CN204087791U - A kind of optical disc receptor - Google Patents
A kind of optical disc receptor Download PDFInfo
- Publication number
- CN204087791U CN204087791U CN201420539563.3U CN201420539563U CN204087791U CN 204087791 U CN204087791 U CN 204087791U CN 201420539563 U CN201420539563 U CN 201420539563U CN 204087791 U CN204087791 U CN 204087791U
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- plate
- box body
- door
- major axis
- optical disc
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Abstract
The utility model discloses a kind of optical disc receptor, it comprises base, side plate and top board, described side plate is hinged with door-plate, described door-plate and described side plate close the container cavity formed for stored CD, described base is provided with major axis near described side plate is vertical with the side of described door-plate jointed shaft, the lower end of described major axis is fixed on described base, the upper end of described major axis is fixed on described top board, described major axis is hinged with several box bodys for placing compact disc, box body described in several is stacked along the axis of described major axis, the CD be placed in described box body can be rotated away from described container cavity with described box body.Optical disc receptor of the present utility model is convenient to search, takes, is deposited CD, user's a large amount of valuable time can be saved, and without the need to stirring other CD when searching CD, therefore, it is possible to better preserve CD, can effectively avoid CD to damage because of regular stirring.
Description
Technical field
The utility model relates to disc storage technical field, particularly relates to a kind of optical disc receptor.
Background technology
CD is large, less by external environmental interference, and storage time is long due to memory capacity, and enjoys the welcome of family and company.As time goes on, more CD has all been saved bit by bit by general family and company, the accommodation device of stored CD the most general is pivoted optical disc receptor, this device is provided with interlayer at every one page, CD directly inserts in this interlayer, this storage mode is easy to cause optical disk reading face to damage because of regular friction inset, therefore can not be used for permanence and preserve CD.
Another kind of modal optical disc receptor is tubbiness accommodation device; as Chinese patent literature CN200971234Y discloses a kind of operator guards of light disk packing; it is primarily of there being upper and lower covers; and cylinder forms drum-shaped die cavity, numerous CD is mutually stacked along the axis direction of this cylindrical shell cylindrical shell.Although this structure is convenient to stored CD, because standard optical disc is the thin slice of 1.2 millimeters thick, its mark is all positioned at the back side of CD, and this stacked mode is difficult to check the CD back side, brings comparatively burden to searching required CD.Such as, need the CD searched in bottom, then just can find after needing all for upper strata CDs all to take out, not only waste the time of searching, simultaneously owing to ransacing CD frequently, be easy to cause CD premature breakdown, and then affect digital independent, even cause the serious consequence of loss of data.
Utility model content
For this reason, the technical problems to be solved in the utility model is that existing optical disc receptor is not easy to search CD, often need to expend the more time to ransack, and then be with very big inconvenience to user, and existing optical disc receptor easily causes CD premature breakdown, affect digital independent, even cause the serious consequence of loss of data, the purpose of this utility model is to provide a kind of novel optical disc receptor.
For achieving the above object, the utility model is by the following technical solutions:
A kind of optical disc receptor, it comprises base, side plate and top board, described side plate is hinged with door-plate, described door-plate and described side plate close the container cavity formed for stored CD, described base is provided with major axis near described side plate is vertical with the side of described door-plate jointed shaft, the lower end of described major axis is fixed on described base, the upper end of described major axis is fixed on described top board, described major axis is hinged with several box bodys for placing compact disc, box body described in several is stacked along the axis of described major axis, the CD be placed in described box body can be rotated away from described container cavity with described box body.
Preferably, described box body has a die cavity, annular projection is provided with in described die cavity, the bottom of described annular projection is fixed on described cavity bottom, the madial wall of described annular projection shrinks from the upper surface of described annular projection the annular slope being formed and be used for supporting CD downwards gradually to axle center, the upper end diameter of described annular slope is greater than the diameter of CD, the lower end diameter of described annular slope is less than the diameter of CD, and the vertical height of described annular slope is equal to or greater than the thickness of described CD.
Preferably, the circumference of described annular projection is interval with several breach, is provided with one for by limited block spacing for described CD circumference in breach described in each.
Preferably, described limited block is provided with the axis hole for being hinged on by described limited block in the two opposite side walls of described breach, the rotation direction of described limited block points to the axle center of described annular projection; The substantially L-shaped structure of described limited block, the has lateral extension arms of described limited block is provided with the driving inclined-plane coordinated with the circumferential side wall lower edge of described CD, the upper end of the vertical adjutage of described limited block is provided with the laminating inclined-plane of fitting with the circumferential side of described CD, described CD is rotated by limited block described in described driving slope driving, when the lower edge of described CD circumference side contacts with described annular slope, the described laminating inclined-plane of described vertical adjutage rotates to fitting with the circumferential side of CD.
Preferably, described annular projection is provided with four described limited blocks, 90 degree, interval between adjacent two described limited blocks.
Preferably, the medium position of described box body is provided with and prevents described CD vertically to the limited support portion of side distortion bottom described box body, described limited support portion is the annular boss with described annular slope concentric, the internal diameter of described annular boss is equal to or greater than the diameter of described cd center hole, the external diameter of described annular boss is less than the diameter of non-writable area in the middle part of described CD, and the end face in described limited support portion is against the non-writable area in the middle part of described CD.
Preferably, the inner side of described side plate is provided with several for supporting the dividing plate of described box body along the axis direction uniform intervals of described major axis, and the spacing described in adjacent two between dividing plate equals or slightly larger than the thickness of described box body; Described box body and the hinged position of described major axis are provided with boss, and the thickness sum of described boss and described box body equals the spacing of adjacent two dividing plates and the thickness sum of dividing plate described in one of them.
Preferably, be also provided with described dividing plate inside described door-plate, described box body is from the described dividing plate that can be supported in after described container cavity rotates described door-plate.
Preferably, the basic rectangular shaped of horizontal projection of described base and described box body, described box body and the hinged corner of described major axis are provided with the fillet being convenient to rotate; Described side plate and all L-shaped structure of described door-plate, and the adjacent both sides of the corresponding described base of difference, the keying angle of described door-plate is 90 degree.
Preferably, two sides that described base is corresponding with described door-plate are respectively equipped with strip groove, the inside bottom of described door-plate is provided with the strip dividing plate with described strip groove fit, when described door-plate cuts out, described strip dividing plate is positioned at described strip groove, and the upper surface of described strip dividing plate and the upper surface flush of described base.
The beneficial effects of the utility model:
1. the base of optical disc receptor of the present utility model is vertically provided with major axis, box body for placing compact disc is hinged on this major axis, and multiple box body is mutually stacked along the circumference of major axis, can by arranging label in the side of box body and then being easy to find required CD, and by rotating corresponding box body, then can rapidly box body be spun out from container cavity, and then greatly facilitate and search CD, for user saves the quality time, and without the need to stirring other CD when searching CD, therefore, it is possible to better preserve CD, CD is avoided to damage because of regular stirring, even cause the serious consequence of loss of data, optical disc receptor of the present utility model is more suitable for preserving precious cd resource, and it is both artistic and practical.
2. the middle part of box body of the present utility model is provided with annular projection; and the medial surface of annular projection is provided with the annular slope for placing compact disc; CD to be contacted with annular slope by its periphery lower edge and then is supported; this setup is convenient to place and CD of taking; action of taking can not cause CD bending distortion occurs or even fractures, and therefore has the performance of better protection CD.
3. the circumference of annular projection of the present utility model is interval with several breach, and in breach, be provided with the limited block preventing CD circumference from rotating, and when CD puts into annular slope, CD rotates around its bearing pin due to the segregation drive limited block of self, and then the sidewall of laminating inclined-plane and CD is fitted, owing to being provided with multiple limited block in the circumferential, stiction between the laminating inclined-plane of described limited block and CD side can effectively prevent CD from circumferential rotation occurring, there is better fixation, can effectively prevent CD from wearing and tearing because circumference is rotated.
4. be provided with dividing plate inside side plate of the present utility model and door-plate, no matter box body is be positioned at container cavity, still rotates container cavity, can by dividing plate from bottom support, and then effectively prevent box body and make because of unsettled major axis hole bear larger moment of torsion; In addition, because door-plate and side plate interior sides are provided with dividing plate, when door-plate closes, the bottom periphery of whole box body all by membrane support, and then improves stability of strutting system, and then increases the service life.
5. the keying angle of door-plate of the present utility model is 90 degree, the maximum anglec of rotation of box body is also 90 degree, this angle can not only shorten the time of opening-door plate, reduces the space shared by accommodation device of the present utility model, simultaneously door-plate open after space be convenient to CD of taking.
6. base plate of the present utility model is provided with strip groove, the relevant position of door-plate is then provided with the strip dividing plate with described strip groove fit, and door-plate when closing described strip dividing plate be just positioned at described strip groove, this setup not only ensure that a bottom box body can be supported on strip dividing plate after back-out container cavity, and strip dividing plate can improve the closed performance of container cavity in bottom further with coordinating of strip groove.
Accompanying drawing explanation
In order to make the content of utility model be more likely to be clearly understood, below according to specific embodiment of the utility model also by reference to the accompanying drawings, the utility model is described in further detail, wherein:
Fig. 1 is the structural representation of the utility model optical disc receptor door-plate when opening;
Fig. 2 is the structural representation of optical disc receptor of the present utility model when being only provided with a box body;
Fig. 3 is the structural representation of optical disc receptor of the present utility model when removing all box bodys;
Structural representation when Fig. 4 is optical disc receptor door-plate of the present utility model closedown;
Fig. 5 is the structural representation of box body of the present utility model;
Fig. 6 is the structural representation of limited block of the present utility model;
Fig. 7 is that CD loads in box body, and contact useless drives structural representation during inclined-plane;
Fig. 8 is that CD loads in box body, structural representation when CD side is fitted with laminating inclined-plane;
Fig. 9 is the structural representation of optical disk cartridge body when being positioned at container cavity;
Figure 10 is the structural representation that CD box portion rotates container cavity;
Figure 11 is that CD box body rotates to structural representation when contacting with door-plate interior plate face.
In figure, Reference numeral is expressed as:
2-box body; 21-die cavity; 22-annular is protruding; 23-annular slope; 24-breach; 25-limited support portion; 26-boss; 27-major axis hole; 28-label; 4-CD; 41-lower edge; 5-limited block: 51-axis hole; 52-has lateral extension arms; 53-drives inclined-plane; The vertical adjutage of 54-; 55-fits inclined-plane; 56-bearing pin; 70-base; 700-strip groove; 71-side plate; 72-top board; 73-door-plate; 74-container cavity; 75-hinge; 76-dividing plate; 77-magnet; 78-handle; 79-strip dividing plate; 8-major axis; 9-sheet metal.
Embodiment
See Fig. 1-4, a kind of optical disc receptor, it comprises base 70, side plate 71 and top board 72, the upper surface of described base 70 is square structure substantially, the L-shaped structure of described side plate 71, two side bottoms of described side plate 71 are fixed on the dual-side position of described base 70, and the upper end of described side plate 70 is fixed on top board 72 to be supported by described top board 72, described side plate 71 is hinged with door-plate 73, described door-plate 73 forms with described side plate 71 is closed the container cavity 74 being used for stored CD, described container cavity 74 global shape is cube shaped, described base 70 is provided with major axis 8 near described side plate 71 is vertical with the side of described door-plate 73 jointed shaft, the lower end of described major axis 8 is fixed on described base 70, the upper end of described major axis 8 is fixed on described top board 72, described major axis 8 is hinged with several box bodys 2 for placing compact disc 4, the described box body 2 turning arc transition that coordinate hinged with described major axis 8, so that rotate, box body 2 described in several is stacked along the axis of described major axis 8, the CD 4 be placed in described box body 2 can be rotated away from described container cavity 74 with described box body 2.
See Fig. 5, described box body 2 in the present embodiment has a die cavity 21, the medium position of described die cavity 21 is provided with annular projection 22, the bottom of described annular projection 22 is fixed on the bottom of the die cavity 21 of described box body 2, and it is preferably one-body molded, the madial wall of described annular projection 22 shrinks from the upper surface of described annular projection 22 annular slope 23 being formed and be used for supporting CD 4 downwards gradually to axle center, the upper end diameter of described annular slope 23 is greater than the diameter of described CD 4, the lower end diameter of described annular slope 23 is less than the diameter of described CD 4, the vertical height of described annular slope 23 is equal to or greater than the thickness of described CD 4, and then ensure that whole CD can be placed in the die cavity of described annular slope 23 formation, the upper surface of described annular projection 22 is a little less than the side upper surface of described box body 2, or flush with the side upper surface of described box body 2, this setup is convenient to described box body and is screwed in or screw out.
In the present embodiment, the circumference of described annular projection 22 is interval with several breach 24, is provided with one for by limited block 5 spacing for described CD 4 circumference in breach 24 described in each each and every one.Described limited block 5 is provided with the axis hole 51 for being hinged on by described limited block 5 in the two opposite side walls of described breach 24, see Fig. 6, Fig. 7, bearing pin 56 is provided with in described axis hole 51, described bearing pin 56 is through described axis hole 51, and the two ends of described bearing pin 56 are inserted in described breach 24 two lateral walls respectively, the rotation direction of described limited block 5 points to the axle center of described annular projection 22; The one-piece construction of described limited block 5 is substantially L-shaped, the has lateral extension arms 52 of described limited block 5 is provided with the driving inclined-plane 53 coordinated with the circumferential side wall lower edge of described CD 4, the upper end of the vertical adjutage 54 of described limited block 5 is provided with the laminating inclined-plane 55 of fitting with the circumferential side of described CD 4, described CD 4 promotes described limited block 5 by described driving inclined-plane 53 and rotates, when the lower edge 41 of the circumferential side of described CD 4 contacts with described annular slope 23, the laminating inclined-plane 55 of described vertical adjutage 54 rotates to fitting with the circumferential side of described CD 4.In order to strengthen the stiction between described laminating inclined-plane 55 and the side of described CD 4, the surface on described laminating inclined-plane 55 can apply the anti-slip materials such as one deck rubber.
In the present embodiment, described annular projection 22 is provided with four described limited blocks 5,90 degree, interval between adjacent two described limited blocks 5, the object that four described limited blocks 5 can not only reach the rotation of restriction described CD 4 circumference is set, can also processing capacity be reduced simultaneously, reduce manufacturing cost.
See Fig. 5, the medium position of the described box body 2 in the present embodiment is provided with and prevents described CD 4 vertically to the limited support portion 25 of side distortion bottom described box body 2, when the side lower edge 41 of described CD 4 contacts with described annular slope 23, the end face in described limited support portion 25 is against on the non-writable area in the middle part of described CD just.Described limited support portion 25 is the annular boss with described annular slope 23 concentric, the internal diameter of described annular boss is equal to or greater than the diameter of described cd center hole, the external diameter of described annular boss is less than the diameter of non-writable area in the middle part of described CD, and this design is convenient to finger and stretches into be taken out by described CD 4 from the center pit of described CD 4.
See Fig. 3, the inner side of described side plate 71 is provided with several for supporting the dividing plate 76 of described box body along the axis direction uniform intervals of described major axis 8, spacing described in adjacent two between dividing plate 76 equals or slightly larger than the thickness of described box body 2, so that described box body 2 rotates between adjacent two dividing plates 76, and the lower surface of described box body 2 is placed on the upper surface of described dividing plate 76, described dividing plate 76 has certain supporting role to described box body 2, the torsion born with major axis hole 27 place reducing box body 2, described box body 2 position hinged with described major axis 8 is provided with boss 26, described boss 26 equals the adjacent spacing of two dividing plates 76 and the thickness sum of one of them dividing plate 76 with the thickness sum of described box body 2, this setup can ensure each stacked up and down box body 2 after rotating into container cavity 74 all can just by the dividing plate 76 below it from lower support, and due to spaced apart by boss 26 between adjacent another box body, and boss 26 is for being arranged on the annular projection around axis hole 51, this setup is convenient to reduce the friction force between adjacent two box bodys 2, and then convenient operation box body 2 rotates around major axis 8.
In the present embodiment, the medial surface of described door-plate 73 is also provided with dividing plate 76, described box body 2 is from the dividing plate 76 that can be supported in after described container cavity 74 spins out described door-plate 73, see Fig. 4, when described door-plate 73 closes with described side plate 71, each side of described box body 2 is all supported by dividing plate 76, and then can greatly reduce the torsion that in storing process, major axis hole 27 is born, and increases the service life.
See Fig. 3, in order to demonstrate the structure inside door-plate comprehensively, door-plate 73 be have rotated 180 degree by Fig. 3, and the door-plate 73 in the present embodiment is 90-degree rotation preferably.The side that described side plate 71 is closed with described door-plate 73 is embedded with magnet 77, and the relevant position of described door-plate 73 is embedded with sheet metal 9, relies on magnetic-adsorption and keep closed condition between described side plate 71 and described door-plate 73.Certainly, in other embodiments, described door-plate 73 can also adopt other mode with the closed of described side plate 71, and as being provided with snap close, latch etc., just play the effect impelling door-plate 73 and side plate 71 to be kept closed herein, specific constructive form is not limit.And for the ease of opening door-plate 73, described door-plate is provided with handle 78, by gently pulling handle 78, can very easily described door-plate 73 be opened.
Two sides that described base 70 is corresponding with described door-plate 73 are respectively equipped with strip groove 700, the inside bottom of described door-plate 73 is provided with the strip dividing plate 79 coordinated with described strip groove 700, when described door-plate 73 cuts out, described strip dividing plate 79 is positioned at described strip groove 700, and the upper surface of described strip dividing plate 79 and the upper surface flush of described base 70, this setup not only can ensure that a bottom box body 2 can be supported on strip dividing plate 79 after screwing out, described container cavity 74 can better seal after closing by described door-plate 73 simultaneously.
See Fig. 7, when CD 4 is not put into before described annular slope 23 do not contact with described annular slope, described has lateral extension arms 52 protrudes from described annular slope 23 from described breach 24, described vertical adjutage 54 is positioned at described breach 24, and the limited block (see Fig. 6) of the present embodiment can keep this position under the effect of himself gravity.Certainly, in other embodiments can also the parts such as torsion spring are auxiliary makes described limited block 5 remain on this initial position by arranging.See Fig. 8, when CD 4 continues to put into described annular slope 23, first the side lower edge 41 of described CD 4 conflicts described driving inclined-plane 53, and promote described limited block 5 and rotate clockwise around described bearing pin 56, when the lower edge 41 of the side of described CD 4 contacts with described annular slope 23, described CD 4 is supported by annular slope 23, now described laminating inclined-plane 55 fits tightly with the side of described CD 4 just, the non-writable area, middle part of described CD 4 lower surface and the end contact in described limited support portion 25, when closed lid 1, the end face in the limited support portion 25 inside described lid 1 is against the back side of described CD 4 just.
When CD 4 taken by needs, only need a wherein finger to stretch in the center pit of CD 4, then coordinate thumb upwards to pinch and get CD.Because CD does not act on by external force (except gravity) in annular slope; therefore just CD can be taken from packing box very easily; there will not be the situation that CD bends, more will CD be caused because taking CD to fracture, therefore there is better protective effect.While CD of being convenient to take, the fortuitous event such as can also effectively avoid CD to bend, to fracture.
Fig. 9-11 is use principle figure of optical disc receptor of the present utility model, shown in Fig. 9 is that the box body 2 being placed with CD 4 is positioned at container cavity 74, and two of box body 2 sides contact with side plate 71 and are supported by the dividing plate 76 inside side plate 71, door-plate 73 wraps page 75 and rotates counterclockwise 90 degree, the CD of needs is found out fast according to the label 28 on box body 2, and rotate counterclockwise with the box body that hand stirs this CD place, see Figure 10, now box body 2 rotates container cavity 74 gradually around major axis 8, when box body 2 90-degree rotation, now wherein two sides of box body 2 rotate to fitting with the side of door-plate 73, see Figure 11, and the lower surface of described box body 2 is by the membrane support on described door-plate 73, now annular slope departs from container cavity 74 completely, easily the CD in annular slope 23 can be taken out with finger.When described box body is resetted, can directly close door-plate 73, also first box body 2 can be rotated in container cavity 74, and then close door-plate 73.
Door-plate 73 in the present embodiment and box body 2 hinged respectively by hinge 75, major axis 8, this setup mainly considers that the preferred anglec of rotation of the utility model is 90 degree, and reduces door-plate 73 as far as possible and open rear shared space; In other embodiments, described door-plate 73 and described box body 2 also can use a jointed shaft jointly, and its rotational angle can be also other angle, as 180 degree, 270 degree etc., as long as can be convenient to Unscrew, and is convenient to CD of taking.
Optical disc receptor of the present utility model can not only have good protective effect to CD, is convenient to search rapidly required CD simultaneously, and is easy to CD to take out.Optical disc receptor structure of the present utility model is simple in addition, inside and outsidely all meets esthetic requirement, is applicable to very much family or company's storage CD.Optical disc receptor of the present utility model can be made up, as long as can meet design strength of metal material, non-metallic material, compound substance etc.
Above-mentioned embodiment is just explained in detail the technical solution of the utility model; the utility model has more than and is only confined to above-described embodiment; those skilled in the art should be understood that; every improvement on the utility model basis according to above-mentioned principle and spirit, substitute, all should within protection domain of the present utility model.
Claims (10)
1. an optical disc receptor, it is characterized in that: comprise base, side plate and top board, described side plate is hinged with door-plate, described door-plate and described side plate close the container cavity formed for stored CD, described base is provided with major axis near described side plate is vertical with the side of described door-plate jointed shaft, the lower end of described major axis is fixed on described base, the upper end of described major axis is fixed on described top board, described major axis is hinged with several box bodys for placing compact disc, box body described in several is stacked along the axis of described major axis, the CD be placed in described box body can be rotated away from described container cavity with described box body.
2. a kind of optical disc receptor according to claim 1, it is characterized in that: described box body has a die cavity, annular projection is provided with in described die cavity, the bottom of described annular projection is fixed on described cavity bottom, the madial wall of described annular projection shrinks from the upper surface of described annular projection the annular slope being formed and be used for supporting CD downwards gradually to axle center, the upper end diameter of described annular slope is greater than the diameter of CD, the lower end diameter of described annular slope is less than the diameter of CD, the vertical height of described annular slope is equal to or greater than the thickness of described CD.
3. a kind of optical disc receptor according to claim 2, is characterized in that: the circumference of described annular projection is interval with several breach, is provided with one for by limited block spacing for described CD circumference in breach described in each.
4. a kind of optical disc receptor according to claim 3, it is characterized in that: described limited block is provided with the axis hole for being hinged on by described limited block in the two opposite side walls of described breach, the rotation direction of described limited block points to the axle center of described annular projection; The substantially L-shaped structure of described limited block, the has lateral extension arms of described limited block is provided with the driving inclined-plane coordinated with the circumferential side wall lower edge of described CD, the upper end of the vertical adjutage of described limited block is provided with the laminating inclined-plane of fitting with the circumferential side of described CD, described CD is rotated by limited block described in described driving slope driving, when the lower edge of described CD circumference side contacts with described annular slope, the described laminating inclined-plane of described vertical adjutage rotates to fitting with the circumferential side of CD.
5. a kind of optical disc receptor according to claim 4, is characterized in that: described annular projection is provided with four described limited blocks, 90 degree, interval between adjacent two described limited blocks.
6. a kind of optical disc receptor according to claim 5, it is characterized in that: the medium position of described box body is provided with and prevents described CD vertically to the limited support portion of side distortion bottom described box body, described limited support portion is the annular boss with described annular slope concentric, the internal diameter of described annular boss is equal to or greater than the diameter of described cd center hole, the external diameter of described annular boss is less than the diameter of non-writable area in the middle part of described CD, and the end face in described limited support portion is against the non-writable area in the middle part of described CD.
7. according to the arbitrary described a kind of optical disc receptor of claim 1-6, it is characterized in that: the inner side of described side plate is provided with several for supporting the dividing plate of described box body along the axis direction uniform intervals of described major axis, the spacing described in adjacent two between dividing plate equals or slightly larger than the thickness of described box body; Described box body and the hinged position of described major axis are provided with boss, and the thickness sum of described boss and described box body equals the spacing of adjacent two dividing plates and the thickness sum of dividing plate described in one of them.
8. a kind of optical disc receptor according to claim 7, is characterized in that: be also provided with described dividing plate inside described door-plate, and described box body is from the described dividing plate that can be supported in after described container cavity rotates described door-plate.
9. a kind of optical disc receptor according to claim 1, is characterized in that: the basic rectangular shaped of horizontal projection of described base and described box body, and described box body and the hinged corner of described major axis are provided with the fillet being convenient to rotate; Described side plate and all L-shaped structure of described door-plate, and the adjacent both sides of the corresponding described base of difference, the keying angle of described door-plate is 90 degree.
10. a kind of optical disc receptor according to claim 9, it is characterized in that: two sides that described base is corresponding with described door-plate are respectively equipped with strip groove, the inside bottom of described door-plate is provided with the strip dividing plate with described strip groove fit, when described door-plate cuts out, described strip dividing plate is positioned at described strip groove, and the upper surface of described strip dividing plate and the upper surface flush of described base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420539563.3U CN204087791U (en) | 2014-09-19 | 2014-09-19 | A kind of optical disc receptor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420539563.3U CN204087791U (en) | 2014-09-19 | 2014-09-19 | A kind of optical disc receptor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204087791U true CN204087791U (en) | 2015-01-07 |
Family
ID=52180473
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420539563.3U Withdrawn - After Issue CN204087791U (en) | 2014-09-19 | 2014-09-19 | A kind of optical disc receptor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204087791U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104200830A (en) * | 2014-09-19 | 2014-12-10 | 苏州天梯卓越传媒有限公司 | CD (compact disc) storing device |
| CN105551513A (en) * | 2016-01-25 | 2016-05-04 | 浙江理工大学 | Sliding cover type CD showing box |
-
2014
- 2014-09-19 CN CN201420539563.3U patent/CN204087791U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104200830A (en) * | 2014-09-19 | 2014-12-10 | 苏州天梯卓越传媒有限公司 | CD (compact disc) storing device |
| CN104200830B (en) * | 2014-09-19 | 2017-02-15 | 苏州天梯卓越传媒有限公司 | CD (compact disc) storing device |
| CN105551513A (en) * | 2016-01-25 | 2016-05-04 | 浙江理工大学 | Sliding cover type CD showing box |
| CN105551513B (en) * | 2016-01-25 | 2017-09-26 | 浙江理工大学 | A kind of sliding cover type CD displaying case |
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Inventor after: Hu Shouwen Inventor after: Hong Xuemin Inventor after: Mao Yunfeng Inventor before: Hu Shouwen Inventor before: Hong Xuemin Inventor before: Mao Yunfeng Inventor before: Ma Chuanqi |
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