CN2786689Y

CN2786689Y - Fast insert and pull structure of hard disk

Info

Publication number: CN2786689Y
Application number: CN 200420107636
Authority: CN
Inventors: 曾令达
Original assignee: Shanghai Huanda Computer Technology Co Ltd; Mitac International Corp
Current assignee: Huda computer (Shanghai) Co., Ltd.; Mitac International Corp
Priority date: 2004-11-02
Filing date: 2004-11-02
Publication date: 2006-06-07
Anticipated expiration: 2014-11-02

Abstract

The utility model relates to a fast insert and pull structure of a hard disk, which is fixed on a hard disk. The hard disk is arranged in a containing groove of a module enclosure which mainly comprises a base plate, a wrench pull handhold and a transversal pull handhold, wherein the wrench pull handhold is pivoted on the basal plate and the transversal pull handhold can be transversely pulled and moved on the base plate. When the hard disk is arranged in the containing groove, one end of the wrench pull handhold and the transversal pull handhold can just clamp each other and the other end can just be clamped and fixed on the module enclosure. When the transversal pull handhold is transversely pulled and moved, each axial column can be moved far from each clamping groove, which results in that the state of clamping between the wrench pull handhold the transversal handhold is relieved and make the transversal pull handhold pivot. In addition, a push bunt part at one end of the transversal pull handhold is used for supporting and abutting a withstanding part arranged beside the containing groove. Thus, according to the lever principle, looseness is generated between the hard disk and the containing groove, which results that the hard disk can be easily taken out from the inside of the containing groove.

Description

The rapid plug structure of hard disk

Technical field

The utility model is a kind of in order to extract the bale handle structure of hard disk, especially refer to a kind of handle design that is fixed on this hard disk, this handle design is on an end face that is incorporated in this hard disk at ordinary times, and when user's desire is taken off this hard disk on a module casing, can be by pulling this handle, with force application means as this hard disk of extraction.

Background technology

Known removable hard drive structure, see also shown in Figure 1, be easy to the place of controlling in the surface of a housing 5 and be provided with a ccontaining notch 50, this ccontaining notch 50 can be communicated to the inside of a frame 51, then be provided with an output/input port 52 in the inside of this frame 51, form the telecommunication contact between this output/input port 52 and this housing 5 interior set mainboards (or circuit board), in addition, one abstracting rack 6, this abstracting rack 6 is provided with a panel 60, the one side of this panel 60 is to be pivoted with leader 61 versatilely, two ends of the another side of this panel 60 then are provided with a fixed support 62 separately with extending, make a hard disk 7 can be fixed in 62 of this two fixed supports, and this ccontaining notch 50 is pushed into the inside of this frame 51 certainly, and make the set a connector 63 of this hard disk 7 just and this output/input port 52 peg graft mutually, so, this hard disk 7 can indirectly and form contact between this mainboard (or circuit board), otherwise, when this handle 61 is pulled and impose one during away from the external force of this ccontaining notch 50, this abstracting rack 6 outwards can be extracted in this frame 51.

Above design, when user's desire extracts this abstracting rack 6, must spend bigger strength, just can make 52 of this connector 63 and this output/input ports be separated, and 51 generations of this abstracting rack 6 and this frame are loosening, therefore, how design is a kind of on this hard disk 7 is drawn structure, this draws under the situation that does not occupy too many space, can be incorporated in the appropriate position of this hard disk 7, and when user's desire extracts this hard disk 7, only need collude like a cork and draw this to draw handle with finger, can easily this hard disk 7 be taken out on this housing 5, this is a present instant important topic.

Summary of the invention

The purpose of this utility model is to provide a kind of rapid plug structure of hard disk, it draws a tectonic association for the end face in a hard disk is provided with one, when making this hard disk be installed in the module casing, can utilize this to draw structure as a force application means of separating this module casing and this hard disk.

For Real Now above-mentioned purpose, this Real has adopted following technical scheme with the rapid plug structure of novel hard disk: the rapid plug structure of The hard disk comprises: a substrate, one end on one surface of this substrate offers a slip opening, and the upper and lower side of this substrate is adjacent should then to offer an elongated hole respectively by the slip opening part; One laterally draws handle, one end on its surface is concaved with one and colludes pulling eye, its two upper and lower side then respectively offers a circular hole, and convex with several blockings and collude, this is laterally drawn utilizing these blockings to collude, be movably arranged on this substrate, and just hide on this slip opening, and make respectively this circular hole and this elongated hole respectively be superimposed with each other, make an end of a jack-post can pass this elongated hole and insert and be placed in this circular hole; One first flexible member, this first flexible member be installed in this laterally draw and this substrate between establish, this is laterally drawn after laterally being spurred a segment distance, can automatically return back to original position; One pulls and draws handle, and this is pulled a upper and lower side of drawing and is articulated in respectively on the upper and lower side of this substrate, and two opposite sides of one end are respectively equipped with a pushing and pressing part, and two opposite sides of the other end then are concaved with a blocking groove respectively; One second flexible member, this second flexible member be installed on this pull draw and this substrate between, this is pulled when drawing handle to be covered on this substrate, just can make respectively this blocking groove engage mutually with this jack-post respectively, and the flexible member of winning is compressed, when making this laterally draw handle by the pulling of horizontal property ground, respectively this jack-post will be slided towards the other end by the end in this elongated hole respectively, and then away from this blocking groove respectively, make this pull and draw that the elastic restoring force that is stored by this second flexible member is produced a pivot is moving, and and form between this substrate and crack; The just notch place of adjacent this storage tank is located on this module casing in one blocking part, this blocking part, and this is pulled to draw and produces pivot being pulled when moving, respectively this pushing and pressing part just and this blocking part push against mutually, produce between this hard disk and this storage tank and get loose.

Owing to adopted as above technical scheme, when user's desire extracts this hard disk, only need collude like a cork and draw this to draw handle with finger, can easily this hard disk be taken out on this housing 5, therefore simple, convenient.

Description of drawings

Fig. 1 is known removable hard drive structure.

Fig. 2 is one of stereographic map of the present utility model.

Fig. 3 is two of a stereographic map of the present utility model.

Fig. 4 is an exploded view of the present utility model.

Embodiment

The utility model is a kind of rapid plug structure of hard disk, see also Fig. 2, shown in Figure 3, this rapid plug structure 1 can be fixed in an end of a hard disk 2, make when this hard disk 2 is installed in the set storage tank 31 of a module casing 3, can utilize the blocking mechanism of this rapid plug structure 1 and this storage tank 31, this hard disk 2 is firmly installed in this storage tank 31, and when user's desire is taken out this hard disk 2 in this module casing 3, can utilize the lever principle of this rapid plug structure 1 and this storage tank 31, easily this hard disk 2 be extracted in this storage tank 31.

This rapid plug structure 1 comprises that a substrate 11, is pulled to draw and laterally draws 12 and one 13, see also Fig. 3, shown in Figure 4, wherein an end on a surface of this substrate 11 offers a slip opening 111, and the upper and lower side of this substrate 11 is adjacent should then to offer an elongated hole 112 respectively in slip opening 111 places; This laterally draws and an end on a surface of 13 is concaved with one colludes pulling eye 131, and this laterally draws on 13, downside then respectively offers a circular hole 133, and convex with several blockings and collude 132, this is laterally drawn can utilize 13 these blockings to collude 132, be movably arranged on this substrate 11, and just hide on this slip opening 111, and make respectively this circular hole 133 and this elongated hole 112 respectively be superimposed with each other, make a jack-post 15 can pass respectively this elongated hole 112 and insert and be placed in respectively in this circular hole 133, in addition, in this laterally draw 13 and this substrate 11 between and be provided with one first flexible member 16; This is pulled and draws the upper and lower side that 12 upper and lower side is articulated in this substrate 11 respectively, and this is pulled to draw the two-phase side of 12 1 ends is convexed with a pushing and pressing part 122 respectively, two opposite sides of its other end then are concaved with a blocking groove 121 respectively, in addition, in this pull draw 12 and this substrate 11 between and be provided with one second flexible member 14.

Because this is pulled to draw and is covered on 12 on this substrate 11, can be as same fan " door " be unlocked, it is moving to produce pivot on this substrate 11, this laterally draws then can be as same fan " window " be unlocked 13, on this substrate 11, laterally spurred, therefore, pull to draw when this and be covered on 12 on this substrate 11, and respectively this blocking groove 121 is when respectively this jack-post 15 engages mutually, just can make this pull to draw and be fixed in 12 on this substrate 11, and make this second flexible member 14 be compressed, and laterally draw 13 by laterally when pulled when this, respectively this jack-post 15 will be jointly slided towards the other end by the ends in this elongated hole 112 respectively, and then away from this blocking groove 121 respectively, at this moment, this is pulled and draws that will to produce a little pivot to 12 by the elastic restoring force that this second flexible member 14 is stored moving, make this pull draw 12 and this substrate 11 between form one and crack, user's finger can be inserted into this and pull this in cracking and pull and draw 12, and this laterally draws and then automatically returns back to original installation site to 13 by this first flexible member 16.

In addition, adjacent these storage tank 31 its notch places are provided with a blocking part 32 on this module casing 3, after making this hard disk 2 be installed in this storage tank 31, and this is pulled to draw and is covered on 12 on this substrate 11, and respectively this blocking groove 121 is when respectively this jack-post 15 engages mutually, this is pulled and draws 12 if pulled, this blocking part 32 of just can conflicting, this pushing and pressing part 122, the user can make this hard disk 2 and 31 generations of this storage tank get loose by lever principle, so, the user can extract this hard disk 2 easily in this module casing 3.

In the utility model, see also Fig. 3, shown in Figure 4, inwall in this storage tank 31 is provided with a boarding hole 33 that is communicated to this blocking part 32, this is pulled to draw the position of 12 adjacent these pushing and pressing parts 122 is then convexed with a flange 123, make and form a clip slot 124 between this pushing and pressing part 122 and this flange 123, so, after this hard disk 2 is loaded in this storage tank 31, the user can be embedded in this flange 123 in this boarding hole 33 earlier, afterwards, moving this of continuation pivot pulled and drawn 12, pulls to draw up to this to be covered on 12 on this substrate 11, order respectively this blocking groove 121 and this jack-post respectively 15 are mutual engage till, at this moment, this pushing and pressing part 122 just is positioned at a side of adjacent this blocking part 32, so, this hard disk 2 can firmly be equipped in this module casing 3, otherwise, as previously mentioned, pull and draw 12 when the user pulls this, can utilize the lever principle of 32 generations in this pushing and pressing part 122 and this blocking part, it is loosening to make 31 of this hard disk 2 and this storage tanks produce.

Need not spur this once more for the ease of the user laterally draws 13, can make respectively this blocking groove 121 easily respectively this jack-post 15 engage mutually, therefore, in the utility model, respectively this is pulled and draws 12 in the adjacent respectively position of this blocking groove 121, cut separately and be set as an arc tips, so, as long as the user pulls this to draw and directly is covered on 12 on this substrate 11, can make respectively this jack-post 15 successfully slip into, make this pull to draw laterally to be drawn by this 13 blockings are fixed on this substrate 11 12 in this blocking groove 121 respectively.

In the utility model, see also Fig. 3, shown in Figure 4, respectively be provided with a guiding conduit 311 in these storage tank 31 2 opposite side inwalls, the two ends of this substrate 11 then vertically connect separately establishes a guide rail 113, respectively on this guide rail 113 and be provided with at least one perforate 114, to pass respectively this perforate 114 by a screw 17, so that this substrate 11 is locked on this hard disk 2 jointly with this two guide rail 113, so, as long as utilize this two guide rails, 113 sliding being inserted in this two guidings conduit 311, can make this hard disk 2 be pushed easily and slip in this storage tank 31.

In the utility model, see also Fig. 3, shown in Figure 4, respectively this guide rail 113 is with respect to respectively guiding the one side of conduit 311, at least one arc flexure strip 18 can be installed, make respectively sliding be inserted in respectively of this guide rail 113 should guiding conduit 311 when interior, respectively this arc flexure strip 18 is because of being out of shape the elastic force that is produced, just can and respectively should produce the blocking effect by 311 of guiding conduits, wherein respectively can be provided with a recessed groove 115 on this guide rail 113, respectively also can offer a screw 116 in this recessed groove 115, respectively an end of this arc flexure strip 18 then is provided with a perforation 181, passing these perforation 181 and be locked in these screws 116 by these screws 17, this arc flexure strip 18 respectively can be fixed in respectively in this recessed groove 115, by this design concept, to make that when respectively this arc flexure strip 18 followed the string, the user can easily change new product.

In this utility model, see also shown in Figure 4, this is pulled the upper and lower side of drawing 12 and respectively offers an axis hole 125, these substrate 11 upper and lower sides then respectively offer another axis hole 117, make pass respectively this axis hole 125 respectively by two axostylus axostyles 126 after, be inserted in respectively in this another axis hole 117, can make this pull to draw and be articulated in 12 versatilely on the substrate 11.

In sum, by clever thought of the present utility model, can make the hard disk 2 that is loaded in this module casing 3, be easy to be extracted out from this storage tank 31, without doubt, the utility model is a great contribution and invention for vast consumption is popular in fact, and, also be big sharp weapon of in selling market with keen competition, showing one's talent for the manufacturer of computer apparatus.

Claims

1, a kind of rapid plug structure of hard disk, this rapid plug structure are fixed on the hard disk, and this hard disk then can be inserted in the set storage tank of a module casing, it is characterized in that comprising:

One substrate, an end on a surface of this substrate offers a slip opening, and the upper and lower side of this substrate is adjacent should then to offer an elongated hole respectively by the slip opening part;

One laterally draws handle, one end on its surface is concaved with one and colludes pulling eye, its two upper and lower side then respectively offers a circular hole, and convex with several blockings and collude, this is laterally drawn utilizing these blockings to collude, be movably arranged on this substrate, and just hide on this slip opening, and make respectively this circular hole and this elongated hole respectively be superimposed with each other, make an end of a jack-post can pass this elongated hole and insert and be placed in this circular hole;

One pulls and draws handle, and this is pulled a upper and lower side of drawing and is articulated in respectively on the upper and lower side of this substrate, and two opposite sides of one end are respectively equipped with a pushing and pressing part, and two opposite sides of the other end then are concaved with a blocking groove respectively;

The just notch place of adjacent this storage tank is located on this module casing in one blocking part, this blocking part, and this is pulled to draw and produces pivot being pulled when moving, respectively this pushing and pressing part just and this blocking part push against mutually, produce between this hard disk and this storage tank and get loose.

2, the rapid plug structure of hard disk according to claim 1, it is characterized in that, this rapid plug structure also comprises one first flexible member, this first flexible member be installed in this laterally draw and this substrate between establish, this is laterally drawn after laterally being spurred a segment distance, can automatically return back to original position.

3, the rapid plug structure of hard disk according to claim 1, it is characterized in that, this rapid plug structure also comprises one second flexible member, this second flexible member be installed on this pull draw and this substrate between, this is pulled when drawing handle to be covered on this substrate, just can make respectively this blocking groove engage mutually with this jack-post respectively, and the flexible member of winning is compressed, when making this laterally draw handle by the pulling of horizontal property ground, respectively this jack-post will be slided towards the other end by the end in this elongated hole respectively, and then away from this blocking groove respectively, make this pull and draw that the elastic restoring force that is stored by this second flexible member is produced a pivot is moving, and and form between this substrate and crack.

4, the rapid plug structure of hard disk according to claim 1 is characterized in that, this is pulled and draws convexing with a flange in the position of adjacent respectively this pushing and pressing part, makes clip slot of formation between this pushing and pressing part and this flange.

5, as the rapid plug structure of hard disk as described in the claim 4, it is characterized in that, offer the boarding hole that at least one is connected with this blocking part on the inwall of this storage tank, this hard disk is installed in this storage tank, and this is pulled when drawing handle to be moved by pivot, this flange just can be embedded in this boarding hole, and makes this pushing and pressing part then just be positioned at the position of adjacent this blocking part.

6, the rapid plug structure of hard disk according to claim 1 is characterized in that, this is pulled and draws in the adjacent respectively position of this blocking groove, cuts separately and is set as an arc tips.

7, the rapid plug structure of hard disk according to claim 1 is characterized in that, each vertically extends the two ends of this substrate and be provided with a guide rail.

8, as the rapid plug structure of hard disk as described in the claim 7, it is characterized in that respectively this guide rail is provided with several perforates, make by several screws and pass these perforates, this substrate and this two guide rail can be locked on this hard disk jointly.

As the rapid plug structure of hard disk as described in the claim 8, it is characterized in that 9, this storage tank is provided with a guiding conduit that cooperatively interacts with this guide rail respectively separately on two-phase side inwall.

As the rapid plug structure of hard disk as described in the claim 9, it is characterized in that 10, respectively the one side that this guide rail should the guiding conduit with respect to respectively can be installed at least one arc flexure strip.

11, as the rapid plug structure of hard disk as described in the claim 10, it is characterized in that, respectively can be provided with a recessed groove on this guide rail, respectively also can offer a screw in this recessed groove, respectively an end of this arc flexure strip then is provided with a perforation, to pass these perforation by several screws and to be locked in these screws, this flexure strip can be fixed in this recessed groove.

12, the rapid plug structure of hard disk according to claim 1, it is characterized in that, this is pulled and draws the upper and lower side of handle respectively to offer an axis hole, the upper and lower side of this substrate then respectively offers another axis hole, after passing respectively this axis hole by an axostylus axostyle respectively, be inserted in respectively in this another axis hole, can make this pull and draw being articulated on the substrate versatilely.