Background technology
In the electronic equipments such as memory device, server and NAS equipment, all can use a large amount of hard disks usually.For the ease of The maintenance of disks and management, the installation that these electronic equipments can provide corresponding hard disk support bracket to realize hard disk usually through the plug operation of hard disk support bracket in the associated socket of electronic equipment, can realize the plug of hard disk in this electronic equipment.
Yet existing hard disk support bracket is merely able to realize through the mode of screw retention the installation of hard disk, will cause following problem thus:
1, the mode of screw retention need depend on a large amount of manual operationss, and this will cause installation effectiveness not high, and correspondingly, the removal efficiency in the follow-up maintenance process is not high too;
2, the mode of screw retention for example needs specific aids such as screwdriver, thus make install and the follow-up maintenance process in dismounting all be subject to aid;
3, screw is a metalwork, serious consequence such as if installing, falling into electronic equipment accidentally in dismounting or the use, then be easy to generate electronic equipment short circuit, be inhaled in the fan of electronic equipment; And the screw that falls in the electronic equipment is difficult for coming to light owing to volume is little, thereby causes above-mentioned serious consequence to be difficult to by timely elimination.
The utility model content
In view of this, the utility model provides a kind of hard disk support bracket that need not the screw installation and a kind of electronic equipment with this hard disk support bracket.
A kind of hard disk support bracket that the utility model provides; Comprise a bracket body; This bracket body comprises that one can place the base plate of hard disk; The both sides of the edge of base plate have respectively extend upward, and can be to the side plate of plate outer side elastic deformation, the front edge of base plate has upwardly extending header board, the back edge place of base plate leaves opening;
The coboundary of biside plate relatively is provided with inboard and be parallel to the pressure contact portion that base plate extends towards base plate, the spacing between the pressure contact portion that is oppositely arranged pressure contact portion with side plate after the plate outer side elastic deformation more than or equal to the width of hard disk, at pressure contact portion with the side plate width of back that return to normal less than hard disk;
The inside surface of biside plate also has the side limiting section to the base plate inner bulge;
The inside surface of header board has the front limit portion to the base plate inner bulge;
Opening part has from the back edge of plate outer side connection base plate and the back limiting section that raises up.
Preferably, base plate further has the reference column that raises up in the position of the mounting hole of corresponding hard disk.
Preferably, base plate further is formed with some hollow-out parts.
Preferably, base plate further is formed with the upwards reinforcement of protuberance in the hollow-out parts outside.
Preferably, the intersection of header board and at least one side plate has the flexure strip that extends forward, and the outside of this flexure strip has buckle; The outside surface of header board also further has handle.
The slot that a kind of electronic equipment that the utility model provides comprises aforesaid hard disk support bracket and supplies this hard disk support bracket to insert.
Visible by technique scheme; In the utility model; Hard disk support bracket has a bracket body; In this bracket body; The coboundary of biside plate relatively is provided with inboard and be parallel to the pressure contact portion that base plate extends towards base plate, the spacing between the pressure contact portion that is oppositely arranged pressure contact portion with side plate to after the plate outer side elastic deformation more than or equal to the width of hard disk so that hard disk can be put to base plate between the pressure contact portion that is oppositely arranged, and the spacing between the pressure contact portion that is oppositely arranged is stuck in hard disk base plate and avoids hard disk to come off at the hard disk top less than the width of hard disk, the pressure contact portion that is oppositely arranged with utilization with the side plate back that returns to normal at pressure contact portion; And, corresponding position limiting structure also is set, to avoid the slip of hard disk on all directions in the bracket body on all directions.Thus, need not screw and any aid and can realize the stable installation and removal in the hard disk support bracket of hard disk in the utility model, the problem of having avoided the screw mounting means to exist.
Embodiment
For the purpose, technical scheme and the advantage that make the utility model is clearer, below with reference to the accompanying drawing embodiment that develops simultaneously, to the utility model further explain.
Fig. 1 a and Fig. 1 b are the stereographic map of the hard disk support bracket among the utility model embodiment.Fig. 2 is the vertical view of the hard disk support bracket among the utility model embodiment.The direction that in Fig. 1 a and Fig. 1 b and Fig. 2, is marked is merely the reference direction under a kind of common user mode, is not unique possibly occur and changeless direction.
Please be simultaneously referring to Fig. 1 a and Fig. 1 b and Fig. 2, the hard disk support bracket in the present embodiment comprises a bracket body 10.
This bracket body 10 have one can place hard disk base plate 100, the shape the when shape of base plate 100 keeps flat with the hard disk that can place is complementary, and rectangular.
When the relatively long corresponding respectively hard disks in edge, the left and right sides 101 and 102 of base plate 100 keep flat on its Width relative two long limits; And, base plate 100 have respectively at edge, the left and right sides 101 and 102 extend upward, and can be to the side plate 110 and 120 of base plate 100 outer elastic distortion; In order to make side plate 110 and 120 can produce the elasticity sex change; For example can utilize that plastic material such as plastic cement is one-body molded to go out bracket body 10, also can be separately for example adopt plastic material moulding such as plastic cement, the side plate 110 and 120 with independent moulding is installed in the bracket body 10 with any-mode again to side plate 110 and 120;
The front edge 103 of base plate 100 dorsad the insertable slot of hard disk support bracket, and corresponding hard disk when keeping flat on its length direction the broadside of slot one side dorsad, and base plate 100 has upwardly extending header board 130 at front edge 103;
The back edge 104 of base plate 100 towards the insertable slot of hard disk support bracket, and corresponding hard disk when keeping flat on its length direction towards the broadside of slot one side, and back edge 104 places of base plate 100 leave opening.
Above-mentioned base plate 100, the side plate 110 of the left and right sides and 120 and header board 130 surround form one can be used for ccontaining hard disk receiving space.
In addition, left and right sides plate 110 and 120 coboundary are respectively arranged with towards base plate 100 inboards and are parallel to the pressure contact portion 111 and 121 that base plate 100 extends, and pressure contact portion 111 and 121 relatively is provided with.
And; Spacing between the pressure contact portion 111 and 121 that is oppositely arranged is out of shape the width of (external force that this elastic deformation needs only free-hand generation can produce) back more than or equal to hard disk with side plate 110 and 120 to base plate 100 outer elastic respectively at pressure contact portion 111 and 121, so that hard disk can take out hard disk from putting to above-mentioned receiving space or between the pressure contact portion 111 and 121 that is oppositely arranged between the pressure contact portion 111 and 121 that is oppositely arranged in above-mentioned receiving space; Spacing between the pressure contact portion 111 and 121 that is oppositely arranged returns to normal the back less than the width of hard disk with side plate 110 and 120 respectively at pressure contact portion 111 and 121; At this moment; If be placed with hard disk in the above-mentioned receiving space, the pressure contact portion that is oppositely arranged 111 then capable of using and 121 is stuck in hard disk at the hard disk top base plate 100 and avoids hard disk in above-mentioned receiving space, to come off.
Wherein, need to prove that the pressure contact portion 111 and 121 shown in Fig. 1 a and Fig. 1 b and Fig. 2 is the sheet of continuous distribution, but in the practical application, pressure contact portion 111 and 121 also can Discrete Distribution and is other shapes.
Though pressure contact portion 111 and 121 can allow hard disk to put into above-mentioned receiving space and avoid hard disk to come off from above-mentioned receiving space, hard disk still might slide in above-mentioned receiving space after being given a shock.
For fear of the slip of hard disk in above-mentioned receiving space, left and right sides plate 110 and 120 inside surface also have the side limiting section 112 and 122 to base plate 100 inner bulge, and the inside surface of header board 130 has the front limit portion 132 to base plate 100 inner bulge; The opening part of rear end has back edge 104 that connects base plate 100 from base plate 100 outsides and the back limiting section 142 that raises up.
Wherein, Side limiting section 112 and 122 shown in Fig. 1 a and Fig. 1 b and Fig. 2 is 3 reinforcing rib structures perpendicular to base plate 100, front limit portion 132 is that 6 reinforcing rib structures perpendicular to base plate 100, back limiting section 142 are 1 bending sheet; But in the practical application, the quantity and the shape of side limiting section 112 and 122, front limit portion 132, back limiting section 142 can be provided with arbitrarily.
This shows, need not screw and any aid and can realize the stable installation and removal in the hard disk hard disk support bracket in the present embodiment, the problem of having avoided the screw mounting means to exist.
And header board 130 has the flexure strip 123 that extends forward with the intersection of right plate 120 (being not limited to right plate 120 in the practical application), the outside of this flexure strip 123 has buckle 124, and the outside surface of header board 130 also further has handle 133.
So; Utilize handle 133 can realize the plug operation in the associated socket of electronic equipment of hard disk support bracket in the present embodiment, be connected in the blocked hole in the slot after utilizing flexure strip 123 and buckle 124 can hard disk support bracket in the present embodiment to be inserted into slot; Thereby the hard disk support bracket in the present embodiment can be realized the plug of hard disk in electronic equipment.
More preferably, can realize the location rapidly and accurately in order to put at hard disk to the process of above-mentioned receiving space, base plate 100 can be further has the reference column 105 that raises up in the position of the mounting hole of corresponding hard disk.
Wherein, Though the reference column 105 shown in Fig. 1 a and Fig. 1 b and Fig. 2 is two and is distributed in the position near right side edge of base plate 100; But in the practical application, the quantity of reference column 105 and position can be to the corresponding adjustment with the position of the mounting hole quantity that hard disk had of different model.
In the present embodiment, base plate 100 also further is formed with hollow-out parts 106, like this, not only can alleviate hard disk support bracket weight, can also improve the radiating effect of hard disk.
Wherein, Hollow-out parts 106 shown in Fig. 1 a and Fig. 1 b and Fig. 2 is 4, but in the practical application, the hollow-out parts 106 of any amount can be set; The area sum of all hollow-out parts 106 shared ratio in the area of base plate 100 is high more, and the weight of hard disk support bracket is just lighter, radiating effect is just good more.
If but the area that hollow-out parts 106 is provided with is excessive, then can reduce the intensity of base plate 100 again.For this reason; Base plate 100 further is formed with the upwards reinforcement 107 of protuberance in hollow-out parts 106 outsides; Utilize reinforcement 107 not only can improve the intensity of base plate 100; Can also support the hard disk that is positioned over base plate 100, make between hard disk and the base plate 100 and leave certain space, thereby further improve radiating effect.
Wherein, the reinforcement 107 shown in Fig. 1 a and Fig. 1 b and Fig. 2 is 6 and between the front edge 103 of base plate 100 and back edge 104, extends, but in the practical application, the quantity of reinforcement 107 and bearing of trend can be set arbitrarily.
As above visible, the hard disk support bracket in the present embodiment not only can realize not having the installation and removal of screw, also has better radiating effect.
A kind of electronic equipment in the present embodiment comprises aforesaid hard disk support bracket and the slot that supplies hard disk support bracket to insert.Can correspondingly offer the blocked hole that supplies buckle 124 clampings in this slot.
The preferred embodiment that the above is merely the utility model is not the protection domain that is used to limit the utility model.All within the spirit and principle of the utility model, any modification of being done, be equal to replacement and improvement etc., all should be included within the protection domain of the utility model.