JP2011091919A - Cable fixing tool - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a cable fixing tool for preventing working efficiency when connecting a cable from decreasing. <P>SOLUTION: The cable fixing tool 15 fixes an arrangement position of a cable body unit 14b at the side of a back 11a. The cable fixing tool 15 can come off from the arrangement position of the cable body unit 14b, and has flexibility of returning to, for example, a desired position (the side of the back 11a), namely the arrangement position of the cable body unit 14b, inside the projection area of the back 11a. Also, the cable fixing tool 15 has such a spiral shape where the cable body unit 14b is inserted into the cable fixing tool 15 freely, the cable body unit 14b inserts the cable fixing tool 15 freely, the cable body unit 14b is stored inside the cable fixing tool 15, and the cable body unit 14b is held. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a cable fixing tool for fixing a cable arrangement position.

  For example, as shown in FIG. 2, a chassis 120 having a unit 110 is mounted on the rack 100 from the front surface 100 a side of the rack 100. The chassis 120 is fixed to the edge of the rack 100 with a fixing member 130 such as a screw in a state where the unit 110 is accommodated in the rack 100. As shown in FIG. 3, a connection cable 140 for connecting the unit 110 to other members such as a power source (not shown) is connected to the back surface 110 a of the unit 110. The connection cable 140 includes a connection part 140a connected to the back surface 110a of the unit 110, and a cable body part 140b connected to the connection part 140a.

  In general, the cable body 140 b is bound to a back surface 110 a of the unit 110 by being bound by a belt-shaped cable fixture 150. At this time, the cable fixing tool 150 fixes the cable main body 140b within the projected area of the back surface 110a from the viewpoint of fixing efficiency. The cable fixture 150 is fixed to the back surface 110a, for example. In many cases, the cable fixture 150 is fixed within the projected area when the unit 110 and the chassis 120 are viewed from the front. Therefore, the cable fixture 150 may be fixed to the side surface 110b of the unit 110, for example. Moreover, the cable fixing tool 150 may be fixed to the back surface 100b of the rack 100, for example.

  For example, in Patent Document 1, work efficiency when connecting a wiring cable from the outside to an external connection device of an electronic device housed in a rack-like housing is improved, and the external connection device is protected after installation. A movable external connection device is disclosed.

  Further, for example, Patent Document 2 discloses a housing structure that reduces a choreography area and a work space in a housing of an electronic device that is configured by a plurality of units and that connects each unit via a connection cable. ing.

Japanese Patent Laid-Open No. 9-148000 Japanese Patent Laid-Open No. 10-64629

In FIG. 3, for example, it is assumed that the connecting portion 140 a is connected to the back surface 110 a after the cable fixing device 150 is fixed to the back surface 110 a and the cable body 140 b is fixed to the back surface 110 a by the cable fixing device 150.
When the connection portion 140a is connected to the back surface 110a, the cable body portion 140b is fixed to the back surface 110a by the cable fixture 150, so the degree of freedom in the connection portion 140a is reduced. Thereby, the workability for connecting the connection cable 140 (connection part 140a) to the back surface 110a is deteriorated.

In FIG. 3, for example, it is assumed that the cable main body 140 b is fixed to the back surface 110 a by the cable fixing device 150 after the connection portion 140 a is connected to the back surface 110 a and the cable fixing device 150 is fixed to the back surface 110 a.
When the connection portion 140a is connected to the back surface 110a, the cable main body portion 140b hangs down and is disposed within the projected area of the back surface 110a. Therefore, when fixing the cable fixture 150 to the back surface 110a, the cable main body 140b becomes an obstacle, and the work of fixing the cable fixture 150 to the back surface 110a becomes troublesome. That is, the workability for fixing the cable fixture 150 to the back surface 110a is reduced.

Considering the above-described deterioration in workability, for example, after the cable fixture 150 is fixed to the back surface 110a and the connection portion 140a is connected to the back surface 110a, the cable body portion 140b is fixed to the back surface 110a by the cable fixture 150. Suppose that
However, in this case, it is necessary for the cable fixing device 150 to fix the cable main body portion 140b to the rear surface 110a in a state where the cable fixing device 150 is fixed to the rear surface 110a, and work for fixing the cable main body portion 140b to the rear surface 110a. The nature will decline.

  Thus, when connecting the connection cable 140, workability | operativity will fall.

  Therefore, an object of this invention is to provide the cable fixing tool which prevents the fall of workability | operativity when connecting a connection cable in view of the said situation.

  In order to achieve the object, the present invention is a cable fixing tool for fixing the arrangement position of a cable main body portion of a connection cable having a connection portion connected to the back surface of the unit to the back surface side, and the arrangement position of the cable main body portion. The cable body can be freely inserted, the cable body can be freely inserted, the cable body can be freely inserted, and the cable body can be detached from the cable body. And a helical shape for holding the cable main body, and a cable fixing tool.

  ADVANTAGE OF THE INVENTION According to this invention, the cable fixing tool which prevents the fall of workability | operativity when connecting a connection cable can be provided.

FIG. 1 is a perspective view of a rack provided with a cable fixture in the embodiment. FIG. 2 is a perspective view of a general rack as viewed from the front side. FIG. 3 is a perspective view of FIG. 2 as seen from the back side, and shows a state in which the cable is fixed to the back side of the unit by a general cable fixing tool.

Hereinafter, an embodiment of the present invention will be described in detail with reference to FIG.
A chassis (not shown) having a unit 11 is mounted on the rack 10 from the front surface 10 a side of the rack 10. The chassis is fixed to the edge of the rack 10 with a fixing member (not shown) such as a screw while the unit 11 is accommodated in the rack 10. As shown in FIG. 1, a connection cable 14 is connected to the back surface 11 a of the unit 11 to connect the unit 11 with other members such as a power source (not shown). The connection cable 14 includes a connection portion 14a that is a connector connected to the back surface 11a of the unit 11, and a cable main body portion 14b that is connected to the connection portion 14a. The cable main body 14b is fixed at a desired position, for example, within the projected area of the back surface 11a, by the cable fixture 15 from the viewpoint of fixing efficiency.

  As described above, the cable fixture 15 fixes the arrangement position of the connection cable 14 (cable body 14b) at a desired position (back side), for example, within the projected area of the back surface 11a. In brief, the cable fixture 15 fixes the arrangement position of the connection cable 14 (cable body 14b) to the back surface 11a side. The cable fixture 15 is directly fixed to the inner peripheral surface 10 c of the rack 10. More specifically, both ends of the cable fixture 15 are directly fixed to, for example, the opposed inner peripheral surfaces 10c, and the cable fixture 15 is straight along, for example, the long side direction (the width direction of the rack 10) of the back surface 11a. It is arrange | positioned at the rack 10 so that it may become. At this time, the cable fixture 15 is disposed at a desired position within the projected area of the back surface 11a. The cable fixture 15 is formed of a metal having a desired thickness. The cable fixture 15 is, for example, a coil spring.

The cable fixture 15 is stretchable and has a spiral shape.
More specifically, the cable fixture 15 is configured so that the cable fixture 15 does not interfere with the connection cable 14 (cable body portion 14b) when the connection cable 14 (connection portion 14a) is connected to the rear surface 11a. It is possible to deviate to a desired position such as outside the projected area of the cable, that is, to deviate from the arrangement position of the cable main body 14, and after the connection cable 14 (connection 14a) is connected to the back surface 11a, the connection cable 14 (cable main body) 14b), for example, within a projected area of the back surface 11a, and has elasticity to return to a desired position (back surface 11a side).
Further, the cable fixture 15 has the connection cable 14 (cable body portion 14b) freely inserted into the cable fixture 15 and the connection cable 14 (cable body portion 14b) freely inserted through the cable fixture 15, The connection cable 14 (cable body part 14b) is accommodated in the interior 15 and has a spiral shape that holds the connection cable 14 (cable body part 14b). In other words, the cable fixture 15 is a route through which the connection cable 14 (cable body 14b) can be inserted, and winds the connection cable 14 (cable body 14b).

  The cable fixture 15 is configured such that the connection cable 14 (cable body portion 14b) can be inserted from any portion of the spiral portion 15a. The length of the cable fixture 15 from one inner peripheral surface 10c to the other inner peripheral surface 10c is adjusted as desired according to the length of the connection cable 14 (cable body 14b).

  When the cable fixture 15 stores the connection cable 14 (cable body portion 14b) and holds the connection cable 14 (cable body portion 14b), the cable fixture 15 is positioned, for example, outside the projection area of the back surface 11a. For example, it has elasticity that is located at a desired position (on the back surface 11a side), for example, within the projected area of the back surface 11a. Even when the cable fixture 15 does not store the connection cable 14 (cable body portion 14b) and does not hold the connection cable 14 (cable body portion 14b), the cable fixture 15 remains within the projected area of the back surface 11a, for example. The elasticity is located at a desired position (the back surface 11a side). This elasticity can be adjusted as needed.

Next, the operation method of this embodiment will be described.
A chassis having the unit 11 is mounted on the rack 10 from the front surface 10 a side of the rack 10. The cable fixture 15 is fixed to the inner peripheral surface 10c, for example.
When the cable fixture 15 is fixed to the inner peripheral surface 10c, the cable fixture 15 is positioned at a desired position, for example, within the projected area of the back surface 11a due to elasticity. That is, the cable fixture 15 is disposed on the back surface 11a side by elasticity.

Next, the connection cable 14 (connection portion 14 a) is connected to the back surface 11 a of the unit 11. At this time, the cable main body 14b hangs down, for example, is located within the projected area of the back surface 11a.
Moreover, when the connection cable 14 (connection part 14a) connects to the back surface 11a, the cable fixture 15 is connected to the connection cable 14 (from the desired position (the back surface 11a side), for example, within the projected area of the back surface 11a due to stretchability. When the connecting portion 14a) is connected to the back surface 11a, it can be shifted to a desired position such as outside the projected area of the back surface 11a so as not to interfere with the connection. That is, the cable fixture 15 extends and contracts so as not to interfere with the connection of the connection cable 14 (cable body 14b) to the back surface 11a, in other words, so as not to interfere with the connection cable 14 (cable body 14b).

  After the connection cable 14 (connection portion 14a) is connected to the back surface 11a, the cable fixture 15 is arranged at the position where the connection cable 14 (cable body portion 14b) is disposed, for example, within the projected area of the back surface 11a due to stretchability. Return to the desired position. That is, the cable fixture 15 returns to the back surface 11a side due to stretchability.

  At this time, the connection cable 14 (connection portion 14 a) is disposed outside the spiral portion 15 a of the cable fixture 15. Further, the connection cable 14 (cable body portion 14b) is inserted from, for example, the spiral portion 15a of the helical cable fixture 15, and is bent to pass through the spiral of the cable fixture 15 in the longitudinal direction (rear surface 11a). In the long side direction), and is stored in the cable fixture 15 and held by the cable fixture 15.

  At this time, the cable fixing tool 15 is accommodated and held in the spiral portion 15a without being loosened to a desired position such as outside the projected area of the back surface 11a due to elasticity. For example, it is located at a desired position such as within the projected area of the back surface 11a. That is, the cable fixture 15 is arranged at a desired position on the back surface 11a side due to elasticity even when the connection cable 14 (cable body 14b) is housed and held. Thus, since the connection cable 14 (cable body 14b) is held by the cable fixture 15, the arrangement position is fixed at a desired position (on the back surface 11a side), for example, within the projected area of the back surface 11a. .

  Thus, in this embodiment, after the cable fixture 15 is fixed to the inner peripheral surface 10c and the connection cable 14 (connection portion 14a) is connected to the back surface 11a, the connection cable 14 (cable body portion 14b) is connected by the cable fixture 15. ) Is stored and held, it is possible to fix the arrangement position of the connection cable 14 (cable body 14b) at a desired position (on the back surface 11a side), for example, within the projected area of the back surface 11a. Thereby, in this embodiment, it can prevent that workability | operativity for fixing the arrangement position of the connection cable 14 (cable body part 14b) to the back surface 11a side falls. Therefore, in this embodiment, the workability | operativity at the time of connecting the connection cable 14 can be prevented.

  In this embodiment, since the cable fixture 15 has a spiral shape, the connection cable 14 (cable body portion 14b) can be freely and easily inserted into the cable fixture 15 from the spiral portion 15a. The cable 14 (cable body 14b) can be easily inserted into the cable fixture 15, the connection cable 14 (cable body 14b) can be easily stored in the cable fixture 15, and the connection cable 14 (cable body 14b) can be connected to the cable. The fixture 15 can be easily held.

  Therefore, in the present embodiment, even when the cable fixture 15 is fixed to the inner peripheral surface 10c, the cable fixture 15 is connected because the cable fixture 15 has an elastic spiral shape. The cable 14 (cable body portion 14b) can be easily stored and held, and the arrangement position of the connection cable 14 (cable body portion 14b) is set to a desired position (back surface 11a side), for example, within the projected area of the back surface 11a. Can be fixed. And in this embodiment, since it is not necessary to fix the connection cable 14 (cable body part 14b) to the back surface 11a as a result by the cable fixing tool 15, the fall of workability | operativity when connecting the connection cable 14 is prevented. can do.

  In the present embodiment, the cable fixture 15 has a spiral shape, and as described above, the connection cable 14 (cable body portion 14b) is easily accommodated in the cable fixture 15 and easily held. It is possible to prevent the connection cable 14 (cable body 14b) from interfering with the unit 11.

  In this embodiment, since the cable fixture 15 has elasticity, when the connection cable 14 (connection portion 14a) is connected to the back surface 11a, for example, a desired position (for example, within the projected area of the back surface 11a) ( When the connection cable 14 (connection portion 14a) is connected to the back surface 11a from the back surface 11a side, the cable fixing tool 15 does not interfere with the connection cable 14 (cable body portion 14b), for example, outside the projection area of the back surface 11a. The cable fixture 15 can be shifted to a desired position. Thereby, in this embodiment, when the connection cable 14 (connection part 14a) connects to the back surface 11a, it can prevent that the cable fixing tool 15 obstructs the connection cable 14 (cable body part 14b).

  Moreover, in this embodiment, after the connection cable 14 (connection part 14a) connects to the back surface 11a due to the elasticity of the cable fixture 15, for example, the projection of the back surface 11a, which is the arrangement position of the connection cable 14 (cable body part 14b). The cable fixture 15 can be returned to a desired position (on the back surface 11a side) such as within the area, and the connection cable 14 (cable body portion 14b) can be easily inserted and inserted into the cable fixture 15. The (cable body 14b) can be easily stored and held in the cable fixture 15.

  In the present embodiment, due to the elasticity of the cable fixing tool 15, even when the cable main body part 14b is stored and held by the cable fixing tool 15, the arrangement position of the cable main body part 14b is projected, for example, on the rear surface 11a. It can be fixed at a desired position (on the back surface 11a side) such as within the area. Moreover, in this embodiment, the arrangement position of the connection cable 14 (cable body part 14b) can be fixed to a desired position by adjusting the elasticity of the cable fixture 15.

  Moreover, in this embodiment, since the cable fixing tool 15 is directly fixed to the inner peripheral surface 10c, the arrangement position of the cable fixing tool 15 is not shifted, and the connection cable 14 (cable body 14b) can be easily provided. It can be inserted into the cable fixture 15 from the spiral portion 15a.

  Thus, in this embodiment, it can prevent that workability | operativity for fixing the arrangement position of the connection cable 14 (cable body part 14b) to the back surface 11a falls. Therefore, in this embodiment, the workability | operativity at the time of connecting the connection cable 14 can be prevented.

Moreover, in this embodiment, when removing the connection cable 14 (connection part 14a) from the back surface 11a and releasing the connection, as described above, for example, the projected area of the back surface 11a so that the cable fixing member 15 does not interfere with the connection release. By shifting the cable fixture 15 to a desired position such as outside by elasticity, the connection can be easily released without the cable fixture 15 getting in the way. In the present embodiment, since the cable fixture 15 has a spiral shape, the connection cable 14 (cable body 14b) can be easily removed from the cable fixture 15.
Thus, in this embodiment, the operation for removing the connection cable 14 (connection part 14a) from the back surface 11a and removing the connection cable 14 (cable body part 14b) from the cable fixture 15 can be easily performed. Moreover, the workability | operativity at the time of canceling | releasing the connection of the connection cable 14 can also be prevented.

  Moreover, in this embodiment, the connection cable 14 (cable body part 14b) can be hold | maintained with the cable fixing tool 15, and it is not necessary to fix to the back surface 11a in the state which tied the connection cable 14 (cable body part 14b). Therefore, in this embodiment, if the connection of the connection cable 14 (connection portion 14a) to the back surface 11a is released, the unit 11 is removed from the rack 10 while the connection cable 14 (cable body portion 14b) is held by the cable fixture 15. Can be extracted freely. In this embodiment, when the new unit 11 is mounted on the rack 10 in this state, the connection cable 14 (connection body 14b) is held by the cable fixture 15, so that the connection cable 14 (connection The portion 14a) can be quickly connected to the back surface 11a, and the workability when the connection cable 14 is connected can be improved. At this time, since the connection cable 14 (cable body 14b) is held by the cable fixture 15, it is only necessary to connect the connection cable 14 (connection 14a) to the back surface 11a, thus simplifying the operation. Can reduce the working time.

For example, as described above, the cable fixing tool 150 is fixed to the back surface 110a, and after the connection cable 140 (cable body 140b) is fixed to the back surface 110a by the cable fixing device 150, the connection cable 140 (connection part 140a) is connected to the back surface. Suppose that it connects to 110a.
Generally, when the connection cable 140 (connection portion 140a) is connected to the back surface 110a as described above, the connection cable 140 (cable body portion 140b) is fixed to the back surface 110a by the cable fixture 150. The degree of freedom at 140 (connection portion 140a) is reduced. Thereby, the workability for connecting the connection cable 140 (connection part 140a) to the back surface 110a is deteriorated.
In such a case, in this embodiment, the cable fixture 15 has a size such that the connection portion 14a can be inserted through the cable fixture 15 and the connection portion 14a can be freely extracted from the spiral portion 15a. Good. In this embodiment, since the cable fixture 15 has such a spiral shape, the connection cable 14 (connection portion 14a) can be easily and freely inserted into the cable fixture 15, and the connection cable 14 (connection portion) 14 a) can be freely extracted from the spiral portion 15 a of the cable fixture 15. Moreover, in this embodiment, since the cable fixing tool 15 has the spiral shape of such a size, the connection cable 14 (connection part 14a) can be extracted from anywhere from the spiral part 15a of the cable fixing tool 15. .

  Thereby, in this embodiment, the connection position of the connection cable 14 (cable body 14b) is fixed at a desired position (back surface 11a side), for example, within the projected area of the back surface 11a by the helical cable fixture 15. However, since the cable fixture 15 has elasticity and the connection cable 14 (connection portion 14a) can be pulled out from the spiral portion 15a of the cable fixture 15 from anywhere, the degree of freedom in the connection cable 14 (connection portion 14a). Can be ensured, and deterioration in workability for connecting the connection cable 14 (connection portion 14a) to the back surface 11a can be prevented. Therefore, in this embodiment, the workability | operativity at the time of connecting the connection cable 14 can be prevented.

In addition, this allows the present embodiment to correspond to the cable fixture 15 regardless of the length of the connection cable 14 (cable body 14b).
In this embodiment, in this case, the connection cable 14 (cable body portion 14b) may be inserted into the cable fixture 15 from the spiral portion 15a in advance.

Further, for example, as described above, after the connection cable 140 (connection portion 140a) is connected to the back surface 110a and the cable fixture 150 is fixed to the back surface 110a, the connection cable 140 (cable body portion 140b) is connected by the cable fixture 150. It is assumed that it is fixed to the back surface 110a.
In general, as described above, when the cable fixing tool 150 is fixed to the back surface 110a, the connection cable 140 (cable body 140b) becomes an obstacle, and the work of fixing the cable fixing tool 150 to the back surface 110a becomes troublesome. That is, the workability for fixing the cable fixture 150 to the back surface 110a is reduced.
However, in this embodiment, even in such a case, since the cable fixture 15 has elasticity, when the cable fixture 15 is fixed to the inner peripheral surface 10c, the cable fixture 15 is, for example, the rear surface. The connection cable 14 (cable body 14b) can be shifted from a desired position such as within the projected area of 11a to a desired position such as outside the projected area of the back surface 11a so that the cable fixture 15 does not get in the way. . In other words, in the present embodiment, the cable fixture 15 is stretched so as to avoid the projected area of the back surface 11a where the connection cable 14 (cable body portion 14b) is arranged due to the stretchability of the cable fixture 15. It can be fixed to the peripheral surface 10c. Thereby, in this embodiment, when fixing the cable fixing tool 15 to the internal peripheral surface 10c, it can prevent that the connection cable 14 (cable body part 14b) obstructs the cable fixing tool 15.

  Thereby, in this embodiment, the connection cable 14 (cable body 14b) does not get in the way, the work of fixing the cable fixture 15 to the inner peripheral surface 10c is not troublesome, and the cable fixture 15 to the inner peripheral surface 10c. The workability for fixing the is prevented from being lowered. Therefore, in this embodiment, the workability | operativity at the time of connecting the connection cable 14 can be prevented.

  In this case, in this embodiment, since the cable fixture 15 has a spiral shape, the connection cable 14 (cable body portion 14b) can be freely and easily inserted into the cable fixture 15 from the spiral portion 15a. The connection cable 14 (cable body 14b) can be easily inserted into the cable fixture 15, the connection cable 14 (cable body 14b) can be easily stored in the cable fixture 15, and the connection cable 14 (cable body 14b). ) Can be easily held by the cable fixture 15.

  Thus, in this embodiment, since the timing which fixes the cable fixing tool 15 to the internal peripheral surface 10c has provided the elasticity and the helical shape to the cable fixing tool 15, it is the connection cable 14 (connection part 14a). Even before the cable is connected to the back surface 11a, it may be after the connection cable 14 (connection portion 14a) is connected to the back surface 11a. In any case, the workability when the connection cable 14 is connected is prevented. can do.

  In the present embodiment, the cable fixture 15 is directly fixed to the inner peripheral surface 10c. However, the present invention is not limited to this, and indirectly by being hooked by a hook member such as a hook disposed in the rack 10. It may be arranged in the rack 10. Thereby, in this embodiment, the cable fixture 15 can be easily arrange | positioned in the rack 10. FIG.

  In the present embodiment, the connection cable 14 (cable body portion 14b) is inserted into the cable fixture 15 from the spiral portion 15a of the helical cable fixture 15, that is, between the cables of the cable fixture 15 being wound (spiral). Although it is inserted into the cable fixture 15 from the portion 15a), it is not necessary to limit to this. In the present embodiment, for example, in the long side direction of the back surface 11a, the cable fixing device 15 is inserted so as to pass through the spiral along the longitudinal direction of the cable fixing device 15 (the long side direction of the back surface 11a, the width direction of the rack 10). May be inserted into the cable fixture 15 from one end thereof. This also applies to the case where the connection cable 14 (connection portion 14a) is pulled out from the cable fixture 15. In other words, in the present embodiment, the connection cable 14 (connection portion 14a) may be extracted from between the cables of the cable fixture 15 (spiral portion 15a). For example, in the long side direction of the back surface 11a (the width direction of the rack 10). It may be extracted from one end of the cable fixture 15.

  In this embodiment, the cable fixture 15 is arranged in the rack 10 so as to be in a straight line along the long side direction (the width direction of the rack 10) of the back surface 11a. Absent. In the present embodiment, the cable fixture 15 can have stretchability, spiral shape, and elasticity, and if the above-described effects can be achieved, the cable fixture 15 can be moved, for example, in the short side direction of the back surface 11a (of the rack 10). You may arrange | position in the rack 10 so that it may become linear form along a height direction. Thus, in this embodiment, the arrangement position of the cable fixture 15 is not particularly limited.

  In the present embodiment, the cable fixture 15 can have elasticity, spiral shape, and elasticity, and when the cable main body portion 14b is stored and held by the cable fixture 15, the arrangement of the cable main body portion 14b is arranged. If the above-described effect can be achieved such that the position can be fixed to a desired position (back surface 11a side), for example, within the projected area of the back surface 11a, the connection cable 14 (cable body) through which the cable fixture 15 is inserted The number of parts 14b) is not particularly limited.

(Appendix 1)
A cable fixture for fixing the arrangement position of the cable main body portion of the connection cable having a connection portion connected to the back surface of the unit to the back surface side,
The cable main body can be removed from the arrangement position of the cable main body, stretchable so as to return to the back side where the cable main body is arranged, the cable main body can be freely inserted, and the cable main body can be freely moved. And a spiral shape that holds the cable main body and holds the cable main body.

(Appendix 2)
When the cable main body is stored and held, it is not loosened to a desired position, and the elasticity located on the back side, and when the cable main body is not stored and not held, The cable fixture according to appendix 1, characterized by having elasticity located on a side.

(Appendix 3)
The supplementary note 1 is characterized in that the unit is directly fixed to a rack on which the unit is mounted or is indirectly disposed on the rack by being hooked by a hooking member disposed on the rack. Cable fixtures.

(Appendix 4)
The cable fixture according to claim 1, wherein the connection portion is inserted, and the connection portion has a size such that the connection portion can be freely extracted from a spiral portion of the cable fixture.

  The present invention is not limited to the above-described embodiment as it is, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. In addition, various inventions can be formed by appropriately combining a plurality of constituent elements disclosed in the embodiment.

  DESCRIPTION OF SYMBOLS 10 ... Rack, 10a ... Front, 10c ... Inner peripheral surface, 11 ... Unit, 11a ... Back, 14 ... Connection cable, 14a ... Connection part, 14b ... Cable main-body part, 15 ... Cable fixing tool, 15a ... Spiral part.

Claims (1)

A cable fixture for fixing the arrangement position of the cable main body portion of the connection cable having a connection portion connected to the back surface of the unit to the back surface side,
The cable main body can be removed from the arrangement position of the cable main body, stretchable so as to return to the back side where the cable main body is arranged, the cable main body can be freely inserted, and the cable main body can be freely moved. And a spiral shape that holds the cable main body and holds the cable main body.

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