JP2018513526A - Modular lighting device with multi-detection function - Google Patents

Abstract

The present invention provides a modular lighting device having a multi-detection function that can be applied to many lighting fixtures. A front end in the housing includes a plurality of positioning holes, a detection module including a plurality of sensors, and a lens in the housing. A controller module is provided. The control device module is formed in the middle of the detection module, and the lens and the sensor are fitted into the plurality of positioning holes. The power supply plate is electrically connected to each module, and each module is driven by the control device module and operated correspondingly to each other, so that the present invention has a wide range of detection, recording, and illumination functions. Further, the sensor and the control device module can be selected and replaced from the sensor side according to the purpose of use from the supply side, so that the product is modularized and has practicality. [Selection] Figure 3

Description

  The present invention relates to a modularized illumination device having a multi-detection function, and in particular, assembles each modularized component in an illumination device and applies different modules by engaging several types of detection devices. It is related with the illuminating device which expands an application range and can be applied to many more lighting fixtures.

  As the technology of light emitting diodes (LEDs) advances, the number of users will also increase relatively, and each manufacturer will continue to research energy-saving and lighting technologies, and gradually increase the number of commercial products. It has been developed in terms of functionality.

  However, the LED light sources in the commercially available multi-function detection type LED products are short in illumination time except for general display or emergency lighting, and composite LED products that can be applied to long-time illumination are Never before. An LED product having various detection functions has a considerably large volume, and the environment in which it can be installed is considerably limited. Even in situations where the LED can be used for a long time, the temperature of the product of that type has a significant effect on the accuracy of detection. Further, when the above-mentioned type of product adopts an optical detection method, it is necessary to consider whether or not the light refraction of the LED is affected. Therefore, a user who needs the above-described various types of detection and long-time illumination is forced to construct a separate detection system by paying money.

  The present inventors have been engaged in research and development and manufacturing related to LEDs for many years. During that time, a sensing light emitting module having a photographing monitoring control function of EU Patent No. EP2570723B1 and a sensing having a photographing monitoring control function of Japanese Patent No. 5481652 The light emitting module has been acquired. Mainly, regarding the light source generated by the LED, a structural design that isolates the light source as a whole is adopted so that the lens of the photographing apparatus is not affected by the light source. In view of the inconvenient part of the prior art, the present inventors have researched and developed a luminaire that has several different sensor functions and can illuminate for a long time, based on the purpose of isolating the light source. Satisfies the needs of users who require different types of detection functions and long-time illumination.

EU Patent No. EP2570723B1 Specification Japanese Patent No. 5,481,652

  The present invention mainly connects a sensing module having several types of detection functions and a control device module to engage and electrically connect an LED module and a power supply plate, and can detect various types of lighting devices. The range of detection and recording is provided by providing long-time lighting and recording functions, allowing the supply side to select and replace according to the purpose of use, and adopting a rotating base design It is an object of the present invention to provide a modularized lighting device having a multi-detection function that can adjust the light intensity and reduce the restrictions imposed on the installation environment of the lighting fixture.

  In order to achieve the above object, the present invention provides the following technical solutions.

  A modular lighting device having a multi-detection function includes a housing, an LED module, a detection module, a control device module, and a power supply plate.

  The front end of the housing includes a plurality of positioning holes.

  The detection module is constituted by a plurality of sensors provided on the substrate, and the sensors are fitted into the positioning holes.

  The front end of the control device module includes a lens fitted in the positioning hole, and the control device module passes through the middle of the detection module.

  The power supply plate is electrically connected to the LED module, the detection module, and the control device module, and drives the LED module by the control device module. The detection module functions correspondingly and has detection, recording and illumination functions in a wide range.

  A modular lighting device having a multi-detection function includes a housing, an LED module, a rotating base, a detection module, a control device module, a fixed cover, and a power supply plate.

  The rotating base is constituted by a base and a sphere, and a front end of the sphere includes a plurality of positioning holes.

  The detection module includes a plurality of sensors provided on the substrate, and the sensors are fitted in the positioning holes.

  The front end of the control device module includes a lens fitted in the positioning hole, and the control device module passes through the middle of the detection module.

  The fixed cover is provided on the outer side of the rotating base and is connected to an upper portion of the casing, and is used to limit the rotation range of the spherical body.

  The power supply plate is electrically connected to the LED module, the detection module, and the control device module, and the control device module functions the LED module and the detection module correspondingly, and detects in a wide range, It has recording and lighting functions so that the detection module and the controller module can be adjusted to an appropriate angle.

  Compared with the drawbacks of the prior art, the present invention provides various lighting fixtures (general LED bulbs, ceiling lights, downlights, ceiling lights, fluorescent lights, wall lights, etc.) by connecting the structure between the detection module and the controller module. Etc.) and corresponding modules are activated based on different detection data. In addition, the interference of refractive light generated by the LED module and the influence of temperature can be solved, so that the function of illumination and detection can be applied normally, the supply side can change the components of each module according to different needs By being able to select and replace, the modular arrangement can achieve different functional application objectives. In order to make it easier for the judges to understand that the present invention has achieved the above-mentioned object, the technical means to be characteristically employed and the effects thereof are given as comparatively preferred examples as examples, and in combination with the drawings. I will explain it.

It is a perspective view of the present invention. It is sectional drawing of this invention. It is an exploded view of the present invention. It is the exploded view which looked at the present invention from another angle. It is sectional drawing in Example 2 of this invention. It is sectional drawing in Example 3 of this invention. It is sectional drawing in Example 4 of this invention. It is sectional drawing in Example 5 of this invention. It is sectional drawing in Example 6 of this invention. It is sectional drawing in Example 7 of this invention. It is sectional drawing in another Example of this invention.

  The present invention can be further understood by describing in detail in conjunction with the drawings based on the most preferred feasible embodiments of the present invention.

  As shown in FIGS. 1 to 4 to be referred to, the modularized lighting apparatus having a multi-detection function according to the present invention mainly includes a casing 1 mainly composed of an upper casing 12 and a lower casing 11, and the casing Inside the body 1, a detection module 6, a control device module 5, an LED module 3, and a power supply plate 2 are provided. The power supply plate 2 and the detection module 6, the control device module 5 and the LED module 3 are electrically connected, and the LED module 3 is provided with one or more LEDs 31. A speaker module 111 is provided in the lower casing 11 and can be engaged with and connected to the control device module 5 to be driven. The upper housing 12 includes a plurality of positioning holes 121 and a plurality of positioning columns 122, and the plurality of positioning holes 121 are fitted to face the lens 51 and the sensor 62. The detection module 6 includes a plurality of sensors 62 provided on the substrate 61, and a corresponding number of insulating covers 68 are fitted to the outside of the sensor 62, and a detection module lower lid 67 is provided on the substrate 61. Provided below. In order to prevent the detection module 6 from being obstructed mainly, a setting indicator lamp 63, an LED rotating lamp 64, a microphone 65, and a positioning screw hole 66 are further provided on the substrate 61. The setting indicator lamp 63 mainly flashes temporarily, and further determines whether or not the operation command is operating normally. The LED revolving light 64 mainly indicates a state of blinking continuously or repeatedly when a detection target transmitted by the received control device module 5 satisfies a detection condition. Further, the number of the LED rotating lamps 64 is not limited, and can be increased or decreased according to actual needs. The microphone 65 is used to receive sound, and is further processed by the controller module 5 and then engaged with and transmitted by the related module. The positioning screw hole 66 engages with the positioning pillar 122 of the upper housing 12 and is screwed and fixed.

  The control device module 5 is configured by engaging and mounting modules having different functions mainly by the module base 4 and the module lid 52. An antenna base 41 is further provided on the side edge of the module base 4, and the antenna base 41 is mainly used for placing an antenna related to a signal. The front end of the controller module 5 includes a lens 51, and a lens cover 53 is provided on the outer surface of the lens 51. Further, the control device module 5 is drilled in the middle of the detection module 6 and is fixed by screws by engaging with the module base 4. The LED module 3 is screwed and fixed by a screw and a groove on the upper peripheral edge of the lower housing 11, and the lens 51 is fitted in the positioning hole 121. The overall structure is such that the upper housing 12 engages the insulating cover 68 and the lens cover 53 so that the sensor 62 and the lens 51 are completely fitted in the upper housing 12. Further, the detection module lower lid 67 is provided below the detection module 6 so that the control device module 5 and the detection module 6 can block the refracted light beam and the high temperature generated by the LED module 3, thereby detecting Based on the detection conditions, the module normally causes the controller module 5 to operate in conjunction.

  In Example 2 of the present invention, as shown in FIG. 5 to be referred to, the lighting fixture is a part of a wall lamp. The installation method as described above is to install the LED module 3 and the power supply plate 2 or other circuit boards separately according to the above-described embodiment, and to change the simple structure other than the detection module 6 and the control device module 5. It is assembled and can be applied to many kinds of lighting fixtures, and is not limited thereto.

  As illustrated in FIG. 6, the third embodiment of the present invention includes a housing 1, a detection module 6, a control device module 5, and a rotating base 7. A fixed cover 73 is connected to the upper side of the rotary base 7, and the fixed cover 73 is provided outside the rotary base 7 and used to limit the rotation range of the spherical body 71. The detection module 6 includes a plurality of sensors 62 provided on the substrate 61, and a corresponding number of insulating covers 68 are fitted to the outside of the sensors 62. Used to shut off. The front end of the control device module 5 includes a lens 51 and a lens cover 53 is fitted therein. The rotating base 7 is composed of a pedestal 72 and a sphere 71, and the sphere 71 is mainly composed of two hemispheres, of which the front end portion of the sphere 71 is an upper housing 12 having a plurality of positioning holes 121. A heat dissipation material is provided at the rear end of the sphere 71, and the control device module 5 is installed in the sphere 71 by piercing the detection module 6. As a result, the sensors 62 and the lenses 51 corresponding to each other are fitted in the positioning holes 121 so that the detection module 6 can be operated normally, and the interference by the refracted light generated by the LED module 3 and the influence of high temperature. The control device module 5 takes a picture. Further, by restricting the rotation category of the sphere 71 by the fixed cover 73, the detection module 6 and the control device module 5 can be adjusted to an appropriate angle. In this embodiment, the point different from the conventional one is that a rotation function is added to the structure of the luminaire, and the overall applicability is further expanded in that it can be adjusted in various directions and angles.

  As shown in FIGS. 7 to 11, the main structure of the fourth to eighth embodiments of the present invention is the rotary base 7 described in the previous embodiment, and the LED module 3 is provided outside the sphere 71. With simple structural changes, it can be applied to various lighting fixtures such as fluorescent lamps, ceiling lights, downlights, ceiling lights, etc., and the application range is not limited to the above-described lighting fixtures.

  In each of the embodiments described above, the controller module further includes a photographing module for image recording, a WIFI module for remote operation, a sensing module for analyzing data of the detection module, and the photographing module described above. A microprocessor module for operating the connection to Corresponding operations are driven by the WIFI module, the sensing module, and the microprocessor module, and the imaging module, the WIFI module, the sensing module, and the microprocessor module can be replaced by the production side as needed. . Further, the above-described operation can be turned off or turned on by a user or a production side through a mobile application (mobile application, APP), and the present invention is not limited to the types of modules described above.

  The detection module further includes a gas gas sensor used to detect harmful gases such as kitchen gas, carbon monoxide or other harmful gases in the bathroom, mainly outside the housing 1, and mainly outside the housing. For example, a pressure sensor applied to sense whether the weather changes and it rains, and mainly used to detect temperature and humidity in the environment outside the housing 1 For example, a temperature / humidity sensor that is applied to adjust the humidity of the environment, and mainly used to detect the body temperature or movement of a person outside the housing 1, can respond to the activation of illumination. Temperature sensor applied to the lens or to sense that the lens shoots, and mainly used to detect fumes in the environment outside the housing 1, for example, in the event of a fire alarm or non-smoking Used for detecting whether the content of suspended particles in the environment outside the housing 1 does not exceed the standard, for example, for detecting smog in the environment, It further includes an air sensor that prompts the user to carry the mask or provides other relevant advice. A gas gas sensor, a pressure sensor, a temperature / humidity sensor, a body temperature sensor, a fume sensor, and an air sensor are used to detect whether environmental conditions outside the housing 1 satisfy the activation criteria, It is transmitted to the control device module 5 for determination, and related operations are executed.

  The actual startup operation is as follows, for example. 1. In the case of a gas gas sensor and an air sensor, the gas gas sensor mainly detects carbon monoxide or other harmful gas. For example, when gas is leaking, the gas is detected from the positioning hole 121 of the housing 1. When the gas gas sensor enters the gas sensor, the sensing data is transmitted into the control device module 5, and after the data is analyzed by the sensing module of the control device module 5, the microprocessor module sends the data to the LED rotating lamp 64 and the speaker module 111. The signal is fed back and notified by hearing and vision, and at the same time, a message or the like is sent by APP or dialed to a specific user's mobile phone to notify the user. If there is no response to the notification operation described above and a predetermined dangerous level is reached, information (video, address, or other related data based on other settings) is transmitted to the fire brigade over the Internet. Further, the operation is not limited to this, and different interlocking operations can be added by updating the APP. The detection method is the same as that of the gas gas sensor. The above described operation can also be used for a fume sensor.

  2. Pressure sensor, temperature / humidity sensor, and air sensor are mainly used when the pressure, temperature / humidity, or smog in air in the environment outside the housing 1 is higher or lower than a certain reference value (depending on the environment). The combination value can be set and adjusted in the APP), and the above-described APP notifies the user whether it is necessary to process the subsequent operation.

  3. The body temperature sensor can be used for the purpose of preventing lighting activation, thief intrusion or remote operation, etc., and the body temperature sensor can detect the body temperature or movement of a person in the environment. By recording and notifying the user through the APP, the user selects a subsequent operation from linked options such as a report from the APP, stop of recording by the lens, and the like.

  As is clear from the above-described embodiments, the present invention is more widely applied to various types of lighting fixtures by mainly providing a modularized structure so that the detection module 6 and the control device module 5 are closely linked. be able to. The controller module 5 drives each module to operate correspondingly to each other, so that the present invention has a wide range of detection, recording, and illumination functions. Furthermore, since the supply side can select and replace the components of the sensor 62 and the control device module 5 based on the difference in purpose of use, the present invention is modularized and has practicality.

DESCRIPTION OF SYMBOLS 1 Housing | casing 11 Lower housing | casing 111 Speaker module 12 Upper housing | casing 121 Positioning hole 122 Positioning pillar 2 Power supply board 3 LED module 31 LED
4 Module base 41 Antenna base 5 Controller module 51 Lens 52 Module lid 53 Lens cover 6 Detection module 61 Substrate 62 Sensor 63 Setting indicator lamp 64 LED rotating lamp 65 Microphone 66 Positioning screw hole 67 Detection module lower lid 68 Insulating cover 7 Rotating ball base 71 Sphere 72 Base 73 Fixed cover

Claims (5)

A modular lighting device having a multi-detection function comprising a housing, an LED module, a detection module, a control device module, and a power supply plate,
The front end of the housing includes a plurality of positioning holes,
The detection module is constituted by a plurality of sensors provided on a substrate, and the sensors are fitted in the positioning holes,
The front end of the control device module includes a lens fitted in the positioning hole, and the control device module passes through the middle of the detection module,
The power supply plate is electrically connected to the LED module, the detection module, and the control device module, the LED module is driven by the control device module, the detection module functions correspondingly, and a wide range A modularized illumination device having a multi-detection function, characterized in that it has detection, recording and illumination functions. A modular illumination device having a multi-detection function comprising a housing, an LED module, a rotating base, a detection module, a control device module, a fixed cover, and a power supply plate,
The rotating base is composed of a base and a sphere, and the front end of the sphere includes a plurality of positioning holes,
The detection module is constituted by a plurality of sensors provided on a substrate, and the sensors are fitted in positioning holes,
The front end of the control device module includes a lens fitted in the positioning hole, and the control device module passes through the middle of the detection module,
The fixed cover is provided on the outer side of the rotating base and is connected to an upper portion of the casing, and is used to limit a rotation range of the sphere.
The power supply plate is electrically connected to the LED module, the detection module, and the control device module, and the control device module functions the LED module and the detection module correspondingly, and detects in a wide range, A modular illumination apparatus having a multi-detection function, wherein the module has a recording and illumination function, whereby the detection module and the controller module are adjusted to an appropriate angle. The modularized illumination device having a multi-detection function according to claim 2, wherein the LED module is provided inside or outside the sphere. The controller module further includes an imaging module for image recording, a WIFI module for remote operation, a sensing module for analyzing data of a detection module, and a micro for operating a connection to the imaging module. With a processor module,
The WIFI module, the sensing module, and the microprocessor module drive corresponding operations.
The modularization having a multi-detection function according to claim 1 or 2, wherein the number of the imaging module, the WIFI module, the sensing module, and the microprocessor module is increased or decreased to satisfy different combinations. Lighting device. The detection module further includes a gas gas sensor used to detect harmful gas outside the housing, a pressure sensor used to detect atmospheric pressure outside the housing, and temperature / humidity in the environment outside the housing. A temperature / humidity sensor used to detect the body temperature, a body temperature sensor used to detect the body temperature or movement of a person outside the housing, and to activate recording of the LED module illumination or the control device module; Equipped with an air sensor used to detect airborne particle content in the environment outside the housing,
Among them, the gas gas sensor, the pressure sensor, the temperature / humidity sensor, the body temperature sensor, the haze sensor, and the air sensor are detected by detecting whether environmental conditions outside the housing satisfy the activation criteria. The modularized lighting device having a multi-detection function according to claim 1, further comprising transmitting data to the control device module to determine and executing a related operation.