CN105530794B - Wire arranging frame - Google Patents

Abstract

The present invention relates to a cable management rack, which is suitable for organizing cables in two areas of a chassis of an electronic device. The cable management rack includes a first cable management mechanism, a first support mechanism, a second cable management mechanism, and a second support mechanism. The first cable management mechanism is used to organize cables in one area of the chassis, and the first cable management mechanism includes a support frame; the first support mechanism is used to support the first cable management mechanism, and the first support mechanism includes a fastener; the second cable management mechanism is used to organize cables in another area of the chassis, and the second cable management mechanism includes a fastener that can be releasably mounted on the support frame of the first support mechanism, and the second support mechanism is used to support the second cable management mechanism, and the second support mechanism includes a fastener that can be releasably mounted on the support frame of the first cable management mechanism.

Description

cable management rack

technical field

The invention relates to a cable management frame, in particular to a cable management frame which is used in a server cabinet and can be used in at least two different areas of the server cabinet.

Background technique

With the vigorous development of information technology and communication industry, the demand for server system is also increasing. Wherein, the server system includes a server for storing a large amount of electronic information. Generally speaking, the corresponding two sides of the chassis of the server are respectively installed on the machine column of the rack by means of a slide rail assembly. The chassis is used to protect related electronic devices or parts of the server. Wherein, these electronic devices or components usually have cables to maintain the normal operation of the server. Therefore, in order to meet the cable management requirements, a cable management arm (CMA) is usually included in the server system for placing the cables.

For example, the specification of US Patent Publication No. US 7,554,819B2 discloses a cable management frame, which is used for a general server chassis. The wire management frame includes a frame main body (1), a support frame (2), two sliding parts (3, 4), two assembly parts (5, 6), and a socket (7). The front cable management arm (11) and the rear cable management arm (12) of the cable frame main body (1) of the cable management frame can be used for the cables of the server to be placed (for example, the cables can be passed through and placed on the inside the cable holder (15) of each cable management arm). This prior application is hereby incorporated by reference.

However, under certain specific requirements, some server cabinets with large volumes are usually designed with upper and lower layers to divide them into different work areas, which also means that cables located on the upper layer of the cabinet For the cables located on the lower layer of the chassis, a specially designed cable management frame is required to meet the cable management requirements of the upper and lower layers. Therefore, it has become an important issue to develop a cable management frame that can be used to place cables in different areas of the chassis at the same time and that can be quickly installed or removed.

Contents of the invention

It is an object of the present invention to provide a cable management rack that can be used in at least two different areas of a server cabinet.

A cable management rack according to one aspect of the present invention is suitable for use in a cabinet comprising an upper region and a lower region, the opposite sides of the cabinet are respectively connected by a first slide rail assembly and a second slide rail assembly To be mounted to a rack, each slide rail assembly includes a fixed rail and a movable rail that can be moved longitudinally relative to the fixed rail, and the two sides of the chassis are mounted to the corresponding sides of each slide rail assembly The movable rail, the cable management frame includes a first cable management mechanism, including a first cable management arm; a second cable management arm is movably connected to the first cable management arm, and the first cable management arm is connected to the second cable management arm. The position of the wire arm is approximately corresponding to the upper area of the chassis; a first connection device is movably connected to the first wire management arm, and the first connection device includes a first connection section, a second connection section, and a channel , the channel is located at the first connection section, the first connection device is releasably mounted to the fixed rail of the first slide rail assembly; a support frame is connected to the second connection section; a second connection device is movably connected The second cable management arm, the second connecting device is releasably installed to the chassis; a first support mechanism includes a first support rail for supporting the first cable management arm and the second cable management arm of the first cable management mechanism One of the cable management arms; a second support rail is telescopically connected to the first support rail; a movable part is connected to the first support rail, and the movable part is movably installed to the first connection of the first cable management mechanism The channel of the device; a fastener is connected to the second support rail; a second cable management mechanism includes a first cable management arm; a second cable management arm is movably connected to the first cable management arm, and the first cable management arm The position of the arm and the second cable management arm is roughly corresponding to the lower area of the chassis; a first connection device is movably connected to the first cable management arm, and the first connection device includes an extension, wherein the first connection The first connection section of the device is releasably mounted to the fixed rail of the second slide rail assembly; a support frame is connected to the extension, and the support frame is releasably connected to the fastener of the first support mechanism; Two connection devices are movably connected to the second cable management arm, and the second connection device is releasably installed to the chassis; a second support mechanism includes a first support rail for supporting the first cable management arm and the second cable management arm. One of the two wire management arms; a second support rail is telescopically connected to the first support rail; a movable part is connected to the first support rail, and the movable part is movably installed to the first of the second wire management mechanism. a connection device; and a fastener connected to the second support rail, the fastener releasably installed on the support frame of the first cable management mechanism.

Description of drawings

To further illustrate and confirm the above-mentioned purpose, structural features and effects of the present invention, the present invention will be described in detail below in conjunction with the accompanying drawings, wherein:

FIG. 1 shows a schematic diagram of a cable management rack applicable to different areas of a cabinet according to an embodiment of the present invention.

FIG. 2 shows an exploded view of the cable management rack applied to the chassis and slide rail assembly according to an embodiment of the present invention.

Fig. 3 shows an exploded view of the cable management arm of the first cable management mechanism of the cable management frame according to an embodiment of the present invention.

Fig. 4 shows a perspective view of a first cable management mechanism of the cable management frame according to an embodiment of the present invention.

FIG. 5 shows an exploded view of the first connection device and the supporting frame of the first cable management mechanism of the cable management frame according to an embodiment of the present invention.

FIG. 5A shows a partial view of the first cable management mechanism of FIG. 5 , showing the supporting frame of the first cable management mechanism.

FIG. 6 is an exploded schematic diagram of the second connection device of the first cable management mechanism of the cable management frame according to an embodiment of the present invention.

Fig. 7 shows an exploded view of the first supporting mechanism of the cable management frame according to an embodiment of the present invention.

Fig. 8 shows a perspective view of the first supporting mechanism of the cable management frame according to an embodiment of the present invention.

Fig. 9 shows an exploded schematic diagram of the first cable management mechanism and the first support mechanism of the cable management frame according to an embodiment of the present invention, wherein the second connecting device of the first cable management mechanism can be releasably installed on the first base, and the second A first connecting device of a cable management mechanism and a movable member of a first supporting mechanism can be releasably mounted to the first slide rail assembly.

Fig. 10 shows a partial schematic diagram of the first connecting device of the first cable management mechanism of the cable management frame and the movable part of the first support mechanism can be releasably installed on the first slide rail assembly together according to an embodiment of the present invention.

Fig. 11 shows a partial perspective view of the first connecting device of the first cable management mechanism of the cable management frame and the movable part of the first support mechanism being installed on the first slide rail assembly according to an embodiment of the present invention.

Fig. 12 shows an exploded view of the second connection device and the first base of the first cable management mechanism of the cable management frame according to an embodiment of the present invention.

Fig. 13 shows a combined perspective view of the second connection device and the first base of the first cable management mechanism of the cable management frame according to an embodiment of the present invention.

Figure 14 shows that the second connecting device of the first cable management mechanism of the cable management frame according to an embodiment of the present invention is installed on the first base, and the first connecting device of the first cable management mechanism is fixed together with the movable part of the first support mechanism The combined perspective view of the installation to the first slide rail assembly.

Fig. 15 shows a perspective view of a second cable management mechanism of the cable management frame according to an embodiment of the present invention.

Fig. 16 shows a perspective view of the second supporting mechanism of the cable management frame according to an embodiment of the present invention.

FIG. 17 shows a schematic perspective view of the cable management frame in an unfolded state as the chassis is pulled out of the rack according to an embodiment of the present invention.

FIG. 18A shows an assembly operation diagram (1) of the first connecting device of the cable management mechanism of the cable management frame and the fixed rail of the slide rail assembly according to an embodiment of the present invention.

FIG. 18B shows an assembly operation drawing (2) of the first connecting device of the cable management mechanism of the cable management frame and the fixed rail of the slide rail assembly according to an embodiment of the present invention.

FIG. 18C shows an assembly operation diagram (3) of the first connecting device of the cable management mechanism of the cable management frame and the fixed rail of the slide rail assembly according to an embodiment of the present invention.

FIG. 19A shows an assembly operation diagram (1) of the second connection device and the base of the cable management mechanism of the cable management frame according to an embodiment of the present invention.

FIG. 19B shows an assembly operation diagram (2) of the second connection device and the base of the cable management mechanism of the cable management frame according to an embodiment of the present invention.

FIG. 19C shows an assembly operation diagram (3) of the second connection device and the base of the cable management mechanism of the cable management frame according to an embodiment of the present invention.

FIG. 20A shows an assembly operation diagram (1) of the fastener of the support mechanism of the cable management frame and the support frame of the cable management mechanism according to an embodiment of the present invention.

FIG. 20B shows an assembly operation diagram (2) of the fastener of the support mechanism of the cable management frame and the support frame of the cable management mechanism according to an embodiment of the present invention.

FIG. 20C shows an assembly operation diagram (3) of the fastener of the support mechanism of the cable management frame and the support frame of the cable management mechanism according to an embodiment of the present invention.

FIG. 21 shows a schematic diagram of the operation of the cable management rack applied to the chassis installed in the rack according to an embodiment of the present invention, which is used to show that the cable management rack is in a retracted state.

FIG. 22 shows a schematic diagram of the operation of the cable management rack applied to the chassis installed in the rack according to an embodiment of the present invention, which is used to show that the cable management rack gradually changes from the folded state to the unfolded state.

FIG. 23 shows a schematic diagram of the operation of the cable management rack applied to the chassis installed in the rack according to an embodiment of the present invention, which is used to show that the cable management rack is in an unfolded state.

detailed description

FIG. 1 shows an embodiment of the present invention including a frame 30 , a cabinet 32 , a first slide rail assembly 34 , a second slide rail assembly 36 and a cable management frame 38 . Wherein, the rack 30 has a plurality of support columns 40a, 40b, 40c and 40d. The chassis 32 includes an upper area 42a and a lower area 42b. The first slide rail assembly 34 is installed between one side of the cabinet 32 and a plurality of support columns 40a and 40b of the rack 30 (for example, one side of the cabinet 32 is installed on the first slide rail assembly Become a movable rail 35 of 34). The second slide rail assembly 36 is installed between the other side of the cabinet 32 and a plurality of support columns 40c and 40d of the frame 30 (for example, the other side of the cabinet 32 is installed on the second slide a movable rail (not shown) of the rail assembly 36). Thereby, the chassis 32 can be easily pulled out from the rack 30 or pushed into the rack 30 by means of the first slide rail assembly 34 and the second slide rail assembly 36 . The cable management frame 38 is connected between the first slide rail assembly 34 and the second slide rail assembly 36 for organizing the cables connected or extending from the rear of the chassis 32 .

2 shows a first base 44 fixedly mounted on one side of the chassis 32 adjacent to the first slide rail assembly 34, and a second base 46 fixedly mounted adjacent to the second slide rail assembly 36 the other side of the chassis 32. The cable management frame 38 includes a first cable management mechanism 48 , a first support mechanism 50 , a second cable management mechanism 52 and a second support mechanism 54 . The first cable management mechanism 48 includes a first cable management arm 56 , a second cable management arm 58 , a first connection device 60 , a support frame 62 , a second connection device 64 , and a sliding seat 66 . The second cable management arm 58 is connected to the first cable management arm 56; the first connection device 60 and the support frame 62 are connected to one end of the first cable management arm 56; the second connection device 64 is connected to the second cable management arm 56; The wire arm 58 ; the sliding seat 66 is connected to the arm portion of the first wire management arm 56 . Wherein, the second connecting device 64 can be connected to the first base 44 . The first support mechanism 50 includes a first support rail 68 , a second support rail 70 , a fastener 72 , and a movable part 74 . The second support rail 70 is telescopically connected to the first support rail 68; ); the movable part 74 is connected to the first support rail 68. Wherein, the slide seat 66 of the aforementioned first wire management mechanism 48 is movably connected to the first support rail 68 of the first support mechanism 50 and can move on the first support rail 68 of the first support mechanism 50. The first support rail 68 of the first support mechanism 50 can support one of the first cable management arm 56 and the second cable management arm 58 of the first cable management mechanism 48 (for example, the first cable management mechanism 48 first cable management arm 56). The movable part 74 can be combined with the first connecting device 60 of the first cable management mechanism 48 first, and then connected to the first sliding rail assembly 34 together. The second cable management mechanism 52 includes a first cable management arm 76 , a second cable management arm 78 , a first connection device 80 , a support frame 82 , a second connection device 84 , and a sliding seat 86 . The second cable management arm 78 is connected to the first cable management arm 76; the first connection device 80 and the support frame 82 are connected to one end of the first cable management arm 76; the second connection device 84 is connected to the second cable management arm arm 78 ; the sliding seat 86 is connected to the arm portion of the first cable management arm 76 . Wherein, the second connection device 84 can be connected to the second base 46 . The second support mechanism 54 includes a first support rail 88 , a second support rail 90 , a fastener 92 , and a movable part 94 . The second support rail 90 is telescopically connected to the first support rail 88; ); the movable part 94 is connected to the first support rail 88. Wherein, the slide seat 86 of the aforementioned second wire management mechanism 52 is movably connected to the first support rail 88 of the second support mechanism 54, and the first support rail 88 of the second support mechanism 54 can support the second wire management. One of the first wire management arm 76 and the second wire management arm 78 of the mechanism 52 (for example, the first wire management arm 76 of the second wire management mechanism 52 ). The movable part 94 can be combined with the first connecting device 80 of the second cable management mechanism 52 first, and then connected to the second slide rail assembly 36 together. Wherein, the support frame 82 of the second wire management mechanism 52 and the fastener 72 of the first support mechanism 50 are releasably assembled together; the fastener 92 of the second support mechanism 54 and the first wire management mechanism The supporting frame 62 of 48 is releasably assembled with each other. Accordingly, the first wire management mechanism 48 , the first support mechanism 50 , the second wire management mechanism 52 , and the second support mechanism 54 can be releasably assembled together. In a preferred embodiment, the structure of the first wire management mechanism 48 is substantially the same as that of the second wire management mechanism 52, but the difference is that the support frame 62 of the first wire management mechanism 48 is located adjacent to the first wire management mechanism. The lower position of the first connecting device 60 of the cable management mechanism 48 , and the support frame 82 of the second cable management mechanism 52 is located adjacent to the upper position of the first connecting device 80 of the second cable management mechanism 52 . On the other hand, the combination of the first connection device 60 of the first cable management mechanism 48 and the movable part 74 of the first support mechanism 50 and the way they are releasably mounted to the first slide rail assembly 34 are It is substantially the same as the combination of the first connection device 80 of the second cable management mechanism 52 and the movable member 94 of the second support mechanism 54 and the manner in which they are releasably mounted to the second slide rail assembly 36 together. In addition, the second connection device 64 of the first cable management mechanism 48 is releasably mounted to the first base 44 in substantially the same manner as the second connection device 84 of the second cable management mechanism 52 is releasably mounted to the base 44. The second base 46 by way of. And the buckle 92 of the second support mechanism 54 is releasably mounted to the support frame 62 of the first wire management mechanism 48 in a manner that is substantially the same as the buckle 72 of the first support mechanism 50 is releasably mounted to the first support mechanism 50. The supporting frame 82 of the second wire management mechanism 52 .

3 and 4 respectively show an exploded view and a combined perspective view of the first cable management mechanism 48 . In this embodiment, by means of a first hinge structure 96 (hinge structure) connected between the first cable management arm 56 and the second cable management arm 58, the first cable management arm 56 and the second cable management arm 56 are connected to each other. The arms 58 are collapsible to each other into a closed position (or unfolded from the closed position to a V-like extended position). A second hinge structure 98 is connected between the first cable management arm 56 and the first connection device 60 , so that the first connection device 60 can move and rotate relative to the first cable management arm 56 . The sliding seat 66 is connected to the first cable management arm 56 by means of a first pivot member 100 , so that the first cable management arm 56 can move relative to the sliding seat 66 to rotate and displace. The second connection device 64 is connected to the second cable management arm 58 by a second pivot member 102 , so that the second connection device 64 can move relative to the second cable management arm 58 to rotate and displace. Each of the cable management arms 56 and 58 has a cable support feature 104 , such as a U-shape, for conveniently storing and organizing cables.

5 shows that the first connecting device 60 includes a first connecting section 106; a second connecting section 108 extends longitudinally from the first connecting section 106; an upper wall 110a and a lower wall 110b respectively extend from the first connecting section 106 The upper and lower edges of the upper wall 110a and the lower wall 110b define a channel 112 between one of the upper wall 110a and the lower wall 110b and the first connecting section 106; Between the two connecting sections 108; a third connecting section 116 extends upwards from the second connecting section 108 and is higher than the upper wall 110a, and the third connecting section 116 is movably connected to the first connecting section 116 by means of the aforementioned second hinge structure 98 The first wire management arm 56 of a wire management mechanism 48; an insertion portion 118 extending from the first connecting section 106 partially beyond the passage 112, and the insertion portion 118 outside the passage 112 has at least one locking hole 120; And a locking member 122 is elastically connected to the insertion portion 118, the locking member 122 includes at least one locking portion 124 corresponding to the at least one locking hole 120 of the insertion portion 118, a release portion 126, and an elastic portion 128 is located between the at least one engaging portion 124 and the releasing portion 126 . In detail, the locking part 122 is elastically connected to the insertion part 118 by means of the elastic part 128, and the at least one locking part 124 responds to the elastic force provided by the elastic part 128 and is locked on the insertion part 118. Inside at least one locking hole 120 . As shown in FIG. 5A, the support frame 62 of the first cable management mechanism 48 is connected and extends laterally from the second connection section 108. In one embodiment, the support frame 62 has a positioning hole 130 and a mounting Hole 132, the installation hole 132 communicates with the positioning hole 130; a positioning piece 134 elastically connects the support frame 62, the positioning piece 134 can be regarded as a part of the support frame 62 and has a blocking portion 136 corresponding to the positioning hole 130 and the mounting hole 132.

Figure 6 shows that the second connecting device 64 includes a connecting piece 138 and a locking piece 140, the locking piece 140 elastically connects the connecting piece 138, wherein the connecting piece 138 has an insertion portion 142 and a locking piece The hole 144 has substantially the same configuration as the aforementioned engaging member 122 , and includes at least one engaging portion 146 , one releasing portion 148 , and one elastic portion 150 . The at least one locking portion 146 corresponds to the locking hole 144 of the connecting member 138 ; the elastic portion 150 is located between the locking portion 146 and the releasing portion 148 .

7 and 8 respectively show an exploded schematic view and a three-dimensional combined schematic view of the first support mechanism 50, which also includes a hinge structure 152 and a swing arm 154, wherein the hinge structure 152 is connected between the first support rail 68 and the Between the swing arm 154 , and the swing arm 154 is connected between the hinge structure 152 and the movable part 74 , so that the movable part 74 can move relative to the first support rail 68 to rotate and displace. In detail, the swing arm 154 has a locking protrusion 156 and a pair of locking slots 158 . The pair of locking slots 158 are located on two sides of the locking protrusion 156 . The movable part 74 is formed by flexible material such as plastic material, and includes a pair of side walls 160 and a side wall 162 , and the side wall 162 extends between the pair of side walls 160 . Wherein, the side wall 162 has an upper locking feature 164 , a lower locking feature 166 , and an operating portion 168 . When assembled, the locking protrusion 156 of the swing arm 154 can be locked and positioned with one of the upper locking feature 164 and the lower locking feature 166 . Further, each locking feature 164 and 166 has an elastic block 170 and a slot 172, and the slot 172 is located at the periphery of the elastic block 170. In this embodiment, the locking protrusion 156 is inserted into Behind the slot 172 of the upper locking feature 164, the locking groove 158 is used to touch the wall of the movable part 74, and the elastic block 170 is pressed against the locking protrusion 156, so that the movable part 74 and the swing arm 154 can lock each other for positioning. Therefore, the first supporting mechanism 50 is located higher than the movable part 74 . When releasing the latch, as long as the elastic block 170 is pressed to disengage from the contact with the locking protrusion 156, the movable part 74 can be dismounted from the swing arm 154. In addition, the fastener 72 is fixedly connected to the second support rail 70 of the first support mechanism 50 , the fastener 72 has a head 176 and a body 178 , and the body 178 extends from the head 176 . Wherein, the outer diameter of the head 176 is larger than the outer diameter of the body 178 .

Fig. 9 shows that the first connecting section 106 of the first connecting device 60 of the first cable management mechanism 48 and the movable part 74 of the first support mechanism 50 can be installed to the first slide rail assembly 34 together, and shows The second connection device 64 of the first cable management mechanism 48 is capable of being mounted to the first base 44 adjacent to one side of the aforementioned chassis 32 . In addition, the first support rail 68 of the first support mechanism 50 includes a first portion 69 a and a second portion 69 b. Both the first position 69a and the second position 69b have a limiter (such as the first limiter 71a and the second limiter 71b), so that the slide seat 66 of the first wire management mechanism 48 is positioned on the first limiter. When the first support rail 68 of the support mechanism 50 is movable and displaced, it can be limited between these limit pieces.

As shown in FIGS. 10 and 11 , the first connecting device 60 of the first cable management mechanism 48 and the movable part 74 of the first supporting mechanism 50 are one of the components that can be installed on the first slide rail assembly 34 together. rails (such as a fixed rail 180). The fixing rail 180 has a pair of connecting holes 182 . Preferably, the fixing rail 180 further includes at least one pair of bent fixing pieces 184 , and the pair of fixing pieces 184 define a channel 186 . When assembling, the movable part 74 of the first supporting mechanism 50 can be installed in the channel 112 of the first connecting device 60 of the first cable management mechanism 48 first by means of the pair of side walls 160, and then the first supporting mechanism The movable part 74 of 50 can be abutted against the blocking portion 114 of the first connecting device 60 and is in a retracted position relative to the first connecting device 60 and the fixed rail 180 of the first sliding rail assembly 34 . In this state, at least one locking portion 124 of the locking member 122 can be correspondingly locked in the pair of connecting holes 182 of the fixing rail 180 , and the first connecting device 60 of the first cable management mechanism 48 The insertion portion 118 is capable of being correspondingly inserted into the groove 186 of the fixing rail 180 of the first slide rail assembly 34 and blocked by the pair of fixing pieces 184, so as to lift the first cable management mechanism 48 of the first cable management mechanism 48. The connection device 60 is installed to the stability of the fixed rail 180 of the first slide rail assembly 34 , so that the movable part 74 of the first support mechanism 50 can be kept in the first connection device 60 of the first cable management mechanism 48 and the fixed rail 180 of the first slide rail assembly 34 .

As shown in FIGS. 12 and 13 , the first base 44 on one side of the chassis 32 includes a blocking portion 188 , and preferably, also includes a socket 190 and a blocking wall 192 . During assembly, the catch portion 146 of the second connection device 64 of the first cable management mechanism 48 is correspondingly locked on the stop portion 188 of the first base 44, and the second connection of the first cable management mechanism 48 The insertion portion 142 of the device 64 can be correspondingly inserted into the socket 190 of the first base 44 and blocked by the blocking wall 192, so that the second connecting device 64 of the first cable management mechanism 48 can be lifted to be installed on the first base 44. The stability of the base 44.

FIG. 14 shows that the first connecting device 60 and the second connecting device 64 of the first cable management mechanism 48 have been installed on the fixing rail 180 of the first sliding rail assembly 34 and the first base 44 respectively. In addition, the second support mechanism 54 is a support frame 62 installed to the first cable management mechanism 48 .

FIG. 15 shows a three-dimensional assembled view of the second cable management mechanism 52 . The difference between the second wire management mechanism 52 and the aforementioned first wire management mechanism 48 is generally that: the second wire management mechanism 52 includes a first extension 194 connected to the second connection device 84, so that the second connection device 84 The height is higher than the second wire management arm 78 of the second wire management mechanism 52 . And a second extending portion 196 is connected to the supporting frame 82 , so that the supporting frame 82 is located above the first connecting device 80 of the second cable management mechanism 52 .

FIG. 16 shows a combined schematic view of the second supporting mechanism 54 . The difference between the second support mechanism 54 and the aforementioned first support mechanism 50 is generally that: a swing arm 198 of the second support mechanism 54 is movably connected to the movable member 94 and the first support of the second support mechanism 54 Between the rails 88 , one end of the swing arm 198 is a lower detent feature 200 that detents to the movable member 94 . Therefore, the movable member 94 is higher than the second supporting mechanism 54 .

As shown in Figure 17, the position of the first connection device 60 of the first wire management mechanism 48 is substantially parallel to the position of the first connection device 80 of the second wire management mechanism 52 (for example, the first wire management mechanism 48 The first connecting device 60 of the first connecting device 60 and the first connecting device 80 of the second cable management mechanism 52 are located on the same level), the support frame 62 of the first cable management mechanism 48 is located adjacent to the first cable management mechanism 48 Below the first connection device 60 , the second wire management mechanism 52 is mounted to the support frame 62 of the first wire management mechanism 48 by means of the fastener 92 of the second support mechanism 54 and is positioned at the bottom of the first wire management mechanism 48 . Below; In contrast, the support frame 82 of the second wire management mechanism 52 is located above the first connecting device 80 adjacent to the second wire management mechanism 52, so that the first wire management mechanism 48 is supported by the first support The fastener 72 of the mechanism 50 is mounted on the supporting frame 82 of the second cable management mechanism 52 and is located above the second cable management mechanism 52 . Accordingly, the first cable management arm 56 of the first cable management mechanism 48 roughly corresponds to the second cable management arm 58 and can be used for the upper area 42a of the chassis 32 to place the rear side of the chassis 32 The wires connected or extended by the upper layer area 42a; in comparison, the first wire management arm 76 and the second wire management arm 78 of the second wire management mechanism 52 are roughly corresponding and can be used for the lower layer of the chassis 32 The area 42b is used to place the cables connected or extended to the lower area 42b on the rear side of the chassis 32 .

18A to 18C show that the first connection device 60 of the first cable management mechanism 48 is releasably mounted to a fixed rail 180 of the first slide rail assembly 34 together with the movable part 74 of the first support mechanism 50 , when the installation state is to be released, the operator can use the first support mechanism to The operating part 168 of the movable part 74 of 50 indirectly exerts a force F to operate the release part 126 of the locking part 122, so that at least one locking part 124 of the locking part 122 is connected to at least one of the fixed rail 180. The hole 182 is disengaged from at least one locking hole 120 of the first connecting device 60 , and in this state, the first connecting device 60 of the first cable management mechanism 48 and the movable part 74 of the first supporting mechanism 50 It can be disassembled from the fixing rail 180 of the first sliding rail assembly 34 in a direction D together.

19A to 19C show that when the installation state between the second connecting device 64 of the first cable management mechanism 48 and the first base 44 is to be released, the operator can apply a force F to operate the second connecting device 64 The release part 148 of the second connecting device 64 overcomes the elastic force provided by the elastic part 150, so that at least one latching part 146 of the second connecting device 64 is released from the latching hole 144 of the connecting member 138 and the first base In this state, the second connecting device 64 of the first cable management mechanism 48 can be detached from the first base 44 in a direction D.

It can be seen that, when the second connecting device 64 of the first cable management mechanism 48 is released from the first base 44 of the chassis 32, it is convenient for the user to replace, overhaul or maintain the components arranged in the upper region 42a of the chassis 32. Electronic components and/or equipment; Similarly, when the second connection device 84 of the second cable management mechanism 52 is released from the second base 46 of the chassis 32, it is convenient for the user to replace, overhaul or maintain the chassis 32 The electronic components and/or equipment arranged in the lower area 42b.

20A to 20C show when the head 270 of the fastener 92 of the second support mechanism 54 is installed in the positioning hole 130 of the support frame 62 of the first cable management mechanism 48 (this part can be referred to in FIG. 5 and FIG. 5A) , and want to release the installation state between the fastener 92 of the second support mechanism 54 and the support frame 62 of the first cable management mechanism 48, the operator can apply a force F to operate the first cable management mechanism 48 The positioning piece 134 of the first connecting device 60 makes the blocking portion 136 of the positioning piece 134 no longer block the head 270 of the fastener 92 of the second supporting mechanism 54, and in this state, the second supporting mechanism 54 can The supporting frame 62 of the first cable management mechanism 48 is disassembled in a direction D.

As shown in FIG. 21 , when the movable rail of each slide rail assembly (for example, the movable rail 35 of the first slide rail assembly 34 and the movable rail 37 of the second slide rail assembly 36 ) is relatively When the fixed rails of the rail assembly (for example, the fixed rail 180 of the first slide rail assembly 34 and the fixed rail 202 of the second slide rail assembly 36) are in a retracted position, the cable management frame 38 is in a retracted position. combined state.

As shown in Figure 22, when the movable rail of each slide rail assembly (for example, the movable rail 35 of the first slide rail assembly 34 and the movable rail 37 of the second slide rail assembly 36) is relatively fixed rail (such as When the fixed rail 180 of the first slide rail assembly 34 and the fixed rail 202 of the second slide rail assembly 36 move longitudinally in the direction D1 from the retracted position to an extended position, the chassis 32 is displaced accordingly, The second wire management arm 58 of the first wire management mechanism 48 is gradually launched relative to the first wire management arm 56. Similarly, the second wire management arm 78 of the second wire management mechanism 52 is relative to the first wire management arm. 76 unfolds gradually. Accordingly, the sliding seat 66 and the sliding seat 86 (not shown) respectively drive the first supporting rail 68 of the first supporting mechanism 50 and the first supporting rail 88 of the second supporting mechanism 54, and the movable member 74 and The movable member 94 extends toward the first connecting device 60 and the first connecting device 80 in the fixed rail 180 of the first slide rail assembly 34 and in the fixed rail 202 of the second slide rail assembly 36 respectively. The direction of position D1 is active displacement. On the other hand, the first support rail 68 of the first support mechanism 50 and the first support rail 88 of the second support mechanism 54 are linearly deployed relative to the second support rail 70 and the second support rail 90 respectively and synchronously. The first wire management arm 56 of the first wire management mechanism 48 and the first wire management arm 76 of the second wire management mechanism 52 are supported.

As shown in FIG. 23 , when the movable rail of each slide rail assembly is further relative to the fixed rail (for example, the fixed rail 180 of the first slide rail assembly 34 and the fixed rail 202 of the second slide rail assembly 36 ) When moving towards the direction D1 of the extended position, the second wire management arm 58 of the first wire management mechanism 48 is further expanded relative to the first wire management arm 56. Similarly, the second wire management arm 52 of the second wire management mechanism 52 is further expanded. The cable management arm 78 is further extended relative to the first cable management arm 76 . Accordingly, the slide seat 66 and the slide seat 86 respectively further drive the first support rail 68 of the first support mechanism 50 and the first support rail 88 of the second support mechanism 54, and the movable member 74 and the movable member The member 94 is further respectively in the fixed rail 180 of the first slide rail assembly 34 and the fixed rail 202 of the second slide rail assembly 36 respectively relative to the first connecting device 60 and the first connecting device 80 toward the extended position. Direction D1 active displacement. On the other hand, the first support rail 68 of the first support mechanism 50 and the first support rail 88 of the two support mechanisms 54 are further linearly extended relative to the second support rail 70 and the second support rail 90 respectively. The first wire management arm 56 of the first wire management mechanism 48 and the first wire management arm 76 of the second wire management mechanism 52 are supported synchronously.

It is worth mentioning that when the movable rail of each slide rail assembly is retracted relative to the fixed rail (for example, the fixed rail 180 of the first slide rail assembly 34 and the fixed rail 202 of the second slide rail assembly 36 ) When the direction of the position (opposite to the direction D1 of the extended position) is movable, the second wire arm 58 of the first wire management mechanism 48 and the second wire management arm 78 of the second wire management mechanism 52 are respectively relative to the first wire management arm 78. When the first wire management arm 56 of a wire management mechanism 48 is folded with the first wire management arm 76 of the second wire management mechanism 52, the first support rail 68 of the first support mechanism 50 and the second support mechanism 54 Each of the first support rails 88 of the first support mechanism 68 and the second support rail 90 of the second support mechanism 54 can be in a retracted state again.

According to the above description, it can be seen that the enhanced efficacy and advantages of the present invention are that the cable management rack can be used in at least two different areas of the server cabinet to organize cables connected or extended from different areas of the server cabinet.

Although the present invention has been described with reference to the current specific embodiments, those of ordinary skill in the art should recognize that the above embodiments are only used to illustrate the present invention, and other modifications can be made without departing from the spirit of the present invention. Various equivalent changes and modifications, therefore, as long as the changes and modifications to the above embodiments are within the true spirit of the present invention, they will all fall within the scope of the claims of the present application.

Claims (15)

1. A cable management frame, comprising a first cable management mechanism, a first support mechanism, a second cable management mechanism, and a second support mechanism, characterized in that: The first wire management mechanism includes a first wire management arm; a second wire management arm is connected to the first wire management arm; a first connection device is connected to the first wire management arm, and the first connection device includes a A first connection section, a second connection section, and a channel, the channel is located at the first connection section; a support frame is connected to the second connection section; and a second connection device is connected to the second cable management arm; The first support mechanism includes a first support rail for supporting one of the first cable management arm and the second cable management arm of the first cable management mechanism; a second support rail telescopically connects the first cable management arm A support rail; a movable part connected to the first support rail, the movable part is movably installed to the channel of the first connecting device; and a fastener connected to the second support rail; The second wire management mechanism includes a first wire management arm; a second wire management arm is connected to the first wire management arm; a first connection device is connected to the first wire management arm, and the first connection device includes a an extension; a support frame is connected to the extension, and the support frame is releasably connected to the fastener of the first support mechanism; and a second connection device is connected to the second cable management arm; The second support mechanism includes a first support rail for supporting one of the first cable management arm and the second cable management arm of the second cable management mechanism; a second support rail telescopically connects the first cable management arm A support rail; a movable part is connected to the first support rail, and the movable part is movably installed to the first connecting device of the second cable management mechanism; and a fastener is connected to the second support rail, and the fastener is releasably Installed to the support frame of the first cable management mechanism. 2. The cable management frame according to claim 1, characterized in that, the support frame of the first cable management mechanism is located below the first connecting device adjacent to the first cable management mechanism, so that the second cable management mechanism The wire management mechanism is installed to the support frame of the first wire management mechanism by means of the fastener of the second support mechanism and is located below the first wire management mechanism; the support frame of the second wire management mechanism is located at the same Above the first connection device adjacent to the wire mechanism, the first wire management mechanism is installed to the support frame of the second wire management mechanism by means of the fastener of the first support mechanism and is located above the second wire management mechanism. 3. The cable management frame according to claim 1, characterized in that, the support frame of the first cable management mechanism and the support frame of the second cable management mechanism also include a positioning hole and a positioning member, the positioning The support frame is elastically connected by a piece, and the positioning piece has a blocking portion corresponding to the positioning hole; wherein the fastener of the first support mechanism is installed to the positioning hole of the support frame of the second wire management mechanism and is fixed by the second management mechanism. The blocking part of the positioning part of the wire mechanism is blocked; the fastener of the second supporting mechanism is installed to the positioning hole of the support frame of the first wire management mechanism and is blocked by the blocking part of the positioning part of the first wire management mechanism. 4. The cable management frame according to claim 1, wherein the first cable management mechanism and the second cable management mechanism further comprise a sliding seat, and the sliding seat of the first cable management mechanism is pivotally connected to the The first wire management arm of the first wire management mechanism is movably connected to the first support rail of the first support mechanism; the slide seat of the second wire management mechanism is pivotally connected to the first wire management arm of the second wire management mechanism and The first support rail of the second support mechanism is movably connected. 5. The cable management frame according to claim 4, wherein the first support rail of the first support mechanism and the first support rail of the second support mechanism both include a first portion and a second portion , the first part and the second part both have a limiter, so that the slide seat of the first wire management mechanism and the slide seat of the second wire management mechanism can respectively move along the first support of the first support mechanism. The rail and the first support rail of the second support mechanism move and displace, and are limited between the first position and the second position by means of the position limiting members. 6 . The cable management frame according to claim 1 , wherein the fastener of the first support mechanism is connected to an end of a second support rail adjacent to the first support mechanism. 7. The cable management frame according to claim 1, wherein the fastener of the second support mechanism is connected to an end of a second support rail adjacent to the second support mechanism. 8. A cable management rack suitable for use in a cabinet comprising an upper zone and a lower zone, the opposite sides of the cabinet being respectively secured by a first slide rail assembly and a second slide rail assembly Mounted to a rack, each slide rail assembly includes a fixed rail and a movable rail that can move longitudinally relative to the fixed rail, and the two sides of the chassis are mounted to the corresponding movable rails of each slide rail assembly Rail, the cable management frame includes a first cable management mechanism, a first support mechanism, a second cable management mechanism, and a second support mechanism, characterized in that: The first cable management mechanism includes a first cable management arm; a second cable management arm is movably connected to the first cable management arm, and the positions of the first cable management arm and the second cable management arm correspond to The upper area of the chassis; a first connection device is movably connected to the first cable management arm, the first connection device includes a first connection section, a second connection section, and a channel, and the channel is located at the first connection Section, the first connecting device is releasably mounted to the fixed rail of the first slide rail assembly; a support frame is connected to the second connecting section; a second connecting device is movably connected to the second cable management arm, the a second connecting device is releasably mounted to the chassis; The first support mechanism includes a first support rail for supporting one of the first cable management arm and the second cable management arm of the first cable management mechanism; a second support rail telescopically connects the first cable management arm A support rail; a movable part connected to the first support rail, the movable part is movably installed to the channel of the first connection device of the first cable management mechanism; a fastener connected to the second support rail; The second cable management mechanism includes a first cable management arm; a second cable management arm is movably connected to the first cable management arm, and the positions of the first cable management arm and the second cable management arm correspond to The lower area of the chassis; a first connecting device movably connects the first cable management arm, the first connecting device includes an extension, wherein the first connecting device is releasably mounted to the second slide rail assembly fixed rail; a support frame is connected to the extension, and the support frame is releasably connected to the fastener of the first support mechanism; a second connection device is movably connected to the second cable management arm, and the second connection device can is releasably mounted to the chassis; The second support mechanism includes a first support rail for supporting one of the first cable management arm and the second cable management arm of the second cable management mechanism; a second support rail telescopically connects the first cable management arm A support rail; a movable part is connected to the first support rail, and the movable part is movably installed to the first connecting device of the second cable management mechanism; and a fastener is connected to the second support rail, and the fastener is releasably Installed to the support frame of the first cable management mechanism. 9. The cable management frame according to claim 8, characterized in that, the support frame of the first cable management mechanism is located below the first connecting device adjacent to the first cable management mechanism, so that the second cable management mechanism The wire management mechanism is installed to the support frame of the first wire management mechanism by means of the fastener of the second support mechanism and is located below the first wire management mechanism; the support frame of the second wire management mechanism is located at the same Above the first connection device adjacent to the wire mechanism, the first wire management mechanism is installed to the support frame of the second wire management mechanism by means of the fastener of the first support mechanism and is located above the second wire management mechanism. 10. The cable management stand according to claim 8, wherein the opposite sides of the chassis are respectively connected with a first base and a second base, and each base includes a blocking portion, and the first cable management The second connection device of the mechanism and the second connection device of the second cable management mechanism also include an elastic part and a catch part that respond to the elastic force provided by the elastic part and catch on the corresponding stop part of each base, and a release part, the release part is releasably connected with the locking part. 11. The cable management frame according to claim 10, wherein each base further comprises a socket and a retaining wall, and the second connecting device of the first cable management mechanism is connected to the second connection device of the second cable management mechanism. The second connecting device also includes an insertion portion, which is used for inserting into the socket and is blocked by the blocking wall. 12. The cable management frame according to claim 8, wherein the fixing rail of each slide rail assembly further comprises a connection hole, and the first connection device of the first cable management mechanism is connected to the second management mechanism. The first connection device of the wire mechanism also includes an elastic part, a latching part that responds to the elastic force provided by the elastic part and is latched on the corresponding connecting hole of each fixed rail, and a release part, which can release ground to the latch. 13. The cable management frame according to claim 12, wherein the fixing rail of each slide rail assembly further comprises a pair of fixing parts, and the pair of fixing parts define a channel, and the first cable management The first connection device of the mechanism and the first connection device of the second cable management mechanism further include an insertion portion inserted into the corresponding groove of each fixing rail and blocked by the pair of fixing pieces. 14. The cable management frame according to claim 12, characterized in that, the movable part of the first support mechanism and the movable part of the second support mechanism further comprise an operating part, when each slide rail assembly When the movable rail is retracted to a retracted position relative to the fixed rail, the movable part of the first support mechanism and the movable part of the second support mechanism are respectively relative to the first connecting device of the first wire management mechanism and the second wire management mechanism. The first connection device of the mechanism is displaced and folded, and the catch part of the first connection device of the first wire management mechanism and the catch part of the first connection device of the second wire management mechanism can respond to the operation of the operation part to drive the The releasing part makes each locking part disengage from the connecting hole of each fixing rail. 15. A cable management frame, comprising a first cable management arm, a second cable management arm movably connected to the first cable management arm, a connecting device connected to the first cable management arm, and a first support rail for One of the first cable management arm and the second cable management arm is supported, a second support rail is telescopically connected to the first support rail, and a movable part is connected to the first support rail, and the features are: The connecting device includes at least one locking hole and a locking piece, the locking piece has an elastic part, at least one locking part, and a release part, and the at least one locking part responds to the elastic force provided by the elastic part and the latch is engaged in the at least one latch hole, and the release portion is releasably connected to the at least one latch portion; The movable part includes an operating part, and the movable part can be movably displaced relative to the connecting device. When the movable part is displaced to a retracted position relative to the connecting device, at least one latching part of the latching part can respond to the The operation of the operating part drives the releasing part, so that at least one locking part of the locking member is disengaged from the at least one locking hole of the connecting device.