CN206671975U - Main board connecting structure and server - Google Patents
Main board connecting structure and server Download PDFInfo
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- CN206671975U CN206671975U CN201720309740.2U CN201720309740U CN206671975U CN 206671975 U CN206671975 U CN 206671975U CN 201720309740 U CN201720309740 U CN 201720309740U CN 206671975 U CN206671975 U CN 206671975U
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Abstract
The utility model is on a kind of main board connecting structure and server, is related to electronic device field.Main technical scheme is：Key switch, it includes：Mainboard, the first pinboard, the second pinboard and the 3rd pinboard, the side of mainboard it is adjacent be provided with two power module connection ends and the first isolation card connection end；The first surface of first pinboard is provided with two the first change-over terminals, and two the first power module connection ends are set corresponding to the second surface of the first pinboard；Second pinboard is square pinboard, and a side of the horizontal direction pinboard of square pinboard is provided with two the second change-over terminals, two second source module attachment ends are provided with a surface of the vertical direction pinboard of square pinboard；One side of the 3rd pinboard is provided with the 3rd change-over terminal, and a surface of the 3rd pinboard is provided with the second isolation card connection end, and the 3rd change-over terminal is used to be connected with the first isolation card connection end.Make the versatile development cost of main board connecting structure low.
Description
Technical field
Electronic device field is the utility model is related to, more particularly to a kind of main board connecting structure and server.
Background technology
At present, conventional rack-mount server product has two kinds of specifications of 1U and 2U, and the thickness of 2U servers services equal to 1U
Two times of device thickness, the general redundancy that power supply supply is realized using 2 power modules in 1U and 2U server.
But the height of each power module is 1U height, so power module is side by side sidewards in 1U servers
Put, and be that the form longitudinally stacked is put in 2U servers, above two disposing way needs corresponding two kinds of setting not
Isostructural mainboard, so using the mainboard of different structure in 1U and 2U server.But for the 1U of similar nature
With 2U servers, the mainboard of two kinds of different structures is set to increase time and the increase development cost of exploitation mainboard, and then lead
Cause the cost increase that server is overall.In addition, if in order to be adapted to the mainboard of 1U servers in 2U servers, then serviced in 2U
Need to put power module sidewards in device, but such power module of putting can cause the space above power module not use
In the placement of isolation card, it is impossible to realize the expanded function of isolation card, waste space useful in 2U frames.
Utility model content
Main purpose of the present utility model is, there is provided the main board connecting structure and server of a kind of new structure,
The technical problem of solution is to reduce the development cost of mainboard.
The purpose of this utility model and solves its technical problem using following technical scheme to realize.According to this practicality
A kind of main board connecting structure of new proposition, it includes：
Mainboard, the side of the mainboard it is adjacent be provided with two power module connection ends and the connection of the first isolation card
End；
First pinboard, the first surface of first pinboard are provided with two the first change-over terminals, first switching
Two the first power module connection ends are set corresponding to the second surface of plate, and first change-over terminal is used for and two power supplys
Module attachment end connects；
Second pinboard, second pinboard are square pinboard, and the horizontal direction of the square pinboard turns
One side of fishplate bar is provided with two the second change-over terminals, is set on a surface of the vertical direction pinboard of the square pinboard
Two second source module attachment ends are equipped with, two second change-over terminals are used to connect with two power module connection ends
Connect；
3rd pinboard, a side of the 3rd pinboard are provided with the 3rd change-over terminal, and the one of the 3rd pinboard
Surface is provided with the second isolation card connection end, and the 3rd change-over terminal is used to be connected with the first isolation card connection end；
Wherein, when first pinboard is connected with the mainboard, its entirety can be used in being placed on the clothes of 1U models
In device frame of being engaged in, described two first power module connection ends are connected with two power modules, when second pinboard and institute
When stating mainboard connection, its entirety can be used in being placed in the server rack of 2U models, and described two second source modules connect
End is connect to be connected with two power modules.
The purpose of this utility model and solve its technical problem and can also be applied to the following technical measures to achieve further.
Preferably, foregoing main board connecting structure, wherein the edge of the mainboard offers square groove, the right angle
One side of shape groove sets two power module connection ends, and the another side of the square groove sets the first isolation card to connect
End.
Preferably, foregoing main board connecting structure, wherein first pinboard is manufactured using printed circuit board (PCB), the print
Preinstalled circuit in printed circuit board, the preinstalled circuit make two first change-over terminals respectively with two first power modules
Connection end connects；
Or, first pinboard is manufactured using plastic material, two first change-over terminals are by wire respectively with two
The individual first power module connection end connection, the wire are preset in first pinboard.
Preferably, foregoing main board connecting structure, wherein second pinboard includes horizontal pinboard and vertical switching
Plate；
The first side of the horizontal pinboard sets two second change-over terminals, the second side of horizontal pinboard with
The first side is relative, and the connection vertical at the second side of the upper surface of the horizontal pinboard is described vertical to be turned
Fishplate bar, a surface of the vertical pinboard set two second source module attachment ends.
Preferably, foregoing main board connecting structure, wherein the upper surface of the horizontal pinboard is provided with the first connection end,
The side of the vertical pinboard is provided with second connection end, and first connection end is connected with the second connection end.
Preferably, foregoing main board connecting structure, wherein default in the horizontal pinboard and the vertical pinboard
There is a connection circuit, the second change-over terminal and first connection end described in the connection circuit communication in the horizontal pinboard are described
Second connection end and the second source module attachment end described in connection circuit communication in vertical pinboard.
Preferably, foregoing main board connecting structure, wherein the vertical pinboard includes inner surface and outer surface, it is described interior
Surface is located on the inside of the right angle of the square pinboard, and the outer surface is located on the outside of the right angle of the square pinboard；
The second source module attachment end is arranged on the outer surface of the vertical pinboard.
Preferably, foregoing main board connecting structure, wherein the vertical pinboard includes inner surface and outer surface, it is described interior
Surface is located on the inside of the right angle of the square pinboard, and the outer surface is located on the outside of the right angle of the square pinboard；
The second source module attachment end is arranged on the inner surface of the vertical pinboard.
The purpose of this utility model and solve its technical problem and also realized using following technical scheme.According to this practicality
A kind of server of new proposition, it includes：
Frame and main board connecting structure；
The main board connecting structure includes：
Mainboard, the side of the mainboard it is adjacent be provided with two power module connection ends and the connection of the first isolation card
End；
First pinboard, the first surface of first pinboard are provided with two the first change-over terminals, first switching
Two the first power module connection ends are set corresponding to the second surface of plate, and first change-over terminal is used for and two power supplys
Module attachment end connects；
Second pinboard, second pinboard are square pinboard, and the horizontal direction of the square pinboard turns
One side of fishplate bar is provided with two the second change-over terminals, is set on a surface of the vertical direction pinboard of the square pinboard
Two second source module attachment ends are equipped with, two second change-over terminals are used to connect with two power module connection ends
Connect；
3rd pinboard, a side of the 3rd pinboard are provided with the 3rd change-over terminal, and the one of the 3rd pinboard
Surface is provided with the second isolation card connection end, and the 3rd change-over terminal is used to be connected with the first isolation card connection end；
Wherein, when first pinboard is connected with the mainboard, its entirety can be used in being placed on the clothes of 1U models
In device frame of being engaged in, described two first power module connection ends are connected with two power modules, when second pinboard and institute
When stating mainboard connection, its entirety can be used in being placed in the server rack of 2U models, and described two second source modules connect
End is connect to be connected with two power modules；
Wherein, the main board connecting structure is arranged in the frame.
By above-mentioned technical proposal, the utility model main board connecting structure and server at least have following advantages：
In technical solutions of the utility model, main board connecting structure sets up the first pinboard and the second pinboard, mainboard is existed
In the frame of 1U models, it can be connected by the first pinboard with two power modules, mainboard, can in the frame of 2U models
It is connected by the second pinboard with two power modules, while mainboard can also pass through the 3rd in the frame of two kinds of models of 1U and 2U
Pinboard is connected with isolation card.Compared in the prior art, due to the height of each power module be 1U height, so power supply
Module is to put sidewards side by side in 1U servers, and is that the form longitudinally stacked is put in 2U servers, above two pendulum
The mode of putting needs the corresponding mainboard for setting two kinds of different structures, so using different structure in 1U and 2U server
Mainboard, but for 1U the and 2U servers of similar nature, set two kinds of different structures mainboard can increase exploitation mainboard when
Between and increase development cost, and then cause the overall cost increase of server；In addition, if in order to be adapted in 2U servers
The mainboard of 1U servers, then need to put power module sidewards in 2U servers, but such power module of putting can be led
Send a telegraph the placement that the space above source module is not used to isolation card, it is impossible to realize the expanded function of isolation card, waste 2U machines
Useful space in frame.And main board connecting structure provided by the utility model, its mainboard are applicable to two kinds of 1U and 2U models
In frame, mainboard structure is redesigned without the frame for different model, and mainboard can connect isolation card simultaneously, and then
Make full use of the space in frame.
Described above is only the general introduction of technical solutions of the utility model, in order to better understand skill of the present utility model
Art means, and being practiced according to the content of specification, with preferred embodiment of the present utility model and coordinate accompanying drawing detailed below
Describe in detail bright as after.
Brief description of the drawings
Fig. 1 is that a kind of structure of the mainboard overlook direction for main board connecting structure that embodiment one of the present utility model provides is shown
It is intended to；
Fig. 2 is a kind of the first visual angle of the first pinboard of main board connecting structure that embodiment one of the present utility model provides
Structural representation；
Fig. 3 is a kind of the second visual angle of the first pinboard of main board connecting structure that embodiment one of the present utility model provides
Structural representation；
Fig. 4 is a kind of structural representation of the second pinboard of main board connecting structure that embodiment one of the present utility model provides
Figure；
Fig. 5 is a kind of structural representation of the 3rd pinboard of main board connecting structure that embodiment one of the present utility model provides
Figure.
Embodiment
Further to illustrate that the utility model is to reach the technological means and effect that predetermined purpose of utility model taken,
Below in conjunction with accompanying drawing and preferred embodiment, to according to the utility model proposes main board connecting structure and server its specific implementation
Mode, structure, feature and its effect, describe in detail as after.In the following description, different " embodiment " or " embodiment " refers to
Be not necessarily the same embodiment.In addition, the special characteristic, structure or feature in one or more embodiments can be by any suitable
Form combines.
Embodiment one
As Figure 1-5, a kind of main board connecting structure that embodiment one of the present utility model proposes, it includes：Mainboard 1,
First pinboard 2, the second pinboard 3 and the 3rd pinboard 4, two power modules that are provided with that the side of mainboard 1 is adjacent connect
Connect the isolation card connection end 12 of end 11 and first；The first surface of first pinboard 2 is provided with two the first change-over terminals 21, and first
Two the first power module connection ends 22 are set corresponding to the second surface of pinboard 2, and the first change-over terminal 21 is used for and two electricity
Source module connection end 11 connects；Second pinboard 3 is square pinboard, the one of the horizontal direction pinboard of square pinboard
Side is provided with two the second change-over terminals 311, and two are provided with a surface of the vertical direction pinboard of square pinboard
Second source module attachment end 321, two the second change-over terminals 311 are used to be connected with two power module connection ends 11；3rd turn
One side of fishplate bar 4 is provided with the 3rd change-over terminal 41, and a surface of the 3rd pinboard 4 is provided with the second isolation card connection end 42,
3rd change-over terminal 41 is used to be connected with the first isolation card connection end 12；Wherein, when the first pinboard 2 is with main connection, its entirety
It can be used in being placed in the server rack of 1U models, two the first power module connection ends 22 and two power modules connect
Connect, when the second pinboard 3 is connected with mainboard, its entirety can be used in being placed in the server rack of 2U models, two
Two power module connection ends 321 are connected with two power modules.
Main board connecting structure provided by the utility model, the structure of its mainboard can use the master commonly used in 1U model servers
Harden structure, a square groove can be opened up on an angle of mainboard, power module is set on two sides of square groove
Connection end and isolation card connection end, it is enough by power supply mould so by the first pinboard, the second pinboard and the 3rd pinboard energy
Block and isolation card are connected at this corner location of mainboard；Or print is needed to use according to the concrete structure of server rack
Printed circuit board specifically sets a mainboard, and square groove can be set on one corner, and at two of square groove
Power module connection end and isolation card connection end are set on side；First pinboard, the second pinboard and the 3rd pinboard are equal
Printed circuit board (PCB) can be used to manufacture, pre-set connection circuit in the printed circuit boards, make the first pinboard, the second pinboard
And the 3rd change-over terminal in pinboard connects with connection end, or the first pinboard, the second pinboard and the 3rd pinboard
Other insulating materials can be used to manufacture, such as be manufactured using plastic material, in the pinboard manufactured using other insulating materials
When, it is also desirable to the change-over terminal of pinboard is connected with connection end by connection wire, connection wire can be provided in first turn
The inside of fishplate bar, the second pinboard and the 3rd pinboard, or it is arranged on the first pinboard, the second pinboard and the 3rd turn
On the surface of fishplate bar, the utility model is not specifically limited.
In technical solutions of the utility model, main board connecting structure sets up the first pinboard and the second pinboard, mainboard is existed
In the frame of 1U models, it can be connected by the first pinboard with two power modules, mainboard, can in the frame of 2U models
It is connected by the second pinboard with two power modules, while mainboard can also pass through the 3rd in the frame of two kinds of models of 1U and 2U
Pinboard is connected with isolation card.Compared in the prior art, due to the height of each power module be 1U height, so power supply
Module is to put sidewards side by side in 1U servers, and is that the form longitudinally stacked is put in 2U servers, above two pendulum
The mode of putting needs the corresponding mainboard for setting two kinds of different structures, so using different structure in 1U and 2U server
Mainboard, but for 1U the and 2U servers of similar nature, set two kinds of different structures mainboard can increase exploitation mainboard when
Between and increase development cost, and then cause the overall cost increase of server；In addition, if in order to be adapted in 2U servers
The mainboard of 1U servers, then need to put power module sidewards in 2U servers, but such power module of putting can be led
Send a telegraph the placement that the space above source module is not used to isolation card, it is impossible to realize the expanded function of isolation card, waste 2U machines
Useful space in frame.And main board connecting structure provided by the utility model, its mainboard are applicable to two kinds of 1U and 2U models
In frame, mainboard structure is redesigned without the frame for different model, and mainboard can connect isolation card simultaneously, and then
Make full use of the space in frame.
As shown in figure 1, among specific implementation, the edge of wherein mainboard 1 offers square groove, the one of square groove
Side sets two power module connection ends 11, and the another side of square groove sets the first isolation card connection end 12.
Specifically, because the thickness of power module is equal to 1U, thus when power module be arranged in 1U servers make, it is necessary to
It is connected with the side of mainboard, while in order that mainboard can be adapted in the server of two kinds of models of 1U and 2U, so in mainboard
Side power module connection end and the first isolation card connection end are set, and due to power module and the width phase of isolation card
To smaller, it is impossible to the whole width range of server master board is taken, so the edge in mainboard opens up a square groove, will
Power module connection end and the first isolation card connection end are arranged on the company side of square groove, so either 1U service
The server of device or 2U, power module and isolation card can be arranged on to an edge of mainboard, wherein on mainboard
This square groove may be provided on any one corner of mainboard.
As shown in Figures 2 and 3, among specific implementation, wherein the first pinboard 2 is manufactured using printed circuit board (PCB), printing
Preinstalled circuit in circuit board, preinstalled circuit make two the first change-over terminals 21 connect respectively with two the first power module connection ends 22
Connect；Or, first pinboard 2 using plastic material manufacture, two the first change-over terminals 21 by wire respectively with two the first power supplys
Module attachment end 22 is connected, and wire is preset in the first pinboard 2.
Specifically, the wide of the first pinboard needs specifically to be set according to the thickness of 1U servers, the first pinboard
First change-over terminal is with the first power module connection end, it is necessary on corresponding two surfaces for being arranged on pinboard；When using plastic cement
During the first pinboard of material manufacture, plastic material switching plate thickness need it is identical with the thickness of printed circuit board (PCB), or with master
The thickness of plate is identical.
As shown in figure 4, among specific implementation, wherein the second pinboard 3 includes horizontal pinboard 31 and vertical pinboard
32；The first side of horizontal pinboard 31 sets two the second change-over terminals 311, second side and the first side of horizontal pinboard 31
Side is relative, the upper surface of the horizontal pinboard 31 vertical pinboard 32 of connection vertical at second side, vertical pinboard 32
A surface set two second source module attachment ends 321.
Specifically, the second pinboard can be connected to be made or use with vertical pinboard by horizontal pinboard
Integrally formed mode is directly prepared into.Further, since power module is stacked above what is placed together in 2U servers, so will
Second change-over terminal is arranged on the first side of horizontal pinboard, is connected for the power module connection end with mainboard side, and lead to
Cross and second source module attachment end is set on the surface of vertical pinboard, the power module for enabling to be stacked together turns with vertical
Fishplate bar connects.
As shown in figure 4, among specific implementation, wherein the upper surface of horizontal pinboard 31 is provided with the first connection end (figure
Not shown in), the side of vertical pinboard 32 is provided with second connection end (not shown), and the first connection end is connected with second
End connection；It is preset with connection circuit in horizontal pinboard 31 and vertical pinboard 32, the connection circuit in horizontal pinboard 31
Connect the second change-over terminal 311 and the first connection end, connection circuit communication second connection end and the second electricity in vertical pinboard 32
Source module connection end 321.
Specifically, horizontal pinboard and vertical pinboard can be attached by the first connection end and second connection end, the
One connection end and second connection end can be connection ends commonly used in the prior art, and this practicality of the specific constructive form of connection end is new
Type does not limit；Horizontal pinboard can also use flexible PCB or other communication wire rods to connect with vertical pinboard.
As shown in figure 4, among specific implementation, wherein vertical pinboard 32 includes inner surface and outer surface, inner surface position
On the inside of the right angle of square pinboard, outer surface is located on the outside of the right angle of square pinboard；Second source module attachment end
321 are arranged on the outer surface of vertical pinboard 32；Or vertical pinboard includes inner surface and outer surface, inner surface is positioned at straight
On the inside of the right angle of angular pinboard, outer surface is located on the outside of the right angle of square pinboard；Second source module attachment end is set
In the inner surface of vertical pinboard.
, can be according to the connected mode of power module and vertical pinboard, by the specifically, when designing vertical pinboard
Two power module connection ends are arranged on inner surface or the outer surface of vertical pinboard, but two be provided on vertical pinboard
Individual second source module attachment end needs to arrange up and down, when two power modules are placed in the form of ensureing to stack, two power supplys
Module can be normally connected with two second source modules.
Embodiment two
As shown in figure 1, a kind of server that embodiment two of the present utility model proposes, it includes：Frame connects with mainboard
Structure；The main board connecting structure includes：Mainboard 1, the first pinboard 2, the second pinboard 3 and the 3rd pinboard 4, mainboard 1
Side it is adjacent be provided with two power module connection ends 11 and first isolation card connection end 12；The of first pinboard 2
One surface is provided with two the first change-over terminals 21, and two the first power modules are set corresponding to the second surface of the first pinboard 2
Connection end 22, the first change-over terminal 21 are used to be connected with two power module connection ends 11；Second pinboard 3 is transferred for square
Plate, a side of the horizontal direction pinboard of square pinboard are provided with two the second change-over terminals 311, square pinboard
Two second source module attachment ends 321 are provided with one surface of vertical direction pinboard, two the second change-over terminals 311 are used for
It is connected with two power module connection ends 11；One side of the 3rd pinboard 4 is provided with the 3rd change-over terminal 41, the 3rd pinboard 4
A surface be provided with the second isolation card connection end 42, the 3rd change-over terminal 41 is used to be connected with the first isolation card connection end 12；Its
In, when the first pinboard 2 is with main connection, its entirety can be used in being placed in the server rack of 1U models, two first
Power module connection end 22 is connected with two power modules, and when the second pinboard 3 is connected with mainboard, its entirety can be used in putting
Put in the server rack of 2U models, two second source module attachment ends 321 are connected with two power modules；Wherein, institute
Main board connecting structure is stated to be arranged in the frame.
Specifically, the mainboard of the offer of above-described embodiment one can be used directly in the main board connecting structure described in the present embodiment two
Attachment structure, concrete implementation structure can be found in the related content described in above-described embodiment one, and here is omitted.
In technical solutions of the utility model, main board connecting structure used in server, it sets up the first pinboard and
Two pinboards, make mainboard in the frame of 1U models, can be connected by the first pinboard with two power modules, mainboard is in 2U
In the frame of model, it can be connected by the second pinboard with two power modules, while in the frame of two kinds of models of 1U and 2U
Middle mainboard can also be connected by the 3rd pinboard with isolation card.Compared in the prior art, due to the height of each power module
For 1U height, so power module is to put sidewards side by side in 1U servers, and longitudinally stacked in 2U servers
Form is put, and above two disposing way needs the corresponding mainboard for setting two kinds of different structures, so 1U and 2U server
In use the mainboard of different structure, but for 1U the and 2U servers of similar nature, the master of two kinds of different structures is set
Plate can increase time and the increase development cost of exploitation mainboard, and then cause the overall cost increase of server；In addition, if
In order to be adapted to the mainboard of 1U servers in 2U servers, then need to put power module sidewards in 2U servers, but this
The placement put power module and the space above power module can be caused to be not used to isolation card of sample, it is impossible to realize isolation card
Expanded function, waste space useful in 2U frames.And main board connecting structure provided by the utility model, its mainboard are applicable
In two kinds of frames of 1U and 2U models, mainboard structure is redesigned without the frame for different model, and mainboard can
Isolation card is connected simultaneously, and then makes full use of the space in frame.
It is described above, only it is preferred embodiment of the present utility model, not the utility model is made any formal
Limitation, any simple modification, equivalent change and modification made to above example according to the technical essence of the utility model,
In the range of still falling within technical solutions of the utility model.
Claims (9)
1. a kind of main board connecting structure, it is characterised in that it includes：
Mainboard, the side of the mainboard it is adjacent be provided with two power module connection ends and the first isolation card connection end；
First pinboard, the first surface of first pinboard are provided with two the first change-over terminals, first pinboard
Two the first power module connection ends are set corresponding to second surface, and first change-over terminal is used for and two power modules
Connection end connects；
Second pinboard, second pinboard are square pinboard, the horizontal direction pinboard of the square pinboard
A side be provided with two the second change-over terminals, be provided with a surface of the vertical direction pinboard of the square pinboard
Two second source module attachment ends, two second change-over terminals are used to be connected with two power module connection ends；
3rd pinboard, a side of the 3rd pinboard are provided with the 3rd change-over terminal, a surface of the 3rd pinboard
The second isolation card connection end is provided with, the 3rd change-over terminal is used to be connected with the first isolation card connection end；
Wherein, when first pinboard is connected with the mainboard, its entirety can be used in being placed on the server of 1U models
In frame, described two first power module connection ends are connected with two power modules, when second pinboard and the master
When plate connects, its entirety can be used in being placed in the server rack of 2U models, described two second source module attachment ends
It is connected with two power modules.
2. main board connecting structure according to claim 1, it is characterised in that
The edge of the mainboard offers square groove, and one side of the square groove sets two power module connections
End, the another side of the square groove set the first isolation card connection end.
3. main board connecting structure according to claim 2, it is characterised in that
First pinboard is manufactured using printed circuit board (PCB), and preinstalled circuit in the printed circuit board (PCB), the preinstalled circuit makes
Two first change-over terminals are connected with two the first power module connection ends respectively；
Or, first pinboard using plastic material manufacture, two first change-over terminals by wire respectively with two institutes
The connection of the first power module connection end is stated, the wire is preset in first pinboard.
4. main board connecting structure according to claim 2, it is characterised in that
Second pinboard includes horizontal pinboard and vertical pinboard；
The first side of the horizontal pinboard sets two second change-over terminals, the second side of horizontal pinboard with it is described
First side is relative, the upper surface of horizontal pinboard connection vertical at the second side vertical switching
Plate, a surface of the vertical pinboard set two second source module attachment ends.
5. main board connecting structure according to claim 4, it is characterised in that
The upper surface of the horizontal pinboard is provided with the first connection end, and the side of the vertical pinboard is provided with the second connection
End, first connection end is connected with the second connection end.
6. main board connecting structure according to claim 5, it is characterised in that
It is preset with connection circuit in the horizontal pinboard and the vertical pinboard, the connection electricity in the horizontal pinboard
Road connects second change-over terminal and first connection end, and second connects described in the connection circuit communication in the vertical pinboard
Connect end and the second source module attachment end.
7. main board connecting structure according to claim 6, it is characterised in that
The vertical pinboard includes inner surface and outer surface, and the inner surface is located in the right angle of the square pinboard
Side, the outer surface are located on the outside of the right angle of the square pinboard；
The second source module attachment end is arranged on the outer surface of the vertical pinboard.
8. main board connecting structure according to claim 6, it is characterised in that
The vertical pinboard includes inner surface and outer surface, and the inner surface is located in the right angle of the square pinboard
Side, the outer surface are located on the outside of the right angle of the square pinboard；
The second source module attachment end is arranged on the inner surface of the vertical pinboard.
9. a kind of server, it is characterised in that it includes：
Frame；
Any main board connecting structure, the main board connecting structure are arranged in the frame in the claims 1-8.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720309740.2U CN206671975U (en) | 2017-03-27 | 2017-03-27 | Main board connecting structure and server |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720309740.2U CN206671975U (en) | 2017-03-27 | 2017-03-27 | Main board connecting structure and server |
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| Publication Number | Publication Date |
|---|---|
| CN206671975U true CN206671975U (en) | 2017-11-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720309740.2U Active CN206671975U (en) | 2017-03-27 | 2017-03-27 | Main board connecting structure and server |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111399601A (en) * | 2020-03-13 | 2020-07-10 | 苏州浪潮智能科技有限公司 | Connecting structure of server power supply and mainboard |
| CN112074139A (en) * | 2020-07-21 | 2020-12-11 | 北京博睿维讯科技有限公司 | Power module and mainboard connection structure for controller |
-
2017
- 2017-03-27 CN CN201720309740.2U patent/CN206671975U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111399601A (en) * | 2020-03-13 | 2020-07-10 | 苏州浪潮智能科技有限公司 | Connecting structure of server power supply and mainboard |
| CN112074139A (en) * | 2020-07-21 | 2020-12-11 | 北京博睿维讯科技有限公司 | Power module and mainboard connection structure for controller |
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