TWI838921B - Server device - Google Patents

Abstract

A server device includes a rack and a motherboard unit disposed in the rack. The rack includes a housing and a housing cover. The housing cover has a cover and two positioning members. The motherboard unit is disposed in the housing and includes a motherboard and two handle modules corresponding to the positioning members. Each handle module has two fixed frames fixedly disposed on the motherboard at intervals, and a coupling piece connected to the fixed frames and corresponding to one of the positioning members. A handling space is defined by the fixing frame and the combining piece of each handling module, so that the fingers of both hands can be inserted into the handling space respectively and grasp the handling modules to lift the main board simultaneously. In addition, the limiting openings of the combining piece of each handling module can be engaged with the corresponding positioning pieces, so that the cover is combined with the shell and the positioning pieces are fixed to the limiting openings, and the cover is fixedly combined with the handling module, so that the handling module assists in fixing the cover to the shell.

Description

Server device

The present invention relates to a server, and more particularly to a server device.

In recent years, the demand for servers has grown rapidly. With the increasing demand for server big data computing and high-density storage and the continuous improvement of server high-speed operation performance, multiple high-capacity storage, memory and high-performance electronic chips and other electronic components are often required inside the server. When the server is operating efficiently, high-temperature heat energy will be generated inside. It is common to use the fan inside the server to provide a strong heat dissipation airflow to dissipate heat efficiently. However, the strong airflow generated by the fan inside the server often causes the top cover of the server to be arched by the airflow. In severe cases, it may even cause the top cover to be blown off or cause the top cover to fall off, which is worthy of further discussion and improvement by practitioners.

Therefore, the purpose of the present invention is to provide a server device with good applicability.

Therefore, the server device of the present invention includes a rack and a motherboard unit disposed in the rack.

The frame includes a housing and a housing cover detachably mounted on the housing. The housing has an installation space. The housing cover has a cover and two positioning members spaced apart and arranged on the cover and extending from the cover toward the installation space.

The motherboard unit is arranged in the installation space of the housing of the rack, and includes a motherboard arranged on the housing, and two handle modules arranged on the motherboard and corresponding to the positioning members of the cover. Each handle module has two fixed frames fixed on the motherboard at intervals and extending from the motherboard to the cover of the housing, and a coupling piece connected to the fixed frames and corresponding to one of the positioning members of the housing.

The fixing frame of each handle module and the coupling piece jointly define a handle space, and the handle space can be passed through by fingers so that the handle module can be grasped and pulled upward to simultaneously lift the main board. Each coupling piece has a limit opening for a corresponding positioning piece to engage. The cover of the shell is arranged on the shell and the positioning pieces are respectively engaged with the limit openings, so that the cover is fixedly coupled to the handle module.

The effect of the present invention is that: through the design of the handle space of the handle module, it is convenient for the user to insert the fingers of both hands into the handle space and grab the handle module to lift the main board simultaneously, and the limit opening of the coupling piece of each handle module can be used for the corresponding positioning piece in the shell to be engaged and fixed, and the cover of the shell is coupled to the shell and the positioning piece in the shell is engaged with the limit opening respectively, and the cover is fixedly coupled to the handle module, so that the handle module assists in fixing the cover to the shell, effectively increasing the overall applicability of the handle module.

1: Rack

11: Shell

111: Installation space

12: Shell

121: Cover

122: Positioning piece

123: Positioning piece

124: Positioning rod

2: Motherboard unit

21: Motherboard

22: Handle module

23: Fixed frame

231: Seat

232: Fixed border

233: Connector

234:Fixed piece

235: Support sheet

24: Combined film

241: Limit opening

25: Grip space

26: Reinforcement frame

261: Tonic tablets

262: Rivets

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 an implementation example of the server device of the present invention; FIG. 2 is a three-dimensional enlarged exploded view illustrating the connection relationship between two positioning members of a housing cover of a rack and two handle modules of a motherboard unit in the implementation example; FIG. 3 is a three-dimensional view illustrating the connection relationship between two fixing frames and a coupling piece of one of the handle modules of the motherboard unit in the implementation example; FIG. 4 is a three-dimensional view illustrating FIG. 3 from another perspective; and FIG. 5 is a three-dimensional cross-sectional schematic view, which is FIG. 4 (A-A cross-section), illustrating the connection relationship between a positioning piece of one of the positioning members of the housing cover and a positioning rod and a corresponding coupling piece of the handle module in the implementation example.

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 and 5, the server device of the present invention includes a rack 1 and a motherboard unit 2 disposed in the rack 1.

The frame 1 includes a housing 11 and a housing cover 12 detachably mounted on the housing 11. The housing 11 has an installation space 111. The housing cover 12 has a cover 121 and two positioning members 122 spaced apart and arranged on the cover 121 and extending from the cover 121 toward the installation space 111.

The motherboard unit 2 is disposed in the installation space 111 of the housing 11 of the rack 1, and includes a motherboard 21 disposed on the housing 11, and two handle modules 22 disposed on the motherboard 21 and corresponding to the positioning members 122 of the cover 121. Each handle module 22 has two fixed frames 23 fixedly disposed on the motherboard 21 at intervals and extending from the motherboard 21 toward the cover 121 of the housing 12, and a coupling piece 24 connected to the fixed frame 23 and corresponding to one of the positioning members 122 of the housing 12.

The fixing frame 23 and the coupling piece 24 of each handle module 22 define a handle space 25 together. The handle space 25 can be passed through by fingers and the handle module 22 can be grasped and pulled up to simultaneously lift the main board 21. Each coupling piece 24 has a limit opening 241 for the corresponding positioning member 122 to engage. The cover body 121 of the shell cover 12 is covered on the shell body 11 and the positioning member 122 is respectively engaged with the limit opening 241, so that the cover body 121 is fixedly coupled to the handle module 22.

During assembly, the user only needs to insert the fingers of both hands into the handle space 25 and grab the handle module 22 and move it upwards, and then the mainboard 21 can be lifted up for assembly. Then, the mainboard 21 is placed in the required position in the installation space 111 of the housing 11 to complete the installation of the mainboard unit 2. Finally, the cover 121 of the housing 12 is initially covered and combined with the housing 11 and moved forward so that the positioning member 122 in the housing 12 is respectively engaged with the limit opening 241, and the cover 121 is fixedly combined with the handle module 22, and the assembly operation is completed.

It should be particularly noted that, in this embodiment, each positioning member 122 of the housing cover 12 has a positioning piece 123 which is parallel and spaced from the cover body 121 and can be blocked by the corresponding coupling piece 24 of the handle module 22, and a positioning rod 124 which connects the cover body 121 and the positioning piece 123 and can be locked into the limiting opening 241 of the corresponding coupling piece 24. The cover body 121 is coupled to the housing body 11 and the cover body 121 is moved so that the positioning rods 124 of the positioning member 122 are respectively moved into the corresponding limiting openings 241. At this time, the positioning pieces 123 of the positioning member 122 are respectively blocked by the corresponding coupling pieces 24 of the handle module 22, and the cover body 121 is fixedly coupled to the handle module 22. In short, the shell cover 12 is initially covered and combined with the shell body 11 and moves forward so that the positioning rod 124 of the positioning member 122 of the shell cover 12 moves into the corresponding limit opening 241 of the combining piece 24. At this time, the positioning piece 123 of the positioning member 122 is blocked by the combining piece 24 of the handle module 22, so that the cover body 121 is fixedly combined with the handle module 22, but not limited to this. By the way, in this embodiment, each positioning member 122 can also be a convex column (Stand off), but not limited to this.

The design of the gripping space 25 of the gripping module 22 facilitates the user to insert the fingers of both hands into the gripping space 25 and grab the gripping module 22 to lift the main board 21 simultaneously. The limiting opening 241 of the coupling piece 24 of each gripping module 22 can be used for the corresponding positioning member 122 in the shell 12 to be engaged and fixed. The cover 121 of the shell 12 is coupled to the shell 11 and the positioning member 122 in the shell 12 is engaged with the limiting opening 241 respectively, and the cover 121 is fixedly coupled to the gripping module 22, so that the gripping module 22 assists in fixing the cover 121 to the shell 11, effectively increasing the overall applicability of the gripping module 22.

Here, it is further explained that, in this embodiment, each fixing frame 23 of each handle module 22 has a base 231 fixed on the main board 21, a fixing frame 232 extending from the corresponding coupling piece 24 toward the main board 21, and a supporting piece 235 connecting the base 231 and the fixing frame 232. The coupling piece 24 of each handle module 22 cooperates with the fixing frame 232 to define a corresponding handle space 25. In this embodiment, each handle space 25 is a space for one finger to be inserted, but it is not limited to this. The size of each handle space 25 can be designed to allow multiple fingers to be inserted according to actual needs. In this embodiment, the fixed frame 232 of each fixed frame 23 has a connecting piece 233 extending from the corresponding supporting piece 235 in a direction away from the other supporting piece 235, and a fixing piece 234 extending from the connecting piece 233 in a direction toward the corresponding connecting piece 24 and connecting the corresponding connecting piece 24. By the way, in this embodiment, the fixing piece 234 of the fixed frame 232 of each fixed frame 23 cooperates with the connecting piece 233 to define an L-shaped frame, but it is not limited thereto.

In addition, it is particularly mentioned that in this embodiment, each handle module 22 also has a reinforcing frame 26 connected to the support piece 235 of the fixing frame 23. Each reinforcing frame 26 is used to assist in supporting the corresponding fixing frame 23. In short, the overall stability of each handle module 22 is increased by the design that each reinforcing frame 26 is connected to the support piece 235. In this embodiment, each reinforcing frame 26 has two overlapping and staggered reinforcing pieces 261, and the reinforcing pieces 261 of each reinforcing frame 26 correspond to the support pieces 235 of the fixing frame 23. Each reinforcing sheet 261 is connected to the supporting sheet 235 of the corresponding fixing frame 23 and extends in a direction away from the other supporting sheet 235 and is fixed on the other reinforcing sheet 261, but the present invention is not limited thereto. Incidentally, in this embodiment, a reinforcing sheet 261 of each reinforcing frame 26 is riveted to the other reinforcing sheet 261 using a rivet 262, but the present invention is not limited thereto.

In summary, the server device of the present invention, through the design of the gripping space 25 of the gripping module 22, can facilitate the user to insert the fingers of both hands into the gripping space 25 and grab the gripping module 22 to simultaneously lift the motherboard 21, and the limiting opening 241 of the coupling piece 24 of each gripping module 22 can be engaged with the corresponding positioning piece 122 in the housing 12. The cover 121 of the shell 12 is fixedly coupled to the shell 11 and the positioning member 122 in the shell 12 is respectively engaged with the limit opening 241, and the cover 121 is fixedly coupled to the handle module 22, so that the handle module 22 assists in fixing the cover 121 to the shell 11, effectively increasing the overall applicability of the handle module 22.

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 patent of the present invention.

1: Rack

11: Shell

111: Installation space

121: Cover

122: Positioning piece

123: Positioning piece

2: Motherboard unit

21: Motherboard

22: Handle module

23: Fixed frame

231: Seat

232: Fixed border

235: Support sheet

24: Combined film

241: Limit opening

Claims (7)

A server device comprises: A rack, including a housing, and a housing cover detachably mounted on the housing, the housing having an installation space, the housing cover having a cover body, and two positioning members spaced apart on the cover body and extending from the cover body toward the installation space; and A motherboard unit mounted in the installation space of the housing of the rack, including a motherboard mounted on the housing, and two lifting modules mounted on the motherboard and corresponding to the positioning members of the cover body, each lifting module having two fixing frames spaced apart on the motherboard and extending from the motherboard toward the cover body of the housing, and a coupling piece connected to the fixing frame and corresponding to one of the positioning members of the housing cover, each lifting module having a fixing frame ... The fixing frame of the grip module and the coupling piece jointly define a gripping space, the gripping space can be passed through by fingers and the gripping module can be gripped and pulled upward to simultaneously lift the main board. Each coupling piece has a limiting opening for a corresponding positioning piece to engage. The cover of the housing is arranged on the housing and the positioning pieces are respectively engaged with the limiting openings, so that the cover is fixedly coupled to the gripping module. A server device as described in claim 1, wherein each positioning member of the shell cover has a positioning piece that is parallel and spaced from the cover body and can be blocked by the coupling piece of the corresponding handle module, and a positioning rod that connects the cover body and the positioning piece and can be inserted into the limiting opening of the corresponding coupling piece. The cover body is combined with the shell body and the cover body is moved to make the positioning rods of the positioning members move into the corresponding limiting openings respectively. At this time, the positioning pieces of the positioning members are respectively blocked by the coupling pieces of the corresponding handle module, and the cover body is fixedly combined with the handle module. A server device as described in claim 1, wherein each fixing frame of each handling module has a base fixed on the mainboard, a fixed frame extending from the corresponding coupling plate toward the mainboard, and a supporting plate connecting the base and the fixed frame, and the coupling plate of each handling module cooperates with the fixed frame to define a corresponding handling space. A server device as described in claim 3, wherein the fixed frame of each fixing frame has a connecting plate extending from the corresponding supporting plate in a direction away from the other supporting plate, and a fixing plate extending from the connecting plate in a direction toward the corresponding bonding plate and connected to the corresponding bonding plate. A server device as described in claim 4, wherein the fixing plate of the fixing frame of each fixing rack cooperates with the connecting plate to define an L-shaped frame. A server device as described in claim 4, wherein each handle module also has a reinforcement frame connected to the support plate of the fixing frame. A server device as described in claim 6, wherein the reinforcement frame of each handle module has two overlapping and staggered reinforcement plates, the reinforcement plates of each reinforcement frame respectively correspond to the support plates of the fixed frame, each reinforcement plate is connected to the corresponding support plate of the fixed frame and extends from the corresponding support plate toward the support plate of another fixed frame, and is fixed on the other reinforcement plate.

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