frame body 11 , a middle partition 12 , and a plurality of tracks 13 . The rails 13 are arranged in pairs horizontally between the middle partition 12 and the frame body 11 . When storing audio-visual media, the audio-visual media is first accommodated in a box body, and then the box body is inserted between two adjacent pairs of rails 13, for example, a CD is put into the CD case, and then the CD case is inserted into the placement in cabinet 1. When the amount of audio-visual media is huge, multiple storage cabinets 1 can be stacked up and down to expand the storage space. This type of storage cabinet 1 limits the amount of audio-visual media that can be stored in the storage cabinet 1 because the box body takes up a lot of space. To store all audio-visual media, the user must continuously increase the number of storage cabinets 1 and prepare a larger space for placing the storage cabinets 1, while a large part of the track 13 is integrally formed between the middle partition 12 and the storage cabinet 1. There are 11 frames, once they are damaged, they cannot be repaired or updated, and the CD box needs to be pulled out horizontally to access the CD, which is cumbersome and inconvenient. As shown in Figure 2, a common CD storage device 2 includes a storage box 21 And a plurality of storage units 22 , the storage units 22 are stacked in the storage box 21 . When storing a disc, the disc is directly placed in one of the storage units 22. When storing the disc, although the use of the disc storage device 2 saves space compared to the use of the storage cabinet 1, the discs are all piled up. Crowded together, and because there is no classification design, when there are a lot of audio-visual media, it takes time to browse to obtain the required discs. Therefore, how to conceive and manufacture a track that can be disassembled and easily updated, and the opening is provided with a repeatable removal and The closed door body can be removed for direct access and storage, and the audio-visual media storage device can be expanded to accommodate the quantity of audio-visual media by adding at least one intermediate rail partition, which is a problem that can be improved.

Utility model content

One purpose of this utility model is to provide a track that can be disassembled and easily updated, and the opening is provided with a door that can be removed and closed repeatedly, which can be removed for direct access and storage. The device can expand the audio-visual media storage device that accommodates the amount of audio-visual media.

The utility model is an audio-visual media storage device, which is suitable for hanging multiple storage units, each storage unit includes a bag body capable of accommodating at least one audio-visual media and two hooks respectively located on two sides of the bag body; It is characterized in that: the audio-visual media storage device includes:

A housing with an opening upwards and including two side panels, a front side panel and a rear side panel, the inner surfaces of the two side panels are corresponding, and a door body that can be repeatedly removed and closed is provided at the opening, and

At least one set of rails are detachably arranged on the inner surfaces of the two side plates in pairs horizontally facing each other, and rail grooves are formed between each rail and the inner surfaces.

The audio-visual media storage device is characterized in that: the track is at the top and bottom of a middle plate, each of which extends in the same direction and transversely and is vertically but far away from a frame piece, which is called an upper frame piece and a lower frame piece. , the middle plate is provided with bolt holes in the left and right directions, and positioning holes are provided on the inner surface of the two side plates of the shell. Each track is aligned with the bolt holes and the positioning holes of the two side plates of the shell. Separately arranged on the inner surface of the two side plates, the middle plate, the upper frame piece or the lower frame piece and the inner surface form a track groove.

The audio-visual media storage device is characterized in that: the track is on the top surface of a bottom block, extending horizontally and vertically upward with a frame piece, each bottom block is provided with bolt holes in the left and right directions, and on both sides of the casing The inner surface of the board is provided with positioning holes, and each track is aligned with the bolt holes on the positioning holes of the two side plates of the housing. The frame piece and the inner surface are formed as track grooves.

The audio-visual media storage device is characterized in that: the width of the housing and the door is further widened, and at least one middle rail partition is added between the front side plate and the rear side plate of the housing, The top wall of each middle track partition is recessed with a track groove that can accommodate at least two hooks with a hook width. The track grooves can be used to hang most storage units to increase the storage capacity.

The audio-visual media storage device is characterized in that: only one door is clamped between the inner surfaces of the two side plates of the housing, and it is a movable sliding door.

The audio-visual media storage device is characterized in that: the middle track partition is provided with a handle protruding from the front and rear walls of a long plate body, and recessed on the long top wall of the long plate body. There are track grooves for at least two hanging hooks, the front side plate and the rear side plate of the housing are corresponding to the front and rear wall handles of the long plate body, and the card holes are recessed, and the long plate body is The clamping handles on the front and rear walls correspond to the clamping holes of the front side plate and the rear side plate of the housing, and are pushed into the clamping assembly and positioning.

The audio-visual media storage device is characterized in that: the width of the housing is further widened, and at least one intermediate partition is added in the middle, so that the housing is formed with at least two openings, and each opening is provided with a The door body is repeatedly removed and closed. Positioning holes are provided on the left and right vertical walls of the middle partition, and each bolt is positioned to position one of the tracks. The track grooves of the opposite tracks can hang most storage units to increase storage. quantity.

The audio-visual media storage device is characterized in that each door is a movable sliding door.

The effect of the audio-visual media storage device of the utility model is that the track adopts a combined detachable update, and the door body provided with the upward opening can be repeatedly removed and closed, so that it is convenient to directly remove the door body to access the audio-visual media.

Description of drawings

The audio-visual media storage device of the present utility model is described in detail below in conjunction with accompanying drawing and embodiment:

Fig. 1 is a perspective view of a common audio-visual media storage cabinet;

Fig. 2 is a perspective view of a common optical disc storage device;

Fig. 3 is a perspective view illustrating the first preferred embodiment of the utility model audio-visual media storage device;

Fig. 4 is a longitudinal sectional view of Fig. 3 at the track position;

Fig. 5 is a longitudinal sectional view of the second preferred embodiment of the audio-visual media storage device of the present invention at the track position;

Fig. 6 is a perspective view illustrating a third preferred embodiment of the audio-visual media storage device of the present invention; and

FIG. 7 is a perspective view illustrating a fourth preferred embodiment of the audio-visual media storage device of the present invention.

Detailed ways

Referring to Fig. 3, it is the first preferred embodiment of the audio-visual media storage device 4 of the present utility model. There are many storage units 3 hanging inside it. The medium is accommodated in the bag body 31 .

The first preferred embodiment of the audio-visual media storage device 4 of the present utility model, according to Fig. 4 , includes a casing 40 and at least one set of rails 41, the casing 40 is provided with an opening 42 upwards and includes left and right side plates 43. The front side plate 401 and the rear side plate 402, referring to Fig. 6 first, the opening 42 of this embodiment extends from the top surface 400 to about half of the front side plate 401, on the inner surface 430 of the two side plates 43, A chute 44 that is parallel to the side edge of the opening 42 is provided opposite to each other, and a door body is provided between the two chute 44 . Positioning holes 46 are provided at small distances and equidistantly.

At least one set of rails 41, the present embodiment only adopts one set of rails, each rail 41, with reference to Fig. 4, its structure is at the top 411 and bottom end 412 of a middle plate 410, each extending in the same direction and transversely and vertically but opposite to each other. There is a frame piece apart from the upper frame piece 413, the lower frame piece 414, and the middle plate 410. Bolt holes 415 are provided left and right. The bolts 416 are detachably assembled in pairs on the inner surfaces 430 of the two side plates 43, the middle plate 410, the upper frame piece 413 or the lower frame piece 414 and the inner surface 430 are formed as track grooves 417, the hook 32 of the storage unit 3 is hooked on the track groove 417, and can be displaced along the track groove 417 without falling off. The upper frame piece 413 and the lower frame piece 414 of the described embodiment make a track 41 It is suitable for the assembly of the two side plates 43 without any rotation.

With the detachable track 41, it is easy to update or maintain, and the housing is provided with an opening 42 upwards, and a door body that can be repeatedly removed and closed can be set on the opening 42. The above-mentioned movable leaflet The sliding door 45 is one of them, and the movable loose-leaf sliding door 45 can be removed directly to expose the opening 42, and the audio-visual media can be accessed directly by hand and efficiently accommodated.

Fig. 5 is the second preferred embodiment of the audio-visual media storage device 4' of the present utility model. The difference from the first preferred embodiment in Fig. 3 is that the track 47 is on the top surface 471 of a bottom block 470, horizontally A frame piece 472 is extended and vertically upward, and each bottom block 410 is provided with bolt holes 473 left and right. 32 is hooked on the track groove 474, and can be displaced along the track groove 474 without falling off. The track 47 of the embodiment needs to be reversed 180 degrees before and after it can be locked on the other side plate, otherwise it must be made separately A structure and another track corresponding to it can lock the group.

Fig. 6 is the third preferred embodiment of the audio-visual media storage device of the present utility model. In Fig. 3 or Fig. 5, only one set of tracks is used. In Fig. 6, two sets of tracks can be used to expand the storage capacity. The representative of the change is an explanation, further widen the width of the housing 40', which is about twice the width in this embodiment, and at least one intermediate partition 48 is added in the middle, so that the housing 40' is formed with at least Two openings, each opening is provided with a door body that can be repeatedly removed and closed, positioning holes are provided on the left and right vertical walls of the middle partition, and each bolt is used to position one of the tracks, and the track groove of the opposite track, Most of the storage units can be hung to increase the storage capacity. In this embodiment, a middle partition 48 is added, so that the casing 40' is formed with two openings, that is, the opening 42 and the opening 42', and the middle partition 48 The left and right vertical walls of the corresponding side plate 43 are provided with chute 44 height positions, which are symmetrical chute, called left chute 481, right chute 482, and a clamp is provided between chute 44 and left chute 48. The first movable loose-leaf sliding door 45, the right chute 482 and the other chute 44 are provided with a second movable loose-leaf sliding door 45', a small distance from the bottom edge of each chute 481,482 parallel section 483, Also equidistantly be provided with positioning holes, respectively wear bolt 416 ' to locate a described track 41 in the positioning holes on the left and right vertical walls, so there are twice the storage capacity, if it is two intermediate partitions, then in the two The positioning holes on the left and right vertical walls of the two intermediate partitions are respectively threaded to locate a track, so that the capacity is doubled, and there is one more sliding door between the two intermediate partitions. Fig. 5 also can be made the variation of Fig. 6, and just track 47 shape is different with track 41 shape, and other changes are all the same as the capacity of doubling or more, and no more drawing explanation here.

Fig. 7 is the fourth preferred embodiment of the audio-visual media storage device of the present utility model. In Fig. 3 or Fig. 5, the variation of Fig. 6 can be used to expand the storage capacity, and the variation of Fig. 3 is also used for illustration, further To widen the width of the housing 48, the present embodiment is also approximately twice the width, and at least one middle track partition is added in the middle, and the present embodiment is the middle track described in a middle track partition 5 The partition plate 5 is provided with a handle 51 on the front and rear walls of a long plate body 50, and a recessed handle 51 is provided on the elongated top wall 52 of the long plate body 50 to accommodate at least two hooks 32 of the hook width. The track groove 53, the front side plate 490 and the rear side plate 491 of the housing 49 correspond to the front and rear wall handles 51 of the long plate body 50, and are concavely provided with a clamping hole 492, and the long plate body 50 is front and rear. The wall handle 51 corresponds to the front side plate 490 and the rear side plate 491 card hole 492 of the housing 49, which is pushed into the clamping assembly and positioning, and the housing 49 made of twice the width is on the inner surface 494 of the two side plates 493. Between the two chutes 44', there is only a large and double movable sliding door 495, such as the track groove 417 of the track 41 formed by the top wall 5 track groove 53 of the long plate body 50 and the two side plates. Double the storage unit 3 can be hung between the two rows. Once the movable sliding door 495 is removed, the storage units 3 of the two rows can be directly accessed by hand. Between the top wall 5 track grooves 53 of the plate, the capacity is doubled again, and between the two chute 44 ', there are only a large and three times movable loose-leaf sliding door, so no more drawing in detail here, Fig. 5 also can The variation of Fig. 7 is only that the track 417 of the two side plates 493 adopts a shape different from that of the track 41, and other changes are the same as double or more capacity, so no further drawing explanation here.

Claims (8)

1. an audio-visual media storage device is applicable to and hangs most housing units, each housing unit comprise one can ccontaining at least one audio-visual media bag and two drop hangers that lay respectively at described bag two sides; It is characterized in that: described audio-visual media storage device comprises:

A housing upwards is provided with opening and comprises two side plates and front side board and back side panel, and two side plate inside surfaces are corresponding, and be provided with one in described opening and can repeat to remove and closed door body, and

At least one group of track, be level in twos relatively detachable be mounted on described two side plate inside surfaces, be formed with orbital groove between each track and inside surface.

2. audio-visual media storage device as claimed in claim 1, it is characterized in that: described track is in the top of an intermediate plate and bottom, each in the same way and horizontal expansion and vertical but away from being provided with a frame sheet, deserve to be called frame sheet and underframe sheet, be provided with keyhole to running through about intermediate plate, be provided with pilot hole at housing two side plate inside surfaces, each track is to aim at keyhole in housing two side plate pilot holes, wear bolt be level in twos relatively detachable be mounted on described two side plate inside surfaces, intermediate plate, upper frame sheet or underframe sheet and inside surface form orbital groove.

3. audio-visual media storage device as claimed in claim 1, it is characterized in that: described track is the end face at a sole piece, horizontal expansion also is provided with a frame sheet vertically upward, be provided with keyhole to running through about each sole piece, be provided with pilot hole at housing two side plate inside surfaces, each track is to aim at keyhole in housing two side plate pilot holes, wear bolt be level in twos relatively detachable be mounted on described two side plate inside surfaces, sole piece, frame sheet and inside surface form orbital groove.

4. as claim 1 or 2 or 3 described audio-visual media storage devices, it is characterized in that: further width broadening housing and door body, and between the front side board of described housing and back side panel, be equipped with at least one intermediate orbit dividing plate, each intermediate orbit dividing plate roof is recessed to be had and holds two drop hangers at least and collude the orbital groove of hanging width, the orbital groove of two side plate inside surface tracks and the orbital groove of intermediate orbit dividing plate, intermediate orbit dividing plate orbital groove to each other, all can hang most housing units, increase storage capacity.

5. audio-visual media storage device as claimed in claim 4 is characterized in that: a pincers is provided with a body between the inside surface of housing two side plates, and is a movable loose-leaf sliding door.

6. audio-visual media storage device as claimed in claim 4, it is characterized in that: described intermediate orbit dividing plate is that the front and back walls at a long slab body respectively convexes with the card handle, elongated roof in described long slab body, recessed have hold two drop hangers at least and collude the orbital groove of hanging width, at the front side board of described housing and back side panel corresponding to long slab body front and back walls card handle, be concaved with hole clipping, the long slab body pushes blocking assembling location promptly with the front side board and the back side panel hole clipping of front and back walls card handle corresponding housing.

7. as claim 1 or 2 or 3 described audio-visual media storage devices, it is characterized in that: further width widen described housing, be equipped with at least one central dividing plate in the centre, make housing be formed with at least two openings, each opening is provided with one and can repeats to remove and closed door body, is provided with pilot hole at central dividing plate left and right vertical wall, respectively wear anchoring position one described track, the orbital groove of relative track all can be hung most housing units, increases storage capacity.

8. audio-visual media storage device as claimed in claim 7 is characterized in that: each Men Tiwei one movable loose-leaf sliding door.

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