Cabinet-level server and its centralized power supply shielding structure
The present invention discloses a centralized power supply shielding structure of a cabinet-level server, where the structure includes multiple plug-in frames, a power supply copper bar which is configured to supply power to the multiple plug-in frames, and an inner container shielding can. Multiple plugs of the power supply copper bar are correspondingly inserted into the multiple plug-in frames to supply power to the multiple plug-in frames in a centralized way. The inner container shielding can wraps on a periphery of the power supply copper bar to shield the multiple plug-in frames from the power supply copper bar. The cabinet-level server and its centralized power supply shielding structure of the present invention implement a shielding structure for centralized power supply by a copper bar of integration of a frame and a cabinet, which can be applied in an application scene of an open rack and has a simple structural design.
1. A centralized power supply shielding structure of a cabinet-level server, comprising:
multiple plug-in frames,
a power supply copper bar configured to supply power to the multiple plug-in frames, and an inner container shielding can,
wherein multiple plugs of the power supply copper bar are correspondingly inserted into the multiple plug-in frames to supply power to the multiple plug-in frames in a centralized way; and
the inner container shielding can wraps on a periphery of the power supply copper bar to shield the multiple plug-in frames from the power supply copper bar;
wherein the multiple plug-in frames comprise front plug-in frames and back plug-in frames, the multiple plug-in frames are stacked to form a front plug-in frame group and a back plug-in frame group which have a gap between them, and boards are disposed at opposite ends of the front plug-in frame group and the back plug-in frame group;
the power supply copper bar is accommodated in the gap between the front plug-in frame group and the back plug-in frame group; and
the inner container shielding can wraps and is disposed on a periphery of the gap between the front plug-in frame group and the back plug-in frame group to seal the power supply copper bar in the inner container shielding can.
2. The centralized power supply shielding structure of the cabinet-level server according to claim 1 , wherein the inner container shielding can is a hollow cubic structure which have openings at two opposite side ends; and
the two opposite open ends of the inner container shielding can are connected and wrap on peripheries of the two opposite side ends of the front plug-in frame group and the back plug-in frame group respectively to form a shielding enclosure.
3. The centralized power supply shielding structure of the cabinet-level server according to claim 2 , wherein a shielding material is disposed at joints between the inner container shielding can and the front plug-in frame group, and between the inner container shielding can and the back plug-in frame group.
4. The centralized power supply shielding structure of the cabinet-level server according to claim 1 , wherein holes are opened on the multiple plug-in frames at positions corresponding to the multiple plugs of the power supply copper bar, and the multiple plugs of the power supply copper bar are correspondingly inserted into the multiple plug-in frames through the holes; and
the inner container shielding can encloses on a periphery of the power supply copper bar and the multiple plug-in frames to shield the multiple plug-in frames from the power supply copper bar.
5. A centralized power supply shielding structure of a cabinet-level server, comprising:
one or more plug-in frames,
a power supply copper bar configured to supply power to the one or more plug-in frames, and an inner container shielding can,
wherein the inner container shielding can wraps on a periphery of the one or more plug-in frames to form a shielding unit and shields the one or more plug-in frames from the power supply copper bar; and
holes are opened on the shielding unit at positions corresponding to multiple plugs of the power supply copper bar, and the multiple plugs of the power supply copper bar are correspondingly inserted into the shielding unit through the holes to supply power to the one or more plug-in frames in a centralized way;
wherein the one or more plug-in frames comprise front plug-in frames and back plug-in frames, the multiple plug-in frames are stacked to form a front plug-in frame group and a back plug-in frame group which have a gap between them, and boards are disposed at opposite ends of the front plug-in frame group and the back plug-in frame group;
the power supply copper bar is accommodated in the gap between the front plug-in frame group and the back plug-in frame group; and
the inner container shielding can wraps and is disposed on a periphery of the gap between the front plug-in frame group and the back plug-in frame group to seal the power supply copper bar in the inner container shielding can.
6. The centralized power supply shielding structure of the cabinet-level server according to claim 5 , wherein a shielding material is disposed at joints between the inner container shielding can and the one or more plug-in frames.
7. The centralized power supply shielding structure of the cabinet-level server according to claim 6 , wherein multiple shielding units are stacked to form a shielding enclosure; and
the multiple plugs of the power supply copper bar are inserted into the shielding enclosure to supply power to the shielding units in the centralized way.
8. The centralized power supply shielding structure of the cabinet-level server according to claim 5 , wherein multiple shielding units are stacked to form a shielding enclosure; and
the multiple plugs of the power supply copper bar are inserted into the shielding enclosure to supply power to the shielding units in the centralized way.
9. A cabinet-level server, comprising a rack or a cabinet, wherein the cabinet-level server comprises a centralized power supply shielding structure of the cabinet-level server, and the centralized power supply shielding structure is assembled on the rack or the cabinet;
wherein the centralized power supply shielding structure of the cabinet-level server comprises:
multiple plug-in frames,
a power supply copper bar configured to supply power to the multiple plug-in frames, and an inner container shielding can,
wherein multiple plugs of the power supply copper bar are correspondingly inserted into the multiple plug-in frames to supply power to the multiple plug-in frames in a centralized way; and
the inner container shielding can wraps on a periphery of the power supply copper bar to shield the multiple plug-in frames from the power supply copper bar;
wherein the plug-in frames comprise front plug-in frames and back plug-in frames, the multiple plug-in frames are stacked to form a front plug-in frame group and a back plug-in frame group which have a gap between them, and boards are disposed at opposite ends of the front plug-in frame group and the back plug-in frame group;
the power supply copper bar is accommodated in the gap between the front plug-in frame group and the back plug-in frame group; and
the inner container shielding can wraps and is disposed on a periphery of the gap between the front plug-in frame group and the back plug-in frame group to seal the power supply copper bar in the inner container shielding can.
10. The cabinet-level server according to claim 9 , wherein the inner container shielding can is a hollow cubic structure which have openings at two opposite side ends; and
the two opposite open ends of the inner container shielding can are connected and wrap on peripheries of the two opposite side ends of the front plug-in frame group and the back plug-in frame group respectively to form a shielding enclosure.
11. The cabinet-level server according to claim 10 , wherein a shielding material is disposed at joints between the inner container shielding can and the front plug-in frame group, and between the inner container shielding can and the back plug-in frame group.
12. The cabinet-level server according to claim 9 , wherein holes are opened on the multiple plug-in frames at positions corresponding to the multiple plugs of the power supply copper bar, and the multiple plugs of the power supply copper bar are correspondingly inserted into the multiple plug-in frames through the holes; and
the inner container shielding can encloses on a periphery of the power supply copper bar and the multiple plug-in frames to shield the multiple plug-in frames from the power supply copper bar.