KR102347735B1 - Wiring brackets and modular coupling devices - Google Patents

Abstract

The present invention has the following configuration.
In the bracket attached to the wall;
A metal panel is inserted into the upper part of the bracket to bind it,
a rib formed on the bracket;
The rib is composed of a hollow space portion,
It relates to a wireable bracket, characterized in that it has a wire part to be inserted into the space part.

Description

Wiring brackets and modular coupling devices coupled thereto

The present invention relates to a wiring possible bracket and a module coupling device coupled thereto.

9 is a view showing wiring of a connector for standardizing a wiring duct for each unit module as a background technology.

First, in standardizing the wiring duct for each unit module, the wiring duct is made into a unit module, and the arrangement and connection method of the connector for each unit module, the direction of the power source, the polarity of the wire, the location of the connection material, installation and cover of the light fixture, etc. are standardized. The purpose is to display the construction and wiring design of the manufactured and manufactured wiring duct for each unit module in a consistent manner, and to facilitate the maintenance of the wiring duct.

In the manufacture of the duct for wiring for each unit module, a duct 30 of a certain standard is prepared, and various components arranged, arranged or provided inside or outside the duct 30 are prepared.

As the component, it is preferable that a plurality of sets of wires 14 arranged to both ends of the duct 30 having a certain standard are provided with a certain length, and each wire has a predetermined color that is easy to identify. . And a female connector 12 and a male connector 10 are coupled to both ends of each electric wire 14, respectively. A plurality of terminal blocks and the like are prepared to fix the electric wires 14 arranged in the inner space of the duct 30 .

In this way, after preparing all the components for standardizing the wiring duct for each unit module, the assembly process is carried out.

That is, the male connector 10 is disposed on one side of the wiring duct 30 for each unit module, and the female connector 12 is disposed on the other side. For example, the male connector 10 is disposed on the left side of the duct 30 , and the female connector 12 is disposed on the right side of the duct 30 . The male connector 10 and the female connector 12 are respectively disposed at positions where workability is easy.

First, in the prior art in standardizing the wiring duct for each unit module, the wiring duct is made into a unit module, the arrangement and connection method of the connector for each unit module, the direction of the power source, the polarity of the wire, the location of the connection material, the installation and cover of the luminaire, etc. It is to standardize and manufacture the duct for each manufactured unit module, and to display the wiring design and construction of the wiring duct for each module in a consistent manner, and to facilitate the maintenance of the wiring duct.

In the manufacture of the duct for wiring for each unit module, a duct 30 of a certain standard is prepared, and various components arranged, arranged or provided inside or outside the duct 30 are prepared.

In this way, after preparing all the components for standardizing the wiring duct for each unit module, the assembly process is carried out.

That is, the male connector 10 is disposed on one side of the wiring duct 30 for each unit module, and the female connector 12 is disposed on the other side. For example, the male connector 10 is disposed on the left side of the duct 30 , and the female connector 12 is disposed on the right side of the duct 30 . It is preferable that the male connector 10 and the female connector 12 be respectively disposed at positions where workability is easy.

A plurality of pairs of wires 14 that are wired between the male connector 10 and the female connector 12 are each provided with an identifiable mark. Depending on the shape of the connector 10 or the capacity of the electric wire 14 , the number of connected electric wires may vary, and the arrangement position may also vary.

However, since the above configuration is made by a separate wiring duct, the wiring is done after completing the interior material or by a separate electric wiring technician before completing the interior material. In this case, the metal panel is inserted into the bracket In this case, the metal panel cannot be inserted into the part of the duct to be wired, so a separate work is required, or the bracket cannot be attached to the wall, so it is possible to avoid the disadvantage of requiring a lot of money and time for interior work in the relevant part. there was no

The present invention was born under this background.

Korean Intellectual Property Office Registered Patent No. 10-0714420 (2007.05.04) Korean Intellectual Property Office Registration Patent No. 10-1648781 (2016.08.17)

The first task is to create a structure that allows the wires to pass through the frame of the bracket so that the wires can be connected to the desired part, and between the bracket and the bracket to make a passage so that various signal wires can pass through the wiring to configure the interior material and various kinds of materials at the same time. It has solved the problem of making the signal wiring.

Second, the product is made with the harness planted in the bracket so that it can act as various signal lines, and the connection between the bracket and the bracket allows the signal line to be connected in a one-touch type, thereby solving the problem of facilitating wiring with metal interior materials at the same time. .

Third, various terminals constitute a dedicated bracket with a structure attached to the bracket, a metal panel is inserted on the upper part of the bracket, and a space is formed in the part corresponding to the coupling part of the bracket, and various module devices are locked and released through the space. This is to solve the problem of easily configuring a wall-mounted module for electrical wiring and installation of an outlet module, a switch module and a light, etc.

In order to solve the above problems, the following configuration is provided.

bracket to attach to the wall;

a rib formed on the bracket;

a space formed in the rib;

a wiring unit inserted into the space;

A wireable bracket is constructed by inserting and binding a metal panel to the upper portion of the bracket.

Here, the brackets are configured to extend up and down left and right, and it is preferable to configure the terminal part so that the electric wires are connected between the plurality of brackets and the brackets with one touch.

Here, the wiring portion is composed of an embossed terminal and an engraved terminal or an embossed terminal and an embossed terminal or an engraved terminal and an engraved terminal at one end of the space part, but it is preferable to connect each terminal with an electric wire.

Here, the bracket constitutes a protrusion on the periphery of the bracket so that the metal panel is firmly inserted, and the rim of the metal panel constitutes a bent part. By attaching the metal panel, it is preferable to configure so that the electric wiring does not protrude to the outside.

Here, the bracket is configured in a quadrangular shape, and the ribs are configured in four inside the central portion of each side of the quadrangle, and the central part where the four ribs are concentrated is configured as a coupling part to form the skeleton of the bracket.

Here, it is preferable that the coupling part is configured as a space part so that wiring is made.

Here, it is preferable that a wiring lead-out hole is formed in the coupling portion so that the wiring is drawn out.

The module coupling device for coupling with the coupling part of the wireable bracket is configured as follows.

Here, a module coupling device comprising a module device coupled to a coupling portion configured at a portion where the ribs of the wireable bracket intersect but coupled to an upper portion of the portion corresponding to the coupling portion constitutes a module coupling device.

Here, it is preferable that the coupling part constitutes a coupling recess on the lower surface of the coupling part where the rib is not configured.

Here, the module device coupled to the coupling recess is a switch module,

It is preferable that a switch coupling protrusion is configured at a lower portion of the switch module.

Here, it is preferable to have a configuration of a lock and release switch configured in a one-touch method to engage and release the coupling recess and the switch coupling protrusion.

Here, the module device coupled to the coupling recess is an outlet module,

It is preferable that an outlet coupling protrusion is configured at a lower portion of the outlet module.

Here, it is preferable to configure a wall fixing hole in the central portion of the outlet module to be fastened to the wall.

Here, the module device coupled to the coupling recess is a wall-mounted fixing module for a lighting lamp,

Preferably, it is configured to be configured to be coupled with a wall-mounted coupling protrusion at the lower portion of the wall-mounted fixing module.

Here, it is preferable that the lower portion of the wall-mounted fixing module constitutes a recess in a portion corresponding to the rib so as to be seated on the rib of the bracket.

Here, the wall-mounted fixing module constitutes a first coupling hole to couple the intermediate member in order to couple the base member supporting the lighting lamps of various sizes,

It is preferable to have a configuration for screwing with the intermediate member through the first coupling hole and screwing the intermediate member and the base member of the lighting lamp.

The first effect is to create a structure that allows wires to pass through the frame of the bracket so that wires can be connected to the desired part. It has the effect of allowing signal wiring.

Second, the product is made with the harness planted in the bracket so that it can serve as various signal lines, and the connection between the bracket and the bracket allows the signal line to be connected in a one-touch form, thereby facilitating the simultaneous wiring of metal interior materials and wiring.

Third, various terminals constitute a dedicated bracket with a structure attached to the bracket, a metal panel is inserted on the upper part of the bracket, and a space is formed in the part corresponding to the coupling part of the bracket, and various module devices are locked and released through the space. This is to solve the problem of easily configuring a wall-mounted module for electrical wiring and installation of an outlet module, a switch module and a light, etc.

That is, after the metal panel is completed as an interior material, by inserting a wall-mounting module for installation of an outlet module, a switch module, and lighting, etc., the construction along the interior wall and electrical wiring is completed at the same time. It has the effect of reducing a lot of time and cost according to the configuration of inserting the device according to the electrical wiring by working.

Figure 1a shows a terminal bracket in which the bracket and the conducting wire are integrally formed.
Figure 1b is a view showing the back side of the one-shaped wiring bracket.
1c is a view showing the back side of the L-shaped wiring bracket.
Figure 1d is a view showing the connection of the unit brackets of Figures 1a to 1c.
Figure 2a is a front view of a bracket in which a wire lead-out hole is configured to draw out a wire of an outlet or a switch in the center of the bracket.
Fig. 2b is a rear view of Fig. 2a.
Figure 2c is a view showing the unit brackets are connected.
FIG. 2d is a diagram showing a configuration for coupling an outlet, a switch, and a fixed module to the coupling part, which is the central part of the bracket.
3a to 3e are views showing the socket-outlet and the socket-outlet being fixed to the bracket.
4a to 4d are views showing a switch and a switch fixed to a bracket.
5a to 5d are views showing a module coupling method for fixing the wall-mounted fixing module and the wall-mounted fixing module to the bracket.
6 is a view showing the combination of a lighting lamp with a wall-mounted fixing module.
7 is a view showing the binding protrusion of the bracket.
8 is a view showing a binding protrusion hole in a metal panel.
9 is a diagram showing the prior art.

The present invention is to conveniently install and mount various wirings, terminals, lighting fixtures, etc. using a metal tile and a bracket structure for attaching the metal tile to the wall.

As for the construction method, a bracket connecting the wall and the tile is installed on the wall, a structure such as a supporter suitable for the purpose is installed in the free space of the bracket, and a metal tile with an insertion hole is processed so that the support and the structure can protrude thereon. Attach and install.

It is also possible to change the bracket into various structures in order to construct the desired structure on the wall.

Application types are as follows.

It is possible to attach various structures such as hangers, shelves, and storage boxes and various ornaments to the wall.

In addition, it is possible to arrange various wiring and terminals (outlet, switch, telephone connector, data communication cable connector, TV connector, speaker connector, etc.) on the bracket.

In the present invention, it is exemplified that the wall-mounted module is configured for an outlet, a switch, and a lighting, but any configuration is possible.

In addition, it is possible to configure a lighting lamp on the surface of the metal tile due to various wirings.

That is, the physical structure for accommodating various hangers, shelves, storage boxes, etc. is as follows.

It consists of attaching the bottom support of a hanger-shaped accessory to the free space of the bracket, protruding so that the accessory can protrude on it, and assembling a metal tile with a hole corresponding to it.

1) Hanging structure for hanging frames, hats, clothes, etc.

2) It is a structure that can fix shelves or storage boxes, and it can be applied to shelves without supports or storage boxes without supports.

The expression “without a pole” means that the pole is inserted into the shelf or inside of the storage box and is viewed from the outside as if there is no pole.

It consists of a plurality of hooks between the bracket and the metal tile.

In the present invention, 24 hooks are configured per unit metal tile.

Due to this hook, the shelf, which applies a considerable weight, will be supported on the wall sufficiently.

In case of installing a shelf or a storage box with a large load, it can be configured to bear an additional load by additionally attaching the support to the wall with a bolt screw, which is a separate fixing means.

If a part of the metal tile is to be replaced, the internal atmosphere can be changed frequently by replacing the metal tile through a structure that is easy to detach the metal tile attached to due to a hook.

By separating the assembled tiles, tiles with different designs can be reassembled and, if necessary, shelves or various hangers can be freely installed and removed on the wall.

It is possible to configure a hole having a corresponding configuration so that a support for supporting a shelf or a hanger is inserted in the metal tile. A hole is made in the tile so that a support that can support various shelves or hangers with different shapes and functions in common is installed.

It is possible to install by fixing a shelf or various hangers to this support.

The present invention is a structure in which a bracket configured on a wall surface and a support member are fixed to the space portion of the bracket, a metal tile having a hole is inserted in a location corresponding to the support member, and an insertion hole is formed in a shelf to insert the support member to combine with the support member. to be.

In particular, the present invention constitutes a bracket having a structure capable of installing various types of wiring and terminals, but the wiring bracket can have two structures.

First, it is possible to connect the electric wire to the desired part by creating a structure that allows the electric wire to pass through the frame of the bracket. Between the bracket and the bracket, make a path so that the electric wire can pass and configure the wiring.

Second, the product is made with the harness planted in the bracket so that it can act as an electric wire, and the connection between the bracket and the bracket is completed by creating a structure that can connect the electric wire in a one-touch configuration or in the form of a click.

Third, various terminals constitute a dedicated bracket with a structure attached to the bracket.

According to the present invention, a bracket in which a metal panel is inserted into the upper part of the bracket and a lighting lamp can be installed on the upper part of the bracket is available as follows.

1) By creating a structure in which the receptacle of the lighting lamp is directly attached to the bracket, the desired lighting lamp can be assembled. Because the interior wall and the lighting are completed at the same time, a separate work is performed after the interior is completed, saving a lot of time and money due to the configuration of inserting the lighting.

2) The intermediate structure connecting the existing lighting lamp and the bracket is attached to the bracket.

The specific configuration is as follows.

1A to 1D, the description is as follows.

Although wiring is described in this embodiment, the wiring includes all kinds of data lines including wires.

In the bracket 100 attached to the wall;

Insert and bind the metal panel 300 on the upper part of the bracket 100,

Ribs 110, 120, 130, 140 configured in the bracket 100

The ribs 110, 120, 130 and 140 constitute a space 160,

A wireable bracket having a wiring part 200 inserted into the space part 160 is constituted.

The wiring unit 200 means a configuration including first and second embossed terminals 210,310,230, and engraved terminals 220,320.

The bracket 100 is configured to extend left and right, up and down, and the embossed terminals and engraved terminals 210,310,230,220,320 corresponding to the terminal are configured so that the wires are connected with one touch between the plurality of brackets 100 and the brackets 100. do.

The terminal unit is a term including both the first and second embossed terminals (210, 310, 230) and the engraved terminals 220 and 320.

The wiring part consists of embossed terminals 210 and 310 and engraved terminals 220 and 320 or embossed terminals 210 and embossed terminals 230 or engraved terminals 220 and engraved terminals 320 at one end of the space 160. However, each terminal is connected with a wire.

The bracket 100 constitutes a binding protrusion 170 on the periphery of the bracket 100 so that the metal panel is firmly inserted, and the edge part of the metal panel constitutes a bent part, and the binding protrusion 170 on the bent part. After connecting the wires by configuring the binding protrusion holes 310, 320, 340, and 350 corresponding to the , the metal panel 300, which is an interior material, is attached so that the electric wires do not protrude to the outside.

Of course, it is preferable to configure the main part through which the electric wire passes in the bent part of the metal panel.

In addition, it is preferable to configure the binding escape space 175 so that the metal panel is well inserted into the binding protrusion.

The bracket 100 is configured in a quadrangular shape, and the ribs 110, 120, 130, and 140 are composed of four inside at the center of each side of the quadrangle. It is constructed to form a skeleton.

FIG. 2A is a front view of a bracket in which wiring lead-out holes 151, 152, 153, and 154 are configured to draw out wiring of an outlet or switch at the center of the bracket.

It is not necessary to configure the wiring lead-out holes 151, 152, 153, and 154 in all central portions.

Fig. 2b is a rear view of Fig. 2a.

Figure 2c is a view showing the unit brackets are connected.

2d is a diagram showing a configuration for selectively inserting and coupling the outlet module 410, the switch module 420, the wall-mounted fixing module 430, etc. to the coupling part 150 configured in the central part of the bracket.

The coupling part 150 is composed of a space part 160 so that wiring is made to constitute a wiringable bracket, and the corresponding part of the metal panel 300 is cut out in the coupling part for fixing the outlet module, the switch module and the wall-mounted fixing module. Then, the outlet module 410, the switch module 420 and the wall-mounted fixing module 430 are selectively configured to be easily inserted and fixed.

Of course, only one module is configured in one coupling unit.

In the coupling part 150 , wiring lead-out line holes 151 , 152 , 153 , and 154 are formed so that wiring is drawn out.

As shown in FIG. 2B , the coupling part 150 is configured such that a line passes through the coupling part 150 in the central part and is drawn out to another rib or to the outside of the wire lead-out line holes 151 , 152 , 153 and 154 .

The second embodiment is as follows. In the first embodiment, the ribs 110, 120, 130, and 140 of the wiringable bracket are combined with the coupling part 150 configured at the intersection, but having various module devices 410, 420, and 430 coupled to the upper part of the part corresponding to the coupling part 150. It is to provide a module coupling device having a configuration.

The coupling part 150 constitutes coupling recesses 155, 156, 157 and 158 on the lower surface of the coupling part where the ribs are not configured.

3A to 3E will be described based on the illustration as follows.

The module device coupled to the coupling recesses 155, 156, 157 and 158 is an outlet module 410, and an outlet coupling protrusion 415 is configured at the lower portion of the outlet module 410, so that the coupling part 150 of the bracket and the outlet module 410 are formed. ) is combined.

When combined, the lock and release switch unit 424 configured in FIG. 4A is also applicable to the outlet module.

A wall fixing hole 440 is formed in the central part of the outlet module to fasten it to the wall. The outlet module inserts a cord from time to time and draws it out again, so a lot of force is applied, so the power can be weakened only by the fixing bracket. to compose

In order to supply power to the outlet module 410, the wire wired through the rib of the bracket is drawn out and inserted into the outlet module.

FIG. 3C shows that the wire lead-out lines 212 and 312 are configured.

Fig. 3e is a cross-sectional view of the three-dimensional stereoscopic view of Fig. 3d.

4a to 4d are views showing the switch module 420 and the switch module 420 fixed to the bracket 100 .

The module device coupled to the coupling recesses 155 , 156 , 157 , 158 is a switch module 420 , and a switch coupling protrusion 425 is configured and coupled to the lower portion of the switch module 420 .

The coupling and releasing of the coupling recesses 155, 156, 157, 158 and the switch coupling protrusion 425 are configured in a one-touch method 424 to facilitate fixing and disengaging in the bracket.

The switch coupling protrusion 425 has protrusions 426 and 427 configured to be inserted into the coupling recesses 155 , 156 , 157 , 158 of the coupling part 150 .

The protrusions 426 and 427 are configured to be unlocked by opening the protrusions 426 and 427 outward by the touch of the lock and release switch unit 424 in a one-touch manner, and to be locked by closing in the inward direction. The protrusion is indicated in two places in the lower part, but it is composed of four armies, and the upper part is not clearly visible due to the lower oblique view.

5a to 5d are views showing a module coupling method for fixing the wall-mounted fixing module 430 and the wall-mounting fixing module 430 to the coupling part 150 of the bracket.

The module device coupled to the coupling recesses (155, 156, 157, 158) of the coupling part is a wall-mounted fixing module 430 for a lighting lamp,

It is configured to be configured to be coupled with the wall-mounted coupling protrusions 435, 436, 437, and 438 at the lower part of the wall-mounted fixing module 430.

When the upper portions of the wall-mounting coupling protrusions 435, 436, 437, and 438 are gripped by hand in four directions, the protrusions are spread outward and are configured to be easily released or coupled from the coupling part 150 of the bracket.

The lower part of the wall-mounted fixing module 430 comprises vertical recesses 433a and 433b and horizontal recesses 434a and 434b in a portion corresponding to the rib so as to be seated on the ribs 110, 120, 130, and 140 of the bracket to closely configure. it is preferable

6 is a view showing the coupling of the lighting lamp 500 together with the wall-mounted fixing module (430).

The wall-mounted fixing module 430 configures the first coupling holes 431 and 432 to couple the intermediate member 460 in order to couple the base member 480 supporting the lighting lamp 500 of various sizes,

The first bolt part 450 is configured to be screwed with the intermediate member 460 through the first coupling holes 431 and 432 , and the intermediate member 460 and the base member 480 of the lighting lamp 500 are screwed. The second bolt portion 470 is configured to be coupled and fixed.

In order to bind the second bolt portion 470, a corresponding nut portion 490 is also configured.

7 is a view showing the binding protrusion of the bracket.

As shown in FIG. 7 , there is a binding escape space on the rear surface of the binding protrusion 170 .

By configuring the portion 175, it is possible to bind well through the binding escape space 175 when binding to the metal panel 300 .

8 is a view showing a binding protrusion hole in a metal panel.

Referring to FIG. 8, it is as follows.

The binding protrusion hole of the hole processing metal panel 300 to be bound to the binding protrusion 170 .

(310, 320, 340, 350) and the connection mechanism (not shown) to be inserted into the groove 330 of the connection.

It has a configuration of the connection part groove 330 of the metal panel 300 that responds.

It is preferable that the coupling protrusion holes 310 , 320 , 340 , and 350 form the connection part groove 330 in two on the left and right sides.

The terms or words used in the present specification and claims should not be construed as being limited to their ordinary or dictionary meanings, and the inventor may properly define the concept of the term in order to best describe his invention. Based on the principle that there is, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Accordingly, the embodiments described in this specification and the configurations shown in the drawings are only the most preferred embodiment of the present invention, and do not represent all of the technical spirit of the present invention, so at the time of the present application, they can be replaced It should be understood that various equivalents and modifications may exist.

100: bracket 110, 120, 130, 140: rib 150: coupling part 160: space part
170: binding protrusion 175: binding escape space part 151, 152, 153, 154: wiring lead-out hole
155,156,157,158: coupling recess 200: wiring part 210,310: first embossed terminal
220,320: engraved terminal 230: second embossed terminal 212,312,313: wiring lead
300: metal panel 310, 320, 340, 350: binding protrusion hole 330: connection part groove
410: outlet module 415: outlet coupling protrusion 416, 417: protrusion
420: switch module 424: lock and release switch unit
425: switch coupling protrusion 426, 427: protrusion
430: wall-mounted fixing module 431, 432: first coupling hole 433a, 433b: vertical recess
434a, 434b: horizontal recess 435, 436, 437, 438: wall-mounting coupling protrusion 440: wall fixing hole
450: first bolt portion 460: intermediate member 470: second bolt portion 480: base member
490: nut 500: lighting

Claims (16)

a bracket attached to the wall formed between the wall and the interior material to attach the interior material;
a rib formed on the bracket;
a space formed in the rib;
a wiring unit inserted into the space;
A wireable bracket, characterized in that by inserting a metal panel as the interior material to the upper portion of the bracket and fastening. The wireable bracket according to claim 1, wherein the brackets are arranged to extend vertically and horizontally, and the terminal part is configured to connect wires between the plurality of brackets and the adjacent brackets with one touch. The wireable bracket according to claim 1, wherein the wiring part consists of an embossed terminal and an engraved terminal or an embossed terminal and an embossed terminal or an engraved terminal and an engraved terminal at one end of the space part, and the terminals are connected with wires. The bracket according to claim 1, wherein the bracket comprises a binding protrusion on a periphery of the bracket so that the metal panel is firmly inserted, and a rim part of the metal panel constitutes a bent part, and a binding protrusion hole corresponding to the binding protrusion is formed in the bent part. Wiring possible bracket, characterized in that the wiring is configured not to protrude to the outside by attaching the metal panel as the interior material after connecting the wires. The bracket according to claim 1, wherein the bracket is formed in a quadrangular shape, and the ribs are composed of four ribs inside the central portion of each side of the quadrangle, and the four ribs are formed of a coupling part that intersects to form a skeleton of the bracket. Brackets that can be wired with [6] The wireable bracket according to claim 5, wherein the coupling portion is configured with a space portion for wiring. [7] The wiring possible bracket according to claim 5 or 6, wherein a wiring lead-out hole is formed in the coupling portion so that the wiring is drawn out. [Claim 5] A module coupling device, characterized in that it has a module device coupled to a coupling part configured at a portion where the ribs of the wireable bracket of any one of claims 1 to 4 intersect, but coupled to an upper portion of the portion corresponding to the coupling part. . The module coupling device according to claim 8, wherein the coupling part constitutes a coupling recess on a lower surface of the coupling part where the rib is not configured. 10. The method of claim 9, wherein the module device coupled to the coupling recess as a switch module,
A module coupling device, characterized in that a switch coupling protrusion is configured at a lower portion of the switch module. The module coupling device according to claim 10, wherein the coupling and releasing of the coupling recess and the switch coupling protrusion have a lock and release switch configured in a one-touch manner. The method according to claim 9, wherein the module device coupled to the coupling recess is an outlet module,
A module coupling device, characterized in that the outlet coupling protrusion is configured at a lower portion of the outlet module. 13. The module coupling device according to claim 12, wherein a wall fixing hole is formed in the center of the outlet module to be fastened to the wall. The method of claim 9, wherein the module device coupled to the coupling recess is a wall-mounted module for a lighting lamp,
Module coupling device, characterized in that configured to be configured to be coupled with the wall-mounting coupling protrusion on the lower part of the wall-mounted fixing module. 15. The module coupling device according to claim 14, wherein a lower portion of the wall-mounted fixing module has a recess in a portion corresponding to the rib so as to be seated on the rib of the bracket. 15. The method of claim 14, wherein the wall-mounted fixing module constitutes a first coupling hole to couple the intermediate member in order to couple the base member supporting the lighting lamp of various sizes,
A module coupling device, configured to be screwed to the intermediate member through the first coupling hole, and screwed to the intermediate member and the base member of the lighting lamp.

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