TWM588945U - Hard disk fixing structure and hard disk tray thereof - Google Patents

Abstract

The present invention provides a hard disk fixing structure and a hard disk tray. The implementation of the hard disk fixing structure includes at least one hard disk tray, a fixing frame and a hard disk connecting unit; wherein, the hard disk tray includes a hard disk accommodating space The rear is equipped with a hard disk connection open space and a guide projecting backwards. The fixing frame includes a sliding slot corresponding to the hard disk tray, which is relatively fixed to the rear end of the sliding slot, and the hard disk connecting unit includes a hard disk slot. Slot module and a guide hole, the hard disk slot module corresponds to the open space where the hard disk is connected, and the guide hole is used to strengthen the positioning effect of the rear end of the hard disk tray after the guide member is inserted; the front of the hard disk tray is provided with an area A panel larger than the entrance of the chute can be fastened to the fixing frame by quick-locking screws, so that the hard disk can be quickly fixed.

Description

Hard disk fixing structure and hard disk tray

This creation provides information about the fixed structure of information storage equipment, especially a hard disk fixed structure and hard disk tray.

Information storage is one of the main core technologies for the operation of the information industry. In the era of rapid growth in information traffic and capacity, the storage capacity and number of hard drives need to be continuously improved, and hard drives have maintenance and update usage requirements. The related hard disk fixing structure of the single hard disk storage device, the array type hard disk storage device or the array type hard disk storage device has gradually been designed to use tools that can be quickly assembled and disassembled without using tools.

At present, most of the hard disk fixing structures that can be quickly assembled and disassembled on the market have the problem that the structure is too complicated. Not only does it significantly increase the manufacturing cost of the fixed structure, but the complicated structure is also prone to increase the problem of failure. Problems such as structural weight, especially arrayed hard disk storage devices or arrayed hard disk storage devices, need to be densely arranged in the most streamlined space to accommodate the largest number of hard disks, so it is easy to involve the problem of how to effectively use space. Secondly, if the fixing structure is too simple, there will be the problem of unstable and unreliable hard disk fixing.

The main purpose of this creation is to provide a hard disk fixing structure with a simple and durable structure and good hard disk fixing effect. In order to achieve the above purpose, the creative hard disk fixing structure includes: a hard disk tray, which contains a hard disk accommodating space, and behind the hard disk tray is a hard disk connecting open space and a guide projecting backward; The fixing frame includes a slide slot corresponding to the hard disk tray; and a hard disk connection unit, which is relatively fixed to the rear end of the slide groove, includes a hard disk slot module and a guide hole, and the hard disk The slot module corresponds to the open space where the hard disk is connected, and the guide hole is used for inserting the guide piece. In this way, the hard disk can be placed in the hard disk accommodating space and fixed in the hard disk tray, and then combined with the fixing rack and the hard disk connection unit through the hard disk tray to provide a fast Assembling and disassembling hard disk fixing structure.

Another purpose of this creation is to provide a hard disk fixing structure with a simple and durable structure that can provide a good hard disk fixing effect, and is suitable for use in an array hard disk storage device or an array hard disk storage device. To achieve the above purpose, the creative hard disk fixing structure includes: a plurality of hard disk trays, the hard disk tray includes a hard disk accommodating space, and a hard disk connection open space and a guide projecting backward are provided behind the hard disk tray A fixing rack, which includes a plurality of slide slots corresponding to the plurality of hard disk trays; and a hard disk connection unit, which is relatively fixed to the rear end of the slide slot, and includes a plurality of hard disk slot modules and a plurality of guide holes The plurality of hard disk slot modules respectively correspond to the open spaces where the hard disks are connected, and the plurality of guide holes are used for inserting the guide pieces.

The hard disk connection unit includes a circuit board, the hard disk slot module and the guide hole are provided on the circuit board. In this way, the hard disk can be placed in the hard disk accommodating space and fixed in the hard disk tray, and then combined with the fixing rack and the hard disk connection unit through the hard disk tray to provide a fast The assembled and disassembled hard disk fixing structure is suitable for the implementation of arrayed hard disk storage devices or arrayed hard disk storage devices.

The front of the hard disk tray is provided with a panel with an area larger than the entrance of the chute. The panel is locked to the fixing bracket. When implemented, the locking method is to set a quick-lock screw on the panel, and the quick-lock screw will be The panel is fixed to the fixing frame, and the effect of quickly fixing the front end of the hard disk tray is achieved.

The aforementioned guide has a cylindrical shape and a tapered end, and a bushing is provided in the guide hole so that the guide can be inserted into the guide hole smoothly, and through the guide and the guide The coordination of the guide holes strengthens the fixing and positioning effect of the rear end of the hard disk tray.

The aforementioned hard disk connection unit includes a circuit board, the hard disk slot module and the guide hole are provided on the circuit board, thereby enabling the hard disk tray to directly produce mutual positioning effect with the circuit board, When the hard disk is loaded in the hard disk tray, the hard disk can be better fixed to the circuit board.

Another purpose of this creation is to provide a hard disk tray with a simple and durable structure to provide a good hard disk fixing effect, which can be applied to a single hard disk storage device, an array hard disk storage device, or an array hard disk storage device . The hard disk tray includes a hard disk accommodating space, a guide member disposed rearwardly protruding behind the hard disk tray, and a panel disposed at the front of the hard disk tray, and a quick lock screw is disposed on the panel; The guide has a cylindrical shape and a tapered end. A hard disk connection open space is provided behind the hard disk tray. Through the implementation of the hard disk tray, Peli further can be combined with a single hard disk storage device and an arranged hard disk The relevant structures in the storage device or the array type hard disk storage device are quickly assembled to achieve the purpose of quickly fixing the hard disk.

With reference to the drawings, the following describes an example of the preferred embodiment of the present invention. Please refer to the first to third figures. The hard disk fixing structure 1 disclosed in the figure is implemented in an arrangement type hard disk storage device 3 in which a plurality of hard disks 2 can be arranged and arranged. The hard disk fixing structure 1 includes a plurality of hard disk trays 10, a fixing frame 20, and a hard disk connecting unit 30. The combined three-dimensional appearance is shown in the fourth diagram.

Please refer to the fifth and sixth figures. The hard disk tray 10 includes a hard disk accommodating space 11, and behind the hard disk tray 10 is a hard disk connection open space 12 and a guide member 13 projecting backwards. The guide member 13 is cylindrical and has an end Taper. The hard disk accommodating space 11 can accommodate the hard disk 2. The hard disk tray 10 is preset with a plurality of fixing holes 14 corresponding to the standard lock hole 201 of the hard disk 2 for the user to lock the hard disk by means of screw locking The dish 2 is firmly fixed in the hard disk accommodating space 11. The front of the hard disk tray 10 is provided with a panel 15 on which a quick-lock screw 16 is provided. The quick-lock screw 16 means that it has a torsion part or a grip part, which can be held by a user and rotated directly The operator avoids the use of tools and achieves the functions of rapid assembly and disassembly, and enables the front end of the hard disk tray 10 to be quickly fixed.

Please refer to the seventh and eighth figures, and refer to the second and fourth figures. The fixing frame 20 includes a plurality of sliding slots 21 corresponding to the plurality of hard disk trays 10. The fixing frame 20 has two side plates 22, a plurality of horizontal plates 23 disposed between the side plates, and a metal back plate 24 connected behind the two side plates 22. A plurality of slide rails 221 are provided between the two side plates 22. The plurality of slide rails 221 are arranged in pairs on the left and right and arranged up and down, and cooperate with the horizontal plate 23 to form a plurality of slide grooves 21 in the fixing frame 20. The area of the panel 15 is larger than the entrance of the chute 21 to limit the pushing depth of the hard disk tray 10, and the panel 15 is fastened to the fixing frame 20 by a quick lock screw 16, in this embodiment the quick lock screw 16 The position fixed to the fixing frame 20 is in front of one side plate 22 of the fixing frame 20.

The hard disk connection unit 30 mainly includes a circuit board 31, which is fixed to the front end of the metal back plate 24 through a plurality of connection elements 32 so as to be relatively fixed to the rear end of the slide slot 21. The hard disk connection unit 30 includes a plurality of hard disk slot modules 33 and a plurality of guide holes 34, the plurality of hard disk slot modules 33 respectively correspond to the open spaces 12 connected to the respective hard disks, and the plurality of guide holes 34 are respectively The guide pieces 13 are inserted, and a bushing 341 is provided in the guide hole 34, so that the operation of inserting or withdrawing the guide pieces 13 is smoother.

The hard disk slot module 33 and the guide hole 34 shown in this embodiment are provided on the circuit board 31, thereby enabling the hard disk tray 10 to directly position each other between the circuit board 31 When the hard disk 2 is loaded in the hard disk tray 10, in addition to the hard disk will be inserted into the hard disk slot module 33 to produce a positioning effect, through the guide member 13 penetrated into the guide hole 34 can make the The hard disk 2 can produce a better fixing effect with the circuit board 31. The hard disk connection unit 30 shown in this embodiment directly uses the circuit board 31 as the main supporting structure. In actual implementation, the hard disk connection unit 30 may further include other stress strengthening structures other than the circuit board 31, and the guide hole 34 It may also be provided on the circuit board 31 or on a stress-reinforced structure connected to the circuit board 31 other than the circuit board 31.

In summary, the implementation of this creation allows the hard disk 2 to be placed in the hard disk accommodating space 11 and fixed in the hard disk tray 10, and then through the hard disk tray 10 and the fixing frame 20 and The hard disk connection unit 30 is combined; the arrangement of the guide 13 and the quick-lock screw 16 enables the hard disk tray 10 and the fixing frame 20 and the hard disk connection unit 30, thereby providing a hard disk that can be quickly assembled and disassembled Fixed structure. It is suitable for the implementation of array hard disk storage devices or array hard disk storage devices.

This embodiment and the disclosed drawings are based on the arrangement of the hard disk storage device 3 as one of the preferred implementations. The actual implementation can also be applied to a single hard disk storage device with only a single hard disk 2 Or, it is also used in an array hard disk storage device with more hard disks 2 to make hard disk assembly and disassembly faster and more convenient, and to provide good positioning effect.

The above-mentioned embodiments and drawings are examples to illustrate one of the preferred embodiments of this creation, and are not intended to limit the scope of the patent application of this creation. They are similar to the technical means described in this patent application. For the simple replacement of some technical means, to perform substantially the same function in substantially the same way, and to obtain substantially the same result, if there is no substantial difference from this creative technical means, they shall fall within the scope of the patent application of this creative.

1‧‧‧ Hard disk fixing structure 2‧‧‧Hard Disk 201‧‧‧ Standard keyhole 3‧‧‧Arranged hard disk storage device 10‧‧‧Hard disk tray 11‧‧‧ Hard disk storage space 12‧‧‧ Hard disk connection to open space 13‧‧‧Guide 14‧‧‧Fixed hole 15‧‧‧Panel 16‧‧‧Quick lock screw 20‧‧‧Fixing frame 21‧‧‧Chute 22‧‧‧Side board 221‧‧‧slide 23‧‧‧horizontal 24‧‧‧Metal back plate 30‧‧‧Hard disk connection unit 31‧‧‧ circuit board 32‧‧‧Connecting element 33‧‧‧HDD slot module 34‧‧‧Guide hole 341‧‧‧ Bush

The first figure shows a schematic diagram of the location of the hard disk fixing structure of the preferred embodiment of the creation; The second figure shows a perspective view of the location of the hard disk fixing structure of the preferred embodiment of the creation; The third figure shows an exploded perspective view of the hard disk fixing structure of the preferred embodiment of the creation; The fourth figure shows a three-dimensional assembled view of the hard disk fixing structure of the preferred embodiment of the creation; The fifth figure shows the perspective view of the hard disk tray of the preferred embodiment of the creation; The sixth figure shows a top view of the hard disk tray of the preferred embodiment of the creation; The seventh figure shows a cross-sectional view of the hard disk tray of the preferred embodiment of the creation; The eighth figure shows a schematic diagram of the hard disk tray erection state of the preferred embodiment of the creation.

1‧‧‧ Hard disk fixing structure

10‧‧‧Hard disk tray

11‧‧‧ Hard disk storage space

12‧‧‧ Hard disk connection to open space

13‧‧‧Guide

14‧‧‧Fixed hole

15‧‧‧Panel

16‧‧‧Quick lock screw

20‧‧‧Fixing frame

21‧‧‧Chute

22‧‧‧Side board

221‧‧‧slide

23‧‧‧horizontal

24‧‧‧Metal back plate

30‧‧‧Hard disk connection unit

31‧‧‧ circuit board

32‧‧‧Connecting element

33‧‧‧HDD slot module

34‧‧‧Guide hole

341‧‧‧ Bush

Claims (14)

A hard disk fixing structure, including: A hard disk tray, which contains a hard disk accommodating space, and a hard disk connection open space and a guide projecting backward are provided behind the hard disk tray; A fixing rack including a slide slot corresponding to the hard disk tray; and A hard disk connection unit, which is relatively fixed to the rear end of the chute, and includes a hard disk slot module and a guide hole, the hard disk slot module corresponds to the open space of the hard disk connection, the guide The hole is for inserting the guide. The hard disk fixing structure according to claim 1, wherein a front panel of the hard disk tray is provided with a panel whose area is larger than the entrance of the chute, and the panel is locked to the fixing frame. The hard disk fixing structure according to claim 1 or 2, wherein the guide member is cylindrical and has a tapered end. The hard disk fixing structure according to claim 1 or 2, wherein a bush is provided in the guide hole. The hard disk fixing structure according to claim 1 or 2, wherein the hard disk connection unit includes a circuit board, and the hard disk slot module and the guide hole are provided on the circuit board. According to the hard disk fixing structure described in claim 2, the panel is fixed to the fixing frame by a quick-lock screw. A hard disk fixing structure, including: A plurality of hard disk trays, the hard disk tray includes a hard disk accommodating space, and a hard disk connection open space and a guide projecting backward are provided behind the hard disk tray; A fixing rack including a plurality of slide slots corresponding to the plurality of hard disk trays; and A hard disk connection unit, which is relatively fixed to the rear end of the chute, and includes a plurality of hard disk slot modules and a plurality of guide holes, the plurality of hard disk slot modules respectively correspond to the open spaces where the plurality of hard disks are connected, The plurality of guide holes are respectively used for inserting the guide pieces. The hard disk fixing structure according to claim 7, wherein a front panel of the hard disk tray is provided with a panel whose area is larger than the entrance of the chute, and the panel is locked to the fixing frame. The hard disk fixing structure according to claim 7 or 8, wherein the guide is cylindrical and has a tapered end. The hard disk fixing structure according to claim 7 or 8, wherein a bush is provided in the guide hole. The hard disk fixing structure according to claim 7 or 8, wherein the hard disk connection unit includes a circuit board, and the hard disk slot module and the guide hole are provided on the circuit board. According to the hard disk fixing structure described in claim 8, the panel is fixed to the fixing frame by setting a quick-lock screw. A hard disk tray includes a hard disk accommodating space, a guide member disposed behind the hard disk tray and protruding backward, and a panel disposed at the front of the hard disk tray. A quick lock screw is provided on the panel. The hard disk tray according to claim 13, wherein the guide is cylindrical and has tapered ends.

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