KR100739886B1 - Outlet box - Google Patents

Abstract

An indoor receptacle box for an apartment house to prevent an electric shock accident is provided to effectively prevent receptacle damage and the electronic shock accident generated because impurities are inserted into a plug connection groove. A case(10), buried in a wall, has a containing part(11) and a pair of movement shaft fixing grooves(13,13'). A front surface of the containing part(11) is opened. The movement shaft fixing grooves(13,13') are mutually and symmetrically formed in an upper surface or a lower surface of an upper part of the containing part(11). A receptacle(20) has a movement shaft guide groove, a body(B), and an output terminal. The movement shaft guide groove, having a plug connection groove(26) formed in a front surface, is rotatably installed in the containing part(11) of the case(10) through a rotary shaft(25) of a vertical direction. The movement shaft guide groove is vertically formed and is opened in an upward direction. The body(B) has a fixing implement guide groove. The fixing implement guide groove has knob guide grooves having closing parts(G1a), opening parts(G1b), and connecting parts(G1c) which connect the closing parts(G1a) and the opening parts(G1b) in front and rear outlets. The output terminal is installed in the body(B) and is electrically connected with an input terminal inserted into a plug body. The receptacle(20) is rotatably fixed to the case(10). A fixing implement(30) has a moving shaft and a pair of knobs(31). The moving shaft is fixed to the movement shaft guide groove to be capable of being linearly reciprocated and rotated in a vertical direction, and is inserted and ejected into and from the movement shaft fixing grooves(13,13') of the case(10). The knobs(31) are fixed to the moving shaft to be mutually opposite in a forward and backward direction, and are fixed to the knob guide grooves to be capable of being linearly reciprocated and rotated in a vertical direction. The knobs(31) are protruded in a front and a rear of the body(B) through the closing parts(G1a), the opening parts(G1b), and the connecting parts(G1c) and are moved along the closing parts(G1a), the opening parts(G1b), and the connecting parts(G1c).

Description

Electric outlet indoor outlet box for electric shock accident {Outlet Box}

1 is an exploded perspective view of an outlet box according to the present invention;

2 is a plan sectional view of an outlet box according to the present invention;

3 is a cross-sectional view taken along line A-A of FIG. 2 according to the present invention;

4 and 5 are a plan sectional view showing an operating state of the outlet box according to the present invention.

Explanation of terms for main parts of attached drawings

10; Case 11; Receptacle

12; Stopper groove 13,13`; Moving shaft fixing groove

20; Outlet 24; Guide part

25; Axis of rotation 26; Plug connection groove

26a; Plug insertion groove 26b; Terminal Insert Groove

30; Fasteners 31,31`; Handle 32; moving shaft 40; Stop mechanism B; Main body G; Fixture guide grooves G1, G2; Handle guide groove G3; Moving shaft guide groove G1a, G2a; Closed portions G1b, G2b; Opening portions G1c, G2c; Connection

The present invention relates to an indoor outlet box for an apartment for preventing electric shock.

In general, the outlet is a land-filled outlet installed on the floor or wall of the building, and a multi-outlet that is connected to the outlet provided in the home or general office so that other electrical appliances can be used in a variety of structures.

In such a conventional outlet, the plug connection groove into which the plug is inserted is exposed to the outside, so that a conductor may be inserted into the plug connection groove, which may cause an electric shock accident. In particular, infants lack the ability to think and judge, so when the caregiver's attention is neglected, the conductor can be inserted into the plug's groove of the outlet, which may be more dangerous.

In addition, since the outlet is always exposed to the outside, foreign matters such as dust are easily attached to the plug connection groove of the outlet, which can cause sparks to splash on the foreign materials and cause physical damage as well.

Accordingly, the present invention has been invented to solve the above problems, the object of the present invention is to provide an indoor electrical outlet box for preventing electric shock accident that can effectively prevent the outlet damage and electric shock caused by the insertion of foreign matter into the plug connection groove. have.

The present invention for achieving the above object is provided with a housing having a front opening and a pair of movable shaft fixing grooves formed on the upper or lower surface of the receiving portion and formed symmetrically with each other, ; It has a plug connection groove formed on the front surface and is rotatably installed in the receiving portion of the case via a vertical rotation shaft, and communicates with the movement shaft guide groove formed vertically and opened upward. The main body is formed to penetrate in the horizontal direction, the main body is provided with a fixing mechanism guide groove consisting of a handle guide groove having a closing portion and an opening portion and a connecting portion connecting them at the front and rear outlets, respectively, and an input terminal embedded in the main body and inserted into the plug body An outlet connected electrically to the outlet, the outlet being rotatably fixed to the case; It is fixed to the moving shaft guide groove in a vertical reciprocating direction and is rotatably fixed. The moving shaft is inserted into the moving shaft fixing groove of the case, and is fixed to the moving shaft so as to face each other in the front-rear direction. Reciprocating and rotatably fixed, it consists of a fixing mechanism having a pair of handles which are projected to the front and rear of the outlet body through the interconnected closing portion and the opening portion and the connecting portion, respectively, and moved along the closing portion and the opening portion and the connecting portion. .

Hereinafter will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view of an indoor outlet box according to the present invention, FIG. 2 is a cross-sectional plan view of an outlet box according to the present invention, and FIG. 3 is a cross-sectional view taken along line AA of FIG. 2. .

The indoor outlet box is provided with an accommodating portion 11 having a front opening, and a pair of moving shaft fixing grooves 13 and 13 'formed on the upper or lower surface of the accommodating portion 11 and being symmetrically formed. A case 10 embedded in the wall; The plug connection groove 24 formed on the front side is rotatably installed in the receiving portion 11 of the case 10 via the rotational shaft 25 in the vertical direction, but is formed vertically and moved upwardly. A handle formed with the shaft guide groove G3 and formed horizontally and opened in the front-rear direction, and having the closing parts G1a and G2a and the opening parts G1b and G2b and the connecting parts G1c and G2c connecting them to the front and rear discharge ports. With a main body (B) is provided with a fixing mechanism guide groove (G) consisting of guide grooves (G1, G2), and an output terminal electrically connected to the input terminal is built into the body (B) inserted into the plug body, An outlet 20 rotatably fixed to the case 10; A moving shaft 32 which is fixed to the moving shaft guide groove G3 in a vertical reciprocating direction and is rotatably fixed, and which is inserted into the moving shaft fixing grooves 13 and 13` of the case 10 and a moving shaft ( 32 are fixed to each other so as to be reciprocally movable in the vertical direction to the handle guide grooves G1 and G2, and rotatably fixed, and the closing portions G1a and G2a and the opening portions G1b and G2b and the connecting portions G1c, A pair of knobs 31 and 31` which protrude forward and backward through the outlet body B through the G2c and move along the closing portions G1a and G2a, the opening portions G1b and G2b and the connecting portions G1c and G2c. It consists of a fixing mechanism 30 having.

More preferably, the stop mechanism insertion groove 12 is provided on the inner side of the case 10, while the outer surface of the outlet body B is rounded, and guided to the side of the rounded outlet body B. A portion 24 is formed, and the stop mechanism 40 inserted into the stop mechanism insertion groove 12 of the case 10 is fixed to the guide portion 24 so as to be capable of linear reciprocating in the horizontal direction, thereby providing the spring S. It is supported in one direction by the media.

The case 10 has a rectangular shape in which a receiving portion 11 is formed on the front surface, and both sides of the receiving portion 11 are rounded, and the stop mechanism inserting groove 12 is perpendicular to both inner sides of the receiving portion 11. Direction, the moving shaft fixing grooves 13 and 13 'are formed to be symmetric with each other on the inner upper surface of the accommodating portion 11, and are embedded in the wall.

The outlet 20 has a main body (B) having a plug connection groove (26) consisting of a plug insertion groove (26a) and a terminal insertion groove (26b), and an input terminal built into the main body (B) and inserted into the plug body. With an output terminal electrically connected, the case 10 is rotatably fixed to the case 10.

The main body (B), the fixing mechanism guide groove (G) is formed on the front and back, the guide portion 24 formed in the vertical direction on both sides are provided to be symmetrical with each other, the rotating shaft 25 is provided on the upper surface of the rotating shaft It is rotatably fixed to the case 10 via (25). At this time, the power line of the outlet 20 is connected to the outside through the rotating shaft 25.

The fixing mechanism guide groove G is vertically formed and moves upwardly in the upward direction of the moving shaft guide groove G3, and is horizontally formed to be opened in the front and rear directions and closed at the front and rear outlets G1a and G2a and the opening part ( G1b and G2b and the handle guide grooves G1 and G2 formed with connecting portions G1c and G2c connecting them, but the depths of the open portions G1b and G2b are greater than the depths of the closed portions G1a and G2a. The closed portions G1a and G2a, the open portions G1b and G2b, and the connecting portions G1c and G2c communicate with each other in a '7' shape.

The fixing mechanism 30 is fixedly symmetrically fixed to the moving shaft 32 and the side of the moving shaft 32 in the fixing mechanism guide groove (G) of the outlet body (B) fixing mechanism guide groove (G) It consists of handles (31, 31`) exposed to the outside of the moving shaft 32 is moved along the moving shaft guide groove (G3) of the case 10, the moving shaft fixing groove 13 of the case (10) It is inserted into the movement shaft handle (31,31`) in the horizontal up and down direction, the closing portion (G1a, G2a), the opening portion (G1b, G2b) and the connecting portion (G1c, G2c) of the handle guide groove (G1, G2) Move.

Meanwhile, in the present embodiment, the fixing mechanism 30 is installed in the outlet 20 but may be installed in the case 10.

The stop mechanism 40 is installed in the guide portion 24 of the outlet 20, and is supported in one direction via a spring (S), so that the stop mechanism insertion groove 12 of the case 10 is horizontally inserted Go back and forth.

4 and 5 is a cross-sectional view showing the operating state of the outlet box according to the present invention with reference to FIGS. 4 and 5 look at the operation state of the outlet box according to the present invention.

In the state of FIG. 2, when the handle 31 is lifted up to move the handle 31 from the closed portion G1a to the open portion G2b, the handle 31 is rotated about the moving shaft 32 to open the portion. It is seated at (G2b), with the moving shaft 32 comes out of the moving shaft fixing groove 13 of the case 10, wherein the handle 31 is limited by the connection portion (G2c). On the other hand, the handle 31` provided on the back of the outlet 20 is seated on the opening portion G2b through the same process as the handle 31 located on the front.

When the outlet 20 is pushed back in the state of FIG. 3, the outlet 20 rotates about the rotating shaft 25, and the stop mechanism 40 moves into the guide part 24 while compressing the spring S. do. After that, the outlet 20 is continuously rotated, and the stop mechanism 40 exiting the stop mechanism insertion groove 12 of the case 10 returns to its original position by the restoring force of the spring S.

Since the outlet 20 receives the continuous rotational force, the stop mechanism 40 is inserted into the stop mechanism insertion groove 12 to be fixed to the case 10, so that the direction of the outlet 20 is reversed from the beginning.

When the position of the outlet 20 is reversed as described above, the handle 31 'is lifted up to move the handle 31` from the open portion G2b to the closed portion G2a, so that the moving shaft 32 moves in the case ( 10) to be inserted into the moving shaft fixing groove (13`). At this time, the handle 31` is not moved by the connection part G2c.

On the other hand, when the outlet 20 needs to be used again, the outlet 20 is turned in the reverse direction to return the outlet 20 to the use position.

When the outlet box is not in use, the outlet 20 does not expose the plug connection groove of the outlet 20 into which the plug is plugged to the outside, thereby preventing an electric shock due to sub surroundings. In particular, it is possible to prevent an electric shock accident of the outlet 20 of the infant lacking in thinking ability and judgment ability.

In addition, the foreign matter such as dust does not get in the plug connection groove of the outlet, not only to prevent the fire caused by sparks that may occur when using electrical appliances, but also does not suffer physical damage due to external exposure.

The present invention is not limited to the embodiment as described above, but may be modified in various ways within the scope of the claims below.

According to the present invention as described above, the case 10; An outlet 20 rotatably installed in the case 10; Consisting of the fixing mechanism 30 is installed in the outlet 20, it can effectively prevent the outlet damage and electric shock caused by the insertion of foreign substances in the plug connection groove, the appearance is also improved effect.

Claims (2)

Equipped with a receiving portion 11 having a front surface and a pair of moving shaft fixing grooves 13 and 13` formed on the upper or lower surface of the receiving portion 11 and formed symmetrically with each other, A case 10; The plug connection groove 26 formed on the front side is rotatably installed in the receiving portion 11 of the case 10 via the rotational shaft 25 in the vertical direction, but is formed vertically and moved upwardly. It is formed to pass through the horizontal direction while communicating with the shaft guide groove (G3) and the moving shaft guide groove (G3), respectively, the closing portion (G1a, G2a) and the opening portion (G1b, G2b) and the connecting portion connecting them to The main body (B) is provided with a fixing mechanism guide groove (G) consisting of handle guide grooves (G1c, G2c) with (G1c, G2c), and the input terminal in the main body (B) is inserted into the plug body electrically Having an output terminal connected to, the outlet 20 is rotatably fixed to the case 10; A moving shaft 32 which is fixed to the moving shaft guide groove G3 in a vertical reciprocating direction and is rotatably fixed, and which is inserted into the moving shaft fixing grooves 13 and 13` of the case 10 and a moving shaft ( 32) are fixed to each other in the front-rear direction in the front-rear direction and rotatably fixed to the handle guide grooves G1 and G2, and are connected to each other by the closing parts G1a and G2a and the opening parts G1b and G2b. And a pair of handles which protrude forward and backward of the outlet body B through the connecting parts G1c and G2c, respectively, and move along the closing parts G1a and G2a, the opening parts G1b and G2b, and the connecting parts G1c and G2c. Electric socket accident indoor outlet box, characterized in that consisting of a fixing mechanism (30) having a (31,31`). According to claim 1, wherein the inner side of the case 10 is provided with a stop mechanism insertion groove 12, while the outer surface of the outlet body (B) is rounded, the side of the rounded outlet body (B) Guide portion 24 is formed in the stop mechanism 40 is fixed to the guide portion 24 in a linear reciprocating direction in the horizontal direction and is supported in the outward direction through the spring (S), the outlet body (B) ) Indoor outlet box for preventing electric shock accident, characterized in that the stop mechanism 40 protruding to the outside is fixed to the stop mechanism insertion groove (12).

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