CN109814676A

CN109814676A - Telescopic hard disk support bracket

Info

Publication number: CN109814676A
Application number: CN201711160047.4A
Authority: CN
Inventors: 杨棨錞
Original assignee: Inventec Pudong Technology Corp; Inventec Corp
Current assignee: Inventec Pudong Technology Corp; Inventec Corp
Priority date: 2017-11-20
Filing date: 2017-11-20
Publication date: 2019-05-28

Abstract

The present invention relates to a kind of telescopic hard disk support brackets comprising carrier and two side-slipping mechanisms, two side walls of the carrier are slidingly attached to opposite two side frames of cabinet via two side-slipping mechanism, and the carrier can accommodate hard disk；Each side-slipping mechanism includes sliding slot and guide post, and the sliding slot is slidably connected with the guide post；In one of side-slipping mechanism, the sliding slot has closed end, so that the guide post is slided relative to the sliding slot when the carrier in the cabinet relative to skidding off, the guide post described in the closed end backstop.

Description

Telescopic hard disk support bracket

Technical field

The present invention is about a kind of hard disk support bracket, espespecially a kind of removable hard drive bracket.

Background technique

General server is that can store a large amount of information, it will usually configure multiple hard disks to store, these hard disks are usual It is to be locked on the bracket of server through screw.Hard disk is either installed or removed, operator is both needed to and is carried out using tool, Therefore there is time-consuming problem.When hard disk quantity is more or hard disk replacement is frequent, foregoing problems will be more aobvious serious.This is asked Topic has the design that hard disk uses extraction-type framework on the market at present, it is however generally that comprising accommodate the hard-disk cartridge and energy of hard disk Quickly combined with this hard-disk cartridge, separate hold seat, by hard-disk cartridge and the architectural characteristic for holding a fast assembling-disassembling, can reach letter and save behaviour Make the time that personnel replace hard disk.However, installing hard disk to still taking time in box, if its installation is still solid through screwed lock It applies, then the operation that the design of this draw off type hard disk box only will lock up and dismantled screw shifts to an earlier date and delay implementation；At this point, from will be hard Disk installs into hard-disk cartridge, is bound to hard-disk cartridge holds that seat, self-supporting seat takes out hard-disk cartridge, to taking hard disk from hard-disk cartridge again again Reasonable time integrated operation out still needs to.In addition, one hard-disk cartridge of configuration is both needed to for each hard disk, even hard after replacement Disk still needs to hard-disk cartridge accommodating, therefore causes accessory increased costs before unloading from hard-disk cartridge.

Summary of the invention

In view of the problems of the prior art, the present invention provides a kind of telescopic hard disk support bracket, and carrier is with sliding equipment In conjunction with cabinet, hard disk can then be contained directly on carrier or unload from carrier, while can be reduced the operation of hard disk replacement Time and reduction accessory cost.

According to an aspect of the present invention, a kind of telescopic hard disk support bracket is provided, is set on a cabinet, the cabinet packet One first side frame and one second side frame opposite with first side frame are included, it is fixed between first side frame and second side frame An adopted storage space；The telescopic hard disk support bracket includes a carrier, one first side-slipping mechanism and one second side-slipping mechanism；

The carrier includes a first side wall and a second sidewall opposite with the first side wall, the carrier shape At an accommodating space, a hard disk can be accommodated in the accommodating space；

First side-slipping mechanism includes that a first sliding groove and one first guide post, the first sliding groove are prolonged along an extending direction It stretches and in having a closed end on the extending direction, the first sliding groove is slidably connected with first guide post, and described first Sliding slot is set to the first side wall or first side frame, and first guide post is arranged in correspondence in first side frame or institute State the first side wall；

Second side-slipping mechanism includes a second sliding slot and one second guide post, the second sliding slot and second guide post It is slidably connected, the second sliding slot is set to the second sidewall or second side frame, and second guide post is arranged in correspondence with In second side frame or the second sidewall；

Wherein, it is sliding can to slide into direction via first side-slipping mechanism and second side-slipping mechanism with one for the carrier Enter in the storage space；It is slided when the carrier skids off direction from the storage space with one in contrast to the slide-in direction When dynamic, first guide post is slided in the extending direction relative to the first sliding groove, described in the closed end backstop First guide post.Whereby, when the carrier skids off, the hard disk can take out from the carrier, and be able to another replacement Hard disk be packed into the carrier, the carrier is slid into the storage space again, that is, completes the operation of hard disk replacement.

Compared with the existing technology, the carrier of telescopic hard disk support bracket of the invention is also for sliding equipment, in order to hold Carrier is mobile relative to cabinet, therefore the advantages of be also reduced the operating time of hard disk replacement.In addition, carrier will not completely disengage Cabinet and be it is shared, without configuring carrier for each hard disk, therefore accessory cost can be reduced.

Optionally, the telescopic hard disk support bracket further includes a light-strip, wherein first side-slipping mechanism further includes one Cover board, the first sliding groove are formed on the cover board, and the cover board is fixed to the outside of the first side wall, the light-strip It is parallel to the first sliding groove and is fixed between the cover board and the first side wall, first guide post is set to described One side frame.

Optionally, first guide post includes a fixed column and a change, and the fixed column is fixed on first side frame On, the change is rotationally placed in the fixed column and is set in the first sliding groove.

Optionally, the second sliding slot is formed in the second sidewall, and second guide post is fixed on second side frame On.

Optionally, the telescopic hard disk support bracket further includes an elastic arm, is set to the second sidewall, wherein the elastic arm Prominent towards the accommodating space with a protruding portion, the protruding portion is matched with a lockhole of the hard disk, so that when described When hard disk is correctly placed in the accommodating space and the carrier slide-in storage space, the elastic arm can be by second Side frame squeezes so that the protruding portion is inserted into the lockhole.

Optionally, the elastic arm has a fixing end and a free end, and the fixing end is fixed in the second sidewall, The free end is protruded outward from the second sidewall, and the protruding parts are in the free end.

Optionally, the telescopic hard disk support bracket further includes a hand handle and a holding part, wherein the holding part is set to On the carrier, the hand handle has an articulated section, a hand-held part and one first protruding portion, and the articulated section is pivoted to described On carrier, the hand-held part and first protruding portion are connected to the articulated section and are located at opposite the two of the articulated section Side；When the carrier is slided with the slide-in direction towards the storage space, the hand handle can carry described in rotation direction Frame is so that the hand-held part is fastened in the holding part, and first protruding portion is caught in a positioning hole of second side frame, So that the carrier is maintained in the storage space.

Optionally, the hand handle includes one second protruding portion, is connected to the articulated section relative to the hand-held part；Work as institute When stating carrier and being placed in the storage space, the holding part can be operated to the hand-held part and be detached from the clamping Part enables carrier described in the hand handle whiz so that second protruding portion pushes a structure side of second side frame Side, so that the carrier is slided with the direction that skids off.

Optionally, the holding part includes a fixed part, a hook part and an elastic portion, and the fixed part is fixed on described On carrier, the hook part and the elastic portion are connected to the fixed part；When the hand-held part described in the holding part clamping, The hook part hook holds the hand-held part, and the elastic portion is by the hand-held part elastic compression.

Optionally, the holding part includes an operation portion, is connected to the hook part；When hook part hook holds the hand When holding portion, the operation portion can be operated to the hook part and be detached from the hand-held part, so that the compressed elasticity Portion pushes the hand-held part so that carrier described in the hand handle whiz.

It can be obtained further by detailed description of the invention below and institute's accompanying drawings about the advantages and spirit of the present invention Solution.

Detailed description of the invention

Attached drawing for a better understanding of the present invention, does not constitute an undue limitation on the present invention.Wherein:

Fig. 1 is the schematic diagram that the cabinet of telescopic hard disk support bracket is equipped with according to an embodiment, wherein telescopic hard disk support Frame is in the state being unfolded；

Fig. 2 is that the telescopic hard disk support bracket of Fig. 1 is located at the schematic diagram of the storage space of cabinet in its carrier；

Fig. 3 is the explosive view of the telescopic hard disk support bracket of Fig. 1；

Fig. 4 is that the first side-slipping mechanism of the telescopic hard disk support bracket of Fig. 1 is put in the part of the first guide post of first sliding groove backstop Big figure, wherein the carrier of telescopic hard disk support bracket and holding part profile are painted with dotted line and light-strip is not painted；

Fig. 5 is that the second side-slipping mechanism of the telescopic hard disk support bracket of Fig. 1 is put in the part of the second guide post of second sliding slot backstop Big figure, wherein the carrier of telescopic hard disk support bracket and hand handle profile are painted with dotted line, but second be formed on carrier is sliding Slot is still painted with solid line；

Fig. 6 is the constitutional diagram of the first guide post and first sliding groove in Fig. 4；

Fig. 7 is the partial schematic diagram that the telescopic hard disk support bracket of Fig. 1 is squeezed about its elastic arm by the second side frame；

The telescopic hard disk support bracket slide-in storage space that Fig. 8 is Fig. 1 looks up diagrammatic cross-section；

Fig. 9 be the telescopic hard disk support bracket of Fig. 1 skid off storage space look up diagrammatic cross-section.

In figure:

1 telescopic hard disk support bracket

12 carriers

120 bottom plates

122 rear walls

124 the first side walls

126 second sidewalls

128 accommodating spaces

14 first side-slipping mechanisms

142 cover boards

144 first sliding grooves

144a extending direction

The closed end 144b

146 first guide posts

1462 fixed columns

1464 changes

16 second side-slipping mechanisms

162 second sliding slots

162a extending direction

The closed end 162b

164 second guide posts

18 light-strips

182 light inputting end portions

184 go out light end

20 elastic arms

202 protruding portions

204 fixing ends

206 free ends

22 hand handles

222 articulated sections

224 hand-held parts

226 first protruding portions

228 second protruding portions

24 holding parts

242 fixed parts

244 hook parts

246 elastic portions

248 operation portions

3 cabinets

30 shells

32 first side frames

34 second side frames

342 location holes

344 structure sides

36 storage spaces

38 control circuit boards

382 connectors

384 indicator lights

4 hard disks

42 connectors

44 lockholes

D1 slides into direction

D2 skids off direction

Specific embodiment

Below in conjunction with attached drawing, an exemplary embodiment of the present invention will be described, including the various of the embodiment of the present invention Details should think them only exemplary to help understanding.Therefore, those of ordinary skill in the art should recognize It arrives, it can be with various changes and modifications are made to the embodiments described herein, without departing from scope and spirit of the present invention.Together Sample, for clarity and conciseness, descriptions of well-known functions and structures are omitted from the following description.

In the so-called schematic diagram of this specification, due to illustrate and can have its size, ratio and angle etc. more The situation of exaggeration, but be not intended to limit the invention.There can be various changes in the case where not violating main idea of the present invention.This Outside, as used in this specification, singular " one ", "one" and " described " include plural reference, remove non-content In addition it explicitly points out outer.

Fig. 1 is please referred to Fig. 5.According to an embodiment, in a telescopic installation to cabinet 3 of hard disk support bracket 1, as shown in Figure 1； Wherein, cabinet 3 includes shell 30 and the first side frame 32 and the second side frame 34 for being set to 30 inside of shell, and 30 profile of shell is with void Line is painted in favor of showing the first side frame 32 and the second side frame 34 on the inside of it, defines between the first side frame 32 and the second side frame 34 One storage space 36.In addition, for convenient for the company between the telescopic hard disk support bracket 1 of understanding and the first side frame 32 and the second side frame 34 Relationship is connect, the first side frame 32 and 34 profile of the second side frame are illustrated in Fig. 3 with dotted line.

In this present embodiment, control circuit board 38 is provided in cabinet 3, after control circuit board 38 is set to storage space 36 Square and corresponding telescopic hard disk support bracket 1 includes connector 382 and indicator light 384.Telescopic hard disk support bracket 1 include carrier 12, First side-slipping mechanism 14 and the second side-slipping mechanism 16.Carrier 12 connects via the first side-slipping mechanism 14 and the sliding of the first side frame 32 It connects, and is also slidably connected via the second side-slipping mechanism 16 and the second side frame 34, so that carrier 12 is via the first side-slipping mechanism 14 And second side-slipping mechanism 16 can relative to the first side frame 32 and the second side frame 34 sliding can enter, leave storage space 36.For Convenient for explanation, Yu Tuzhong only shows a telescopic hard disk support bracket 1 and one group of corresponding connector 382 and indicator light 384, but real On border, cabinet 3 can configure multiple telescopic hard disk support brackets 1 and the corresponding connector 382 of multiple groups and indicator light 384.

Furthermore, it is understood that carrier 12 include bottom plate 120, rear wall 122, the first side wall 124 and second sidewall 126, first Side wall 124 and the opposite two sides for being connected to bottom plate 120 of second sidewall 126, rear wall 122 are connected to the other side of bottom plate 120, bottom plate 120, accommodating space 128 is formed between rear wall 122, the first side wall 124 and second sidewall 126, it is empty that a hard disk 4 can be placed in accommodating Between in 128.In in fact, the size and hard disk 4 of accommodating space 128 are suitable, so that hard disk 4 is put into accommodating space 128 without volume Outer fixation can produce locating effect, so that connector 42 (being illustrated in Fig. 1 with the hidden line) energy and control circuit board of hard disk 4 38 connector 382 is correctly connected.Also, carrier 12 may be, but not limited to, and is integrally formed with metal plate.In the present embodiment In, the first side-slipping mechanism 14 includes cover board 142, the first sliding groove 144 being formed on cover board 142 and cooperates with first sliding groove 144 The first guide post 146, cover board 142 is fixed to the outside of the first side wall 124, and first sliding groove 144 (is parallel to along extending direction 144a The front and back of carrier 12 to) extend and in having closed end 144b on extending direction 144a, the first guide post 146 is fixed on the first side It frame 32 and is slidably connected with first sliding groove 144.Whereby, the first side wall 124 can be slided relative to the first side frame 32.In addition, in this In embodiment, telescopic hard disk support bracket 1 further includes light-strip 18, and light-strip 18 is with the front and back of carrier 12 to being fixed on cover board Between 142 and the first side wall 124, light-strip 18 has light inputting end portion 182 and out light end 184, and light inputting end portion 182 is located at carrying 12 rear side of frame, light end 184 is located at 12 front side of carrier out.When carrier 12 is located at storage space 36, light inputting end portion 182 is just To indicator light 384, the light that indicator light 384 is issued is via light inputting end portion 182 into light-strip 18 and via light end out Portion 184 projects light-strip 18, such as indicator light 384 shines when access hard disk 4.In addition, cover board 142 can be real by plastic injection part Existing, this is easy to be formed restraining structure on cover board 142 so that light-strip 18 to be fixed between cover board 142 and the first side wall 124.

In addition, in this present embodiment, the second side-slipping mechanism 16 includes second sliding slot 162 and cooperates with second sliding slot 162 Second guide post 164, second sliding slot 162 are formed in second sidewall 126, and second sliding slot 162 (is parallel to carrying along extending direction 162a The front and back of frame 12 to) extend there is closed end 162b on extending direction 162a, the second guide post 164 is fixed on the second side frame 34 And it is slidably connected with second sliding slot 162.Whereby, second sidewall 126 can be slided relative to the second side frame 34.

When using telescopic hard disk support bracket 1, carrier 12 can be via the first side-slipping mechanism 14 and the second side-slipping mechanism 16 It is slid into storage space 36 (as shown in Figure 2) with sliding into direction D1.When carrier 12 from storage space 36 in contrast to slide-in side To D1 when skidding off direction D2 sliding, the first guide post 146 is slided in extending direction 144a relative to first sliding groove 144, Zhi Daofeng The first guide post of closed end 144b backstop 146, similarly, the second guide post 164 are sliding relative to second sliding slot 162 in extending direction 162a It is dynamic, until closed end the second guide post of 162b backstop 164；At this point, carrier 12, which is located at, is equivalent to position shown in FIG. 1.Due to The closed end 144b of the first sliding groove 144 and closed end 162b of second sliding slot 162, which all has, stops carrier 12 to skid off direction The sliding of D2, therefore in fact, closed end 144b and closed end 162b can select an implementation.

In addition, in this present embodiment, first sliding groove 144 is set to the first side wall 124, the first guide post 146 is set to first Side frame 32, but in fact, first sliding groove 144, which can change, is set to the first side frame 32, the first guide post 146, which then accordingly changes, to be set to The first side wall 124, carrier 12 can equally be used to be slided relative to the first side frame 32.Likewise, in this present embodiment, second is sliding Slot 162 is set to second sidewall 126, and the second guide post 164 is set to the second side frame 34, but in fact, second sliding slot 162 can change It is set to the second side frame 34, the second guide post 164, which then accordingly changes, is set to second sidewall 126, and carrier 12 can equally use phase Second side frame 34 is slided.

In addition, in this present embodiment, the first sliding groove 144 of the first side-slipping mechanism 14 is formed in cover board 142, but in reality On, first sliding groove 144 is formed directly in the first side wall 124, i.e., the feelings of second sidewall 126 are formed in similar to second sliding slot 162 Shape；At this point, cover board 142 can omit, light-strip 18 is separately otherwise fixed, such as locking, gluing or is fastened in the first side wall On 124 card holding structure.In addition, in this present embodiment, though the first side-slipping mechanism 14 and 16 structure of the second side-slipping mechanism be not identical And it is asymmetric, but in actually can be used, structure is identical, symmetrical mode is implemented, not elsewhere specified (NES).

In addition, in this present embodiment, the first guide post 146 of the first side-slipping mechanism 14 includes fixed column referring to Fig. 6 1462 and change 1464, fixed column 1462 be fixed on the first side frame 32, change 1464 is rotationally placed in fixed column 1462 And it is set in first sliding groove 144.Wherein, change 1464 has cylindrical portion and is obliquely extended outward from described cylindrical portion one end Edge, fixed column 1462 have cylinder and are connected to the head of described cylinder one end, and fixed column 1462 is passed through with the cylinder to be turned The cylindrical portion of ring 1464 is simultaneously fixed on the first side frame 32 (such as locking, riveting etc.) with the cylinder, so that fixed column 1462 Head be located at the other side of the edge of change 1464 relative to the cylindrical portion so that change 1464 can be restrictively in fixation It is rotatably placed on the cylinder of fixed column 1462 between the head of column 1462 and the first side frame 32.Change 1464 is with its cylindrical portion It slides in first sliding groove 144, between cover board 142 and the first side wall 124, this can be effectively prevented for the edge of change 1464 The first side wall 124 is detached from the first side frame 32 in the direction perpendicular to extending direction 144a.Also, in fact, change 1464 with The first guide post 146 rotated with first sliding groove 144 relative to sliding, in other words, change 1464 and first sliding groove 144 are to rotate The opposite sliding with first sliding groove 144 of the first guide post 146 is realized in friction.

In addition, in this present embodiment, the first side wall 124 and being slidably connected for the first side frame 32 are through two groups of first sliding grooves 144 and first guide post 146 realize, in fact, this two first sliding grooves 144 can be integrated into single sliding slot；In other words, have two A first guide post 146 is slideably positioned in single a first sliding groove 144 simultaneously.In addition, in this present embodiment, the first guide post 146 It is mainly realized with cylindrical structure, but not limited to this.For example, the first guide post 146 also passes through structure and 144 profile of first sliding groove Identical square column realizes that square column itself is the effect with maintenance first sliding groove 144 relative to the horizontal sliding of the first guide post 146 at this time Fruit.

In addition, in this present embodiment, the second guide post 164 of the second side-slipping mechanism 16 is by the circle that is riveted on the second side frame 34 Column realizes that but not limited to this.For example, the second guide post 164 is also realized using structure identical with the first guide post 146；Likewise, First guide post 146 also can be used structure identical with the second guide post 164 and realize.

In addition, referring to Fig. 7.In this present embodiment, telescopic hard disk support bracket 1 further includes elastic arm 20, and elastic arm 20 is arranged In second sidewall 126 and there is protruding portion 202, it is prominent towards accommodating space 128.Lockhole 44 of protruding portion 202 and hard disk 4 Match, so that when hard disk 4 is correctly placed in accommodating space 128 and carrier 12 and slides into storage space 36, elastic arm 20 can be by the Two side frames 34 squeeze so that protruding portion 202 is inserted into lockhole 44；In other words, if hard disk 4 is not placed in correctly in accommodating space 128 When, elastic arm 20 will be unable to effective smooth second sidewall 126, so that the second side frame 34 blocks elastic arm 20, carrier 12 can not be complete It slides into storage space 36.Therefore, the protruding portion 202 of elastic arm 20 has foolproof function, to avoid the incorrect installation of hard disk 4. In this present embodiment, elastic arm 20 is realized integral into a cantilever design, such as with metal strip, and fixed thereon (such as riveting) has cylinder Using as protruding portion 202.In this present embodiment, elastic arm 20 has fixing end 204 and free end 206, and fixing end 204 is fixed on the On two side walls 126, free end 206 is protruded outward from second sidewall 126, and protruding portion 202 is located at free end 206.In addition, Yu Benshi It applies in example, elastic arm 20 is fixed on 126 outside of second sidewall and between second sidewall 126 and the second side frame 34, but not with this Be limited, such as fixing end 204 is fixed on the inside of second sidewall 126, free end 206 still protrude from second sidewall 126 (such as via The through-hole of second sidewall 126) so that free end 206 can be by the second side frame 34 when carrier 12 slides into storage space 36 It squeezes, so that protruding portion 202 enters accommodating space 128, the configuration of this structure is still able to achieve aforementioned foolproof function.

In addition, in this present embodiment, elastic arm 20 is realized with additional cantilever member, so it is not limited.For example, elastic arm 20 It is directly formed with a part of second sidewall 126, i.e., elastic arm 20 is to extend to form from the bending of second sidewall 126；Optionally, elastic arm 20 obtain and the integrated molding of carrier 12.In another example elastic arm 20 is realized with bow-shaped structural, one end is fixed in second sidewall 126, The other end is slidingly contacted at second sidewall 126, and protruding portion 202 is set among bow-shaped structural position and towards accommodating space 128 It is prominent.This structure is equally able to achieve aforementioned foolproof function.

In addition, in this present embodiment, telescopic hard disk support bracket 1 further includes hand handle 22 and holding part 24.Hand handle 22 has pivot Socket part 222, hand-held part 224 and the first protruding portion 226, articulated section 222 are pivoted on the bottom plate 120 of carrier 12, hand-held part 224 And first protruding portion 226 be connected to articulated section 222 and be located at articulated section 222 opposite sides.Holding part 24 is set to carrier On 12 bottom plate 120.Optionally, hand handle 22 is process by plastic injection part.Referring to Fig. 8, wherein the first side frame 32 and Second side frame 34 is shown along Fig. 7 middle line X-X section.When carrier 12 is slided with sliding into direction D1 towards storage space 36, hand 22 can rotation direction carrier 12 so that hand-held part 224 is fastened in holding part 24 and the first protruding portion 226 is caught in the second side frame 34 Location hole 342, so that carrier 12 is able to maintain in storage space 36.In practice, in the process of 22 rotation direction carrier 12 of hand handle In, the first protruding portion 226 can be held against the side wall of location hole 342, and hand handle 22 is enabled to generate leverage, prominent with first Portion 226 and the contact point of location hole 342 are fulcrum, and user exerts a force to hand-held part 224, and hand handle 22 is with articulated section 222 to slide into Direction D1 pushes carrier 12；This also facilitates completely to slide into carrier 12 in storage space 36 (in fact, including making firmly The connector 42 of disk 4 is connected with the connector 382 of control circuit board 38).

In addition, in this present embodiment, holding part 24 includes fixed part 242, hook part 244 and elastic portion 246, fixed part 242 are fixed on the bottom plate 120 of carrier 12, and hook part 244 and elastic portion 246 are connected to fixed part 242.When holding part 24 blocks When holding hand-held part 224, hook part 244 hooks the structural edge for holding hand-held part 224 and elastic portion 246 by 224 elastic compression of hand-held part. When removing hook part 244 from the structural edge, screen resilience caused by compressed elastic portion 246, which can push away, to be pushed out Hand handle 22 grasps hand-held part 224 convenient for user, in order to pull out carrier 12.In addition, in this present embodiment, holding part 24 Including operation portion 248, it is connected to hook part 244.When the hook of hook part 244 holds hand-held part 224, operation portion 248 can be operated (example Such as user's moving operation portion 248) so that hook part 244 is detached from hand-held part 224, so that the compressed elastic portion 246 pushes away Dynamic hand-held part 224, so that 22 whiz carrier 12 of hand handle.In addition, in this present embodiment, holding part 24 can be by plastic injection part system At being so not limited.For example, fixed part 242, hook part 244 and operation portion 248 are with solid memder (such as plastic injection part) It is made, elastic portion 246 changes to be realized with spring, and one end of the spring is fixed on fixed part 242, equally can be by hand-held part 224 compress and generate screen resilience.

In addition, referring to Fig. 9, wherein the first side frame 32 and the second side frame 34 are shown along Fig. 7 middle line X-X section.Yu Ben In embodiment, hand handle 22 includes the second protruding portion 228, is connected to articulated section 222 relative to hand-held part 224.When carrier 12 holds When being placed in storage space 36, the operation portion 248 of holding part 24 can be operated to the hook that hand-held part 224 is detached from holding part 24 Portion 244 so that hand handle 22 can whiz carrier 12 so that the second protruding portion 228 pushes the structure side 344 of the second side frame 34, So that carrier 12 is to skid off direction D2 sliding；Wherein, hand handle 22 generates leverage, with the second protruding portion 228 and structure side The contact point on side 344 is fulcrum, and user exerts a force to hand-held part 224, and hand handle 22 is held with articulated section 222 with skidding off direction D2 pulling Carrier 12 (in practice, including separating the connector 42 of hard disk 4 with the connector 382 of control circuit board 38).

As previously mentioned, carrier 12 penetrates the first side-slipping mechanism 14 in the telescopic hard disk support bracket 1 that the present embodiment is shown And second side-slipping mechanism 16 can be slided relative to cabinet 3, the accommodating that user only needs for hard disk 4 to be put into principle carrier 12 is empty Between in 128, slided with sliding into direction D1 for the storage space 36 of carrier 12 towards cabinet 3, and manipulator 22 so that carrying Frame 12 can be completely into storage space 36 and being connected the connector 42 of hard disk 4 with the connector of control circuit board 38.Wherein, If hard disk 4 not to be correctly oriented in the accommodating space 128 for being placed in carrier 12, penetrates the foolproof function of elastic arm 20, holds Carrier 12 will be unable to completely into storage space 36, can avoid hard disk 4 connector 42 or control circuit board 38 connector because It is unexpected collision and damage.When that need to take out the hard disk 4 on carrier 12, user can be such that holding part 24 separates with hand handle 22, And manipulator 22 so that carrier 12 is skidded off with skidding off direction D2 from storage space 36.Then, user can be directly from carrying Hard disk 4 is taken out on frame 12, without additional tool from removal hard disk 4 on carrier 12.Later, user can be put with another hard disk Enter in the accommodating space 128 of carrier 12, to realize that hard disk replaces operation.Therefore, hard disk 4 originally and the hard disk replaced later Without configuring an other hard disk chassis or hard-disk cartridge, the problem of this can reduce accessory increased costs in the prior art.In addition, in this In the telescopic hard disk support bracket 1 that embodiment is shown, carrier 12 is either slid in or out into storage space 36, the equal energy of hand handle 22 Leverage is generated, the operation of user labour-saving is provided.

The foregoing is merely the preferred embodiments of the invention, all equivalent changes done according to scope of the present invention patent with Modification, should all belong to the covering scope of the present invention.

Claims

1. a kind of telescopic hard disk support bracket, is set on a cabinet, the cabinet include one first side frame and with first side One second opposite side frame of frame, defines a storage space between first side frame and second side frame, which is characterized in that institute Stating telescopic hard disk support bracket includes:

One carrier, including a first side wall and a second sidewall opposite with the first side wall, the carrier forms one Accommodating space, a hard disk is for accommodating in the accommodating space；

One first side-slipping mechanism, including a first sliding groove and one first guide post, the first sliding groove extend along an extending direction and In having a closed end on the extending direction, the first sliding groove is slidably connected with first guide post, the first sliding groove It is set to the first side wall or first side frame, first guide post is arranged in correspondence in first side frame or described One side wall；And

One second side-slipping mechanism, including a second sliding slot and one second guide post, the second sliding slot and second guide post slide Connection, the second sliding slot are set to the second sidewall or second side frame, and second guide post is arranged in correspondence in institute State the second side frame or the second sidewall；

Wherein, the carrier is used to slide into direction via first side-slipping mechanism and second side-slipping mechanism with one and slide into In the storage space；It is slided when the carrier skids off direction from the storage space with one in contrast to the slide-in direction When, first guide post is slided in the extending direction relative to the first sliding groove, described in the closed end backstop One guide post.

2. telescopic hard disk support bracket as described in claim 1, which is characterized in that further include a light-strip, wherein described first Side-slipping mechanism further includes a cover board, and the first sliding groove is formed on the cover board, and the cover board is fixed to the first side wall Outside, the light-strip is parallel to the first sliding groove and is fixed between the cover board and the first side wall, described One guide post is set to first side frame.

3. telescopic hard disk support bracket as claimed in claim 2, which is characterized in that first guide post includes a fixed column and one Change, the fixed column are fixed on first side frame, and the change is rotationally placed in the fixed column and is set to In the first sliding groove.

4. telescopic hard disk support bracket as described in claim 1, which is characterized in that the second sliding slot is formed in described second side Wall, second guide post are fixed on second side frame.

5. telescopic hard disk support bracket as claimed in claim 4, which is characterized in that further include an elastic arm, be set to described second Side wall, wherein the elastic arm has a protruding portion, a, lock of the protruding portion and the hard disk prominent towards the accommodating space Hole matching, so that when the hard disk is correctly placed in the accommodating space and the carrier slides into the storage space, The elastic arm can be squeezed by the second side frame so that the protruding portion is inserted into the lockhole.

6. telescopic hard disk support bracket as claimed in claim 5, which is characterized in that the elastic arm has a fixing end and one freely End, the fixing end are fixed in the second sidewall, and the free end is protruded outward from the second sidewall, the protruding portion Positioned at the free end.

7. telescopic hard disk support bracket as described in claim 1, which is characterized in that it further include a hand handle and a holding part, wherein The holding part is set on the carrier, and the hand handle has an articulated section, a hand-held part and one first protruding portion, described Articulated section is pivoted on the carrier, and the hand-held part and first protruding portion are connected to the articulated section and are located at described The opposite sides of articulated section；When the carrier is slided with the slide-in direction towards the storage space, the hand handle energy Carrier described in enough rotation directions is so that the hand-held part is fastened in the holding part, and first protruding portion is caught in described second side The a positioning hole of frame, so that the carrier is maintained in the storage space.

8. telescopic hard disk support bracket as claimed in claim 7, which is characterized in that the hand handle includes one second protruding portion, phase The articulated section is connected to for the hand-held part；When the carrier is placed in the storage space, the holding part It can be operated to the hand-held part and be detached from the holding part, enable carrier described in the hand handle whiz so that described Second protruding portion pushes a structure side of second side frame, so that the carrier is slided with the direction that skids off.

9. telescopic hard disk support bracket as claimed in claim 7, which is characterized in that the holding part includes a fixed part, a card Hook part and an elastic portion, the fixed part are fixed on the carrier, and the hook part and the elastic portion are connected to described Fixed part；When the hand-held part described in the holding part clamping, the hook part hook holds the hand-held part, and the elastic portion is by institute State hand-held part elastic compression.

10. telescopic hard disk support bracket as claimed in claim 7, which is characterized in that the holding part includes an operation portion, connection To the hook part；When hook part hook holds the hand-held part, the operation portion can be operated to the hook part It is detached from the hand-held part, so that the compressed elastic portion pushes the hand-held part so as to carry described in the hand handle whiz Frame.