JP3192581U - Lighting fixture with sensor - Google Patents

Abstract

An integrated human body infrared-sensitive dimmable solar LED light that can be mounted at various locations is provided.
A detection unit that detects whether or not an object has passed within a preset sensitivity range, and a lighting range that is set in advance when the detection unit detects the passage of the object. Illumination units 30a and 30b that emit light. It is provided with a main body part 31 that can be attached to and detached from the attachment target member, the detection part is disposed on the lower end side of the main body part, the illumination part is provided on the upper end side, and the detection part is rotatably attached. preferable. Moreover, it is preferable that the illumination part is attached so that rotation is possible following the movement of the object which the detection part detected.
[Selection] Figure 1

Description

  The present invention relates to a sensor-equipped luminaire, and more particularly, to a sensor-equipped luminaire using an LED light, and more specifically to an integrated human body infrared-sensitive dimming solar LED light.

  Traditionally, the lights applied to places that require automatic opening and closing, such as parking lots, garages, corridors, verandas, kitchens, washrooms, warehouses, elevator exits, children's rooms, public house passages, utility rooms, etc., are mainly traditional Traditional light bulbs are energy intensive and use a light bulb or energy-saving lamp as a light source, and are easily damaged when opened and closed frequently.

  Conventional energy-saving lamps sometimes contain highly polluting elements such as mercury. In such a case, it is not suitable for environmental conservation, and similarly, if it is frequently opened and closed, there is a problem that light attenuation is likely to occur and further damage occurs.

  The earth's energy is depleted, environmental pollution is serious, and the idea of energy saving and environmental conservation is deeply embedded in people's minds. Both of these two types of light sources have some technical bottlenecks. To do.

  LED is a new generation semiconductor light source that has long life, energy saving, environmental conservation (no UV, strobe, heavy metal), good color rendering, high brightness even when energy consumption is low, Future lighting technology will become a development trend.

  At the same time, solar energy goes deeply into people's hearts as green energy that will never run out.

  Since the LED drive current is low, solar battery is used to provide and store a stabilized power supply, traditional technology solar LED lights have no auto-sensing function, and at the same time do not have dimming function, either In the case of lighting, the lighting state maintains high brightness and wastes electric energy.

  Therefore, there is a need to provide an improvement that overcomes the deficiencies described above.

JP 2000-125744 A JP 2002-83383 A JP 2006-75151 A JP 2012-53658 A Utility Model Registration No. 3171658

The purpose of this utility model is a new appearance to the problems in the conventional technology, and can be set to manual switch or automatic sensitive switch. It provides green, energy-saving, and environmentally friendly LED-sensitive lights that can be preset, simultaneously adjust the brightness in real time, and adjust the solar panel orientation according to the sunlight irradiation angle.
That is, the technical problem to be solved by the present utility model includes providing an integrated human body infrared-sensitive dimmable solar LED light that can be mounted in various places.

  The key points and protection points of the sensor-equipped lighting fixture according to the present invention are listed as follows, for example.

1. Driven infrared detection 2. Light head with adjustable illumination area (Light head up / down adjustment, left / right adjustment, right / left rotation base adjustment possible)
3. LED light source module 4. LED optical system (light head, optical lens, lens holder, reflection cover, optical light cover)
5. Automatic ON and OFF delay 6. Brightness adjustable, light control, time control adjustment 7. Manual switch and automatic sensitive switch selectable 8. Solar panel direction adjustable (panel base left / right rotatable, panel up / down adjustable)
9. External adapter AC charging or solar charging selectable, LED module is powered by built-in nickel chrome battery 10, LED light source is used. Long life, energy saving, environmental conservation (no UV, strobe, heavy metal) and good color rendering. Even if the switch is opened and closed a plurality of times, the light efficiency is not affected 11, the dedicated PWM signal generator adjusts the light brightness in real time according to the user's lighting requirements 12, the dedicated LED constant current drive circuit and the dedicated optics In the system, the optical fiber is uniform and stable, further improving the light efficiency 13, the irradiation area is adjustable 14, the charging method can be selected from external adapter charging or solar charging, increasing the application of the product 15 , Driven infrared detection function is arranged, has characteristics such as intelligence sensitivity, automatic opening and closing, and is very applicable to places that need automatic opening and closing 16, solar panel direction is adjustable, effectively sunlight 17, one or more adjustable LED light heads can be installed, which is advantageous for absorbing , Can be adjusted conveniently different lighting target area, 18 to solve the defects that can adjust the illumination region existing fixed sensitive lamp, powered form is powered by nickel-chromium batteries, safe, reliable

  The device of the present invention is energy saving, environmental conservation, convenient to carry, and has multiple fields of application.

  As the application of solar batteries and LED lights becomes more and more widespread, their practicality is strong in terms of energy saving and environmental protection. The solar panel uses an adjustable base so as to receive and charge the light, and adjusts the light receiving surface according to the change of the sunlight irradiation angle, thereby improving the charging effect.

  As described above, the sensor-equipped lighting fixture 50 according to the present invention automatically turns on the illumination when the detection unit 34 at the center of the lower end of the main body detects a person or the like. Automatically disappears after a predetermined time.

  The detection unit 34 can rotate left and right as indicated by arrows 44 and 45 in FIG. 1, and rotates left and right according to the detected movement of a person or the like.

  As shown by arrows 40 and 41 in FIG. 2, the two illumination units 30a and 30b provided at the left and right locations on the upper part of the main body can rotate in the vertical direction. The two illumination parts 30a and 30b can rotate in the left-right direction as indicated by arrows 42 and 43 in FIG. Further, the two illumination units 30a and 30b can be rotated together in the left-right direction as indicated by arrows 42 and 43 in FIG.

  The illumination units 30a and 30b perform the rotation operation so that the irradiation direction of light from the illumination units 30a and 30b follows the movement of the person or the like according to the movement of the person or the like detected by the detection unit 34.

  An infrared sensor or the like is used for the detection unit 34, and an LED light is used for the light source of the illumination unit.

  A battery, a storage battery, or the like can be incorporated for power supply. It is also possible to incorporate a solar battery and use the solar panel as a power source.

  This utility model registration application requests registration of the following devices.

The idea of claim 1 is
A detection unit for detecting whether or not an object passes within a preset sensing range;
And a lighting unit that emits light toward a preset illumination range when the detection unit detects the passage of an object.

The invention described in claim 2
It is provided with a main body part that can be attached to and detached from an attachment target member, the detection part is provided on the lower end side of the main body part, and the illumination part is provided on the upper end side of the main body part. The sensor-equipped luminaire according to claim 1.

The idea of claim 3 is
3. The sensor-equipped lighting device according to claim 2, wherein the detection unit is attached to the main body so as to be rotatable about a vertical rotation center axis extending in the vertical direction of the main body.

The idea of claim 4 is
The detection unit rotates at a predetermined rotation angle about the vertical rotation center axis when the object detected by the detection unit passes through the sensitive range, thereby the sensitive range of the object. 4. The sensor-equipped lighting apparatus according to claim 3, further comprising a function of tracking movement within the sensor.

The device according to claim 5
The said illuminating part is attached to the said main-body part so that rotation is possible centering | focusing on the up-down direction rotation central axis extended in the up-down direction of the said main-body part, The Claim 1 thru | or 4 characterized by the above-mentioned. It is a lighting fixture with a sensor.

The invention described in claim 6
6. The sensor-equipped luminaire according to claim 5, wherein the illumination unit rotates around the vertical rotation center axis following the movement of the object detected by the detection unit.

The invention according to claim 7
6. The lighting unit according to claim 2, wherein the illuminating unit is attached to the main body so as to be rotatable about a horizontal rotation center axis extending in a direction orthogonal to the vertical rotation center axis. It is a lighting fixture with a sensor as described in any one.

The device according to claim 8
The illumination device with a sensor according to claim 7, wherein the illumination unit rotates around the horizontal rotation center axis following the movement of the object detected by the detection unit.

The invention of claim 9 is
The illuminating unit includes two light irradiating units respectively disposed at symmetrical positions around the main body in the direction in which the horizontal rotation central axis extends on the upper end side of the main body. The device according to any one of claims 2 to 8, wherein the lighting device with a sensor according to claim 10,
10. The sensor according to claim 9, wherein the two light irradiating portions are attached to the main body portion so as to be rotatable in synchronization with a vertical rotation center axis extending in the vertical direction of the main body portion. It is a lighting fixture.

The invention described in claim 11
The two light irradiating portions are attached to the main body portion so as to be rotatable in synchronization with a horizontal rotation central axis extending in a direction orthogonal to the vertical rotation central axis. It is a lighting fixture with a sensor of Claim 9 or 10.

The invention according to claim 12
The illuminating unit, after the object moves outside the sensitive range of the detection unit, continues the light irradiation for a predetermined time, and then ends the light irradiation. It is a lighting fixture with a sensor as described in any one of Claim 1 thru | or 11.

The invention described in claim 13
The main body is provided with a time control knob, and by adjusting the time control knob, a predetermined time for continuing the irradiation of the light after the object moves outside the sensitive range of the detection unit is predetermined. 13. The sensor-equipped luminaire according to claim 12, wherein the measured time is adjusted.

The invention described in claim 14
The power supplied to the detection unit and the illumination unit includes a storage battery provided in the main body and / or a solar panel provided in the main body and a battery connected to the solar panel and charging / discharging. It consists of a controller, It is a lighting fixture with a sensor as described in any one of Claims 1 thru | or 13 characterized by the above-mentioned.

The invention of claim 15 is
The sensor according to claim 14, wherein the solar panel is capable of adjusting an angle attached to the main body according to an angle at which sunlight is applied to the main body. It is a lighting fixture.

The invention according to claim 16
Adjustment of the angle attached to the main body of the solar panel according to the angle at which sunlight is irradiated to the main body is an angle at which the main body is irradiated with sunlight. The sensor-equipped luminaire according to claim 15, wherein the luminaire is automatically performed following the above.

The device according to claim 17
The illumination device with a sensor according to any one of claims 1 to 16, wherein the light irradiation by the illumination unit is performed by an LED light.

The device according to claim 18
The main body includes a PWM dimmable constant current LED driver that provides a driving current to the LED light, and a PWM dimming signal generator that outputs a signal to the PWM dimmable constant current LED driver. 18. The sensor according to claim 17, wherein the brightness of the LED light is controlled according to a signal provided from the PWM dimming signal generator to the PWM dimmable constant current LED driver. It is a lighting fixture.

The device according to claim 19 is
The main body portion includes a dimming knob, and the signal provided from the PWM dimming signal generator to the PWM dimmable constant current LED driver is adjusted by the dimming knob. 19. The sensor-equipped luminaire according to claim 18, wherein the brightness of the LED light is controlled.

The device of claim 20
The main body section includes a function selection switch, and thereby, a start and stop of an automatic sensing mode in which the detection section and the illumination section automatically function are switched and input. 19. A sensor-equipped lighting fixture according to any one of 19 above.

It is the perspective view seen from the diagonally lower direction showing one Embodiment of the lighting fixture with a sensor of this invention. It is a left view showing one embodiment of a lighting fixture with a sensor of the present invention. It is a top view showing one Embodiment of the lighting fixture with a sensor of this invention. It is a disassembled perspective view showing one Embodiment of the lighting fixture with a sensor of this invention. It is another exploded perspective view showing one embodiment of a lighting fixture with a sensor of the present invention.

  The sensor-equipped lighting fixtures of the present invention include, for example, parking lots, garages, corridors, verandas, kitchens, washrooms, warehouses, elevator exits, children's rooms, public house passages, utility rooms, etc. It can be applied to a place where the battery can be charged. The illuminating device with a sensor according to the present invention includes a main body that can be attached to and detached from attachment members such as walls and pillars in these places.

  This utility model uses the infrared detection technology of the driven human body. After detecting an object (such as a person) in a specific area and detecting valid feedback, the internal circuitry controls to turn on the LED light source, illuminates the adjusted area, and the person or object Continue to detect.

  When the detected person or object leaves the effective detection range, the system automatically counts down, counts down by a preset time, turns off the LED light source, and enters the monitoring state again.

  The utility model allows the human eye to perform real-time adjustment of light brightness according to actual requirements for light rays, and provides two types of power supply mode selection: solar battery power supply or external adapter AC power supply.

  The technologies adopted by this utility model include the following.

a, driven infrared detection b, light head with adjustable illumination area (the light head can be adjusted up and down, left and right adjustable, and the light head rotation base can be adjusted left and right)
c, LED light source d, LED optical system (light head, lampholder, optical lens, reflection cover, light cover)
e, Sensitive device with preset lighting intensity and automatic delay time f, Sensitive device with adjustable sensitivity angle g, Adjustable lighting brightness h, Solar panel direction adjustable

  The sensor-equipped lighting fixture of the present invention is, for example, an integrated human body infrared-sensitive dimming solar LED light, and includes a solar panel, a lamp body, an LED module, a nickel-cadmium battery, a charge control circuit, and a light pole, A lamp box panel is provided at the bottom of the lamp body, an LED module is provided on the lamp plate surface, a solar charge / discharge control circuit, a nickel-cadmium battery, a pyroelectric infrared sensitive module, and a PWM signal generator are provided inside the lamp box. The pyroelectric infrared sensitive module has a sensitive probe provided on a light box panel, the pyroelectric infrared sensitive module is connected to a PWM signal generator, and the PWM signal generator is connected to a PWM dimmable constant current LED driver. , PWM dimmable constant current LED driver connected to LED module and in sensitive operation mode When the Pyroelectric Infrared Human Body Sensing Module detects a person's movement, the PWM signal generator controls to turn on the LED light of the LED module, and when the person leaves the light sensitive range for a certain time The LED light turns off. The brightness of the LED operating state can be manually adjusted in real time according to a specific use environment.

  The periphery of the lamp body is a framework composed of a mold material, and the solar panel and the lamp body are separate parts, and they are connected by a connecting line.

  The solar panel described above is a power generation component. The solar panel light-receiving surface faces upward, absorbs solar energy in the daytime and converts it into electrical energy, accumulates in the nickel-cadmium battery via the charge / discharge control circuit, and charges / discharges. The control circuit has preventive functions such as overcharge, overdischarge, short circuit, overload and reverse connection.

  The pyroelectric infrared sensitive device detects whether or not a person is in the set sensitive range. When a person passes, the pyroelectric infrared sensitive module outputs a sensitive signal to a dimmable constant current LED driver, activates the LED constant current driver, and maintains the signal for a specific time (adjustable maintenance time), When a person passes through the light illumination range, the LED module rosary is guaranteed to maintain a preset brightness. At the same time, the sensitive device has a function capable of adjusting light control and time control, and can automatically turn on at night and turn off automatically after a specific time.

  The PWM dimming signal generator adjusts the output signal by the dimming knob according to the actual request for the light when the LED module lamp is lit, and controls the LED constant current driver. Controls the lantern brightness.

  The PWM dimmable constant current LED driver provides a constant driving current to the LED module lamp, and simultaneously receives the PWM dimming signal and adjusts the luminance output from the lamp plate.

  A specific number of LED lamp plates are welded to the LED module, and a driving circuit provides a driving current to light the LED module.

  The merit of this utility model is that a pyroelectric infrared sensitive module and a PWM signal generator are provided, so that when the pyroelectric infrared sensitive module detects that a person has passed the light detection range, the sensitive device will have an LED constant current Since the driver controls the LED module lamp so as to be lit, and a dimmable LED constant current drive is provided, the light emission luminance of the light can be adjusted. After a person has left the sensitive range and a specific time has elapsed, the LED light is turned off, thus saving energy and using it conveniently. In addition, since most of the light body is connected by the mold material, the connection of the main parts becomes simple and convenient, and the manufacturing cost is reduced and the assembly efficiency is improved. At the same time, mounting the lights is simple, safe, reliable, and provides a user experience with a well-positioned humanization adjustment device.

 As shown in the accompanying drawings, the sensor-equipped lighting fixture of the present invention has the following configuration, for example.

(1) Optical systems 35a and 35b comprising LDE light source units
(2) Light body housing. An upper holder, a lower holder, and a rotation holder are provided in the main body housing, and a corresponding rotation holder can be installed according to the number of write heads. (3) Human body infrared sensitive unit (4) Battery charge / discharge unit (5) Light Lower cover and fixed piece integrated base

  A light head housing, an LED light source, a light source radiator, a lens holder, an optical lens, an optical reflection cover, and an optical diffusion cover are disposed in an LED light source unit having an optical system.

  The light main body housing includes a PWM dimmer 6 having a built-in PWM dimming signal generator, a driving power source, an upper holder 25 for connecting the light head 19 and the main body 17, and a corresponding lower holder and rotating holder 2. A connector for connecting each part and a connection groove for connecting the infrared sensitive unit are arranged.

  An infrared sensor, a corresponding detection circuit module, and an optical lens module are arranged in the human body infrared sensitive unit.

  The battery charge / discharge unit is provided with a battery case charge / discharge control circuit, a power supply connection line, and a charge / discharge port.

  The light lower cover and the fixed piece integrated base include a light main body housing lower cover and a fixed piece necessary for mounting.

  The above examples illustrate the utility model, but do not limit the utility model. The above description is merely a preferred example of the utility model. For this reason, any equivalent changes or modifications made to the above-mentioned device based on the scope of the request for registration of the utility model are technically understood from the description of the scope of the request for registration of the utility model. Included in range.

1 Lower holder 2 Rotating holder
3 Battery case 4 Lower cover 5 Fixed base 6 PWM dimmer 7 LED dimmable constant current driver 8 Charging port 9 Function selection switch 10 Time control knob 11 Light control knob 12 Light control knob
13 Sensitive lens 14 Lens locking ring 15 Probe 16 Sensitive control device 17 Main body 18 Light housing 19 Light head 20 Reflective cover 21 Lens 22 Lamp holder 23 Lamp holder 24 Radiator 25 Upper holder 30a, 30b Housing 32 Power feeding apparatus 33 Mounting plate And bottom plate integrated type 34 Sensing system 35a, 35b Optical system

Claims (20)

A detection unit for detecting whether or not an object passes within a preset sensing range;
An illumination unit with a sensor, comprising: an illumination unit that emits light toward a preset illumination range when the detection unit detects passage of an object.   It is provided with a main body part that can be attached to and detached from an attachment target member, the detection part is provided on the lower end side of the main body part, and the illumination part is provided on the upper end side of the main body part. The sensor-equipped lighting fixture according to claim 1.   The lighting device with a sensor according to claim 2, wherein the detection unit is attached to the main body so as to be rotatable about a vertical rotation center axis extending in a vertical direction of the main body.   The detection unit rotates at a predetermined rotation angle about the vertical rotation center axis when the object detected by the detection unit passes through the sensitive range, thereby the sensitive range of the object. 4. The sensor-equipped luminaire according to claim 3, further comprising a function of tracking movement within the sensor.   The said illuminating part is attached to the said main-body part so that rotation is possible centering | focusing on the up-down direction rotation central axis extended in the up-down direction of the said main-body part, The Claim 1 thru | or 4 characterized by the above-mentioned. Lighting fixture with sensor.   The illumination device with a sensor according to claim 5, wherein the illumination unit rotates around the vertical rotation center axis following the movement of the object detected by the detection unit.   6. The lighting unit according to claim 2, wherein the illuminating unit is attached to the main body so as to be rotatable about a horizontal rotation center axis extending in a direction orthogonal to the vertical rotation center axis. The lighting fixture with a sensor as described in any one.   The illumination device with a sensor according to claim 7, wherein the illumination unit rotates around the horizontal rotation center axis following the movement of the object detected by the detection unit.   The illuminating unit includes two light irradiating units respectively disposed at symmetrical positions around the main body in the direction in which the horizontal rotation central axis extends on the upper end side of the main body. The lighting fixture with a sensor according to any one of claims 2 to 8.   10. The sensor according to claim 9, wherein the two light irradiating portions are attached to the main body portion so as to be rotatable in synchronization with a vertical rotation center axis extending in the vertical direction of the main body portion. With lighting fixture.   The two light irradiating portions are attached to the main body portion so as to be rotatable in synchronization with a horizontal rotation central axis extending in a direction orthogonal to the vertical rotation central axis. The lighting fixture with a sensor of Claim 9 or 10.   The illuminating unit, after the object moves outside the sensitive range of the detection unit, continues the light irradiation for a predetermined time, and then ends the light irradiation. The lighting fixture with a sensor as described in any one of Claims 1 thru | or 11.   The main body is provided with a time control knob, and by adjusting the time control knob, a predetermined time for continuing the irradiation of the light after the object moves outside the sensitive range of the detection unit is predetermined. The sensor-equipped luminaire according to claim 12, wherein the measured time is adjusted.   The power supplied to the detection unit and the illumination unit includes a storage battery provided in the main body and / or a solar panel provided in the main body and a battery connected to the solar panel and charging / discharging. The sensor-equipped lighting apparatus according to claim 1, comprising a controller.   The sensor according to claim 14, wherein the solar panel is capable of adjusting an angle attached to the main body according to an angle at which sunlight is applied to the main body. lighting equipment.   Adjustment of the angle attached to the main body of the solar panel according to the angle at which sunlight is irradiated to the main body is an angle at which the main body is irradiated with sunlight. 16. The sensor-equipped luminaire according to claim 15, wherein the luminaire is automatically performed following the above.   The illumination device with a sensor according to any one of claims 1 to 16, wherein the light irradiation by the illumination unit is performed by an LED light.   The main body includes a PWM dimmable constant current LED driver that provides a driving current to the LED light, and a PWM dimming signal generator that outputs a signal to the PWM dimmable constant current LED driver. 18. The sensor according to claim 17, wherein the brightness of the LED light is controlled according to a signal provided from the PWM dimming signal generator to the PWM dimmable constant current LED driver. lighting equipment.   The main body portion includes a dimming knob, and the signal provided from the PWM dimming signal generator to the PWM dimmable constant current LED driver is adjusted by the dimming knob. 19. The sensor-equipped luminaire according to claim 18, wherein the brightness of the LED light is controlled.   The main body section includes a function selection switch, and thereby, a start and stop of an automatic sensing mode in which the detection section and the illumination section automatically function are switched and input. The lighting fixture with a sensor as described in any one of 19.

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