KR102121044B1 - Electric outlet box for indoor wall of apartment building - Google Patents

Abstract

An electric outlet box for the indoor wall of an apartment building comprises: a rail portion provided along a moving groove portion formed on the indoor wall of an apartment building; a terminal connection portion provided on the rail portion and providing electrical energy by a wire, which is constructed inside the indoor wall, connected thereto; an outlet block slidably provided along the rail portion, having a terminal hole portion to which a power line for an electronic product installed indoors is connected, and providing electrical energy to the power line coupled to the terminal hole portion by being electrically connected to the terminal connection portion; and a plurality of cover portions for blocking and finishing the rail portion, on which the outlet block is not positioned, after the outlet block moves along the rail portion. The electric outlet box secures a path, along which the outlet block can move, by opening the cover portions when the outlet block is moved to a specific position, allows a portion of the rail portion, in which the outlet block is not positioned, to be blocked and finished after the outlet block is moved while sliding along the rail portion, and allows the outlet block to supply electrical energy provided from the wire to the electronic product through the terminal hole portion even when the outlet block is moved along the rail portion by the terminal connection portion. Therefore, the electric outlet box enables various furniture arrangements.

Description

ELECTRIC OUTLET BOX FOR INDOOR WALL OF APARTMENT BUILDING}

The present invention relates to an electric outlet box for an indoor wall surface of a multi-family house, and more specifically, it is possible to vary the position of the conceal box according to the arrangement of furniture in the room, thereby enabling various types of furniture arrangement and connecting to the outlet box. It can effectively prevent the cathode and anode wires from coming into contact with each other, and it is easy to assemble and replace parts, thereby reducing the time and cost for installing or replacing the outlet box. It's about the box.

Generally, electrical outlets are embedded in the wall of a building so that they can be plugged in when using electrical appliances, and most of them are provided with two plug sockets to connect the plugs of ordinary electrical appliances.

These electrical outlets are often installed in a recessed form on the wall of the room for convenience in use, and the installed height is also installed at a low position that can be easily caught by small children. Moreover, since electrical outlets are installed in various places in the house, safety accidents such as short-circuits or electric shocks are frequently caused by inserting foreign substances such as chopsticks or awls into the terminal holes of the outlets where children are plugged while adults cannot see them. Is occurring.

On the other hand, in order to embed an outlet or an ON/OFF switch in a building such as a multi-family house, when the wall is placed, the cable tube and the outlet box are embedded in the wall, and when the pouring of the wall is completed, the outlet or ON/OFF on the front of the outlet box. A switch or the like is provided.

In order to solve the above problems, an outlet box that is embedded in the interior wall of the apartment house was developed, and the outlet box according to the prior art is embedded in the interior wall of the apartment house, and a guide tube for inserting an electric wire into the upper surface is formed, A housing in which guide holes are formed on the upper and lower surfaces, and a connection socket that is movably installed inside the housing to be inserted into the housing or protrude from the housing, and connection sockets into which plugs are inserted on the front and both sides are respectively formed. An outlet main body that the connection sockets on both sides expose to the outside, and a top and bottom surfaces of the main body of the outlet are coupled through bolts or screws, and a support bracket member penetrating through the guide hole penetrates and is coupled through a washer, and a housing An elastic fixing plate member provided in the outlet body to fix the outlet body inserted into the housing, and a locking groove formed in the housing so that the elastic fixing plate member is inserted and caught, the housing to allow the user to insert the finger to compress the elastic fixing plate member It includes a stopper portion made of a finger insertion portion formed on.

Background art of the present invention is disclosed in Republic of Korea Patent Publication No. 10-1196875 (announced on November 05, 2012, the name of the invention: outlet box buried in the interior wall of the apartment house).

The outlet box according to the prior art is installed at a certain position on the interior wall, and there is no separate technical configuration to change the position of the outlet box. Therefore, the outlet box may vary depending on the size, shape, or direction of furniture installed in the room. There is a problem that it may be difficult to use the outlet box while being covered by furniture.

Therefore, there is a need to improve this.

The present invention is possible to vary the position of the set box according to the arrangement of furniture in the room to enable various types of furniture arrangement, it is possible to effectively prevent the cathode and anode wires of the wires connected to the outlet box from contacting each other, It is an object of the present invention to provide an electrical outlet box for an indoor wall surface of a multi-family house that can easily assemble and replace parts, thereby reducing the time and cost of installing or replacing an outlet box.

The present invention, the rail portion is installed along the moving groove formed on the interior wall surface of the apartment; A terminal connection unit installed on the rail unit and connected to a wire constructed inside the interior wall surface to provide electrical energy; A terminal hole is formed to be slidably installed along the rail portion and connected to a power line of an electronic product mounted in the room, and is electrically connected to the terminal connection portion to provide electrical energy to a power line coupled to the terminal hole portion. Outlet block; And a plurality of cover portions for blocking and closing the rail portion where the outlet block is not located after the outlet block is moved along the rail portion. When moving the outlet block to a specific position, the cover portion is opened to open the After securing a passage through which the outlet block can move, and sliding the outlet block along the rail portion, the cover portion is closed to close the block portion where the outlet block is not located, thereby closing and closing the outlet block. Is characterized in that even when moved along the rail portion by the terminal connection portion, electrical energy provided from the electric wire can be supplied to the electronic product through the terminal hole portion.

In addition, the rail portion of the present invention, the upper rail is installed on the upper end of the mobile groove formed on the interior wall surface so as to slidably support the top of the outlet block; And a lower rail which is installed at the lower end of the moving groove to face the upper rail and slidably supports the lower end of the outlet block, wherein the upper rail includes a mounting groove in which the terminal connection part is slid and inserted. An outlet block is provided with a sliding groove portion to be slidably inserted, and the sliding groove portion is slidably inserted with the movable connection portion of the outlet block, and the terminal connection portion is inserted and fixed to the mounting groove portion, so that the terminal connection portion is along the wire. The electrical energy provided in is characterized in that even when the outlet block is moved along the rail part, electrical energy is supplied to the terminal hole part by the movable connection part and the terminal connection part.

In addition, the mobile connection portion of the present invention, the first terminal rail is installed on the top of the outlet block, the anode wire is installed in the wire; A second terminal rail installed on an upper end of the outlet block and a cathode wire is installed among the wires; And an insulating rail interposed between the first terminal rail and the second terminal rail, and preventing the positive and negative electrodes from being electrically connected.

In addition, the terminal connection portion of the present invention is installed on the upper rail, the first terminal rail and the second terminal rail is slidably contacting the connection terminal block is electrically connected; A first terminal block installed on the connection terminal block and connected to the anode wire; A second terminal block installed on the connection terminal block and connected to the cathode wire; And it characterized in that it comprises a wire connection for coupling the wire to the first terminal block or the second terminal block in a one-touch manner.

The electrical outlet box for an indoor wall surface of a multi-family house according to the present invention is provided with a movable connection part and a terminal connection part so that an outlet block to which a power line of an electric product is connected is movably installed on an indoor wall surface and provides power to a moving outlet block. Therefore, the outlet block can be moved along the moving connector and the rail connector so as not to interfere with the furniture seated in the room, so that furniture of various shapes and sizes can be seated indoors in various directions to provide an interior that suits the user's preference. There is this.

1 is a perspective view showing an electrical outlet box for an indoor wall surface of a multi-family house according to an embodiment of the present invention.
2 is an exploded perspective view showing a connection terminal portion of the electrical outlet box for an indoor wall surface of an apartment house according to an embodiment of the present invention.
3 is a view showing a rail connection portion and a wire connection portion of an electrical outlet box for an indoor wall surface of an apartment house according to an embodiment of the present invention.

Hereinafter, an embodiment of an electric outlet box for an indoor wall surface of an apartment house according to the present invention will be described with reference to the accompanying drawings.

In this process, the thickness of the lines or the size of components shown in the drawings may be exaggerated for clarity and convenience.

In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to a user's or operator's intention or practice.

Therefore, the definition of these terms should be made based on the contents throughout the specification.

1 is a perspective view showing an electrical outlet box for an indoor wall surface of an apartment house according to an embodiment of the present invention, and FIG. 2 is a connection terminal part of an electrical outlet box for an indoor wall surface of an apartment house according to an embodiment of the present invention. 3 is an exploded perspective view, and FIG. 3 is a view showing a rail connection portion and a wire connection portion of an electric outlet box for an indoor wall surface of an apartment house according to an embodiment of the present invention.

1 to 3, the electric outlet box for an indoor wall surface of an apartment house according to an embodiment of the present invention includes a rail part 30 and a rail part 30 installed along a moving groove part formed in an indoor wall surface of a multi-family house. 30) is installed on the interior of the interior wall, the electric wire (90) is connected to provide a terminal connection portion (50) for providing electrical energy, and the rail portion (30) is slidably installed, and electronic products mounted in the room A terminal hole portion 12 to which a power line of the power line is connected is formed, and an outlet block 10 that is electrically connected to the terminal connection portion 50 to provide electrical energy to a power line coupled to the terminal hole portion 12, and a rail portion After the outlet block 10 is moved along the (30), the outlet block 10 includes a plurality of cover portions 70 that block and close the rail portion 30 where the outlet block 10 is not located.

Therefore, when moving the outlet block 10 to a specific position, the cover portion 70 is opened to secure a passage through which the outlet block 10 can move, and the outlet block 10 is sliding along the rail portion 30. After moving while moving, the cover portion 70 is closed to block and close the portion where the outlet block 10 is not located in the rail portion 30, and the outlet block 10 is connected to the rail portion by the terminal connection portion 50. Even if it is moved along 30), it is possible to supply electric energy provided from the electric wire 90 to the electronic product through the terminal hole portion 12.

Rail portion 30 of this embodiment, the upper rail 32 and the upper rail 32, which is installed on the top of the moving groove formed on the interior wall surface to be slidably support the top of the outlet block (10) It is installed at the bottom of the moving groove so as to face, and includes a bottom rail (34) slidably supporting the bottom of the outlet block (10).

Here, the upper rail 32 of this embodiment is provided with a sliding groove portion 36 into which the terminal connection portion 50 is slidably inserted and a sliding groove portion 36 into which the outlet block 10 is slidably inserted, sliding In the groove portion 36, the movable connection portion 14 of the outlet block 10 is slidably inserted, and the terminal connection portion 50 is fixed to the mounting groove 37.

Therefore, the electrical energy provided to the terminal connection portion 50 along the electric wire 90, even if the outlet block 10 is moved along the rail portion 30, the terminal hole portion 12 by the moving connection portion 14 and the terminal connection portion 50 ) To supply electrical energy.

The moving connection portion 14 of the present embodiment is installed on the upper end of the outlet block 10, the first terminal rail 16 on which the anode wire is installed, and the upper end of the outlet block 10, Insulation interposed between the second terminal rail 17 and the first terminal rail 16 and the second terminal rail 17 on which the cathode wire is installed among the wires 90, and preventing the anode wire and the cathode wire from being electrically connected. It includes a rail (18).

At the top of the outlet block 10, a first terminal rail 16 and a second terminal rail 17 are installed to maintain a gap, and an insulating rail (1) between the first terminal rail 16 and the second terminal rail 17 18) is installed to prevent the positive and negative wires from being electrically connected. In addition to the first terminal rails 16 and the second terminal rails 17, separate terminal rails are further installed to provide a ground wire or a separate wire 90. It can be further connected, which is a person skilled in the art aware of the technical configuration of the present invention can be easily changed and implemented, so detailed drawings or descriptions of other embodiments will be omitted.

The terminal connection part 50 of this embodiment is installed on the upper rail 32, and the first terminal rail 16 and the second terminal rail 17 are slidably contacted and electrically connected to the connection terminal block 51 , The first terminal block 52, which is installed on the connection terminal block 51, to which the positive electrode is connected, and the second terminal block 54, which is installed on the connection terminal block 51, and which is connected to the cathode line, are connected to the wire 90. The first terminal block 52 or the second terminal block 54 includes a wire 90 connecting portion 55 to be coupled in a one-touch manner.

The connection terminal block 51 is formed in a long panel shape so as to be inserted into and fixed to the mounting groove 37, and the first terminal block 51a and the second terminal rail contacted to be electrically connected to the first terminal rail 16 It includes a second terminal block (51b) that is in contact with the (17) to be electrically connected, and an insulating band (51c) interposed between the first terminal block (51a) and the second terminal block (51b).

A first terminal block 52 is installed in the first terminal block 51a, a second terminal block 54 is installed in the second terminal block 51b, and a first terminal block 52 and a second terminal block 54 are installed. ) Are spaced apart from each other and are inserted into the first incision 38 and the second incision 39 formed in the upper rail 32.

Since the first terminal block 52 and the second terminal block 54 are spaced apart from each other, the first cutout section 38 and the second cutout section 39 are also formed with different lengths to form the first block block 52 It is possible to prevent the second terminal block 54 from being in electrical contact with each other.

The first terminal block 52 and the second terminal block 54 are electrically connected to the first terminal block 51a and the second terminal block 51b while the wire 90 is inserted and connected, and the electric wire 90 connection part ( 55, the first terminal block (51a) and the second terminal block (51b) and the receiving groove 56 formed on the inner wall of the first terminal block (52) and the second terminal block (54) constituting the hole portion, The first terminal block 52 and the second terminal block 54 from the receiving groove 56 are installed to be recessed inside and a pair of pressing blocks 57 and a pair of pressing blocks 57 are disposed under the The terminal socket 58 electrically connected to the first terminal block 51a and the second terminal block 51b and the pair of pressurizing blocks 57 are inserted into the first terminal block 52 and the second terminal block 54. It includes a first elastic member 59 made of a torsion spring to fix the wire 90 while pressing.

Therefore, when the wire 90 is inserted into the first terminal block 52 and the second terminal block 54, the wire 90 is inserted while pressing the pair of pressing blocks 57 into the receiving groove 56, The copper wire 92 exposed from the end of the electric wire 90 is inserted into the terminal socket 58 so that the electric wire 90 and the connection terminal block 51 are electrically connected.

At this time, the pair of pressing blocks 57 by the elastic force provided from the first elastic member 59 while pressing the electric wire 90 to the inner center of the first terminal block 52 and the second terminal block 54 The wire 90 is fixed.

The moving connection portion 14 of this embodiment is easily coupled in a one-touch manner by the rail connection portion 80, and the rail connection portion 80 includes a plurality of connection hole portions 82 formed on both sides of the insulating rail 18, The hook member 84 formed on the side of the first terminal rail 16 and the second terminal rail 17 so as to face the connection hole portion 82 and the connection hole portion 82 are installed so as to be able to emerge from the inner wall toward the center portion, and the hook When the member 84 is inserted into the connection hole portion 82, the hook hook 86 engaged with the hook member 84, and the third providing elastic force for pressing the hook 86 to the connection hole portion 82 side It includes an elastic member 88.

Accordingly, when the first terminal rail 16, the insulating rail 18, and the second terminal rail 17 are disposed adjacent to each other and pressed, the hook member 84 is inserted into the connection hole portion 82 and the hook hook 86 and As the engagement is engaged, the assembly of the moving connection portion 14 is performed in a one-touch manner.

In addition, the cover portion 70 of the present embodiment, so that the plurality of cover panels 75 and the cover panel 75 are slidably installed in the vertical direction along the interior wall surface to be slidably installed in the moving groove portion to be supported. It is installed on the upper and lower parts of the moving groove, the closing panel 72 in which the opening/closing groove 74 is formed to slidably support the cover panel 75, and the opening/closing groove 74 to maintain the open state of the cover panel 75. ) Is provided with an open holding portion (77).

In addition, the open-holding portion 77 of the present embodiment, the opening and closing groove 74, the detachable projection 78 is installed so as to be able to emerge from the inner wall from the inner wall, and the detachable projection 78 is pressed into the opening and closing groove portion 74 2 includes an elastic member (79).

Therefore, when the user grips the handle portion 76 and slides the cover portion 70 material upward, the cover portion 70 material is inserted into the opening/closing groove portion 74 to be raised and the detachable projection 78 is closed inside the closing panel 72. When the second elastic member 79 is compressed while being pressed, and the rise of the cover panel 75 is completed, the detachable protrusion 78 protrudes into the opening/closing groove 74 by the elastic force of the second elastic member 79. It is inserted into the locking groove formed in the cover panel 75 to maintain the raised state of the cover panel 75.

Accordingly, it is possible to change the position of the cornet box according to the arrangement of furniture in the room, enabling various types of furniture arrangement, and effectively preventing the cathode and anode wires of the wires connected to the outlet box from contacting each other. As it is easy to assemble and replace, it is possible to provide an electrical outlet box for an indoor wall surface of a multi-family house, which can reduce the time and cost of installing or replacing an outlet box.

The present invention has been described with reference to one embodiment shown in the drawings, but this is only exemplary, and those skilled in the art to which the art pertains are capable of various modifications and other equivalent embodiments. Will understand

In addition, although the electric outlet box for the indoor wall surface of a multi-family house was described as an example, this is only an example, and the outlet box of the present invention may be used for products other than the electric outlet box for an indoor wall surface of a multi-family house.

Therefore, the true technical protection scope of the present invention should be defined by the claims below.

10: outlet block 30: rail portion
50: terminal connection portion 70: cover portion
80: rail connection

Claims (4)

A rail portion installed along a moving groove portion formed in the interior wall of the apartment house;
A terminal connection unit installed on the rail unit and connected to a wire constructed inside the interior wall surface to provide electrical energy;
A terminal hole is formed to be slidably installed along the rail portion and connected to a power line of an electronic product mounted in the room, and is electrically connected to the terminal connection portion to provide electrical energy to a power line coupled to the terminal hole portion. Outlet block; And
After the outlet block is moved along the rail portion includes a plurality of cover portions for closing and closing the rail portion where the outlet block is not located,
When moving the outlet block to a specific position, the cover portion is opened to secure a passage through which the outlet block can move,
After sliding the outlet block while sliding along the rail portion, the cover portion is closed to block and close the outlet block portion where the outlet block is not located.
Even if the outlet block is moved along the rail portion by the terminal connection portion, electric energy provided from the electric wire can be supplied to the electronic product through the terminal hole portion,
The rail portion,
An upper rail installed on an upper end of the moving groove formed on an indoor wall surface so as to slidably support the upper end of the outlet block; And
It is installed at the bottom of the moving groove so as to face the top rail, and includes a bottom rail slidably supporting the bottom of the outlet block,
The upper rail is provided with a mounting groove portion in which the terminal connection portion is slidably inserted and a sliding groove portion in which the outlet block is slidably inserted,
In the sliding groove portion, the movable connection portion of the outlet block is slidably inserted,
Since the terminal connection portion is inserted and fixed in the mounting groove, electrical energy provided to the terminal connection portion along the electric wire is applied to the terminal hole portion by the mobile connection portion and the terminal connection portion even when the outlet block is moved along the rail portion. Supply,
The mobile connection,
A first terminal rail installed on an upper end of the outlet block and an anode wire among the wires is installed;
A second terminal rail installed on an upper end of the outlet block, and a cathode wire is installed among the wires; And
It is interposed between the first terminal rail and the second terminal rail, and includes an insulating rail that prevents the anode wire and the cathode wire from being electrically connected,
The terminal connection portion,
A connection terminal block installed on the upper rail, the first terminal rail and the second terminal rail being slidably contacted and electrically connected to each other;
A first terminal block installed on the connection terminal block and connected to the anode wire;
A second terminal block installed on the connection terminal block and connected to the cathode wire; And
An electrical outlet box for an indoor wall of a multi-family house, comprising a wire connection unit for coupling the electric wire to the first terminal block or the second terminal block in a one-touch manner. delete delete delete

Images