KR102483167B1 - Method of providing socket device for electricity supply in apartment houses and indoor buildings - Google Patents

Abstract

The present invention relates to a method for providing a socket device for electricity supply in apartment houses and indoor buildings, which operates a fluid spray means quickly and simply. According to the present invention, the method comprises the steps of: selecting an installation location; preparing a socket device for electricity supply to be installed at the selected location; and bringing the socket device into a site to enter the installation location. The socket device comprises a case (10) embedded in the wall and including a receiving part (11) with an open front surface, a guide hole (13) formed on the upper surface of the receiving part (11), and a first protrusion insertion groove (14) and a second protrusion insertion groove (14') formed symmetrically on both side surfaces of the inside of the receiving part (11). A fluid provision unit (100') is installed at the site to spray quarantine fluid on the socket device and a transport means for transporting the socket device.

Description

Method of providing socket device for electricity supply in apartment houses and indoor buildings

The present invention relates to a method for providing a socket device for supplying electricity to apartment houses and indoor buildings, and more particularly, to develop and use a multi-outlet connected to an outlet so that other electric products can be used in various structures, and to provide it. It relates to a method of providing a socket device for supplying electricity to apartment buildings and indoor buildings related to the overall process.

Provides a socket for indoor electricity supply in public housing that effectively prevents damage to outlets and electric shock accidents, and makes it easy to check the location of outlets even in dark surroundings. It is necessary to develop a technology for providing socket devices for electricity supply to apartment houses and indoor buildings that can provide socket devices based on the operation and installation of

The problem to be solved by the present invention is to develop and use a multi-outlet connected to an outlet in various structures so that other electrical appliances can be used, and for supplying electricity to apartment houses and indoor buildings related to the overall process for providing it. It is to provide a method for providing a socket device.

In particular, provide a socket for indoor electricity supply in public housing that effectively prevents damage to outlets and electric shock accidents and makes it easy to check the location of outlets even in dark surroundings. It is to provide a method for providing a socket device for supplying electricity to an apartment house and an indoor building capable of providing a socket device based on the operation and installation of materials.

In addition, it provides a fluid spraying means for quarantine in various construction processes, such as moving workers and bringing in materials for socket construction. It is to provide a method of providing a socket device for supplying electricity to multi-unit dwellings and indoor buildings.

In addition, it is to provide a method of providing a socket device for supplying electricity to apartment houses and indoor buildings, which enables the fluid spraying means to have a stable impact resistance structure and enable efficient operation in various conditions through variable functional operation.

In addition, it is to provide a method of providing a socket device for supplying electricity to apartment houses and indoor buildings, which can be operated in accordance with the purpose and need of installation by implementing various sizes of the fluid injection means.

The tasks of the present invention are not limited to the tasks mentioned above, and other tasks not mentioned will be clearly understood by those skilled in the art from the following description.

According to one aspect of the present invention, the present invention is a method of providing a socket device for supplying electricity to apartment houses and indoor buildings, comprising the steps of selecting an installation location; preparing a socket device for supplying electricity to be installed at the selected location; and always bringing a socket device into the site for entering the installation location, wherein the socket device comprises: an accommodating part 11 having an open front and a guide hole 13 formed on an upper surface of the accommodating part 11; ) and a case 10 embedded in a wall having a first protrusion insertion groove 14 and a second protrusion insertion groove 14` formed symmetrically on both sides of the inside of the receiving portion 11, the site Provides a method of providing a socket device for supplying electricity to apartment houses and indoor buildings in which the fluid supply unit 100' is installed to spray a disinfectant fluid to the socket device and a transport means for transporting the socket device.

According to the present invention as described above, there is one or more of the following effects.

A multi-outlet, etc., which is connected to an outlet and allows other electrical appliances to be used, is developed and used in various structures, and provides a method of providing a socket device for supplying electricity to apartment houses and indoor buildings related to the overall process for providing it. .

In particular, provide a socket for indoor electricity supply in public housing that effectively prevents damage to outlets and electric shock accidents and makes it easy to check the location of outlets even in dark surroundings. It is to provide a method for providing a socket device for supplying electricity to an apartment house and an indoor building capable of providing a socket device based on the operation and installation of materials.

In addition, it provides a fluid injection means for quarantine in various construction processes, such as movement of workers for socket construction and bringing in materials, but efficient removal and installation of these fluid injection means is possible, so that the operation of the fluid injection means is reliable and simplified. It is to provide a method of providing a socket device for supplying electricity to multi-unit dwellings and indoor buildings.

In addition, it is to provide a method of providing a socket device for supplying electricity to apartment houses and indoor buildings, which enables the fluid spraying means to have a stable impact resistance structure and enable efficient operation in various conditions through variable functional operation.

In addition, it is to provide a method of providing a socket device for supplying electricity to apartment houses and indoor buildings, which can be operated in accordance with the purpose and need of installation by implementing various sizes of the fluid injection means.

1 is an exploded perspective view of a socket for supplying indoor electricity according to the present invention;
2 is a partial side cross-sectional view of a socket for supplying indoor electricity according to the present invention;
3 and 4 are planar cross-sectional views of a socket for supplying indoor electricity according to the present invention;
5 to 7 are cross-sectional views showing an operating state of a socket for supplying indoor electricity according to the present invention.
8 to 12 are diagrams illustrating configurations according to FIG. 1 .

It will be described in detail based on the accompanying exemplary drawings below.

1 is an exploded perspective view of a socket for supplying indoor electricity according to the present invention, Figure 2 is a partial side cross-sectional view of the socket for supplying indoor electricity according to the present invention, and FIGS. 3 and 4 are sockets for supplying indoor electricity according to the present invention. As a planar cross-sectional view of, referring to Figures 1 to 4 as follows.

The socket for indoor electricity supply is inserted into a receiving part 11 with an open front, a guide hole 13 formed on the upper surface of the receiving part 11, and a first protrusion formed symmetrically on both sides of the inside of the receiving part 11. a case 10 having a groove 14 and a second protrusion insertion groove 14' and embedded in a wall; It has a plug connection groove 24 formed on the front surface and is rotatably installed in the receiving part 11 of the case 10 via the vertical rotation shaft 23, and the rotation shaft 23 is centered on the upper or lower surface. It is provided with a pair of fixing grooves 22 and 22` formed symmetrically on the left and right sides thereof, and is inserted into the first projection insertion groove 14 and the second projection insertion groove 14`. An outlet (20) having a main body (B) formed on both sides and an output terminal built inside the main body (B) and electrically connected to an input terminal inserted into the plug body, and rotatably fixed to the case (10) ; A motor 31 installed in the case 10, a bolt 33 fixed to the output shaft of the motor 31, a nut 34 screwed to the bolt 33 and linearly reciprocating, and fixed to the nut 34 A fixing mechanism 30 having a stopper 32 connected to and inserted into the fixing grooves 22 and 22` of the outlet body B; A switch 50 installed in the case 10 to control power supply of the motor 31; And the lamp 62 installed on the front of the case 10 and the first protrusion insertion groove 14 of the case 10 are installed and turned ON/OFF by the protrusion P to supply power to the lamp 62. It consists of a light emitting means 60 equipped with a control button 61.

More preferably, while the stop mechanism insertion groove 12 is provided on the inner side surface of the case 10, the outer surface of the outlet body B is rounded, and the side surface of the outlet body B is guided. The portion 21 is formed so that the stop mechanism 40 inserted and detached from the stop mechanism insertion groove 12 of the case 10 is fixed to the guide portion 21 so as to be movable in a straight line in the horizontal direction, and the spring (S) It is elastically supported in one direction by means of a medium.

The case 10 has an accommodating portion 11 formed on the front surface in a rectangular shape, both sides of the accommodating portion 11 are rounded, and the stop mechanism insertion groove 12 is vertical on both inner sides of the accommodating portion 11 direction, and a guide hole 13 is formed on the inner upper surface of the receiving part 11, and is buried in the wall.

In addition, a first protrusion insertion groove 14 and a second protrusion insertion groove 14' formed symmetrically on both sides of the accommodating portion 11 of the case 10 are provided in the lower portion of the accommodating portion 11.

The outlet 20 includes a main body B having a plug connection groove 24 composed of a plug insertion groove 24a and a terminal insertion groove 24b, and an input terminal built into the main body B and inserted into the plug body. Equipped with an electrically connected output terminal, it is rotatably fixed to the case 10.

The main body (B) has fixing grooves 22 and 22` symmetrical about the rotation shaft 23 on the upper surface, and is rotatably fixed to the case 10 via the rotation shaft 23, and on both sides Protrusions P are formed to be inserted into the first protrusion insertion groove 14 and the second protrusion insertion groove 14' of the case 10. At this time, the protrusion P uses an elastic material having good elasticity. In addition, the outer surface is rounded, and a guide portion 21 is formed on the side of the outlet body B, which has been rounded, so that the stop mechanism 40 inserted into the stop mechanism insertion groove 12 of the case 10 is guided. It is fixed to the unit 21 so that it can move linearly and reciprocally in the horizontal direction, and is elastically supported in one direction via a spring S.

Meanwhile, the power line of the outlet 20 is connected to the outside through the rotation shaft 23.

The fixing mechanism 30 includes a motor 31 fixed to the space A formed inside the upper part of the case 10, a bolt 33 rotatably fixed to the rotation shaft of the motor 31, and a bolt ( 33) and a nut 34 screwed together, and a stopper 32 connected to the nut 33 via a connector R.

The motor 31 rotates the bolt 33 fixed to the output shaft of the motor 31 by providing rotational force so that the output shaft of the motor 31 rotates, and the nut 34 follows the rotating bolt 33 in a straight line. Exercise.

At this time, since the nut 34 is fixed without rotation with the stopper 32 via the connector R, the linear motion of the nut 34 is transmitted to the stopper 32 through the connector R, and eventually the bolt ( The rotational motion of 33) is converted into linear motion of the stopper 32.

Meanwhile, the stopper 32 is inserted into the fixing grooves 22 and 22' of the outlet body B while being guided by the guide hole 13 of the case 10.

The stop mechanism 40 is fixed to the guide part 21 of the outlet 20 so as to be reciprocating in a horizontal direction, and is elastically supported in one direction via a spring S, so that the stop mechanism insertion groove of the case 10 is supported. It moves back and forth to be inserted and detached from (12). The switch 50 is installed on the upper outer surface of the case 10 to control power supply to the motor 31 .

The light emitting means 60 is electrically connected to the button 61 installed in the first protrusion insertion groove 14 of the case accommodating part 11 and the button 61 installed on the front upper portion of the case 10 Consisting of a lamp 62, the button 61 is a conventional push switch that supplies power when pressed by an external force and cuts off power supply by returning to the original position when the external force disappears.

5 to 7 are cross-sectional views showing an operating state of the socket for indoor electricity supply according to the present invention. Referring to FIGS. 5 to 7, the operating state of the socket for indoor electricity supply according to the present invention is as follows.

First, when the switch 50 is pressed, the motor 31 electrically connected to the switch 50 rotates, and the bolt 33 also rotates.

The nut 34 screwed with the bolt 33 moves upward due to the rotation of the bolt 33, and the stopper 32 connected to the nut 33 via the connector R is the outlet 20 It comes out of the fixing groove 22 and becomes as shown in FIG.

Then, when the outlet 20 is pushed back, the outlet 20 tries to rotate around the rotation shaft 23, and the stop mechanism 40 presses the spring S as shown in FIG. go to

The outlet 20 exiting the stop mechanism insertion groove 12 of the case 10 continues to rotate, and the stop mechanism 40 exiting the stop mechanism insertion groove 12 of the case 10 is spring (S). ) returns to its original position by the restoring force.

At this time, the protrusion P provided on the side of the outlet body B is also separated from the second protrusion insertion groove 14' of the case 10, as shown in FIG.

Thereafter, the outlet 20 receiving the continuous rotational force is fixed to the case 10 by inserting the stop mechanism 40 into the stop mechanism insertion groove 12, and the direction of the outlet 20 is reversed from the first position.

At this time, the protrusion P of the outlet body B is inserted into the first protrusion insertion groove 14 of the case 10, and at the same time, by pressing the button 61 of the light emitting means 60, the lamp 62 from the external power source By supplying power to, the lamp 62 is turned on.

As described above, when the position of the outlet 20 is reversed, the switch 50 is pressed, the motor 31 of the fixing mechanism 30 rotates in the reverse direction, the nut 34 moves downward, and the stopper 32 is inserted and fixed into the fixing groove 22′ of the outlet 20, so that the outlet 20 is fixed to the case 10.

On the other hand, when it is necessary to use the outlet 20 again, the outlet 20 is turned in the reverse direction to return the outlet 20 to the use position.

When the outlet 20 is not in use, the socket for supplying indoor electricity does not expose the plug connection groove of the outlet 20 to the outside, thereby preventing an electric shock accident caused by negligence.

In particular, it is possible to prevent electric shock accidents at the outlet 20 of young children who lack thinking ability and judgment ability.

In addition, since foreign substances such as dust are not buried in the plug connection groove of the outlet, fire due to sparks that may occur when using electrical products is prevented, and physical damage due to external exposure is not suffered.

In addition, the appearance is also improved, and the use state of the outlet 20 can be easily distinguished even in a dark place, providing convenience in use.

Referring to FIGS. 8 to 12 , a method of providing a socket device for supplying electricity to apartment houses and indoor buildings includes the steps of selecting an installation location; preparing a socket device for supplying electricity to be installed at the selected location; and always bringing the socket device into the site for entering the installation location.

Here, the socket device includes a receiving portion 11 having an open front, a guide hole 13 formed on an upper surface of the receiving portion 11, and a first protrusion insertion groove formed symmetrically on both sides of the inside of the receiving portion 11. (14) and a second protrusion insertion groove (14`) and a case (10) embedded in the wall.

The fluid providing unit 100' is installed at the site and sprays the fluid for quarantine to the socket device and a transport means for transporting the socket device.

The fluid providing unit 100 'is installed on the central body 110' and the upper part of the central body 110', and the determination module for photographing and determining whether the shooting target around the upper part corresponds to a preset target ( 114') is provided, the first movable panel 116' protrudes and retracts to one side of the central body 110', and the second movable panel protrudes and protrudes to the other side of the central body 110'. 2 Faces the movable panel 118' and the first movable panel 116', and faces the first buried panel 120', which is partially buried and installed on the floor, and the second movable panel 118'. The second buried panel 122 ', which is in contact with the floor and is partially buried and installed, and the fluid injection module installed on both sides of the upper part of the upper mounting body 112' and installed in a removable-based replacement type to spray fluid ( 211', 212', 213', 214', 215').

In addition, the fluid injection modules 211', 212', 213', 214', 215' perform work on the site P' and the first fluid for combating algae approaching the site P'. Selectively spraying any one of a second fluid for disinfection of workers and a colored third fluid for identification for identification of a target selected at the site (P'), Based on the judgment, the fluid is injected.

Here, the fluid dispensing modules 211', 212', 213', 214', and 215' include a dispensing structure 221' filled with the fluid and injecting the fluid, and an upper portion of the dispensing structure 221'. It is located at, and includes a variable structure 222' that is rotationally driven by the motor rotation method from the injection structure 221'.

The upper mounting body 112' includes the first upper movable body 310' installed horizontally on both sides of the upper part, the first lower movable body 316' installed horizontally on both sides and the lower part, and horizontally installed on both sides of the first upper movable body 310'. Includes a first space maintaining panel 312' facing the upper movable body 310' and a second space maintaining panel 314' installed horizontally on both sides and facing the first lower movable body 316' on both sides do.

A 1-1 recessed part and a 1-2 recessed part are formed in the lower part of the upper mounting body 112', and a 2-1 recessed part and a 2-2 recessed part are formed on the upper part of the first space maintaining panel 312'. A recessed part is formed, a 3-1 recessed part and a 3-2 recessed part are formed in the lower part of the first space maintaining panel 312', and a 4-1 recessed part is formed in the upper part of the second spaced maintaining panel 314'. and the 4-2 recessed part are formed, the 5-1 recessed part and the 5-2 recessed part are formed in the lower part of the second space keeping panel 314', and the upper part is formed in the first lower moving body 316'. The 6-1 recessed part and the 6-2 recessed part are formed.

In addition, the fluid injection modules 211', 212', 213', 214', and 215' are mounted in the 1-1 region S1' between the 1-1 recessed part and the 2-1 recessed part. a first fluid injection module 211', and a second fluid injection module 212' mounted in the 1-2 region S2' between the 1-2 recessed part and the 2-2 recessed part And, a third fluid injection module 213' mounted in the 2-1 region S3' between the 2-1 recessed part and the 3-1 recessed part, and the 2-2 recessed part and A fourth fluid injection module 214' mounted in the 2-2 region S4' between the 3-2 recessed parts, and a third fluid injection module 214' between the 3-1 recessed part and the 4-1 recessed part. The fifth fluid injection module 215' mounted in the -1 area S5' and the 3-2 area S6' between the 3-2 recessed part and the 4-2 recessed part mounted and a sixth fluid injection module 216'.

The upper mounting body 112' can be moved up and down from the central body 110', and the first movable panel 116' enters the first buried panel 120' at the bottom and is mounted thereon. A first bottom fluid 1161' is provided, and the second movable panel 118' is provided with a second bottom fluid 1181' installed by entering the second buried panel 122' at the bottom. In the first movable panel 116' and the second movable panel 118', the first buried panel 120' and the second buried panel 122' slide in the horizontal direction, respectively, A fixing force is applied to the first buried panel 120' and the second buried panel 122', and based on the fixing force, the central body 110' connects the first buried panel 120' and the second buried panel 120'. The second buried panel 122' is interlocked and fixed so as to respond to an external impact.

Meanwhile, the first fluid injection module 211' to the sixth fluid injection module 216' apply a rotational force in a circumferential rotation between the horizontal directions of the injection structure 221' in the stationary mounting state, so that the fluid injection module (211', 212', 213', 214', 215') is the mounting fixing force in the upper mounting body 112', the first spacing maintaining panel 312', and the second spacing maintaining panel 314' make it stronger.

Here, a first outer panel 124' is provided above the first buried panel 120', and the first outer panel 124' is a pair of first variable actuators 1241 facing each other inwardly. , 1242') is provided, and a second movable panel 118' is provided on the upper part of the second buried panel 122', and the second movable panel 118' is a pair of mutually facing each other inwardly. Second variable actuators 1261' and 1262' are provided.

In addition, the first movable panel 116' and the second movable panel 118' are moved in a sliding manner toward the first buried panel 120' and the second buried panel 122', respectively. The first variable actuators 1241 and 1242' press and fix the upper surface of the first upper movable body 310' and the lower surface of the first lower movable body 316' at one side of the upper mounting body 112'. And, the second variable actuators 1261' and 1262' connect the upper surface of the first upper movable body 310' and the first lower movable body 316' on the other side of the upper mounting body 112'. Press down on the lower surface to secure.

The first movable panel 116' and the second movable panel 118' are the first contact module 411' and the third fluid which press the first fluid injection module 211' up and down, respectively. A second contact module 412' that presses the injection module 213' and a third contact module 413' that presses the fifth fluid injection module 215' up and down is provided.

In addition, the upper mounting body 112' includes a first vertical body 511' protruding between the 1-1 area S1' and the 1-2 area S2', and the first vertical body ( 511') to press the first fluid injection module 211' in the 1-1 region S1' and the second fluid injection module 212' in the 1-2 region S2', respectively. A first transverse body 521 ′ that emerges and retracts is provided.

Meanwhile, the first upper movable body 310' includes a second vertical body 512' that protrudes between the 2-1 area S3' and the 2-2 area S4', and the first upper movable body 512'. In the movable body 310', the second fluid injection module 212' of the 2-1 area S3' and the third fluid injection module 213' of the 2-2 area S4' are respectively A second transverse body 522' protruding and retracting to be pressed is provided.

The first lower movable body 316' includes a third vertical body 513' that appears and retracts between the 3-1 area S5' and the 3-2 area S6', and the first lower movable body. In 316', the 3rd fluid injection module 213' of the 3-1 area S5' and the 4th fluid injection module 214' of the 3-2 area S6' are pressed, respectively. A third transverse body 523' protruding and retracting is provided.

Meanwhile, the site ( ) here is the first site (P1) where the electric pole is located, the third site (P3) corresponding to the gate to enter the first site (P1), and the first site (P1) and the above It includes a second site P2 positioned between the third site P3. At least in the second site P2 here, the fluid providing unit 100 is disposed or installed.

The driving method of the physical components described above is forward-backward movement and rotational movement based on motors, actuators, etc., and the shape and size of each component can be selected and provided in various ways depending on the installation site and the materials to be implemented. . Although the present invention has been described with reference to the embodiments shown in the drawings, this is only exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical scope of protection of the present invention should be determined by the technical spirit of the appended claims.

10; Case 11; receptacle
12; Stop mechanism insertion groove 13 ; guide hall
14; 1st protrusion insertion hole

Claims (2)

delete As a method of providing a socket device for supplying electricity to apartment buildings and indoor buildings,
Selecting an installation location;
preparing a socket device for supplying electricity to be installed at the selected location; and
Including the step of always bringing the socket device into the site for entering the installation location,
The socket device includes a receiving portion 11 having an open front, a guide hole 13 formed on an upper surface of the receiving portion 11, and a first protrusion insertion groove formed symmetrically on both sides of the inside of the receiving portion 11 ( 14) and a case 10 embedded in a wall having a second protrusion insertion groove 14`,
A fluid supply unit 100' is installed at the site to spray a quarantine fluid for the socket device and a transport means for transporting the socket device,
The fluid providing unit 100 ',
With the central body 110 ',
An upper mounting body 112' installed above the central body 110' and equipped with a determination module 114' for photographing and determining whether a nearby shooting target corresponds to a preset target;
A first movable panel 116' protruding to one side of the central body 110';
A second movable panel 118' protruding to the other side of the central body 110';
A first buried panel 120' facing the first movable panel 116' and partially buried on the floor;
A second buried panel 122' facing the second movable panel 118' and partially buried on the floor;
Including fluid injection modules 211', 212', 213', 214', 215' installed on both sides of the upper portion of the upper mounting body 112' and installed in a removable type based on removal to spray fluid,
The fluid injection modules 211', 212', 213', 214', 215',
A first fluid for combating algae approaching the site P';
A second fluid for disinfection of workers performing work at the site P';
An apartment building that selectively sprays any one of the colored third fluids for identification of a target selected at the site P', and sprays the fluid based on the judgment of the judgment module 114' And in the method of providing a socket device for supplying electricity to indoor buildings,
The fluid injection modules 211', 212', 213', 214', 215',
A spraying structure 221' filled with the fluid and spraying the fluid;
It is located above the injection structure 221' and includes a variable structure 222' that is rotationally driven by a motor rotation method from the injection structure 221'.
The upper mounting body 112 ',
A first upper moving body 310' installed horizontally on both sides,
A first lower movable body 316' installed horizontally on both sides of the lower part;
A first space maintaining panel 312' installed horizontally on both sides and facing the first upper moving body 310';
It includes a second space maintaining panel 314' installed horizontally on both sides and facing the first lower movable body 316' on both sides,
A 1-1 recessed part and a 1-2 recessed part are formed in the lower part of the upper mounting body 112', and a 2-1 recessed part and a 2-2 recessed part are formed on the upper part of the first space maintaining panel 312'. An indentation is formed,
A 3-1 recessed part and a 3-2 recessed part are formed in the lower part of the first space maintaining panel 312', and a 4-1 recessed part and a 4-1 recessed part and a 4-2 recessed part are formed in the upper part of the second space maintaining panel 314'. 2 Indentations are formed,
A 5-1 recessed part and a 5-2 recessed part are formed in the lower part of the second space maintaining panel 314', and a 6-1 recessed part and a 6-1 recessed part and a 6-1 recessed part are formed at the upper part of the first lower moving body 316'. 2 Indentations are formed,
The fluid injection modules 211', 212', 213', 214', and 215'
A first fluid injection module 211' mounted in the 1-1 region S1' between the 1-1 recessed part and the 2-1 recessed part;
A second fluid injection module 212' mounted in the 1-2 region S2' between the 1-2 recessed part and the 2-2 recessed part;
A third fluid injection module 213' mounted in the 2-1 region S3' between the 2-1 recessed part and the 3-1 recessed part;
A fourth fluid injection module 214' mounted in the 2-2 region S4' between the 2-2 recessed part and the 3-2 recessed part;
A fifth fluid injection module 215' mounted in the 3-1 region S5' between the 3-1 recessed part and the 4-1 recessed part;
For supplying electricity to apartment houses and indoor buildings including the 6th fluid injection module 216' mounted in the 3-2 area (S6') between the 3-2 recessed part and the 4-2 recessed part How to provide a socket device.

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