CN206671991U - Mainboard and electronic equipment - Google Patents
Mainboard and electronic equipment Download PDFInfo
- Publication number
- CN206671991U CN206671991U CN201720414116.9U CN201720414116U CN206671991U CN 206671991 U CN206671991 U CN 206671991U CN 201720414116 U CN201720414116 U CN 201720414116U CN 206671991 U CN206671991 U CN 206671991U
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- dismounting
- mainboard
- board
- bodies
- expansion slot
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Abstract
The utility model discloses a kind of mainboard and electronic equipment, is related to technical field of electronic equipment, and main purpose is to prevent from, when dismantling board, other components on mainboard being caused to damage.Main technical schemes of the present utility model are：The mainboard, including：Mainboard body, expansion slot is provided with the mainboard body, board is inserted with the expansion slot；Board disassembly mechanism, the board disassembly mechanism include dismounting body, and the dismounting body is rotatablely arranged at the mainboard body, and the dismounting body includes ejection part；When the dismounting body rotates, the ejection part can abut with the ejection face of the board, and force the board to depart from the expansion slot, and the ejection face is face relative with the expansion slot on the board.The utility model is mainly used in dismantling the board on mainboard.
Description
Technical field
It the utility model is related to technical field of electronic equipment, more particularly to a kind of mainboard and electronic equipment.
Background technology
Multiple different board slots would generally be provided with the mainboard of electronic equipment, so that multiple different boards are inserted
Enter, to extend the internal interface of electronic equipment, realize by these interfaces to increase other functional parts, so as to realize increase electricity
The purpose of sub- functions of the equipments.
By taking server as an example, at present, RAID can be set up on the mainboard of increasing server
(Redundant Array of Independent Disks, RAID) blocks, to strengthen the function of server.Specifically, take
The expansion slot of RAID card is provided with the mainboard of business device, the golden finger of RAID card is plugged in expansion slot, realizes RAID card
With the electric connection of mainboard.
When needing to change RAID card, one end that operating personnel hold RAID card is generally required, one is applied to RAID card
The power opposite with its direction of insertion, the golden finger of RAID card is extracted from expansion slot, when RAID card is pulled away, operator
The hand of member easily strikes other components on mainboard due to inertia, causes the damage of other components.
Utility model content
In view of this, it is to prevent from dismantling that the utility model embodiment, which provides a kind of mainboard and electronic equipment, main purpose,
During board, other components on mainboard are caused to damage.
To reach above-mentioned purpose, the utility model mainly provides following technical scheme：
On the one hand, the utility model embodiment provides a kind of mainboard, including：
Mainboard body, expansion slot is provided with the mainboard body, board is inserted with the expansion slot；
Board disassembly mechanism, the board disassembly mechanism include dismounting body, and the dismounting body is rotatablely arranged at
The mainboard body, the dismounting body include ejection part；
When the dismounting body rotates, the ejection part can abut with the ejection face of the board, and force described
Board departs from the expansion slot, and the ejection face is face relative with the expansion slot on the board.
Specifically, the quantity of the dismounting body is two, and two dismounting bodies are rotatablely arranged at described
Mainboard body, and two dismounting bodies are located at the both sides of the board；
When two it is described dismounting bodies relatively rotate when, two it is described dismounting body two ejection parts can with it is described
The ejection face of board abuts, and forces the board to depart from the expansion slot jointly.
Specifically, each dismounting body is rod-like structure, passes through axis of rotation in the middle part of each dismounting body
It is connected to the mainboard body；
The distance between one end, the ejection part and the rotating shaft that the ejection part is arranged at the dismounting body is less than
Dismounting the distance between the body other end and the rotating shaft.
Specifically, the other end of each dismounting body sets pulling part, and the pulling part makes for being applied in external force
The dismounting body is rotated.
Specifically, the medial surface that each dismounting body has first surface and is connected with the first surface, it is described
First surface is face opposite with the mainboard body on the dismounting body；
The ejection part includes the groove for being arranged at the first surface and the insertion medial surface；
When two dismounting bodies relatively rotate, the ejection face both ends of the board can be respectively protruding into described in two
Dismantle in two grooves of body and the side wall with two grooves abuts respectively, the board is departed from the extension
Slot.
Specifically, the groove is triangle, and the groove includes adjacent the first side wall and second sidewall, described first
Side wall is as the side wall；
When two dismounting bodies relatively rotate to first position, the board is in two dismounting bodies
Under the forcing of two groove the first side walls, depart from the expansion slot, and two of two dismounting bodies are described recessed
The second sidewall of groove is parallel to each other；
When two dismounting bodies relatively rotate to the second place, two dismounting bodies are parallel to each other.
Specifically, the groove is right angled triangle, and the first side wall is the side wall where the right-angle side of the groove,
The second sidewall is the side wall described in the hypotenuse of the groove.
Specifically, it is provided with two the first Access Divisions and two the second Access Divisions on the mainboard body, two described
One Access Division is located at the both sides of the board respectively, and two second Access Divisions are located at the both sides of the board respectively；
It is provided with each dismounting body homogeneous with each first Access Division and each second Access Division
3rd Access Division of adaptation；
When two it is described dismounting body the 3rd Access Divisions respectively with two the first Access Division clampings when, described in two
Dismounting body relatively rotates to the first position；When two dismounting bodies the 3rd Access Divisions respectively with two described the
During two Access Division clampings, two dismounting bodies relatively rotate to the second place.
Specifically, each first Access Division includes the first neck being arranged on the mainboard body, each described
Second Access Division includes the second neck being arranged on the mainboard body；
3rd Access Division includes being arranged on each dismounting second body surface, and blocks with described first
The projection that groove and second neck are adapted, the second surface are relative with the mainboard body on the dismounting body
Face.
On the other hand, the utility model embodiment also provides a kind of electronic equipment, and the electronic equipment includes mainboard, described
Mainboard uses foregoing mainboard.
By above-mentioned technical proposal, the utility model mainboard and electronic equipment at least have the advantages that：
The technical scheme that the utility model embodiment provides, is provided with board disassembly mechanism, and the plate on mainboard body
Card disassembly mechanism includes the dismounting body being rotatably arranged on mainboard body, and the dismounting body includes ejection part, works as needs
When being dismantled to board, operating personnel need to only rotate dismounting body, make the ejection part of dismounting body and the ejection face phase of board
Support, dismounting body will form lever in rotation process forces the golden finger of board to depart from expansion slot, realizes board
Dismounting, it is therefore prevented that the hand of operating personnel easily strikes other components on mainboard because of inertia in the prior art, so as to avoid
Other components on mainboard are caused to damage.
Brief description of the drawings
Fig. 1 is a kind of partial structural diagram for mainboard that the utility model embodiment provides；
Fig. 2 is that the board of mainboard shown in Fig. 1 departs from the structural representation of expansion slot；
When Fig. 3 is that two dismounting bodies of mainboard shown in Fig. 1 are located at first position, the structure that board departs from expansion slot is shown
It is intended to；
When Fig. 4 is that two dismounting bodies of mainboard described in Fig. 1 are located at the second place, the structure of board insertion expansion slot is shown
It is intended to.
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 the mainboard according to the present utility model application and the embodiment of electronic equipment,
Structure, feature and its effect, describe in detail as after.In the following description, different " embodiment " or " embodiment " refers to not
It must be the same embodiment.In addition, the special characteristic, structure or feature in one or more embodiments can be by any suitable forms
Combination.
As depicted in figs. 1 and 2, the utility model embodiment provides a kind of mainboard, including mainboard body 1, the mainboard sheet
Expansion slot 11 is provided with body 1, board 12 is inserted with expansion slot 11；Board disassembly mechanism, the board disassembly mechanism
Including dismantling body 2, dismounting body 2 is rotatablely arranged at mainboard body 1, and dismounting body 2 includes ejection part；When dismounting body
During 2 rotation, ejection part can abut with the ejection face 121 of board 12, and force board 12 to depart from the expansion slot 11, top
121 are appeared as face relative with expansion slot 11 on board 12.
The mainboard, it can be the mainboard of the electronic equipment such as server, and the board 12 plugged in its expansion slot 11 can be with
For boards 12 such as the RAID cards for the electronic equipment internal interface quantity such as expansion service device；And board disassembly mechanism is used for plate
Card 12 disassembles from expansion slot 11, and specific implementation process can be：It is first when needing to dismantle board 12
First, rotated by dismounting body 2 of the operating personnel to board disassembly mechanism, make the ejection part and board 12 of dismounting body 2
Ejection face 121 is inconsistent, then, is rotated further dismounting body 2, because ejection face 121 and the expansion slot 11 of board 12 are relative,
Therefore, ejection part can apply a power opposite with the direction of insertion of board 12 by the ejection face 121 of board 12 to board 12, come
The golden finger of board 12 is forced to depart from expansion slot 11, after whole golden finger is pulled away expansion slot 11, board 12 is dismantled
Finish.
The mainboard that the utility model embodiment provides, is provided with board disassembly mechanism, and the board is torn open on mainboard body
Release mechanism includes being rotatably arranged in dismounting body on mainboard body, and the dismounting body includes ejection part, when needing to plate
When card is dismantled, operating personnel need to only rotate dismounting body, the ejection part of dismounting body and the ejection face of board is offseted, tear open
The golden finger disengaging expansion slot that lever forces board will be formed in rotation process by unloading body, realize the dismounting of board,
The hand of operating personnel in the prior art is prevented easily to strike other components on mainboard because of inertia, so as to avoid to mainboard
Upper other components cause to damage.
It it is two, two by the quantitative design for dismantling body 2 referring to Fig. 1 to more quickly and easily dismantle board 12
Dismounting body 2 is rotatablely arranged at mainboard body 1, and two dismounting bodies 2 are located at the both sides of board 12；When two dismountings
When body 2 relatively rotates, two ejection parts of two dismounting bodies 2 can abut with the ejection face 121 of board 12, and jointly
Board 12 is forced to depart from expansion slot 11.By being two by the quantitative design of dismounting body 2 of board disassembly mechanism, and two are torn open
The both sides that body 2 is located at board 12 respectively are unloaded, are realized when dismantling board 12, two ejection parts of two dismounting bodies 2 can
Abutted against with the ejection face 121 simultaneously with board 12 so that two dismounting bodies 2 apply two by ejecting face 121 to board 12
The power opposite with the direction of insertion of board 12 again, the golden finger of board 12 is pulled away from expansion slot 11, makes operating personnel
Operation it is more laborsaving, meanwhile, improve the removal efficiency of board 12.
In order to further such that the operation of operating personnel is more laborsaving, referring to Fig. 1, each dismounting body 2 is designed as shaft-like
Structure, each middle part for dismantling body 2 are connected to mainboard body 1 by axis of rotation；Ejection part is arranged at the one of dismounting body 2
End, the distance between ejection part and rotating shaft are less than dismounting the distance between the other end of body 2 and rotating shaft.Specifically when implementing, behaviour
Dismounting body 2 can be rotated, so that ejection part is in board by applying external force to the other end of dismounting body 2 by making personnel
12 ejection face 121 abuts against, and because ejection part is arranged on the first end of dismounting body 2, and it is small with the distance between rotating shaft
In dismounting the distance between the other end of body 2 and rotating shaft, that is, dismantle the lever resistance arm that body 2 is formed and be less than power arm, from
And laborsaving lever is formd, and then allow operating personnel further more laborsaving in the process of dismounting board 12, meanwhile, enter
One step improves the dismounting effect of board 12.Wherein, described rotating shaft can be screw, that is, dismantling body 2 can be turned by screw
It is dynamic to be connected on mainboard body 1, meanwhile, counter sink can be set on dismounting body 2, screw is located in counter sink, to keep away
Screwless is outwardly and impacts.
For the ease of operating personnel during board 12 is dismantled, referring to Fig. 1, the dismounting body to board disassembly mechanism
2 are rotated, and set pulling part 21 in the other end of each dismounting body 2, the pulling part 21 makes dismounting for being applied in external force
Body 2 is rotated.Specifically when implementing, operating personnel can be by pulling the pulling part 21, i.e., to the pulling part 21
Applying external force, rotated dismounting body 2 so that the behaviour of operating personnel is raised, is more convenient, wherein, the pulling part 21 can
Think the projection for being arranged on the dismounting other end of body 2, and the arc being adapted with thumb shape can be opened up in the projection
Groove 211, in order to which thumb is put into arc groove 211 by operating personnel, pull dismounting body 2.
Wherein, the ejection part structure of dismounting body 2 can have a variety of, as long as can realize in the dismounting rotation process of body 2
In, it can be offseted with the ejection face 121 of board 12, force board 12 to depart from expansion slot 11, for example, with reference to Fig. 3 or Fig. 4,
Each dismounting body 2 has a first surface and medial surface be connected with first surface, first surface for dismantle on body 2 with mainboard
The opposite face of body 1；Ejection part includes being arranged at first surface and penetrates the groove 22 of medial surface；The phase of body 2 is dismantled when two
During to rotating, the both ends of ejection face 121 of board 12 can be respectively protruding into two grooves 22 of two dismounting bodies 2 and respectively with
The side wall of two grooves 22 abuts, and board 12 is departed from expansion slot 11.By the way that ejection part is designed as to be arranged on dismounting body 2
The groove 22 of one end first surface, and the groove 22 penetrates its medial surface so that in the relative rotational motion that two are dismantled body 2
In, the both ends of ejection face 121 of board 12 can stretch into two grooves 22, and supported with the side wall of groove 22 and force board 12 to depart from
Expansion slot 11, it is simple in construction, it is easy to operate.Certainly, ejection part can also be to be arranged on the medial surface of dismounting body 2 and pass through
Logical first surface and the gap in the face opposite with first surface, pass through the side wall and board of two gap of two dismounting bodies 2
12 both ends of ejection face 121 offset and force board 12 to depart from expansion slot 11, can equally realize the work(of board disassembly mechanism
Energy.
Specifically, referring to Fig. 3 and Fig. 4, the groove 22 is triangle, and the groove 22 includes adjacent the first side wall 221
With second sidewall 222, side wall of the first side wall 221 as aforementioned grooves 22；Body 2, which is dismantled, when two relatively rotates to first
When putting, board 12 departs from expansion slot 11, and two under the forcing of two the first side walls 221 of two grooves 22 for dismantling body 2
The second sidewall 222 of two grooves 22 of individual dismounting body 2 is parallel to each other；Body 2, which is dismantled, when two relatively rotates to second
When putting, two dismounting bodies 2 are parallel to each other.By the way that groove 22 is designed as into triangle so that dismantle relative turn of body 2 when two
When moving to first position, i.e., board 12 passes through driving for the first side wall 221 of two dismounting 2 two grooves 22 of body and acted on and de-
During from expansion slot 11, the second sidewall 222 of two dismounting 2 two grooves 22 of body can be parallel to each other, so that two
The second sidewall 222 being parallel to each other forms the guide rail with guide effect, board 12 is successfully inserted along the guide rail
Enter expansion slot 11, so that the installation of board 12 is more convenient, and when two dismounting bodies 2 relatively rotate to the second place
When, two dismounting bodies 2 can be parallel to each other positioned at the both sides of board 12 so that the more reasonable structure of mainboard is compact.Wherein,
In order to further be easy to removing and installing for board 12, groove 22 can be designed as to right angled triangle, and the first side wall 221
Can be the side wall where the right-angle side of groove 22, second sidewall 222 can be the side wall described in the hypotenuse of groove 22.
In order to further be easy to removing and installing for board 12, two the first clampings can be provided with mainboard body 1
Portion and two the second Access Divisions, two the first Access Divisions are located at the both sides of board 12 respectively, and two the second Access Divisions are located at respectively
The both sides of board 12；It is provided with what is be adapted with each first Access Division and each second Access Division on each dismounting body 2
3rd Access Division；When two dismantle body 2 the 3rd Access Division respectively with two the first Access Division clampings when, two dismounting bodies
2 relatively rotate to first position；When two dismantle body 2 the 3rd Access Division respectively with two the second Access Division clampings when, two
Individual dismounting body 2 relatively rotates to the second place.That is, by set on mainboard body 1 two the first Access Divisions and
Two the second Access Divisions, and the 3rd Access Division is set on each dismounting body 2 so that two dismounting bodies 2 are in relative fortune
, can be spacing in first position by the first Access Division and the 3rd Access Division when dynamic, consequently facilitating foregoing two are mutual
The formation for the guide rail that parallel second sidewall 222 is formed, and then further it is easy to board 12 to be smoothly inserted into expansion slot 11；
And can be spacing in the second place by the dismounting body 2 in two motion processes by the second Access Division and the 3rd Access Division, make
The both sides for the board 12 after installation that two dismounting bodies 2 can be stablized are obtained, so that further such that mainboard structure is closed
Manage compact.
Specifically, the structure of the first foregoing Access Division, the second Access Division and the 3rd Access Division has a variety of, as long as can be real
It is now that two in motion process dismounting bodies 2 are spacing in first position or the second place.For example, each first Access Division
The first neck (not shown) being arranged on mainboard body 1 can be included, each second Access Division includes being arranged at mainboard
The second neck (not shown) on body 1, wherein, first neck or the second neck can also be through hole, and the 3rd blocks
Socket part includes being arranged on each dismounting second surface of body 2, and the projection (figure being adapted with the first neck and the second neck
Not shown in), second surface is face relative with mainboard body 1 on dismounting body 2, simple in construction, easy to operate.Certainly, also
Projection can be set on mainboard body 1, neck is set on dismounting body 2, can equally realize corresponding function.
The utility model embodiment additionally provides electronic equipment, and the electronic equipment includes mainboard, and the mainboard is using foregoing
Mainboard.
The electronic equipment that the utility model embodiment provides, including mainboard, the mainboard are provided with board on mainboard body
Disassembly mechanism, and the board disassembly mechanism includes the dismounting body being rotatably arranged on mainboard body, the dismounting body bag
Include ejection part, when needing to dismantle board, operating personnel need to only rotate dismounting body, make the ejection part of dismounting body with
The ejection face of board offsets, and dismounting body will form lever in rotation process forces the golden finger disengaging extension of board to be inserted
Groove, realize the dismounting of board, it is therefore prevented that the hand of operating personnel easily strikes other members on mainboard because of inertia in the prior art
Device, other components on mainboard are caused to damage so as to avoid.
It is described above, only specific embodiment of the present utility model, but the scope of protection of the utility model is not limited to
In this, any one skilled in the art can readily occur in change in the technical scope that the utility model discloses
Or replace, it should all cover within the scope of protection of the utility model.Therefore, the scope of protection of the utility model should be with the power
The protection domain that profit requires is defined.
Claims (10)
- A kind of 1. mainboard, it is characterised in that including：Mainboard body, expansion slot is provided with the mainboard body, board is inserted with the expansion slot；Board disassembly mechanism, the board disassembly mechanism include dismounting body, and the dismounting body is rotatablely arranged at described Mainboard body, the dismounting body include ejection part；When the dismounting body rotates, the ejection part can abut with the ejection face of the board, and force the board Depart from the expansion slot, the ejection face is face relative with the expansion slot on the board.
- 2. mainboard according to claim 1, it is characterised in thatThe quantity of the dismounting body is two, and two dismounting bodies are rotatablely arranged at the mainboard body, and Two dismounting bodies are located at the both sides of the board；When two dismounting bodies relatively rotate, two ejection parts of two dismounting bodies can be with the board Ejection face abut, and force the board to depart from the expansion slot jointly.
- 3. mainboard according to claim 2, it is characterised in thatEach dismounting body is rod-like structure, and the middle part of each dismounting body is connected to the master by axis of rotation Plate body；The ejection part is arranged at one end of the dismounting body, and the distance between the ejection part and the rotating shaft are less than described Dismantle the distance between the body other end and the rotating shaft.
- 4. mainboard according to claim 3, it is characterised in thatThe other end of each dismounting body sets pulling part, and the pulling part makes the dismounting body for being applied in external force Rotated.
- 5. the mainboard according to claim 3 or 4, it is characterised in thatThe medial surface that each dismounting body has first surface and is connected with the first surface, the first surface is institute State face opposite with the mainboard body on dismounting body；The ejection part includes the groove for being arranged at the first surface and the insertion medial surface；When two dismounting bodies relatively rotate, the ejection face both ends of the board can be respectively protruding into two dismountings In two grooves of body and the side wall with two grooves abuts respectively, the board is departed from the extension and inserts Groove.
- 6. mainboard according to claim 5, it is characterised in thatThe groove is triangle, and the groove includes adjacent the first side wall and second sidewall, and the first side wall is as institute State side wall；When two dismounting bodies relatively rotate to first position, two institutes of the board in two dismounting bodies Under the forcing for stating groove the first side wall, depart from the expansion slot, and the of two grooves of two dismounting bodies Two side walls are parallel to each other；When two dismounting bodies relatively rotate to the second place, two dismounting bodies are parallel to each other.
- 7. mainboard according to claim 6, it is characterised in thatThe groove is right angled triangle, and the first side wall is the side wall where the right-angle side of the groove, second side Wall is the side wall described in the hypotenuse of the groove.
- 8. the mainboard according to claim 6 or 7, it is characterised in thatTwo the first Access Divisions and two the second Access Divisions, two the first Access Division difference are provided with the mainboard body Positioned at the both sides of the board, two second Access Divisions are located at the both sides of the board respectively；It is provided with each dismounting body and is adapted with each first Access Division and each second Access Division The 3rd Access Division；When two it is described dismounting body the 3rd Access Divisions respectively with two the first Access Division clampings when, two dismountings Body relatively rotates to the first position；When the 3rd Access Division of two dismounting bodies is blocked with two described second respectively During socket part clamping, two dismounting bodies relatively rotate to the second place.
- 9. mainboard according to claim 8, it is characterised in thatEach first Access Division includes the first neck being arranged on the mainboard body, each second Access Division bag Include the second neck being arranged on the mainboard body；3rd Access Division includes being arranged on each dismounting second body surface, and with first neck and The projection that second neck is adapted, the second surface are relative with the mainboard body on the dismounting body Face.
- 10. a kind of electronic equipment, the electronic equipment includes mainboard, it is characterised in thatThe mainboard is using the mainboard any one of claim 1 to 9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720414116.9U CN206671991U (en) | 2017-04-19 | 2017-04-19 | Mainboard and electronic equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720414116.9U CN206671991U (en) | 2017-04-19 | 2017-04-19 | Mainboard and electronic equipment |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206671991U true CN206671991U (en) | 2017-11-24 |
Family
ID=60374759
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720414116.9U Active CN206671991U (en) | 2017-04-19 | 2017-04-19 | Mainboard and electronic equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206671991U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110048252A (en) * | 2019-04-04 | 2019-07-23 | 联想(北京)有限公司 | Card slot and connection method, mainboard |
-
2017
- 2017-04-19 CN CN201720414116.9U patent/CN206671991U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110048252A (en) * | 2019-04-04 | 2019-07-23 | 联想(北京)有限公司 | Card slot and connection method, mainboard |
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