TWI874023B - Hard disk frame device - Google Patents

Abstract

A hard disk frame device can support the combination of hard disk devices of different length sizes. The hard disk frame device includes a first frame and a second frame. The second frame can move forward and backward relative to the first frame and define a storage space corresponding to the length size of the hard disk device together with the first frame. The second frame and the first frame can be adjusted to define the required storage space according to whether the hard disk device is of the first length size or the second length size, and the overall versatility is good. When the hard disk device is of the first length size, a hook module of the first frame is buckled into a first slot of a slot module of the corresponding second frame, or when the hard disk device is of the second length size, the hook module of the first frame is buckled into a second slot of the slot module of the corresponding second frame, so that the first frame and the second frame are combined around the outer periphery of the hard disk device and fix the hard disk device.

Description

Hard disk frame device

The present invention relates to a hard disk outer frame, and in particular to a hard disk frame device.

With the widespread application and rapid development of servers, it is common to install multiple hard drives inside servers to meet the application requirements of high-density storage servers. Generally speaking, a hard drive carrier is first assembled around the hard drive to protect the hard drive and facilitate the installation of the hard drive into the server. However, generally speaking, hard drives of different sizes require hard drive carriers of different sizes, so it is necessary to prepare a variety of molds to manufacture hard drive carriers of different sizes to meet the assembly requirements of hard drives of different sizes. Not only does it greatly increase production costs, but during assembly, it is necessary to first find the hard drive carrier corresponding to the hard drive used before assembly can be performed. The assembly is inconvenient and causes trouble to users, which is worth careful consideration and further discussion and improvement by practitioners.

Therefore, the purpose of the present invention is to provide a hard disk frame device that is easy to assemble and has good versatility.

Therefore, the hard disk frame device of the present invention can support the combination of hard disk devices of various lengths. The hard disk frame device includes a first frame and a second frame combined with the first frame. The second frame can move forward and backward relative to the first frame and can cooperate with the first frame to define a storage space corresponding to the length of a hard disk device.

The first frame includes a mounting frame, two connecting walls extending from two opposite sides of the mounting frame toward a direction away from the mounting frame, and two slide rail units respectively disposed on the connecting walls. Each slide rail unit has a sliding hole penetrating the corresponding connecting wall and extending along the length direction of the corresponding connecting wall. One of the connecting walls has a hook module.

The second frame includes a base wall, two connecting walls extending from two opposite sides of the base wall in a direction away from the base wall, and two boss units respectively arranged on the connecting walls and connected to the slide rail unit of the first frame. The connecting wall is connected to the connecting wall of the first frame and the connecting wall can move forward and backward relative to the connecting wall. Each boss unit has a boss arranged on the corresponding connecting wall and extending from the outer side surface of the corresponding connecting wall to the direction of the slide hole of the corresponding slide rail unit. The boss of the boss unit can move forward and backward in the slide hole. One of the combined walls has a slot module corresponding to the hook module, and the slot module has a first slot close to the mounting frame of the first frame and for the hook module to be detachably fixed, and a second slot far from the mounting frame and for the hook module to be detachably fixed.

If the hard disk device is of a first length dimension, the combination wall of the second frame is moved toward the mounting frame relative to the connecting wall of the first frame, and the first frame and the second frame cooperate to define the accommodation space corresponding to the first length dimension of the hard disk device, and the first card slot of the card slot module of the combination wall of the second frame is clamped by the corresponding card hook module. At this time, the first frame and the second frame surround and combine with the outer periphery of the hard disk device and fix the hard disk device. ; If the hard disk device is of a second length dimension, the combination wall of the second frame is moved away from the mounting frame relative to the connection wall of the first frame, and the first frame and the second frame cooperate to define the accommodation space corresponding to the second length dimension of the hard disk device, and the second card slot of the card slot module of the combination wall of the second frame is clamped by the corresponding card hook module. At this time, the first frame and the second frame are combined with the outer periphery of the hard disk device and fix the hard disk device.

The effect of the present invention is that the second frame can move forward and backward relative to the first frame and define a storage space corresponding to the length dimension of the hard disk device together with the first frame, and the second frame and the first frame can be adjusted to define the required storage space according to the first length dimension or the second length dimension of the hard disk device, and the overall versatility is good. When the hard disk device is the first length dimension, the hook module of the first frame is buckled in the first slot of the corresponding slot module of the second frame, or when the hard disk device is the second length dimension, the hook module of the first frame is buckled in the second slot of the corresponding slot module of the second frame, and the first frame and the second frame are combined around the outer periphery of the hard disk device and fix the hard disk device, which is convenient to assemble and has good practicality.

1: Hard disk frame device

2: First frame

21: Mounting frame

211: Frame body

212: First positioning member

22: Connecting wall

221: Hook module

222: Elastic boss

223: Hook

23: Slide rail unit

231: Sliding hole

232: Abutment end

233: Binding end

234: Large hole groove

235: Small hole groove

236: Elastic part

3: Second frame

31: Base wall

32: Combined wall

321: Card slot module

322: First card slot

323: Second card slot

33: Boss unit

331: convex column

34: Second positioning member

4: Storage space

5: Handle unit

51:Handle

52: Elastic pressing piece

90: Hard disk device

91: Hard disk body

911: Fixed edge

912: Side

92: Positioning hole unit

921: First fixing hole

922: Second fixing hole

Other features and effects of the present invention will be clearly presented in the implementation method with reference to the drawings, wherein: FIG. 1 is a three-dimensional exploded view illustrating the connection relationship between an implementation example of the hard disk frame device of the present invention and a hard disk device; FIG. 2 is a three-dimensional exploded view illustrating the connection relationship between a first frame and a second frame of the hard disk frame device in the implementation example; FIG. 3 is a three-dimensional view to assist in illustrating FIG. 1; FIG. 4 is a partial three-dimensional view illustrating the connection relationship between two second positioning members of the second frame of the hard disk frame device and two second fixing holes of a positioning hole unit of the hard disk device in the implementation example; FIG. 5 is a three-dimensional view illustrating the connection relationship between the second frame and the second frame in the implementation example; The first frame jointly defines a storage space of a first length dimension corresponding to the hard disk device; FIG. 6 is a partially enlarged three-dimensional diagram, illustrating the connection relationship between a hook module of a connecting wall of the first frame and a first slot of a slot module of a connecting wall of the second frame in the embodiment; FIG. 7 is a partially enlarged three-dimensional diagram, illustrating the connection relationship between a hook of the hook module of the first frame and a first slot and a second slot of the slot module of the second frame in the embodiment; and FIG. 8 is a three-dimensional diagram, illustrating that in the embodiment, the second frame and the first frame jointly define a storage space of a second length dimension corresponding to the hard disk device.

Before the present invention is described in detail, it should be noted that similar components are represented by the same numbers in the following description.

Referring to Figures 1, 2, 3, 4, 5, 6 and 7, the hard disk frame device 1 of the present invention can support the combination of hard disk devices 90 of various lengths. The hard disk frame device 1 includes a first frame 2 and a second frame 3 combined with the first frame 2. The second frame 3 can move forward and backward relative to the first frame 2 and can cooperate with the first frame 2 to define a accommodating space 4 corresponding to the length of a hard disk device 90.

The first frame 2 includes a mounting frame 21, two connecting walls 22 extending from two opposite sides of the mounting frame 21 in a direction away from the mounting frame 21, and two slide rail units 23 respectively arranged on the connecting walls 22. Each slide rail unit 23 has a sliding hole 231 penetrating the corresponding connecting wall 22 and extending along the length direction of the corresponding connecting wall 22. One of the connecting walls 22 has a hook module 221.

The second frame 3 includes a base wall 31, two coupling walls 32 extending from two opposite sides of the base wall 31 in a direction away from the base wall 31, and two boss units 33 respectively arranged on the coupling walls 32 and coupled to the slide rail unit 23 of the first frame 2. The coupling wall 32 is coupled to the connecting wall 22 of the first frame 2 and the coupling wall 32 can move forward and backward relative to the connecting wall 22. Each boss unit 33 has a boss 331 arranged on the corresponding coupling wall 32 and extending from the outer side surface of the corresponding coupling wall 32 to the direction of the corresponding slide hole 231 of the slide rail unit 23. The boss 331 of the boss unit 33 can move forward and backward in the slide hole 231. One of the coupling walls 32 has a slot module 321 corresponding to the hook module 221, and the slot module 321 has a first slot 322 close to the mounting frame 21 of the first frame 2 for the hook module 221 to be detachably locked and positioned, and a second slot 323 far from the mounting frame 21 for the hook module 221 to be detachably locked and positioned. In short, the boss unit 33 of the second frame 3 is a structural design coupled to the slide hole 231 of the slide rail unit 23 of the first frame 2 as shown in FIG. 2, so that the second frame 3 can move forward and backward relative to the first frame 2 and can be moved to adjust the accommodating space 4 corresponding to the length of the hard disk device 90 to be coupled, but it is not limited thereto.

If the hard disk device 90 is of a first length dimension, the coupling wall 32 of the second frame 3 is moved toward the mounting frame 21 relative to the connecting wall 22 of the first frame 2, and the first frame 2 and the second frame 3 cooperate to define the accommodation space 4 corresponding to the first length dimension of the hard disk device 90, and the first slot 322 of the slot module 321 of the coupling wall 32 of the second frame 3 is clamped by the corresponding hook module 221. At this time, the first frame 2 and the second frame 3 surround and couple with the outer periphery of the hard disk device 90 and fix the hard disk device 90. 0; if the hard disk device 90 is a second length dimension, the combination wall 32 of the second frame 3 is moved away from the mounting frame 21 relative to the connection wall 22 of the first frame 2, and the first frame 2 and the second frame 3 cooperate to define the accommodation space 4 corresponding to the second length dimension of the hard disk device 90, and the second card slot 323 of the card slot module 321 of the combination wall 32 of the second frame 3 is clamped by the corresponding card hook module 221. At this time, the first frame 2 and the second frame 3 are combined with the outer periphery of the hard disk device 90 and fix the hard disk device 90.

During assembly, the hard disk device 90 is initially combined with the first frame 2 and the second frame 3 is adjusted according to the length of the hard disk device 90 to be combined so as to move relative to the first frame 2. If the hard disk device 90 is of the first length, the first slot 322 of the slot module 321 of the combination wall 32 of the second frame 3 is clamped by the hook module 221 of the connecting wall 22 of the first frame 2. At this time, the second frame 3 cooperates with the first frame 2 to define the accommodation space 4 corresponding to the first length of the hard disk device 90 (see FIG. 3), and the first frame 2 and the second frame 3 are combined around the hard disk device. 90 to fix the hard disk device 90; or if the hard disk device 90 is the second length dimension, the second frame 3 is adjusted to move relative to the first frame 2 so that the second slot 323 of the slot module 321 of the coupling wall 32 of the second frame 3 is clamped by the hook module 221 of the connecting wall 22 of the first frame 2. At this time, the second frame 3 cooperates with the first frame 2 to define the accommodating space 4 corresponding to the second length dimension of the hard disk device 90 (see FIG. 8), and the first frame 2 and the second frame 3 surround and combine with the outer periphery of the hard disk device 90 to fix the hard disk device 90, and the assembly operation is completed. It should be further explained that in this embodiment, the hard disk device 90 includes a hard disk body 91 and a positioning hole unit 92 arranged on the hard disk body 91. The hard disk body 91 has a fixed edge 911 coupled to the mounting frame 21 of the first frame 2, and two side edges 912 extending from opposite sides of the fixed edge 911 to a direction away from the fixed edge 911. The positioning hole unit 92 has two first fixing holes 921 recessed in the fixed edge 911 of the hard disk body 91, and two second fixing holes 922 respectively disposed on the side edges 912. The mounting frame 21 of the first frame 2 has a frame body 211, and two first positioning members 212 disposed on the frame body 211 and extending from the frame body 211 to the first fixing hole 921 of the hard disk device 90 and extending into the first fixing hole 921. The second frame 3 also has two second positioning members 34 detachably penetrating the coupling wall 32 and extending into the second fixing hole 922. When the first positioning member 212 of the mounting frame 21 of the first frame 2 is inserted into the first fixing hole 921 of the hard disk device 90 and the second positioning member 34 of the second frame 3 is locked into the second fixing hole 922, at this time, the first frame 2 and the second frame 3 surround and are combined with the outer periphery of the hard disk body 91 of the hard disk device 90 and fix the hard disk body 91. That is, during the assembly process, the first fixing hole 921 located at the fixing edge 911 of the hard disk body 91 is first inserted into the first positioning member 212 of the mounting frame 21 of the first frame 2, and the fixing edge 911 of the hard disk body 91 is coupled to the frame body 211 of the mounting frame 21, so that the hard disk device 90 is initially coupled to the first frame 2, and then the first frame 2 is moved so that the second frame 3 is matched to define the accommodation space 4 corresponding to the length of the hard disk device 90, and the first frame 2 and the second frame 3 are coupled to the outer periphery of the hard disk body 91 of the hard disk device 90. Finally, the second positioning members 34 are respectively passed through the combining walls 32 and are respectively locked into the second fixing holes 922 located on the side edges 912 of the hard disk body 91, so that the side edges 912 of the hard disk body 91 are fixed to the combining walls 32. At this time, the first frame 2 and the second frame 3 are combined around the outer periphery of the hard disk body 91 and fix the hard disk body 91. In short, the first positioning member 212 of the first frame 2 is inserted into the first fixing hole 921 of the hard disk device 90 and the second positioning member 34 of the second frame 3 is locked into the second fixing hole 922 of the hard disk device 90 to fix the hard disk body 91, but it is not limited to this. The first frame 2 and the second frame 3 can surround and combine with the outer periphery of the hard disk body 91 of the hard disk device 90 and the first frame 2 and the second frame 3 can clamp and fix the hard disk body 91 or use the implementation of the fixing method, as long as the first frame 2 and the second frame 3 can surround and combine with the outer periphery of the hard disk body 91 and fix the hard disk body 91.

The second frame 3 can move forward and backward relative to the first frame 2 and define together with the first frame 2 a storage space 4 corresponding to the length dimension of the hard disk device 90. The second frame 3 and the first frame 2 can be adjusted to define the required storage space 4 according to the first length dimension or the second length dimension of the hard disk device 90, and the overall versatility is good. When the hard disk device 90 is in the first length dimension, the hook module 221 of the first frame 2 is buckled in the first slot 322 of the corresponding slot module 321 of the second frame 3, or when the hard disk device 90 is in the second length dimension, the hook module 221 of the first frame 2 is buckled in the second slot 323 of the corresponding slot module 321 of the second frame 3, and the first frame 2 and the second frame 3 are combined around the outer periphery of the hard disk device 90 and fix the hard disk device 90, which is convenient to assemble and has good practicality.

It should be particularly noted that in this embodiment, the hook module 221 of the connecting wall 22 of the first frame 2 has an elastic boss 222 and a hook 223 disposed on the elastic boss 222 and extending from the elastic boss 222 toward the slot module 321. The hook 223 of the hook module 221 is detachably buckled in the first slot 322 and the second slot 323 of the slot module 321. When the hook 223 is inserted into the first slot 322, the elastic boss 222 is forced away from the first slot 322 and drives the hook 223 to separate from the first slot 322; when the hook 223 is inserted into the second slot 323, the elastic boss 222 is forced away from the second slot 323 and drives the hook 223 to separate from the second slot 323. That is, if the hard disk device 90 is to be disassembled or the second frame 3 is to be adjusted to move forward and backward relative to the first frame 2 and to move and adjust the accommodation space 4 corresponding to the length of the hard disk device 90 to be combined, the elastic boss 222 is pressed and the hook 223 is driven to disengage from the first slot 322 or the second slot 323, and the second frame 3 can be adjusted to move forward and backward relative to the first frame 2, but the present invention is not limited thereto.

In addition, it should be noted that, in this embodiment, the sliding hole 231 of each sliding rail unit 23 of the first frame 2 has a supporting end 232 and a coupling end 233 located at two opposite ends. The supporting end 232 is close to the mounting frame 21. Each sliding hole 231 also has a large hole groove portion 234 extending from the coupling end 233 to the supporting end 232, and a small hole groove portion 235 extending from the supporting end 232 to the coupling end 233 and connected to the large hole groove portion 234. Each sliding rail unit 23 also has an elastic portion 236 disposed on the coupling end 233 of the sliding hole 231 and located in the large hole groove portion 234, and extending from the coupling end 233 to the supporting end 232. The boss 331 of the boss unit 33 can move forward and backward in the small hole groove 235 of the sliding hole 231 . That is, through the small hole groove 235 of the sliding hole 231 of each slide rail unit 23 of the first frame 2 and the corresponding elastic portion 236, the structure shown in FIG. 3 is presented, and during the process of the boss 331 of each boss unit 33 moving back and forth in the small hole groove 235 of each sliding hole 231, when each boss 331 moves toward the corresponding large hole groove 234 and moves to the corresponding elastic portion 236, each boss 331 will be blocked by the corresponding elastic portion 236 and each boss 331 will not move into the corresponding large hole groove 234 and each boss 331 will not be separated from the corresponding large hole groove 234, thereby effectively ensuring the stable combination of the second frame 3 relative to the first frame 2 during the forward and backward movement, but not limited to this. Incidentally, in this embodiment, when the first frame 2 and the second frame 3 cooperate to define the accommodation space 4 corresponding to the first length dimension of the hard disk device 90, and the first slot 322 of the slot module 321 of the coupling wall 32 of the second frame 3 is clamped by the corresponding hook module 221, at this time, the boss 331 of the boss unit 33 abuts against the abutting end 232 of the sliding hole 231 (see FIG. 3), but the present invention is not limited thereto.

It should be noted that in this embodiment, a handle unit 5 is also included which is pivotally connected to the frame body 211 of the mounting frame 21 of the first frame 2. The handle unit 5 includes a handle 51 pivotally connected to the frame body 211 of the mounting frame 21, and an elastic pressing member 52 disposed on the handle 51 and detachably coupled to the frame body 211. In short, the design of the handle unit 5 allows the user to apply force to the handle 51 of the handle unit 5 to pull the first frame 2 and the second frame 3 out of a server (not shown) and thereby pull the hard disk device 90 out of the server.

In particular, in this embodiment, the hard disk device 90 is a solid state drive that complies with the EDSFF (Enterprise and Datacenter SSD Form Factor) E3 specification. The hard disk device 90 of the first length dimension is of E3.S or E3.S 2T specification dimension, the length dimension of E3.S and E3.S 2T is 112.75mm, the thickness of E3.S is 7.5mm, and the thickness of E3.S 2T is 16.8mm. The hard disk device 90 of the second length dimension is of E3.L or E3.L 2T specification dimension, the length dimension of E3.L and E3.L 2T is 142.2mm, the thickness of E3.L is 7.5mm, and the thickness of E3.L 2T is 16.8mm. That is to say, the first frame 2 and the second frame 3 of the hard disk frame device 1 of this embodiment can cooperate to support the combination of E3 specification solid state drives of various length dimensions and can simultaneously support E3 specification solid state drives of different thicknesses, but it is not limited thereto.

In summary, the present invention is designed such that the second frame 3 can move forward and backward relative to the first frame 2 and together with the first frame 2 define a storage space 4 corresponding to the length dimension of the hard disk device 90. The second frame 3 and the first frame 2 can be adjusted to define the required storage space 4 according to whether the hard disk device 90 has the first length dimension or the second length dimension, and the overall versatility is good. When the hard disk device 90 is in the first length dimension, the hook module 221 of the first frame 2 is buckled in the first slot 322 of the corresponding slot module 321 of the second frame 3, or when the hard disk device 90 is in the second length dimension, the hook module 221 of the first frame 2 is buckled in the second slot 323 of the corresponding slot module 321 of the second frame 3, and the first frame 2 and the second frame 3 are combined around the outer periphery of the hard disk device 90 and fix the hard disk device 90, which is convenient to assemble and has good practicality.

However, the above is only an example of the implementation of the present invention, and it cannot be used to limit the scope of the implementation of the present invention. All simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the patent specification are still within the scope of the present invention.

1: Hard disk frame device

321: Card slot module

2: First frame

322: First card slot

21: Mounting frame

323: Second card slot

211: Frame body

33: Boss unit

212: First positioning member

331: convex column

22: Connecting wall

34: Second positioning member

221: Hook module

5: Handle unit

23: Slide rail unit

51:Handle

231: Sliding hole

52: Elastic pressing piece

232: Abutment end

90: Hard disk device

233: Binding end

91: Hard disk body

236: Elastic part

911: Fixed edge

3: Second frame

912: Side

31: Base wall

92: Positioning hole unit

32: Combined wall

922: Second fixing hole

Claims (8)

A hard disk frame device can support the combination of multiple hard disk devices of different lengths and sizes. The hard disk frame device includes: a first frame, including a mounting frame, two connecting walls extending from two opposite sides of the mounting frame to a direction away from the mounting frame, and two slide rail units respectively arranged on the connecting walls, each slide rail unit has a slide hole penetrating the corresponding connecting wall and extending along the length direction of the corresponding connecting wall, wherein one connecting wall has a hook module; and a second frame combined with the first frame, the second frame can move forward and backward relative to the first frame and can cooperate with the first frame to define a corresponding hard disk device. The second frame includes a base wall, two connecting walls extending from two opposite sides of the base wall in a direction away from the base wall, and two boss units respectively arranged on the connecting walls and connected to the slide rail unit of the first frame. The connecting wall is connected to the connecting wall of the first frame and the connecting wall can move forward and backward relative to the connecting wall. Each boss unit has a boss arranged on the corresponding connecting wall and extending from the outer side of the corresponding connecting wall to the sliding hole of the corresponding slide rail unit. The boss of the boss unit can move forward and backward in the sliding hole. One of the connecting walls has a pair of The card slot module of the hook module has a first card slot close to the mounting frame of the first frame and for the hook module to be detachably locked and positioned, and a second card slot far from the mounting frame and for the hook module to be detachably locked and positioned. If the hard disk device has a first length dimension, the combination wall of the second frame is moved toward the mounting frame relative to the connecting wall of the first frame, and the first frame and the second frame cooperate to define the accommodation space corresponding to the first length dimension of the hard disk device, and the first card slot of the card slot module of the combination wall of the second frame is correspondingly engaged with the hook. The module is clamped. At this time, the first frame and the second frame are combined around the outer periphery of the hard disk device and fix the hard disk device; if the hard disk device is a second length dimension, the combination wall of the second frame is moved away from the installation frame relative to the connecting wall of the first frame, and the first frame and the second frame cooperate to define the accommodating space corresponding to the second length dimension of the hard disk device, and the second card slot of the card slot module of the combination wall of the second frame is clamped by the corresponding card hook module. At this time, the first frame and the second frame are combined with the outer periphery of the hard disk device and fix the hard disk device. A hard disk frame device as described in claim 1, wherein the hard disk device comprises a hard disk body and a positioning hole unit disposed on the hard disk body, the hard disk body having a fixed edge coupled to the mounting frame of the first frame, and two side edges extending from two opposite sides of the fixed edge in a direction away from the fixed edge, the positioning hole unit having two first fixing holes recessed in the fixed edge of the hard disk body, and two second fixing holes respectively disposed on the side edges, the mounting frame of the first frame having a frame body, and two second fixing holes disposed on the frame body and formed by The frame body extends toward the first fixing hole of the hard disk device and extends into the first positioning member of the first fixing hole. The second frame also has two second positioning members that detachably penetrate the coupling wall and extend into the second fixing hole. When the first positioning member of the mounting frame of the first frame penetrates the first fixing hole of the hard disk device and the second positioning member of the second frame is locked into the second fixing hole, the first frame and the second frame surround and combine with the outer periphery of the hard disk body of the hard disk device and fix the hard disk body. As described in claim 2, the hook module of the connecting wall of the first frame has an elastic boss and a hook disposed on the elastic boss and extending from the elastic boss toward the slot module. The hook of the hook module is removably engaged with the first slot and the second slot of the slot module. When disassembling, when the hook is engaged with the first slot, the elastic boss is forced away from the first slot and driven to disengage the hook from the first slot; when the hook is engaged with the second slot, the elastic boss is forced away from the second slot and driven to disengage the hook from the second slot. As described in claim 3, the sliding hole of each slide rail unit of the first frame has a supporting end and a coupling end located at two opposite ends, the supporting end is close to the mounting frame, each slide hole also has a large hole groove portion extending from the coupling end to the supporting end, and a small hole groove portion extending from the supporting end to the coupling end and connected to the large hole groove portion, each slide rail unit also has an elastic portion arranged on the coupling end of the slide hole and located in the large hole groove portion, and extending from the coupling end to the supporting end, and the boss of the boss unit can move forward and backward in the small hole groove portion of the slide hole. As described in claim 4, the hard disk frame device, wherein when the first frame and the second frame cooperate to define the accommodation space corresponding to the first length dimension of the hard disk device, and the first card slot of the card slot module of the combination wall of the second frame is clamped by the corresponding hook module, at this time, the boss of the boss unit abuts against the abutting end of the sliding hole. The hard disk frame device as described in claim 2 further includes a handle unit pivotally connected to the frame body of the mounting frame of the first frame, the handle unit including a handle pivotally connected to the frame body of the mounting frame, and an elastic pressing member disposed on the handle and detachably coupled to the frame body. A hard disk frame device as described in claim 1, wherein the hard disk device is a solid state drive that complies with the EDSFF E3 specification. The hard disk frame device as described in claim 1, wherein the hard disk device of the first length dimension is of E3.S specification, and the hard disk device of the second length dimension is of E3.L specification.

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