CN204883501U - Integral type computer - Google Patents
Integral type computer Download PDFInfo
- Publication number
- CN204883501U CN204883501U CN201520563572.0U CN201520563572U CN204883501U CN 204883501 U CN204883501 U CN 204883501U CN 201520563572 U CN201520563572 U CN 201520563572U CN 204883501 U CN204883501 U CN 204883501U
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- Prior art keywords
- interface
- mainboard
- power
- power supply
- video card
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Abstract
The utility model discloses an integral type computer, including display device (1), interconnect mainboard (2) and display card (3), mainboard (2) set up in casing A (4), display card (3) set up in casing B (5) be provided with on casing A (4) and casing B (5) and be used for the opening that mainboard (2) and display card (3) are connected, casing A (4) with casing B (5) set up the back below of display device (1) be provided with a plurality of independent power source on mainboard (2), power source is through setting up outside peripheral hardware power (16) power supply at integral type computer. Adopt the integral type computer of this embodiment, have simple to operate, the convenient advantage of upgrading.
Description
Technical field
The utility model relates to computer realm, particularly relates to a kind of integral computer.
Background technology
In existing computer realm, the function of desktop computer often than notebook computer or all-in-one powerful, because in existing desktop computer, mainboard is arranged on mainframe box inside, then on mainframe box, be provided with the slot connecting motherboard power supply interface, and by the power lead of peripheral hardware, slot is connected to come for main board power supply with conventional supply socket, if but during some the high performance accessory of employing of main frame inside, then need for it provides auxiliary power supply, usual this situation will increase a built-in power in mainframe box, for the high-performance equipment of main frame inside provides Power supply.
But, in integral computer or all-in-one, if when using high performance accessory, then cannot increase a built-in power in integral computer or all-in-one, or integral computer or all-in-one cannot be made after increase built-in power to keep and original the same volume, inherently make integral computer or all-in-one increase many thickness and weight.So the topmost lightweight of integral computer or all-in-one, function that is thin, that be convenient for carrying then cannot achieve; So the reason of this namely why Performance Ratio desktop computer difference of existing integral computer or all-in-one.
Utility model content
The purpose of this utility model is to provide a kind of high performance integral computer.
To achieve these goals, the utility model is achieved in that a kind of integral computer, comprise display device, mainboard and video card, described mainboard is provided with the power interface that two or more is separate, described power interface is powered by the external power being arranged on integral computer outside.
Above-mentioned technical scheme is adopted to make to adopt high performance accessory to improve its performance and to keep it light, thin and the advantage be convenient for carrying is achieved in integral computer or all-in-one.In use, only need power one by one to the separate multiple power interfaces on mainboard, and multiple power supplies interface to be connected respectively on high-performance accessory as high performance CPU, video card, wait other high-performance equipments, for high-performance accessory provides auxiliary power supply.Such setting can either make described integral computer or all-in-one ensure on lightweight, thin, the basis that is convenient for carrying, not only high-performance accessory can also be used at described integral computer or all-in-one inside, ensure that the advantage of itself but also have the performance of the desktop computer that can match in excellence or beauty.
In order to be convenient to upgrading further, described mainboard is arranged in housing A, and described video card is arranged in housing B, and the A and housing B of described housing are provided with the opening be connected with video card for described mainboard.Can make like this when needs change or upgrading mainboard or video card time, directly video card can be extracted from mainboard, convenient to upgrade.
In order to make described mainboard and video card convenient disassembly further, described housing A and described housing B is arranged on the back side of described display device.Described housing A and housing B is arranged on the back side of described display device, just can changes described mainboard or video card when not taking described display device apart, convenient upgrading or maintenance, installing and removing convenient.
Preferably, described power interface is two, is respectively power interface A and power interface B, and wherein power interface A is described main board power supply, and described power interface B is that described video card is powered.Like this, when user needs the performance improving video card, the box of video card just directly can be changed, and without the need to worrying for the problem that high performance video cards is powered.Wherein said power interface A is described main board power supply and powers for the basic power demands of video card, and described power interface B provides auxiliary power supply higher than the part of basic power demands for described high performance video cards.
In order to save the space of housing A or housing B further, described mainboard and described video card lead to PCI-e slot and are connected with PCI-e interface (also claiming golden finger), described PCI-e slot is horizontally installed on a lateral edges of described mainboard, described PCI-e interface is arranged on a lateral edges of described video card, and the PCI-e interface on described video card is parallel to described mainboard and is inserted in described PCI-e slot.Described housing, by dual-side grafting, saves shell space, adds the aesthetic appearance of shown integral computer.
In order to make further, described power interface and described video card are convenient to be connected, and 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.
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.
Preferably, described auxiliary power supply interface A is connected by the power lead of two end band interface C with described auxiliary power supply interface B, and wherein, described interface C is connected with auxiliary power supply interface B with described auxiliary power supply interface A respectively.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.
Can plug with described PCI-e slot and PCI-e interface to make auxiliary power supply interface A and auxiliary power supply interface B further simultaneously, one end interface C of described power lead is connected with described auxiliary power supply interface A, and other end interface C fixes on the housing and relative with the auxiliary power supply interface B on described video card.
Can plug with described PCI-e slot and PCI-e interface to make auxiliary electrical interface A and auxiliary power supply interface B further simultaneously, described auxiliary power supply interface A and described PCI-e slot are arranged on the edge, the same side of mainboard and relative with described auxiliary power supply interface B, and described auxiliary power supply interface A directly plugs with described auxiliary power supply interface B and is connected.Such setting can reduce the use of power lead, also just decreases the existence of a trouble spot.
In order to protect described mainboard and 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 housing A or housing B; 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 the support being positioned at edge, mainboard the same side with described PCI-e slot, and described support is relative with described auxiliary power supply interface B, one end interface C of described power lead is connected with described auxiliary power supply interface A, and other end interface C is fixing on the bracket.
In order to reduce product thickness further and increase product stability and ease for use, described external power adopts common external adaptor power supplies, and adopting the ac power cable be divided into two to connect two external adaptor power supplies, each external adaptor power supplies is connected with the power interface of two on mainboard respectively by a cable.
In order to reduce product thickness further and increase product stability and ease for use, described external power is industrial power or server power supply, and adopting an ac power cable to connect described industrial power or server power supply, described industrial power or server power supply are connected with the power interface of two on mainboard respectively by connection two cables.
The beneficial effects of the utility model are: adopt the mainboard for integral computer described in the utility model to have following advantage:
1. obtain higher performance, adopt integral computer of the present utility model, integral computer can being made can to adopt high performance mainboard and video card and without the need to worrying powerup issue, making integral computer also have the performance of the desktop computer that can match in excellence or beauty on the lightweight of maintenance own, thin, portable basis.
2. 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.
3. 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 the demand of different user to computer.
4. can protect described mainboard and video card; The limit function of web joint can avoid user or staff to avoid power excessive when plugging video card and mainboard thus the PCI-e slot on infringement mainboard and/or the PCI-e slot on video card; Add its serviceable life, reduce a staff or the installation time of user, and increase Product's Ease of Use.
5. the effect connected fast; Spacing chute on web joint also has the effect of guiding simultaneously, and user can be made mainboard and video card to be coupled together faster.
6. add convenience; Support on web joint, can fix the Active Interface on described mainboard or video card further, in order to the connection of mainboard and video card adds convenience.
7. easily dismantling, being arranged on all-in-one outside by arranging with the mainboard in housing A and housing B and video card, can make must be handled easily with change owner plate or video card, and quickness and high efficiency.
Accompanying drawing explanation
Fig. 1 is the structural drawing of the integral computer of embodiment;
Fig. 2 is the upward view (only display housing A and housing part B) of Fig. 1;
Fig. 3 is the A-A cut-open view of Fig. 2;
Fig. 4 is the johning knot composition of mainboard and video card in embodiment;
Fig. 5 is the explosive view of Fig. 4.
Reference numeral: 1. display device; 2 mainboards; 21.PCI-e slot; 3. video card; 31.PCI-e interface; 4. housing A; 5. housing B; 6. power interface A; 7. power interface B; 8. auxiliary power supply interface A; 9. auxiliary power supply interface B; 10. power lead; 11. interface C; 12. web joints; 13. chutes; 14 limited blocks; 15. supports; 16. external powers.
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: as Fig. 1,2,3, shown in 4 and 5, a kind of integral computer, comprise display device 1, interconnective mainboard 2 and video card 3, described mainboard 2 is arranged in housing A4, described video card 3 is arranged in housing B5, described housing A4 and housing B5 is provided with the opening be connected with video card 3 for described mainboard 2, described housing A4 and described housing B5 is arranged on the lower rear of described display device 1, described mainboard 2 is provided with multiple independently power interface, and described power interface is powered by the external power 16 being arranged on integral computer outside.
Described mainboard 2 is connected with the opening on housing B5 by being arranged on described housing A4 with described video card 3, described mainboard 2 is provided with PCI-e slot 21, described video card 3 is provided with PCI-e interface 31 connect, described PCI-e slot 21 is horizontally installed on a lateral edges of described mainboard 2, described PCI-e interface 31 is arranged on a lateral edges of described video card 3, and the PCI-e interface 31 on described video card 3 is parallel to described mainboard 2 and is inserted in described PCI-e slot 21.
Wherein said independently power interface can be two and two or more, powers for one in this independent current source interface for mainboard 1, and other power interface is respectively other high-performance accessories and powers as high performance CPU, video card, waits other high-performance equipments.
In the present embodiment, described power interface is two, is respectively power interface A6 and power interface B7, and wherein power interface A6 is that described mainboard 2 is powered, and described power interface B7 is that described video card 3 is powered.These two power interfaces are arranged on the lower edge of mainboard 2, and are provided with the opening connecting power interface for external power 16 in the bottom of housing A4.
Described mainboard 2 is provided with the auxiliary power supply interface A8 corresponding with described power interface B7, described video card 3 is provided with the auxiliary power supply interface B9 be connected with described auxiliary power supply interface B8, and described auxiliary power supply interface A8 carries out pressure regulation tune stream mainly for power interface B7 being conducted the electricity of coming; Conveniently connect, reduce the fault point, auxiliary power supply interface A8 can be arranged on mainboard 2 with the edge that PCI-e slot 21 is the same side, auxiliary power supply interface B9 is arranged on video card 3 and with PCI-e interface 31 is the edge of the same side and relative with auxiliary power supply interface A8, to realize directly plugging connection, and PCI-e slot 21 can also be completed simultaneously be connected with the plug of PCI-e interface 31 in the process that directly plug connects.
In the present embodiment, described auxiliary power supply interface A8 is arranged near described power interface B7, so advantageously adjust stream in utilizing the circuit on mainboard 2 to carry out pressure regulation to the electricity that power interface B7 conducts, described auxiliary power supply interface A8 is connected by the power lead 10 of two end band interface C11 with auxiliary power supply interface B9, two interface C11 mono-of this power lead 101 are connected with described auxiliary power supply interface A8, and another is connected with described auxiliary power supply interface B9.
In the process of installing, described auxiliary power supply interface B9 is arranged video card 3 edge being described PCI-e interface 31 the same side, and an end interface C11 of described power lead 10 is connected with described auxiliary power supply interface A8 in advance, the interface C11 of the other end is arranged on the inwall of described housing A4, and be arranged on the same side with described PCI-e slot 21 and relative with described auxiliary power supply interface B9, so just housing A4 and housing B5 can be docked thus realize described PCI-e slot 21 and PCI-e interface 31 being docked and described interface C11 being docked with described auxiliary power supply interface B9 simultaneously.Save the set-up time, rapidly and efficiently.
In addition, the inwall of described housing A4 or housing B5 is provided with a web joint 12, described web joint 12 is parallel with described mainboard 2 or video card 3 and part stretches out described housing A4 or housing B5, the extension of described web joint 12 is provided with the chute 13 of opening towards described video card 3 or mainboard 2, described video card 3 or mainboard 2 are provided with the limited block 14 that can slip into described chute 13.Adopt such setting can avoid user's misalignment or insert power excessive causing and cause damage to the PCI-e slot 21 of mainboard and video card and PCI-e interface 31 when plug mainboard 2 and video card 3.And described chute 13 and limited block 14 also have guide effect, mainboard 2 and video card 3 one-step installation can be ensured to put in place.
That web joint 12 is arranged on the inwall of housing A4 in the present embodiment, the inside of described housing A4 is provided with projection, web joint 12 is provided with the hole of matching with projection to realize web joint 12 to be fixed on the inwall of housing A4, described web joint 12 is relative to the not motion of described mainboard 2, described web joint 12 stretches out housing A4 from the direction part of the PCI-e slot 21 of described mainboard, the extension of web joint 12 is provided with described chute 13, the direction that chute 13 is vertically connected with described PCI-e slot 21 and with video card 3 has opening, video card 3 in housing B5 is provided with the limited block 14 that can slip into described chute 13.When mounted, the extension of described web joint 12 to be stretched in described housing B5 and to allow the limited block 14 on described video card 3 be placed in described chute 13, then in opposite directions to housing A4 and housing B5 firmly, video card 2 in housing A4 and housing B5 and mainboard 3 are linked together, be connected to PCI-e slot 21 and PCI-e interface 31 so simultaneously, be also connected to interface C11 and auxiliary power supply interface B9 simultaneously.
In addition, described web joint 12 is provided with a support 15 for fixing described interface C11, described support 15 is arranged on the same side of described PCI-e slot 21 and relative with described auxiliary power supply interface B9, so, without the need to interface C11 is fixed on housing A4, interface C11 can be fixed on support 15.Adopt in such a way, for convenient during dismounting housing.U-type groove in order to avoid the screw column on video card 3 is also set in the present embodiment on web joint 10.
Selection for external power 16 can take two kinds of placements, a kind of is adopt common external adaptor power supplies, and adopting the ac power cable be divided into two to connect two external adaptor power supplies, each external adaptor power supplies is connected with the power interface of two on mainboard 2 respectively by a cable.Another kind of mode for adopting industrial power or server power supply, and adopts an ac power cable to connect described industrial power or server power supply, and described industrial power or server power supply are connected with the power interface of two on mainboard 2 respectively by connection two cables.
In the present embodiment, the external power 16 of employing is common external adaptor power supplies, and two cables of drawing from described external adaptor power supplies are two independent current source interfaces energisings on described mainboard 2 by the opening housing A4.
Adopt the integral computer of the present embodiment, have easy for installation, advantage easily of upgrading, make integral computer in the performance keeping the lightweight of self, thin and portable basis can obtain the desktop computer that can match in excellence or beauty.Also to have stability high for the integral computer of the present embodiment in addition, the advantage that security is high, easy to maintenance.
Claims (17)
1. an integral computer, comprise display device (1), mainboard (2) and video card (3), it is characterized in that: on described mainboard (2), be provided with the separate power interface of two or more, described power interface is by being arranged on external power (16) power supply of integral computer outside.
2. integral computer as claimed in claim 1, it is characterized in that: described mainboard (2) is arranged on housing A(4) in, described video card (3) is arranged on housing B(5) in, at described housing A(4) and housing B(5) on be provided with the opening be connected with video card (3) for described mainboard (2).
3. integral computer as claimed in claim 2, is characterized in that: described housing A(4) with described housing B(5) be arranged on the back side of described display device (1).
4. integral computer as claimed in claim 2 or claim 3, it is characterized in that: described power interface is two, be respectively power interface A(6) and power interface B(7), wherein power interface A(6) be described mainboard (2) power supply, described power interface B(7) be described video card (3) power supply.
5. integral computer as claimed in claim 4, it is characterized in that: described mainboard (2) is connected with PCI-e interface (31) with the logical PCI-e slot (21) of described video card (3), described PCI-e slot (21) is horizontally installed on a lateral edges of described mainboard (2), described PCI-e interface (31) is arranged on a lateral edges of described video card (3), and the PCI-e interface (31) on described video card (3) is parallel to described mainboard (2) and is inserted in described PCI-e slot (21).
6. integral computer as claimed in claim 5, it is characterized in that: be provided with on described mainboard (2) and described power interface B(7) corresponding auxiliary power supply interface A(8), described video card (3) is provided with and described auxiliary power supply interface A(8) and the auxiliary power supply interface B(9 that is connected).
7. integral computer as claimed in claim 6, is characterized in that: described auxiliary power supply interface B(9) be arranged on the edge of the same side of video card (3) with described PCI-e interface (31).
8. integral computer as claimed in claim 7, it is characterized in that: described auxiliary power supply interface A(21) with described auxiliary power supply interface B(31) by two end band interface C(11) and power lead (10) be connected, wherein, described interface C(11) respectively with described auxiliary power supply interface A(21) with auxiliary power supply interface B(31) be connected.
9. integral computer as claimed in claim 8, it is characterized in that: an end interface C(11 of described power lead (10)) with described auxiliary power supply interface A(8) be connected, other end interface C(11) be fixed on described housing A(4) on inwall and with the auxiliary power supply interface B(9 on described video card (3)) relative.
10. integral computer as claimed in claim 7, it is characterized in that: described auxiliary power supply interface A(8) with described PCI-e slot (21) be arranged on mainboard (2) edge, the same side and with described auxiliary power supply interface B(9) relative, described auxiliary power supply interface A(8) with described auxiliary power supply interface B(9) directly plug and be connected.
11. as claim 2, 3, 5, 6, 7, integral computer described in 9 or 10, it is characterized in that: at described housing A(4) or housing B(5) inwall on be provided with a web joint (12), described web joint (12) and described mainboard (2) or video card (3) be arranged in parallel and part stretches out described housing A(4) or housing B(5), the extension of described web joint (12) is provided with the chute (13) of opening towards described video card (3) or mainboard (2), described video card (3) or mainboard (2) are provided with the limited block (14) that can slip into described chute (13).
12. integral computers as claimed in claim 4, it is characterized in that: at described housing A(4) or housing B(5) inwall on be provided with a web joint (12), described web joint (12) and described mainboard (2) or video card (3) be arranged in parallel and part stretches out described housing A(4) or housing B(5), the extension of described web joint (12) is provided with the chute (13) of opening towards described video card (3) or mainboard (2), described video card (3) or mainboard (2) are provided with the limited block (14) that can slip into described chute (13).
13. integral computers as claimed in claim 8, it is characterized in that: at described housing A(4) inwall on be provided with a web joint (12), described web joint (12) part stretches out described housing A(4), the extension of described web joint (12) is provided with the chute (13) of opening towards described video card (3), described video card (3) is provided with the limited block (14) that can slip into described chute (13);
Described web joint (12) is provided with the support (15) being positioned at edge, mainboard the same side with described PCI-e slot (21), and described support (15) and described auxiliary power supply interface B(9) relative, one end interface C(11 of described power lead (10)) with described auxiliary power supply interface A(8) be connected, other end interface C(11) be fixed on described support (15).
14. integral computers as claimed in claim 11, it is characterized in that: described external power (16) adopts common external adaptor power supplies, and adopting the ac power cable be divided into two to connect two external adaptor power supplies, each external adaptor power supplies is connected with the power interface of two on mainboard respectively by a cable.
15. integral computers as claimed in claim 11, it is characterized in that: described external power (16) is industrial power or server power supply, and adopting ac power cable to connect described industrial power or server power supply, described industrial power or server power supply are connected with the power interface of two on mainboard respectively by connection two cables.
16. integral computers as claimed in claim 12, it is characterized in that: described external power (16) adopts common external adaptor power supplies, and adopting the ac power cable be divided into two to connect two external adaptor power supplies, each external adaptor power supplies is connected with the power interface of two on mainboard respectively by a cable.
17. integral computers as claimed in claim 12, it is characterized in that: described external power (16) is industrial power or server power supply, and adopting ac power cable to connect described industrial power or server power supply, described industrial power or server power supply are connected with the power interface of two on mainboard respectively by connection two cables.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520563572.0U CN204883501U (en) | 2015-07-30 | 2015-07-30 | Integral type computer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520563572.0U CN204883501U (en) | 2015-07-30 | 2015-07-30 | Integral type computer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204883501U true CN204883501U (en) | 2015-12-16 |
Family
ID=54827857
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520563572.0U Expired - Fee Related CN204883501U (en) | 2015-07-30 | 2015-07-30 | Integral type computer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204883501U (en) |
-
2015
- 2015-07-30 CN CN201520563572.0U patent/CN204883501U/en not_active Expired - Fee Related
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Legal Events
| 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: 20151216 Termination date: 20200730 |