CN102749970B - Rack server and power supply system using same - Google Patents
Rack server and power supply system using same Download PDFInfo
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- CN102749970B CN102749970B CN201210231108.2A CN201210231108A CN102749970B CN 102749970 B CN102749970 B CN 102749970B CN 201210231108 A CN201210231108 A CN 201210231108A CN 102749970 B CN102749970 B CN 102749970B
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Abstract
The present invention relates to a server and a power supply system, and more particularly, to a rack server with a current bus for supplying power to a power supply module and a power supply system using the rack server. The invention relates to a rack server, comprising: a frame; a plurality of electronic devices, installed on the chassis; the power supply module is arranged on the rack and provided with a positive electrode end and a negative electrode end; and a pair of current bus bars respectively connected to the positive terminal and the negative terminal; the electronic device and the power supply module are arranged on the rack in a stacked arrangement, and thus the electronic device and the power supply module are located at different layers of the rack, the current bus passes through the location layer where the electronic device is located, and the electronic device is electrically connected to the pair of current buses. Therefore, the problem of disordered circuit of the rack server is solved.
Description
Technical field
The present invention relates to a kind of rack server, espespecially one is provided with the rack server of electric current bus-bar in order to the power supply of power supply supply module.
Background technology
Rack server is the casing structure of a multilayer, can in each layer, place according to user's demand the electronic installation of various differences, as servomechanism etc.; As shown in Figure 1, the mode of power supply supply module and each electronic installation link in rack server at present, rack server is provided with a power supply supply module in the position of below layer, and on power supply supply module each layer be respectively equipped with multiple electronic installations, utilize many conductor wire B1 and B2 to connect respectively this power supply supply module positive terminal A1 and power supply supply module negative pole end A2 and the electronic installation of each layer, so that this power supply is supplied module, the electronic installation of each layer is powered.
Above-mentioned mode is the mode of the power supply supply that current rack server is conventional, easily use though this type of mode is simple, but with the increase of work electronic installation, the number of plies of rack server also increases relatively, not only the quantity of conductor wire is more and more, the conductor wire that connects both also draws longer and longer thereupon, and mixed and disorderly being difficult for that circuit can become very arranges.
Summary of the invention
One of goal of the invention of the present invention is to provide a kind of rack server of simplifying circuit and being convenient to arrange circuit.
Another goal of the invention of the present invention is to provide a kind of use is convenient to the electric power system of the rack server that arranges circuit.
Goal of the invention of the present invention is achieved in that
A kind of rack server, comprising: a frame; A plurality of electronic installations, described a plurality of electronic device assemblings are in described frame; One power supply supply module, described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described electric current bus-bar is connected to positive terminal and the negative pole end of described power supply supply module; Wherein, described a plurality of electronic installation and described power supply supply module are installed in described frame in the mode of stacked arrangement, therefore described a plurality of electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described a plurality of electronic installations place, described a plurality of electronic installations are electrically connected to a pair of described electric current bus-bar.
Further, be provided with a framework in described frame, described electronic device assembling is in this framework.
Further, described electric current bus-bar is fixedly installed on described framework by a plurality of fixtures.
Further, described fixture is non-conductive insulation material.
Further, described frame has a front and a rear; In a plurality of described electronic installations, described in each, electronic installation has a power supply receiving end, and described power supply receiving end is positioned at described electronic installation portion afterwards; A plurality of described electronic installations are inserted in this frame by front, and therefore when described a plurality of electronic installations are placed into after described frame, each described power supply receiving end is side after this frame, position all; Described electric current bus-bar is positioned at this frame side afterwards.
A kind of rack server, comprising: a frame; A plurality of electronic installations, described a plurality of electronic device assemblings are in described frame; One power supply supply module, described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described electric current bus-bar is connected to positive terminal and the negative pole end of described power supply supply module; Wherein, described a plurality of electronic installation and described power supply supply module are installed in described frame in the mode of stacked arrangement, therefore described a plurality of electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described a plurality of electronic installations place, described a plurality of electronic installations are electrically connected to a pair of described electric current bus-bar; In described frame, be provided with a plurality of frameworks, described a plurality of electronic device assemblings are in described a plurality of frameworks.
Further, described electric current bus-bar is fixedly installed on described framework by a plurality of fixtures.
Further, a plurality of described fixtures are non-conductive insulation material.
Further, described frame has a front and a rear; In a plurality of described electronic installations, described in each, electronic installation has a power supply receiving end, and described power supply receiving end is positioned at described electronic installation portion afterwards; A plurality of described electronic installations are inserted in this frame by front, and therefore when described a plurality of electronic installations are placed into after described frame, each described power supply receiving end is side after this frame, position all; Described electric current bus-bar is positioned at this frame side afterwards.
A kind of rack server, comprising: a frame; A plurality of electronic installations, described a plurality of electronic device assemblings are in described frame; One power supply supply module, described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described electric current bus-bar is connected to positive terminal and the negative pole end of described power supply supply module; Wherein, described a plurality of electronic installation and described power supply supply module are installed in described frame in the mode of stacked arrangement, therefore described a plurality of electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described a plurality of electronic installations place, described a plurality of electronic installations are electrically connected to a pair of described electric current bus-bar; Described electric current bus-bar utilizes a conductive material to be connected in series, to increase the length of this electric current bus-bar.
A kind of rack server, comprising: a frame; A plurality of electronic installations, described a plurality of electronic device assemblings are in described frame; One power supply supply module, described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described electric current bus-bar is connected to positive terminal and the negative pole end of described power supply supply module; Wherein, described a plurality of electronic installation and described power supply supply module are installed in described frame in the mode of stacked arrangement, therefore described a plurality of electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described a plurality of electronic installations place, described a plurality of electronic installations are electrically connected to a pair of described electric current bus-bar; Described frame has a front and a rear; In a plurality of described electronic installations, each electronic installation has a power supply receiving end, and described power supply receiving end is positioned at described electronic installation portion afterwards; A plurality of described electronic installations are inserted in this frame by front, therefore when a plurality of described electronic installations are placed into after described frame, and side after described frame, each power supply receiving end meeting position;
Described electric current bus-bar is positioned at described frame side afterwards.
A kind of rack server, comprising: a frame; A plurality of electronic installations, described electronic installation can be a servomechanism, a storer or an interchanger; Described electronic device assembling is in described frame; One power supply supply module, described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described electric current bus-bar is connected to positive terminal and the negative pole end of described power supply supply module; Wherein, described a plurality of electronic installation and described power supply supply module are installed in described frame in the mode of stacked arrangement, therefore described a plurality of electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described a plurality of electronic installations place, described a plurality of electronic installations are electrically connected to a pair of described electric current bus-bar.
Another goal of the invention of the present invention is achieved in that
Use an electric power system for rack server, described rack server comprises: a frame and a plurality of electronic installation, and a plurality of described electronic device assemblings are in described frame; Described electric power system comprises: a power supply supply module, be installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, be connected to this positive terminal and this negative pole end; Wherein, a plurality of described electronic installations with institute the power supply of telling supply module be installed in described frame in the mode of stacked arrangement, therefore a plurality of described electronic installations and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at a plurality of described electronic installations place, a plurality of described electronic installations are electrically connected to a pair of described electric current bus-bar.
Further, described frame has a front and a rear; In described a plurality of electronic installation, described in each, electronic installation has a power supply receiving end, and described power supply receiving end is positioned at described electronic installation portion afterwards; Described a plurality of electronic installation is inserted in described frame by front, therefore when described a plurality of electronic installations are placed into after described frame, and side after described frame, each described power supply receiving end meeting position; Described electric current bus-bar is positioned at described frame side afterwards.
Use an electric power system for rack server, described rack server comprises: a frame and a plurality of electronic installation, in described frame, be provided with a framework, and described a plurality of electronic device assemblings are in described framework; Described electric power system comprises: a power supply supply module, and described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described a pair of electric current bus-bar is connected to described positive terminal and described negative pole end; Wherein, described a plurality of electronic installation and described power supply supply module are installed in described frame in the mode of stacked arrangement, therefore described a plurality of electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described a plurality of electronic installations place, described a plurality of electronic installations are electrically connected to described to electric current bus-bar.
Further, described electric current bus-bar is fixedly installed on described framework by a plurality of fixtures.
Further, described fixture is non-conductive insulation material.
Or further, described frame has a front and a rear; In described a plurality of electronic installation, each electronic installation has a power supply receiving end, and described power supply receiving end is to be positioned at described electronic installation portion afterwards; Described a plurality of electronic installation is to be inserted in described frame by front, therefore when described a plurality of electronic installations are placed into after described frame, and side after described frame, each power supply receiving end meeting position; Described electric current bus-bar is to be positioned at described frame side afterwards.
Further, described frame has a front and a rear; In described a plurality of electronic installation, each electronic installation has a power supply receiving end, and described power supply receiving end is to be positioned at described electronic installation portion afterwards; Described a plurality of electronic installation is to be inserted in described frame by front, therefore when described a plurality of electronic installations are placed into after described frame, and side after described frame, each power supply receiving end meeting position; Described electric current bus-bar is to be positioned at described frame side afterwards.
Use an electric power system for rack server, described rack server comprises: a frame, a plurality of electronic installation and a plurality of framework, and described a plurality of frameworks are arranged in described frame, and described a plurality of electronic device assemblings are in described a plurality of frameworks; Described electric power system comprises: a power supply supply module, and described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described a pair of electric current bus-bar is connected to described positive terminal and described negative pole end; Wherein, described a plurality of electronic installation and described power supply supply module system are installed in described frame in the mode of stacked arrangement, therefore described a plurality of electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described a plurality of electronic installations place, described a plurality of electronic installations are electrically connected to described to electric current bus-bar.
Further, described electric current bus-bar is fixedly installed on described framework by a plurality of fixtures.
Further, described fixture is non-conductive insulation material.
Further, described frame has a front and a rear; In described a plurality of electronic installation, each electronic installation has a power supply receiving end, and described power supply receiving end is to be positioned at described electronic installation portion afterwards; Described a plurality of electronic installation is to be inserted in described frame by front, therefore when described a plurality of electronic installations are placed into after described frame, and side after described frame, each power supply receiving end meeting position; Described electric current bus-bar is to be positioned at described frame side afterwards.Or further,
Further, described frame has a front and a rear; In described a plurality of electronic installation, each electronic installation has a power supply receiving end, and described power supply receiving end is to be positioned at described electronic installation portion afterwards; Described a plurality of electronic installation is to be inserted in described frame by front, therefore when described a plurality of electronic installations are placed into after described frame, and side after described frame, each power supply receiving end meeting position; Described electric current bus-bar is to be positioned at described frame side afterwards.
The present invention's rack server has increased the setting of electric current bus-bar, because of electric current bus-bar and the electric connection of power supply supply module, make described electric current bus-bar just supply positive terminal and the negative pole end of module as described power supply, and described electric current bus-bar can pass through the site layer at each described electronic installation place, described electronic installation can be directly electrically connected in site layer and the electric current bus-bar at place, can obtain the power supply of described power supply supply module, do not need to draw conductor wire to power supply to supply module by the described electronic installation of every layer again, the problems such as removal a large amount of use conductor wires and circuit are mixed and disorderly.
Brief description of the drawings
Fig. 1 is the schematic diagram of rack server of the present invention and electric power system;
Fig. 2 is schematic diagram-1 of rack server of the present invention and power supply supply module;
Fig. 3 is schematic diagram-2 of rack server of the present invention and power supply supply module;
Fig. 4 is the schematic diagram of rack server of the present invention;
Fig. 5 is schematic diagram-1 of rack server of the present invention and electric current bus-bar;
Fig. 6 is the schematic diagram of rack server of the present invention and electronic installation;
Fig. 7 is schematic diagram-2 of rack server of the present invention and electric current bus-bar;
Fig. 8 is the schematic diagram of rack server of the present invention and power supply supply module;
Fig. 9 is schematic diagram-3 of rack server of the present invention and electric current bus-bar.
Wherein, 1 frame, 11 fronts, 12 rears; 2 electronic installations, 22 power supply receiving ends; 3 frameworks; 4 power supply supply modules, 41 positive terminals, 42 negative pole ends; 5 electric current bus-bars; 6 fixtures; 7 conductive materials; A1 power supply supply module positive terminal; A2 power supply supply module negative pole end; B1 conductor wire; B2 conductor wire.
Embodiment
For the beneficial effect of more properly describing the present invention and bringing, below in conjunction with accompanying drawing, the present invention is described further, but content of the present invention and protection domain are not limited to the content that embodiment is explained.
Embodiment mono-, shown in the 2nd figure to the 9 figure, the present invention is described further:
A kind of rack server, comprising:
One frame 1, this frame 1 has a 11Yu Yi rear, front 12;
A plurality of electronic installations 2, are to be installed in this frame 1, and this electronic installation 2 has a power supply receiving end 22, and this power supply receiving end 22 is to be positioned at this electronic installation 2 portion afterwards;
A plurality of frameworks 3, these a plurality of frameworks 3 are to be arranged in this frame 1, these a plurality of electronic installations 2 are to be installed in these a plurality of frameworks 3, utilize the setting of this framework 3 to make firm being set up in this frame 1 of this electronic installation 2;
One power supply supply module 4, is to be installed in this frame 1, and this power supply supply module 4 has a positive terminal 41 and a negative pole end 42; And
A pair of electric current bus-bar 5, be connected to this positive terminal 41 and this negative pole end 42, this electric current bus-bar 5 is fixedly installed on this framework 3 by plural fixture 6, and this electric current bus-bar 5 is to be positioned at side 12 after this frame 1, and this fixture 6 can be non-conductive insulation material; In addition, this electric current bus-bar 5 can utilize a conductive material 7 to be connected in series, and increases the length of this electric current bus-bar 5.
Separately, this electronic installation 2 is to be installed in this frame 1 in the mode of stacked arrangement with this power supply supply module 4, therefore this electronic installation 2 is the position of position different layers in this frame 1 with this power supply supply module 4, and this electric current bus-bar 5 can be by the site layer at these electronic installation 2 places, this electronic installation 2 is electrically connected to this to electric current bus-bar 5.
Separately, this electronic installation 2 is to be inserted in this framework 3 by front 11, and therefore when this electronic installation 2 is inserted after this framework 3, the power supply receiving end 22 of this electronic installation 2 can side 12 after this frame 1, position.
Separately, this electronic installation 2 can be a servomechanism, a storer or an interchanger.
Separately, this framework 3 also can be the form being directly arranged in this frame 1.
Separately, this electronic installation 2 also can directly be installed in this frame 1, so under state, can not need this framework 3.
The present invention's rack server has increased the setting of electric current bus-bar 5, because this electric current bus-bar 5 and this power supply supply module 4 are electrically connected, make this electric current bus-bar 5 just supply positive terminal and the negative pole end of module 4 as this power supply, and this electric current bus-bar 5 can be by the site layer at each electronic installation 2 places, this electronic installation 2 can be directly electrically connected in site layer and the electric current bus-bar 5 at place, can obtain the power supply of this power supply supply module 4, do not need to draw conductor wire to power supply supply module 4 by the electronic installation 2 of every layer again, the problems such as removal a large amount of use conductor wires and circuit are mixed and disorderly.
Embodiment bis-, shown in the 2nd figure to the 9 figure, the present invention is described further:
A kind of electric power system, is applicable to a rack server, and this rack server comprises: a frame 1;
A plurality of electronic installations 2, are to be installed in this frame 1, and this electronic installation 2 has a power supply receiving end 22, and this power supply receiving end 22 is to be positioned at this electronic installation 2 portion afterwards;
A plurality of frameworks 3, this framework 3 has a 11Yu Yi rear, front 12, these a plurality of frameworks 3 are to be arranged in this frame 1, and these a plurality of electronic installations 2 are to be installed in these a plurality of frameworks 3, utilize the setting of this framework 3 to make firm being set up in this frame 1 of this electronic installation 2;
This electric power system comprises:
One power supply supply module 4, is to be installed in this frame 1, and this power supply supply module 4 has a positive terminal 41 and a negative pole end 42; And
A pair of electric current bus-bar 5, be connected to this positive terminal 41 and this negative pole end 42, this electric current bus-bar 5 is fixedly installed on this framework 3 by plural fixture 6, and this electric current bus-bar 5 is to be positioned at side 12 after this framework 3, and this fixture 6 can be non-conductive insulation material; In addition, this electric current bus-bar 5 can utilize a conductive material 7 to be connected in series, and increases the length of this electric current bus-bar 5;
Separately, this electronic installation 2 is to be installed in this frame 1 in the mode of stacked arrangement with this power supply supply module 4, therefore this electronic installation 2 is the position of position different layers in this frame 1 with this power supply supply module 4, and this electric current bus-bar 5 can be by the site layer at these electronic installation 2 places, this electronic installation 2 is electrically connected to this to electric current bus-bar 5.
Separately, this electronic installation 2 is to be inserted in this framework 3 by front 11, and therefore when this electronic installation 2 is inserted after this framework 3, the power supply receiving end 22 of this electronic installation 2 can side 12 after this framework 3, position.
Separately, this electronic installation 2 can be a servomechanism, a storer or an interchanger.
Separately, this framework 3 also can be the form being directly arranged in this frame 1.
Separately, this electronic installation 2 also can directly be installed in this frame 1, so under state, can not need this framework 3.
The present invention's electric power system has increased the setting of electric current bus-bar, because of this electric current bus-bar and the electric connection of this power supply supply module, make this electric current bus-bar just supply positive terminal and the negative pole end of module as this power supply, and this electric current bus-bar can pass through the site layer at each electronic installation place, this electronic installation can be directly electrically connected in site layer and the electric current bus-bar at place, can obtain the power supply of this power supply supply module, do not need to draw conductor wire to power supply to supply module by the electronic installation of every layer again, remove and a large amount of use conductor wires and the problem such as circuit is mixed and disorderly.
Claims (10)
1. a rack server, comprising: a frame and a plurality of electronic installation, and described electronic device assembling is in described frame; It is characterized in that:
Also comprise a power supply supply module, described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described electric current bus-bar is connected to positive terminal and the negative pole end of described power supply supply module;
Wherein, described electronic installation and described power supply supply module are installed in described frame in the mode of stacked arrangement, described electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described electronic installation place, described electronic installation is electrically connected to a pair of described electric current bus-bar
Described frame has a front and a rear;
Each described electronic installation has a power supply receiving end, and described power supply receiving end is positioned at described electronic installation portion afterwards;
Described electronic installation is inserted in this frame by front, therefore when described electronic installation is placed into after described frame, and side after described frame, each power supply receiving end meeting position;
Described electric current bus-bar is positioned at described frame side afterwards.
2. a kind of rack server according to claim 1, is characterized in that, is provided with at least one framework in described frame, and described electronic device assembling is in described framework.
3. a kind of rack server according to claim 2, is characterized in that, described electric current bus-bar is fixedly installed on described framework by least two fixtures,
anddescribed fixture is non-conductive insulation material.
4. a kind of rack server according to claim 1, is characterized in that, described electronic installation can be a servomechanism, a storer or an interchanger.
5. according to a kind of rack server described in the arbitrary right of claim 1 to 4, it is characterized in that, described electric current bus-bar utilizes a conductive material to be connected in series, to increase the length of this electric current bus-bar.
6. an electric power system that uses rack server, is characterized in that, described rack server comprises:
One frame and a plurality of electronic installation, a plurality of described electronic device assemblings are in described frame;
Described electric power system comprises: a power supply supply module, be installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, be connected to this positive terminal and this negative pole end;
Wherein, a plurality of described electronic installations and described power supply supply module are installed in described frame in the mode of stacked arrangement, therefore a plurality of described electronic installations and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at a plurality of described electronic installations place, a plurality of described electronic installations are electrically connected to a pair of described electric current bus-bar.
7. a kind of electric power system that uses rack server according to claim 6, is characterized in that,
Described frame has a front and a rear;
In a plurality of described electronic installations, described in each, electronic installation has a power supply receiving end, and described power supply receiving end is positioned at described electronic installation portion afterwards;
Described a plurality of electronic installation is inserted in described frame by front, therefore when described a plurality of electronic installations are placed into after described frame, and side after described frame, each described power supply receiving end meeting position;
Described electric current bus-bar is positioned at described frame side afterwards.
8. an electric power system that uses rack server, is characterized in that, described rack server comprises:
One frame and a plurality of electronic installation, be at least provided with a framework in described frame, described a plurality of electronic device assemblings are in described framework; Described electric power system comprises:
One power supply supply module, described power supply supply module is installed in described frame, and described power supply supply module has a positive terminal and a negative pole end; And a pair of electric current bus-bar, described a pair of electric current bus-bar is connected to described positive terminal and described negative pole end;
Wherein, described a plurality of electronic installation and described power supply supply module are installed in described frame in the mode of stacked arrangement, therefore described a plurality of electronic installation and described power supply supply module are positioned at the position of different layers in described frame, and described electric current bus-bar can pass through the site layer at described a plurality of electronic installations place, described a plurality of electronic installations are electrically connected to described to electric current bus-bar.
9. a kind of electric power system that uses rack server according to claim 8, is characterized in that, described electric current bus-bar is fixedly installed on described framework by a plurality of fixtures,
anddescribed fixture is non-conductive insulation material.
10. a kind of electric power system that uses rack server according to claim 8 or claim 9, is characterized in that,
Described frame has a front and a rear;
In a plurality of described electronic installations, each electronic installation has a power supply receiving end, and described power supply receiving end is to be positioned at described electronic installation portion afterwards;
A plurality of described electronic installations are to be inserted in described frame by front, therefore when a plurality of described electronic installations are placed into after described frame, and side after described frame, each power supply receiving end meeting position;
Described electric current bus-bar is to be positioned at described frame side afterwards.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW100220178U TWM427755U (en) | 2011-10-27 | 2011-10-27 | Frame server and power supply system |
| TW100220178 | 2011-10-27 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102749970A CN102749970A (en) | 2012-10-24 |
| CN102749970B true CN102749970B (en) | 2014-06-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210231108.2A Active CN102749970B (en) | 2011-10-27 | 2012-07-05 | Rack server and power supply system using same |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN102749970B (en) |
| TW (1) | TWM427755U (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103677201B (en) * | 2012-09-21 | 2016-08-10 | 英业达科技有限公司 | Server |
| TWI498070B (en) * | 2012-12-26 | 2015-08-21 | Inventec Corp | Sever system |
| CN108536253A (en) * | 2018-06-20 | 2018-09-14 | 北京比特大陆科技有限公司 | Data processing equipment |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1183857A (en) * | 1995-03-28 | 1998-06-03 | 金钟-默勒有限公司 | Busbar channel system of low-voltage switch equipment |
| US6483204B2 (en) * | 2000-06-30 | 2002-11-19 | Mitsubishi Denki Kabushiki Kaisha | Power supply system with information exchange between plural loads and plural power sources |
| CN101286083A (en) * | 2008-02-14 | 2008-10-15 | 浪潮电子信息产业股份有限公司 | Large power server machine cabinet redundancy electric power supply system |
| CN101807103A (en) * | 2009-02-12 | 2010-08-18 | 纬创资通股份有限公司 | Computer system, power supply control system and method thereof |
| TW201132850A (en) * | 2010-03-17 | 2011-10-01 | Fan-En Yueh | Power supplying module, system and method thereof |
-
2011
- 2011-10-27 TW TW100220178U patent/TWM427755U/en not_active IP Right Cessation
-
2012
- 2012-07-05 CN CN201210231108.2A patent/CN102749970B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1183857A (en) * | 1995-03-28 | 1998-06-03 | 金钟-默勒有限公司 | Busbar channel system of low-voltage switch equipment |
| US6483204B2 (en) * | 2000-06-30 | 2002-11-19 | Mitsubishi Denki Kabushiki Kaisha | Power supply system with information exchange between plural loads and plural power sources |
| CN101286083A (en) * | 2008-02-14 | 2008-10-15 | 浪潮电子信息产业股份有限公司 | Large power server machine cabinet redundancy electric power supply system |
| CN101807103A (en) * | 2009-02-12 | 2010-08-18 | 纬创资通股份有限公司 | Computer system, power supply control system and method thereof |
| TW201132850A (en) * | 2010-03-17 | 2011-10-01 | Fan-En Yueh | Power supplying module, system and method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN102749970A (en) | 2012-10-24 |
| TWM427755U (en) | 2012-04-21 |
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