KR101066238B1 - Intelligence style sensor gear control unit and use human body perception sensor and illumination sensor - Google Patents

Abstract

The present invention relates to an intelligent sensor interlock control device using a human body sensor and an illuminance sensor, by configuring a plurality of connectors to simultaneously control the illuminance sensor, the human body sensor and an external device to control a plurality of devices at the same time. When the illumination sensor detects the illumination sensor by day, it is turned off by the automatic illumination control function during the day.When the illumination is set at night (night illumination mode), the LED lamp is kept on with 3 ~ 4W brightness. When the human body approaches by the human body sensor, the sensor immediately switches to the maximum brightness mode (20W), and after 3 minutes after the human body escapes the space, the human body sensor is controlled to the standby mode by calling 3 ~ 4W brightness again. The present invention relates to an intelligent sensor interlock control device using an illuminance sensor.
Intelligent sensor interlock control device using the human body sensor and the illumination sensor of the present invention for this purpose, and LED lighting is installed on the ceiling of the boarding stop; A human body sensor which outputs a human body detection signal when a human body is detected in the boarding stop space; And an illumination sensor for detecting illumination of the boarding stop detection space and outputting an illumination signal of day and night; An interlock control unit configured to drive a plurality of sensors in the boarding stop space to receive measured values, and to control the LED lights using the respective measured values; It consists of a structure.

Description

Intelligent style sensor gear control unit and use human body perception sensor and illumination sensor

The present invention relates to an intelligent sensor interlock control device using a human body sensor and an illuminance sensor, and more particularly, a plurality of devices by configuring a plurality of connectors to interlock control the illuminance sensor, the human body sensor and an external device at the same time By the interlock control device which can control the light at the same time, it is turned off by the automatic illumination control function during the day by detecting the illumination sensor and when the set illumination (night illumination mode), the LED lamp is turned ON with 3 ~ 4W brightness. If the human body approaches the body by the sensor, the sensor immediately switches to the maximum brightness mode (20W) by sensing the sensor, and 3 minutes after the human body leaves the space, the phone is switched back to 3-4W brightness and controlled to the standby mode. The present invention relates to an intelligent sensor interlock control device using a human body sensor and an illumination sensor.

Most of the lighting used during the day or at night uses electrical energy, and electrical energy consumed for lighting in general commercial buildings accounts for about 30 to 40% of the electrical energy consumed in the entire building. In particular, despite the supply of sufficient sunlight from the outside in clear weather, fluorescent lamps and the like are used due to habitual or structural problems of the building itself.

However, such a high rate of lighting electrical energy consumption causes many problems such as the continuous increase in energy generation costs (oil prices, labor costs, power plant construction costs, etc.) and global environmental protection problems. The government and related industries are making a lot of efforts to solve the cost rise of energy production and environmental pollution.

For example, as part of specific efforts to reduce the consumption of electric energy and protect the environment, the government provides funding and tax support for energy saving efforts, and the Korea Energy Management Corporation, through the green lighting movement, reduces electric energy for lighting and the environment. The protection movement is being promoted.

In addition, from the technical point of view, the development of an automatic lighting system that automatically controls the interior lighting is in progress. An example of such an automatic lighting system is an optical sensor interlocking control system that saves electrical energy by variably controlling the luminous flux of light in a space where daytime sunlight can be usefully used as a main light source. .

This minimizes the energy used for electric lighting and ensures that the illuminance of the work surface by artificial electric lighting, such as fluorescent lamps or incandescent lamps, and daylight-complexed lighting is always maintained at the planned illuminance set by the user. .

The successful implementation of the optical sensor interlocking control system is based on how the optical sensor detecting daylight mounted on the ceiling or wall accurately detects illuminance of the working surface, and the lighting control unit transmits an accurate dimming signal according to the detected illuminance. It depends.

An object of the present invention for solving the problems according to the prior art, by configuring a plurality of connectors to simultaneously control the coarse control of the illumination sensor, the human body sensor and the external device at the same time control the interlock control device In providing.

In addition, the present invention is off (OFF) by the automatic illuminance control function during the day by the detection of the illumination sensor, when the set illumination (night illumination mode), the LED lamp is maintained on (ON) with a brightness of 3 ~ 4W, the human body When the human body approaches by the sensor, the sensor immediately switches to the maximum brightness mode (20W), and 3 minutes after the human body leaves the space, the human body sensor and illuminance are controlled in the standby mode by switching to 3-4W brightness again. An intelligent sensor interlock control device using a sensor is provided.

Intelligent sensor linkage control device using a human body sensor and the illumination sensor of the present invention for solving the above technical problem, LED lighting is installed on the ceiling of the boarding stop; A human body sensor which outputs a human body detection signal when a human body is detected in the boarding stop space; And an illumination sensor for detecting illumination of the boarding stop detection space and outputting an illumination signal of day and night; If the human body is not detected in the boarding stop space when the illuminance sensor is set to the night mode, the LED light is turned on at 3 to 4W, and the interlock is controlled to immediately turn on the maximum brightness of the LED light to detect the human body of the human body sensor. Control unit; .

Preferably, the interlock control unit, the A / C power input unit for supplying the A / C power; A D / C converter for converting input A / C power into D / C power; A plurality of connectors for connecting to a driving circuit disposed on one side of the printed circuit board according to a setting value by converting the D / C power to a microchip; .

Preferably, the linkage control unit, in the night mode of the illumination sensor is characterized in that by driving the LED light in the on / standby mode immediately according to the presence / absence of human body detection in the boarding stop space.

Preferably, the linkage control unit, characterized in that for automatically detecting the daytime illumination of the illumination sensor LED lights off the boarding stop.

Preferably, the linkage control unit is characterized in that the tail light is turned on to 3 ~ 4W LED light of the boarding stop if the early evening illumination detection of the illumination sensor.

Preferably, the interlocking control unit, the GPS bus driving notification connected to the driving circuit by a plurality of connectors according to the presence or absence of the illumination of the illumination sensor and the human body of the human body sensor is immediately turned on the maximum brightness of the illumination sensor And driving the monitor on / off.

Preferably, the night mode of the illuminance sensor by boosting or reducing the power input from the solar cell accumulated by the converter controlled by the interlock control unit for detecting the voltage in the solar cell generating power to the sunlight incident on the ceiling of the boarding stop If the human body is not detected in the boarding stop space when the illuminance is set to 3 to 4W taillights, the human body detection sensor further includes controlling the power supply to immediately turn on the maximum brightness of the LED light to detect the human body. It is characterized by.

On the other hand, the intelligent sensor interlocking control method using the human body sensor and the illumination sensor of the present invention, (a) the daylight detection of the illumination sensor controlled by the interlocking control unit LED lighting lamp of the boarding stop to turn off; (B) the LED light of the boarding stop lighting the taillight to 3 ~ 4W in the early evening illumination detection of the illumination sensor; (c) immediately turning on the maximum brightness of the LED light by detecting the night illumination of the illumination sensor and detecting the human body of the human body sensor; (d) determining whether the human body of the human body sensor is detected in the boarding stop space with the illuminance set to the night mode of the illuminance sensor; (e) if the human body of the human body sensor is detected, immediately lighting up to the maximum brightness of the LED lamp; (f) repeating (d) by the interlocking control unit controlling a plurality of sensors for sensing the human body of the illuminance and the human body detecting sensor in the night mode of the illuminance sensor; .

In addition, as another embodiment of the intelligent sensor interlocking control device using the human body sensor and the illumination sensor of the present invention, the LED lamp is installed on the ceiling of the bathroom; A toilet ventilation fan configured to discharge dust and moisture generated in the toilet to the outside through an exhaust port; A human body sensor for outputting a human body detection signal when a human body is detected in the toilet space; And an illuminance sensor detecting an illuminance of the toilet detection space and outputting an illuminance signal of light; If the human body is not detected in the bathroom space when the illuminance sensor is set to the night mode of the illuminance sensor, the LED light is turned on at 3-4W while the ventilation fan is kept off, and the human body detection sensor detects the maximum brightness of the LED lamp. Interlocking control unit which controls the ventilation fan to be turned on and driven at the same time immediately; .

Preferably, the interlock control unit, the A / C power input unit for supplying the A / C power; A D / C converter for converting input A / C power into D / C power; A plurality of connectors for converting the D / C power supply to a microchip and connecting the driving circuits to one side of the printed circuit board according to a set value; .

Preferably, the connector of the interlock control unit, the first connector for connecting to drive the LED lamp according to the setting; A second connector connected to drive the ventilation fan according to the setting of the interlock control unit; .

Preferably, the interlocking control unit, by the human body sensor in the toilet space is characterized in that the on / off driving at the same time through the plurality of connectors through the plurality of connectors according to whether the human body in the toilet.

Preferably, the interlocking control unit, by the temperature sensor connected to the drive circuit by a plurality of connectors depending on whether the illumination mode and the human body of the human body detection sensor is turned on immediately at the maximum brightness of the LED light in the night mode of the illumination sensor. And driving the radiator on / off.

On the other hand, according to another embodiment of the intelligent sensor interlock control method using the human body sensor and the illumination sensor of the present invention, (a) the LED light in the toilet space to detect the light of the illumination sensor controlled by the interlock control unit is 3 ~ 4W Maintaining taillights as; (b) determining whether the ventilation fan is driven at the same time as the maximum brightness of the LED lamp according to the night illumination detection of the illumination sensor and the human body detection of the human sensor; (c) when the human body of the human body sensor is detected in the toilet space when the illumination mode is set to the night mode when the illuminance is immediately turned on at the maximum brightness of the LED lamp and simultaneously driving the ventilation fan; (d) repeating step (b) by an interlocking control unit controlling a plurality of sensors for sensing the human body of the illuminance and the human body detecting sensor in the night mode of the illuminance sensor; Characterized in that consisting of.

The present invention as described above, by configuring a plurality of connectors in the interlocking control device can be configured to control a plurality of sensors at the same time has the effect of simultaneously interlocking control of the illumination sensor, the human body sensor and the external device.

In addition, the present invention is off (OFF) by the automatic illuminance control function during the day by the detection of the illumination sensor, when the set illumination (night illumination mode), the LED lamp is maintained on (ON) with a brightness of 3 ~ 4W, the human body When the human body approaches by the sensor, the sensor immediately switches to the maximum brightness mode (20W), and 3 minutes after the human body leaves the space, the phone is switched back to 3-4W brightness to control the standby mode. It can work.

In this way, the correct dimming ratio is calculated according to the change of daylight, and the set illuminance sensor, the human body sensing sensor and the external device which detects the human body are simultaneously driven by the interlocking control unit to accurately maintain the set value according to the set value, thereby improving work productivity and saving energy. It is a very useful invention because it can be effected.

1 is a view showing a boarding stop as an embodiment of an intelligent sensor interlocking control device using a human body sensor and the illumination sensor according to the present invention.
Figure 2 is a schematic block diagram of an embodiment of an intelligent sensor interlock control device using a human body sensor and the illumination sensor according to the present invention.
3 is a circuit diagram of an interlocking control unit of an embodiment of an intelligent sensor interlocking control apparatus using a human body sensor and an illuminance sensor according to the present invention.
Figure 4 is a flow chart according to an embodiment of the intelligent sensor interlocking control method using a human body sensor and the illumination sensor according to the present invention.
5 is a view showing a toilet space as another embodiment of the intelligent sensor interlocking control apparatus using a human body sensor and the illumination sensor according to the present invention.
Figure 6 is a schematic block diagram as another embodiment of the intelligent sensor interlocking control apparatus using a human body sensor and the illumination sensor according to the present invention.
7 is a circuit diagram of an interlocking control unit of an embodiment of an intelligent sensor interlocking control device using a human body sensor and the illuminance sensor according to the present invention.
Figure 8 is a schematic block diagram as another embodiment of the intelligent sensor interlocking control method using a human body sensor and the illumination sensor according to the present invention.

The present invention for achieving the above object,

An LED lamp installed on the ceiling of the boarding stop;

A human body sensor which outputs a human body detection signal when a human body is detected in the boarding stop space; And

An illumination sensor for detecting illumination of the boarding stop detection space and outputting an illumination signal of day and night;

If the human body is not detected in the boarding stop space when the illuminance sensor is set to the night mode, the LED light is turned on at 3 to 4W, and the interlock is controlled to immediately turn on the maximum brightness of the LED light to detect the human body of the human body sensor. Control unit; It was achieved by providing an intelligent sensor interlock control device using a human body sensor and the illumination sensor, characterized in that consisting of.

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

Prior to this, terms or words used in the present specification and claims should not be construed as being limited to the common or dictionary meanings, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only one of the most preferred embodiments of the present invention, and do not represent all of the technical idea of the present invention, they can be replaced at the time of the present application It should be understood that there may be various equivalents and variations.

1 is a view showing a boarding stop as an embodiment of an intelligent sensor interlocking control apparatus using a human body sensor and an illuminance sensor according to the present invention, Figure 2 is an intelligent sensor using a human body sensor and the illuminance sensor according to the present invention A schematic block diagram of one embodiment of an interlock control device.

As shown, the intelligent sensor interlock control device using the human body sensor and the illuminance sensor according to the present invention is a plurality of connectors 146 to simultaneously control the illuminance sensor 130, the human body sensor 120 and the external device at the same time. ) By the interlock control unit 140 that can control a number of devices at the same time by the detection of the illumination sensor 130 is turned off (automatic illumination control function during the day), and if the set illumination (night illumination mode) LED When the lamp 110 maintains the ON state at a brightness of 3 to 4 W and the human body approaches the human body by the sensor 120, the sensor 110 immediately switches to the maximum brightness mode (20 W) by the sensor detection. Three minutes after leaving the room, the phone is switched back to 3-4W brightness and controlled in standby mode.

Such an intelligent sensor interlocking control device of the present invention to control the LED lamp 110 installed in the boarding stop 10 such as a bus or a taxi.

In addition, the LED lighting lamp 110 is installed on the boarding stop ceiling 10.

In addition, the LED lamp 110 is controlled by the interlock control unit 140.

That is, the control of the LED lamp 110 in the boarding stop 10 space is controlled by the interlock control unit 140 receives the detection signal of the human body sensor 120 and the illumination sensor 130.

The human body sensor 120 outputs a human body detection signal when a human body is detected in the boarding stop 10 space.

In addition, the illumination signal of the day and night is output by the illumination sensor 130 by sensing the illumination of the boarding stop 10 sensing space.

In the space of the boarding stop 10, the interlock control unit 140 receives a measurement value by driving a plurality of sensors and controls the LED light 110 using the respective measurement values.

Here, the interlocking control unit 140 is a D / C converter for converting the A / C power input unit 142 and the A / C power input to the D / C power supply A / C power, as shown in FIG. 144 is driven.

In addition, it is made of a plurality of connectors 146 for connecting to the driving circuit disposed on one side of the printed circuit board according to the set value by converting to the D / C power supply to the microchip 145.

The plurality of external devices connected to the plurality of connectors 146 are interlocked to control and drive according to a setting value of one interlocking controller 140.

On the other hand, the interlocking control unit 140 immediately turns on / off the LED light 110 based on the presence / absence of the human body in the space of the boarding stop 10 by the human body sensor 120 in the night mode of the illumination sensor 130. Drive it.

When the approach of the human body is detected within the space of the boarding stop 10, the LED lamp 110 is immediately turned on (ON) is illuminated to the maximum brightness.

Then, 3 minutes after the human body has escaped from the boarding stop 10 space, the phone is again turned to 3 ~ 4W brightness is controlled in the standby mode.

Such, the interlocking control unit 140 maintains the auto-off state of the LED lamp 110 of the boarding station 10 in detecting daytime illumination of the illumination sensor 130.

In addition, the interlock control unit 140 maintains the taillight lighting state of the LED light 110 of the boarding stop 10 to 3 ~ 4W when the illuminance sensor 130 detects early evening illumination.

When it is night, the interlock control unit 140 is set to the night illumination mode of the illumination sensor 130, and when the human body is not detected in the space of the boarding stop 10, the LED light 110 is turned on 3 ~ 4W do.

When the human body of the human body sensor 120 is sensed in the boarding stop 10 space, the human body is controlled to immediately turn on at the maximum brightness of the LED lamp 110.

This, if the detection of the human body in the space of the boarding stop (10) LED lamp 110 can recognize that there is no person in the boarding stop (10) space by maintaining the tail light lighting state to 3 ~ 4W of the standby mode During bus operation, information in the boarding stop 10 space may be recognized in advance.

In addition, if the LED light 110 is detected at a maximum brightness of the human body in the boarding stop 10 space, the boarding stop 10 may be recognized as a person in the boarding stop 10 space. The information in the space can be recognized in advance.

In addition, the interlocking control unit 140 to control the LED lighting 110 in the boarding stop 10 space as the night mode of the illuminance sensor 130 is set to the illumination of the human body of the illumination sensor and the human body sensor 120 ( The on-off driving of the GPS bus driving notification monitor 150 connected to the driving circuit by the plurality of connectors 146 according to whether the lighting is immediately turned on or off at the maximum brightness of 110.

When there is no person in the boarding stop 10 space by the illuminance set to the night mode of the illumination sensor 130, the LED lamp 110 and the GPS bus driving notification monitor 150 are turned off (OFF), The GPS bus driving notification monitor 150 is driven ON while the human body is detected by the human body of the human body detection sensor 120 at the maximum brightness of the LED lamp 110. The bus driving notification monitor 150 is controlled and driven together.

In this way, an external device such as the illumination sensor 130 and the human body sensor 120 for detecting a human body and the GPS bus driving notification monitor 150 that calculates an accurate dimming ratio according to the change of daylight to the interlocking controller 140. By driving at the same time to maintain exactly according to the set value has the advantage that can improve work productivity and save energy.

On the other hand, LED light at night by the solar cell to use the stored energy as electrical energy by using the general power when the power supply of the intelligent sensor interlocking control device using the human body sensor and the illuminance sensor of the present invention using electric power. The power supply of 110 can be used efficiently.

In other words. In the solar cell generating power to sunlight entering the boarding stop ceiling, the converter is controlled by an interlock control unit that senses the voltage. When no human body is detected in the boarding stop space, the LED lamp lights up to 3-4W, and the power supply is controlled so that the human body detection sensor immediately lights up with the maximum brightness of the LED lamp.

This is a dimming function using a solar-only converter (DC converter 12. 24. 48V) where no electricity is supplied, such as a rural countryside stop, so that the power consumption is about 20% in proportion to the existing sunlight. Increasing dramatically, the summer rainy season and winter daylight is less light, so can not be used to solve the inconvenience.

On the other hand, intelligent sensor interlocking control method using a human body sensor and the illumination sensor according to an embodiment of the present invention as shown in FIG. The LED illuminator 1100 of the boarding stop 10 maintains an unlit in detecting daytime illumination of the illuminance sensor 130 controlled by the interlock control unit 140.

Then, the early evening illuminance of the illumination sensor 130 is detected by the interlocking control unit 140 and the LED lamp 110 of the boarding stop 10 turns on the taillight to 3 ~ 4W. (S120)

Next, if the human body is detected by the human body sensor 120 in the boarding stop 10 while maintaining the night illuminance detection state of the illuminance sensor 130 and immediately lights up to the maximum brightness of the LED lamp 110. (S130)

Here, the day setting mode, the early evening setting mode, the night setting mode is changed according to the detection of the illumination sensor 130 to adjust the brightness of the LED lamp 110.

In this way, by the interlocking control unit 140 to turn on / off the LED lamp 110 depending on whether the human body is detected by the human body sensor 120 in the set illuminance state according to the night in the boarding stop (10). do.

On the other hand, it is determined whether the human body of the human body detection sensor 120 is detected in the boarding stop 10 space with the illumination intensity set to the night mode of the illumination sensor 130 (S140).

Therefore, when the illuminance sensor 130 is set to the night mode, when the human body of the human body sensor 120 is not detected in the boarding stop 10 space, the LED lamp 110 turns on at 3 to 4W.

When the human body of the human body sensor 120 is detected, it immediately lights up with the maximum brightness of the LED lamp 110. (S150)

As such, the LED illuminator 110 may be turned on at 3 to 4 W by the interlocking controller 140 that controls the plurality of sensors for detecting the human body of the illuminance sensor and the human body sensor 120 in the night mode of the illuminance sensor 130. When the human body is detected, the lighting is turned on immediately at the maximum brightness of the LED lamp 110 at night.

As such, by configuring a plurality of connectors 146 in the interlocking control device of the present invention to control a plurality of sensors at the same time by simultaneously interlocking control of the illumination sensor 130, the human body sensor 120 and the external device Accurate dimming ratio is calculated according to the change of daylight, and the set illumination sensor 120 and the human body sensor 120 and external device which detect the human body are simultaneously driven by the interlocking control unit 140 to maintain work accurately according to the set value, thereby improving work productivity. To save energy.

Next, as another embodiment of the intelligent sensor interlocking control apparatus of the present invention as shown in Figure 5 and 6 when the human body is detected in the toilet space 20 through a plurality of connectors 145 LED light ( 210 and control the driving of the lamp 212 and the ventilation fan 220 at the same time.

In addition, the LED lamp 210 is installed on the ceiling of the bathroom.

In addition, the LED lamp 210 is controlled by the interlock control unit 250.

That is, the control of the LED lamp 210, the existing lamp 212 and the toilet ventilation fan 220 in the toilet space 20 is connected to the detection signal of the human body sensor 230 and the illumination sensor 240 interlocked control unit ( 250) is controlled by the interlock.

The toilet ventilation fan 220 is driven by the interlocking control unit 250 to discharge dust and moisture generated inside the toilet to the outside through the exhaust port.

In addition, the human body sensor 230 outputs a human body detection signal when a human body is detected in the toilet space 20.

The illuminance sensor 240 detects the illuminance of the toilet detection space and outputs an illuminance signal of the light.

In the toilet space 20, the interlock control unit 250 configures a plurality of sensors to receive the measured values, and uses the respective measured values to control the LED lamp 210, the lamp 212, and the ventilation fan 220. Control according to each setting.

Here, the interlocking controller 250 is a D / C converter for converting the A / C power input unit 142 and the A / C power input to the D / C power supply A / C power, as shown in FIG. 144 is driven.

In addition, it is made of a plurality of connectors 146 for connecting to the driving circuit disposed on one side of the printed circuit board according to the set value by converting to the D / C power supply to the microchip 145.

The plurality of external devices connected to the plurality of connectors 146 are interlocked to control and drive according to a setting value of one interlocking control unit 250.

At this time, the connector of the interlocking control unit 250 may be configured in plural, in the present embodiment is connected by the first connector 146-1 to drive the LED lamp 210 according to the setting.

The second connector 146-2 connects an external connector to drive the lamp 212 and the ventilation fan 220 according to the setting of the interlocking controller 250.

On the other hand, the interlocking control unit 150 by the human body sensor 230 in the toilet space (20) according to the presence or absence of human body detection through the plurality of connectors 146 LED light 210 and the existing light 212 and The ventilation fan 220 is driven on / off at the same time.

In addition, the interlocking control unit 250 is set to the night mode of the illumination sensor 240 when the human body of the human body sensor 230 in the toilet space 20 is not detected when the LED light 210 in the standby mode 3 The tail light is turned on at 4W and the lamp 212 and the ventilation fan 220 are maintained OFF.

In this case, the LED lamp 210 maintains the taillight at night, so that even when the existing lamp 212 is at the failure of the sensor unit, there is no problem in distinguishing objects by maintaining minimum illuminance at night.

When the human body is sensed by the human body sensor 230, the LED lamp 210 is immediately turned on at the maximum brightness and at the same time, the lamp 212 and the ventilation fan 220 are turned on.

In this way, the lighting in the toilet space 20 by the interlocking control unit 250 can drive the on / off in a basic setting, the maximum brightness of the LED lamp 210 while maintaining the taillight state without the lights out state as in the present invention You can choose to repeat the status and standby mode.

In this case, the lighting lamp 212 and the ventilation fan 220 are driven only when the LED lamp 210 is in the maximum brightness state. In the standby mode, the lighting lamp 212 and the ventilation fan 220 are not driven.

On the other hand, the interlocking control unit 250 is set to the night mode of the illumination sensor 240 to illuminate the human body of the illumination sensor and the human body sensor 230 at the maximum brightness of the LED lamp 210 immediately lights up a plurality of connectors depending on whether or not The radiator 260 may be driven on / off by the temperature sensor 262 connected to the driving circuit by the 146.

If the value set by the temperature sensor 262, that is, the temperature in the bathroom space 20 is 5 ° C. or less, the interlock control unit 250 interlocked by the operation of the temperature sensor 262 operates the radiator 260 to allow the bathroom space 20 to operate. Increase the temperature in

When the temperature in the bathroom space 20 is detected by the temperature sensor 262 at 5 ° C. or higher, the interlock control unit 250 stops the radiator 260 to maintain the temperature in the bathroom space 20 at a set temperature. To be controlled.

On the other hand, the intelligent sensor interlock control method using a human body sensor and the illuminance sensor according to another embodiment of the present invention is to detect the light of the illuminance sensor 240 controlled by the interlock controller 250 as shown in FIG. LED lighting 210 in the toilet space 20 maintains the taillight to 3 ~ 4W. (S210)

At this time, the lighting in the toilet space 20 by the interlocking control unit 250 in the toilet space 20 can drive the on / off in a basic setting, while maintaining the taillight state without the light off state as in the present invention Selection may be made to repeat the maximum brightness state and the standby mode of 210.

In addition, according to the night illumination detection of the illumination sensor 240 and the human body detection determination of the human body sensor 230, the LED lamp 210 is immediately turned on at the maximum brightness and at the same time, the existing illumination 212 and the ventilation fan 220 are driven. It is determined (S220).

Therefore, when the human body of the human body sensor 230 is not detected in the bathroom space 20 when the illuminance is set to the night mode of the illuminance sensor 240, the LED illuminator 210 is turned to 3 to 4 W at the same time as the tail light is turned on ( 212) and the ventilation fan 220 remain off.

In addition, when the human body of the human body sensor 230 is detected in the bathroom space 20 when the illuminance is set to the night mode of the illuminance sensor 240, the illuminator 212 is immediately turned on at the maximum brightness of the LED illuminator 210. And the ventilation fan 220 is driven. (S230)

In addition, when the human body of the human body sensor 230 is not detected by the interlocking control unit 250 for controlling the plurality of sensors for detecting the human body of the illuminance sensor and the human body sensor 230 set to the night mode of the illumination sensor 240 LED Illumination of the tail light 210 and the light (212) and the ventilation fan 220 to 3 ~ 4W to stop, and immediately detects the human body with the maximum brightness of the LED light 210 and the illumination light (212) and ventilation fan 220 ) Repeat the operation.

In this way, by configuring a plurality of connectors 146 in the interlocking control device of the present invention to control a plurality of sensors at the same time by simultaneously interlocking control of the illumination sensor 240, the human body sensor 230 and the external device Calculate the correct dimming ratio according to the change of daylight, and simultaneously drive the set illuminance sensor 240, the human body detecting sensor 230 for detecting a human body, and an external device by the interlocking control unit 250 to accurately maintain the set value accordingly. Productivity can be improved.

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. Various modifications and variations are possible within the scope of the appended claims.

10: Boarding stop 20: Toilet space
110,210: LED light 120,230: human detection sensor
130, 240: Ambient light sensor 140, 250: Interlocking control unit
150: GPS bus service notification monitor 212: lighting
220: ventilation fan 260: radiator
262: temperature sensor

Claims (14)

LED lighting installed in the ceiling of the boarding stop; A human body sensor which outputs a human body detection signal when a human body is detected in the boarding stop space; And an illumination sensor that detects an illumination of the boarding stop detection space and outputs an illumination signal of day and night; Including,
An A / C power input unit for supplying A / C power; A D / C converter for converting input A / C power into D / C power; A plurality of connectors for connecting to a driving circuit disposed on one side of the printed circuit board according to a setting value by converting the D / C power to a microchip; Interlocking control unit consisting of
The LED light at the boarding station is automatically turned off by daytime detection of the illumination sensor, and when the early evening illumination is detected by the light sensor, the LED light at the boarding station is turned on by 3 to 4W, and the human body is set to the night mode of the light sensor. According to the presence / absence of human body detection in the boarding stop space, the LED light is immediately turned on / standby mode.If there is no human body in the boarding area, the LED light is turned on at 3 ~ 4W and the human body sensor To control the human body's detection so that it lights up immediately with the maximum brightness of the LED lamp, and turns on / off the GPS bus driving notification monitor connected to the driving circuit by a plurality of connectors depending on the presence or absence of the LED brightness. Including,
In the night mode of the illuminance sensor by increasing or reducing the power input from the solar cell accumulated by the converter controlled by the interlocking control unit for detecting the voltage in the solar cell generating power to the sunlight incident on the boarding stop ceiling When the human body is not detected in the boarding stop space when the LED light is turned on by 3 ~ 4W, and further comprising controlling the power supply to immediately turn on the maximum brightness of the LED light to detect the human body of the human body sensor. Intelligent sensor interlock control device using a human body sensor and an illumination sensor. delete delete delete delete delete delete delete An illumination lamp and an LED lamp installed on the ceiling of the bathroom, a toilet ventilation fan for discharging dust and moisture generated in the toilet to the outside through an exhaust port, and a human body detection signal is output when a human body is detected in the toilet space. And an illuminance sensor for detecting an illuminance of the human body detecting sensor and the toilet detecting space and outputting an illuminance signal of light.
An A / C power input unit for supplying A / C power; A D / C converter for converting input A / C power into D / C power; A first connector and a lamp that are converted to the D / C power and applied to the microchip to drive the LED lamp according to a set value; And a second connector connected to drive the ventilation fan; and a plurality of connectors for connecting the driving circuit disposed on one side of the printed circuit board.
When the illuminance sensor is set to the night mode when the illuminance is set, the LED sensor, the illumination lamp, and the ventilation fan are simultaneously driven on / off through a plurality of connectors according to whether or not the human body is detected in the toilet space by the human body sensor. If there is no detection, the LED lamp is turned on at 3 ~ 4W while the lamp and the ventilation fan are kept off, and the human body sensor detects the human body and turns on the lamp and the ventilation fan on at the same time. Consisting of interlocking control unit,
Set the night mode of the illuminance sensor to illuminate the human body of the illuminance sensor and the human body sensor and immediately turn on the maximum brightness of the LED light to turn the radiator on / off by a temperature sensor connected to the driving circuit by a plurality of connectors depending on whether the light is on or off. Intelligent sensor interlocking control device using a human body sensor and the illuminance sensor, characterized in that further comprising.
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