CN1661712A

CN1661712A - Optical disks deposited device of possessing adsorptive capacity

Info

Publication number: CN1661712A
Application number: CN 200410003175
Authority: CN
Inventors: 陈李锭
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-02-24
Filing date: 2004-02-24
Publication date: 2005-08-31

Abstract

The present invention discloses an optic disk storage device with adsorbability. Said optical disk storage device at least includes an upper cover and a lower cover. The size and form of said two cover bodies can make both them be combined together, and between both them a receiving space capable of storing more than one optic disk is formed, a conver body is projected from inner side of any cover body, and the diameter of said convex body can make the positioning hole of an optick disk be positioned in the periphery of said convex body, and the central position place adjacent to said convex body is equipped with a magnetic element, said magnetic element can make the optic disk storage device be adsorbed on a magnetic conductivity metal panel of exhibition and show.

Description

The optical disc storage units of tool adsorptive power

Technical field

The present invention relates to a kind of optical disc storage units, more particularly, relate to a kind of optical disc storage units that makes and be adsorbed on structure on the magnetic conductive metal object.

Background technology

In recent years, various CD (as: CD and DVD etc.) occurs in succession, since it possess the amount of storing data big, be easy to collection, and advantage such as moisture-sensitive damage not, and welcome by industry and consumer, be used to store various image, music and data message, and have and replace traditional magnetic disk gradually, become the trend of main flow Storage Media.CD with the present standard specification of widely using is example, its diameter is about 12 lis of material, thickly be about one millimeter, its storage volume CD CD generally is about 650-750M byte (Mega bit group), the DVD CD is about 7-8G byte (Giga bit group), tradition is used to deposit the device of these CDs, all be to make by rigid plastic material, generally be referred to as optical disk cartridge (compact disk holder) 10, as shown in Figure 1, this optical disk cartridge 10 comprises a upper cover body 11 and a lower cover 12, two lids 11, a side of 12 is articulated, and is formed with an accommodation space that just can store a CD 13 therebetween, and lower cover 12 inboards convex with the flexible chimera 14 of a tool, the size of this chimera 14 just can embed the pilot hole 131 that CD 13 central authorities are offered, and makes CD 13 be positioned at this lower cover 12 inboards.Though this optical disk cartridge 10 is general common optical disc storage units, because its volume is bigger, length is about 14.3 centimetres; width is about 12.2 centimetres, and thickness is more up to 1 centimetre, so take collection space; in addition; because its material is hard, crisp, when being collided or dropping ground, very easily causes housing to break; or make the pin-jointed structure of 11,12 of two lids rupture; and can't bear to use, or can't cover smoothly, to protect the CD 13 that stores in it.

In view of this, be to have the dealer that this device is designed to a kind of plug-type optical disk cartridge 20, as shown in Figure 2, this optical disk cartridge 20 is a closed shell of being made by plastic material, one lateral edges of this housing offers an elongate slot 22, insert wherein for a CD 23, and make it under the restriction of a set flexible member 24, ccontaining being positioned in the accommodation space set in the optical disk cartridge 20, this design, though omitted aforesaid pin-jointed structure, make its structure and operation more simplify, but because its storing mode is by CD 23 is inserted in the optical disk cartridge 20 by elongate slot 22, so the essential suitable interval T that keeps between two corresponding interior sidewall surface of this optical disk cartridge 20, to avoid CD 23 when inserting optical disk cartridge 20, because of the two corresponding interior sidewall surface that rub, and cause CD 23 surface abrasions, can't use, therefore, this design and fail effectively to dwindle the thickness of optical disc storage units.In addition, in recent years, after the CD of rewritable and duplicative occurs, people utilize this disc storage image, huge information such as music and data, preserved, or the situation of representing other people, more and more many, such as at wedding anniversary, birthday, athletic meeting, life such as classmate's association and works presentations are in the great date, by multimedia making software, with relevant litigant's life outline, collocation is the aside and the music of establishment meticulously, be recorded on the CD, be made into videodisc, the dispensing relatives and friends, become at present the most fashionable and tool is commemorated the present that is worth, so it is little how to design a kind of volume, simple in structure, open and close easily, be easy to add to order, and convenient optical disc storage units of showing, be the problem that institute of the present invention desire solves.

Summary of the invention

The object of the present invention is to provide a kind of optical disc storage units of tool adsorptive power, this optical disc storage units can firmly be adsorbed on any metal decking made from magnetic conductive material, not only for displaying displaying but also can conveniently heling himself freely to, can make plural optical disc storage units be able to mutual absorption in addition, fitly storehouse is folded rests on together, conveniently to add to order.

Another object of the present invention is to provide a kind of optical disc storage units of tool adsorptive power, this optical disc storage units can not need on two lids any blocking element of design, just can make two lids closely cover together, thereby effectively simplifies the structure and move.

Another purpose of the present invention is to provide a kind of optical disc storage units of tool adsorptive power, and this optical disc storage units can make two lids more closely cover and be integral, and makes it cover and breakdown action becomes more smooth-going.

A further object of the present invention is to provide a kind of optical disc storage units of tool adsorptive power, and this optical disc storage units CD is positioned between adjacent lid and spacer (or adjacent positioned sheet), makes CD unlikely easily by dropping on the convex body.

The optical disc storage units of tool adsorptive power includes among the present invention:

One upper cover body;

One lower cover, this lower cover just can cover together mutually with upper cover body, be formed with one therebetween and just can store the accommodation space of the above CD of a slice at least, its inboard convexes with a convex body respectively in the position corresponding to the pilot hole of each CD, the diameter of this convex body just can make the pilot hole of CD be positioned at its outer rim, it is characterized in that: the centre at contiguous described convex body is provided with a magnetic element, make optical disc storage units can firmly be adsorbed on because of the effect of magnetic element on any metal decking made from magnetic conductive material, as: refrigerator, on the surface of metal deckings such as affairs facility and blank, show for display, conveniently help himself freely to, and can make plural optical disc storage units be able to mutual absorption, fitly pile up or rest on together, conveniently to add to order.

Be not provided with in described two lids on another lid of convex body in position corresponding to each convex body, be fixed with metal lamellar body or another magnetic element of making by magnetic conductive material respectively, make two lids cover when being integral mutually, magnetic element can be adsorbed on metal lamellar body or another magnetic element, so, can not need any blocking element of design on two lids, and make two lids closely cover together, effectively simplify the package assembly and the action of optical disc storage units.

The periphery of described two lids is set up the corresponding blocking element that at least more than one can be chimeric mutually respectively, make two lids when covering mutually, each corresponding blocking element can be when magnetic element adsorbs metal lamellar body or another magnetic element, beginning is entrenched togather mutually, make two lids assisting down at these blocking elements, can more closely cover and be integral, and make it cover and breakdown action becomes more smooth-going.

Set up the above spacer of a slice at least between described two lids, respectively a lateral margin of this spacer is connected with a lateral margin of two lids, after lumping together at two cover caps, each spacer can be placed between two lids in the formed accommodation space, each spacer inboard convexes with at least one convex body, the diameter of this convex body just can make a pilot hole of offering in the middle of the CD be positioned at the external edge of convex, central position at contiguous convex body is equiped with a magnetic element, so, can firmly be attached together because of the effect of magnetic element on it between adjacent lid and spacer (or adjacent positioned sheet), order CD is therebetween made CD unlikely easily by dropping on the convex body by between adjacent lid and spacer (or adjacent positioned sheet).

Description of drawings

Fig. 1 is the structural representation of conventional optical disc box;

Fig. 2 is the structural representation of another optical disk cartridge of tradition;

Fig. 3 is the structural representation of optical disc storage units in the first embodiment of the invention;

Fig. 4 is the user mode synoptic diagram of optical disc storage units shown in Fig. 3;

Fig. 5 is another user mode synoptic diagram of optical disc storage units shown in Fig. 3;

Fig. 6 is another enforcement illustration of optical disc storage units shown in Fig. 3;

Fig. 7 is the cross-sectional view of optical disc storage units in second preferred embodiment of the present invention;

Fig. 8 is the schematic appearance of optical disc storage units when opening in the 3rd preferred embodiment of the present invention;

Fig. 9 is the surface structure synoptic diagram of optical disc storage units shown in Fig. 8 when covering;

Figure 10 is the cross-sectional view of optical disc storage units shown in Fig. 8 when covering;

Figure 11 is the synoptic diagram of optical disc storage units shown in Fig. 8 when covering state;

Figure 12 is the cross-sectional view of optical disc storage units in the 4th preferred embodiment of the present invention;

Figure 13 is the cross-sectional view of optical disc storage units in the 5th preferred embodiment of the present invention.

Embodiment

First embodiment

The optical disc storage units 30 of tool adsorptive power in the present embodiment, as shown in Figure 3, comprise a upper cover body 31 and a lower cover 32, this two

lid

31,32 size and shape just can make the two cover mutually together, this two

lid

31,32 cover together after, be formed with one therebetween and just can store the accommodation space of the above CD 33 of a slice at least, in this embodiment, with the optical disc storage units that stores two CDs 33 is example, lower cover 32 inboards wherein, position at a pilot hole 331 of offering corresponding to each CD 33 centre convexes with a convex body 34 respectively, the diameter of this convex body 34 just can make the pilot hole 331 of CD 33 be positioned at the outer rim of this convex body 34, central position at contiguous convex body 34, be equiped with a magnetic element 35, this magnetic element 35 can make optical disc storage units 30 firmly be adsorbed on any metal decking made from the magnetic conductivity material.So, optical disc storage units 30 among the present invention can optionally be positioned in as: on the metal decking surfaces such as refrigerator and host computer, as shown in Figure 4 and Figure 5, show for display, conveniently taking, or can adsorb mutually, fitly pile up or lean on the table, as shown in Figure 5, with convenient collection and arrangement.

As shown in Figure 3; in this first preferred embodiment; two lids 31; 32 is one-body molded; and one side edge links together; to make two lids 31; 32 can open or cover; but when the present invention uses in reality, be not limited thereto, allly be familiar with this skill personage; can be with two lids 31; 32 separately make; or upper cover body 31 is divided into can be in order to protect the sub-lid 311 of each corresponding CD; 312, as shown in Figure 6, as long as two lids 31; 32 size and shape; just can cover mutually together; and possesses aforementioned accommodation space; features such as convex body 34 and magnetic element 35 to store the CD more than a slice 33 at least, all belong to the alleged optical disc storage units of the present invention.

Second embodiment

The optical disc storage units 70 that is provided in the present embodiment, as shown in Figure 7, comprise a upper cover body 71 and a lower cover 72, this two

lid

71,72 size shape just can make the two cover mutually together, and this two

lid

71,72 after covering, be formed with one therebetween and just can store the accommodation space 74 of the above CD 73 of a slice at least, lower cover 72 inboards convex with at least one convex body 75, the pilot hole 731 that the diameter of this convex body 75 just can make a CD 73 central authorities be offered is positioned at this convex body 75 outer rims, central position at contiguous this convex body 75, be equiped with a magnetic element 76, on this upper cover body 71 corresponding to the position of this convex body 75, be fixed with a metal lamellar body (or another magnetic element) 77 of making by magnetic conductive material, make two

lids

71,72 are covering when being integral mutually, magnetic element 76 on the lower cover 72 can be adsorbed on the metal lamellar body (or another magnetic element) 77 of upper cover body 71, so, can not need at two lids 71, the situation of any blocking element of design once on 72, closely make two

lids

71,72 combine, and have simplified the package assembly and the action of optical disc storage units effectively.

The 3rd embodiment

Optical disc storage units 80 among this embodiment, as Fig. 8 and shown in Figure 9, comprise a upper cover body 81 and a lower cover 82, this two

lid

81,82 periphery is respectively equipped with the corresponding blocking element 83 that at least more than one can be chimeric mutually, in this embodiment with at two

lids

81,82 periphery establish respectively three can be chimeric mutually corresponding blocking element 83 be example, as shown in figure 10, lower cover 82 inboards convex with at least more than one convex body 84, the diameter of this convex body 84 just can make the pilot hole that central authorities offered 851 of a CD 85 be positioned at the outer rim of this convex body 84, central position at contiguous convex body 84, be equiped with a magnetic element 86, upper cover body 81 is in the position corresponding to convex body 84, is installed with a metal lamellar body (or another magnetic element) 87 of being made by magnetic conductive material.So, when two

lids

81,82 tegmentums are fashionable, as Fig. 9 and shown in Figure 10, the thrust that upper cover body 81 can apply because of the user, and center displacement is taken place in lower cover 82, and make blocking element 83 on the upper cover body 81 be in just can with the position of corresponding blocking element 83 tablings on the lower cover 82, but keep an appropriate gap G to each other, simultaneously, because the center of the magnetic element 86 on the lower cover 82 and the center of the metal lamellar body on the upper cover body 81 (or another magnetic element) 87 are eccentric state, so when magnetic element 86 absorption metal lamellar bodies (or another magnetic element) 87, and make two

lids

81,82 align and cover when being integral, each lid 81, the blocking element 83 of three correspondences of 82 peripheries promptly is entrenched togather, as shown in figure 11 mutually, make two

lids

81,82 assisting down at these blocking elements 83, can more closely be combined into one, and make covering or open operation of disc storage device 80, become more smooth-going.

The 4th embodiment

The optical disc storage units 90 that is provided in the present invention's the 4th preferred embodiment, as shown in figure 12, comprise a upper cover body 91, at least the spacer 93 of the above tool adsorptive power of a slice and a lower cover 92, this two lid 91, a lateral margin of 92 is connected with a lateral margin of each spacer 93, with at two lids 91,92 tegmentums are fashionable, each spacer 93 just can be housed inside two lids 91, between 92 in the formed accommodation space, in this embodiment, with two spacers 93 is example, wherein each spacer 93 inboard convexes with at least one convex body 94, the pilot hole 951 that the diameter of this convex body 94 just can make CD 95 central authorities be offered is positioned at this convex body 94 outer rims, central position at contiguous this convex body 94, one magnetic element 96 is housed, make adjacent spacer 93 firmly to be attached together because of the effect of magnetic element on it 96, so, can make each CD 95 be limited between lid and spacer (or adjacent positioned sheet), and unlikelyly fall down from convex body 94 easily.

In this embodiment, as shown in figure 12, lower cover 92 inboards also can convex with at least one convex body 94, the diameter of this convex body 94 just can make the centrally-located hole 951 of CD 95 be positioned on its outer rim, central position at contiguous this convex body 94, be equiped with a magnetic element 96, make itself and 93 of adjacent positioned sheets firmly to be attached together because of the interaction of magnetic element 96.As for the position of upper cover body 91 inboards corresponding to the convex body 94 of adjacent positioned sheet 93, can fix a metal lamellar body (or another magnetic element) 97 of making by magnetic conductive material, when covering upper cover body 91 to lower cover 92, can be adsorbed and cover to lower cover 92 because of the magneticaction of magnetic element 96.

The 5th embodiment

Optical disc storage units 100 in the present embodiment, as shown in figure 13, the spacer that comprises a upper cover body 101 and at least two above tool adsorptive poweies, present embodiment is an example with three spacers, wherein a lateral margin of upper cover body 101 is connected with a lateral margin of one first spacer 103, this upper cover body 101 just can cover on first spacer 103, and form an accommodation space betwixt, this first spacer 103 convexes with at least one convex body 104 towards a side of upper cover body 101, the pilot hole 1051 that the diameter of this convex body 104 just can make CD 105 central authorities be offered is positioned at the outer rim of this convex body 104, the central authorities of this convex body 104 are equiped with a magnetic element 106, these upper cover body 101 inboards are corresponding to the position of the convex body 104 of first spacer 103, be fixed with a metal lamellar body (or another magnetic element) 107 of making by magnetic conductive material, so, when upper cover body 101 covers to first spacer 103, upper cover body 101 can be because of the magneticaction of magnetic element 106, is integral and be adsorbed to cover with first spacer 103.Another lateral margin of this first spacer 103 is connected with a lateral margin of one second spacer 113, and this first spacer 103 just can cover on this second spacer 113, and forms an accommodation space betwixt.This second spacer 113 is towards a side of first spacer 103, convex with at least one convex body 114, the pilot hole 1051 that the diameter of this convex body 114 just can make CD 105 central authorities be offered is positioned at this convex body 114 outer rims, the central authorities of this convex body 114 are equiped with a magnetic element 116, so, when this first spacer 103 covers to second spacer 113, can be integral and cover smoothly because of the attracting each other of these magnetic elements 106,116.Another lateral margin of second spacer 113 is connected with a lateral margin of one the 3rd spacer 123, this second spacer 113 just can cover on the 3rd spacer 123, and form an accommodation space betwixt, the 3rd spacer 123 is towards a side of second spacer 113, convex with at least one convex body 124, the pilot hole 1051 that the diameter of this convex body 124 just can make CD 105 central authorities be offered is positioned at this convex body 124 outer rims, the central authorities of this convex body 124 are equiped with a magnetic element 126, so, when second spacer 113 covers to the 3rd spacer 123, can be because of magnetic element 116,126 attract each other covers and is integral.In addition, because in the present embodiment, the adjacent positioned sheet also can be positioned at each CD therebetween because of the attracting each other of magnetic element, and unlikelyly falls down from the convex body easily.

In the 5th embodiment, upper cover body 101 and each spacer 103,113,123 periphery, also can be as described, be respectively equipped with the corresponding blocking element (not shown) that at least more than one can be chimeric mutually, with at upper cover body 101 or each spacer 103,113,123, because of stressed during to adjacent positioned sheet generation center displacement, blocking element on it just movable to the adjacent positioned sheet on the corresponding mutual chimeric correspondence position of blocking element, at this moment, because the center of the center of the metal lamellar body 107 of upper cover body 101 and the magnetic element 106 of first spacer 103, or the center of the magnetic element of adjacent positioned sheet, be eccentric state, so when magnetic element absorption metal lamellar body, or adjacent magnetic element is attached together each other, and makes the upper cover body and first spacer, or the adjacent positioned sheet, align and cover when being integral, its periphery can promptly be entrenched togather by chimeric mutually corresponding blocking element mutually.

In addition; the design attitude of magnetic element described in the previous embodiment and metal lamellar body and quantity can be according to actual needs conversion or adjustment in addition, but; regardless of its conversion or adjustment mode; as long as design is on contiguous each convex body and correspondence position thereof, so that adjacent housings, or adjacent housings and spacer; or between the adjacent positioned sheet; can be attached together mutually because of magnetic action, all be considered to fall into protection scope of the present invention.

Claims

1. the optical disc storage units of a tool adsorptive power includes:

One upper cover body;

One lower cover, this lower cover just can cover together mutually with upper cover body, be formed with one therebetween and just can store the accommodation space of the above CD of a slice at least, its inboard convexes with a convex body respectively in the position corresponding to the pilot hole of each CD, the diameter of this convex body just can make the pilot hole of CD be positioned at its outer rim, it is characterized in that: the centre at contiguous described convex body is provided with a magnetic element.

2. according to the optical disc storage units described in the claim 1, it is characterized in that: described upper cover body is in the position corresponding to each convex body, is fixed with a metal lamellar body of being made by magnetic conductive material respectively.

3. according to the optical disc storage units described in the claim 2, it is characterized in that: the periphery of described upper cover body and lower cover is respectively equipped with the corresponding blocking element that at least more than one can be chimeric mutually.

4. according to the optical disc storage units described in the claim 3, it is characterized in that: described storing unit is one-body molded, and a side edge of upper cover body and lower cover links together.

5. according to the optical disc storage units described in the claim 4, it is characterized in that: described upper cover body is when covering to lower cover, can be to lower cover generation center displacement, and each the blocking element on the upper cover body just is moved to the correspondence position corresponding to each blocking element on the lower cover, each corresponding blocking interelement keeps an appropriate gap, at this moment, be eccentric state between the center of the center of magnetic element and upper cover body metal lamellar body on the lower cover, when so magnetic element is adsorbed on the metal lamellar body, two lids will align to cover and be integral, and each corresponding blocking element will be entrenched togather mutually.

6. according to the optical disc storage units described in the claim 5, it is characterized in that: described upper cover body comprises that at least more than one is respectively applied for the sub-lid of each CD of protection.

7. according to the optical disc storage units described in the claim 5, it is characterized in that: described metal lamellar body is another magnetic element.

8. the optical disc storage units of a tool adsorptive power includes:

One upper cover body;

One lower cover, the size of this lower cover and shape just can cover together mutually with upper cover body; It is characterized in that: also comprise the above spacer of a slice at least, each spacer is located between upper cover body and the lower cover, and the one lateral margin is connected with a lateral margin of two lids, after covering at two lids, be placed between two lids in the formed accommodation space, this spacer inboard convexes with at least one convex body, and the pilot hole that the diameter of this convex body just can make CD central authorities be offered is positioned at its outer rim, and is equiped with a magnetic element in the central position of contiguous convex body.

9. the optical disc storage units described in according to Claim 8 is characterized in that: described upper cover body inboard is fixed with a metal lamellar body of being made by magnetic conductive material corresponding to the position of the convex body of spacer.

10. according to the optical disc storage units described in the claim 9, it is characterized in that: described lower cover inboard convexes with at least one another convex body, the pilot hole that the diameter of this another convex body just can make CD central authorities be offered is positioned at its outer rim, and is equiped with a magnetic element in the central position of contiguous this another convex body.

11. the optical disc storage units according to described in the claim 10 is characterized in that: the periphery of described upper cover body and lower cover is respectively equipped with the corresponding blocking element that at least more than one can be chimeric mutually.

12. the CD spacer of a tool adsorptive power, it is characterized in that: convex with at least one convex body on the side of this spacer, the pilot hole that the diameter of this convex body just can make CD central authorities be offered is positioned at its outer rim, and is equiped with a magnetic element in the central position of contiguous this convex body.

13. the optical disc storage units of a tool adsorptive power is characterized in that comprising:

One upper cover body;

Spacer more than at least two, wherein a lateral margin of a spacer is connected with a lateral margin of upper cover body, upper cover body just can be covered on this spacer, and form an accommodation space betwixt, this spacer convexes with at least one convex body towards a side of upper cover body, the pilot hole that the diameter of this convex body just can make CD central authorities be offered is positioned at the external edge of this convex, and is equiped with a magnetic element in the central position of contiguous this convex body; Another lateral margin of this spacer is connected with a lateral margin of another spacer, spacer just can be covered on another spacer, and form an accommodation space betwixt, this another spacer convexes with at least one another convex body towards a side of this spacer, the pilot hole that the diameter of this another convex body just can make another CD central authorities be offered is positioned at the external edge of this another convex, and is equiped with another magnetic element in the central position of contiguous another convex body.

14. the optical disc storage units according to described in the claim 13 is characterized in that: described upper cover body inboard is fixed with a metal lamellar body of being made by magnetic conductive material, and when this upper cover body covered on spacer, this magnetic element just can be adsorbed on the metal lamellar body.

15. the optical disc storage units according to described in the claim 13 is characterized in that: the periphery of described upper cover body and spacer is respectively equipped with the corresponding blocking element that at least more than one can be chimeric mutually.

16. the optical disc storage units according to described in the claim 14 is characterized in that: the periphery of described adjacent positioned sheet is respectively equipped with the corresponding blocking element that at least more than one can be chimeric mutually.

17. according to the optical disc storage units described in the claim 15, it is characterized in that: described upper cover body is when covering to spacer, can be to spacer generation center displacement, and each blocking element of upper cover body is just movable to the correspondence position corresponding to each the blocking element on the spacer, each corresponding blocking interelement also keeps an appropriate gap, at this moment, the center of the center of the magnetic element on this spacer and upper cover body metal lamellar body is eccentric state, when so magnetic element is adsorbed on the metal lamellar body, the two will align to cover and be integral, and each corresponding blocking element is entrenched togather mutually.

18. according to the optical disc storage units described in the claim 16, it is characterized in that: described spacer is when covering to another spacer, can be to this another spacer generation center displacement, and each the blocking element on this spacer is just movable to the correspondence position corresponding to each the blocking element on this another spacer, each corresponding blocking interelement also keeps an appropriate gap, at this moment, the center of each magnetic element on each spacer is eccentric state, when so each magnetic element attracts each other together, each spacer will align to cover and be integral, and each corresponding blocking element will be entrenched togather mutually.