KR101284634B1 - Digital control device and building control system for error recovery - Google Patents

Abstract

PURPOSE: A direct digital control device for compensating communication failure and mechanical errors due to water leakage and condensation and a building system are provided to prevent big accidents in advance by preventing electrical short circuit. CONSTITUTION: A door opens and closes the front of a main body. The main body is composed of a back plate and a circumferential plate. One or more branch control units (14) are installed on the front of a substrate. A moisture sensor (17) senses moisture and sends a signal to a main control unit. A ventilator (18) removes the moisture inside of the main body.

Description

DIGITAL CONTROL DEVICE AND BUILDING CONTROL SYSTEM FOR ERROR RECOVERY} Complementary communication and mechanical errors due to leakage and condensation

The present invention relates to a direct digital controller and a building system that compensates for communication failures and mechanical errors due to leakage and condensation, and more specifically, an electrical short circuit and Communication error and operation error due to induction current can be prevented, and communication error and mechanical error due to leakage and condensation to remove moisture on the surface of the board where the branch control part is installed more quickly are compensated for. Direct digital control device and building system.

In general, a remote control panel (hereinafter referred to as a "digital controller") for controlling the flow of fluids of mechanical devices, various pipes, and the like is provided on the wall surfaces of machine rooms and air conditioning rooms in buildings. Digital controllers are known to be controlled by building managers in connection with control rooms of buildings.

Thus, as an example of a conventional digital control device, Republic of Korea Utility Model No. 0302982 "Waterproof Control Panel" (hereinafter referred to as "conventional control panel") is known.

A conventional control panel has a rear wall, a case having a side wall provided to protrude forwardly around the rear wall, a door hinged to the side wall, and a wire drawn into the inner space through a through hole formed in the case (hereinafter, “ A control panel having a controller connected to the control connecting line pipe. &Quot;, wherein the front end of the side wall is in close contact with the door when the door is closed to prevent water from penetrating between the side wall and the door. It is characterized in that the sealing member made of an elastic material to be coupled.

By the way, when using the conventional waterproof control panel configured as described above occurs the following problems.

First, the conventional control panel is mainly installed on the wall of the machine room, air conditioning room, etc. in the building, and condensation (dew) occurs frequently inside the control panel due to the difference between the room temperature of the installation site and the temperature of the installation wall. Due to the occurrence of electrical short and induction current, communication error and operation error occurred.

In addition, in the conventional control panel, the control connecting pipe connected to the control room of the building is adjacent to the mechanical equipment piping (cold water and hot water piping) and the electrical equipment cable in the building.

Therefore, water generated by leakage of pipes through which water passes and condensation (dew condensation) on the surfaces of pipes and cables flows into the control panel along the control connecting pipe, thereby causing electrical short circuit and induction inside the control panel. There was also a problem that a communication error and an operation error occurred due to the generation of current.

Republic of Korea Utility Model No. 0302982 "Waterproof Control Panel" (2003.01.20).

Accordingly, the present invention has been made to solve the conventional problems as described above,

An object of the present invention, due to the difference between the room temperature and the installation wall surface condensation is generated inside the digital controller device to generate moisture inside the digital controller device (remote control panel, distribution panel), or the surroundings of the digital controller device If water flows into the digital controller along the control connecting pipe due to water leakage or condensation from the pipe, it detects the moisture inside the digital controller and quickly removes it. The present invention provides a direct digital controller and building system that compensates for communication and mechanical errors due to leakage and condensation to prevent communication and operation errors.

In addition, another object of the present invention, a direct digital controller and building system to compensate for communication failures and mechanical errors due to leaks and condensation to more quickly remove the moisture on the surface of the substrate on which the branch control unit is installed In providing.

In addition, another object of the present invention, the leakage and condensation to enable the output of the risk of moisture detection in the vicinity of the digital control device in the vicinity of the digital control device even if there is a power outage due to a short circuit due to the moisture is detected inside the digital control device The present invention provides a direct digital controller that compensates for communication errors and mechanical errors.

In addition, another object of the present invention, a building that compensates for communication failures and mechanical errors due to leaks and condensation that can be output to the danger and light in the central control room of the building when moisture is detected inside the digital control device It is to provide a system.

In order to achieve the above object, a "direct digital controller" according to the present invention includes: a housing comprising a rear plate fixed to a wall or a structure and a circumferential plate projecting forward at a peripheral end of the rear plate; A door provided at the front opening of the enclosure to open and close the front of the enclosure; In the comprising, the substrate is installed in front of the back plate, consisting of an insulator or coated with an insulating layer in front; At least one branch control unit installed at a front surface of the substrate and connected to a connection line inserted in a control connection line pipe passing through the circumference plate; A first strip conductor film provided on the front surface of the substrate; A second conductor film disposed on the front surface of the substrate at intervals parallel to the first band-shaped conductor film; It is provided inside the enclosure and sends a current to the first strip conductor film and the second strip conductor film to detect when the first and second strip conductor films are energized with moisture and transmit a signal to the main control unit of the central control room of the building. A water detection unit for outputting; A ventilator provided at the circumferential plate and connected to the main controller to remove water from the inside of the enclosure; .

In addition, the first strip conductor film and the second strip conductor film of the "direct digital controller" according to the present invention includes a plurality of vertical portions integrally connecting the multi-level horizontal portions and the multi-stage horizontal portions of different heights. The digital controller is attached between the first and second strip conductor films side by side with the first and second strip conductor films, and is coated with an insulator on an outer surface thereof, and the main control unit of the central control room of the building. A curved heating wire connected with the wire to remove moisture from the surface of the substrate; And further comprising:

In addition, the digital controller of the "direct digital controller" according to the present invention, the outside of the enclosure is connected to a moisture sensing unit when the moisture is detected in the moisture sensing unit is emitted by its own power and emits a dangerous sound A generator; The light emitting sound generating unit may further include a case provided outside of the housing, a battery unit built in the case and mounted with a replaceable battery, an LED, etc. provided to be exposed to the case. A speaker part which is provided in the case and is provided to output sound to the outside through a sound output hole formed in the case, and is built in the case and connected to the moisture sensing part, the battery part, the LED part, and the speaker part It is characterized in that it comprises a risk notification control unit which is operated by the power of the battery and the moisture detection signal is input from the moisture detection unit turns on the LED light and the sound is output from the speaker unit.

In addition, the "system for buildings" according to the present invention, the enclosure consisting of a rear plate and a circumferential plate, a door provided in the front opening of the enclosure, installed in front of the rear plate and composed of an insulator or coated with an insulating layer on the front A substrate, at least one branch control part installed on a front surface of the substrate and connected to a connection line inserted in a control connecting line pipe passing through the circumference plate, a first strip-shaped conductor film provided on the front surface of the substrate, and the first surface on the front surface of the substrate. The second strip conductor film is provided at a distance parallel to the one strip conductor film, and the first and second strip conductor films are provided in the interior of the housing and flow current through the first strip conductor film and the second strip conductor film. A digital controller including a moisture detector configured to output a moisture detection signal when the power is supplied to the moisture, and a fan provided in the peripheral plate; A main control unit installed in the central control room of the building; The main control unit includes a branch control unit and a moisture detection unit connected to control a branch control unit, receiving a moisture detection signal from the moisture detection unit, and connecting the ventilator to a moisture detection signal from the moisture detection unit. When the fan is operated to remove the water inside the enclosure, when the moisture is removed and the input of the moisture detection signal from the water detection unit is characterized in that the fan is stopped.

In addition, the "building system" according to the present invention, the first strip-shaped conductor film and the second strip-shaped conductor film includes a plurality of vertical portions integrally connecting the multi-level horizontal portion and the multi-stage horizontal portion with different heights. The digital controller is provided between the first strip conductor film and the second strip conductor film in parallel with the first and second strip conductor films, the outer surface of which is covered with an insulator, and connected to the main control unit to form a substrate surface. And a curved heating wire for removing moisture, wherein the main controller is configured to operate the curved heating wire to remove moisture from a substrate and remove moisture when the bending heating wire is connected and a moisture detection signal is input from the moisture sensing unit. When the input of the moisture detection signal from the moisture detection unit is interrupted, it is characterized in that to cut off the power of the bending heating wire.

In addition, the "building system" according to the present invention, the leakage control alarm unit provided in the central control room of the building having a light and a speaker; The main controller may further include: when the water leak detection alarm unit is connected to the water leak detection unit, the main controller outputs an operation signal to the water leak alarm unit to emit the light and emit a dangerous sound through the speaker. When the water is removed and the input of the moisture detection signal from the moisture detection unit is stopped, the output of the operation signal of the leak notification alarm unit may be stopped.

As described above, the present invention detects moisture in the digital controller when the water is introduced into the digital controller and quickly removes it, thereby preventing communication errors and operation errors due to the occurrence of electrical shorts and induced currents. In addition, it is effective in preventing large-scale accidents in buildings due to communication errors and operation errors.

In addition, the present invention also has the effect of reducing the water removal time of the digital control device to a minimum by removing more moisture on the surface of the substrate on which the branch control unit is installed.

In addition, the present invention, by detecting the moisture inside the digital controller, and then outputs the risk of moisture detection around the digital controller with light and sound, even if the power outage due to a short circuit, due to the moisture inside the digital controller Even if there is a power failure, there is an effect that the user can take prompt action by visually identifying which digital controller generates moisture.

In addition, the present invention, if moisture is detected in the interior of the digital control unit by outputting the danger in light and sound in the central control room of the building, the building manager detects the moisture of the digital control unit more quickly to take more rapid action There are also effects that can be taken.

1 is a perspective view showing a door opening of the digital controller of the present invention.
2 is a sectional view taken along the line AA in Fig.
3 is a sectional view taken along the line BB of Fig.
Figure 4 is a view showing another embodiment of the first and second strip-shaped conductor film according to the present invention.
5 is an enlarged view of a light emitting sound generating unit according to the present invention;
6 is an overall configuration diagram showing a building system of the present invention.
Figure 7 is an enlarged view showing a leak notification alarm unit according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. It should be understood, however, that the invention can be embodied in many different forms and should not be construed as limited to the embodiments set forth herein.

1 is a perspective view of a door opening showing a digital controller of the present invention, FIG. 2 is a cross-sectional view taken along line AA of FIG. 1, FIG. 3 is a cross-sectional view taken along line BB of FIG. 2, and FIG. 5 is a view showing another embodiment of the conductor film, and FIG. 5 is an enlarged view of the emission sound generating unit according to the present invention.

As shown therein, the digital controller of the present invention includes a housing 11 including a rear plate 111 fixed to a wall or a structure, and a circumferential plate 112 protruding forward from a circumferential end of the rear plate 111. In addition, the door 113 is provided at the front opening of the enclosure 11 to open and close the front of the enclosure 11, and may be configured as a remote control panel or a distribution panel.

In addition, the digital controller of the present invention includes a substrate 12 installed in front of the rear plate 111 and an insulated front surface, at least one branch control unit 14 installed at the front surface of the substrate 12, and the substrate ( The first band-shaped conductor film 15 provided on the front surface of the substrate 12, and the second band-shaped conductor film 16 provided on the front surface of the substrate 12 in parallel with the first band-shaped conductor film 15 at intervals. And, provided in the interior of the housing 11 and the current flows through the first and second strip-shaped conductor film 15, 16, the first and second strip-shaped conductor film 15, 16 when the current is energized by this It includes a moisture detecting unit 17 for sensing, and a fan 18 provided in the circumferential plate 112 and connected to the main control unit 23.

In addition, the substrate 12 according to the present invention serves to fix the branch control unit 14 to the inside of the digital controller, the entire surface of the substrate 12 is composed of an insulator 191 so that the front surface is insulated, Alternatively, the insulating layer is preferably coated on the front of the substrate 12. That is, the substrate 12 may be made of a synthetic resin, which is an insulator 191, and may be made of an iron plate coated with an insulator 191 on the front side. In the accompanying drawings, the substrate 12 is formed of an insulator. Shown.

The substrate 12 may be mounted in close contact with the rear plate 111 or may be mounted apart from the rear plate 111 in a forward direction. In the accompanying drawings, the substrate 12 may move forward from the rear plate 111. The mounted state is shown spaced apart.

In addition, each branch control unit 14 mounted on the front surface of the substrate 12 serves to control the valves provided in the mechanical device and various pipes installed in the building, which branch control unit 14 is already known. The detailed description thereof will be omitted. And each branch control unit 14 is connected to the connecting line inserted into the control connecting line pipe 13 passing through the circumferential plate 112 constituting the enclosure 11, thereby being provided in the mechanical device and various pipes in the building To control the valves.

In addition, the first band-shaped conductor film 15 and the second band-shaped conductor film 16 according to the present invention are provided on the front surface of the substrate 12 at intervals in parallel with each other. It is preferred to be configured. In addition, the first strip conductor film 15 and the second strip conductor film 16 may be attached by an adhesive, and may be provided on the entire surface of the substrate 12 by a printing method or a corrosion method such as silk screen.

The first and second strip-shaped conductor films 15 and 16 may be provided around the front surface of the substrate 12 as shown in FIG. 3, and bent on the front surface of the substrate 12 as shown in FIG. 5. It may be provided with a fork. That is, as shown in FIG. 5, the first and second strip-shaped conductor films 15 and 16 may include multiple horizontal portions 151 and 161 having different heights and multiple horizontal portions 151 and 161. It may be configured to include a plurality of vertical parts 152, 162 connected integrally.

In addition, the moisture detection unit 17 according to the present invention is connected to the main control unit 23 of the central control room 100 to always flow a current to the first and second strip-shaped conductor film 15, 16, The current that flows through is a weak current that flows to the extent that there is no risk of electric shock. In addition, when the first and second strip-shaped conductor films 15 and 16 are energized with moisture, the moisture detection unit 17 generates moisture or water from the outside due to condensation in the digital controller. It detects this and serves to output the detection signal to the main control unit 23 of the central control room 100 of the building.

The moisture sensing unit 17, which serves as described above, includes a current supply unit for transmitting a current to the first and second strip conductor films 15 and 16 by a signal from the main control unit 23, and When the first and second strip-shaped conductor films 15 and 16 are energized with moisture from the two stripe conductor films 15 and 16, a detection sensor for detecting a state of energization and a signal output from the detection sensor may be used. 23) a transmitting unit for transmitting. In addition, a current supply unit for transmitting a current to the first and second strip conductor films 15 and 16 and a detection sensor for sensing the energization of the first and second strip conductor films 15 and 16 are already known. Therefore, detailed descriptions of the current supply unit and the detection sensor are omitted.

In addition, the ventilator 18 according to the present invention is mounted to penetrate the circumferential plate 112 constituting the enclosure 11, and discharges the air inside the enclosure 11 to the outside to allow the inside of the enclosure 11. It quickly discharges water to the outside. In addition, the ventilator 18 having such a role is provided with a case having an open center formed through the circumferential plate 112, and rotated by a motor provided at the center of the case to discharge the air inside the enclosure 11 to the outside. Fan, which is already known.

Therefore, the digital controller of the present invention is configured as described above due to the difference between the room temperature and the installation wall temperature condensation is generated inside the digital controller device to generate moisture in the digital controller device, or digital controller device When water flows into the digital control unit along the control connecting pipe 13 due to water leakage or condensation occurring in the surrounding pipe of the control unit, the water inside the digital control unit can be detected and quickly removed. The operation description will be described later.

On the other hand, as shown in Figures 2 to 4, the building digital controller of the present invention, the first and second strip conductor film 15 and the second strip conductor film 16 between the first and second strip conductor film 16 (15) (16) and is provided side by side, the outer surface is covered with an insulator (191), connected to the main control unit 23 of the central control room 100 of the building to remove moisture on the surface of the substrate 12 It further includes a bending heating line (19). The insulator 191 serves to prevent moisture from penetrating into the heating wire.

When the bending heating wire 19 detects moisture in the main control unit 23, power is supplied according to an operation signal of the main control unit 23 to dissipate heat, thereby quickly displacing moisture on the front and rear surfaces of the substrate 12. It can be removed.

In addition, as shown in Figures 1 to 3, the building digital controller of the present invention, the moisture detection unit 17 is connected to the outside of the enclosure 11 to detect the moisture in the moisture detection unit 17 If the light emitting by the self-powered to generate a dangerous sound further includes a light emitting sound generator 21.

The light emitting sound generator 21 includes a case 211 provided outside the enclosure 11, a battery unit 212 built in the case 211 and mounted with a replaceable battery, and the case. LED light 213 provided to be exposed to the outside (211) and the speaker unit which is provided in the case 211 to be able to output the sound to the outside through the sound output hole formed in the case 211 ( 214 and the inside of the case 211 and connected to the moisture sensing unit 17, the battery unit 212, the LED lamp 213, the speaker unit 214 is operated by the power of the battery When the moisture detection signal is input from the moisture detection unit 17 includes a risk notification control unit 215 to turn on the LED light 213 and output the sound from the speaker unit 214.

The danger notification control unit 215, the LED lamp 213, and the speaker unit 214 are operated by the power of the battery. Even if a power failure occurs due to a short circuit after sensing moisture inside the digital controller, the digital controller It is possible to output the danger of moisture detection in light and sound around. That is, even if a power failure occurs due to the internal moisture of the digital controller, by visually identifying which digital controller generates moisture, the user can quickly find a digital controller having moisture generated therein and take quick action. There is also an advantage.

Hereinafter, the configuration and operation relationship of the water removing device of the digital controller using the digital controller for buildings of the present invention will be described.

6 is an overall configuration diagram showing a building system of the present invention, Figure 7 is an enlarged view showing a leak notification alarm unit according to the present invention.

As shown in Figures 1 to 7, the building system of the present invention, the above-described digital controller and the control unit is installed in the central control room 100 of the building inputs a signal that senses the moisture in the interior of the digital controller And a main control unit 23 for operating the ventilator 18 of the digital controller.

As described above, the digital controller includes a housing 11 composed of a rear plate 111 and a circumferential plate 112, a door 113 provided at a front opening of the housing 11, and the rear plate 111. The substrate 12 which is installed in front of the () and composed of an insulator 191 or coated with an insulating layer in front, and the control connecting line piping 13 installed on the front of the substrate 12 and penetrates the circumferential plate 112. At least one branch control unit 14 connected to a connection line inserted into the wire, a first band-shaped conductor film 15 provided on the front surface of the substrate 12, and the first band-shaped conductor on the front surface of the substrate 12. The second strip conductor film 16 attached to the film 15 at intervals, and the first strip conductor film 15 and the second strip conductor film 16 are provided inside the housing 11 It includes a moisture sensing unit 17 for sensing this when the power is supplied to the moisture, and the ventilator 18 provided in the circumferential plate (112).

The main control unit 23 is installed in the central control room 100 of the building. The control unit 23 is connected to the branch control unit 14 and the moisture detection unit 17 to control the branch control unit 14, receives a moisture detection signal from the moisture detection unit 17, and the ventilator. When 18 is connected and the moisture detection signal is input from the moisture detection unit 17, the fan 18 is operated to remove moisture inside the enclosure 11, and the moisture is removed to remove the moisture. When the input of the moisture detection signal is stopped from the operation of the fan 18 is stopped.

Therefore, when explaining the operation relationship of the building system according to the present invention configured as described above, first, due to the difference in the room temperature and the installation wall temperature condensation occurs inside the digital controller device inside the digital controller device If moisture is generated or water is introduced into the digital controller along the control connecting pipe 13 due to water leakage or condensation from the peripheral pipe of the digital controller, the substrate may be caused by moisture inside the enclosure 11. Moisture flows from the top to the bottom in front of (12).

Then, water flows down between the first and second band-shaped conductor films 15 and 16 provided on the front surface of the substrate 12, so that current flows through the first and second band-shaped conductor films 15 and 16. Will be. In this way, when the first and second strip-shaped conductor films 15 and 16 are energized, the moisture sensing unit 17 senses the energized signal to sense moisture inside the digital controller.

Next, the moisture detection unit 17 outputs a detection signal of moisture to the main control unit 23 of the central control room 100, and the main control unit 23 recognizes the moisture detection signal to operate the fan 18. The ventilator 18 is operated by outputting an operation signal. Then, the ventilator 18 of the digital controller which senses moisture is operated to quickly remove the air in the digital controller by quickly discharging the air inside the digital controller.

When the time elapses and the water of the digital controller is removed and the input of the water detection signal from the water detection unit 17 is stopped, the main control unit 23 outputs the operation signal of the fan 18. By stopping, the fan 18 is stopped.

Therefore, when the water is generated inside the digital control device installed in the building, the present invention can detect the water inside the digital control device and quickly remove it. Therefore, the present invention prevents communication errors and operation errors due to the generation of electrical short circuits and induced currents caused by moisture in the digital controller, thereby preventing large accidents in buildings due to communication errors and operation errors. It is a useful invention.

2 to 4, the first and second strip-shaped conductor films may be provided around the front surface of the substrate 12 as described above, or may be bent on the front surface of the substrate 12. . That is, the first and second strip-shaped conductor films 15 and 16 may have a plurality of vertical parts integrally connecting the multi-level horizontal parts 151 and 161 having different heights and the multi-level horizontal parts 151 and 161. It may be configured to include (152) (162). In addition, as described above, the outer surface is covered with the insulator 191 between the first strip conductor film 15 and the second strip conductor film 16, and is connected to the main control unit 23 to connect the substrate 12. Flexion heating line 19 to remove the moisture of the surface may be attached.

The main control unit 23 is connected to the bending heating wire 19 to operate the bending heating wire 19 to remove moisture from the substrate 12 when a moisture detection signal is input from the moisture detecting unit 17. When the moisture is removed and the input of the moisture detection signal from the moisture detector 17 is stopped, the power of the bending heating wire 19 is cut off.

Therefore, the present invention also has the advantage of reducing the water removal time of the digital control device to a minimum by removing moisture on the surface of the substrate 12 on which the branch controller 14 is installed more quickly.

On the other hand, as shown in Figure 6 and 7, the building system of the present invention is provided in the central control room 100 of the building further has a leak notification alarm unit 22 having a light emitting lamp 221 and a speaker 222. Include.

The main controller 23 is connected to the leak notification alarm 22 and outputs an operation signal to the leak notification alarm 22 when the moisture detection signal is input from the moisture detection unit 17. 221 and emits a dangerous sound through the speaker 222, when the water is removed and the input of the water detection signal from the water detection unit 17 is stopped, the output of the operation signal of the leak notification alarm unit 22 To stop the operation.

Therefore, the present invention outputs a danger in light and sound in the central control room 100 of the building when moisture is detected inside the digital controller, the building manager detects the moisture of the digital controller more quickly There is also an advantage to taking action.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It is clear that the present invention can be suitably modified and applied in the same manner. Therefore, the above description does not limit the scope of the present invention, which is defined by the limitations of the following claims.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the scope of the present invention.

11: enclosure
111: thick plate, 112: perimeter plate, 113: door
12: substrate
13: control connecting pipe
14: branch control
15: first strip conductor film
151: horizontal portion, 152: vertical portion
16: second strip conductor film
161: horizontal portion, 162: vertical portion
17: moisture detection unit
18: ventilator
19: bending heating wire
191: insulator
21: emitting sound generator
211 case, 212 battery unit, 213 LED, etc.
214: speaker unit, 215: danger notification control unit
22: leak notification alarm unit
221: luminous lamp, 222: speaker
23: main control unit
100: central control room

Claims (6)

A housing 11 composed of a rear plate 111 fixed to a wall or a structure and a circumferential plate 112 projecting forward to a circumferential end of the rear plate 111; A door 113 provided at the front opening of the enclosure 11 to open and close the front of the enclosure 11; Including,
A substrate 12 installed in front of the rear plate 111 and configured of an insulator 191 or coated with an insulating layer in front;
At least one branch control unit 14 installed on the front surface of the substrate 12 and connected to a connection line inserted into a control connecting line pipe 13 passing through the circumferential plate 112;
A first strip-shaped conductor film 15 provided on the entire surface of the substrate 12;
A second conductor film disposed on the front surface of the substrate 12 at intervals parallel to the first band-shaped conductor film 15;
The inside of the housing 11 is provided, and when the current flows through the first strip conductor film 15 and the second strip conductor film 16 to detect the first and second strip conductor films with moisture, the building is sensed. A moisture sensing unit 17 outputting a signal to the main control unit 23 of the central control room 100 of the control unit;
A ventilator 18 provided at the circumferential plate 112 and connected to the main control unit 23 to remove moisture in the enclosure 11;
Direct digital controller that compensates for communication failures and mechanical errors due to leakage and condensation, including.
The method of claim 1,
The first band-shaped conductor film 15 and the second band-shaped conductor film 16 have a plurality of stages in which a plurality of horizontal portions 151 and 161 having different heights are integrally connected to each other. Includes vertical portions 152, 162 of
The digital controller,
The first strip conductor film 15 and the second strip conductor film 16 are disposed in parallel with the first and second strip conductor films, the outer surface of which is covered with an insulator 191, and the central control room of the building. A bending heating wire 19 connected to the main control unit 23 of 100 to remove moisture from the surface of the substrate 12;
Direct digital controller that compensates for communication failures and mechanical errors due to leakage and condensation further comprising.
The method of claim 2,
The digital controller,
A light emitting sound generator 21 connected to the moisture detector 17 outside the enclosure 11 to emit light by its own power and generate a dangerous sound when moisture is detected by the moisture detector 17; Further included,
The light emitting sound generator 21,
A case 211 provided outside the enclosure 11;
A battery unit 212 built in the case 211 and mounted with a replaceable battery;
LED lights 213 provided to be exposed to the case 211 to the outside,
A speaker unit 214 built in the case 211 and provided to output sound to the outside through a sound output hole formed in the case 211;
Built in the case 211 and connected to the moisture detecting unit 17, the battery unit 212, the LED lamp 213, the speaker unit 214 is operated by the power of the battery and the moisture detection unit Communication due to leakage and condensation, characterized in that it comprises a risk notification control unit 215 to turn on the LED light (213) and the sound output from the speaker unit 214 when the moisture detection signal is input at (17) Direct digital controller that compensates for failures and mechanical errors.
Enclosure 11 composed of thick plate 111 and circumferential plate 112, door 113 provided in the front opening of the enclosure 11, is installed in front of the rear plate 111 and composed of an insulator 191 At least one branch control unit connected to a substrate 12 having an insulating layer coated on the front surface thereof, or connected to a connection line inserted in a control connecting line pipe 13 passing through the circumferential plate 112 and passing through the circumferential plate 112. 14), the first strip-shaped conductor film 15 provided on the front surface of the substrate 12, the second strip-shaped provided on the front surface of the substrate 12 in parallel with the first strip-shaped conductor film 15 at intervals. It is provided inside the conductor film 16 and the housing 11, and the first and second strip conductor films are energized by passing current through the first strip conductor film 15 and the second strip conductor film 16. A digital controller including a moisture sensing unit 17 for outputting a moisture sensing signal, and a fan 18 provided in the circumferential plate 112;
A main control unit 23 installed in the central control room 100 of the building; Including,
The main control unit 23, the branch control unit 14 and the moisture detection unit 17 is connected to control the branch control unit 14, receives a moisture detection signal from the moisture detection unit 17, the ventilator When 18 is connected and the moisture detection signal is input from the moisture detection unit 17, the fan 18 is operated to remove moisture inside the enclosure 11, and the moisture is removed to remove the moisture. The building system to compensate for the communication failure and mechanical errors due to leakage and condensation, characterized in that for stopping the input of the moisture detection signal from the ventilator (18).
5. The method of claim 4,
The first band-shaped conductor film 15 and the second band-shaped conductor film 16 have a plurality of stages in which a plurality of horizontal portions 151 and 161 having different heights are integrally connected to each other. Includes vertical portions 152, 162 of
The digital controller is provided between the first strip conductor film 15 and the second strip conductor film 16 in parallel with the first and second strip conductor films, the outer surface of which is covered with an insulator 191. It further includes a bending heating line 19 connected to the main control unit 23 to remove moisture on the surface of the substrate 12,
The main control unit 23, when the bending heating wire 19 is connected to the moisture detection signal from the moisture sensing unit 17 operates the bending heating wire 19 to remove the moisture of the substrate 12 and the moisture The building system is supplemented with communication errors and mechanical errors due to leakage and condensation, characterized in that when the input of the moisture detection signal is removed from the moisture detection unit 17 is removed to cut off the power of the bending heating line (19) .
The method according to claim 4 or 5,
A leak notification alarm unit 22 provided in the central control room 100 of the building and having a light emitting lamp 221 and a speaker 222; Further included,
The main controller 23, when the leak notification alarm 22 is connected and a moisture detection signal is input from the moisture detector 17, outputs an operation signal to the leak notification alarm 22 to emit the light 221. L) and output a dangerous sound through the speaker 222, and when the moisture is removed and the input of the moisture detection signal from the moisture detection unit 17 is stopped, the output of the operation signal of the leak notification alarm unit 22 Building system that compensates for communication failures and mechanical errors due to leakage and condensation, characterized in that to stop.

Images