KR102511481B1 - Supporting device for outdoor wire - Google Patents

Abstract

The present invention relates to an outdoor communication cable support apparatus. The outdoor communication cable support apparatus comprises: a connector made of a substrate, one pair of rotation shafts, and a plurality of spiral terminals; one pair of bobbins made of a winding part, a plurality of conducting terminals, and a fence part; a communication cable wound around the winding part to have an end inputted and outputted; a case made of a base, a stopper and a cover; a permanent magnet installed between one pair of first through-holes; an anchor made of one pair of insertion pins and a handle of a magnetic material; one pair of cable moldings made of a bottom plate, a second fixing bracket and a lid; and a waterproof film made of a first waterproof surface, a second waterproof surface, and a third waterproof surface. Therefore, the outdoor communication cable support apparatus stably and easily installs and dismantles a communication cable temporarily installed for a construction work when building a new building and minimizes damage caused by external pressure applied during construction.

Description

Outdoor communication cable support device {SUPPORTING DEVICE FOR OUTDOOR WIRE}

The present invention relates to an outdoor communication cable supporting mechanism that stably supports a LAN line and facilitates wiring.

In general, a data communication cable such as a LAN installed in a building is wired indoors and outdoors for connection to an external communication network. In particular, in the case of medium and large buildings such as public buildings, as many communication cables as the increased size of indoor and outdoor spaces must be routed. In addition, in order to operate a public building, since various facilities and devices are installed throughout the public building, the type and number of communication cables to be wired inevitably increase rapidly. Therefore, the wiring work of the communication cable required a considerable amount of work and time consumption like the wiring work of the general wire.

However, when building a new building, communication cables for indoor and outdoor communication were temporarily installed during the work because neither general wires nor communication cables were built on site. However, the number and type of communication cables to be temporarily installed are required as much as the built-in communication cables of completed public buildings, and the wiring structure is built by wired connection to communication equipment such as routers that are additionally installed as needed in a state where the wiring system is not established. Rather, it could be more complicated. Furthermore, in parallel with the building construction process, communication cables must also be extended and easily temporarily installed, and dismantling must be done quickly after the building is completed.

In addition, during building construction, heavy construction equipment passes by and steps on the temporarily installed communication cable. This behavior causes damage to the communication cable, resulting in poor communication. A means for temporary installation of a communication cable that does not interfere was required.

Prior Art Documents 1. Utility Model Publication No. 20-2010-0003745 (published on April 8, 2010)

Accordingly, the present invention is intended to solve the above problems, and it is stable and easy to install and dismantle the communication cable such as a LAN temporarily installed for construction work when building a new building, and an outdoor communication cable that minimizes damage to external pressure applied during construction The provision of a support mechanism is a problem to be solved.

In order to achieve the above object, the present invention,

A substrate on which a plurality of conducting lines are arranged in parallel; a pair of rotating shafts standing at both ends of the energizing line and forming a tubular shape having a hollow; A plurality of spiral terminals made of elastic and conductive materials that are spirally wound around the circumferential surface of the rotating shaft and electrically connected to each of the plurality of conducting lines, so that the conducting line is mediated between the pair of rotating shafts on which the spiral terminals are installed. A connector having a structure in which electricity is passed through,

a winding portion formed in a tubular shape having a hollow into which the rotating shaft is inserted, and a plurality of line grooves into which the protruding ends of the spiral terminal are inserted and engaged are formed side by side on an inner circumferential surface of the hollow; A plurality of conducting terminals installed in a ring shape along the line groove so that the ends of the spiral terminals come into close contact with each other and slide by their own elasticity; A pair of bobbins composed of; fence parts extended at both ends of the winding part;

A communication cable, the end of which is pulled out by being wound on the winding part, and a plurality of wires insulated in sheath are electrically connected to each of the conducting terminals;

a support having a plate shape for supporting and supporting the substrate so that the rotation shaft protrudes, engaging grooves formed symmetrically at both ends of the plate, and a first fixing bracket formed at the side end of the plate; A stopper having an extended protrusion at the end and installed on the support so as to be parallel to the rotation axis; It is in the form of covering the support so that the engagement groove is opened, and a pair of first through holes opening the hollow of the rotation shaft and a second through hole through which the end of the stopper passes, the second through hole is a locking jaw A case composed of a first through-portion extended for penetration of the cover and a second through-portion for engaging the locking jaw in communication with each other.

A permanent magnet installed between the pair of first through holes;

A pair of insertion and removal pins inserted into the hollow of the rotating shaft through the first through hole; An anchor consisting of a handle made of a magnetic material connecting a pair of the insert and detach pins and magnetized to the permanent magnet;

a bottom plate on which the communication cable drawn out from the bobbin is seated and inserted into the engagement groove and supported by the pressure of the tightening bar; a second fixing bracket connected to an end of the bottom plate; A pair of cable moldings composed of; a cover covering the bottom plate drawn out from the engagement groove;

A first waterproof surface made of a soft material covering the outer surface of the support; a second waterproof surface made of a soft material that is connected to the first waterproof surface so as to be folded, covers a side surface of the case, has a first magnetic material installed along an edge, and has an opening through which the cable molding passes; A waterproof membrane composed of a third waterproof surface made of a soft material covering the outer surface of the cover and provided with a second magnetic body attached along an edge to the first magnetic body by magnetic force.

It is an outdoor communication cable support mechanism comprising a.

The present invention described above has an effect of stably installing and disassembling communication cables such as LANs temporarily installed for construction work during new building construction, and minimizing damage to external pressure applied during construction.

1 is a perspective view showing the installation of a support mechanism covered with a waterproof film according to the present invention;
Figure 2 is a perspective view showing the installation of the support mechanism according to the present invention except for the waterproof membrane,
3 is a perspective view showing a state in which a cover and a waterproof membrane are separated from a case configured in a support mechanism according to the present invention;
4 is an exploded perspective view of a waterproofing membrane constructed in a support mechanism according to the present invention;
5 is a perspective view showing the coupling of the connector and the bobbin to the support of the case constructed in the support mechanism according to the present invention,
6 is an enlarged view of parts “A” and “B” of FIG. 5;
7 is a cross-sectional view showing a state in which a screw terminal is installed on a rotating shaft of a support mechanism according to the present invention;
8 is an exploded perspective view of a cable molding constructed in a support mechanism according to the present invention;
9 to 12 are plan views sequentially showing the assembly process of the cable molding for the case of the support mechanism according to the present invention.

The terms used in the embodiments have been selected from general terms that are currently widely used as much as possible while considering the functions in the present invention, but they may vary according to the intention of a person skilled in the art or precedent, the emergence of new technologies, and the like. In addition, in a specific case, there is also a term arbitrarily selected by the applicant, and in this case, the meaning will be described in detail in the description of the invention. Therefore, the term used in the present invention should be defined based on the meaning of the term and the overall content of the present invention, not simply the name of the term.

In the entire specification, when a part is said to "include" a certain component, it means that it may further include other components, not excluding other components unless otherwise stated. In addition, as described in the specification, "... wealth", "… A term such as “module” refers to a unit that processes at least one function or operation, and may be implemented as hardware or software or a combination of hardware and software.

Hereinafter, with reference to the accompanying drawings, embodiments of the present invention will be described in detail so that those skilled in the art can easily carry out the present invention. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein.

Hereinafter, the present invention will be described in detail based on the accompanying drawings.

1 is a perspective view showing the installation of a support mechanism covered with a waterproof membrane according to the present invention, Figure 2 is a perspective view showing the installation state of the support mechanism according to the present invention excluding the waterproof membrane, Figure 3 is according to the present invention It is a perspective view showing a state in which the cover and the waterproof membrane are separated from the case configured in the support mechanism according to the present invention.

1 to 3, the support mechanism according to the present invention includes a connector (100; see FIG. 5), a pair of bobbins (200, 200'), and communication cables (L, L'; not shown, see FIG. 9). ), a case 300, a permanent magnet 400, an anchor 500, and a cable molding 600.

The case 300 rotatably supports bobbins 200 and 200' and bobbins 200 and 200', each of which is wound with communication cables L and L', which are a kind of communication line such as a LAN, and The connector 100, which mediates the electrical connection (electricity) between the communication cables (L, L') is wrapped and protected. The case 300 is installed at a location where the communication cables L and L' are to be wired, and for this purpose, a first fixing bracket 314 into which a fixing means such as a bolt or pin is inserted into the base 310 of the case 300 this is composed

The permanent magnet 400 supports the anchor 500 fixing the cover 330 covering the base 310 of the case 300 to the base 310 .

The cable molding 600 is connected and fixed to the case 300, and covers and protects the communication cables L and L' drawn out from the case 300. The cable molding 600 is also installed at a position where the communication cables L and L' are to be wired, like the case 300, and for this purpose, the cable molding 600 has a second fixing bracket into which a fixing means such as a bolt or pin is inserted. (620)) is configured.

The waterproof membrane 800 supports the communication cables (L, L') installed inside the case 300 so as to be able to be wired, and is configured to prevent short circuits and short circuits caused by outdoor rain, covering the outer surface of the case 300 to be waterproof. For this purpose, it is composed of a first waterproof surface 810, a second waterproof surface 820, and a third waterproof surface 830. The first waterproof surface 810 covers the base 310 of the case 300 for waterproofing, the second waterproof surface 820 covers the side surface of the case 300 for waterproofing, and the third waterproof surface 830 covers Cover the outer surface of (330) to make it waterproof. To this end, the first to third waterproof surfaces 810, 820, and 830 are preferably made of waterproof and insulating synthetic resin, and must be made of a flexible material that can be easily attached and detached from the case 300. In this embodiment, the waterproof membrane 800 has a cubic shape, and the four second waterproof surfaces 820 covering the side surface of the case 300 are foldable along the edges of the square-shaped first waterproof surface 810. Connected. The third waterproof surface 830 forms a quadrangular shape corresponding to the quadrangular first waterproof surface 810 .

4 is an exploded perspective view of a waterproofing membrane constructed in a support mechanism according to the present invention.

Referring to FIGS. 1 to 4 , as described above, the second waterproof surfaces 820a, 820a', 820b, and 820b' are integrally and foldably connected along the edge of the first waterproof surface 810. In addition, first magnetic bodies 822 and 823 are installed along the edges of the second waterproof surfaces 820a, 820a', 820b, and 820b', and along the edges of the third waterproof surface 830, the first magnetic bodies 822, 823) and a second magnetic body 832 coupled with magnetic force is installed.

The installation process of the above waterproof membrane 800 will be described in order.

The operator first places the first waterproof surface 810 on the wiring position of the communication cables L and L', and places the support 310 of the case 300 on the first waterproof surface 810. In addition, the operator penetrates the hole 811 of the first waterproof surface 810 with a fixing means such as a bolt or pin inserted into the first bracket 314 of the support 310, and the support 310 and the first waterproof surface (810) are fastened together.

The operator folds the second waterproof surfaces 820a, 820a', 820b, and 820b' to cover the side portion of the case 300. Since the first waterproof surface 810 and the second waterproof surface 820a, 820a', 820b, and 820b' are made of a soft material, the operator can easily fold the second waterproof surface 820a, 820a', 820b, and 820b' to cover the case ( 300) may be covered.

Since the cable moldings 600 and 600' are inserted into the case 300, the second waterproof surfaces 820b and 820b' covering the corresponding side portions of the case 300 have holes through which the cable moldings 600 and 600' pass. 821 is formed. The hole 821 through which the cable moldings 600 and 600' pass is formed in a size that can closely adhere to the outer surface of the cable moldings 600 and 600' so as to exert a sufficient packing function for waterproofing.

Meanwhile, since the first magnetic bodies 822 and 823 are installed at the edges of the second waterproof surfaces 820a, 820a', 820b, and 820b' covering the side surface of the case 300, the adjacent second waterproof surfaces 820a, 820a', 820b, and 820b' are bonded by mutual magnetic forces of the first magnetic bodies 822 and 823.

When the second waterproof surfaces 820a, 820a', 820b, and 820b' folded from the first waterproof surface 810 are bonded to each other by the first magnetic body 822 to form a standing state, the operator operates the third waterproof surface 830. ) is seated on the outer surface of the cover 330. In this process, the second magnetic body 831 installed on the edge of the third waterproof surface 830 is bonded to the first magnetic body 822 installed on the second waterproof surface 820a, 820a', 820b, 820b' by magnetic force. . Eventually, the third waterproof surface 830 is combined with the second waterproof surfaces 820a, 820a', 820b, and 820b' so that the cube-shaped waterproof film 800 covers the case 300 while maintaining its shape. do.

Through the waterproof function of the waterproof membrane 800, the support mechanism for the wiring function installed outdoors can be stably installed without risk of short circuit or electric leakage even in rain.

In addition, since the waterproof membrane 800 is easily dismantled through mutual bonding between the first magnetic bodies 822 and 823 and the second magnetic body 831, the overall disassembly of the support mechanism can also be easily handled.

5 is a perspective view showing the coupling of the connector and the bobbin to the base of the case configured in the support mechanism according to the present invention, and FIG. 6 is an enlarged view of parts “A” and “B” of FIG. 5, 7 is a cross-sectional view showing a state in which a screw terminal is installed on a rotating shaft of a support mechanism according to the present invention.

1 to 7, the connector 100 of the support mechanism according to the present invention includes a substrate 110 on which a plurality of conducting lines 111 are arranged in parallel; A pair of rotational shafts 120 and 120', each standing on both ends of the energizing line 111 and forming a tubular shape having a hollow 121; A plurality of spiral terminals 130 made of elastic and conductive materials that are spirally wound around the circumferential surfaces of the rotating shafts 120 and 120' and electrically connected to each of the plurality of conducting lines 111; ) is installed between the pair of rotating shafts 120 and 120', and the current is passed through the current line 111 as a medium.

The conducting line 111 disposed on the board 110 is configured to correspond to the number of wires configured in the communication cables (L, L'). Since the plurality of conducting lines 111 are arranged in parallel to be insulated from each other, a stable conducting environment is maintained without crosstalk between the conducting lines 111 . The substrate 110 may be made of a known printed circuit board (PCB).

A pair of rotation shafts 120 and 120' are installed on the substrate 110 so as to be positioned at both ends of the current line 111, respectively. In this embodiment, the rotating shafts 120 and 120' are fixed to the substrate 110, but may pass through the substrate 110 and be fixed to the base 310 of the case 300. The number of spiral terminals 130 corresponding to the number of conducting lines 111 is installed on the circumferential surfaces of the rotating shafts 120 and 120'. Since the spiral terminals 130 are arranged in parallel for mutual insulation, a stable current environment is maintained without crosstalk between them like the current line 111. As shown in FIG. 7 , since the spiral terminal 130 has a 2D spiral shape, that is, a general mainspring shape, the end 131 of the spiral terminal 130 protrudes from the circumferential surface of the rotating shafts 120 and 120'. The spiral terminal 130 is preferably in the form of a belt having a constant width in order to secure self-supporting force. Since the spiral terminal 130 is electrically connected to each of the conducting lines 111, the spiral terminals 130 respectively configured on the pair of rotating shafts 120 and 120' are electrically connected to each other via the conducting line 111. .

The pair of bobbins 200 and 200' form a tubular shape having a hollow 212 into which the rotating shafts 120 and 120' are inserted, and a plurality of protruding ends 131 of the spiral terminal 130 are inserted and engaged. A line groove 213 of the winding portion 210 formed side by side on the inner circumferential surface of the hollow 212; A plurality of conducting terminals 220 installed in a ring shape along the line groove 213 so that the end 131 of the spiral terminal 130 comes into close contact with and slides by its own elasticity; It consists of; fence parts 230 and 230' formed at both ends of the winding part 210. The communication cables (L, L') are wound around the winding part 210, respectively, and the fence parts (230, 230') prevent the separation of the communication cables (L, L') wound around the winding part (210). Since the rotation shafts 120 and 120' are rotatably inserted into the hollow 212 of the winding unit 210, the spiral terminal 130 faces the inner circumferential surface of the winding unit 210. Therefore, the spiral terminal 130 is inserted into the line groove 213 formed on the inner circumferential surface of the hollow 212, and maintains an insulating state without contact with other neighboring spiral terminals 130. In addition, the screw terminal 130 inserted into and engaged with the line groove 213 stably supports the load of the bobbins 200 and 200'. Meanwhile, since the ring-shaped energizing terminal 220 is installed on the inner surface of the line groove 213, the end 131 of the spiral terminal 130 is in close contact with the energizing terminal 220 even when the bobbins 200 and 200' rotate. keep the state Since the conducting terminal 220 is electrically connected to the wires 221 of the communication cables L and L' wound around the winding part 210, the pair of communication cables wound around the pair of bobbins 200 and 200', respectively. (L, L') are energized with each other via the energizing terminal 220, the spiral terminal 130, and the energizing line 111.

As is well known, the communication cables (L, L') are wound around the coiling portion 210 so that their ends are drawn in and out, and a plurality of wires insulated from the sheath are electrically connected to each of the conducting terminals 220. Since a code (C) for port connection is configured at the end of the communication cable (L), it is possible to communicate by connecting to a router or a hub.

The case 300 is composed of a support 310, a stopper 320, and a cover 330. In more detail for each configuration, the support 310 forms a plate shape supporting and supporting the substrate 110 so that the rotation shafts 120 and 120' protrude, and the clamp 311 protrudes from the entrance. Engagement grooves 312 and 312' are symmetrically formed at both ends of the plate, and first fixing brackets 314 and 314' are formed at the side ends of the plate. The clamping band 311 formed at the entrance of the engagement grooves 312 and 312' narrows the width of the engagement grooves 312 and 312', and the cable moldings 600 and 600' inserted into the engagement grooves 312 and 312' pressurize and support Since the engagement grooves 312 and 312' are sections through which the communication cables L and L' pass, an opening 313 for opening the inside of the base 310 is formed. Since the base 310 is installed on the wiring position of the communication cables L and L', that is, on the wall or the floor, the first fixing brackets 314 and 314' for fixing the base 310 are located at the side ends of the base 310. consists of one or more than one. Meanwhile, the support 310 is configured so that the guide 315 corresponds to the engaging grooves 312 and 312' so as to position the communication cables L and L' drawn in and out from the bobbins 200 and 200'. In this embodiment, since the bar-shaped guide 315 is configured so that the communication cables (L, L') slide on the side of the guide 315 and pass through the opening 313, the communication cables (L, L') are engaged. It moves only to the center of the grooves 312 and 312' and is seated on the cable moldings 600 and 600'.

The stopper 320 has a locking jaw 321 extended at the end and installed on the support 310 so as to be parallel to the rotational shafts 120 and 120'. The stopper 320 is a member for stably supporting the cover 330 covering the base 310, and a plurality of them are installed on both sides of the base 310 so that the cover 330 maintains its position without tilting. desirable.

The cover 330 covers the support 310 so that the engagement grooves 312 and 312' are opened, and a pair of first through holes 331 and second through holes 332 are formed. Since the first through hole 331 opens the hollow 121 of the rotating shafts 120 and 120', the insertion/removal pin 510 can be inserted into the hollow 121. The second through hole 332 has a first through portion 332a formed to penetrate the stopper 320 through the stopper 320 and a second through portion 332b for the stopper 321 to engage. It is done in a smooth way. Therefore, in order to cover the cover 330 on the support 310, the locking jaw 321 of the stopper 320 is inserted through the first through portion 332a, and the locking jaw 321 passes through the first through portion 332a. When it penetrates, the cover 330 is pushed along the base 310 to move the locking jaw 321 to be positioned at the second through-portion 332b. As a result, the locking jaw 321 engages with the second through-portion 322b, which has a smaller diameter than the locking jaw 321, and supports the cover 330 so that it does not escape. In this embodiment, the side of the cover 330 is formed by bending the flange 333 so as to cover the side end of the support 310, so that the cover 330 slides along the support 310 without separation.

The anchor 500 includes a pair of insertion and removal pins 510 inserted into the hollow 121 of the rotating shafts 120 and 120' through the first through hole 331; A handle 520 made of a magnetic material connected to a pair of insertion and removal pins 510 and magnetized to a permanent magnet 400; Therefore, the insertion/detachment pin 510 allows the cover 330 to maintain its original position without shaking, and the rotating shafts 120 and 120' to maintain their positions without shaking even when the bobbins 200 and 200' rotate. On the other hand, the pair of insertion and removal pins 510 engaged with the pair of rotation shafts 120 and 120' are connected to each other via the handle 520 so that the operator can attach and detach the insertion and removal pins 510 at once. . Since the handle 520 is fixed to the surface of the cover 330 by the magnetic force of the permanent magnet 400, the insertion/detachment pin 510 connected to the handle 520 is connected to the hollow 121 of the rotating shafts 120 and 120'. keep inserted.

8 is an exploded perspective view of a cable molding configured in a support mechanism according to the present invention.

5 and 8, a pair of cable moldings 600 and 600' seat the communication cable L drawn out from the bobbins 200 and 200', and attach them to the engagement grooves 312 and 312' The bottom plate 610 is inserted and supported by the pressure of the tightening table 311; A second fixing bracket 620 connected to the end of the bottom plate 610; It consists of; a cover 630 covering the bottom plate 610 drawn out from the engaging grooves 312 and 312'.

Engagement between the bottom plate 610 and the cover 630 is achieved through irregularities 611 and 631 formed on the front ends of the bottom plate 610 and the cover 630, respectively. Therefore, the operator can attach and detach the bottom plate 610 and the cover 630 manually. The second fixing bracket 630 is for fixing the cable molding 600 to the wiring position of the communication cables L and L', and a fixing means such as a bolt or pin is inserted.

On the other hand, since the side of the bottom plate 610 inserted into the engagement grooves 312 and 312' is pressed by the fastener 311, the cable moldings 600 and 600' are stably fixed to the case 300, In addition, the posture is firmly maintained by the second fixing bracket 630.

9 to 12 are plan views sequentially showing the assembly process of the cable molding for the case of the support mechanism according to the present invention.

Referring to Figures 1 to 12, the assembly process of the support mechanism for the wiring position of the communication cables (L, L') will be sequentially described as follows.

First, as shown in FIG. 9, the support 310 to which the bobbins 200 and 200' are coupled to the connector 100 is placed at the wiring position, and as shown in FIG. The support 310 is fixed to the wall surface by fastening the bolts B1 and B1'.

In parallel with this, the bottom plate 610 of the cable moldings 600 and 600' is forcibly inserted into the engagement groove 312 of the base 310. In this embodiment, the bottom plate 610 is preferably press-fitted into the upper surface of the engagement groove 312 and then maintained in place by the tightening band 311.

When the bottom plate 610 is inserted into the engagement groove 312, the bottom plate 610 is fixed to the wall surface by fastening bolts B2 to the second fixing bracket 620 of the cable moldings 600 and 600'.

When the support 310 and the bottom plate 610 are fixed to the wall in a state of being connected to each other, the code C of the communication cables L and L' is exposed at the support 310. do. In this embodiment, the cords (C) of the communication cables (L, L') are sufficiently drawn from the bobbins (200, 200') so that they are also exposed in the cable moldings (600, 600').

The base 310 is covered with the cover 330 to cover and protect the connector 100 and the bobbins 200 and 200' installed on the base 310. As shown in (a) of FIG. 11, in the process of covering the base 310 with the cover 330, the locking jaw 321 of the stopper 320 configured in the base 310 is placed in the first through hole 332 of FIG. Pass through the penetrating portion 332a. The operator slides the cover 330 downward from the base 310 so that the locking jaw 321 moves from the first through part 332a to the second through part 332b. As a result, the stopper 320 fixes the cover 330 to the base 310 because the locking jaw 321 engages with and supports the second through-portion 322b.

Meanwhile, while sliding the cover 330, the hollow 121 of the rotating shaft 120 communicates with the first through hole 331 as shown in FIG. 11(b).

When the hollow 121 of the rotating shaft 120 and the first through hole 331 communicate with each other, the insertion and removal pin 510 of the anchor 500 is inserted through the first through hole 331 as shown in FIG. insert into Since the pair of insertion and removal pins 510 are integrally connected by the handle 520, the operator can hold the handle 520 and insert a plurality of insertion and removal pins 510 into the hollow 121 at once. Since the end of the rotary shaft 120 into which the insertion/detachment pin 510 is inserted into the hollow 121 is supported by the cover 330, the bobbins 200 and 200' rotatably inserted into the rotary shaft 120 are stable without shaking. It can rotate, and the cover 330 can also maintain its posture without being separated from the support 310.

Since the permanent magnet 400 is located between the pair of first through-holes 331 in the cover 330, the handle 520 made of magnetized material is detachably fixed by the magnetic force of the permanent magnet 400, so that the rotating shaft ( The inserted state of the insertion/removal pin 510 into the hollow 121 of 120 can be stably maintained.

When the support 310 and the cover 330 are coupled to each other, the worker covers the bottom plate 610 with the cover 630 of the cable molding 600 so that the communication cable L seated on the bottom plate 610 is connected to the bottom plate ( 610) and prevent damage to the communication cable (L) due to external force.

In order to dismantle the support mechanism temporarily installed in the above process, each component is separated in the reverse order of the above process.

Although the detailed description of the present invention described above has been described with reference to preferred embodiments of the present invention, those skilled in the art or those having ordinary knowledge in the art will find the spirit of the present invention described in the claims to be described later. And it will be understood that the present invention can be variously modified and changed within a range that does not deviate from the technical scope.

100: connector 110: substrate 111: energization line
120, 120 ': rotation shaft 121: hollow 130: spiral terminal
200, 200': bobbin 210: winding part 212: hollow
213: line groove 220: energizing terminal 230, 230': fence part
300: case 310: base 311: tightening bar
312, 312': engagement groove 313: opening 314, 314': bracket
315: guide 320, 320': stopper 321: jaw
330: cover 331: first through hole 332: second through hole
332a: first through part 332b: second through part 333: flange
400: permanent magnet 500: anchor 510: saptalpin
520: handle 600: cable molding 610: bottom plate
620: second fixing bracket 630: cover

Claims (1)

A substrate on which a plurality of conducting lines are arranged in parallel; a pair of rotating shafts standing at both ends of the energizing line and forming a tubular shape having a hollow; A plurality of spiral terminals made of elastic and conductive materials wound in a spring shape protruding from the circumferential surface of the rotating shaft and electrically connected to each of the plurality of conducting lines; A connector having a structure in which electricity is passed through the medium,
a winding portion formed in a tubular shape having a hollow into which the rotating shaft is inserted, and a plurality of line grooves into which the protruding ends of the spiral terminal are inserted and engaged are formed side by side on an inner circumferential surface of the hollow; A plurality of conducting terminals installed in a ring shape along the line groove so that the ends of the spiral terminals come into close contact with each other and slide by their own elasticity; A pair of bobbins composed of; fence parts extended at both ends of the winding part;
A communication cable, the end of which is pulled out by being wound on the winding part, and a plurality of wires insulated in sheath are electrically connected to each of the conducting terminals;
a support having a plate shape for supporting and supporting the substrate so that the rotation shaft protrudes, engaging grooves formed symmetrically at both ends of the plate, and a first fixing bracket formed at the side end of the plate; A stopper having an extended protrusion at the end and installed on the support so as to be parallel to the rotation axis; A pair of first through holes opening the hollow of the rotation shaft and a second through hole through which the end of the stopper passes are formed, and form a shape covering a portion of the bottom plate inserted into the engagement groove and the support, The second through hole is a case composed of a cover formed so that the first through-hole expanded to penetrate the locking jaw and the second through-portion for engaging the locking jaw communicate with each other.
A permanent magnet installed between the pair of first through holes;
A pair of insertion and removal pins inserted into the hollow of the rotating shaft through the first through hole; An anchor consisting of a handle made of a magnetic material connecting a pair of the insert and detach pins and magnetized to the permanent magnet;
a bottom plate on which the communication cable drawn out from the bobbin is seated, and a part thereof is inserted into the engagement groove and supported by the pressure of the tightening bar; a second fixing bracket connected to an end of the bottom plate; A pair of cable moldings consisting of a cover covering the bottom plate of the part drawn out from the engagement groove;
A first waterproof surface made of a soft material covering the outer surface of the support; a second waterproof surface made of a soft material that is connected to the first waterproof surface so as to be folded, covers a side surface of the case, has a first magnetic material installed along an edge, and has an opening through which the cable molding passes; A waterproof membrane composed of a third waterproof surface made of a soft material covering the outer surface of the cover and provided with a second magnetic body attached along an edge to the first magnetic body by magnetic force.
Outdoor communication cable support mechanism comprising a.

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