CN2715297Y - Fixing device for data accessor - Google Patents

Abstract

The utility model relates to a fixer for a document memory access, which is used for fixing the document memory access, both side walls of which are provided with a plurality of big end screws. The utility model comprises a magnetic shelf and an operation body, wherein the magnetic shelf is provided with two side walls which are correspondingly provided with a set of slide ways, each of which is provided with a tail end, and the document memory access is arranged in the corresponding slide way in a sliding manner through the bid end screws. The operation body is pivoted on one side wall of the magnetic shelf, the front end is provided with a clamping block corresponding to the slide way, and the back part is provided with an elastic part. The big end screws on one side wall of the document memory access are fixed between the tail end of the slide way and the clamping block, and the document memory access is fixed in the magnetic shelf.

Description

Fixer of data access device

[technical field]

The utility model is about a kind of fixer of data access device, is meant a kind of buckle-type fixer of data access device especially.

[background technology]

One or more data access can be installed usually in computer inside, and these data access are to accommodate and lock in the magnet stand of computer housing.

The physical data memory access is that directly locking is on magnet stand with screw, and as No. the 87200884th, Taiwan patented claim, the fixer of data access device of its exposure comprises: a base, and this base is a tabular, is used for accepting this data access; One the first side wall, this first side wall extends setting along base one side, which is provided with at least one fixed pin; One second sidewall, this second sidewall which is provided with second shell fragment that first shell fragment and with through hole has salient point along the relative the first side wall setting of base one side; Wherein, this fixed pin inserts in the relative hole of this data access one side, this first and second shell fragment is resisted against the opposite side of data access, and this first shell fragment cooperates the screw locking in this data access relative opening, and this second shell fragment then is fastened in the relative opening of this data access with salient point.But the mode of this fixedly data access must be operated very inconvenience with instruments such as bottle opener loading and unloading screw.

Growing along with computer technology, slide rail type data access fixed form has appearred in industry, and No. 98235030.9 announcement has a kind of fixer of data access device as People's Republic of China's patent, and it comprises a plate body and a ground lug.This plate body is the both sides that are installed in data access, and this ground lug has canned paragraph, first section and second section.Wherein screw can pass the canned paragraph of this ground lug and the through hole of plate body, shell fragment and this plate body are fixed on the data access both sides, first section and second section of this ground lug are respectively equipped with some contact flat springs, and contact with computer housing with the data access shell respectively by contact flat spring and to constitute grounded circuit, be used for simultaneously this data access is installed in the computer housing.This mode still needs by turnscrew screw to be twisted solid or pine oil when the dismounting data access, and itself and slide rail are locked or disengaging, and assembling process is still loaded down with trivial details time-consuming.

[summary of the invention]

The purpose of this utility model be to provide a kind of simple in structure, easy to operate, do not need the buckle-type fixer of data access device operated by turnscrew.

Technical problem to be solved in the utility model realizes by following technical proposal: the utility model fixer of data access device is to be used for fixing the data access that a two side respectively is provided with some thumb screws, and this fixer of data access device comprises a magnet stand and an operating body.This magnet stand has the two side, and this two side correspondence is offered one group of chute, and each chute has an end, and this data access is slidingly installed with in the chute of correspondence by its thumb screw.This operating body pivots and is installed on the sidewall of this magnet stand, and its front end is to being provided with a fixture block by chute, and the rear portion is provided with an elastic, and each fixture block has a guiding face and a blocking surface.Promote the fixture block that thumb screw that this data access makes its rear end contacts this operating body to the rear portion, and outwards boost this operating body along the guiding face of this fixture block, this elastic is compressive deformation simultaneously, the height that is boosted when this guiding face is during greater than the thickness of this thumb screw head, this thumb screw just slips over this fixture block, this elastic resilience simultaneously restores to the original state this operating body, thereby between the stop surface of terminal and this fixture block of this chute, therefore this data access is fixed in this magnet stand with this thumb screw fixing.In the chute of this magnet stand, take out this data access if need, only need inwardly push this operating body makes this elastic compressive deformation, thereby this fixture block is outwards lifted, when the height that lifts during greater than the thickness of the thumb screw head of this data access, this data access just can be extracted out in this chute.

Advantage of the present utility model is: simple in structure and easy to operate, only need installation one operating body on magnet stand can be realized the fixing to the data access in the magnet stand, and need not operate by turnscrew.

[description of drawings]

The utility model will be further described in conjunction with the embodiments with reference to the accompanying drawings.

Fig. 1 is the three-dimensional exploded view of the utility model fixer of data access device first embodiment.

Fig. 2 is the stereographic map of the operating body of fixer of data access device among Fig. 1.

Fig. 3 is another visual angle stereographic map of the operating body of Fig. 2.

Fig. 4 is the three-dimensional assembly diagram of the fixer of data access device of Fig. 1.

Fig. 5 is the stereo amplification figure of V part among Fig. 4.

Fig. 6 is the three-dimensional exploded view of the utility model fixer of data access device second embodiment.

Fig. 7 is another visual angle stereographic map of the operating body among Fig. 6.

[embodiment]

Please refer to Fig. 1, the utility model fixer of data access device is to be used for fixing a pair of data access 30, and this fixer of data access device comprises a magnet stand 10 and an operating body 20.

This magnet stand 10 has two side 11, and these two side 11 symmetries have two groups of parallel chutes 12.Each chute 12 comprises that a notch 14 and that is arranged on front end is arranged on the end 16 at rear, and the both sides up and down of chute 12 also are interval with some stiffening rib 15 to increase the physical strength of this chute 12.One sidewall 11 is vertically outwards gone out support chip 18,19 respectively in these both sides, two chutes, 12 rear end, and support chip 18 is provided with a tongue piece 182 and a pivot hole 13, and 19 of this support chips are provided with a pivot hole 17 to pivot hole 13 that should support chip 18.

This two data access 30 is slidingly installed with in the chute 12 of this magnet stand 10.Each data access 30 has two side 32, is equiped with some thumb screws 34 on each sidewall 32 at interval.This two data access 30 can be packed in this magnet stand 10 by head slip in the chute 12 of this magnet stand 10 of these thumb screws 34.

Please jointly with reference to Fig. 2 and Fig. 3, this operating body 20 is pivoted on 18 of two support chips of this magnet stand 10.This operating body 20 is that the side is wavy plate body, is divided into a clamping part 26 and a press section 28 respectively before and after its axial rough medium position.The front end of these clamping part 26 medial surfaces is provided with a pair of wedge shape fixture block 29, and each fixture block 29 comprises a guiding face 291 and a stop surface 292.This press section 28 dashes at interval to the inside and establishes a pair of elastic 25, and this two elastic portion 25 has better elastic, can produce elastic deformation when this press section 28 is pressed.Establish some tread plates 27 between this two elastic portion 25 with convenient operation to this press section 28.This operating body 20 has a two opposite sides edge 22 and an end edge 24.Each lateral margin 22 outside correspondence is provided with that a pivot 21 is used for and the pivot hole of the support chip 18 of this magnet stand 10 13 cooperates.This end edge 24 is the position banking stop 23 that vertically extends internally in the middle, and this banking stop 23 can prevent the excessive deformation of this two elastic portion 25.

Please jointly with reference to Fig. 4 and Fig. 5, during assembling, the elastic 25 that makes this operating body 20 is towards this sidewall 11, and make the rear portion of its press section 28 towards this magnet stand 10, earlier the pivot 21 of these operating body 20 1 side lateral margins 22 is aimed at the pivot hole 17 of support chips 19 and penetrate in it, upwards pulling this support chip 18 makes the bottom surface of the pivot 21 of these operating body 20 opposite side lateral margins 22 against this support chip 18 in right amount then, promote this pivot 21 towards pivot hole 13 directions, this pivot 21 forces this upwards distortion of tongue piece 182, and this pivot 21 penetrates in the pivot hole 13 of this support chip 18 thereupon.This moment, the elastic 25 of this operating body 20 was resisted against on the sidewall 11 of this magnet stand 10, and clamping part 26 inboards also are resisted against on this sidewall 11, thereby this operating body 20 is pivoted on the sidewall 11 of this magnet stand 10.The thumb screw 34 of these data access 30 sidewalls 32 is penetrated in this chute 12 from the notch 14 of the chute 12 of this magnet stand 10.Promote the fixture block 29 of clamping part 26 that this data access 30 makes these operating bodies 20 of thumb screw 34 contact of its rear end to the rear portion, and outwards boost this operating body 20 along the guiding face 291 of this fixture block 29, because this pivot 21 plays leverage, this two elastic portion 25 is compressive deformation simultaneously.The height that is boosted when this guiding face 291 is during greater than the thickness of these thumb screw 34 heads, this thumb screw 34 just slips over this fixture block 29, these elastic 25 resiliences simultaneously restore to the original state this operating body, thereby this thumb screw 34 is fixed between the stop surface 292 of the end 16 of this chute 12 and this fixture block 29, and therefore this data access 30 is fixed in the chute 12 of this magnet stand 10.

In the chute 12 of this magnet stand 10, take out this data access 30 if need, the press section 28 that only need inwardly push this operating body 20 makes this two elastic portion 25 compressive deformations, because the leverage of this pivot 21, the fixture block 29 of this clamping part 26 is outwards lifted, when the height that lifts during greater than the thickness of thumb screw 34 heads of this data access 30, this data access 30 just can be extracted out in this chute 12.The banking stop 23 of this operating body 20 can be when this elastic 25 is deformed into to a certain degree contacts with the sidewall 11 of this magnet stand 10 and carries out spacingly, avoids these elastic 25 distortion excessively and be damaged.

See also Fig. 6 and Fig. 7, the second embodiment fundamental sum, first embodiment of the utility model fixer of data access device is identical, is to be used for fixing a pair of data access 30, and this fixer of data access device comprises a magnet stand 10 ' and an operating body 20 '.

Offer a chute 12 ' on the sidewall 11 ' of this magnet stand 10 ', this chute 12 ' has an end 16 ', and this chute 12 ' rear is respectively equipped with support chip 18 ', 19 ' in both sides up and down.Be respectively equipped with a pivot 21 ' on the both side edges 22 ' of this operating body 20 ', this operating body 20 ' can be pivoted between this two support chip 18 ', 19 ' by this two pivot 21 '.This operating body 20 ' is provided with a fixture block 29 ' to chute 12 ' that should magnet stand 10 '.This data access 30 slips in the chute 12 ' of this magnet stand 10 ' by the thumb screw 34 of its sidewall 32, promote this data access 30 backward this thumb screw 34 is fixed between the fixture block 29 ' of the end 16 ' of this chute 12 ' and this operating body 20 ', thereby these data access 30 fixings are in this magnet stand 10 '.

In like manner, according to the difference of desiring to go up data access 30 quantity of installing at this magnet stand 10 ', only need on this magnet stand 10 ', to offer the chute 12 ' of respective amount, establish the link stopper 29 ' of respective amount simultaneously on this operating body 20 ', can realize fixing the data access 30 of this respective amount.

Claims (7)

1. a fixer of data access device, be to be used for fixing the data access that at least one two side respectively is provided with some thumb screws, this fixer of data access device comprises a magnet stand and an operating body, this magnet stand has the two side, this two side correspondence is offered at least one group of chute, each chute has an end, this data access is slidingly installed with in the chute of correspondence by its thumb screw, it is characterized in that: this operating body pivots and is installed on the sidewall of this magnet stand, its front end is to being provided with at least one fixture block by chute, the rear portion is provided with at least one elastic, each fixture block has a guiding face and a blocking surface, and a thumb screw of this data access one sidewall enters between the blocking surface of the end of chute of this magnet stand and this fixture block and fixes within it along the guiding face of the fixture block of this operating body.

2. fixer of data access device as claimed in claim 1 is characterized in that: this chute front end has a notch, and the thumb screw of this data access is in this notch slips into this magnet stand.

3. fixer of data access device as claimed in claim 2 is characterized in that: a support chip is respectively established in both sides up and down in this chute rear portion, and each support chip is offered a pivot hole.

4. fixer of data access device as claimed in claim 3 is characterized in that: this operating body has both side edges, and each lateral margin is established a pivot, and this two pivots correspondence penetrates in the pivot hole of this support chip and can pivot around it.

5. fixer of data access device as claimed in claim 3 is characterized in that: also be provided with a tongue piece on the support chip.

6. fixer of data access device as claimed in claim 4, it is characterized in that: the end of this operating body is established a banking stop, this banking stop can contact with the sidewall of this magnet stand when this elastic is deformed into to a certain degree, thereby prevents this elastic excessive deformation and damage.

7. fixer of data access device as claimed in claim 1 is characterized in that: this this chute is interval with some stiffening rib in both sides up and down.

Images