KR102115428B1 - Artificial rock wall - Google Patents

Abstract

The present invention relates to an artificial rock wall. According to the present invention, the artificial rock wall comprises: a plate-shaped panel (110) through which a mounting hole (111) is formed in the front-rear direction at a position where an artificial holder (120) is installed; the artificial holder (120) which is mounted on the front surface of the panel (110) and has a through hole (121) formed to communicate with the mounting hole (111); a mounting nut (135) which is mounted on the mounting hole (111); and a mounting bolt (133) which penetrates the through hole (121) and is screwed to the mounting nut (135) to fasten the artificial holder (120) to the panel (110). The artificial holder (120) is formed of a light transmitting material that transmits light. The artificial rock wall further comprises: a light emitting member (140) which is provided between the panel (110) and the artificial holder (120) to irradiate the artificial holder (120); and a controller (150) which is electrically connected to the light emitting member (140) and detects that the user′s hand touches the artificial holder (120) to turn on the light emitting member (140). According to this, it is possible to provide an improved artificial rock wall climbing environment by providing enjoyment and interest to a user.

Description

Artificial rock wall {ARTIFICIAL ROCK WALL}

The present invention relates to an artificial rock wall, and more particularly, to an artificial rock wall suitable for providing pleasure and interest to a user and improving an environment for using artificial climbing.

In general, artificial rock climbing is one of the four seasons of leisure sports in which a rock wall is made on the inner and outer walls of a building or a separate structure is drilled in a wall or attached with an artificial handle to climb a rock with bare hands with the support of auxiliary equipment.

Artificial rock climbing is not only safer than natural rock climbing, it can be enjoyed regardless of weather and season, and can be enjoyed by anyone of all ages and for a small fee, and it is effective for strengthening the muscles of arms and legs. People who enjoy climbing are on the rise.

This artificial rock wall is manufactured by attaching an artificial holder (handle, climb hold) to a panel [for installing an artificial holder made of plywood or FRFP].

However, in the case of the conventional artificial holder, even when the user (climber, climber) catches, there is no visual change accordingly, so there is a disadvantage that the climbing of the artificial rock wall is monotonous.

Document 1: Registered Patent Publication No. 10-0725379 (Publication date: 2007. 06. 07) Document 2: Registered Patent Publication No. 10-1031649 (Announcement date: April 29, 2011)

The present invention was created to solve the problems of the prior art as described above, the purpose of the artificial rock wall according to the present invention,

First, the light is emitted from the artificial holder by emitting a light emitting member from the back of the artificial holder without emitting light from the artificial holder itself, so that the artificial holder can emit light by a simple method,

Second, it allows the light emitting member to emit light with a simple operation of touching the artificial holder,

Third, it is possible to visually check whether or not the artificial holder is held, thereby providing an improved artificial rock climbing environment by providing pleasure and interest to the user,

Fourth, instead of adopting a separate fastening means for fastening the light emitting member, it is possible to install the light emitting member on the artificial rock wall by simply interposing between the artificial holder and the panel, thereby improving installation workability and manufacturing cost and construction cost. To save,

Fifth, even if a sensor as a component for sensing a touch is not separately installed, a touch can be sensed by a change in capacitance caused by a touch sensing wire, so that light emission can be controlled by a simple configuration and components are simplified. To help reduce costs,

Sixth, each LED can be individually controlled so that a large number of colors can be produced.

Seventh, make it easy and convenient to install the board,

Eighth, to facilitate the wiring work of the touch sensing wire,

Ninth, to prevent damage or damage to the parts of the light emitting member, to ensure stable mounting without flow or play,

Tenth, among many artificial holders classified according to the difficulty level, it is possible to objectively check which artificial holder the climber climbed while holding it, so that the climbing ability of the user can be objectively quantified and provided. ,

The eleventh, by providing the climbing score according to the difficulty and time of the use of climbing [climbing], so that the pleasure and interest of using the artificial rock can be additionally provided, so that the use of the artificial rock can be promoted. It is to provide an artificial rock wall suitable for the following.

The artificial rock wall of the present invention for achieving the above object is a plate-shaped panel having a mounting hole penetrating in the front-rear direction at a position where an artificial holder is installed, and a through-hole that is mounted on the front of the panel and communicates with the mounting hole In the artificial rock wall comprising the formed artificial holder, a mounting nut mounted to the mounting hole, and a mounting bolt through which the screw is fastened to the mounting nut through the through hole to fasten the artificial holder to the panel. , The artificial holder is formed of a light transmitting material that transmits light, and is provided between the panel and the artificial holder. It is characterized in that it comprises a light emitting member for irradiating the light to the artificial holder, the light emitting member is electrically connected, and a controller for detecting the user's hand touching the artificial holder to emit the light emitting member is further included. Is done.

The artificial rock wall of the present invention having the above configuration has the following effects.

First, the light is emitted from the artificial holder by emitting a light-emitting member from the back of the artificial holder, instead of emitting light from the artificial holder, so that the artificial holder can emit light by a simple method. .

Second, there is an effect capable of emitting a light emitting member by a simple operation of touching an artificial holder.

Third, it is possible to visually check whether or not the artificial holder is held, and as a result, there is an effect of providing an improved artificial rock climbing environment by providing pleasure and interest to the user.

Fourth, without adopting a separate fastening means for fastening the light emitting member, the light emitting member can be installed on the artificial rock wall by simply interposing between the artificial holder and the panel, and as a result, installation workability is improved and manufacturing and construction costs are improved. It has the effect of saving.

Fifth, even if a sensor as a component for sensing a touch is not separately installed, a touch can be sensed by a change in capacitance due to the touch sensing wire, and as a result, light emission can be controlled by a simple configuration, and components are simplified. This has the effect of reducing the cost.

Sixth, it is possible to produce a large number of colors by allowing individual control for each LED.

Seventh, there is an effect of easily and conveniently installing the substrate.

Eighth, there is an effect that can facilitate the wiring work of the touch sensing wire.

Ninth, it is possible to prevent damage or damage to parts of the light emitting member, and to stably mount without flow or play.

Tenth, among many artificial holders classified according to the difficulty level, it is possible to objectively check which artificial holder the climber climbed by holding the climber (climber, climber). It has an effect.

The eleventh, it is possible to additionally provide the pleasure and interest of using an artificial rock wall by providing climbing scores according to the difficulty and time of using an artificial rock wall (climbing), and also to promote the use of an artificial rock wall. It has the effect.

1 is a conceptual view of a configuration viewed from the side of an artificial rock wall 100 according to an embodiment of the present invention.
FIG. 2 is an exploded view of the main part of FIG. 1.
3 is an exemplary view in which the controller 150 installed on the rear surface of the panel 110 is connected to the touch sensing wire W1 and the LED cable C1 in the artificial rock wall 100 according to an embodiment of the present invention. to be.
4 is a front view of the light emitting member 140 in FIGS. 1 and 2.
5 is a schematic configuration diagram of an artificial rock wall according to another embodiment of the present invention to which an adapter 160 is added.
6 is a separate configuration diagram of the light emitting member 140 and the adapter 160 in FIG. 5.
7 is a schematic configuration diagram of an artificial rock wall according to another embodiment of the present invention to which a pressure sensor 170 is added.
8 is a front view of an artificial rock wall 100 according to an embodiment of the present invention.
9 is a rear view of the artificial rock wall 100 according to an embodiment of the present invention.
10 is a block diagram of a main part in an artificial rock wall 100 according to another embodiment of the present invention.

Next will be described in detail with reference to the accompanying drawings, preferred embodiments of the present invention artificial rock wall.

Artificial rock wall 100 according to an embodiment of the present invention is installed upright on the floor (ground), and a plywood as a plate through which the mounting hole 111 is formed in the front-rear direction at a position where the artificial holder 120 is installed. Or FRP (Fiber Reinforced Plastics) or artificial resin wall panel 110 formed of a material such as resin or concrete (hereinafter referred to simply as panel 110 in this specification), and the front surface of the panel 110 [artificial The holder 120 is installed on the surface], the artificial holder 120 having a through hole 121 in the front-rear direction so as to communicate with the mounting hole 111, and is mounted on the mounting hole 111 Metal mounting bolts 135 and metal mounting bolts 133 that penetrate the through hole 121 and are screwed to the mounting nut 135 to fasten the artificial holder 120 to the panel 110 In the artificial rock wall composed of), the artificial holder 120 is formed of a light transmitting material that transmits light, and is provided in close contact between the front surface of the panel 110 and the rear surface of the artificial holder 120, When the user's hand touches the artificial holder 120, the light emitting member 140 that emits light to irradiate the light [light] to the artificial holder 120 is electrically connected to the light emitting member 140, and It characterized in that it is configured to further include a controller 150 for sensing the user's hand touching the artificial holder 120 to emit the light emitting member 140.

At this time, the light [light] emitted from the light emitting member 140 is irradiated to the artificial holder 120 of the light-transmitting material, so that the light emitting member 140 emits light.

According to this, since the illumination of the light emitting member is irradiated to the artificial holder 120, it appears as if the artificial holder 120 emits light, so that the artificial holder 120 itself does not emit light, but of the artificial holder 120. The light emitting member 140 can be embodied in the back so that the artificial holder 120 appears to emit light, and in this simple manner, the artificial holder 120 emits light.

In addition, there is an advantage that the light emitting member can emit light by a simple operation of touching the artificial holder 120.

In addition, when the artificial holder is touched, the artificial holder 120 automatically emits light to visually check whether the artificial holder is held, and thus has an advantage of providing an improved artificial rock climbing environment.

And, as a specific example of mounting the artificial holder 120 to the panel 110, as shown, the through-hole 121 is provided with a fixed insert tube 131, the flange portion 131a is formed, the insert tube The head portion (not shown in the drawing) of the mounting bolt 133 is supported on the flange portion 135b of (131) so that the mounting bolt 133 is fixed to the insert tube 131, and the mounting bolt 133 is equipped with a mounting nut ( 135) and to attach the artificial holder 120 to the panel 110 by screwing.

In the artificial rock wall 100 according to an embodiment of the present invention, the light emitting member 140 includes a circular ring-shaped substrate 141 in which a circuit pattern is formed and a central hole 141a is formed, and the substrate Characterized in that it comprises a LED (light emitting diode) 142 mounted on the front surface of the 141, and a connector 143 mounted upright on the rear side of the substrate 141.

The back surface of the substrate 141 is in close contact with the front surface of the panel 110, and the LED 132 is in close contact with the back surface of the artificial holder 120 so that the light emitting member 140 is between the artificial holder 120 and the panel 110. It is characterized in that it is provided in close contact with.

According to this, even if a separate fastening means for fastening the light-emitting member 140 is not adopted, the light-emitting member 140 is installed on the artificial rock wall by a simple configuration simply provided in close contact between the artificial holder 120 and the panel 110. Since it can improve the installation workability, there is an advantage of reducing the manufacturing cost and construction cost of the artificial rock wall.

In the artificial rock wall 100 according to an embodiment of the present invention, a conductive touch sensing wire W1 connecting any one of the mounting bolt 133 or the mounting nut 135 and the controller 150, An LED cable (C1) connected to the connector 143 to connect the controller 150 and the connector 143 is further included, and the controller 150 has a user's hand holding the artificial holder 120. In the case of touch, the change in the value of the capacitance applied to the touch sensing wire W1 is detected and processed as a touch signal, and the light emitting control signal is output to the LED 132 in the touched artificial holder 120 to generate the LED ( 132) is characterized by controlling the light emission.

According to this, Even if a sensor as a component for sensing a touch is not separately installed, a touch can be sensed by a change value of the capacitance by the touch sensing wire W1, so that light emission can be controlled by a simple configuration, and the component is simplified. It has the effect of reducing cost.

In the artificial rock wall 100 according to an embodiment of the present invention, the LED 132 is mounted on a plurality of substrates 141, and the plurality of LEDs 132 mounted on the substrate 141 is a unique address. The address is assigned and stored in a memory (not shown) inside the controller 150,

The controller 150 is characterized in that it controls the color to be converted to emit light when the artificial holder 120 is touched by outputting a separate and independent emission control signal to each of the plurality of LEDs 132.

According to this, it is possible to individually control each LED, thereby providing various colors, and also an advantage of providing an improved artificial rock wall.

For example, when 12 LEDs 132 provided in one artificial holder 120 are controlled by designating individual addresses for each LED, for example, up to millions of different colors can be produced.

In the artificial rock wall 100 according to an embodiment of the present invention, the controller 150 is installed on the rear surface of the panel 110, the mounting nut 135, the body portion 135a is formed with a screw groove therein ), The flange portion (135b) bent at the rear end of the body portion (135a), and comprises a plurality of fastening holes (135c) formed in the flange portion (135b), the fastening of the mounting nut (135) The ball 135c is fastened to the panel 110 at the same time, and further comprises a metal material fixing pin 137 for fixing the mounting nut 135 to the panel 110, and the touch sensing wire W1 Is characterized in that it is connected to either the fixing pin 137 or the mounting nut 135 to be connected to the controller 150.

According to this, it is possible to conveniently connect the touch sensing wire W1 by connecting the touch sensing wire W1 to the fixing pin 137 or the mounting nut 135, and the touch sensing wire W1 is equipped with the mounting nut 135 ) To be connected to the mounting bolt 133.

In the artificial rock wall 100 according to an embodiment of the present invention, the connector insertion hole 112 is spaced apart from the mounting hole 111 of the panel 110 so that the connector 143 is inserted and exposed to the outside. The connector 143 is provided through the connector insertion hole 112 or through the connector insertion hole 112, and the LED cable C1 is provided through the connector 143. It is characterized by connecting the connector 143 and the controller 150 by male and female fitting. Preferably, a cable terminal C1a for male and female connection with the connector 143 is provided on one side where the LED cable C1 is connected to the connector 143, so that the cable terminal C1a is connected to the connector 143. It is characterized by being connected to the LED cable (C1) is connected to the substrate (141).

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According to this, the substrate 141 can be easily installed as it is in close contact between the artificial holder 120 and the panel 110, and the cable terminal C1a behind the panel 110 is female and female only. When the controller 150 and the substrate 141 can be connected, the wiring of the LED cable C1 is very convenient, and thus the light emitting member 140 can be conveniently and simply installed.

In the artificial rock wall 100 according to an embodiment of the present invention, a ring terminal W1a is provided at one end (the portion connected to the fixing pin 137) of the touch sensing wire W1, The ring terminal W1a is extrapolated to the fixing pin 137 so that the touch sensing wire W1 is connected to the fixing pin 137, and thus the touch sensing wire W1 connected to the fixing pin 137 is mounted. It is characterized by connecting the nut 135 and the controller 150.

According to this, there is an advantage that the wiring work of the touch sensing wire W1 can be conveniently performed.

In the artificial rock wall 100 according to another embodiment of the present invention, in order to stably mount the light emitting member 140, the artificial hole 120 and the panel 110 is provided with a compression, the central hole ( 141a), a central through hole 161 through which the mounting bolt 133 passes is formed, and a seating groove 162 for seating the substrate 141 outward of the central through hole 161 is required. It is formed, the connector 143 is configured to further include an adapter 160 through which a connector through-hole 163 is formed to pass through, and the light emitting member 140 is inserted into the adapter 160 It is characterized in that the pressure is provided between the artificial holder 120 and the panel 110.

According to this, it is possible to prevent damage or damage to the components of the light emitting member and to stably mount without flow or play.

The substrate 141 is ring-shaped, and the adapter 160 is also preferably ring-shaped.

Specifically, the LED 132 of the light-emitting member 140 and the ring-shaped substrate 141 are inserted into the seating groove 162, and the connector 143 passes through the connector through-hole 163, so that the light-emitting member 140 ) Is seated on the adapter 160.

In the artificial rock wall 100 according to another embodiment of the present invention, a pressure sensor provided on the upper side of the artificial holder 120 so that the user can detect even when a user applies a load by foot rather than by hand. (170) is further configured, and the controller 150 outputs a light emission control signal to the LED 132 in the pressure-sensitive artificial holder 120 when the detection signal is received from the pressure sensor 170. It is characterized in that to control the light emitting LED (132).

As described above, the pressure sensor 170 in the artificial rock wall 100 according to another embodiment of the present invention is a problem in technology that cannot emit light when the user steps on the foot without touching the artificial holder 120 by hand. As to solve the problem, even when the artificial holder 120 is pressed on the foot without touching it, the LED 132 is emitted by sensing it.

In addition, the pressure sensor 170 is connected to the controller 150 by wire or wireless.

In the artificial rock wall 100 according to another embodiment of the present invention, any one of the plurality of controllers 150 is set as a master controller 150 ', and the rest of the controllers except the master controller 150' Slave controller (150 ") is set,

In the controller 150, each unique identification number for the artificial holder 120 connected to each controller 150 (master controller 150 'and slave controller 150 ") is designated and stored. ,

In addition, the level of difficulty of each artificial holder 120 is stored as a code value, and when the user touches the artificial holder 120 and the controller 150 detects the touch of the artificial holder 120, this detected The difficulty level value of the artificial holder 120 is transmitted to the master controller 150 ', and the master controller 150' calculates a climbing score by adding and calculating all the touched grade values of the artificial holder 120. do.

When the difficulty of the artificial holder 120 is high, the difficulty level is coded with a large value and stored in the controller 150. When the difficulty of the artificial holder 120 is low, the difficulty level is coded with a low value to control the controller 150 ),

When climbing an artificial rock by touching the high-grade artificial holder 120, the climbing score is calculated as a high score, and when climbing an artificial rock by touching the low-grade artificial holder 120, the climbing score is a low score. Is calculated as

According to this, it is possible to objectively check which artificial holder 120 has been climbed among many artificial holders 120 classified according to the degree of difficulty, and provides an advantage by objectively quantifying the climbing ability of the user.

In the artificial rock wall 100 according to another embodiment of the present invention, the master controller 150'is the last touched artificial touch from the time of the user's first touch of the artificial holder [start touch]. It is characterized by counting the time required for the climb to the touch of the holder [final touch], and calculating the actual number of climbs obtained by subtracting and calculating the time required for the climb from the sum of the climbs according to the level of difficulty.

According to this, there is an advantage that can be provided by objectively digitizing the climbing ability of the user in consideration of the time to climb.

Then, when the controller 150 detects the start touch signal, it starts counting of the climbing time by executing the internal counter program, and if the touch signal is not detected even after the set time has elapsed after the touch signal is detected, it is the last. It is characterized by determining the touch signal as the final touch and calculating the time required for the climb by designating the time of the final touch as the climbing completion time.

Artificial rock wall system according to an embodiment of the present invention, the artificial rock wall, the master controller 150 'of the controller 150, for example, a short-range communication such as Bluetooth communication is possible, and transmit and receive data, information and control commands It characterized in that it is configured to further include a user terminal 200 for.

The master controller 150 'is characterized in that it transmits the calculated climbing score or actual climbing score to the user terminal 200.

Then, the user terminal 200 commands the master controller 150 'to transmit the climbing score or the actual climbing score, and displays the climbing score or the actual climbing score received from the master controller 150'.

In addition, the user terminal 200 can communicate with the master controller 150 ', and can also transmit commands to the master controller 150', and display data and information received from the master controller 150 '. It goes without saying that the possible application programs must be stored.

The following describes the operation of the artificial rock wall according to an embodiment of the present invention having the above configuration.

First, a method of manufacturing an artificial rock wall according to an embodiment of the present invention will be described.

The substrate 141 is interposed between the artificial holder 120 and the panel 110.

When the ring terminal W1a of the touch sensing wire W1 is inserted into the fixing pin 137, the bolt is fastened to the mounting nut 135 to complete the assembly.

And, when the cable terminal (C1a) is connected to the connector 143, the wiring connection between the controller 150 and the board 141 is completed.

5 and 6, the connector 143 is passed through the connector through-hole 163, and at the same time, the LED 132 and the ring-shaped substrate 141 are attached to the seating groove 162. When inserted, the light emitting member 140 is seated on the adapter 160.

Thereafter, the adapter 160 on which the light emitting member 140 is seated is interposed between the artificial holder 120 and the panel 110 as described above, and the mounting bolt 133 is bolted to the mounting nut 135.

Next, the light emission operation will be described.

When the user [climber, climber] holds the artificial holder 120, the user's hand touches or approaches the mounting bolt 133, wherein the controller 150 is a touch sensing wire W1 connected to the mounting bolt 133 A change in the value of the capacitance applied to the sensor is sensed, and the value of the change in the capacitance is processed as a touch signal, and a light emission control signal is output to the LED 132 in the touched artificial holder 120 to output the LED 132 ).

As described above, preferred embodiments according to the present invention have been described, and it is common knowledge in the art that the present invention can be implemented in other specific forms without changing its technical spirit or essential features in addition to the above-described embodiments. It is self-evident to those who have it. Therefore, the above-described embodiment should be understood as illustrative rather than restrictive.

The scope of the present invention is indicated by the following claims rather than the above detailed description, and it should be construed that all changes or modifications derived from the meaning and scope of the claims and equivalent concepts thereof are included in the scope of the present invention.

100: artificial rock wall according to an embodiment of the present invention
110: artificial rock panel
111: mounting hole 112: connector insertion hole
120: artificial holder 121: through hole
131: insert pipe 131a: flange
133: mounting bolt 135: mounting nut
135a: Body portion 135b: Flange portion
135c: fastening hole 137: fixing pin
140: light emitting member 141: substrate
141a: Central hole 142: LED
143: connector
150: controller
150 ': Master controller 150 ": Slave controller
W1: Touch sensing wire W1a: Ring terminal of touch sensing wire
C1: LED cable C1a: Cable terminal
160: adapter 161: central through
162: seating groove 163: connector through hole
170: pressure sensor
200: user terminal

Claims (4)

Mounting hole 111 is installed at a position where the artificial holder 120 is installed, the plate-shaped panel 110, which is formed through the front-rear direction, is mounted on the front surface of the panel 110, and communicates with the mounting hole 111 The artificial holder 120 having the through-hole 121 formed thereon, the mounting nut 135 mounted on the mounting hole 111, and the through-hole 121 passing through the screw to the mounting nut 135 In the artificial rock wall comprising a mounting bolt 133 for fastening the artificial holder 120 to the panel 110 by being fastened,
The through hole 121 is provided with an insert pipe 131 in which a flange portion 131a is formed, and a head portion of the mounting bolt 133 is supported on the flange portion 135b of the insert pipe 131 so that the mounting bolt ( 133) is fixed to the insert tube 131, the mounting bolt 133 is mounted to the artificial holder 120 to the panel 110 by tightening the mounting nut 135 and the screw,
The artificial holder 120 is formed of a light transmitting material that transmits light,
It is provided between the panel 110 and the artificial holder 120 Light emitting member 140 for irradiating the light to the artificial holder 120,
The light emitting member 140 is electrically connected to, and the user's hand detects that the artificial holder 120 is touched, and the controller 150 for emitting the light emitting member 140 is further included.
The light emitting member 140,
A circular ring-shaped substrate 141 is formed with a central hole (141a),
An LED (light emitting diode) 142 mounted on the front surface of the substrate 141,
It comprises a connector 143 that is mounted upright rear to the rear of the substrate 141,
The back surface of the substrate 141 is in close contact with the front surface of the panel 110, and the LED 142 is in close contact with the back surface of the artificial holder 120, so that the light emitting member 140 is provided with the artificial holder 120 and the panel 110. ) Is provided in close contact between,
A conductive touch sensing wire (W1) connecting the mounting nut 135 and the controller 150,
LED cable (C1) is connected to the connector 143 to connect the controller 150 and the connector 143 is further configured,
One side of the LED cable (C1) is connected to the connector 143 is provided with a cable terminal (C1a) for male and female connection to the connector 143, the cable terminal (C1a) is connected to the connector (143) The LED cable (C1) is connected to the substrate 141,
The controller 150,
When the user's hand touches the artificial holder 120, a change in the value of the capacitance applied to the touch sensing wire W1 is detected and processed as a touch signal, and the LED 142 in the touched artificial holder 120 is detected. ) To output the emission control signal to control the LED 142 to emit light,
The LED 142 is mounted on a plurality of substrates 141,
The plurality of LEDs 142 mounted on the substrate 141 are assigned a unique address address and stored in the controller 150,
The controller 150 controls the colors to be converted and emit light when the artificial holder 120 is touched by outputting separate independent emission control signals to the plurality of LEDs 142, respectively.
The controller 150 is installed on the rear surface of the panel 110,
The mounting nut 135 includes a body portion 135a having a thread groove formed therein, a flange portion 135b bent at a rear end of the body portion 135a, and a plurality of fasteners formed on the flange portion 135b It comprises a ball (135c),
A fastening pin 137 that is fastened to the fastening hole 135c and fastened to the panel 110 to fix the mounting nut 135 to the panel 110 is further included.
The touch sensing wire W1 is connected to the fixing pin 137 to be connected to the controller 150,
One end of the touch sensing wire W1 is provided with a ring terminal W1a,
The ring terminal W1a is extrapolated to the fixing pin 137 so that the touch sensing wire W1 is connected to the fixing pin 137,
The touch sensing wire W1 connected to the fixing pin 137 connects the mounting nut 135 and the controller 150,
The connector insertion hole 112 to be spaced apart from the mounting hole 111 of the panel 110 so that the connector 143 is inserted is formed through the front-rear direction,
The connector 143 is interpolated into the connector insertion hole 112,
The LED cable (C1) is an artificial rock wall, characterized in that the male and female fitting the connector 143 to connect the connector 143 and the controller 150.
The method according to claim 1,
A compression between the artificial holder 120 and the panel 110 is provided, communicating with the central hole 141a, the central hole 161 through which the mounting bolt 133 passes is formed, and the central hole ( An adapter 160 in which a seating groove 162 for seating the substrate 141 in an outward direction of 161 is recessed, and a connector through hole 163 is formed to allow the connector 143 to pass therethrough. Is composed of more included,
The light emitting member 140 is inserted into the adapter 160, and is provided with a compression between the artificial holder 120 and the panel 110,
The LED 142 of the light-emitting member 140 and the ring-shaped substrate 141 are inserted into the seating groove 162, and the connector 143 passes through the connector through-hole 163, so that the light-emitting member 140 The artificial rock wall, characterized in that provided on the adapter 160.
The method according to claim 1,
Any one of the plurality of controllers 150 is set as the master controller 150 ', and the rest of the controllers except the master controller 150' are set as slave controllers 150 ",
In the controller 150, each unique identification number for the artificial holder 120 connected to each controller 150 is designated and stored,
The level of difficulty of each artificial holder 120 is stored as a code value,
When the user touches the artificial holder 120 and the controller 150 senses the touch of the artificial holder 120, the difficulty class value of the detected artificial holder 120 is transmitted to the master controller 150 ', The master controller 150 'is an artificial rock wall characterized by calculating the climbing score by adding and calculating all the grade values of the touched artificial holder 120.
The method according to claim 3,
The master controller 150 'counts the climb time from the first touch of the artificial holder [start touch] of the user to the last touch of the artificial holder of the last touch [final touch], An artificial rock wall characterized in that the actual climbing score calculated by subtracting the climbing time is calculated from the combined climbing score according to the level of difficulty.

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