CN201266345Y

CN201266345Y - Fixing mechanism for data access arrangement

Info

Publication number: CN201266345Y
Application number: CNU2008201251878U
Authority: CN
Inventors: 林修德
Original assignee: Giga Byte Technology Co Ltd
Current assignee: Giga Byte Technology Co Ltd
Priority date: 2008-07-04
Filing date: 2008-07-04
Publication date: 2009-07-01
Anticipated expiration: 2018-07-04

Abstract

The utility model discloses a fixing mechanism used for a data access device. The data access device is arranged on a frame; the data access device is provided with a hole; the fixing mechanism comprises a fixing component and a locating component; the fixing component comprises a bottom board fixed on the frame as well as two corresponding side boards bending and extending from the bottom board; a through hole corresponding to the hole is arranged on the bottom board; while the two side boards are respectively provided with a clamping part in an extending way; the locating component comprises a plate and a buckling board which bents and extends from one end of the plate; one end of the plate is pivoted with the frame; and a locating column penetrating the through hole convexly extends towards the direction of the plate facing to the bottom board; while the buckling board is provided with a buckling part for clamping and fixing the clamping part. The fixing mechanism has the effects of quickness and simplicity as well as effectively saving the mounting and dismounting time when mounting and dismounting the data access device and does not need to use any tools.

Description

The fixed mechanism that is used for data access arrangement

Technical field

The utility model refers to a kind of fixed mechanism that is used for data access arrangement especially relevant for a kind of fixed mechanism.

Background technology

Along with the continuous progress and development of science and technology, computing machine has become one of product indispensable in modern's life, and in a computing machine many main spare parts and outfit are arranged, for example: outfits such as disc driver, CD-ROM drive all are installed on the frame of main frame, and aforesaid disc driver and CD-ROM drive are to utilize the mode of screw locking to be fixed on the frame, this mode with the screw locking is quite loaded down with trivial details and inconvenient, and must just can screw togather locking by turnscrew.

In addition, in the process that screw screws togather, may be improper because of the mode that repeatedly screws togather or screw togather, and the screw that causes screw or disc driver, CD-ROM drive produces the situation of sliding tooth, as easy as rolling off a log generation screw drops on motherboard or in the slit in the process that screws togather or unscrew in addition, if fail timely taking-up then the possibility that is short-circuited is arranged, in addition then might the scratch circuit board in the process of taking out if careless slightly, these all can cause waste of time on installing and removal disc driver or the CD-ROM drive.

Novel content

A purpose of the present utility model provides a kind of fixed mechanism that is used for data access arrangement, by Pressing fastener fishplate bar or side plate start, and the interlock holding section embeds fixing or break away from buckling parts, and make reference column locate or break away from the hole of data access arrangement fast, with data access arrangement is fixed or removal on frame, loading and unloading on have rapid, easy effect.

Another purpose of the present utility model provides a kind of fixed mechanism that is used for data access arrangement, need not can carry out by means of instrument the installing and the removal of data access arrangement.

Another purpose of the present utility model provides a kind of fixed mechanism that is used for data access arrangement, can effectively save the time of loading and unloading data access arrangement.

Therefore, the utility model provides a kind of fixed mechanism that is used for data access arrangement, and this data access arrangement is located on the frame, and this data access arrangement has a hole, and this fixed mechanism is made of a fixed component and a location member; This fixed component comprises the base plate that is fixed on the described frame and extends from this base plate bending corresponding two side plates, offers a through hole of corresponding described hole on this base plate, and is extended with a holding section respectively at this two side plate; This align member comprises a flat board and bends and an extended snapping plate from this flat board one end, this flat board one end is articulated in described frame, and its direction towards this base plate protrudes out a reference column that wears this through hole, and this snapping plate then offers for the fixing buckling parts of this holding section stopper; By these holding sections being fixed or break away from this buckling parts, and make this reference column penetrate or withdraw from described hole.

The utility model has effect rapid, easy and that effectively save the lay time in the loading and unloading of data access arrangement, and need not by any instrument.

Description of drawings

Fig. 1 is a perspective exploded view of the present utility model.

Fig. 2 is another visual angle figure of Fig. 1.

Fig. 3 is a three-dimensional combination synoptic diagram of the present utility model.

Fig. 4 is the schematic perspective view that the utility model is applied to a frame.

Fig. 5 is user mode figure of the present utility model (one).

Fig. 6 is user mode figure of the present utility model (two).

Fig. 7 is the synoptic diagram of the 7-7 section of Fig. 6.

Fig. 8 is user mode figure of the present utility model (three).

Wherein, Reference numeral:

1 fixed mechanism, 10 fixed components

11 base plates, 111 fixed orifices

112 through holes, 12 side plates

121 holding sections, 122 pulling parts

13 arc spring laminations, 131 connecting sections

132 segmental arcs, 20 align members

21 dull and stereotyped 211 reference columns

212 locating slots, 22 snapping plates

221 buckling parts, 23 pin-jointing pieces

30 screws, 2 data access arrangement

200 sides, 201 holes

3 frames, 300 screws

301 perforates, 302 observation ports

Embodiment

Following examples further describe the utility model, but are not to be used for limiting protection domain of the present utility model.

See also Fig. 1 to Fig. 3 and cooperate and consult Fig. 4, the utility model is the fixed mechanism 1 that is used for data access arrangement, this data access arrangement 2 is located on the frame 3, this data access arrangement 2 has the side 200 for location usefulness, this side 200 is formed with a hole 201 (seeing also Fig. 7), and this fixed mechanism 1 is made of a fixed component 10 and a location member 20.

Aforementioned data access device 2 can be for example CD-ROM CD-ROM drive, DVD-ROM CD-ROM drive, floppy drive, CD-ROM CD writer, DVD-ROM CD writer or hard disk etc.

This fixed component 10 comprises a base plate 11 that is fixed on the described frame 3, and bend out corresponding two side plates 12 forward from these base plate 11 part both sides, on this base plate 11, offer a through hole 112 of plural fixed orifice 111 and corresponding described hole 201, two holding sections 121 that then being formed with between this two side plate 12 corresponds to each other is crisscross arranged, this two holding section 121 can be respectively a grab, and on an end of this side plate 12 respectively, be formed with a relatively respectively pulling part 122 of these holding section 121 interlocks, and extend an arc spring lamination 13 is arranged from these base plate 11 1 sides, these arc spring lamination 13 two ends are formed with a connecting section 131 and a segmental arc 132, this connecting section 131 is connected on the described frame 3, this arc spring lamination 13 can be a shell fragment, and above-mentioned frame 3 offers the plural screw 300 to fixed orifice 111 that should base plate 11, plural perforate 301 to hole 201 that should data access arrangement 2, an and observation port 302 that is positioned at these perforate 301 belows, and can lock in this screw 300 by plural screw 30 wears this fixed orifice 111, so that this base plate 11 is fixed on the described frame 3, whether this observation port 302 aims at the perforate 301 of described frame 3 in order to the hole 201 of observation data access device 2.

This align member 20 comprise be articulated in described frame 3 and to should arc spring lamination 13 be provided with one dull and stereotyped 21 and from this bending of flat board 21 1 ends and an extended snapping plate 22, but these flat board 21 elasticity compress this segmental arc 132, the direction that this flat board 21 has towards this base plate 11 protrudes out a reference column 211 that wears this through hole 112, and offer a locating slot 212, this locating slot 212 is for the segmental arc 132 ccontaining location of this

arc spring lamination

13,22 of this snapping plates offer for the fixing buckling parts 221 of these holding section 121 stoppers, described this buckling parts 221 can be a button hole, in addition, extend a pin-jointing piece 23 by a side of this flat board 21, this pin-jointing piece 23 is articulated on the described frame 3, so that this align member 20 can be made rotary oscillation on described frame 3.

When using the utility model, see also Fig. 5 to Fig. 8, at first push the pulling part 122 of this side plate 12, this two side plate 12 is contracted toward in, and then this two holding section 121 of interlock breaks away from toward interior contraction and from this buckling parts 221 relatively, and can eject this flat board 21 by the elastic-restoring force of this arc spring lamination 13, and make respectively by the reference column 211 in this through hole 112 that is located in this base plate 11 and frame 3 and the perforate 301, in the hole 201 of described data access arrangement 2, break away from, so that data access arrangement 2 can be from rapid removal on the described frame 3; Again by push this snapping plate 22 towards the direction of this fixed component 10, wear at last and fix in this buckling parts 221 and contractd toward in this two holding section 121, so that this reference column 211 penetrates the hole 201 of described data access arrangement 2, and data access arrangement 2 is fixed on the described frame 3 rapidly.

Therefore, the utility model has rapid, easy effect in the loading and unloading of described data access arrangement 2, and then effectively saves the time of loading and unloading, in addition in the process of loading and unloading, need not to carry out the installing or the removal of data access arrangement 2 by to any instrument.

In sum, using the utility model has rapid, easy and has in the loading and unloading of DAA Effect is saved the effect of lay day, and solves the various shortcoming of prior art, possesses high industrial utilization.

Claims

1. a fixed mechanism that is used for data access arrangement is characterized in that, this data access arrangement is located on the frame, and this data access arrangement has a hole, and this fixed mechanism comprises:

One fixed component, comprising the base plate that is fixed on the described frame and extending from this base plate bending has corresponding two side plates, offers a through hole of corresponding described hole on this base plate, and is extended with a holding section respectively at this two side plate; And

One location member, comprise a flat board and bend an also extended snapping plate from this flat board one end, this flat board one end is articulated in described frame, and its direction towards this base plate protrudes out a reference column that wears this through hole, and this snapping plate then offers for the fixing buckling parts of this holding section stopper;

Fix or break away from this buckling parts by this holding section, and make this reference column penetrate or withdraw from described hole.

2. the fixed mechanism that is used for data access arrangement according to claim 1 is characterized in that, this fixed component also comprises from the extended arc spring lamination of this base plate one side, and this arc spring lamination is to should dull and stereotypedly being provided with.

3. the fixed mechanism that is used for data access arrangement according to claim 2 is characterized in that, these arc spring lamination two ends are formed with a connecting section and a segmental arc, the described frame of this connecting section butt, and this segmental arc then compresses for this flat board elasticity.

4. the fixed mechanism that is used for data access arrangement according to claim 2 is characterized in that this flat board offers a locating slot, and this locating slot is for the ccontaining location of this arc spring lamination.

5. the fixed mechanism that is used for data access arrangement according to claim 1 is characterized in that, respectively an end of this side plate is formed with a relatively respectively pulling part of this holding section interlock.

6. the fixed mechanism that is used for data access arrangement according to claim 1 is characterized in that these holding sections correspond to each other and are crisscross arranged.

7. the fixed mechanism that is used for data access arrangement according to claim 1 is characterized in that, this align member also comprises from the extended pin-jointing piece of this flat board one end.

8. the fixed mechanism that is used for data access arrangement according to claim 1 is characterized in that, this holding section is a grab, and this buckling parts then is a button hole.