The hard disk abstraction box
Technical field
The utility model is relevant with the hard disk abstraction box, particularly relevant for a kind of can be fast and swimmingly with a cabinet in conjunction with or the hard disk abstraction box that separates.
Background technology
Traditional removable hard drive normally locks in a hard-disk cartridge, hard-disk cartridge is installed in the cabinet again, and the connector that hard disk and is located in the cabinet electrically connects.In the time will taking off hard disk, then be that hard disk is together taken out in cabinet together with hard-disk cartridge.
Yet, when being installed in hard-disk cartridge in the cabinet, all be that the direct application of force compresses hard-disk cartridge mostly, the hard disk be located in the hard-disk cartridge and the connector of being located in the cabinet are electrically connected, the power of hard-disk cartridge is excessive to cause damage because of applying pressure to but the joint of connector is easy to.In addition, when hard-disk cartridge is taken out from cabinet, also all be direct application of force pulling hard-disk cartridge, hard disk is separated with connector, when comparatively tight, just need the bigger strength of cost hard-disk cartridge could be taken out as if hard disk and combining of connector.Therefore, the design of conventional hard box allows the user in installing and all suitable inconvenience when disassembling.
The utility model content
In order to solve prior art problems, fundamental purpose of the present utility model is to provide a kind of hard disk abstraction box, its can be fast and swimmingly with a cabinet in conjunction with or separate and have a convenience in the use.
For reaching above-mentioned purpose, hard disk abstraction box provided by the utility model includes a carriage, leader's seat and leader.This handle base is located at this carriage; This handle has a hub side that is hubbed at this handle base, this hub side has one first protuberance and one and be separated by second protuberance of a preset distance of this first protuberance, wherein this first protuberance is located in the embedding portion of this cabinet, and can push against the perisporium of this embedding portion, this hard disk abstraction box is fixed in this cabinet, this second protuberance can push against the lean against part of this cabinet, and this hard disk abstraction box is separated with this cabinet.Also include an elastic component, the two ends of this elastic component are this moving member of contact and this handle base respectively.Also include an elastic component, this elastic component is located at this handle base, and this handle of contact.
This handle base has two and colludes groove, and this handle has the link of relative this hub side, and this link has two hook parts, and two hook parts of this handle are colluded and are stuck in two of this handle base and collude in the groove.The link of this handle has one first joint portion; This hard disk abstraction box also includes a press button and a moving member of being located at this handle, this moving member is located at this handle base movably and is connected with this press button, this moving member has one second joint portion, second joint portion of this moving member and first joint portion of this handle in conjunction with or separate.First joint portion of this handle has one first inclined-plane, and second joint portion of this moving member has one second inclined-plane, and first inclined-plane of this handle is identical with the vergence direction on second inclined-plane of this moving member.This press button has an extension, and this moving member has a breach, and the extension of this press button is embedded in the breach of this moving member.
Thus, the utility model utilizes the effect of first protuberance and second protuberance of this handle, when making this handle relatively this handle base pivoting, can be easily and allow fast and swimmingly hard disk abstraction box of the present utility model and cabinet in conjunction with or separate.
Description of drawings
Fig. 1 is the stereographic map of the utility model one preferred embodiment and cabinet;
Fig. 2 is the sectional perspective exploded view of the utility model one preferred embodiment;
Fig. 3 is the partial top view of the utility model one preferred embodiment, mainly shows the state that handle combines with handle base;
Fig. 4 is the partial sectional view of Fig. 3, shows that mainly moving member is positioned at the state of primary importance;
Fig. 5 is the partial sectional view of the utility model one preferred embodiment, shows that mainly moving member is positioned at the state of the second place;
Fig. 6 is the partial top view of the utility model one preferred embodiment, mainly shows the state that the relative handle base of handle pivots;
Fig. 7 is the use synoptic diagram of the utility model one preferred embodiment, mainly shows the state that the relative handle base of handle pivots;
Fig. 8 is the use synoptic diagram of the utility model one preferred embodiment, shows that mainly second protuberance of handle abuts against the state of the lean against part of cabinet;
Fig. 9 is the use synoptic diagram of the utility model one preferred embodiment, shows that mainly first protuberance of handle abuts against the state of the embedding portion perisporium of cabinet; And
Figure 10 is the use synoptic diagram of the utility model one preferred embodiment, mainly shows the state that hard disk abstraction box provided by the utility model combines with cabinet.
The main element symbol description
Hard disk abstraction box 10 cabinets 20
Storage tank 22 lean against part 24
Embedding portion 26 connectors 28
Carriage 30 handle bases 40
Collude groove 42 perforation 44
Storage tank 46 handles 50
Hub side 52 plugs 522
First protuberance, 524 second protuberances 526
Link 54 hook parts 542
56 first inclined-planes 562, first joint portion
First elastic component, 60 press buttons 70
Plug 72 extensions 74
Moving member 80 second joint portions 82
Second inclined-plane, 822 breach 84
Second elastic component, 90 hard disks 100
This case specifies the summary representative graph to be: Fig. 1.
Embodiment
In order to describe structure of the present utility model, feature and effect place in detail, lift following preferred embodiment now and cooperate graphic explanation as after, wherein:
See also Fig. 1, the hard disk abstraction box 10 that is provided for the utility model one preferred embodiment is installed in the state of a cabinet 20, wherein cabinet 20 includes most storage tanks 22 and is installed with for hard disk abstraction boxes 10, and the sidewall front end of each storage tank 22 has the embedding portion 26 that a lean against part 24 and is adjacent to lean against part 24.Please cooperate again and consult Fig. 2, hard disk abstraction box 10 includes a carriage 30, leader's seat 40, leader 50, one first elastic component 60, a press button 70, a moving member 80 and one second elastic component 90.
Carriage 30 usefulness are for a hard disk 100 installings, as shown in Figure 1.
As shown in Figure 2, handle base 40 is located at a side of carriage 30, and it has the groove of colluding 42 respectively in two sides up and down, and handle base 40 colludes the perforation 44 of two sides inside and outside formation one break-through between the groove 42 in two.In addition, handle base 40 has a storage tank 46 in the position of contiguous perforation 44.
Handle 50 has a hub side 52 and a link 54.Hub side 52 utilizes a plug 522 to be hubbed at handle base 40, and two sides have rectangular first protuberance 524 and one and first protuberance 524 be separated by a preset distance and second protuberance 526 triangular in shape respectively at the bottom of the top of hub side 52, and wherein first protuberance 524 is located in the embedding portion 26 of cabinet 20; Link 54 has first joint portion 56 of two hook parts 542 and between two hook parts 542, as shown in Figure 4, wherein two hook parts, 542 shapes just and two the colluding groove 42 form fit and can collude and be stuck in two and collude in the groove 42 of handle base 40,56 of first joint portions have one first inclined-plane 562.
First elastic component 60 is installed in handle base 40, and contact handle 50, in order to elastic force to be provided handle 50 is pushed against towards the direction away from handle base 40.
Press button 70 utilizes a plug 72 to be hubbed in the storage tank 46 of handle base 40, makes press button 70 can be subjected to the effect of an external force and rotates relative to handle base 40.Press button 70 has two extensions 74.
Moving member 80 is installed in the handle base 40, and the one end has one second joint portion 82, and first joint portion 56 of handle 50 can be passed the perforation 44 of handle base 40 and collude card with second joint portion 82.Second joint portion 82 of moving member 80 has one second inclined-plane 822, the vergence direction on second inclined-plane 822 is identical with the vergence direction on first inclined-plane 562 of handle 50, when making handle 50 towards handle base 40 pivots, first inclined-plane 562 of first joint portion 56 can move along second inclined-plane 822 of second joint portion 82.Moving member 80 has two breach 84 in addition, in order to extension 74 inlay cards of voltage supply button 70, makes moving member 80 can be subjected to the rotation of press button 70 and moves between a primary importance and a second place.When moving member 80 is positioned at primary importance, two hook parts 542 that second joint portion 82 that is stuck in moving member 80 and handle 50 are colluded in first joint portion 56 of handle 50 are colluded and are stuck in two of handle base 40 and collude in the groove 42, make handle 50 handle base 40 pivots relatively, as shown in Figure 3, Figure 4, be positioned at the second place and work as moving member 80, as shown in Figure 5, first joint portion 56 of handle 50 breaks away from second joint portion 82 of moving member 80, handle 50 is pivoted, as shown in Figure 6 towards the direction away from handle base 40 by 60 pushing and pressing of first elastic component.
Second elastic component 90 is installed in the handle base 40, and respectively contact handle base 40 other ends and moving member 80, in order to the strength of moving member 80 answers to be provided, makes moving member 80 forced back towards primary importance from the second place.
Via said structure as can be known, when will be when cabinet 20 takes out with hard disk abstraction box 10, push press button 70 earlier so that its rotation, press button 70 will be by 84 cooperate and drive moving member 80 and move to the second place of lacking of extension 74 and moving member 80, at this moment, separate with second joint portion 82 of moving member 80 first joint portion 56 of handle 50, handle 50 promptly can be subjected to the elastic force pushing and pressing of first elastic component 60 and hold towards the direction pivot away from handle base 40, as Fig. 6, shown in Figure 7, moving member 80 can be subjected to the pushing and pressing of second elastic component 90 and get back to primary importance simultaneously, thus, continue pivoting handle 50, allow second protuberance 526 of handle 50 prop up the lean against part 24 of cabinet 20 and to form a fulcrum, hard disk abstraction box 10 can be taken advantage of a situation outwards to be driven, as shown in Figure 8, can will be installed in hard disk 100 in the carriage 30 separate with a connector 28 in the cabinet 20, to make things convenient for the user hard disk abstraction box 10 is taken out from cabinet 20.
In the time will being fixed in hard disk abstraction box 10 in the cabinet 20, earlier hard disk abstraction box 10 is installed in the cabinet 20, first protuberance 524 of handle 50 is located in the embedding portion 26 of cabinet 20, as shown in Figure 9, follow application of force squeeze grip 50, make first protuberance 524 of handle 50 prop up embedding portion 26 perisporiums of cabinet 20 and form another fulcrum, as shown in figure 10, simultaneously, first inclined-plane 562 of first joint portion 56 of handle 50 will paste to second inclined-plane 822 of second joint portion 82 of moving member 80 and along second inclined-plane 822 and move, in order to the direction of moving member 80 toward the second place promoted, when handle 50 abuts against handle base 40, moving member 80 will be pushed back primary importance by the elastic force of second elastic component 90, make second joint portion 82 of moving member 80 collude first joint portion 56 that is stuck in handle 50, as Fig. 3, shown in Figure 4, thus, handle 50 can't rotate relative to handle base 40.And, in application of force squeeze grip 50, the thrust that hard disk abstraction box 10 will prop up the embedding portion 26 of cabinet 20 by first protuberance 524 of handle 50 moves toward interior, hard disk 100 and the connector in the cabinet 20 28 be located in the carriage 30 are electrically connected, so as to hard disk abstraction box 10 is fixed in the cabinet 20.
Thus, the utility model utilizes the pivot of handle allow first protuberance of handle and embedding portion and the lean against part that second protuberance props up cabinet respectively, in order to provide respectively inwardly and outside thrust, make hard disk abstraction box and cabinet finish fast and swimmingly in conjunction with or separate, quite convenient in the operation.