JP3152860U - Smart light-emitting diode illuminator - Google Patents

Abstract

A smart light-emitting diode illuminator having a good lighting condition, energy saving and power saving effects, capable of expanding facilities, and having a security function. A plurality of light source panels 20, 20 A, 20 B having a plurality of main illumination light-emitting diodes 21, human body sensors 40, 40 A, 40 B and several night-light light-emitting diodes having different projection angles are provided in an illumination housing. Install in. The control circuit board on the illumination housing includes at least one detection processing circuit and a light source switch circuit. The detection processing circuit receives signals from the human body sensors 40, 40A, and 40B and outputs the signals to the light source switch circuit. A number of power output terminals are installed in the light source switch circuit and are electrically connected to the main illumination light emitting diode 21. [Selection] Figure 3

Description

  The present invention relates to a smart light-emitting diode illuminator, and more particularly, to a smart light-emitting diode illuminator that has good lighting conditions, has energy saving and power saving effects, can be expanded, and can achieve a security function.

  Conventional fluorescent lamps emit light in a manner that spreads light in four directions and uses a reflective cover to increase the brightness to a certain range. On the other hand, light emitting diodes (LEDs) are light emitters that have a high energy-saving effect and a long service life.By improving semiconductor technology, high cost performance is achieved through modularization processes. Widely used in lighting applications. In addition, light-emitting diode illuminators with energy-saving and power-saving effects have been developed one after another and their use is expanding. The “energy-saving light-emitting diode illuminator” shown in Patent Document 1 has a human body sensor and a plurality of light-emitting diodes installed on a luminaire panel. As a result, when a person approaches the lighting fixture, the human body sensor senses the brightness of the plurality of light emitting diodes automatically, and when the person leaves, the brightness of the light emitting diodes is automatically reduced to achieve a power saving effect. . The light emitting diode emits light by a light projecting method. In the conventional light emitting diode illuminator, if a plurality of light emitting diodes are installed on the illuminator panel that is a single angle plane, the effective illumination range becomes very small even if the brightness of the floodlight is sufficient. End up. If a plurality of light emitting diodes are installed on a spherical luminaire panel on average, the range of illumination can be widened, but there is a risk of insufficient light collection and insufficient brightness, and the light emission brightness of each light emitting diode may be reduced. As a result of the unstable control, the life of the parts becomes unstable. Even when aiming to achieve a power-saving effect in lighting applications, quality reliability and good lighting effects must still be considered. The present invention has been made in view of the above-described drawbacks of conventional light-emitting diode illuminators.

Taiwan Patent Publication No. 515107

  The problem to be solved by the present invention is to provide a smart light-emitting diode illuminator.

In order to solve the above problems, the present invention provides the following smart light-emitting diode illuminator.
In the smart type light emitting diode, a plurality of sets of light source panels having different projection angles are installed in the lighting fixture housing, and at least one control circuit board is installed on the lighting fixture housing.
Each of the set light source panels is provided with a large number of main illumination light emitting diodes and human body sensors, and several nightlight light emitting diodes are installed on the at least one set of light source panels.
The control circuit board includes at least one detection processing circuit and a light source switch circuit,
One end of the detection processing circuit receives a signal of the human body sensor, and the other end outputs a signal to the light source switch circuit,
The light source switch circuit is provided with a large number of power output terminals, and is electrically connected to a large number of main illumination light emitting diodes on the light source panel,
At night, it can be used as a night lamp by turning on the night light emitting diode, and when a person enters within the detection angle range of the human body sensor on an arbitrary set of light source panels, the detection processing circuit detects it. Using signal processing, through the light source switch circuit, turn on a number of main illumination light emitting diodes on the light source panel of the set,
With a large number of sets of light source panels with different projection angles, it automatically turns on and off depending on whether there is a person within the illumination angle area, so it can achieve a power saving effect while maintaining a good lighting effect. so,
A photosensitive component is further installed on the lighting fixture housing, and a photosensitive processing circuit for receiving a signal of the photosensitive component is further installed on the control circuit board.
The photosensitive processing circuit and several night light emitting diodes on the light source panel are electrically connected, so that the photosensitive component senses the brightness of the environment, and at night, the photosensitive processing circuit , Automatically turn on the night light emitting diode, form a night lamp,
A receiver capable of receiving a remote control signal can be further installed on the at least one light source panel, and a functional process capable of receiving the receiver signal is further provided on the control circuit board. A circuit, and the output end of the functional processing circuit and the detection processing circuit are electrically connected,
Thereby, the receiver can control the detection processing circuit by the function processing circuit in a state where the function setting signal of the remote control is received and the illumination function is activated,
When a person enters the detection range of the human body sensors on the multiple sets of light source panels, the light source switch circuit selectively causes the main illumination light emitting diodes on the light source panel where the person is present to emit light, and the function processing circuit Receives the function setting signal of the remote controller by the receiver,
The control circuit board further includes a security switch circuit. One end of the security switch circuit receives a signal output from the detection processing circuit, and the other end outputs a signal to the light source switch circuit. An alarm device is further installed on the luminaire housing, and the alarm device is electrically connected to the security switch circuit, so that when the remote controller sets the activation of the security function, the function processing circuit Control the detection processing circuit,
When the human body sensors on the multiple light source panels detect the entry of an object, the alarm device is triggered through the security switch circuit, the alarm device generates an alarm,
At the same time, driving the light source switch circuit, lighting the main illumination light emitting diode on the light source panel, irradiating light in the direction of the object,
A security switch circuit is installed on the control circuit board,
A security signal emitter is further installed on the luminaire housing, whereby the security signal emitter and the security switch circuit are electrically connected, and the alarm device is triggered by the security switch circuit. At the same time, the security signal emitter also sends a warning signal to the external receiving end,
A security switch circuit is installed on the control circuit board, and an alarm device and a security signal emitter that are electrically connected to the security switch circuit are installed on the lighting device housing,
A gas detector is further installed on the at least one set of light source panels, and one end of the detection processing circuit receives the signal of the gas detector, and the gas detector detects carbon monoxide, carbon dioxide in the room. When detecting that a gas such as gas has reached a dangerous value, the alarm switch is triggered by the guard switch circuit,
Furthermore, an alarm signal is transmitted to the external reception end by the security signal emitter,
A security switch circuit is installed on the control circuit board,
One end of the guard switch circuit receives a signal transmitted by the detection processing circuit, and the other end transmits a signal to the light source switch circuit,
Further provided on the control circuit board is an image switch circuit. When the image switch circuit is set to start by the function processing circuit, its operation is controlled by the light source switch circuit,
An image projector that is electrically connected to the image switch circuit is further installed on the illuminator housing, and a photographing machine is installed on the at least one set of light source panels, and an image signal is transmitted to the illuminator housing. Output to the image projector,
When the human body sensor detects the entry of an object, the image projector transmits an image signal captured by the camera to the receiving end.
Since the video can be seen at the receiving end, the anti-theft and emergency response capabilities can be improved.

  The smart light-emitting diode illuminator of this invention has a good lighting effect by automatically turning on and off depending on whether there is a person within the illumination angle range by using a plurality of light source panels with different projection angles. While maintaining, a power saving effect can also be achieved.

It is an outline sketch of the structure of the present invention. It is an exploded sketch of the structure of the present invention. It is a sketch of the planar end of the present invention structure. It is a sketch of the structural member on the light source panel of this invention. It is a sketch of the wiring of the control circuit board of the present invention.

  The best mode for carrying out the present invention will be described below in detail with reference to the drawings.

  As shown in FIGS. 1, 2, 3, and 4, a plurality of sets of light source panels 20, 20 </ b> A, and 20 </ b> B having different projection angles are installed in the lighting fixture housing 10. At least one control circuit board 30 is installed on the luminaire housing 10. All of the light source panels 20, 20A, 20B are provided with a large number of main illumination light emitting diodes 21 and human body sensors (such as infrared sensors) 40, 40A, 40B. In addition, several night light emitting diodes 22 are installed on at least one set of the light source panels 20. As shown in FIG. 5, the control circuit board 30 includes at least one detection processing circuit 31 and a light source switch circuit 32. One end of the detection processing circuit 31 receives signals of the human body sensors 40, 40 </ b> A, and 40 </ b> B, and the opposite end outputs a signal to the light source switch circuit 32. A large number of power output terminals are installed in the light source switch circuit 32, and are electrically connected to the large number of main illumination light emitting diodes 21 on the light source panels 20, 20A, 20B, respectively. As shown in FIGS. 4 and 5, it can be used as a night lamp by turning on the night lamp LED 22 at night. In addition, when a person enters the detection angle range of the human body sensor 40 (or 40A, 40B) on an arbitrary set of light source panels 20 (or 20A, 20B), the light source is detected using the detection signal processing of the detection processing circuit 31. Through the switch circuit 32, a large number of main illumination light emitting diodes 21 on the light source panel 20 (or 20A, 20B) of the set are turned on. With a large number of sets of light source panels with different projection angles, it automatically turns on and off depending on whether there are people within the illumination angle range, and also achieves a power saving effect while maintaining a good lighting effect be able to.

  As shown in FIGS. 1 and 5, a photosensitive component (such as a photoresist) 50 can be further installed on the lighting fixture housing 10. In addition, a photosensitive processing circuit 33 for receiving a signal from the photosensitive component 50 is further provided on the control circuit board 30. As shown in FIGS. 4 and 5, the photosensitive processing circuit 33 and the several night lamps 22 on the light source panels 20, 20A, 20B are electrically connected. As a result, the photosensitive component 50 senses the brightness of the environment, and when the night comes, the night light emitting diode 22 is automatically turned on by the photosensitive processing circuit 33 to form a night lamp.

  As shown in FIGS. 2, 4, and 5, a receiver 61 (such as an infrared receiver) capable of receiving signals from a remote controller 60 (such as an infrared remote controller) may be further installed on at least one set of light source panels 20. it can. In addition, the control circuit board 30 further includes a function processing circuit 34 that can receive the signal of the receiver 61, and the output end of the function processing circuit 34 and the detection processing circuit 31 are electrically connected. Thereby, the receiver 61 can receive the function setting signal of the remote controller 60, and can control the detection processing circuit 31 by the function processing circuit 34 in the illumination function activated state. As shown in FIGS. 3 and 5, when a person enters the detection range of the human body sensors 40, 40A, 40B on the multiple sets of light source panels 20, 20A, 20B, the light source switch circuit 32 causes the light source in the place where the person is present. The main illumination light emitting diode 21 on the panel 20 (or 20A, 20B) is selectively caused to emit light.

  As shown in FIG. 5, the function processing circuit 34 receives the function setting signal of the remote controller 60 by the receiver 61. A security switch circuit 35 is further provided on the control circuit board 30. One end of the guard switch circuit 35 receives a signal output from the detection processing circuit 31, and the other end outputs a signal to the light source switch circuit 32. As shown in FIGS. 1, 2, and 5, an alarm 70 is further installed on the lighting fixture housing 10. The alarm device 70 is electrically connected to the security switch circuit 35. When the remote controller 60 sets the activation of the security function, the function processing circuit 34 controls the detection processing circuit 31. As shown in FIGS. 3 and 5, when the human body sensors 40, 40A, 40B on the multiple light source panels 20, 20A, 20B detect the entry of an object, the alarm 70 is triggered through the security switch circuit 35. The alarm device 70 issues an alarm. At the same time, the light source switch circuit 32 is driven, the main illumination light emitting diode 21 on the light source panel 20 (or 20A, 20B) is turned on, and light is irradiated in the direction of the object.

  As shown in FIG. 5, a security switch circuit 35 is installed on the control circuit board 30. As shown in FIGS. 1, 2, and 5, a security information launcher (such as a wireless alarm information launcher) 71 is further installed on the lighting fixture housing 10. Thereby, the security information launcher 71 and the security switch circuit 35 are electrically connected. When the alarm device 70 is triggered by the security switch circuit 35, the security information launcher 71 is also connected to the external reception end. Alarm information. As shown in FIGS. 1 and 2, a security switch circuit 35 is installed on the control circuit board 30, and an alarm device 70 electrically connected to the security switch circuit 35 and a security information release are provided on the lighting fixture housing 10. A vessel 71 is installed. As shown in FIGS. 2, 4, and 5, a gas detector 72 is further installed on at least one set of the light source panels 20. One end of the detection processing circuit 31 receives a signal from the gas detector 72, and when the gas detector 72 detects that a gas such as carbon monoxide, carbon dioxide, or gas has reached a dangerous value, a security switch circuit The alarm 70 is triggered by 35. Further, alarm information is transmitted to the external reception end by the security information launcher 71. As shown in FIG. 5, a security switch circuit 35 is installed on the control circuit board 30. One end of the guard switch circuit 35 receives a signal transmitted from the detection processing circuit 31, and the other end transmits a signal to the light source switch circuit 32.

  An image switch circuit 36 is further provided on the control circuit board 30. When activation is set by the function processing circuit 34, the operation of the image switch circuit 36 is controlled by the light source switch circuit 32. As shown in FIGS. 1, 2, 4, and 5, an image projector (such as a wireless image projector) 80 that is electrically connected to the image switch circuit 36 is further installed on the luminaire housing 10. In addition, the photographing device 81 is installed on at least one set of the light source panels 20, and an image signal is output to the image emitter 80. As shown in FIG. 3, when the human body sensors 40, 40 </ b> A, 40 </ b> B detect the entry of an object, as shown in FIG. 5, the image emitter 80 transmits an image signal captured by the imaging device 81 to the receiving end. To do. Since the video can be seen at the receiving end, the anti-theft and emergency response capabilities can be improved.

  The names and contents of the present invention described above are only used for explaining the technical contents of the present invention, and do not limit the present invention. All equivalent applications based on the spirit of the present invention, conversion, replacement of parts (structure), and increase / decrease in quantity shall be included in the protection scope of the present invention.

  The present invention greatly enhances the functions and effects, and in this technical area, no homologous or approximate products or ideas have been seen or published or used. Furthermore, the present invention has the novelty that is a requirement of the utility model, has sufficient inventive step, is highly practical, meets the needs of society, and has a very high industrial utility value.

DESCRIPTION OF SYMBOLS 10 Lighting fixture housing 20, 20A, 20B Light source panel 21 Main illumination light emitting diode 22 Night light emitting diode 30 Control circuit board 31 Detection processing circuit 32 Light source switch circuit 33 Photosensitive processing circuit 34 Function processing circuit 35 Security switch circuit 36 Image switch circuit 40 , 40A, 40B Human body sensor 50 Photosensitive component 60 Remote control 61 Receiver 70 Alarm device 71 Security information launcher 72 Gas detector 80 Image launcher 81 Camera

Claims (7)

A plurality of sets of light source panels with different projection angles are installed in the lighting fixture housing, and at least one control circuit board is installed on the lighting fixture housing.
Each of the set light source panels is provided with a large number of main illumination light emitting diodes and human body sensors, and moreover, several night lamps are installed on the at least one set of light source panels.
The control circuit board includes at least one detection processing circuit and a light source switch circuit,
One end of the detection processing circuit receives a signal from the human body sensor, and the other end outputs a signal to the light source switch circuit,
The light source switch circuit is provided with a large number of power output terminals, and is electrically connected to a large number of main illumination light emitting diodes on the light source panel,
At night, it can be used as a night lamp by lighting the night light emitting diode, and when a person enters within the detection angle range of the human body sensor on any set of light source panels, the detection processing circuit detects Utilizing signal processing, through the light source switch circuit, turn on a number of main illumination light emitting diodes on the light source panel of the set,
With a large number of sets of light source panels with different projection angles, it automatically turns on and off depending on whether there is a person within the illumination angle area, so it can achieve a power saving effect while maintaining a good lighting effect. A smart type light-emitting diode illuminator characterized by Further, a photosensitive component is installed on the illumination device housing, and a photosensitive processing circuit for receiving a signal of the photosensitive component is further installed on the control circuit board.
The photosensitive processing circuit and several night light emitting diodes on the light source panel are electrically connected to each other, so that the photosensitive component senses the brightness of the environment. The smart light-emitting diode illuminator according to claim 1, wherein the night-light light-emitting diode is automatically turned on to form a night lamp. A receiver capable of receiving a remote control signal can be further installed on the at least one set of light source panels, and a functional process capable of receiving the receiver signal is further provided on the control circuit board. A circuit, and the output end of the function processing circuit and the detection processing circuit are electrically connected,
Thereby, the receiver can control the detection processing circuit by the function processing circuit in a state where the function setting signal of the remote control is received and the illumination function is activated,
When a person enters the detection range of the human body sensor on the multiple light source panels, the light source switch circuit selectively causes the main illumination light emitting diodes on the light source panel in the place where the person is present to emit light. The smart type light-emitting diode illuminator according to claim 1. The function processing circuit receives the function setting signal of the remote control by the receiver,
The control circuit board further includes a security switch circuit, one end of the security switch circuit receives a signal output from the detection processing circuit, and the other end outputs a signal to the light source switch circuit,
Further, an alarm device is installed on the lighting fixture housing, and the alarm device is electrically connected to the security switch circuit, whereby when the remote controller sets the activation of the security function, the function processing circuit is Controlling the detection processing circuit;
When human body sensors on the multiple light source panels detect the entry of an object, the alarm device is triggered through the security switch circuit, and the alarm device issues an alarm,
4. The smart light emitting diode illuminator according to claim 3, wherein the light source switch circuit is simultaneously driven to light a main illumination light emitting diode on the light source panel and irradiate light toward an object. On the control circuit board, a security switch circuit is installed,
A security signal emitter is further installed on the lighting device housing, whereby the security signal emitter and the security switch circuit are electrically connected, and the alarm device is triggered by the security switch circuit. 5. The smart light emitting diode illuminator according to claim 4, wherein at the same time, the security signal emitter also transmits an alarm signal to an external receiving end. On the control circuit board, a guard switch circuit is installed, and on the lighting fixture housing, an alarm device and a guard signal emitter that are electrically connected to the guard switch circuit are installed,
A gas detector is further installed on the at least one set of light source panels, and one end of the detection processing circuit receives a signal of the gas detector, and the gas detector receives carbon monoxide and carbon dioxide in the room. When detecting that a gas such as gas has reached a dangerous value, the alarm switch is triggered by the guard switch circuit,
The smart light-emitting diode illuminator according to claim 5, wherein an alarm signal is transmitted to an external reception end by the security signal emitter. On the control circuit board, a security switch circuit is installed,
One end of the guard switch circuit receives a signal transmitted by the detection processing circuit, and the other end transmits a signal to the light source switch circuit,
Further provided on the control circuit board is an image switch circuit, and when the image switch circuit is activated by the function processing circuit, its operation is controlled by the light source switch circuit,
An image projector that is electrically connected to the image switch circuit is further installed on the illuminator housing, and a photographing machine is installed on the at least one light source panel, and an image signal is transmitted to the illumination device housing. Output to the image projector,
When the human body sensor detects the entry of an object, the image projector transmits an image signal captured by the camera to the reception end,
The smart light-emitting diode illuminator according to claim 4, wherein an image can be seen at the reception end, so that anti-theft and emergency response capabilities can be improved.

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