CN205427727U - Storage device - Google Patents

Abstract

The utility model provides a storage device, includes a data memory and this data memory's of installation support, this data memory is equipped with a lockhole, its characterized in that: this storage device still includes a slider and a block in the fastener of this slider, is equipped with an inclined plane on this support, is equipped with two constant head tanks on this inclined plane, and this slider is installed in this inclined plane and is equipped with one calorie of clamping part of going into this one of them constant head tank, and this fastener is equipped with one calorie of fixture block of going into this lockhole, presses this clamping part and makes this slider slide along this inclined plane, and when this another constant head tank was gone into to this clamping part card, the fixture block of this fastener broke away from this data memory's lockhole. Compared with the prior art, the utility model discloses storage device slides along the inclined plane through this slider and fastener, and this data memory is conveniently dismantled to the block that makes this data memory break away from this fastener.

Description

Storage device

Technical field

This utility model relates to a kind of storage device.

Background technology

In prior art, CD drive (OpticalDiskDriver) is installed in support, and is fixed in cabinet by screwed lock.But, use screwed lock to be fixed in the mode of cabinet, when dismantling CD drive, screw, complex operation need to be backed out, and should not safeguard.

Utility model content

More than in view of, it is necessary to the storage device of a kind of easy accessibility is provided.

A kind of storage device, the support of this data storage is installed including a data storage and one, this data storage is provided with a lockhole, this storage device also includes that a sliding part and is sticked in the fastener of this sliding part, this support is provided with an inclined-plane, this inclined-plane is provided with two locating slots, this sliding part is installed on this inclined-plane and is provided with a clamping part snapping in this wherein locating slot, this fastener is provided with a fixture block snapping in this lockhole, pressing this clamping part makes this sliding part slide along this inclined-plane, when this clamping part snaps in this another locating slot, the fixture block of this fastener departs from the lockhole of this data storage.

Preferably, this sliding part includes that a sliding panel and is connected to this sliding panel and is the clamp of an acute angle with this sliding panel, and this clamping part is located at this clamp one end away from this sliding panel.

Preferably, this clamping part includes being connected to this clamp and being connected to the second fastener of this first fastener with one first fastener and that this clamp is an acute angle, and each locating slot includes the first draw-in groove of this first fastener of an engaging and connects this first draw-in groove and engage the second draw-in groove of this second fastener.

Preferably, this sliding panel projection one first block and one second block respectively, this support is provided with two guide runners being parallel to this inclined-plane, and each guide runner includes that a chute and connects the backstop groove of this chute, and this first block and the second block slide on this chute backstop in this backstop groove.

Preferably, this sliding panel is provided with projection and lug, and this fastener is sticked in projection and the lug of this sliding part.

Preferably, this support includes an installing plate and is connected to the guide sliding part of these installing plate both sides, each guide sliding part includes a connecting plate downwardly extended from the side of this installing plate and is connected to the gripper shoe of side of this connecting plate, this installing plate, connecting plate and gripper shoe surround a receiving space jointly, and this data storage is slided by this two guide sliding part and is contained in this receiving space.

Preferably, this inclined convex is located at this installing plate medial wall at one of them guide sliding part, and is an acute angle with this guide sliding part, and this sliding part slides along this inclined-plane.

Preferably, this storage device also includes an elastic component being installed on this sliding part and this support.

Preferably, this connecting plate projection one lug, the two ends of this elastic component are individually fixed on the lug of this first block and this support, and when this data storage is contained in this receiving space, this elastic component is in extended state.

Compared to prior art, this utility model storage device is slided along inclined-plane by this sliding part and fastener, and makes this data storage depart from the engaging of this fastener, thus conveniently dismantles this data storage, convenient disassembly, it is not necessary to instrument.

Accompanying drawing explanation

Fig. 1 is the exploded view of the better embodiment of this utility model support storage device.

Fig. 2 is the view of the other direction of the storage device in Fig. 1.

Fig. 3 is the assembling figure of storage device in Fig. 1.

Fig. 4 is the disassembly status figure of storage device in Fig. 3.

Main element symbol description

Data storage	10
		Support	30
Sliding part	50
		Fastener	70
Elastic component	90
		Lockhole	11
Installing plate	31
		Guide sliding part	33
Connecting plate	331
		Gripper shoe	333
Receiving space	32
		Lug	3311
Through hole	3313、5111
		Inclined-plane	311
Locating slot	3111
		First draw-in groove	3113
Second draw-in groove	3115
		Guide runner	313
Chute	3131
		Backstop groove	3133
Sliding panel	51
		Clamp	53
First block	511
		Second block	513
Clamping part	531
		First fastener	5311
Second fastener	5313
		Projection	515
Lug	517
		Location-plate	71
Circular hole	711
		Square hole	713
Fixture block	715

Following detailed description of the invention will further illustrate this utility model in conjunction with above-mentioned accompanying drawing.

Detailed description of the invention

Refer to Fig. 1, the better embodiment of this utility model storage device includes that a data storage 10, is fixed on the support 30, of cabinet (not shown) and is installed on the resilient sliding part 50, that has of this support 30 and is sticked in the fastener 70 and of this sliding part 50 and is installed on the elastic component 90 of this support 30 and this sliding part 50.

One side of this data storage 10 is provided with the lockhole 11 at two intervals.

Refer to Fig. 1 and Fig. 2, this support 30 includes an installing plate 31 and is connected to the guide sliding part 33 of these installing plate 31 both sides.Each guide sliding part 33 includes a plate 331 that the side of a self installation plate 31 extends downward vertically and from this connecting plate 331 away from the most vertically extending gripper shoe 333 in side of this installing plate 31.This installing plate 31, connecting plate 331 and gripper shoe 333 surround a receiving space 32 jointly.This connecting plate 331 is perpendicular to this installing plate 31 projection one lug 3311 away from one end of this gripper shoe 333 near center, and this lug 3311 is provided with a through hole 3313.The medial wall at one of them guide sliding part 33 of this installing plate 31 is along forming an inclined-plane 311 with the guide sliding part 33 direction outwardly convex in an acute angle.This inclined-plane 311 is provided with the locating slot 3111 at two intervals, and each locating slot 3111 includes the first draw-in groove 3113 being without exception square and is located at the second draw-in groove 3115 connecting this first draw-in groove 3113 in the middle part of this first draw-in groove 3113 front.This installing plate 31 is provided with the guide runner 313 being parallel to this inclined-plane 311 at two intervals between this inclined-plane 311 and the connecting plate 331 of correspondence, and each guide runner 313 includes chute 3131 and this backstop groove 3133 being square of this chute of connection of a strip.

This sliding part 50 includes the most elongated sliding panel 51 and the clamp 53 at an angle with this sliding panel 51 extended from the side of this sliding panel 51.The projection one respectively of the end face of this sliding panel 51 can snap in the first block 511 and the second block 513 of this guide runner 313, and this first block 511 is provided with a through hole 5111.This clamp 53 is provided with a clamping part 531 away from one end of this sliding panel 51, and this clamping part 531 includes the end face being connected to this clamp 53 and is located at this first fastener 5,311 second fastener 5313 away from the middle part of one end of this clamp 53 with this clamp 53 one first fastener 5311 and in an acute angle.This first fastener 5311 can snap in this first draw-in groove 3113, and this second fastener 5313 can snap in this second draw-in groove 3115.The bottom surface of this sliding panel 51 is provided with the projection 515 at two intervals, and the bottom surface of this sliding panel 51 is provided with the lug 517 at two intervals between this two projection 515.

This fastener 70 includes the most elongated location-plate 71, and this location-plate 71 is provided with the circular hole 711 at two intervals, and this location-plate 71 is additionally provided with the square hole 713 at two intervals between this two circular hole.This location-plate 71 is in two ends projection one fixture block 715 respectively of the side of this location-plate 71.

In the present embodiment, this elastic component 90 is a spring.

Refer to Fig. 3, when assembling this storage device, the just inner side to this installing plate 31 by this sliding part 50, the clamp 53 of this sliding part 50 is just to this inclined-plane 311, this clamping part 531 just to this first locating slot 3111, the first block 511 of this sliding part 50 and the second block 513 the most just guide runner 313 to this support 30.Moving this sliding part 50 towards this installing plate 31 makes the first fastener 5311 of this clamping part 531 snap in the first draw-in groove 3113 of first locating slot 3111 near lug 3311, this second fastener 5313 snaps in the second draw-in groove 3115 of this first locating slot 3111, and this first block 511 and the second block 513 are respectively clamped into the backstop groove 3133 of support 30.This sliding part 50 this support 30 relative is fixed.The most just two projection 515 and two lugs 517 to this sliding part 50 by two circular holes 711 of this fastener 70 and two square holes 713, and this two projection 515 and two lugs 517 are snapped in this two circular hole 711 and two square holes 713.The two ends of this elastic component 90 are respectively clamped into the through hole 5111 of the first block 511 of this sliding part 50 and the through hole 3313 of the lug 3311 of this support 30, and now, this elastic component 90 is in elastic compression.

This support 30 assembled is fixed on cabinet (not shown), by this data storage 10, just the receiving space 32 to this support 30 two guide sliding parts 33 along this support 30 slip into this support 30, this two gripper shoe 333 supports this data storage 10, press this clamping part 531, this elastic component 90 recovers elastic deformation and drives this sliding part 50 to slide along this inclined-plane 311, and this first block 511 and the second block 513 slide in chute 3131.This data storage 10 and this sliding part 50 slide together, two fixture blocks 715 to this fastener 70 are respectively clamped into two lockholes 11 of this data storage 10, first fastener 5311 of this clamping part 531 snaps in the first draw-in groove 3113 of second locating slot 3111 away from lug 3311, this second fastener 5313 snaps in the second draw-in groove 3115 of this second locating slot 3111, and this storage device installs.Now, this elastic component 90 is in elastic stretching state.

Refer to Fig. 4, when this data storage 10 dismantled by needs, pressing this clamping part 531 makes this clamping part 531 depart from the engaging with this support 30, this elastic component 90 recovers elastic deformation, it is connected to the sliding part 50 of this elastic component 90 outwards skid off along the guide runner 313 of this inclination, clamping part 531 to this sliding part 50 snaps in this first locating slot 3111, and the one the first blocks 511 and the second block 513 backstop are in the backstop groove 3133 of this guide runner 313.Now, owing to sliding along this inclined-plane 311 together with this sliding part 50 with the fastener 70 of this sliding part 50 buckle, this data storage 10 vertically moves forward, therefore, after this data storage 10 ejects, this data storage 10 departs from the engaging of the fixture block 715 of this fastener 70, and this data storage 10 can be disassembled, easy accessibility, it is not necessary to instrument.

This utility model storage device is slided along inclined-plane 311 by this sliding part 50 and fastener 70, and makes this data storage 10 vertically moved depart from the engaging of this fastener 70, thus conveniently dismantles this data storage 10, convenient disassembly, it is not necessary to instrument.

Claims (9)

1. a storage device, the support of this data storage is installed including a data storage and one, this data storage is provided with a lockhole, it is characterized in that: this storage device also includes that a sliding part and is sticked in the fastener of this sliding part, this support is provided with an inclined-plane, this inclined-plane is provided with two locating slots, this sliding part is installed on this inclined-plane and is provided with a clamping part snapping in this wherein locating slot, this fastener is provided with a fixture block snapping in this lockhole, pressing this clamping part makes this sliding part slide along this inclined-plane, when this clamping part snaps in this another locating slot, the fixture block of this fastener departs from the lockhole of this data storage.

2. storage device as claimed in claim 1, it is characterised in that: this sliding part includes that a sliding panel and is connected to this sliding panel and is the clamp of an acute angle with this sliding panel, and this clamping part is located at this clamp one end away from this sliding panel.

3. storage device as claimed in claim 2, it is characterized in that: this clamping part includes being connected to this clamp and being connected to the second fastener of this first fastener with one first fastener and that this clamp is an acute angle, and each locating slot includes the first draw-in groove of this first fastener of an engaging and connects this first draw-in groove and engage the second draw-in groove of this second fastener.

4. storage device as claimed in claim 2, it is characterized in that: this sliding panel projection one first block and one second block respectively, this support is provided with two guide runners being parallel to this inclined-plane, each guide runner includes that a chute and connects the backstop groove of this chute, and this first block and the second block slide on this chute backstop in this backstop groove.

5. storage device as claimed in claim 2, it is characterised in that: this sliding panel is provided with projection and lug, and this fastener is sticked in projection and the lug of this sliding part.

6. storage device as claimed in claim 4, it is characterized in that: this support includes an installing plate and is connected to the guide sliding part of these installing plate both sides, each guide sliding part includes a connecting plate downwardly extended from the side of this installing plate and is connected to the gripper shoe of side of this connecting plate, this installing plate, connecting plate and gripper shoe surround a receiving space jointly, and this data storage is slided by this two guide sliding part and is contained in this receiving space.

7. storage device as claimed in claim 6, it is characterised in that: this inclined convex is located at this installing plate medial wall at one of them guide sliding part, and is an acute angle with this guide sliding part, and this sliding part slides along this inclined-plane.

8. storage device as claimed in claim 6, it is characterised in that: this storage device also includes an elastic component being installed on this sliding part and this support.

9. storage device as claimed in claim 8, it is characterized in that: this connecting plate projection one lug, the two ends of this elastic component are individually fixed on the lug of this first block and this support, and when this data storage is contained in this receiving space, this elastic component is in extended state.