Server system and serve cabinet

Technical Field

The invention relates to a server cabinet and the server system of the server cabinet.

Background Art

With the development of information technology, the rapid growth in a knowledge-based economy, is the need of storing and operation data, various data storage and operation center a large number of building, at the same time a plurality of servers to a server system is formed after the server cabinet, can not only save the space and it is easy to manage, but also can make a plurality of server to carry out co-operating large operation item, therefore, in the formation of the server cabinet data storage and operation center is widely adopted.

Generally, server in accordance with the appearance of uniform standard design, its height in order to U (1U=1.75 inch = 44.45 mm) as the unit, a 1U, 2U, 3U, 4U, 5U, 6U, 7U several criteria, such as, the shape of each server fang Juzhuang , the server is provided with a plurality of the rear side of the input/output interface. Also the server cabinet by a common industry standard, most of the server can be installed inside of the cabinet 24 to 42 a 1U server. When in use, each server are respectively the input/output interface through the power cord and the external input/output device, such as a keyboard, mouse, display and the like is connected. However, in large number on the same server is installed in a server cabinet, when in use, each server input/output interface of the rear side of the one-to-one is needed through the power line connection is located at the server cabinet outside of the input/output device, a large amount of power is connected to the winding in the server confusion with the rear side of the cabinet between the rear plate, caused by the server of the server cabinet is installed inside the hot air produced is discharged from the rear of the server cabinet and the power supply can not be smoothly discharged to the outside, so as to influence the interior and the exterior of the server cabinet airflow exchange efficiency, due to the heat accumulated in the server cabinet, or even lead to overheating and stop operation of the server.

Content of the invention

In view of this, it is necessary to provide a heat load onto the internal server with the cabinet and the server of the server system of the server cabinet.

A server cabinet, is used for mounting is equipped with an input, an output port for a number of server, the server rack includes a rack and is arranged on the inside of a plurality of input/output module, the a plurality of input/output module is used for respectively connected with the several server is electrically connected with a one-to-one, each of the input/output module is provided with telescopic input, output socket, the input, output socket are respectively used for the corresponding input on the server, is electrically connected with the output port.

A server system, including a machine frame and is arranged in the inside of a plurality of servers, each server is provided with a side of the input, output port, the frame is provided with a plurality of input/output module, the a plurality of input/output module is respectively connected with the several server is electrically connected with a one-to-one, each of the input/output module includes a housing and a plurality of input, output socket, one side of the housing is provided with a can be used for the input, output socket to make telescopic movement of the housing and protrudes outside or the inside of the accommodated in the perforation of the shell, the input, output socket in the crown of the outside of the of the outer shell respectively connected with the corresponding input on the server, is electrically connected with the output port.

Compared with the prior art, comprises a plurality of the frame of the input on the server, is electrically connected to the output port corresponding to the input/output module, so that the load onto the server of the server within the cabinet and is located at the server cabinet outside input, electrically connected with the output device, directly the input/output module and the external input, output device can be electrically connected, thus can avoid the input of the power line directly from the server, the server cabinet through the output port of the side plate of the cabinet is located at the server is connected to the external input, output device, confusion caused by a large number of power cord is wound on a server and the server cabinet between the side plate of the, and then by the server of the server cabinet is installed inside the hot air produced and the power supply can not be smoothly discharged to the outside.

With reference to the attached drawing, in the embodiment in connection with the further description of this invention.

Description of drawings

Figure 1 embodiment of the invention is the assembling diagram of the server system.

Figure 2 is Figure 1 in exploded view of the server cabinet.

Figure 3 is Figure 2 of the server cabinet in one of the input/output module decomposition diagram.

Figure 4 Figure 3 the input/output module in the assembly diagram.

Figure 5 Figure 4 the input/output module in V-V line sectioning of the Figure.

Figure 6 is the Figure 1 system the server in the front door removed, the assembled to a server, a schematic diagram of the server cabinet.

Mode of execution

Please refer to Figure 1 and Figure 2, the embodiment of the invention the server cabinet 10 as a 24U server cabinet, which can be used for assembly 24 a 1U server 20 (Figure 6). Each server 20 roughly cubical moment shape the appearance of, the front portion of the right side surface thereof is provided with a plurality of input/output port 22.

The server cabinet 10 is rectangular, its comprises a three-dimensional hollow a frame 11, is accommodated in the rack 11 inside of the group of the guide rails 13 and a plurality of input/output module 30, and can be respectively arranged in the frame 11 the front, two sides of the front door 14 and the back plate 15. The frame 11 comprises a rectangular top plate 111, with the top plate 111 opposite a bottom plate 113 and are respectively connected to the top plate 111 and a bottom plate 113 to the left, the two sides of the right, left and right side plates 112,114. The top plate 111, a bottom plate 113 and the left, right side plate 112 together form a rectangular enclosed space 116. The server 20 and other network equipment such as hub, disk array cabinet, and the like contained in the containing space 116 within. The front door 14 and the back plate 15 are respectively connected to the top plate 111 and a bottom plate 113 the front end and the rear end of, its relative to the frame 11 can be respectively in the opening and the closing of the two kinds of state. The front door 14 and the back plate 15 are respectively provided with a plurality of through holes regularly distributed 140,150.

Each group of the guide rails 13 are respectively located in the frame 11 the left, the right side of the same height position 1st, 2nd guide rail 131, 132. Wherein, the 1st guide rail 131 is greater than the length of the 2nd guide rail 132 length. The guide rail 13 along the frame 11 in the height direction of the arrangement, each group of the guide rails 13 can be a server of the corresponding bearing 20 on its upper, and which can guide the server 20 along the guide rail 131, 132 in the extending direction of the horizontal sliding. When the guide rail 13 is assembled to the frame 11 rear, 1st guide rail 131 and 2nd the rear end of the guide rail 132 is parallel to and close to the rear end of the back plate 15, the guide rail 1st 131 relative to the 2nd the front end of the guide rail 132 closer to the front end of the frame 11 at the front of, the 1st guide rail 131 close to the front end of the front door 14, the 2nd guide rail 132 with the front end of the front door 14 with a certain distance between the. The input/output module 30 along the frame 11 and the height direction of the guide rail are respectively located in 2nd 132 with the front end of the front door 14 between.

Please refer to fig. 3, each input/output module 30 includes a housing 31, is accommodated in the housing 31 of a circuit board 32, is located in the circuit board 32 of the on a plurality of input, output socket 33 and a can control the input, output socket 33 crown of the shell 31 external or contained in the casing 31 of the driving device 40.

The housing 31 an internal hollow fang Juzhuang , its right side surface 313 is formed a rectangular opening 310, its front side 315 forming several can be used for the input, output socket 33 a through hole 311. The circuit board 32 of the rectangular plate, the circuit board 32 is located in the outer shell 31 the bottom surface 312 is, the input, output socket 33 is fixed to the circuit board 32 adjacent to the outer shell 31 of the front side 315 one side of.

The driving device 40 includes a longitudinal support plate 41, from the support plate 41 of the left, right ends respectively of the two upwardly extending the guide part 43, positioned between the support plate 41 of the upper part of a long strip of the pull rod 45 and from the pull rod 45 respectively on one side of the guide portion 43 extending in the direction of the two sliding part 47. Please also refer to the Figure 4 and Figure 5, each of the guide part 43 from the support plate 41 extends vertically upwards on the upper surface of the guide block 431, the guide block 431 of one side of the vertically extending connecting rod 1st 433, sleeved on the 1st connecting rod 433 a 1st the periphery of the spring 435 and a 1st fixed member 436. The 1st fixed member 436 are respectively circular annular column-shape, one end thereof is fixed to the the housing 31 of the rear side surface 316 on. The guide block 431 includes one side to the shell 31 of the rear side 316 of the flat side of the 1st 430 and an opposite facing the outer shell 31 of the front side 315 of the side of the 2nd 432. The connecting rod 433 from the guide block 431 the 1st side 430 to the outer shell 31 of the rear side surface 316 extends to form the direction of the. The 2nd side 432 includes a and 1st side 430 of the pushing face parallel 4321 and a relative to the abutment is 4321 inclined guiding surface 4323. The butting surface 4321 and the guide surface 4323 is an obtuse angle between. The guiding block 431 of connecting rod 1st 433 are respectively loosely contained in the two 1st fixed part 436 inner, the 1st spring 435 is respectively abutted against the two ends of the the 1st fixed part 436 and the guide block 431 side of the 1st 430 between. The 1st connecting rod 433 can be respectively along the 1st fixed member 436 to telescopic movement of the shaft, so that the 1st spring 435 following 1st connecting rod 433 along the 1st fixed part 436 when the axial movement of the is compressed or stretched.

The tie rod 45 comprises a longitudinal rod 450 and are respectively formed on the rod body 450 left, the right two ends of a fixed part 451 and a force application part 456. The force application part 456 including from the rod body 450 with the rod body at the right end of the 450 vertically arranged a rectangular dust-proof plate 457 a of the rod body and from 450 to far away from the right end of the rod 450 extending in the direction of the handle 458. The fixing part 451 comprises from the rod body 450 with the rod body at the left end of the 450 vertically arranged a rectangular against the pressure plate 452, from the rod 450 away from the left end of the rod 450 extending in the direction where a 2nd connecting rod 454, and sleeved on the 2nd connecting rod 454 a 2nd the periphery of the spring 453 and a 2nd fixed member 455. The 2nd fixed member 455, 2nd spring 453 and 2nd connecting rod 454 with the relative positional relationship between the shape of the respectively connected with the above-mentioned each guide part 43 in the fixed piece 1st 436, 1st spring 435 and 1st connecting rod 433 with the relative positional relationship between the shape of the same. The 2nd fixed member 455 is fixed on one end of the housing 31 the left side 314 is, the 2nd fixed member 455 relative to the outer shell 31 the bottom surface 312 of the height and the 1st fixed part 436 relative to the outer shell 31 the bottom surface 312 roughly equal to the height of the. 2nd connecting rod 454 is accommodated in the 2nd 455 inner, 2nd spring 453 is set in the 2nd fixed piece 455 and the pressure plate 452 between, thereby the pull rod 45 connected and fixed on the housing 31 the left side 314 on. The handle 458 from the shell 31 the right side 313 of the opening 310 protruding extends from the outer shell 31, the dust-proof plate 457 can be roughly covered on the opening 310 in order to prevent impurities such as dust and the like from the opening 310 from entering the outer cover 31 internal. Each sliding portion 47 of the rod with a 450 parallel slide plate 471, from the slide plate 471 of one end of a vertically extending plate 473, and is connected with the slide plate 471 and rod body 450 of the two connecting plate between 475. The slide plate 471 forming the retaining plate, and 473 relative one end is formed with an inclined surface 4710. The inclined surface 4710 the direction of inclination of the guide block 431 of the side of the 2nd 432 bridge rectifier circuit conductor 4323 the same direction of inclination. The slide plate 471 and the guide block 431 pushing face of 4321 parallel to each other, slide plate 471 of the inclined surface 4710 and the guide block 431 guiding face 4323 propped against, the blocking plate 473 against the the guide block 431 and the guide surface 4323 and relative one end of the outer shell 31 of the rear side surface 316 extends.

The circuit board 32 by the locking element 50, such as screws, is fixed on the driving device 40 of the support plate 41 is. When the 1st, 2nd spring 435,453 are in the natural state, the slide plate 471 respectively communicated with the guiding block 431 pushing face of 4321 mutual contact, sliding plate 471 of the inclined surface 4710 against the guiding face 4323 close to the abutment surface 4321 on the part, at this moment, the circuit board 32 is located in the most close to the outer shell 31 of the front side 315 position, the input, output socket 33 through the housing 31 of the front side 315 of the through hole 311 protrudes out of the outer shell 31 of the front side. When through the handle 458 horizontal outer tensile pull rod 45, , 2nd spring 453 is tensile, force the slide plate 471 through the tilted surface 4710 along guide block 431 guiding face 4323 and the guide block 431 for relative movement, at the same time slide plate 471 forced guiding block 431 to near outer casing 31 rear side 316 in the direction of movement, so that the 1st spring 435 is compressed, and the circuit board 32 through the support plate 41 along with the guiding block 431 common to near outer casing 31 rear side 316 in the direction of movement, when the slide plate 471 and the guide block 431 relative movement until the slide plate 471 of the inclined surface 4710 against the corresponding guide surface 4323 away from the abutment is 4321 part, the circuit board 32 is located in the housing 31 away from the front side of the 315 position, the input, output socket 33 to extend into in 31 internal. Will be understood, when the release handle 458 stops stretching the pull rod 45, , 1st, 2nd spring 435,453 gradually return to the natural state, the slide plate 471 at the end of the inclined surface 4710 along guide block 43 guiding face 4323 sliding against the guide surface to 4323 close to the abutment is 4321 position, at this moment, the circuit board 32 to close to the outer shell 31 of the front side 315 movement in the direction of re-located in the outer shell 31 of the front side of the most close to the 315 position, the input, output socket 33 through the housing 31 of the front side 315 of the through hole 311 and protrude out of the casing 31 outside.

Please also refer to fig. 6, when assembling, first of all the input/output module 30 along the frame 11 for the height direction of the right side plate 114 of the front end portion, wherein, each of the input/output module 30 rear side 316 and the frame 11 the right side bar 114 against the inner surface of, the front side of the same 315 facing the left side plate 112, dash extends out of the housing 31 the right side 313 handle 458 facing the frame 11 at the front of. When the a server 20 is arranged in the frame 11 of the particular height position of the guide rail 13 when, by stretching of the high is positioned in the corresponding input/output module 30 handle 458, so that the input/output module 30 at the input, output socket 33 is accommodated in the housing 31 of the internal, then the server 20 to the left, the right side is located in the frame are respectively aligned 11 of the left side plate 112 corresponding to the height of the guide rail 131 and the right side plate 114 of the same height of the guide rail 132, then the server 20 horizontal push until the server 20 is completely contained in a frame 11 of the internal. Furthermore, loosen the handle 458, the corresponding height of the input/output module 30 of the input, output socket 33 through its housing 31 of the front side 315 of the opening 311 protruding extends from the outer shell 31, and respectively connected with the server 20 of the right side surface of the input, output port 22 corresponding to the electric connection.

When working, is located at the server cabinet 10 external cooling airflow through the front door 14 of the through hole 140 into the server cabinet 10 internal, the cooling gas stream flowing through the front-to-rear of the cabinet onto the server 10 the server 20, to take away the server 20 the heat generated by, and then through the server cabinet 10 of the back plate 15 of the through hole 150 of the server cabinet flows out of 10, thus the heat is radiated to the external environment.

Through the input/output module 30 is arranged, so that the server 20 is arranged in the frame 11 after the inside, without the need for a large number of power cord from the server 20 of the server cabinet passes through the rear side of the 10 of the back plate 15 is located at the server in order to connect the cabinet 10 is connected to input the outside of the, output device, thereby avoiding the confusion in a large number of power cord is wound on the server machine cabinet 10 to the rear, onto the server cabinet by 10 internal server 20 is generated by the power supply line and the hot air cannot be smoothly discharged to the outside world, ensures that the server cabinet 10 internal and external airflow exchange efficiency. On the other hand, the input/output module 30 is set in the server cabinet 10 and close to the front of the side of the position, when the through the power cord when the input/output module 30 with an external input, is connected to the output device, the operating personnel does not need the server cabinet stands in 10 operation the rear of, the operating personnel can be avoided by the server cabinet 10 in the impact of the discharge of the heated air causing discomfort.