CN204990125U - Connection structure of mainboard and display card - Google Patents
Connection structure of mainboard and display card Download PDFInfo
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- CN204990125U CN204990125U CN201520565871.8U CN201520565871U CN204990125U CN 204990125 U CN204990125 U CN 204990125U CN 201520565871 U CN201520565871 U CN 201520565871U CN 204990125 U CN204990125 U CN 204990125U
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- mainboard
- interface
- video card
- power supply
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Abstract
The utility model discloses a connection structure of mainboard and display card, including mainboard (1), display card (2), wherein be provided with PCI -e slot (11) on mainboard (1) be provided with on display card (2) with PCI -e interface (21) that PCI -e slot (11) are connected, its characterized in that: PCI -e slot (11) are horizontal to be set up on mainboard (1), PCI -e interface (21) of display card (2) are on a parallel with insert mainboard (1) in PCI -e slot (11). Adopt connection structure, can make the shared space of mainboard and display card minimum to need not to adopt other equipment to accomplish its connection, in addition the utility model discloses a connection structure makes the yields of mainboard and display card high with stability.
Description
Technical field
The utility model relates to computer realm, particularly relates to the syndeton of a kind of mainboard and video card.
Background technology
In existing computing machine, the connected mode of mainboard and video card adopts often, mainboard is vertically provided with a PCI-e slot, video card is provided with a PCI-e interface (also claiming golden finger), then the PCI-e interface on video card is inserted in the PCI-e slot on described mainboard, like this be arranged so that mainboard and video card present a kind of vertical relation, the mainboard of this connected mode is comparatively large owing to occupying space, is applicable to desktop computer; In addition because desktop computer has the main frame of larger space, can arrange extra power supply in main frame inside, when needs upgrading computer fittings, (as CPU, video card, waiting other high power consuming devices), can easily for these accessories provide extra accessory power supply.
But in order to pursue the little, thin of computing machine and be easy to carry, existing integral computer or all-in-one can realize this function, in the inside of this all-in-one, in order to save space, its video card mostly is and is integrated on mainboard, so that when needing upgrade display card, often all because inner space restriction cannot complete, so when mentioning the performance of integral computer or all-in-one, a lot of user can expect it being the representative of low performance.
In order to solve the problem, in Chinese patent CN203882242U, disclose the horizontal lying-type syndeton of a kind of video card and mainboard, comprise display card, connector and mainboard, described display card is fixed on described mainboard by described connector, and described display card and described mainboard are positioned at same plane.In aforementioned patent, provide the connected mode of a kind of mainboard and video card horizontal lying-type, but still there is a problem in aforesaid patent: the mode of a kind of fixture that card slot uses makes, and this method causes product yield not high, and product stability reduces; And if adopt high performance video card, the mode in this patent cannot solve the powerup issue of video card.
Utility model content
The purpose of this utility model is the syndeton providing a kind of mainboard and video card.
To achieve these goals, the utility model is achieved in that the syndeton of a kind of mainboard and video card, comprise mainboard, video card, wherein said mainboard is provided with PCI-e slot, described video card is provided with the PCI-e interface be connected with described PCI-e slot, described PCI-e slot is horizontally installed on described mainboard, and the PCI-e interface of described video card is parallel to described mainboard and is inserted in described PCI-e slot.Adopt the mainboard of this programme and the syndeton of video card, can mainboard and video card take in integral computer or all-in-one space, adopt the syndeton of this programme only need be horizontally installed on mainboard by original PCI-e slot in addition, the lateral connection of mainboard and video card can either be realized.
In order to make the plug of described mainboard and video card convenient further, described PCI-e slot is arranged on a lateral edges of described mainboard, and the PCI-e interface be connected with described PCI-e slot is arranged on described video card one lateral edges.
In order to be embodied as the upgrading of described video card further, described mainboard is provided with the power interface that two or more is separate.
Preferably; Described mainboard is provided with two independently power interfaces, and wherein a road power interface A is described main board power supply, and another road power interface B provides auxiliary power supply for described video card.
In order to make further, described power interface and described video card are convenient to be connected, described mainboard is provided with the auxiliary power supply interface A corresponding with described power interface B, described video card is provided with the auxiliary power supply interface B be connected with described auxiliary power supply interface A.
Preferably, described auxiliary power supply interface A is connected by the power lead of two end band interface C with auxiliary power supply interface B, and the interface C at wherein said power lead two ends is respectively with described auxiliary power supply interface A with auxiliary power supply interface B is pluggable is connected.Such setting can make the setting of the position of described auxiliary power supply interface A and auxiliary power supply interface B have more dirigibility.
In order to improve the convenience of mainboard and video card plug further, described auxiliary power supply interface B and described PCI-e interface are arranged on the edge of the same side of video card.Such setting can make auxiliary power supply together can be inserted during the PCI-e slot inserted by the PCI-e interface on described video card on described mainboard.
In order to improve the convenience of mainboard and video card plug further, described auxiliary power supply interface A and described PCI-e slot are arranged on the edge of the same side of mainboard, and described auxiliary power supply interface B position is relative, directly plugs and be connected between described auxiliary power supply interface A with described auxiliary power supply interface B.Such setting can make to realize described auxiliary power supply interface B and auxiliary power supply interface A to connect during the PCI-e slot inserted by the PCI-e interface on described video card on described mainboard simultaneously.
In order to further facilitate upgrading, described mainboard and described video card are arranged in housing A and housing B respectively, and described housing A is provided with opening in the side of PCI-e slot, and described housing B is provided with opening in the side of PCI-e interface; Described auxiliary power supply interface B is connected by the power lead of two end band interface C with auxiliary power supply interface A, the interface C at wherein said power lead two ends is respectively with described auxiliary power supply interface A with auxiliary power supply interface B is pluggable is connected, wherein, the interface C be connected with the auxiliary power supply interface B on described video card is fixedly installed on the inwall of housing A, and is arranged on the same side with described PCI-e slot and relative with the position of described auxiliary power supply interface B.Adopt such setting first can plug mainboard and video card more easily, only need an action just can the PCI-e slot in the PCI-e interface on the video card in housing B and auxiliary power supply interface B and housing A and interface C be linked together simultaneously, setting so is in addition more convenient for customer upgrade video card, when needs adopt high performance video card, directly extract original housing B, again change inside and the housing B of more high performance video card is housed and is connected with housing A.
In order to protect the PCI-e slot on mainboard and the PCI-e interface on video card further; the inwall of described housing A or housing B is provided with a web joint; described web joint is parallel with described mainboard or video card and part stretches out described mainboard or video card; the extension of described web joint is provided with the chute of opening towards described video card or mainboard, described video card or mainboard are provided with the limited block that can slip into described chute.Described web joint has guide effect; Such setting can make described PCI-e slot once be connected with described PCI-e interface to put in place, prevents from repeatedly inserting not on time to the infringement of PCI-e slot and PCI-e interface.This web joint also has spacing effect in addition, it also avoid undue infringement of inserting PCI-e slot and PCI-e interface while ensureing to connect.
In order to further facilitate the connection of described mainboard and described video card, described web joint is provided with can the support of fixed interface C.
The beneficial effects of the utility model are: adopt the mainboard for integral computer described in the utility model to have following advantage:
1. adopt the connected mode of mainboard of the present utility model and video card, the space shared by mainboard and video card can be made minimum, and without the need to adopting other equipment to connect to complete it, syndeton of the present utility model makes that the yields of mainboard and video card is high and stability is high in addition.
2. can bring higher performance; When using integral computer when adopting other high performance accessories (as CPU, video card, Deng other high power consuming devices), by the power supply of peripheral hardware for these high performance accessories provide sufficient electric energy, thus can improve the performance of mainboard, also improve the performance of integral computer.
3. can bring higher stability; When adopting other high-performance accessories, independently power interface can provide auxiliary power supply for it, ensure that the stability of each hardware, and then improves the stability of complete machine.
4., when ensureing to bring the performance of the desktop computer that can match in excellence or beauty for integral type computer, integral computer lightweight, the thin and advantage that is convenient for carrying can also be retained.
5. be convenient to upgrading; Adopt the integral computer of mainboard of the present utility model, when being thought of as computer upgrade, without the need to worrying the powerup issue of the accessory for needing upgrading, mainboard of the present utility model can meet for multiple high performance accessory is powered.
Accompanying drawing explanation
Fig. 1 is the structural drawing of the utility model embodiment 1;
Fig. 2 is the upward view of Fig. 1;
Fig. 3 is the structural drawing of the utility model embodiment 2;
Fig. 4 is the upward view of Fig. 3;
Fig. 5 is the structural drawing of the utility model embodiment 3;
Fig. 6 is the upward view of Fig. 5;
Fig. 7 is the structural drawing of the utility model embodiment 4;
Fig. 8 is the upward view of Fig. 7;
Fig. 9 is the A-A view of Fig. 8;
Figure 10 is mainboard (band housing) structural drawing of the utility model embodiment 4;
Figure 11 is the mainboard of the utility model embodiment 4 and the connection layout of video card.
Reference numeral: 1. mainboard; 11.PCI-e slot; 12. power interface A; 13. power interface B; 14. auxiliary power supply interface A; 2. video card; 21.PCI-e interface; 22. limited blocks; 24. auxiliary power supply interface B; 3. power lead; 31. interface C; 4. housing A; 5. housing B; 6. web joint; 61. chutes; 62. supports.
Embodiment
The utility model is introduced below by by the embodiment shown in accompanying drawing; but the utility model is not limited to introduced embodiment; any improvement or alternative on the present embodiment essence spirit, still belongs to the utility model claim scope required for protection:
embodiment 1: as depicted in figs. 1 and 2, the syndeton of a kind of mainboard and video card, comprise mainboard 1, video card 2, wherein said mainboard 1 is provided with PCI-e slot 11, described video card 2 is provided with the PCI-e interface 21 be connected with described PCI-e slot 11, described PCI-e slot 11 is horizontally installed on described mainboard 1, and the PCI-e interface 21 of described video card 2 is parallel to described mainboard 1 and is inserted in described PCI-e slot 11.
Adopt the mainboard of the present embodiment and the syndeton of video card, the space shared by mainboard and video card can be saved, and this mode makes, and the yields of video card and mainboard is high, stability is high.
embodiment 2:as shown in Figure 3 and Figure 4, the syndeton of a kind of mainboard and video card, comprise mainboard 1, video card 2, wherein said mainboard 1 is provided with PCI-e slot 11, described PCI-e slot 11 is arranged on a lateral edges of described mainboard 1, described video card 2 is provided with the PCI-e interface 21 be connected with described PCI-e slot 11, and described PCI-e interface 21 is arranged on described video card 2 one lateral edges; And described PCI-e slot 11 is horizontally installed on described mainboard 1, the PCI-e interface 21 of described video card 2 is parallel to described mainboard 1 and is inserted in described PCI-e slot 11.
In addition, in the present embodiment, described mainboard 1 is provided with two independently power interfaces, wherein a road power interface A12 is that described mainboard 1 is powered, and another road power interface B13 provides auxiliary power supply for described video card 2.In order to coordinate this power interface B13, described mainboard 1 is provided with the auxiliary power supply interface A14 corresponding with described power interface B13, described video card 2 is provided with the auxiliary power supply interface B24 be connected with described auxiliary power supply interface A14.
Described auxiliary power supply interface A14 is connected by the power lead 3 of two end band interface C31 with auxiliary power supply interface B24, and the interface C31 at wherein said power lead 3 two ends is respectively with described auxiliary power supply interface A14 with auxiliary power supply interface B24 is pluggable is connected.
Adopt the mainboard 1 of the present embodiment and the syndeton of video card 2, except the space shared by described mainboard 1 and described video card 2 can be saved.In addition, described video card 2 more can be facilitated to upgrade; As when more high performance video card 2 will be adopted, described mainboard 1 can not meet the power demands of this high performance video card 2, and need in addition for this high performance video card 2 provides auxiliary power supply, so, the power interface B13 described mainboard 1 arranged just can by power lead 3 for this high performance video card 2 provides auxiliary power supply.And such setting establishes power supply without the need to arranging in one in computer inside, only need be connected the power supply of peripheral hardware with power interface B13 to power interface A12, this mode is particularly useful for integral computer or all-in-one, namely maintaining the lightweight of integral computer and all-in-one, the thin and feature that is convenient for carrying, can also to upgrade and without the need to worrying powerup issue for the video card 1 of integral type computer or all-in-one inside.
embodiment 3:as shown in Figure 5 and Figure 6, the syndeton of a kind of mainboard and video card, comprise mainboard 1, video card 2, wherein said mainboard 1 is provided with PCI-e slot 11, described PCI-e slot 11 is arranged on a lateral edges of described mainboard 1, described video card 2 is provided with the PCI-e interface 21 be connected with described PCI-e slot 11, described video card 2 one lateral edges is arranged on the described PCI-e interface 21 be connected with PCI-e slot 11, described PCI-e slot 11 is horizontally installed on described mainboard 1, the PCI-e interface 21 of described video card is parallel to described mainboard 1 and is inserted in described PCI-e slot 11.
In addition, in the present embodiment, described mainboard 1 is provided with two independently power interfaces, wherein a road power interface A12 is that described mainboard 1 is powered, and another road power interface B13 provides auxiliary power supply for described video card 2.In order to coordinate this power interface B13, described mainboard 1 is provided with the auxiliary power supply interface A14 corresponding with described power interface B13, described video card 2 is provided with the auxiliary power supply interface B24 be connected with described auxiliary power supply interface A14.
Wherein, described auxiliary power supply interface B24 and described PCI-e interface 21 are arranged on the edge of the same side of video card 2, described auxiliary power supply interface A14 and described PCI-e slot 11 are arranged on the edge of the same side of mainboard 1, and described auxiliary power supply interface B24 position is relative, directly plugs and be connected between described auxiliary power supply interface A14 with described auxiliary power supply interface B24.
Adopt the mainboard 1 of the present embodiment and the syndeton of video card 2, except the space shared by described mainboard 1 and described video card 2 can be saved.In addition, adopt the mode of the direct plug of described auxiliary power supply interface A14 and described auxiliary power supply interface B24, the cost of power lead 3 can be saved, be priorly the reduction of trouble spot, ensure that the stability that described mainboard 1 is connected with described video card 2.And described auxiliary power supply interface A14 and described PCI-e slot 11 are arranged on the same side of described mainboard 1, described auxiliary power supply interface B24 and described PCI-e interface 21 are arranged on the same side of video card 2, when needs are connected mainboard 1 with video card 2, only need an action just can complete PCI-e interface 21 and the connection of PCI-e slot 11 and the connection of auxiliary power supply interface A14 and auxiliary power supply interface B24 simultaneously, save connection operation, simplify connection procedure.
embodiment 4:as Fig. 7, 8, 9, shown in 10 and 11, the syndeton of a kind of mainboard and video card, comprise mainboard 1, video card 2, wherein said mainboard 1 is provided with PCI-e slot 11, described PCI-e slot 11 is arranged on a lateral edges of described mainboard 1, described video card 2 is provided with the PCI-e interface 21 be connected with described PCI-e slot 11, the PCI-e interface 21 be connected with described PCI-e slot 11 is arranged on described video card 1 one lateral edges, described PCI-e slot 11 is horizontally installed on described mainboard 1, the PCI-e interface 21 of described video card 1 is parallel to described mainboard 1 and is inserted in described PCI-e slot 11.
In addition, in the present embodiment, described mainboard 1 is provided with two independently power interfaces, wherein a road power interface A12 is described main board power supply, and another road power interface B13 provides auxiliary power supply for described video card 2.Described mainboard 1 is provided with the auxiliary power supply interface A14 corresponding with described power interface B13, described video card 2 is provided with the auxiliary power supply interface B24 be connected with described auxiliary power supply interface A14.Described auxiliary power supply interface B24 and described PCI-e interface 21 are arranged on the edge of the same side of video card 2.Described auxiliary power supply interface A14 is arranged near described power interface B13, to ensure the stability of power supply.Described auxiliary power supply interface B24 is connected by the power lead 1 of two end band interface C31 with auxiliary power supply interface A14, and the interface C31 at wherein said power lead 3 two ends is connected with described auxiliary power supply interface A14 and auxiliary power supply interface B24 respectively.
Further, described mainboard 1 is arranged in housing A4 and housing B5 respectively with described video card 2, and described housing A4 is provided with opening in the side of PCI-e slot 11, and described housing B5 is provided with opening in the side of PCI-e interface 21.
The inwall of described housing A4 is fixedly installed a web joint 6, described web joint 6 be arranged in parallel with described mainboard 1 and part is stretched out described mainboard 1 and stretches out described housing A4, the extension of described web joint 6 is provided with the chute 61 of an opening towards described video card 2, described video card 2 is provided with the limited block 22 that can slip into described chute 61.Certain described web joint also can be arranged in described housing B5.
In addition, to be connected with auxiliary power supply interface B24 to realize once the PCI-e slot 11 of described mainboard 1 and video card 2 and PCI-e interface 21 being also had auxiliary power supply interface A14 and to put in place, described power lead 3 is arranged in described housing A4, wherein the interface C31 of one end and described auxiliary power supply interface A14 connects in advance, other end interface C31 can be fixed on the inwall of housing A4, and is in position, the same side with described PCI-e slot 11 and relative with the auxiliary power supply interface B24 on video card 2; Or also can adopt the support 62 that a fixed interface C31 is set on described web joint 6, make can be fixed on the interface C31 that video card 2 connects and be in position, the same side on this support 62 and with PCI-e slot 11 and relative with the auxiliary power supply interface B24 on video card 2.
Adopt the mainboard of the present embodiment and the syndeton of video card, maximum advantage is arranged in different housings by mainboard 1 and video card 2, this housing can be arranged on the outside of integral computer or all-in-one, when needs upgrade display card 2 or mainboard 1, only need directly change the box that mainboard 1 or video card 2 are housed, and without the need to dismantling whole integral computer or all-in-one.And both ensured like this for integral type computer bring the performance of the desktop computer that can match in excellence or beauty time, integral computer lightweight, the thin and advantage that is convenient for carrying can also be retained.
In addition, use web joint 6 that user or staff can be made when described mainboard 1 and video card 2 being docking together, chute 61 on web joint 6 and the limited block 22 on video card 2 will play a guiding and spacing effect, avoid user and repeatedly insert the infringement to PCI-e slot 11 and PCI-e interface 21 of inaccurate or insertion tension.And on the inwall no matter the interface C31 be connected with the auxiliary power supply interface B24 on video card 2 being fixed on housing A4 or on the support 62 of web joint 6, be all realize the connection that an action completes PCI-e slot 11 and PCI-e interface 21 and auxiliary power supply interface A14 and auxiliary power supply interface B24 simultaneously; Simplify installation process.
Claims (10)
1. the syndeton of a mainboard and video card, comprise mainboard (1), video card (2), wherein said mainboard (1) is provided with PCI-e slot (11), described video card (2) is provided with the PCI-e interface (21) be connected with described PCI-e slot (11), it is characterized in that: described PCI-e slot (11) is horizontally installed on described mainboard (1), the PCI-e interface (21) of described video card (2) is parallel to described mainboard (1) and is inserted in described PCI-e slot (11).
2. the syndeton of mainboard as claimed in claim 1 and video card, it is characterized in that: described PCI-e slot (11) is arranged on a lateral edges of described mainboard (1), the PCI-e interface (21) be connected with described PCI-e slot (11) is arranged on a lateral edges of described video card (2).
3. the syndeton of mainboard as claimed in claim 1 or 2 and video card, is characterized in that: on described mainboard (1), be provided with the separate power interface of two or more.
4. the syndeton of mainboard as claimed in claim 3 and video card, it is characterized in that: on described mainboard (1), be provided with two independently power interfaces, a wherein road power interface A(12) be described mainboard (1) power supply, another road power interface B(13) provide auxiliary power supply for described video card (2).
5. the syndeton of mainboard as claimed in claim 4 and video card, it is characterized in that: on described mainboard (1), be provided with the auxiliary power supply interface A(14 corresponding with described power interface B), described video card is provided with and described auxiliary power supply interface A(14) the auxiliary power supply interface B(24 that is connected).
6. the syndeton of mainboard as claimed in claim 5 and video card, it is characterized in that: described auxiliary power supply interface A(14) with auxiliary power supply interface B(24) by two end band interface C(31) and power lead (3) be connected, the interface C(31 at wherein said power lead (3) two ends) respectively with described auxiliary power supply interface A(14) and auxiliary power supply interface B(24) to be pluggablely connected.
7. the syndeton of mainboard as claimed in claim 5 and video card, is characterized in that: described auxiliary power supply interface B(24) be arranged on the edge of the same side of video card (2) with described PCI-e interface (21).
8. the syndeton of mainboard as claimed in claim 7 and video card, it is characterized in that: described auxiliary power supply interface A(14) be arranged on the edge of the same side of mainboard (1) with described PCI-e slot (11), and described auxiliary power supply interface B(24) position relative, described auxiliary power supply interface A(14) with described auxiliary power supply interface B(24) between directly plug and be connected.
9. the syndeton of mainboard as claimed in claim 7 and video card, it is characterized in that: described mainboard (1) and described video card (2) arrange housing A(4 respectively) and housing B(5) in, and described housing A(4) side of PCI-e slot (11) is provided with opening, described housing B(5) side of PCI-e interface (21) is provided with opening;
Described auxiliary power supply interface B(24) with auxiliary power supply interface A(14) by two end band interface C(31) and power lead (3) be connected, the interface C(31 at wherein said power lead (3) two ends) respectively with described auxiliary power supply interface A(14) and auxiliary power supply interface B(24) to be pluggablely connected, wherein, with the auxiliary power supply interface B(21 on described video card (2)) the interface C(31 that is connected) be fixedly installed on housing A(4) and inwall on, and be arranged on the same side with described PCI-e slot (11) and with described auxiliary power supply interface B(24) position relative.
10. the syndeton of mainboard as claimed in claim 9 and video card, it is characterized in that: at described housing A(4) or housing B(5) inwall on be provided with a web joint (6), described web joint (6) is parallel with described mainboard (1) or video card (2) and part stretches out described mainboard (1) or video card (2), the extension of described web joint (6) is provided with the chute (61) of opening towards described video card (2) or mainboard (1), described video card (2) or mainboard (1) are provided with the limited block (22) that can slip into described chute (61).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520565871.8U CN204990125U (en) | 2015-07-30 | 2015-07-30 | Connection structure of mainboard and display card |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520565871.8U CN204990125U (en) | 2015-07-30 | 2015-07-30 | Connection structure of mainboard and display card |
Publications (1)
| Publication Number | Publication Date |
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| CN204990125U true CN204990125U (en) | 2016-01-20 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520565871.8U Expired - Fee Related CN204990125U (en) | 2015-07-30 | 2015-07-30 | Connection structure of mainboard and display card |
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| Country | Link |
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| CN (1) | CN204990125U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105549692A (en) * | 2016-02-04 | 2016-05-04 | 重庆八达电子工程有限公司 | Mainboard and video card connection structure |
| CN108845637A (en) * | 2018-08-14 | 2018-11-20 | 镇江高等职业技术学校 | A kind of computer Split portable cabinet |
| CN112004366A (en) * | 2020-07-30 | 2020-11-27 | 北京比特大陆科技有限公司 | Circuit board assembly and electronic equipment |
-
2015
- 2015-07-30 CN CN201520565871.8U patent/CN204990125U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105549692A (en) * | 2016-02-04 | 2016-05-04 | 重庆八达电子工程有限公司 | Mainboard and video card connection structure |
| CN108845637A (en) * | 2018-08-14 | 2018-11-20 | 镇江高等职业技术学校 | A kind of computer Split portable cabinet |
| CN112004366A (en) * | 2020-07-30 | 2020-11-27 | 北京比特大陆科技有限公司 | Circuit board assembly and electronic equipment |
| CN112004366B (en) * | 2020-07-30 | 2022-04-15 | 北京算能科技有限公司 | Circuit board assembly and electronic equipment |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160120 Termination date: 20200730 |