KR102362558B1 - Providing method of an indoor electric leakage monitoring system - Google Patents

Abstract

The present invention relates to a method for providing a short-circuit detection system of indoor electricity of an apartment house, which allows rapid maintenance. The method of the present invention comprises the steps of: installing a short-circuit detection system; and operating the short-circuit detection system.

Description

A method of providing an indoor electric leakage detection system in an apartment house {Providing method of an indoor electric leakage monitoring system}

The present invention relates to a method of providing an electric leakage detection system for indoor electricity in an apartment building, and more particularly, when an electric leakage occurs in each section of an indoor electricity in an apartment house, it is immediately notified to enable rapid maintenance, while the earth leakage alarm in the cradle It relates to a method for providing an electric leakage detection system for indoor electricity in a multi-family house so that the fixing of the electric circuit is performed stably.

The distribution line installed in the apartment house is stably fixed and protected by a separate clamp installed on the wall or the like.

As such a prior art, Korean Patent Registration No. 10-1582285 discloses a 'cable fixing device for underground power outlets in an apartment house', which discloses a technology capable of easily and conveniently fixing cables as well as enabling extension.

However, in the prior art, there is no means for detecting an electric leakage when it occurs.

In addition, since it is necessary to interconnect or separate the cable support and the cable clamp through a separate fastening means (bolt), there is a problem that the operation is cumbersome and takes a long time.

The conventional power distribution line support mechanism of a building equipped with an earth leakage warning function has a problem in that it is difficult to stably fix the earth leakage alarm to a cradle.

The present invention has been devised to solve the above-mentioned problems, so that, when an electric leakage occurs in each section of an apartment house's indoor electricity, it is immediately notified to enable rapid maintenance, and while fixing the electric leakage alarm in the cradle stably. It is one of the objectives pursued to provide a method for providing a leakage detection system for indoor electricity in an apartment house for

In addition, an object pursued by the present invention is to provide a method for providing a leakage detection system for indoor electricity in an apartment house that can provide verification and management as proof data later to clarify the cause of the problem and liability for compensation.

In addition, the object pursued by the present invention is to perform verification and management, so that immediate real-time actions are possible, thereby preventing irreversible errors and damage caused by mass work and mass installation. Providing a system for detecting electric leakage in the apartment house to provide a way

In addition, the object pursued by the present invention is to monitor a number of objects in performing verification and management, and to provide protection and storage in whole or in part, selective control of operations, etc. in response to the surrounding climatic environment or operating conditions and pollution exposure situations. It is possible to provide a method for providing a leakage detection system for indoor electricity in an apartment house.

In addition, an object of the present invention is to provide a method for providing an electric leakage detection system for an indoor electricity in an apartment house that is capable of more stable and reliable operation by applying the earthquake-resistant structure of the monitoring means itself and the structure for shock mitigation.

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

The present invention provides a method for providing an electric leakage detection system for indoor electricity in an apartment house, the method comprising the steps of: installing the electric leakage detection system; and operating the earth leakage detection system, wherein the earth leakage detection system is divided into a pedestal 11 and a cover 12 to bite and fix a distribution line (L) disposed inside, and is seated on the cradle 100 being a clamp (10); While intervening between the distribution lines (L) to reduce the gap between the distribution lines (L), the pedestal 11 and the cover 12, a fixture 30 for intermittent separation and coupling; and an earth leakage alarm 50 that is electrically connected to the clamp 10 and the cradle 100 to detect an earth leakage and emit an external sound to warn it, and to fix the earth leakage alarm 50 to the cradle 100. It further includes a government 200, and the earth leakage detection system monitors a state manufactured and installed by a monitor unit, and a state operated after installation, and the monitor unit is a bar-shaped first pillar positioned on one side. A module 110', a bar-shaped second column module 210' located on the other side, a first driving body 115' installed on the first column module 110', and the second The second driving body 215' installed on the pillar module 210' and the first driving body 115' and the second driving body 215' are installed between opposite sides of each other to perform photographing. and a bar-shaped accommodating module 310 ′ to which a management module is mounted, wherein the management module provides a leakage detection system for indoor electricity in an apartment house including a first monitoring unit CM1 and a second monitoring unit CM2 provide a way

According to the present invention, when an earth leakage occurs through the earth leakage alarm, it can be immediately notified to the facility manager, thereby enabling rapid maintenance.

In addition, the present invention has an effect that can be stably fixed to the earth leakage alarm in the cradle.

In addition, the present invention provides a method for providing an electric leakage detection system for indoor electricity in an apartment building, providing an electric leakage detection system for indoor electricity in an apartment house that can effectively verify and manage the system from the preparation for initial provision to the overall installation and operation to provide a way

In addition, the present invention is to provide a method for providing an electric leakage detection system for an indoor electricity in an apartment house that can provide verification and management as proof data after the fact to clarify the cause of the problem and liability for compensation.

In addition, the present invention provides a method of providing an electric leakage detection system for indoor electricity in an apartment house that can prevent irreversible errors and damage caused by mass work and mass installation by performing verification and management to enable immediate real-time action. will be.

In addition, the present invention monitors a number of objects in performing verification and management, and in response to the surrounding climatic environment or operating conditions and pollution exposure situation, the whole or part of the protection storage, selective control of the operation, etc. possible An object of the present invention is to provide a method for providing an electric leakage detection system.

Another object of the present invention is to provide a method for providing an electric leakage detection system for an indoor electricity in an apartment house that is capable of more stable and reliable operation by applying the seismic resistance structure of the monitoring means itself and the structure for shock mitigation.

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

1 is a perspective view showing a method for providing an electric leakage detection system for indoor electricity in an apartment house according to the present invention.
2 is an exploded perspective view showing a method for providing an electric leakage detection system for indoor electricity in an apartment house according to the present invention.
3 is a front view showing a method for providing an electric leakage detection system for indoor electricity in an apartment house according to the present invention.
4 is a side view showing a state in which a fixing unit is provided in the method for providing an electric leakage detection system for indoor electricity in an apartment house according to the present invention.
FIG. 5 is a side cross-sectional view showing the fixing part in FIG. 4 .
FIG. 6 is a front cross-sectional view showing the fixing part in FIG. 4 .
7 is a view showing the use state of the fixing means in FIG.
8 to 11 are schematic diagrams illustrating the configurations according to FIG. 1 .

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

Referring to FIGS. 1 to 3 , the method of providing an electric leakage detection system for indoor electricity in an apartment house according to the present invention includes a clamp 10 , a rubber pad 20 , a fixture 30 , a clamp binding pin 40 , and an electric leakage. As composed of the alarm 50, according to this, it is possible to quickly maintain and fix the power distribution line (L) by warning it to the outside in the event of a leakage or leakage of electricity in the apartment house, as well as being able to fix the power distribution line (L) more stably, as well as between the clamps (10). The extension work is very easy and the work is convenient.

The clamp 10 is divided into a pedestal 11 and a cover 12 to form a triangular shape as a whole when coupled to each other, and serves to bite and fix the distribution line L arranged in a triangle inside. The clamp 10 is seated on the cradle 100 installed on the wall of the apartment house, and an earth leakage alarm 50 electrically connected to the clamp 10 and the cradle 100 is installed.

The clamp 10 is manufactured in an arc shape so that the inside can wrap the circumferential surface of the distribution line (L). Pin holes 11a and 12a are integrally formed in the clamp 10 so that the binding pin 32 of the fixture 30 can be inserted and detached.

The clamp 10 is the upper surface of the pedestal 11, and the lower surface of the cover 12 is abutted to form a triangular structure. When the fixture 30 is coupled, the pedestal 11 and the cover 12 are They are fixed to each other, and when the fixture 30 is separated, the pedestal 11 and the cover 12 are separated from each other.

The clamp 10 is a structure that can be extended, and this will be described in more detail as follows.

A protrusion 11b and a groove 11c are integrally formed on the left and right sides based on the pin hole 11a formed in the pedestal 11, and the front and rear rib grooves 11d based on the groove 11c. This is formed integrally. The ribs 12b are integrally formed on the upper surface of the cover 12 to be spaced apart in the front-rear direction.

In addition, the protrusion 11b, the rib groove 11d and the rib 12b are provided with holes so that the clamp binding pin 40 can be inserted therethrough. 0 When the clamps 10 are to be extended in parallel, the protrusions 11b of the other clamps are inserted into the grooves 11c of the clamp 10 and interconnected.

When the clamp binding pin 40 is inserted through the clamp binding pin 40 in the interconnected state as described above, the two clamps form an integrated structure through the clamp binding pin 40, so that the expansion operation becomes very convenient. In particular, since the adjacent clamp 10 can be interconnected via the protrusion 11b, the groove portion 11c, the rib groove 11d and the rib 12b, even beginners, not skilled workers, can easily and conveniently perform extension work. There is an advantage that workability is further improved.

1 to 3 , the rubber pad 20 is installed on the inner surface of the clamp 10 , that is, the pedestal 11 and the inner surface of the cover 12 , and surrounds the circumference (covering portion) of the distribution line L. It functions to protect the distribution line (L) from external impact.

For reference, the rubber pad 20 is preferably made of a member having frictional force and elasticity.

The fixture 30 functions to control the coupling and separation of the clamp 10 , that is, the pedestal 11 and the cover 12 . The fixture 30 is composed of a spacer 31 and a binding pin 32, the spacer 31 is interposed between the distribution lines (L) arranged in a triangle inside the fixture 30 to reduce the clearance between the distribution lines (L) It functions to prevent shaking, and the binding pin 32 is radially disposed around the spacer 31 and is removably inserted into the pin holes 11a and 12a, respectively.

Here, the binding pin 32 is manufactured integrally with the spacer 31. For example, each formed on the pedestal 11 and the cover 12 in a state where the pedestal 11 and the cover 12 are coupled to each other. When the binding pin 32 of the fixture 30 is inserted into the pin holes 11a and 12a, the pedestal 11 and the cover 12 are fixed to each other by this, and on the contrary, the binding pin 32 of the fixture 30 The main surface pedestal 11 and the cover 12 are separated from each other to separate them from the pin holes 11a and 12a.

The clamp binding pin 40 is inserted through the protrusion 11b, the groove portion 11c, the rib groove 11d and the rib 12b in a state in which they are coupled to each other to form an integral body, thereby intermitting the separation and coupling of them. do.

For this reason, in the present invention, since it is possible to connect all of the neighboring clamps 10 with one clamp binding pin 40, the working time can be dramatically reduced, and thus the working efficiency is further improved.

3, the earth leakage alarm 50 is electrically connected to any one of the two terminals to the clamp 10, the other one is electrically connected to the cradle 100 to detect the occurrence of an earth leakage and sound a warning sound to the outside. It has a function of discharging, and accordingly, facility management can perform maintenance immediately.

Hereinafter, the operation of the method for providing an electric leakage detection system for indoor electricity in an apartment house according to the present invention will be described.

First, a single or triangular distribution line (L) is arranged inside the pedestal 11 constituting the clamp 10, and then the cover 12 is covered and the distribution line L is bitten and fixed, and the pedestal 11 is a cradle. (100) is settled.

As described above, in a state in which the distribution line L is fixed by the clamp 10, the pedestal 11 and the cover 12 are fixed so as not to be separated from each other by using the fixture 30.

To explain this in more detail, when the fastener 30 is coupled to the clamp 10, the spacer 31 intervenes between the distribution lines L to reduce the clearance between the distribution lines L and the rubber pad 20. and the binding pin 32 integral with the spacer 31 is inserted into the pin holes 11a and 12a of the clamp 10 .

Therefore, by coupling the fixture 30 to the clamp 10 as described above, the pedestal 11 and the cover 12 can be easily fixed, thereby reducing the working time and maximizing the convenience of the work.

When an earth leakage occurs in the installed state as described above, the earth leakage alarm 50 detects it and emits a sound to the outside. Accordingly, the facility manager can immediately go to the site and perform maintenance quickly.

The method of providing an electric leakage detection system for indoor electricity in an apartment house according to the present invention further includes a fixing unit 200 for fixing the earth leakage alarm 50 to the cradle 100 as shown in FIGS. 4 to 7 .

The fixing unit 200 ensures that the earth leakage alarm 50 to the cradle 100 is stably fixed, while protecting the earth leakage alarm 50 from the outside, and when an earth leakage is detected, the sound is smoothly emitted to the outside. let it go

The fixing unit 200 has an open front and a casing 210 fixed to the cradle 110, a support plate 220 and a support plate that is retractably accommodated inside the casing 210 and on which the earth leakage alarm 50 is seated. (220) includes a withdrawal means (230) to be withdrawn from the casing (210).

The casing 210 forms a shape in which the front and lower surfaces are opened while having upper, rear, and both sides. The casing 210 protects the earth leakage alarm 50 accommodated inwardly from the outside while the lower portion is blocked while the lower periphery is fixed to the cradle 110 .

The casing 210 may be spaced apart from the clamp 10 while being disposed in front of or on one side of the clamp 10 .

The casing 210 is formed with a guide hole 211 extending in the front-rear direction on one side. The support plate 220 is disposed on the inside of the casing 210 , and is supported by the cradle 110 while a plurality of wheels 221 are provided at the lower portion.

The support plate 220 is formed with a guide protrusion 222 passing through the guide hole 211 at the rear end of one side. When the support plate 220 is moved according to the driving of the extraction means 230, the guide projection 222 is moved along the guide hole 211 to smoothly move with respect to the support plate 220, while the support plate 220. It is prevented from being separated from the casing (210).

The support plate 220 may be formed with a side wall 223 to which the earth leakage alarm 50 is fitted to the inside while the upper part is opened on the upper surface. The casing 210 may be provided with an opening/closing door 240 rotatably connected to the upper front side by a hinge coupling.

This is to protect the earth leakage alarm 50 while blocking foreign substances from flowing into the inside of the casing 210 from the outside. The opening/closing door 240 is normally opened while maintaining a closed state while rotating by the pressure as the support plate 220 is drawn out from the casing 210 .

Accordingly, the support plate 220 may allow the opening/closing door 240 to be opened according to the driving of the withdrawal means 230 , while the earth leakage alarm 50 may be exposed to the outside of the casing 210 . The withdrawal means 230 is a rack 231 provided on the other side of the upper portion of the support plate 220, a pinion 232 and a pinion 232 that are rotatably fixed to the inside of the casing 210 so as to be toothedly coupled to the rack 231. It includes a driving motor 233 for transmitting the rotational force.

The driving motor 233 may be driven according to the earth leakage detection in the earth leakage detector 50 while the two terminals are connected to the two terminals of the earth leakage alarm 50 .

The driving motor 233 is driven according to the earth leakage detection in the earth leakage alarm 50 and transmits the rotational force to the pinion 232 . The support plate 220 advances forward together with the rack 231 according to the rotation of the pinion 232 so that the earth leakage alarm 50 is drawn out of the casing 210 .

The earth leakage alarm 50 emits sound to the outside while being drawn out of the casing 210 . For this reason, the fixing unit 200 can stably fix the earth leakage alarm 50 to the cradle 100 and, while protecting the earth leakage alarm 50 from the outside, when detecting an earth leakage, Sound emission can be made smoothly.

What has been described above is only an embodiment for implementing the method for providing a leakage detection system for indoor electricity in an apartment house according to the present invention, and the present invention is not limited to the above-described embodiment, Likewise, without departing from the gist of the present invention, it will be said that the technical spirit of the present invention exists to the extent that various modifications can be made by anyone with ordinary knowledge in the field to which the invention pertains.

Referring to FIGS. 8 to 11 together with the above content, the method for providing an electric leakage detection system for indoor electricity in a multi-family house includes the steps of installing an earth leakage detection system; and operating the earth leakage detection system, wherein the earth leakage detection system is divided into a pedestal 11 and a cover 12 to bite and fix a distribution line (L) disposed inside, and is seated on the cradle 100 being a clamp (10); While intervening between the distribution lines (L) to reduce the gap between the distribution lines (L), the pedestal 11 and the cover 12, a fixture 30 for intermittent separation and coupling; and an earth leakage alarm 50 that is electrically connected to the clamp 10 and the cradle 100 to detect an earth leakage and emits an external sound to warn it, and a fixing part for fixing the earth leakage alarm 50 to the cradle 100 ( 200) is included.

Here, the state in which the earth leakage detection system is manufactured and installed by the monitor unit and the state in which it is operated after installation is monitored. Such a monitor unit, wherein the monitor unit is provided in a single or a plurality at the site of the production, preparation, inspection, etc. of the G-system, it is possible to monitor the elements constituting the G-system in number.

The monitor unit is installed on a bar-shaped first columnar module 110' positioned on one side, a bar-shaped second columnar module 210' positioned on the other side, and the first columnar module 110' a first driving body 115', a second driving body 215' installed on the second pillar module 210', the first driving body 115' and the second driving body ( It is installed between opposite sides of 215') and includes a bar-shaped accommodation module 310' to which the management module is mounted.

The management module includes a first monitoring unit CM1 and a second monitoring unit CM2. The accommodation module 310', a first monitoring unit CM1 is mounted on one side and a second monitoring unit CM2 is mounted on the other side, a first driving body 115' and the second driving body ( 215') to the set radius.

The monitor unit includes a first sub-pillar module 120' installed on the upper part of the first driving body 115', and a second sub-pillar module 220' installed on an upper part of the second driving body 215'. And, a movable panel 320' installed on opposite sides of the first sub-pillar module 120' and the second sub-pillar module 220', and a accommodating module installed in the center of the movable panel 320' ( 310') includes an upward movable module 330' for fixing or releasing the fixing.

One side of the movable panel 320' corresponding to the left side of the upper movable module 330' is provided with a first temperature control unit 331' for controlling the temperature of the management module by spraying a fluid thereunder.

One side of the movable panel 320' corresponding to the left side of the upper movable module 330' is provided with a second temperature control unit 332' for controlling the temperature of the management module by spraying a fluid on the lower side, The movable module 330' is provided with a third temperature control unit 333' for controlling the temperature of the management module by injecting a fluid thereunder.

The first temperature control unit 331 ′ and the second temperature control unit 332 ′ perform cooling or heating to a set temperature through fluid injection to the receiving module 310 ′, but the receiving module 310 ′ It is possible to operate in a first operation mode for performing fluid injection in a non-rotating general state, and a second operation mode for performing fluid injection in a rotational state in which the accommodation module 310' is axially rotated, but the first monitoring unit CM1 ) is mounted on the upper side of the accommodation module 310', and the second monitoring unit CM2 is mounted on the lower side of the accommodation module 310' to face the first monitoring unit CM1, and through the second operation mode The fluid is evenly sprayed to the first monitoring unit CM1 and the second monitoring unit CM2.

Based on the second operation mode, at least a portion of the first monitoring unit CM1 includes a first area facing the first temperature control unit 331' and a second area facing the second temperature control unit 332'. And, it is located in a third area opposite to the third temperature control unit 333 ′ to perform fluid injection, and at least a portion of the second monitoring unit CM2 has a first temperature control unit 331 ′ facing the second temperature control unit 331 ′. The first area, the second area facing the second temperature control unit 332', and the third area facing the third temperature control unit 333' are positioned to perform the fluid injection.

On the other hand, the upward movable module 330' protrudes downward and is mounted on the upper part of the accommodating module 310'; A mount 342' is provided. The first mounting body 341' is located on the left side with respect to the third temperature control unit 333' and is mounted on the receiving module 310', and the second mounting body 342' is the third temperature control unit ( 333') is located on the right side and is mounted on the accommodation module 310'.

The first mounting body 341 ′ and the second mounting body 342 ′ have a first stop mode and a second operation in which the accommodation module 310 ′ is pressed with a preset first strength to suddenly stop the second operating mode. It is possible to operate in the second stop mode by pressing the accommodating module 310 ′ with a second strength that is weaker than the first strength to gradually stop the mode.

The first sub-pillar module 120' and the second sub-pillar module 220' are provided to be movable between the upper and lower sides from the first driving body 115' and the second driving body 215', respectively. , the upward movable module 330' reduces or reinforces the degree of pressing of the first mounting body 341' and the second mounting body 342' with respect to the receiving module 310' based on the positional movement.

The upper movable module 330 ′ includes a first driving panel 351 ′ provided on an inner surface of the first pillar module 110 ′ and a second driving panel provided on an inner surface of the second movable module 210 ′. (352'), and further includes a downward movable module (360') provided between the first driving panel (351') and the second driving panel (352'). The upper one side of the lower movable module 360 ′ is provided with a fourth temperature control unit 361 ′ for controlling the temperature of the management module by spraying a fluid upward, and the other upper side of the lower movable module 360 ′ moves upward. A fifth temperature control unit 362' for controlling the temperature of the management module by spraying a fluid is provided.

The fourth temperature control unit 361 ′ and the fifth temperature control unit 362 ′ perform cooling or heating to a set temperature through the second fluid injection to the accommodating module 310 ′, but in the first operation mode and The second fluid injection is performed based on the second operation mode, and the second fluid injection is made evenly to the first monitoring unit CM1 and the second monitoring unit CM2 through the second operation mode.

The fourth temperature control unit 361' is provided at a position opposite to the first mounting body 341', and the fifth temperature control unit 362' is provided at a position facing the second mounting body 342'. do. The upward movable module 330' is located on the left side of the third mounting body 370' and the third mounting body 370' which protrude upward and are mounted on the upper part of the receiving module 310', and protrude upward to receive it. The fourth mounting body 371' and the third mounting body 370' mounted on the upper part of the module 310' are located on the right side, and the fifth mounting body protrudes upward and is mounted on the upper part of the receiving module 310'. sieve 372'.

Based on the second operation mode, at least another part of the first monitoring unit CM1 includes a fourth region facing the fourth temperature control unit 361 ′ and a fifth region facing the fifth temperature control unit 362 ′. It is located in the region to perform fluid injection, and at least another part of the second monitoring unit CM2 faces a fourth region facing the fourth temperature control unit 361 ′ and a fifth temperature control unit 362 ′. It is located in the fifth area where the fluid is sprayed.

The fourth mounting body 371 ′ and the fifth mounting body 372 ′ have a third stop mode and a second operation mode in which the receiving module 310 ′ is pressed with a third intensity preset to abruptly stop the second operating mode. It is possible to operate in the fourth stop mode by pressing the accommodating module 310 ′ with a fourth strength that is weaker than the third strength to gradually stop the .

The first driving panel 351 ′ and the second driving panel 352 ′ are provided to be movable in a second position up and down from the first and second starting modules, and the downward movable module 360 ′ is located in the second position. Based on the movement, the degree of pressing of the third mounting body 370', the fourth mounting body 371', and the fifth mounting body 372' with respect to the accommodation module 310' is reduced or reinforced.

The monitor unit is mounted on the lower portion of the first fixing module 410 ′ and the second pillar module 210 ′ that are mounted on the lower portion of the first column module 110 ′ to fix the position of the first column module 110 ′. It further includes a second fixing module 510' for fixing the position of the second pillar module 210'.

The first pillar module 110 ′ is provided with a first extension portion 1101 ′ with a reduced outer circumferential surface at the lower end portion, and the first fixing module 410 ′ includes a lower first body panel 411 ′ and a first 1 It includes a first press-in module 412' provided on both upper sides of the main body panel 411', and a first sub-press-fit module 413' that is provided on both upper sides of the first press-in module 412', respectively. .

The first body panel 411 ′ has a first extension 1101 ′ mounted thereon, and the first press-fit module 412 ′ press-fits the periphery of the first extension 1101 ′ to fix it, and a first sub press-in The module 413' is fixed by press-fitting the periphery of the first column module 110'.

On the other hand, the second column module 210' is provided with a second extension part 2101' with a reduced outer circumferential surface at the lower end portion, and the second fixing module 510' includes a lower second body panel 511', It includes a second press-in module 512' provided on both upper sides of the second body panel 511', and a second sub-press-fit module 513' that is provided on both upper sides of the second press-in module 512', respectively. and the second body panel 511 ′ has a second extension portion 2101 ′ mounted thereon, and the second press-fit module 512 ′ press-fits and fixes the periphery of the second extension portion 2101 ′, and the second The sub press-in module 513' is fixed by press-fitting the periphery of the second column module 210'.

The first sub press-in module 413' and the second sub press-in module 513' perform press-in based on the circumferential rotation in the first press-in module 412' and the second press-in module 512', respectively, The first sub-press-fitting module 413' and the second sub-press-fitting module 513' rotate in the circumferential direction in the first press-in module 412' and the second press-in module 512', respectively. In addition to the circumferential rotation toward the two-pole module 210', the proximity movement is added to perform press-fitting.

A first extension bar 4131' is provided on the upper portion of the first press-in module 412', a first fixing flange 4132' installed on the upper end of the first extension bar 4131' is provided, and a second press-fit A second extension bar 5131' is provided on the upper portion of the module 512', and a second fixing flange 5132' installed on the top of the second extension bar 5131' is provided, and a first fixing flange 4132 is provided. ') is inserted and mounted on the outside of the first column module 110', and the first extension bar 4131' descends in the state in which the first column module 110' is inserted and mounted, and the second fixing flange 5132') is inserted and mounted on the outside of the second column module 210 ′, and the second extension bar 5131 ′ descends in a state in which the second column module 210 ′ is inserted and mounted.

Based on the descent of the first extension bar 4131' and the second extension bar 5131', the first fixing flange 4132' and the second fixing flange 5132' are the first pillar modules 110' and the second The two-pole module 210' is pulled downward to give a fixing force.

The monitor unit is covered with a storage body 610 ′ having an internal accommodation space, and the storage body 610 ′ is seated on the first fixing flange 4132 ′ and the second fixing flange 5132 ′, and the storage body 610 . ') seals the monitor unit so that the fluid is filled inside according to the fluid injection and the second fluid injection to the management module.

The driving method of the physical components described above is based on a motor, an actuator, etc., and the forward and backward movement and rotational movement are made, and the shape and size of each component can be variously selected and provided according to the installation site and materials to be implemented. .

Although the present invention has been described with reference to the embodiment shown in the drawings, which is merely exemplary, it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible therefrom.

Accordingly, the true technical protection scope of the present invention should be determined by the technical spirit of the appended claims.

10: clamp 20: rubber pad
30: fixture 40: clamp binding pin

Claims (2)

A method of providing an electric leakage detection system for indoor electricity in an apartment house, the method comprising:
a step in which an earth leakage detection system is installed; and
Including the step of operating the earth leakage detection system,
The earth leakage detection system,
A clamp 10 that is divided into the pedestal 11 and the cover 12 and fixed by biting the distribution line L disposed on the inside, and is seated on the cradle 100 ; While intervening between the distribution lines (L) to reduce the gap between the distribution lines (L), a fixture 30 for intermittent separation and coupling of the pedestal 11 and the cover 12; In the method of providing an earth leakage detection system for apartment house indoor electricity, which includes an earth leakage alarm 50 that is electrically connected to the clamp 10 and the cradle 100 to detect an earth leakage and emit an external sound to warn it,
It further includes a fixing part 200 for fixing the earth leakage alarm 50 to the cradle 100,
The state of the earth leakage detection system is monitored by the monitor unit, the state of being manufactured, the state of being installed, and the state of operation after installation,
The monitor unit,
A bar-shaped first column module 110' located on one side, and
A bar-shaped second column module 210' located on the other side, and
a first driving body 115' installed on the first pillar module 110';
a second driving body 215' installed on the second pillar module 210';
It is installed between opposite sides of the first driving body 115' and the second driving body 215' and includes a bar-shaped accommodating module 310' on which a management module for performing photographing is mounted,
The management module includes a first monitoring unit (CM1) and a second monitoring unit (CM2),
The accommodating module 310 'is,
The first monitoring unit CM1 is mounted on one side and the second monitoring unit CM2 is mounted on the other side,
The first drive body 115' and the second drive body 215' is axially rotated at a set radius,
The monitor unit,
a first sub-pillar module 120' installed on the upper part of the first driving body 115';
a second sub-pillar module 220' installed on the upper part of the second driving body 215';
and movable panels 320' installed on opposite sides of the first sub-pillar module 120' and the second sub-pillar module 220';
It is installed in the central portion of the movable panel 320' and includes an upward movable module 330' for fixing or releasing the fixing of the receiving module 310',
One side of the movable panel 320' corresponding to the left side of the upper movable module 330' is provided with a first temperature control unit 331' for controlling the temperature of the management module by injecting a fluid into the lower portion, ,
One side of the movable panel 320' corresponding to the left side of the upper movable module 330' is provided with a second temperature control unit 332' for controlling the temperature of the management module by spraying a fluid thereunder. ,
The upper movable module 330' is provided with a third temperature control unit 333' for controlling the temperature of the management module by spraying a fluid at the lower portion,
The first temperature control unit 331 ′ and the second temperature control unit 332 ′ perform cooling or heating to a set temperature through fluid injection to the accommodation module 310 ′,
A first operation mode for performing the fluid injection in a general state in which the accommodation module 310' is non-rotating;
However, it is possible to operate in the second operation mode for performing the fluid injection in a rotational state in which the receiving module 310 ′ is axially rotated,
The first monitoring unit (CM1) is mounted on the upper side of the accommodation module (310'),
The second monitoring unit CM2 is mounted on the lower side of the accommodation module 310' to face the first monitoring unit CM1,
A method of providing an electric leakage detection system for an indoor electricity in a multi-unit dwelling so that the fluid is evenly sprayed to the first monitoring unit CM1 and the second monitoring unit CM2 through the second operation mode.
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