CN103383855A - Hard disk supporting frame - Google Patents
Hard disk supporting frame Download PDFInfo
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- CN103383855A CN103383855A CN201210133508XA CN201210133508A CN103383855A CN 103383855 A CN103383855 A CN 103383855A CN 201210133508X A CN201210133508X A CN 201210133508XA CN 201210133508 A CN201210133508 A CN 201210133508A CN 103383855 A CN103383855 A CN 103383855A
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- hard disk
- main frame
- frame body
- sidewall
- support
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Abstract
The invention discloses a hard disc supporting frame used for fixing a hard disc in a machine shell. The hard disc supporting frame comprises a main frame body and an auxiliary frame body. At least one opening hole is formed in the main frame body. At least one clamping hook structure and at least one locating column which correspond to the at least one opening hole are arranged on the auxiliary frame body. When the auxiliary frame body is combined with the hard disc through the at least one locating column, the at least one clamping hook structure is then buckled with the corresponding opening hole in order to fix the hard disc on the hard disc supporting frame. Therefore, a user can fix the hard disc on the hard disc supporting frame without using extra tools.
Description
Technical field
The present invention is about a kind of bracing frame, and especially in regard to the support of hard disk in casing in order to Fixed disk.
Background technology
Science and technology arrived with epoch of information, no matter was work or amusement and recreation, computer with and peripheral equipment be a part in everyone daily life.Computer comprises the equipment such as screen, casing, motherboard, hard disk, microprocessor and storer, and these equipment also are subject to the attention of each manufacturer, and for improveing in its outward appearance, performance and serviceable life.In these equipment of computer, microprocessor and storer are plugged on motherboard, and hard disk is fixed on casing.
Generally speaking, hard disk is directly to be fixed on casing in the screw closure mode, yet, in order to be convenient to the user by taking out hard disk on casing, the user can adopt a kind of support of hard disk, it can arrange hard disk thereon, and support of hard disk is arranged on casing, and support of hard disk is can the extraction mode being arranged on casing.Therefore, in casing, that facility is many by taking out hard disk in casing or accommodating hard disk.
Next explanation has the structure of support of hard disk and existing casing now.See also Fig. 1, it is the structural representation of existing support of hard disk, existing hard disk and existing casing.Fig. 1 demonstrates a support of hard disk 1 and a casing 2, and support of hard disk 1, and can be accommodated in casing 2 in wherein in order to an accommodating hard disk 3.Support of hard disk 1 comprises two side 10, a storage tank 11 and two buckling elements 12, storage tank 11 in order to accommodating hard disk 3 in wherein, wherein be accommodated in storage tank 11 when interior when hard disk 3, being connected between support of hard disk 1 and hard disk 3 is to set up by the screw closure mode.Casing 2 comprises two slide rails 20 and two perforates 21, and this two slide rail 20 is arranged at the both sides of casing 2, uses for slipping into and auxiliary support of hard disk 1 is accommodated in casing 2 two side 10 of support of hard disk 1.And these two perforates 21 are arranged at an end of this two slide rail 20.
When user's wish is fixed in hard disk 3 on casing 2, at first, hard disk 3 is positioned on the storage tank 11 of support of hard disk 1, and utilizes a plurality of screws (not being shown in figure) that hard disk 3 is fixed on storage tank 11.Next, with the two side 10 of support of hard disk 1 two slide rails 20 in alignment with casing 2, and pushing and pressing support of hard disk 1, support of hard disk 1 is slipped in casing 2 by two slide rails 20.At last, stir two buckling elements 12, two buckling elements 12 are rotated, simultaneously, the first end 121 of buckling element 12 is inserted in the perforate 21 of casing 2, makes support of hard disk 1 be in a buckling state.Therefore, support of hard disk 1 is fixed on casing 2.
Opposite, when user's wish, hard disk 3 during by interior taking-ups of casing 2, is first stirred two buckling elements 12, make the first end 121 of two buckling elements 12 by breaking away from and the buckling state of releasing support of hard disk 1 in the perforate 21 of casing 2.Next, the user pull two buckling elements 12 and with support of hard disk 1 by the interior taking-up of casing 2.At last, utilize the instrument such as turnscrew to unload a plurality of screws on support of hard disk 1, and take out hard disk 3.
Although existing support of hard disk 1 can be accommodated hard disk 3 in wherein, and directly fixedly contain the existing support of hard disk 1 of hard disk 3 in casing 2 by the structure of existing support of hard disk 1, or directly contain the existing support of hard disk 1 of hard disk 3 by directly taking out hard disk 3 in casing 2, and do not need to dismantle on casing 2 with instrument hard disk 3.But when user's wish is taken out hard disk 3 on by existing support of hard disk 1, still must utilize instrument with hard disk 3 by pulling down on existing support of hard disk 1.Therefore, need a kind of i.e. detachable or assembling hard disk support of hard disk thereon of additional means that need not use.
Summary of the invention
The object of the present invention is to provide a kind of i.e. detachable or assembling hard disk support of hard disk thereon of additional means that need not use.
In a preferred embodiment, the invention provides a kind of support of hard disk, in order to fix a hard disk in a casing, this support of hard disk comprises:
One main frame body, this main frame body has at least one perforate, is arranged at a bottom of this main frame body; And
One auxiliary frame is arranged on this main frame body, and in order to be combined and to fix this hard disk on this main frame body with this hard disk, this auxiliary frame comprises:
One auxiliary frame sidewall, in order to a sidewall contact of this hard disk;
At least one reference column is arranged on this auxiliary frame sidewall, in order to stretching at least one slotted eye of this hard disk, and fixes this hard disk on this auxiliary frame; And
At least one coupler construction is arranged at a lower edge of this auxiliary frame sidewall, in order to this main frame body on this at least one perforate fasten and fix this auxiliary frame on this main frame body.
Support of hard disk of the present invention mainly utilizes the reference column of auxiliary frame to be combined with hard disk, and utilize the main frame body of the coupler construction of auxiliary frame and support of hard disk to fasten and fixedly auxiliary frame and hard disk in storage tank.
In a preferred embodiment, this main frame body also comprises:
At least one main frame body sidewall is arranged at a side of this main frame body;
One main frame body is located wall, is arranged at an end of this main frame body and is connected in this at least one main frame body sidewall; And
One storage tank is formed jointly by this bottom of this main frame body, this at least one main frame body sidewall and this main frame body location wall, in order to accommodate this hard disk and this auxiliary frame in wherein or accommodate this hard disk, this auxiliary frame and another hard disk in wherein.
In a preferred embodiment, this main frame body is located wall and is had at least one location rib, is arranged at this main frame body and locates on an inboard of wall, avoids this another hard disk to slide in order to contact with this another hard disk that is positioned at this storage tank.
In a preferred embodiment, this at least one location rib is extended and is formed by the direction of past this storage tank of this main frame body location wall, and it is one-body molded that this at least one location rib and this main frame body are located wall, and this main frame body location wall is orthogonal with this at least one main frame body sidewall, and this main frame body to locate wall and this at least one main frame body sidewall and this main frame body one-body molded.
In a preferred embodiment, this main frame body also comprises at least one barrier plate, is arranged at an other end of this main frame body and is connected in this at least one main frame body sidewall, avoids this another hard disk to slide in order to contact with this another hard disk that is positioned at this storage tank.
In a preferred embodiment, this at least one barrier plate is orthogonal with this at least one main frame body sidewall, and this at least one barrier plate is one-body molded with this at least one main frame body sidewall, and this at least one main frame body sidewall is one-body molded with this main frame body.
In a preferred embodiment, this main frame body also comprises at least one post that stretches out, be arranged on a bottom of this main frame body, in order to stretch at least one other slotted eye of this hard disk, and this at least one post that stretches out is extended and forms toward the direction of this storage tank by this bottom of this main frame body, and this at least one post that stretches out is perpendicular to this bottom of this main frame body, and this at least onely stretches out post and this main frame body is one-body molded.
In a preferred embodiment, this at least one slotted eye is arranged on a sidewall of this hard disk, and this at least one other slotted eye is arranged at a bottom of this hard disk.
In a preferred embodiment, this hard disk is one 2.5 cun hard disks, and this another hard disk is one 3.5 cun hard disks.
In a preferred embodiment, this auxiliary frame also comprises:
One another auxiliary frame sidewall, orthogonal and be connected in this auxiliary frame sidewall with this auxiliary frame sidewall, in order to another sidewall contact of this hard disk; And
One another coupler construction is arranged at a lower edge of this another auxiliary frame sidewall, in order to this main frame body on another perforate fasten and fix this auxiliary frame on this main frame body.
In a preferred embodiment, this auxiliary frame sidewall, this at least one reference column and this at least one coupler construction and this auxiliary frame are one-body molded, and this another auxiliary frame sidewall and this another coupler construction are also one-body molded with this auxiliary frame.
In a preferred embodiment, this casing comprises:
One imports and exports, and is positioned at an end of this casing, uses for this main frame body and passes through; And
A plurality of flexure strips are arranged at the both sides of this casing, contact with this main frame body in order in this main frame body is accommodated in this casing the time and avoid this main frame body to deviate from by this casing.
The present invention assists Fixed disk and another hard disk in storage tank by the structure of stretching out post, location rib, the 3rd coupler construction and barrier plate more respectively.Make support of hard disk of the present invention can not need use screw closure mode Fixed disk thereon, make the user can not need to assemble or dismantle hard disk with extra instrument, to promote the convenience of assembling or dismounting hard disk.
Description of drawings
Fig. 1 is the structural representation of existing support of hard disk, existing hard disk and existing casing.
Fig. 2 is support of hard disk of the present invention and the structural representation of casing in a preferred embodiment.
Fig. 3 is auxiliary frame and the structural representation of hard disk in a preferred embodiment of support of hard disk of the present invention.
Fig. 4 is support of hard disk of the present invention and the structural representation of hard disk in a preferred embodiment.
Fig. 5 be support of hard disk of the present invention in a preferred embodiment its auxiliary frame in alignment with the structural representation of its main frame body.
Fig. 6 is that support of hard disk of the present invention is accommodated its auxiliary frame and hard disk in structural representation wherein in a preferred embodiment.
Fig. 7 is support of hard disk of the present invention and the structural representation of another hard disk in another preferred embodiment.
Fig. 8 is that support of hard disk of the present invention is accommodated its auxiliary frame, hard disk and another hard disk in structural representation wherein in another preferred embodiment.
Wherein, description of reference numerals is as follows:
1,4,7: support of hard disk
2,6: casing
3,5,8: hard disk
9: another hard disk
10: sidewall
11,403,703: storage tank
12: buckling element
20: slide rail
21: perforate
40,70: main frame body
41,71: auxiliary frame
51: the bottom of hard disk
52: the first slotted eyes
53: the second slotted eyes
54: the sidewall of hard disk
55: another sidewall of hard disk
60: import and export
61: flexure strip
121: the first end of buckling element
411: the auxiliary frame sidewall
412: reference column
413: the first coupler constructions
414: the auxiliary frame upper cover
415: another auxiliary frame sidewall
416: the second coupler constructions
4111: the lower edge of auxiliary frame sidewall
4151: the lower edge of another auxiliary frame sidewall
401,701: the main frame body sidewall
402,702: main frame body is located wall
404: stretch out post
Perforate in 405: the first
Perforate in 406: the second
407: a side of main frame body
408: the opposite side of main frame body
409: an end of main frame body
410: the bottom of main frame body
704: barrier plate
7011: the three coupler constructions
7012: the upper limb of main frame body sidewall
7021: location rib
7022: main frame body is located the inboard of wall
Embodiment
In view of the defective of prior art, the invention provides a kind of support of hard disk that solves the prior art deficiency.See also Fig. 2, it is support of hard disk of the present invention and the structural representation of casing in a preferred embodiment.Fig. 2 shows a support of hard disk 4, a hard disk 5 and a casing 6, and support of hard disk 4 comprises a main frame body 40 and an auxiliary frame 41.Main frame body 40 can be arranged in casing 6, and it is in order to carrying hard disk 5 in wherein, and auxiliary frame 41 is arranged on main frame body 40, in order to hard disk 5 in conjunction with and Fixed disk 5 on main frame body 40.In this preferred embodiment, hard disk 5 is one 2.5 cun hard disks.In Fig. 2, casing 6 comprises import and export 60 and an a plurality of flexure strip 61, import and export 60 are positioned at a front end of casing 6, use for support of hard disk 4 by entering in casing 6, and a plurality of flexure strips 61 are arranged at the both sides of casing 6, contact with main frame body 40 when interior and avoid main frame body 40 to deviate from by casing 6 in order to be accommodated in casing 6 when main frame body 40.
Next the structure of auxiliary frame 41 and the hard disk 5 of support of hard disk 4 is described.See also Fig. 3, it is the structural representation in a preferred embodiment for the auxiliary frame of support of hard disk of the present invention and hard disk.Fig. 3 shows a bottom 51 of hard disk 5, and hard disk 5 has at least one the first slotted eye 52 (Fig. 3 shows two) and at least one the second slotted eye 53 (Fig. 3 shows four), these first slotted eyes 52 are arranged on a sidewall 54 of hard disk, and these second slotted eyes 53 are arranged at the bottom 51 of hard disk.
In Fig. 3, auxiliary frame 41 comprises an auxiliary frame sidewall 411, at least one reference column 412 (Fig. 3 shows two), at least one the first coupler construction 413 (Fig. 3 shows two), an auxiliary frame upper cover 414, another auxiliary frame sidewall 415 and one second coupler construction 416.Auxiliary frame sidewall 411 is in order to contact with the sidewall 54 of hard disk 5, and these two reference columns 412 are arranged on auxiliary frame sidewall 411, in order in two first slotted eyes 52 that stretch into hard disk 5 and Fixed disk 5 on auxiliary frame 41.Another auxiliary frame sidewall 415 and auxiliary frame sidewall 411 are orthogonal and be connected in auxiliary frame sidewall 411, are also that auxiliary frame sidewall 411 forms contrary L-types with another auxiliary frame sidewall 415, and another auxiliary frame sidewall 415 is in order to contact with another sidewall 55 of hard disk 5.Lower edge 4111, the second coupler constructions 416 that these two the first coupler constructions 413 are arranged at auxiliary frame sidewall 411 are arranged at a lower edge 4151 of another auxiliary frame sidewall 415.Auxiliary frame upper cover 414 is connected in auxiliary frame sidewall 411 and another auxiliary frame sidewall 415, to strengthen the structural strength of auxiliary frame 41.
In this preferred embodiment, auxiliary frame sidewall 411, these two reference columns 412 and these two the first coupler constructions 413, auxiliary frame upper cover 414, another auxiliary frame sidewall 415 and the second coupler constructions 416 are one-body molded with auxiliary frame 41, and auxiliary frame 41 adopts plastic material made.That is to say, these two the first coupler constructions 413 and the second coupler construction 416 have pliability, and it can be strutted a little outward and not rupture.In addition, this preferred embodiment is designed to arrange two reference columns 412 on auxiliary frame sidewall 411.And in other preferred embodiments, it can be designed to only arrange a reference column according to demand on the auxiliary frame sidewall, or additionally increases the quantity of reference column.In like manner, the quantity of coupler construction also can increase and decrease according to the actual requirements.
what need special instruction is, be arranged at a side of auxiliary frame 41 due to auxiliary frame sidewall 411, and these two reference columns 412 are arranged on auxiliary frame sidewall 411, two first slotted eyes 52 corresponding with it arrange on the sidewall 54 of hard disk 5, make another sidewall 55 of hard disk 5 just to be aimed at two reference columns 412 and corresponding the first slotted eye 52 in alignment with another auxiliary frame sidewall 415 of auxiliary frame 41, and hard disk 5 just be able to auxiliary frame 41 in conjunction with in, that is to say, when another auxiliary frame sidewalls 415 of another sidewall 55 misalignment auxiliary frames 41 of hard disk 5, its reference column 412 can't stretch in the first corresponding slotted eye 52, therefore hard disk 5 can't with auxiliary frame 41 combinations.In brief, these two reference columns 412 have the foolproof function of avoiding hard disk 5 placement direction mistakes.
Next the structure of the main frame body 40 of support of hard disk 4 is described.See also Fig. 4, it is support of hard disk of the present invention and the structural representation of hard disk in a preferred embodiment.Main frame body 40 comprises two main frame body sidewalls 401, main frame body location wall 402, a storage tank 403, at least onely stretches out post 404 (Fig. 4 shows two), at least one the first perforate 405 (Fig. 4 shows two) and one second perforate 406.Two main frame body sidewalls 401 are arranged at respectively a side 407 and the opposite side 408 of main frame body 40, in order to stop that hard disk 5 is by deviating from main frame body 40.Main frame body location wall 402 is arranged at an end 409 of main frame body 40 and between these two main frame body sidewalls 401, and main frame body location wall 402 and these two main frame body sidewalls 401 are orthogonal and be connected to this two main frame body sidewalls 401, and it is in order to strengthen the structural strength of main frame body 40.In this preferred embodiment, main frame body location wall 402 and two main frame body sidewalls 401 are one-body molded with main frame body 40.
In main frame body 40, storage tank 403 is formed jointly by a bottom 410 of main frame body 40, these two main frame body sidewalls 401 and 402, the wall in main frame body location, and it is in order to accommodate hard disk 5 and auxiliary frame 41 in wherein.And these stretch out that post 404 is arranged on the bottom 410 of main frame body 40 and corresponding to these second slotted eyes 53 of hard disk 5, wherein these 4 two of stretching out in post 404 stretch out the side 407 that post 404 is positioned at main frame body 40.These stretch out post 404 and are extended and form toward the direction of storage tanks 403 by the bottom 410 of main frame body 40, and these stretch out post 404 perpendicular to the bottom 410 of main frame body 40, and it is in order to stretch in the second corresponding slotted eye 53.In this preferred embodiment, it is one-body molded with main frame body 40 that these stretch out post 404.These two the first perforates 405 are arranged at the bottom 410 of main frame body 40, in order to be fastened by these two the first coupler constructions 413 of auxiliary frame 41 fixedly auxiliary frame 41 on main frame body 40.And the second perforate 406 also is arranged at the bottom 410 of main frame body 40, strengthens the fixedly soundness of auxiliary frame 41 on main frame body 40 in order to be fastened by the second coupler construction 416 of auxiliary frame 41.These two the first perforates 405 coordinate these two the first coupler constructions 413 and second coupler construction 416 of auxiliary frame 41 with arranging of the second perforate 406, therefore, the setting of these two the first perforates 405 and the second perforate 406 is to be arranged as contrary L-type.
Next the operation situation of hard disk 5 in the storage tank 403 of support of hard disk 4 accommodated in explanation.Please again consult Fig. 3, before user's wish is positioned over hard disk 5 in storage tank 403, must first make this two first slotted eye 52 of hard disk 5 in alignment with these two reference columns 412 of auxiliary frame sidewall 411, with in conjunction with hard disk 5 and auxiliary frame 41, and can be stably in conjunction with hard disk 5 and auxiliary frame 41 in response to these two reference columns 412 stretch in this two first slotted eye 52.Next, hard disk 5 and auxiliary frame 41 are moved to the top of the storage tank 403 of main frame body 40, and this second slotted eye 53 that must make the bottom 51 that is positioned at hard disk 5 stretches out post 404 in alignment with these on the bottom 410 that is positioned at main frame body 40.Simultaneously, also must make these two the first coupler constructions 413 on auxiliary frame 41 in alignment with these two the first perforates 405 on the bottom 410 of main frame body 40, and the second coupler construction 416 on auxiliary frame 41 is in alignment with the second perforate 406 on the bottom 410 of main frame body 40, as shown in Figure 5.
At last, in response to the pliability of the first coupler construction 413 and the second coupler construction 416, make these two the first coupler constructions 413 can stretch into these two the first perforates 405 and with its fastening, and the second coupler construction 416 also stretch into the second perforate 406 and with its fastening.Simultaneously, these of main frame body 40 stretch out in this 4 second slotted eye 53 that post 404 stretches into hard disk 5, with fixing auxiliary frame 41 with hard disk 5 in the storage tank 403 of main frame body 40, as shown in Figure 6.
In addition, the present invention more provides another preferred embodiment.See also Fig. 7, it is support of hard disk of the present invention and the structural representation of another hard disk in another preferred embodiment.Fig. 7 shows a support of hard disk 7, a hard disk 8 and another hard disk 9, and support of hard disk 7 comprises a main frame body 70 and an auxiliary frame 71.Auxiliary frame 71 is arranged on main frame body 70, its in order to hard disk 8 in conjunction with and Fixed disk 8 on main frame body 70.In this preferred embodiment, hard disk 8 is one 2.5 cun hard disks, and another hard disk 9 is one 3.5 cun hard disks.
The auxiliary frame 41 of the auxiliary frame 71 of this preferred embodiment and the structure of hard disk 8 and above-mentioned preferred embodiment and hard disk 5 are identical and repeat no more.Main frame body 70 comprises two main frame body sidewalls 701, main frame body location wall 702, a storage tank 703, at least one post (not being shown in figure), at least one the first perforate (not being shown in figure), one second perforate (not being shown in figure) and barrier plate 704 of stretching out, the structure of the main frame body 70 of this preferred embodiment main frame body 40 with above-described embodiment is identical haply, and its difference only is described.
Its difference has three, first, main frame body 70 also includes barrier plate 704, it is arranged at the other end of main frame body 70, barrier plate 704 and main frame body sidewall 701 are orthogonal and be connected in main frame body sidewall 701, avoid another hard disk 9 to slide in order to contact with another hard disk 9 that is positioned at storage tank 703.In this preferred embodiment, barrier plate 704 is one-body molded with this main frame body sidewall 701, and 701 of this main frame body sidewalls are one-body molded with main frame body 70.The second, main frame body is located wall 702 and is had a plurality of location rib 7021, and it is arranged at main frame body and locates on an inboard 7022 of wall 702, avoids another hard disk 9 to slide in order to contact with another hard disk 9 that is positioned at storage tank 703.And a plurality of location rib 7021 are located wall 702 toward the direction extension of storage tanks 703 and are formed by main frame body.In this preferred embodiment, it is one-body molded that a plurality of location rib 7021 and main frame body are located wall 702, and main frame body location wall 702 and these two main frame body sidewalls 701 are orthogonal, and main frame body is located wall 702 and this two main frame body sidewalls 701 are one-body molded with main frame body 70.The 3rd, these two main frame body sidewalls 701 have a plurality of the 3rd coupler constructions 7011, a plurality of the 3rd coupler constructions 7011 are arranged at a upper limb 7012 of main frame body sidewall 701, and it is arranged in another hard disk 9 of storage tank 703 and fixes another hard disk 9 on main frame body 70 in order to fastening.In this preferred embodiment, a plurality of the 3rd coupler constructions 7011 are one-body molded with main frame body sidewall 701.
According to as can be known above-mentioned, the support of hard disk 7 of this preferred embodiment except fixing auxiliary frame 71 with hard disk 8 is in storage tank 703, more can fix simultaneously in response to said structure another hard disk 9 in storage tank 703, and the situation that support of hard disk 7 is accommodated auxiliary frame 71, hard disk 8 and another hard disk 9 as shown in Figure 8.
According to above-mentioned two preferred embodiments as can be known, support of hard disk of the present invention mainly utilizes the reference column of auxiliary frame to be combined with hard disk, and utilize the main frame body of the coupler construction of auxiliary frame and support of hard disk to fasten and fixedly auxiliary frame and hard disk in storage tank.Assist Fixed disk and another hard disk in storage tank by the structure of stretching out post, location rib, the 3rd coupler construction and barrier plate more respectively.Make support of hard disk of the present invention can not need use screw closure mode Fixed disk thereon, make the user can not need to assemble or dismantle hard disk with extra instrument, to promote the convenience of assembling or dismounting hard disk.
The above is only preferred embodiment of the present invention, is not to limit claim of the present invention, and therefore all other do not break away from the equivalence change of completing under disclosed spirit or modify, and all should be contained in the claim of this case.
Claims (12)
1. support of hard disk, in order to fix a hard disk in a casing, this support of hard disk comprises:
One main frame body, this main frame body has at least one perforate, is arranged at a bottom of this main frame body; And
One auxiliary frame is arranged on this main frame body, and in order to be combined and to fix this hard disk on this main frame body with this hard disk, this auxiliary frame comprises:
One auxiliary frame sidewall, in order to a sidewall contact of this hard disk;
At least one reference column is arranged on this auxiliary frame sidewall, in order to stretching at least one slotted eye of this hard disk, and fixes this hard disk on this auxiliary frame; And
At least one coupler construction is arranged at a lower edge of this auxiliary frame sidewall, in order to this main frame body on this at least one perforate fasten and fix this auxiliary frame on this main frame body.
2. support of hard disk as claimed in claim 1, wherein this main frame body also comprises:
At least one main frame body sidewall is arranged at a side of this main frame body;
One main frame body is located wall, is arranged at an end of this main frame body and is connected in this at least one main frame body sidewall; And
One storage tank is formed jointly by this bottom of this main frame body, this at least one main frame body sidewall and this main frame body location wall, in order to accommodate this hard disk and this auxiliary frame in wherein or accommodate this hard disk, this auxiliary frame and another hard disk in wherein.
3. support of hard disk as claimed in claim 2, wherein this main frame body location wall has at least one location rib, is arranged on an inboard of this main frame body location wall, avoids this another hard disk slip in order to contact with this another hard disk that is positioned at this storage tank.
4. support of hard disk as claimed in claim 3, wherein this at least one location rib is extended and is formed by the direction of past this storage tank of this main frame body location wall, and it is one-body molded that this at least one location rib and this main frame body are located wall, and this main frame body location wall is orthogonal with this at least one main frame body sidewall, and this main frame body to locate wall and this at least one main frame body sidewall and this main frame body one-body molded.
5. support of hard disk as claimed in claim 2, wherein this main frame body also comprises at least one barrier plate, be arranged at an other end of this main frame body and be connected in this at least one main frame body sidewall, avoid this another hard disk to slide in order to contact with this another hard disk that is positioned at this storage tank.
6. support of hard disk as claimed in claim 5, wherein this at least one barrier plate is orthogonal with this at least one main frame body sidewall, and this at least one barrier plate is one-body molded with this at least one main frame body sidewall, and this at least one main frame body sidewall is one-body molded with this main frame body.
7. support of hard disk as claimed in claim 2, wherein this main frame body also comprises at least one post that stretches out, be arranged on a bottom of this main frame body, in order to stretch at least one other slotted eye of this hard disk, and this at least one post that stretches out is extended and forms toward the direction of this storage tank by this bottom of this main frame body, and this at least one post that stretches out is perpendicular to this bottom of this main frame body, and this at least onely stretches out post and this main frame body is one-body molded.
8. support of hard disk as claimed in claim 7, wherein this at least one slotted eye is arranged on a sidewall of this hard disk, and this at least one other slotted eye is arranged at a bottom of this hard disk.
9. support of hard disk as claimed in claim 2, wherein this hard disk is one 2.5 cun hard disks, and this another hard disk is one 3.5 cun hard disks.
10. support of hard disk as claimed in claim 1, wherein this auxiliary frame also comprises:
One another auxiliary frame sidewall, orthogonal and be connected in this auxiliary frame sidewall with this auxiliary frame sidewall, in order to another sidewall contact of this hard disk; And
One another coupler construction is arranged at a lower edge of this another auxiliary frame sidewall, in order to this main frame body on another perforate fasten and fix this auxiliary frame on this main frame body.
11. support of hard disk as claimed in claim 10, wherein this auxiliary frame sidewall, this at least one reference column and this at least one coupler construction and this auxiliary frame are one-body molded, and this another auxiliary frame sidewall and this another coupler construction are also one-body molded with this auxiliary frame.
12. support of hard disk as claimed in claim 1, wherein this casing comprises:
One imports and exports, and is positioned at an end of this casing, uses for this main frame body and passes through; And
A plurality of flexure strips are arranged at the both sides of this casing, contact with this main frame body in order in this main frame body is accommodated in this casing the time and avoid this main frame body to deviate from by this casing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210133508XA CN103383855A (en) | 2012-05-02 | 2012-05-02 | Hard disk supporting frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210133508XA CN103383855A (en) | 2012-05-02 | 2012-05-02 | Hard disk supporting frame |
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| CN103383855A true CN103383855A (en) | 2013-11-06 |
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| CN201210133508XA Pending CN103383855A (en) | 2012-05-02 | 2012-05-02 | Hard disk supporting frame |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104763202A (en) * | 2015-04-13 | 2015-07-08 | 廖国友 | Bevel-edge wheel for three-dimensional parking equipment |
| CN105390149A (en) * | 2014-09-03 | 2016-03-09 | 鸿富锦精密工业(武汉)有限公司 | Fixing device for data storage device |
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| US6775132B2 (en) * | 2002-09-09 | 2004-08-10 | Hon Hai Precision Ind. Co., Ltd. | Mounting apparatus for data storage device |
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| CN2502367Y (en) * | 2001-08-21 | 2002-07-24 | 神达电脑股份有限公司 | Hard disk support |
| US20030169565A1 (en) * | 2002-03-07 | 2003-09-11 | Chih-Chong Wang | Non-screwed fastening device |
| US6775132B2 (en) * | 2002-09-09 | 2004-08-10 | Hon Hai Precision Ind. Co., Ltd. | Mounting apparatus for data storage device |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105390149A (en) * | 2014-09-03 | 2016-03-09 | 鸿富锦精密工业(武汉)有限公司 | Fixing device for data storage device |
| CN105390149B (en) * | 2014-09-03 | 2017-12-05 | 鸿富锦精密工业(武汉)有限公司 | Fixed installation of data storage unit |
| CN104763202A (en) * | 2015-04-13 | 2015-07-08 | 廖国友 | Bevel-edge wheel for three-dimensional parking equipment |
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Application publication date: 20131106 |