JP6918744B2 - LED lamp with camera and lighting range monitoring / warning system using it - Google Patents

Description

The present invention relates to an LED (light emitting diode) lighting technology having a socket mounting base and being replaceable with any of existing fluorescent lamps and incandescent bulbs, and is particularly limited to lighting functions. not, like the mounting cameras and wireless devices, automatic monitoring, the lighting of the multifunction having functions such as notification manufacture, the field of providing, of course, its transportation, storage, required for assembly and installation From the field of providing and selling equipment and appliances, to the field of providing materials required for those materials, machinery and parts, such as wood, stone, various fibers, plastics, various metal materials, etc. General fields such as the field of electronic parts to be incorporated and control-related equipment that integrates them, the field of various measuring instruments, the field of power machinery that moves the equipment and equipment, the field of electricity that is the energy and the field of electricity and oil that are the energy sources. In the fields collectively referred to as industrial machinery, as well as in the fields related to testing and researching those equipments and appliances, their exhibition, sales, import and export, generals, and the results of their use and their construction. In addition to the fields related to the collection and transportation of trash generated by the operation of equipment and appliances, the recycling field that efficiently reuses these trash, and other new fields that cannot be envisioned at this time. There is no technical field that does not.

(Point of interest)
Compared to conventional incandescent lamps and fluorescent lamps, LED lamps have the advantages of lower power consumption and annual CO2 emissions, longer durable life, are economically advantageous, and are also friendly to the natural environment. Therefore, LED lamps are installed in most of the newly built buildings in Japan in recent years, and even in existing buildings, LED lamps with a conventional socket mounting base have become widespread. It has a great effect on reducing CO2 emissions.

While such lighting is becoming LED lamps, in public facilities such as roads and railroads, in addition to such lighting equipment, surveillance cameras are installed at various points to introduce technology that enables remote monitoring. It is useful for grasping the congestion situation of the road and ensuring the safety of the users of the platform of the station. Under the present circumstances, the above-mentioned lighting equipment and surveillance camera equipment are used. , It is installed and used as a separate system independent of each other. In particular, surveillance cameras not only require a large installation cost by themselves, but also secure an installation location suitable for surveillance purposes and maintain them after installation. It required a great deal of labor and expense to manage.

(Conventional technology)
Proposals that reflect this situation and provide a solution to this situation are not unheard of.
For example, as represented by the one proposed in Patent Document 1 (1) below, a camera for photographing a road condition is provided on a plurality of lighting columns provided at intervals along the longitudinal direction of the road. A road condition photographing device that is installed so that the camera can be efficiently and economically installed on the road, and a solar battery that generates electric power by sunlight as seen in Patent Document 1 (2). A storage battery that stores the electric power generated by the solar battery, a lighting that is supplied with electric power from the storage battery, a surveillance camera that can operate with the electric power supplied from the storage battery, an operation of the lighting, and an operation of the surveillance camera. The control means operates the surveillance camera in a lighting state that does not reduce the illuminance of the illumination lamp, and the control means operates the surveillance camera for a predetermined period according to the power consumption of the surveillance camera. , Solar lighting devices with surveillance cameras, which consist of reducing the power supplied to the lighting and can suppress power consumption, are scattered.

However, in the road condition photographing apparatus as shown in the former Patent Document 1 (1), the lighting lamp and the camera are individually incorporated in the lighting column, and the lighting lamp and the camera are used. There is a drawback that it is difficult to reduce the maintenance cost because it is necessary to maintain and manage them individually. A technology that supplies power to the lighting, surveillance camera, wireless transmission circuit, etc. built into the solar lighting device with surveillance camera, and can reduce the power consumption by adding the surveillance camera, wireless transmission circuit, etc. It has a characteristic, and has the disadvantage that it does not make it possible to significantly reduce the cost of installing and maintaining a surveillance camera. Furthermore, the stations shown in Patent Documents 1 (3) to (8) The monitoring equipment of the platform required a place to install the camera, and it was not possible to reduce the labor and cost required for the maintenance and management of the camera equipment.
(1) Japanese Patent Application Laid-Open No. 2004-5206 (2) Japanese Patent Application Laid-Open No. 2009-188900 (3) Japanese Patent Application Laid-Open No. 2003-63402 (4) Japanese Patent Application Laid-Open No. 2014-184803 (5) Japanese Patent Application Laid-Open No. 2017-19351 (6) Japanese Patent No. 3785456 (7) Japanese Patent No. 4041678 (8) Japanese Patent No. 5508963

(Problem awareness)
As mentioned above, the various lighting devices with cameras that have been proposed so far, and the monitoring devices for the platforms of various stations, all have the lighting lamp and the camera incorporated as separate units. Most of the time, it is necessary to maintain each one individually, it is difficult to reduce the maintenance cost, more surveillance cameras can be installed easily and more economically, and after installation. I have come to realize the necessity of developing a new LED lighting device with a camera, which has made it possible to significantly reduce the labor and cost of maintenance.

(Purpose of Invention)
Therefore, the present invention is an LED lamp that can be easily replaced with an existing lighting lamp such as an incandescent lamp or a fluorescent lamp, and also has a camera integrally and can be used as a surveillance camera simply by replacing the existing lighting lamp. Judging that it would be possible to develop a new LED lamp technology that can install and use lamps, we quickly started the development and research, and repeated long-term trial and error, many trials, and experiments. As a result, we have finally succeeded in realizing an LED lamp with a camera having a new structure and a new lighting range monitoring / alarm system using the LED lamp, and the present invention is represented below in the drawings. The configuration will be described in detail together with the examples.

(Structure of Invention)
As is clearly understood from the examples representing the present invention shown in the drawings, the LED lamp with a camera of the present invention basically has the following configuration.
That is, the outer shape and outer dimensions of the straight tube lamp that can be interchangeably attached to the socket of the lighting device are set, the caps at both ends having terminals, the translucent cover directed in the lighting direction, and the translucency. It is arranged at least one of both ends of the light cover and each base, and is 5 ° to 60 ° with respect to the axis of the straight tube lamp so as not to interfere with the irradiation light from the transparent cover. angle lamp body of straight tube is provided with one or two or one of the electrical component box a downward bulging portion is integrated with the inclined side wall of the tilted posture, the inside of the light transmitting cover A plurality of LED chips are built in the inner part of the lamp body, and a power supply circuit connecting the plurality of LED chips and the terminal of the base is built in the inner part of at least one of the electrical boxes. An arithmetic processing unit that functions with the power supplied from the power supply circuit and a storage unit provided in the arithmetic processing unit are built in the inner part of at least one of the electrical boxes. The inside of the electrical box has an imaging unit that functions with the power supplied from the power supply circuit and is directed to the imaging target range set on the outside of the lamp body, and sends the image signal to the arithmetic processing unit. A radio that has a small camera to transmit, functions in the power supplied from the power supply circuit in at least one of the electrical boxes, and enables communication between the arithmetic processing unit and an external radio. The LED lamp with a camera is characterized in that it is inclined at the same angle as the inclined side wall and is fixed along the inclined side wall.

The LED lamp with a camera, which has this basic configuration, is set to the outer shape and outer dimensions of a straight tube type lamp that can be interchangeably attached to the socket part of the lighting device, if the expression is changed. It is arranged on at least one of the caps at both ends, the translucent cover directed in the illumination direction, and between both ends of the translucent cover and each cap, and interferes with the irradiation light from the translucent cover. One or two electrical components integrated with a downward bulge having an inclined side wall in a posture inclined at an angle of 5 ° to 60 ° with respect to the axis of the straight tube lamp so as not to become A straight tube type lamp body having a box is provided, and a plurality of LED chips are housed in the inner wall of the lamp body, which is the inner wall of the translucent cover, and the inside of at least one of the electrical boxes. A power supply circuit that connects a plurality of LED chips and the terminals of the base is built in the wall, and at least one of the electrical box has an arithmetic processing unit that functions with the power supplied from the power supply circuit. A storage unit provided in the arithmetic processing unit is built in, and the inside of at least one of the electrical boxes functions with the power supplied from the power supply circuit, and the outside of the lamp body is set to the outside. It has an imaging unit directed to the imaging target range, has a small camera that transmits image signals to the arithmetic processing unit, and functions with the power supplied from the power supply circuit inside at least one of the electrical boxes. Then, the radio device that enables communication between the arithmetic processing unit and the external radio unit is inclined at the same angle as the inclined side wall and is fixed along the inclined side wall, so that the arithmetic processing unit is at least small. The LED lamp with a camera has a configuration in which the camera and the radio can be controlled automatically in an integrated manner.

More specifically, the outer shape and outer dimensions of a straight tube lamp that can be interchangeably attached to the socket of the lighting device are set to the outer shape and outer dimensions of the caps at both ends that have terminals, and the translucent cover that is directed in the lighting direction. And at least one of both ends of the translucent cover and each base , 5 ° with respect to the axis of the straight tube lamp so as not to interfere with the irradiation light from the translucent cover. A straight tube type lamp body having one or two electrical boxes integrated with a downward bulge having an inclined side wall having an inclined side wall at an angle of 60 ° to 60 ° is provided, and the translucent cover is provided. A power supply that connects a plurality of LED chips to the inner wall of the lamp body, which is the inner wall of the lamp body, and connects the plurality of LED chips to the terminal of the base in the inner wall of at least one of the electrical boxes. A circuit is built in, and at least one of the electrical boxes has a built-in arithmetic processing unit that functions with the power supplied from the power supply circuit and a storage unit provided in the arithmetic processing unit. One of the electrical boxes has an imaging unit that functions with the power supplied from the power supply circuit and is directed to the imaging target range set on the outside of the translucent cover, and calculates the image signal. It has a small camera that transmits to the processing unit, and functions with the power supplied from the power supply circuit inside at least one of the electrical boxes, enabling communication between the arithmetic processing unit and an external radio. The radio is tilted at the same angle as the tilted side wall and is fixed along the same tilted side wall, and functions with the power supplied from the power supply circuit in at least one of the electrical boxes. The arithmetic processing unit has a microphone that transmits an audio signal of peripheral audio, functions in the inner part of at least one of the electrical boxes with the power supplied from the power supply circuit, and the audio transmitted by the arithmetic processing unit. A camera-equipped LED lamp is provided with a speaker that outputs a signal to the outside, and the arithmetic processing unit can automatically control at least a small camera, a radio, a microphone, and a speaker in an integrated manner. Become.

(Related Invention 1)
In connection with the above-mentioned LED lamp with a camera, the present invention also includes a lighting range monitoring / warning system using the LED lamp.
That is, the LED lamp with a camera according to any one of the above, which is the basis of the present invention, is incorporated into each of the plurality of lighting devices installed at appropriate intervals in the building. It has a host computer / terminal device that can communicate with a wireless device via a wireless communication network, and the host computer / terminal device has an arithmetic processing unit of each LED lamp with a camera and an ad hoc via the wireless communication network.・ In addition to being able to communicate in mode, it is possible to carry each camera-equipped LED lamp radio and people around each camera-equipped LED lamp to communicate with each camera-equipped LED lamp radio. The camera according to any one of the above, which is the basis of the present invention, which is capable of communicating with each portable terminal and capable of transmitting information from the host computer / terminal device to each portable terminal. It is a lighting range monitoring / alarm system that uses an LED lamp with a device.

The lighting range monitoring / alarm system will be described in one of the above, which is the basis of the present invention, for each of a plurality of lighting devices installed at appropriate intervals in a building. A camera-equipped LED lamp is incorporated, and each camera-equipped LED lamp has a host computer / terminal device capable of communicating via a wireless communication network capable of communicating with the wireless device, and the host computer / terminal device provides a wireless communication network. It was made possible to communicate with the arithmetic processing unit of each LED lamp with a camera in infrastructure mode through the radio, and the radio of each LED lamp with each camera and the people around each LED lamp with each camera. It is assumed that it is possible to carry and communicate with each portable terminal capable of communicating with the radio of each LED lamp with a camera, and it is possible to transmit information from the host computer / terminal device to each portable terminal . It can be said that the illumination range monitoring / alarm system using the LED lamp with a camera according to any one of the above, which is the basis of the present invention.

As described above, according to the LED lamp with a camera of the present invention, unlike the conventional ones, it is possible to easily replace and use existing incandescent lamps and fluorescent lamps from the unique characteristic configuration as described above. In addition to significantly extending the life of the lamp compared to conventional products, significantly reducing power consumption and CO2 emissions, the lamp itself is equipped with an arithmetic processing unit, a small camera and a radio, so part or all of the lighting range. A range including any one of the above can be automatically imaged, and the image can be automatically analyzed based on the captured image. Furthermore, the result of the image analysis can be automatically obtained by external radio through a radio device. Since it will be possible to send to terminal devices connected to the device, it is possible to add the function of a surveillance camera to the LED lamp. It has been remarkably economically introduced to various lighting lamps such as station platforms, roads, large commercial facilities, large buildings, and general houses, which had to spend a lot of money on installation and maintenance. It is possible to obtain the excellent feature that it will be possible to significantly reduce the number of lamps.

Further, the camera-equipped LED lamp of the present invention is provided with a microphone and a speaker integrally in addition to the arithmetic processing unit, the small camera, and the radio, so that the peripherals of the microphone can be added to the image information of the small camera. It is possible to capture the voice information of the camera, and since the image and voice information can be appropriately analyzed by the arithmetic processing unit and can be communicated with the external radio via the radio, the camera is attached. It will be possible to remotely know the more accurate situation of the place where the LED lamp is installed, and if the arithmetic processing unit determines that it is necessary based on the image or voice information, the explanation voice or alarm voice will be heard through the speaker. In addition to the function of a surveillance camera, it can also function as an alarm device, broadcast guidance voices and guidance voices in the facility, and use radio from a remote location. It will be possible to make conversations and the like possible.
In particular, according to the camera-equipped LED lamp of the present invention in which the speaker emits an alarm sound of 20 KHz or higher outside the audible band, a hearing aid that catches blind dogs, pets, livestock, wild animals, and sounds outside the audible band is attached. It is possible to have a function capable of alarming, evading, attracting, guiding, etc. to a person who has made a sound, a robot having a microphone, a portable personal computer, or the like.

Further, according to the camera-equipped LED lamp of the present invention, in which the radio device has a beacon receiving function of transmitting the received signal of the beacon signal to the arithmetic processing unit, the management of the position information at the time of lamp replacement can be performed. It is easy to use multiple camera-equipped LED lamps for various forms of communication such as infrastructure mode communication and ad hoc mode communication with external radio devices such as host computer / terminal device radios and portable terminals. This makes it possible to construct various lighting range monitoring / alarm systems, especially for wireless LAN (Local Infrastructure), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy), and Beacon. Any one that is capable of communication can be easily incorporated into an existing network system, and further, there is an advantage that it becomes easy to develop the network system.

Infrared light of at least one of the near-infrared wavelength and the far-infrared wavelength is superimposed on at least one of the irradiation light of the LED chip and the transmitted illumination light of the translucent cover to reach the irradiation range. According to the camera-equipped LED lamp of the present invention, it is possible to more accurately distinguish a white cane, a white umbrella, and a vinyl umbrella under illumination to which a near-infrared wavelength is added from an image captured by a small camera. More specifically, for example, a cane and an umbrella can be more accurately distinguished by transmitting a light through the cover of an umbrella with illumination to which a near-infrared wavelength is added and copying a bone (metal part). Also, by assuming that it is equipped with a small camera having the function of a thermography camera, it is possible to detect the radiation temperature of far infrared rays, thereby more accurately distinguishing the blind dog from the bag. It will be possible to significantly improve the safety of station platforms and roads.

According to the camera-equipped LED lamp of the present invention, in which at least one small camera is composed of a CMOS (complementary metal accessory semiconductor) camera, the performance as a surveillance camera required for the camera-equipped LED lamp of the present invention. In addition to being able to fully achieve the above, it consumes less power than other existing small cameras and can reduce manufacturing costs, so it has the effect of being able to be produced and provided much more economically. can get.

According to the camera-equipped LED lamp of the present invention, in which at least one small camera is supposed to have a thermographic function, as described above, the heat-generating substance can be clearly identified, for example, a blind dog on the platform of a station. It will be possible to more accurately distinguish between the camera and the bag, and it will be possible to identify the infectious disease-infected person among the passengers at the airport, as well as automatically notify the outbreak of a fire or detect it in advance. It will be possible to notify the person.

According to the LED lamp with a camera of the present invention, a plurality of small cameras are arranged at appropriate intervals from each other so that the position of an imaged object (person) can be triangulated. It is possible to more accurately grasp the distance and position from the installation position of the LED lamp with a camera to the imaged object (person), and it is possible to realize more accurate monitoring.

The arithmetic processing unit has image processing software that automatically controls a small camera and automatic communication software that automatically controls a radio in its storage unit, and the image processing software and the automatic communication software can be integrated and controlled. According to the camera-equipped LED lamp of the present invention, which is provided with control software, the image information taken by the small camera by the image processing software and the automatic communication software controlled by the integrated control software is automatically imaged. In addition to being able to be processed, the information obtained by image processing will be automatically transmitted to a remote location via a radio, and the automatic monitoring function from the remote location will be greatly enhanced. Can be done.

The arithmetic processing unit has recording control software that automatically controls a microphone and audio output software that automatically controls a speaker in its storage unit, and integrated control software that enables integrated control of the recording control software and audio output software. According to the camera-equipped LED lamp of the present invention, which is provided with, the sound collected by the microphone by the recording control software and the sound output software controlled by the integrated control software can be automatically analyzed. , The analysis result can be automatically transmitted to a remote location via a radio, and the voice can be automatically output through a speaker, or the voice received from a remote location can be output via a radio. It is possible to have functions such as automatic or remote voice detection, voice guidance, voice guidance, and calling.

According to the present invention, the radio device has an antenna portion having at least one of a planar shape and a rod shape, and the antenna portion is provided in a predetermined tilt angle posture with respect to the outer surface of the translucent cover. According to the LED lamp with a camera, the radio can block the illumination light and prevent the illumination range from being narrowed to realize a wider range of illumination, and the radio can be used as a base or a power supply circuit. It will be possible to realize more reliable communication without being affected by surrounding parts such as, and it will be possible to achieve a communication function with remarkably excellent reliability.

The LED with a camera of the present invention, wherein the translucent cover and the base are set to the outer shape and outer dimensions of a straight tube type fluorescent lamp having a total of two bases, one at each end of the straight tube type translucent cover. According to the lamp, the LED lamp of the straight tube type fluorescent lamp can be installed by simply replacing it with the socket part of the illumination lamp device of the conventional straight tube type fluorescent lamp. Since it can be easily replaced and installed in the socket part of the dedicated lighting device, it is not necessary to install a separate surveillance camera just by preparing the equipment for the straight tube type fluorescent lamp, and the installation cost Maintenance costs can be significantly reduced.

Then, the LED lamp with a camera of the present invention is incorporated into each of a plurality of lighting devices installed at appropriate intervals in the building, and a wireless communication network capable of communicating with the radio of each LED lamp with a camera is provided. It is assumed that the host computer / terminal device has a host computer / terminal device capable of communicating via the wireless communication network, and the host computer / terminal device can communicate in an ad hoc mode with the arithmetic processing unit of each LED lamp with a camera via a wireless communication network. In addition, according to the lighting range monitoring / alarm system using the LED lamp with a camera of the present invention, a large number of lighting lamps are installed at regular intervals over a wide range, a station platform, or along a road. When the device is targeted, an excellent effect that more economical and more reliable communication can be secured can be obtained.

In addition, the LED lamps with cameras of the present invention are incorporated into a plurality of lighting devices installed at appropriate intervals in the building, and a wireless communication network capable of communicating with the radios of the LED lamps with each camera is provided. It has a host computer / terminal device that can communicate via the wireless communication network, and the host computer / terminal device can communicate with the arithmetic processing unit of each LED lamp with a camera in infrastructure mode via a wireless communication network. According to the lighting range monitoring / alarm system using the LED lamp with a computer of the present invention, there is an advantage that the communication speed can be increased and faster monitoring work, evacuation guidance, guidance, etc. can be realized. ..

In carrying out the present invention having the above-described configuration, the best or desirable form thereof will be described.
The lighting device has the function of mechanically incorporating the LED lamp with a camera of the present invention in a replaceable manner, enabling electrical connection, and supplying power to the LED lamp with a camera, and is dedicated to the LED lamp. In addition to being possible, at least one of the existing incandescent lamp and the fluorescent lamp can be interchangeably incorporated, and the socket part for the incandescent lamp and the incandescent lamp type LED lamp can be used. At least one of a socket part, a socket part for a fluorescent lamp, and a socket part for a fluorescent lamp type LED lamp must be provided, and the installation position of the illumination lamp and the surveillance camera It is desirable that it is installed at at least one of the installation positions of.

The base of the LED lamp with a camera of the present invention has a function of mechanically and electrically detachably incorporating the LED lamp with a camera into the lighting device, and is electrically connected to the lighting device. It must have a terminal that can be detachably incorporated into the lamp, and the terminal can also have a function that allows the lamp device to be mechanically detachably incorporated. Further, it is possible that some of the terminals provided in the plurality of terminals cannot be electrically connected and are only responsible for the mechanical connection, and the base is an existing incandescent lamp type. It is preferable to use one of the above, the existing fluorescent lamp type, and the one for LED lamps.

The translucent cover of the LED lamp with a camera of the present invention makes it possible to transmit and irradiate the illumination light emitted by the built-in LED chip to the outside of the LED lamp with a camera, and the appearance is various incandescent lamps and various fluorescent lamps. , Various LED lamps, and other various lamps, share the function of exhibiting the appearance shape of at least one of them, surround the LED chip and other built-in parts so that they are not exposed to the outside, and illuminate the light. It is possible to add a function of appropriately dispersing, condensing, and selecting a wavelength.

The LED chip receives power from the power supply circuit and emits light, and shares the function of emitting the illumination light of the LED lamp with a camera of the present invention, and the irradiation range is at least one of daylight color, neutral white, white, warm white and light bulb color. Any one of colored light such as blue, purple, red, orange, yellow, green outside the outside, daylight color, daylight white, white, warm white and light bulb color that can illuminate one of the emission colors It is possible to illuminate the emission color of the LED, and it is possible to make it reach the irradiation range by superimposing infrared light and ultraviolet light, and the type of LED chip is It can be at least one of bullet type, surface mount type (SMD: Surface Mount Device), chop-on board (COB: Chip-On-Board), and other structures, and can be used as a translucent cover. It is desirable that a plurality of substrates are mounted on a substrate provided so as to be surrounded.

The arithmetic processing unit should have a function of automatically controlling each functional component such as a small camera and a radio, have a storage unit, and operate by receiving power from a power supply circuit. More specifically, it can be any one of a CPU (Central Processing Unit) to which either a readable or readable / writable semiconductor memory is connected, and a control circuit such as a relay circuit. As shown in Examples described later, the storage unit includes image processing software that automatically controls a small camera, automatic communication software that automatically controls a radio device, recording control software that automatically controls a microphone, and audio output that automatically controls a speaker. It can be assumed that the software is stored, and further, the integrated control software that enables integrated control of the image processing software, the automatic communication software, the recording control software, and the audio output software can be stored.
Each control software may be rewritable by the administrator of the camera-equipped LED lamp of the present invention through communication from a host computer / terminal device (external radio device) via a radio device and a wireless communication network. can.

The small camera has a function of capturing an image pickup target range set on the outside of the translucent cover and transmitting the image signal to the arithmetic processing unit, and the image pickup unit is the illumination lamp of the LED lamp with a camera of the present invention. It fits within the outer shape and outer dimensions that can be interchangeably attached to the socket of the device, and is arranged so as not to interfere with the illumination of the LED lamp with a camera. It is possible to incorporate an imaging range adjustment mechanism that can adjust the angular orientation of the imaging unit so that it can be adjusted, and it can be a small camera such as a CCD (Charge Coupled Device) camera, and it can be a CMOS camera. It is desirable that the CCD has a thermography function, and as shown in Examples described later, two or more small cameras are provided at a plurality of locations of one LED lamp with a camera and images are taken. It is possible that the position of the object (person) can be triangulated, and it is preferable that the camera operates under the automatic control of the arithmetic processing unit according to the image processing software.

The radio has a function of enabling communication with an external radio of the arithmetic processing unit of the camera-equipped LED lamp of the present invention, and more specifically, in the wireless communication network in the illumination range monitoring / alarm system of the present invention. It has a function of enabling communication with at least one of the connected wireless device of the LED lamp with a camera of the present invention and the external wireless device of the host computer / terminal device, and wireless communication, wireless LAN (Local Area Network). ), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy), and Wireless, at least one of them should be capable of communication, and is also shown in Examples described later. As described above, it is assumed that the antenna portion has at least one of a planar shape and a rod shape, and the antenna portion is provided at a predetermined inclination angle posture with respect to the outer surface of the translucent cover. good.

The microphone shares the function of detecting the peripheral sound of the installation location of the camera-equipped LED lamp of the present invention and transmitting the audio signal of the peripheral sound to the arithmetic processing unit, and is small in size around the installation location of the camera-equipped LED lamp. It is desirable that the speaker is directed to the imaging target range of the camera, and it is possible to incorporate a sound collection direction adjustment mechanism that can adjust the direction of sound collection. The function of outputting the transmitted audio signal to the outside is shared, and the sound is directed to people, animals, and other objects that can detect the sound, etc., approaching the vicinity of the installation location of the camera-equipped LED lamp of the present invention. A blind dog, a wild bird, a dog, a cat, a deer, a boar, other animals, an automatic machine capable of receiving sound beyond the audible band, and a robot, as shown in Examples described later. It is possible to assume that an alarm sound of 20 KHz or higher outside the audible band is emitted so as to be perceived by such as.

In the wireless communication network, the LED lamp with a camera of the present invention, which is interchangeably attached to each lighting device within the target range in which the lighting range monitoring / alarm system of the present invention is installed, and the host computer / terminal device are wireless. It is a connectable environment, and uses, for example, wireless communication technology by wireless LAN, Wi-Fi (registered trademark), Bluetooth, BLE, sensor network, or at least one of other wireless networks. The host computer / terminal device is an LED lamp with a camera of the present invention that is interchangeably attached to each lighting device within the target range in which the lighting range monitoring / alarm system of the present invention is installed. It has the function of enabling individual control of each camera-equipped LED lamp, and the host computer / terminal device communicates with the camera-equipped LED lamp radio via its radio (external radio). Or, the relay image of a small camera and the recorded image automatically recorded in the storage unit by the arithmetic processing unit are displayed on the display of the host computer / terminal device, the voice detected by the microphone, and the arithmetic processing unit is the storage unit. The recorded voice automatically recorded in Bluetooth is output from the speaker of the host computer / terminal device, the voice detected by the microphone of the host computer / terminal device, and the voice pre-recorded in the storage unit by the arithmetic processing unit are equipped with a camera. In addition to being able to output audio from the speaker of the LED lamp, as shown in the examples described later, smartphones and tablet PCs equipped with the Beacon function via BLE (Bluetooth, Bluetooth Low Energy) communication (Bluetooth) communication. It can be made capable of communicating individually with a personal computer) or the like.

In the wireless communication network, the LED lamps with cameras of the present invention are incorporated into a plurality of lighting devices installed at appropriate intervals in the building, and wireless communication is possible with the radios of the LED lamps with each camera. It has a host computer / terminal device that can communicate via a communication network, and the host computer / terminal device can communicate in infrastructure mode with the arithmetic processing unit of each LED lamp with a camera via a wireless communication network. In addition to the above, the LED lamps with cameras of the present invention are incorporated into a plurality of lighting devices installed at appropriate intervals in the building, and the LED lamps with each camera are installed. It has a host computer / terminal device capable of communicating via a wireless communication network capable of communicating with the wireless device of the above, and the host computer / terminal device has an arithmetic processing unit of each LED lamp with a camera and a calculation processing unit via the wireless communication network. It can be assumed that communication in ad hoc mode is possible.
Hereinafter, the structure thereof will be described in detail together with examples representing the present invention shown in the drawings.

The drawings show some typical examples that embody the technical idea of the LED lighting with a camera of the present invention and the lighting range monitoring / warning system using the same.
It is a three-view drawing which shows LED lighting with a camera. It is a perspective view which shows the main part of the LED lighting with a camera. It is a bottom view which shows the LED lighting with a camera which added the microphone and the speaker. It is a bottom view which shows the LED lighting with a camera which added the microphone, the speaker and the small camera. It is a conceptual diagram which shows the LED lighting with a camera of a one-sided power supply type. It is a conceptual diagram which shows the LED lighting with a camera of the double-sided power supply type. It is a perspective view which shows the LED lighting with a camera attached to the lighting apparatus. It is a conceptual diagram which shows the illumination range monitoring / warning system of the communication of ad hoc mode. It is a conceptual diagram which shows the illumination range monitoring / warning system of communication of infrastructure mode. It is a front view which shows the LED lighting with an incandescent light bulb type camera. It is a three-sided view which shows LED lighting with a camera of a square hook ceiling type. It is a conceptual diagram which shows the lighting range monitoring / warning system installed in the platform of a station. It is a functional block diagram of the lighting range monitoring / warning system installed on the platform of the station.

In the examples shown in FIGS. 1, 2 and 7, the outer shape and outer dimensions are set so that they can be interchangeably attached to the sockets 30 and 30 of the lighting device 3, and the caps 5 at both ends having terminals 51 and 51. 50, the translucent cover 6 directed in the illumination direction, and at least one of both ends of the translucent cover 6 and each of the bases 5, 50, and the irradiation light from the translucent cover 6 A straight tube type lamp body 4 having one or two electrical boxes 41 integrated with a downward bulging portion 42 having an inclined side wall 43 in an inclined posture so as not to interfere is provided, and the transparent lamp body 4 is provided. A plurality of LED chips 7, 7, ... A power supply circuit 8 for connecting the LED chips 7, 7, ... An arithmetic processing unit 9 that functions with electric power and a storage unit 90 provided in the arithmetic processing unit 9 are built in, and the electric power supplied from the power supply circuit 8 in at least one of the electrical box 41 is used. It has an imaging unit C that functions and is directed to an imaging target range set on the outside of the lamp body 4, and has a small camera C that transmits an image signal to the arithmetic processing unit 9, and at least one of them. A radio device R that functions with the power supplied from the power supply circuit 8 and enables communication between the arithmetic processing unit 9 and an external radio device is provided inside the electrical box 41 of the above. A typical example of the LED lamp with a camera of the present invention is shown.

As can be clearly understood from FIGS. 1, 5 and 7, the LED lamp 4 with a camera of the present invention is a straight tube type lamp set to the outer shape of a 40 type type (tube length 1198 mm / G13 base) straight tube fluorescent lamp type. A housing made of aluminum alloy with a plurality of grooves for heat dissipation engraved on the outer peripheral wall on one side wall facing the ceiling (upper side: opposite to the lighting direction) when the main body 4 is installed around the circumference. A light-transmitting cover 6 made of polycarbonate with a milky white polished glass finish is provided on the heat insulating portion 40 and the other peripheral wall around the circumference facing the floor (downward: lighting direction) when the opposite side is installed. Both ends of the straight tube type lamp main body 4 are provided with bases 5, 50 made of PBT (polybutylene terephate) that can be incorporated into the socket portions 30 and 30 of the conventional type (G13 type socket) lighting device 3, and each base is provided. Only one of the 5 and 50 is a one-sided power supply type in which terminals 51 and 51 for external power supply that can be mechanically and electrically connected to the socket portion 30 of the lighting device 3 are provided. The external power (commercial power supply 80: AC100 / 200V) is supplied through the terminals 51 and 51 of the one base portion 5, and the external power (commercial power supply 80: AC100 / 200V) is supplied. The base portion 50, which is opposite to the base portion 5 and is arranged on the other side, is provided with terminals 52, 52 which are mechanically connectable and electrically unconnectable to the socket portion 30 of the lighting device 3. It is assumed that the caution display unit 53 indicating that it is the power connection base 5 is displayed on the outer wall in the vicinity of one of the bases 5 by attaching an opaque sticking sticker 53. In addition to the opaque sticking sticker 53, the caution display unit 53 includes a display by sticking a transparent or semi-transparent sticking sticker that does not interfere with lighting, a direct print display, an engraved display, or the like. It is possible that it is provided by either.

As shown in FIG. 6, the 110-type type (tube length 2367 mm / R17d type base) is a straight-tube type lamp body 4 set to the outer shape of a straight-tube fluorescent lamp type, and is the same as the LED lamp 4 with a camera of FIG. A housing heat source portion 40 made of an aluminum alloy and a translucent cover 6 made of polycarbonate are provided, and a base 5 that can be incorporated into the socket portions 30 and 30 of the conventional type (R17d type socket) at both ends of the straight tube type lamp main body 4. , 5 and each base 5, 5 and the translucent cover 6 are made of flammable grade UL94V-O (SNE standard specification is V-2), and each base 5, 5 has a terminal 51 for supplying external power. , 51 is a double-sided power supply type, and external power (commercial power supply 80: AC100) is provided at an appropriate location in the straight tube lamp main body 4 through at least one of the power supply circuits 8 and 8 of the bases 5 and 5. External power (commercial power supply 80: AC100 /) from at least one of a plurality of LED chips 7, 7, ... It is possible that 200V) is supplied to the arithmetic processing unit 9, the CMOS (complementary metal accessory semi-computer) camera C, and the radio R.

Further, as shown in FIGS. 6 and 7, the double-sided power supply type LED lamp 4 with a camera has terminals 51 and 51 of both caps 5 and 5 from both of the pair of socket portions 30 and 30 of the lighting device 3. Power is supplied from the commercial power supply 80 (AC100 / 200V) through the power supply circuit 80. 9. Power is supplied to the CMOS camera C and the radio R, and power is supplied to the plurality of LED chips 7, 7, ... From the power supply circuit 8 at the other end on the opposite side. In addition to the above, it is assumed that a plurality of LED chips 7, 7, ... It is assumed that the arithmetic processing unit 9, the CMOS camera C, and the radio R are supplied with the power of the commercial power supply 80 from the terminals 51 and 51 of the caps 5 and 5 whose ends are close to each other at either the left or right end. It is possible, and the power supply circuit to the plurality of LED chips 7, 7, ... Is divided into left and right from the substantially central position between the left and right ends of the straight tube type lamp main body 4, and the left end bases 5, 5 The electric power from the commercial power supply 80 from each of the terminals 51 and 51 of the above is supplied to a plurality of LED chips 7, 7, ... The electric power from the commercial power source 80 is supplied to a plurality of LED chips 7, 7, ... from the terminals 51 and 51 of the cap 5, 5 I the end adjacent either like shall receive power of the commercial power source 80, it is possible to those of the various power supply circuits.
The plurality of LED chips 7, 7, ... Are emitted at least one of daylight color, neutral white, white, warm white, and light bulb color on which infrared light having near infrared wavelength and far infrared wavelength is superimposed. The CMOS camera C is supposed to be able to capture images of near-infrared wavelength and far-infrared wavelength in addition to visible light images.

As shown in FIG. 1, between one end of the housing heat insulating portion 40 and the translucent cover 6 of the straight tube lamp main body 4 and one of the base portions 5, the floor when the housing heat insulating portion 40 is installed. The peripheral wall facing (downward: illumination direction) is bulged downward, and the side wall facing the translucent cover 6 does not interfere with the irradiation light from the translucent cover 6. On the other hand, one of the base portions 5 was tilted at an appropriate angle α of 5 ° to 60 °, preferably 15 ° (the center line CL of the straight tube lamp main body 4 is shown in FIG. 1). An electrical box 41 is provided in which a downward bulge 42 having an inclined side wall 43 is integrated, and the floor (lower: lighting) of the downward bulge 42 of the electrical box 41 when the straight tube lamp main body 4 is installed. At a position of the peripheral wall facing (direction) toward one of the base portions 5, the imaging unit C is supported in a posture of facing the floor (downward: illumination direction) when the straight tube lamp main body 4 is installed. A CMOS (complementary metal optic light camera) camera C is provided as a small camera C.

When the housing heat sink portion 40 is installed between the other base portion 50 and the electrical box 41 inside the housing heat sink portion 40 and the translucent cover 6 in the straight tube type lamp main body 4. The LED substrate 70 mounted so that a plurality of LED chips 7, 7, ... Are arranged at equal intervals with respect to the wall surface facing the floor (downward: illumination direction) is the back surface of the LED substrate 70. The LED substrate 70 and the heat sink portion of the housing are erected so that the surface on which the LED chips 7, 7, ... The power supply circuit 8 is provided in the space between the 40, the appropriate place in the base portions 5, 50, and at least one of the appropriate places in the electric box 41, preferably in the proper place in the electric box 41, and the electric box 41 is provided. An arithmetic processing unit 9 having a storage unit 90 is provided inside, and a radio device R, a radio circuit thereof, and an antenna unit R1 are mounted inside an inclined side wall 43 of a downward bulging portion 42 of an electrical box 41. The wireless circuit board R0 is built in as being tilted and fixed at an appropriate angle α of 5 ° to 60 °, preferably 15 ° with respect to the outer surface of the translucent cover (center line CL of the straight tube lamp body 4). The power supply circuit 8, the CMOS camera C, and the radio R are operated under the automatic control of the arithmetic processing unit 9.

The radio R is a beacon module R capable of bidirectional wireless communication while transmitting position information by BLE (Software Software), and the arithmetic processing unit 9 automatically controls the CMOS camera C in the storage unit 90. The image processing software, the automatic communication software that automatically controls the radio R, and the integrated control software that enables integrated control of the image processing software and the automatic communication software are stored in either a rewritable or non-rewritable state. The arithmetic processing unit 9 can automatically control the communication software and the image processing software according to the integrated control software.

The integrated control software starts the image processing software, and the image processing software automatically records the image information captured by the CMOS camera C as a color image, and among the image information captured by the CMOS camera C, it is close to the image information. Image information of infrared wavelength is extracted, and image processing is performed so that the difference in shape from the white cane, white umbrella and vinyl umbrella, for example, the bone (metal) part can be identified by seeing through the cover of the umbrella, and the white cane. Further, for example, when it is determined that the person holding the white cane approaches or has entered a preset danger area within the imaging target range, the integrated control software uses the automatic communication software (wireless). An alarm can be issued to the host computer / terminal device PC via the device R) and the external radio device of the host computer / terminal device PC.

In addition, the image processing software activated by the integrated control software automatically records the image information captured by the CMOS camera C as a color image, and the image information of the far infrared wavelength captured by the CMOS camera C by the thermography function. Is extracted, image processing is performed so that the blind dog and the bag can be distinguished by the difference in radiation temperature, and the software is recognized as the blind dog. Further, for example, a person with the blind dog is preset within the imaging target range. When it is determined that the user has approached or entered the dangerous area, the integrated control software alerts the host computer / terminal device PC via the automatic communication software (radio device R) and the external radio device of the host computer / terminal device PC. Can be emitted.

(Action / Effect of Example 1)
The camera-equipped LED lamp 4 of the present invention having the above configuration automatically detects a person holding a white cane, a person with a blind dog, etc. based on the image taken by the CMOS camera C, and the radio R Since it is possible to notify the host computer / terminal device PC installed in a remote location through Bluetooth, it is possible to automatically identify the visually impaired person and ensure safer protection and guidance. Further, by assuming that the wireless device R can communicate with any of wireless LAN (Local Area Network), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy), Beacon, etc. Various information is transmitted to the portable terminal through the wireless device R to the person carrying the portable terminal capable of wireless communication or the visually impaired, and the portable terminal emits a guidance voice or an alarm voice. In addition to being able to communicate with each other, it can also be used to collect and utilize big data, making it possible to use it in a wide range of ways.

As shown in FIGS. 3 and 13, the LED lamp 4 with a camera of the present invention has the straight tube shape in the electrical box 41 in addition to the CMOS camera C and the radio device R having the structure shown in the first embodiment. When the lamp body 4 is installed, a microphone M with the sound collecting unit M0 exposed and a speaker S with the sound output unit S0 exposed are provided on the wall surface of the downward bulging portion 42 facing the floor (downward: illumination direction). In addition to the recording control software that automatically controls the microphone M, the audio output software that automatically controls the speaker S, and the automatic communication software and the image processing software according to the first embodiment, the storage unit 90 of the arithmetic processing unit 9 is added. Integrated control software that enables integrated control of recording control software and audio output software is stored, and image processing software, automatic communication software, recording control software, and audio output software can be automatically controlled according to the integrated control software. ing.

Further, as shown in FIG. 4, the LED lamp 4 with a camera of the present invention is a CMOS camera between the housing heat insulating portion 40 and the translucent cover 6 of the straight tube type lamp main body 4 and the mouthpiece 5 at one end. In addition to the electrical box 41 having C, the radio R, the microphone M, and the speaker S, the heat insulating portion 40 of the straight tube lamp body 4 and the translucent cover 6 are opposite to one end. An electrical box 41 having a CMOS camera C, a microphone M, and a speaker S is also provided between the other end and the mouthpiece 5, and the left and right CMOS cameras C and C form stereo cameras C and C, and the left and right CMOS cameras C and C form the left and right. The microphones M and M constitute stereo microphones M and M, and the left and right speakers S and S constitute stereo speakers S and S.

(Action / Effect of Example 2)
As shown in FIG. 3, the camera-equipped LED lamp 4 having the above configuration is provided with a microphone M and a speaker S in addition to the CMOS camera C and the radio R, so that sound can be detected. In addition to being able to record and analyze, it is also possible to provide voice guidance, guidance, and alarms to the surroundings of the installation location through the speaker S, and further connect the microphone M and speaker S to the radio R. It has the effect of enabling calls to remote locations.

Then, as shown in FIG. 4, the left and right CMOS cameras C and C are stereo cameras C and C, and the left and right CMOS cameras C and C in which both ends of the straight tube lamp main body 4 are arranged in a wrinkle. This makes it possible to perform triangular surveys of people and objects captured by both the left and right CMOS cameras C and C, and it is possible to accurately calculate the positions of people and objects captured by both the left and right CMOS cameras C and C. , The position information of a specific person or object in the shooting range can be acquired with higher accuracy, and the left and right microphones M, M constituting the stereo microphones M, M are until the sound arrives from the sound source. In addition to being able to identify the sound source position by arithmetic processing using the time difference between the left and right, a person who operates the host computer / terminal device PC at a remote location can use stereo speakers or stereo headphones connected to the terminal device PC. Through such means, the sound of the place where the LED lamp 4 with a camera is installed can be heard more realistically, and those in which the left and right speakers S and S constitute the stereo speakers S and S make the stereo sound source more solid. In addition to being reproducible, in the case of monaural sound, it is possible to deliver sound in a wider range than in the case of one speaker S.

The LED lamp 4 with a camera shown in FIG. 10 is an incandescent spherical lamp main body 4 having an outer shell shape and outer outer dimensions that can be replaced with an incandescent lamp, and a socket for the incandescent lamp is provided at the base end of the incandescent spherical lamp main body 4. A base 5 having a terminal 51 set in a shape and dimensions that can be attached to the base 5 is provided, and a tubular heat sink portion 40 having a conical outer wall whose diameter increases toward the tip is provided at the tip of the base 5. It is assumed that a spherical light-transmitting cover 6 is provided at the tip of the tubular heat sink portion 40, which is concentrically integrated with the base 5 and is opposite to the base 5, and the tubular heat sink portion is provided. A power supply circuit 8, an arithmetic processing unit 9 having a storage unit 90, and a radio device R are built in the 40, and further, the tubular heat sink unit 40 is placed on the outer periphery near the tip of the tubular heat sink unit 40. The imaging unit C of the CMOS camera C, the sound collecting unit M0 of the microphone M, and the audio output unit S0 of the speaker S, which are housed inside the LED, are arranged so as to be exposed at intervals of 90 ° around the circumference, for example. At a position facing the inner wall of the translucent cover 6 at the tip of the tubular heat sink portion 40, an LED substrate 70 is provided so that the mounted LED chip 7 faces the outside (translucent cover 6). The arithmetic processing unit 9 is supposed to control the CMOS camera C, the radio R, the microphone M, and the speaker S.

Further, the ceiling type LED lamp 4 with a camera shown in FIG. 11 is provided with a base 5 having a pair of square hook sealing type hook-shaped terminals 51, 51 projecting from the base end of the cylindrical lamp body 4. It is assumed that an aspherical translucent cover 6 is provided at the tip of the cylindrical lamp body 4 opposite to the base 5, and a power supply circuit is provided inside the cylindrical lamp body 4. 8. An arithmetic processing unit 9 having a storage unit 90 and a radio device R are built in, and further, sound collection of a microphone M housed inside the tubular heat sink unit 40 is provided around the outer circumference of the tubular heat sink unit 40. The image unit of the CMOS camera C, in which the unit M0 and the audio output unit S0 of the speaker S are arranged so as to be exposed at intervals of 180 ° around the circumference, for example, and housed inside the tubular heat sink unit 40. C is arranged so as to be exposed at an appropriate position of the translucent cover 6, and an LED substrate 70 on which the LED chip 7 is mounted is placed at a position facing the inner wall of the translucent cover 6 at the tip of the tubular heat sink portion 40. The LED chip 7 is provided so as to face the outside (translucent cover 6), and the arithmetic processing unit 9 controls the CMOS camera C, the radio R, the microphone M, and the speaker S. It is supposed to be done.

(Action / Effect of Example 3)
The LED lamp 4 with a camera of the present invention having the above-mentioned configuration can be replaced with an incandescent lamp as shown in FIG. 10, and can be replaced with a sealing type lighting lamp as shown in FIG. It can be replaced, and can be used in the same manner as the one having the straight tube lamp main body 4 as shown in Examples 1 and 2. For example, as shown in FIG. 12, ad hoc. It can be used for a wider range of lighting devices, such as by realizing a lighting range monitoring / alarm system 1 by a wireless communication network 2 capable of mode communication.

As shown in FIG. 8, the lighting range monitoring / alarm system 1 using the camera-equipped LED lamp 4 of the present invention is a plurality of lighting devices 3 installed on the ceiling of a roof such as a platform of a station at predetermined distance intervals. LED lamps with cameras 4, 4, ... It is possible that the wireless device (external wireless device) of the host computer / terminal device PC has a wireless communication network 2 constructed so as to be able to communicate in ad hoc mode communication, as shown in FIG. As shown, wireless communication constructed so that the LED lamps 4, 4, ... with cameras and the wireless device (external wireless device) of the host computer / terminal device PC can communicate in infrastructure mode communication, respectively. It can be network 2.

(Action / Effect of Example 4)
The illumination range monitoring / alarm system 1 using the camera-equipped LED lamp 4 of the present invention having the above-described configuration has either a form of communication in ad hoc mode or communication in infrastructure mode. Communication is possible, and it is possible to utilize the advantages of each communication, and as shown in FIGS. 8 and 9, the LED lamps 4, 4, ... With each camera were acquired. Image information and audio information can be collected in the host computer / terminal device PC and used for analysis, and the host computer is based on the image and audio detection information of individual LED lamps with cameras 4, 4, .... -The terminal device PC automatically monitors the surrounding conditions of each camera-equipped LED lamps 4, 4, ..., and if necessary, individual guidance voices and individual guidance voices can be heard from the individual camera-equipped LED lamps 4, 4, .... When a person carrying a portable terminal SP having a beacon function approaches the LED lamp 4 with a camera, the position information of the person carrying the portable terminal SP can be obtained. Information that reaches the host computer / terminal device PC by wireless communication and is judged to be useful to the person carrying the portable terminal SP (for example, public announcement information of a nearby store, evacuation information in the event of a disaster, etc.) , It becomes possible to automatically provide the portable terminal SP by wireless communication, and further, a person carrying the portable terminal SP may have a risk set in advance in the host computer / terminal device PC. When approaching or entering the area, it is possible to control the portable terminal SP so that a warning voice is automatically output by wireless communication. It will be available.

(Conclusion)
As described above, the LED lamp with a camera of the present invention and the illumination range monitoring / alarm system using the same can achieve the intended purpose by its new configuration, and are easy to manufacture. It can be installed in a short time by simply replacing the light bulb in the lighting equipment that has been used for a long time, and the use of the LED lamp extends the life of the lamp and reduces the power consumption. In addition to being able to save a lot of money and make it much more economical, it is much more economical because it can secure a place to install a separate surveillance camera as before, and can significantly reduce the number of manpower and costs. Not only for managers of railways and roads that need to manage a wide range of lighting facilities and install surveillance cameras, and for managers of large buildings, but also for people who use these facilities. It is expected that it will be highly evaluated and will be widely used and popularized.

1 Lighting range monitoring / warning system 2 Wireless communication network PC host computer / terminal device (external radio)
3 Lighting device
30 Same socket part 4 LED lamp with camera (straight tube lamp body, incandescent spherical lamp body, cylindrical lamp body)
40 Same housing heat sink (cylindrical heat sink)
41 Same electrical box
CL same center line
42 Same downward bulge
43 Same inclined side wall 5 base
50 Same base
51 Same terminal (hook type terminal)
52 Same terminal (mechanical connection only)
53 Same opaque sticker (Caution display)
6 Translucent cover 7 LED chip
70 Same LED board 8 Power supply circuit
80 Same commercial power supply 9 Arithmetic processing unit
90 Same storage unit C Small camera (CMOS camera, imaging unit)
R radio (beacon module)
R0 same wireless circuit board
R1 Same antenna part M Microphone
M0 Sound collector S speaker
S0 Same audio output unit SP Portable terminal

Claims (14)

The outer shape and outer dimensions of a straight tube lamp that can be interchangeably attached to the socket of a lighting device are set to the outer shape and outer dimensions, and the caps at both ends that have terminals, the translucent cover that is directed in the lighting direction, and the translucency. It is arranged at least one of both ends of the light cover and each base, and is 5 ° to 60 ° with respect to the axis of the straight tube lamp so as not to interfere with the irradiation light from the transparent cover. angle lamp body of straight tube is provided with one or two or one of the electrical component box a downward bulging portion is integrated with the inclined side wall of the tilted posture, the inside of the light transmitting cover A plurality of LED chips are built in the inner part of the lamp body, and a power supply circuit connecting the plurality of LED chips and the terminal of the base is built in the inner part of at least one of the electrical boxes. An arithmetic processing unit that functions with the power supplied from the power supply circuit and a storage unit provided in the arithmetic processing unit are built in the inner part of at least one of the electrical boxes. The inside of the electrical box has an imaging unit that functions with the power supplied from the power supply circuit and is directed to the imaging target range set on the outside of the lamp body, and sends the image signal to the arithmetic processing unit. A radio that has a small camera to transmit, functions in the power supplied from the power supply circuit in at least one of the electrical boxes, and enables communication between the arithmetic processing unit and an external radio. An LED lamp with a camera , which is inclined at the same angle as the inclined side wall and is fixed along the inclined side wall. The outer shape and outer dimensions of a straight tube lamp that can be interchangeably attached to the socket of a lighting device are set to the outer shape and outer dimensions, and the caps at both ends that have terminals, the translucent cover that is directed in the lighting direction, and the translucency. It is arranged at least one of both ends of the light cover and each base, and is 5 ° to 60 ° with respect to the axis of the straight tube lamp so as not to interfere with the irradiation light from the transparent cover. angle lamp body of straight tube is provided with one or two or one of the electrical component box a downward bulging portion is integrated with the inclined side wall of the tilted posture, the inside of the light transmitting cover A plurality of LED chips are built in the inner part of the lamp body, and a power supply circuit connecting the plurality of LED chips and the terminal of the base is built in the inner part of at least one of the electrical boxes. An arithmetic processing unit that functions with the power supplied from the power supply circuit and a storage unit provided in the arithmetic processing unit are built in the inner part of at least one of the electrical boxes. The inside of the electrical box has an imaging unit that functions with the power supplied from the power supply circuit and is directed to the imaging target range set on the outside of the lamp body, and sends the image signal to the arithmetic processing unit. A radio that has a small camera to transmit, functions in the power supplied from the power supply circuit in at least one of the electrical boxes, and enables communication between the arithmetic processing unit and an external radio. It is characterized in that it is inclined at the same angle as the inclined side wall and is fixed along the inclined side wall, so that the arithmetic processing unit can automatically control at least a small camera and a radio in an integrated manner. LED lamp with a camera. A base that is set to the outer shape and outer dimensions of a straight tube lamp that can be interchangeably attached to the socket of the lighting device and has terminals at both ends, a translucent cover integrated into the base, and the transmissive It is arranged at least one of both ends of the light cover and each base, and is 5 ° to 60 ° with respect to the axis of the straight tube lamp so as not to interfere with the irradiation light from the transparent cover. angle lamp body of straight tube is provided with one or two or one of the electrical component box a downward bulging portion is integrated with the inclined side wall of the tilted posture, the inside of the light transmitting cover A plurality of LED chips are installed in the inner part of the lamp body, and a power supply circuit connecting the plurality of LED chips and the terminal of the base is installed in the inner part of at least one of the electrical boxes. An arithmetic processing unit that functions with electric power supplied from a power supply circuit and a storage unit provided in the arithmetic processing unit are built in at least one of the electrical boxes, and at least one of them is provided. The inside of the electrical box has an image pickup unit that functions with the power supplied from the power supply circuit and is directed to the image pickup target range set on the outside of the translucent cover, and sends the image signal to the arithmetic processing unit. A radio that has a small camera to transmit, functions with the power supplied from the power supply circuit inside at least one of the electrical boxes, and enables communication between the arithmetic processing unit and an external radio. Is inclined at the same angle as the inclined side wall, and is fixed along the same inclined side wall, and functions in the inner part of at least one of the electrical box with the electric power supplied from the power supply circuit, and the arithmetic processing is performed. The unit has a microphone that transmits the audio signal of the peripheral audio, functions with the power supplied from the power supply circuit in at least one of the electrical boxes, and externally transmits the audio signal transmitted by the arithmetic processing unit. An LED lamp with a camera, characterized in that a speaker for outputting electric power is provided, and the arithmetic processing unit is capable of integrally and automatically controlling at least a small camera, a radio, a microphone, and a speaker. The LED lamp with a camera according to claim 3, wherein the speaker emits an alarm sound of 20 KHz or higher outside the audible band. The LED lamp with a camera according to any one of claims 1 to 4, wherein the radio device has a beacon receiving function of transmitting a beacon signal reception signal to the arithmetic processing unit. At least one of the irradiation light of the LED chip and the transmitted illumination light of the translucent cover is superposed with infrared light of at least one of the near-infrared wavelength and the far-infrared wavelength to reach the irradiation range. The LED lamp with a camera according to any one of claims 1 to 5. The LED lamp with a camera according to any one of claims 1 to 6, wherein at least one small camera is composed of a CMOS (complementary metal accessory semiconductor) camera. The LED lamp with a camera according to any one of claims 1 to 7, wherein at least one small camera is supposed to have a thermography function. A total of two electrical boxes are arranged, one on each end of the translucent cover and between each base, and one small camera is placed inside each of the electrical boxes for imaging. The LED lamp with a camera according to any one of claims 1 to 8, wherein the position of the object (person) can be triangulated. The arithmetic processing unit has image processing software that automatically controls a small camera and automatic communication software that automatically controls a radio in its storage unit, and the image processing software and the automatic communication software can be integrated and controlled. The LED lamp with a camera according to any one of claims 1 to 9, wherein control software is provided. The arithmetic processing unit has recording control software that automatically controls the microphone and audio output software that automatically controls the speaker in its storage unit, and integrated control software that enables integrated control of the recording control software and the audio output software. The LED lamp with a camera according to any one of claims 3 and 4, wherein the LED lamp is provided. The radio has an antenna portion having at least one of a planar shape and a rod shape, and the antenna portion is arranged inside the inclined side wall of the downward bulging portion of the electrical box and outside the translucent cover. The LED lamp with a camera according to any one of claims 1 to 11, which is provided at any angle of 5 ° to 60 ° with respect to the surface. The camera-equipped LED lamp according to any one of claims 1 to 12 is incorporated in each of a plurality of lighting devices installed at appropriate intervals in a building, and communicates with the radio of each camera-equipped LED lamp. It has a host computer / terminal device that can communicate via a possible wireless communication network, and the host computer / terminal device communicates in ad hoc mode with the arithmetic processing unit of each LED lamp with a camera via the wireless communication network. In addition to being possible, each portable type of LED lamp with each camera and each portable type that can be carried by people around each LED lamp with each camera and communicate with the radio of each LED lamp with each camera. and the terminal is assumed capable of communicating the information to each mobile terminal from the host computer terminal device is assumed capable of transmitting, using the claims 1 to 12 with a camera LED lamp of any one described Illumination range monitoring / alarm system. The camera-equipped LED lamp according to any one of claims 1 to 12 is incorporated in each of a plurality of lighting devices installed at appropriate intervals in a building, and communicates with the radio of each camera-equipped LED lamp. It has a host computer / terminal device that can communicate via a possible wireless communication network, and the host computer / terminal device has an arithmetic processing unit of each LED lamp with a camera and an infrastructure mode via the wireless communication network. In addition to being able to communicate, each camera-equipped LED lamp radio and each camera-equipped LED lamp radio can be carried by people around each camera and can communicate with each camera-equipped LED lamp radio. The camera-equipped LED lamp according to any one of claims 1 to 12 , wherein each type terminal can communicate with each other, and information can be transmitted from the host computer / terminal device to each portable terminal. Illumination range monitoring / alarm system used.

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