JP2019200922A - Led lighting with camera, and lighting range monitoring and warning system utilizing the same - Google Patents

Abstract

To provide an LED lamp technique capable of installing and utilizing an LED lamp which is easily replaced with an existing lighting lamp such as an incandescent lamp and a fluorescent lamp, the LED lamp integrally having a camera achieved only by replacing the existing lighting lamp.SOLUTION: LED lighting is provided with a lamp body 4 that has an outer shape and an outer size for replacement to a socket part of an illumination lamp device, has ferrules 5, 50 having terminals 51 and a translucent cover 6, has LED chips 7 and a power circuit 8 therein, and also has an arithmetic processing part 9 and a storage part 90 provided in the arithmetic processing part 9 built therein. The LED lighting has a compact camera C which has an imaging part directed to an imaging object range set outside the lamp body 4 and transmits an image signal to the arithmetic processing part 9, and is provided with a radio set R enabling the arithmetic processing part 9 and an external radio set to communicate with each other.SELECTED DRAWING: Figure 1

Description

    The present invention relates to LED (light emitting diode) lighting technology that has a socket mounting base and can be replaced with any of existing fluorescent lamps and incandescent lamps. In addition to the field of manufacturing and providing multifunctional lighting with functions such as automatic monitoring and notification, equipped with cameras and wireless devices, it is necessary for its transportation, storage, assembly and installation From the field of providing and selling equipment and equipment, to the field of providing materials, machinery, and parts necessary for materials, such as wood, stone, various fibers, plastic, various metal materials, etc. The field of electronic components to be incorporated and the control-related equipment that integrates them, the field of various measuring instruments, the field of power equipment that moves the equipment and instruments, the power and energy Fields generally referred to as industrial machinery, such as the electric and oil fields that are the source of energy, as well as testing and researching these facilities and equipment, and fields related to display, sales, import / export, and general In addition to the results of their use, the equipment used to make them, the fields related to the collection and transportation of garbage generated by the operation of equipment, etc., and the recycling field where these wastes are efficiently reused. There is no technical field that is not related to new fields that cannot be envisaged at this time.

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

    While the use of LED lamps in such lighting has progressed, in public facilities such as roads and railroads, in addition to such lighting equipment, surveillance cameras have been installed in various places to introduce technologies that enable remote monitoring. It is useful for grasping the traffic congestion situation on the road and ensuring the safety of the users of the station platform. In the present situation, the above-mentioned lighting equipment and surveillance camera equipment Are installed and used as separate systems that are independent of each other. In particular, surveillance cameras not only require significant installation costs themselves, but also ensure installation locations suitable for monitoring purposes and maintenance after installation. Management required a great deal of labor and expense.

(Conventional technology)
Reflecting this situation, proposals that can be used to overcome this situation are not unheard of.
For example, as typified by what is proposed in Patent Document 1 (1) below, there is a camera for photographing road conditions on a plurality of illumination columns provided at intervals along the longitudinal direction of the road. A road situation photographing apparatus that is installed and capable of efficiently and economically installing a camera on a road, a solar battery that generates power with sunlight, as seen in Patent Document 1 (2), and the like A storage battery for storing power generated by a solar battery, an illumination lamp to which power is supplied from the storage battery, a monitoring camera operable with the power supplied from the storage battery, an operation of the illumination lamp, and an operation of the monitoring camera And control means for operating the monitoring camera in a lighting state without reducing the illuminance of the illuminating lamp, and power consumption of the monitoring camera During the predetermined time period depending on, it consists in reducing the power supplied to the lamp, such as a surveillance camera with solar lighting apparatus capable of suppressing the power consumption is scattered.

However, the road situation photographing apparatus as shown in the former Patent Document 1 (1) is configured such that an illumination lamp and a camera are individually incorporated into an illumination column. Must be maintained and managed individually, and it is difficult to reduce maintenance costs. The solar lighting device with a surveillance camera disclosed in Patent Document 1 (2) was obtained by a solar battery. A technology that reduces power consumption by supplying power to lighting lamps, surveillance cameras, wireless transmission circuits, etc. that are built into solar lighting devices with surveillance cameras, and by adding surveillance cameras, wireless transmission circuits, etc. It has the disadvantage that it does not make it possible to significantly reduce the cost of installing and maintaining a surveillance camera. Further, Patent Documents 1 (3) to (8) show that Etc. is to have the station platform of the monitoring device, and requires the installation location of the camera, maintenance of camera equipment, it was not able to reduce the effort and expense required for management.
(1) Japanese Unexamined Patent Application Publication No. 2004-5206 (2) Japanese Unexamined Patent Application Publication No. 2009-188900 (3) Japanese Unexamined Patent Application Publication No. 2003-63402 (4) Japanese Unexamined Patent Application Publication No. 2014-184803 (5) Japanese Unexamined Patent Application Publication No. 2017-19351 (6) Japanese Patent No. 3785456 (7) Japanese Patent No. 4041678 (8) Japanese Patent No. 5508963

(Awareness of problems)
As mentioned above, all of the previously proposed various types of illuminating lamps with cameras and monitoring devices for various platform platforms, etc., each incorporates an illuminating lamp and a camera as separate components. However, it is necessary to maintain and manage each of them individually, it is difficult to reduce the maintenance cost, more surveillance cameras can be installed easily and more economically, and after installation As a result, the need to develop a new LED lighting device with a camera that can greatly reduce the maintenance labor and costs of the camera has been realized.

(Object of invention)
Therefore, the present invention is an LED lamp that can be easily replaced with an existing illumination lamp such as an incandescent lamp or a fluorescent lamp, and has an integrated camera, and also serves as a surveillance camera simply by replacing the existing illumination lamp. Judging whether it is possible to develop a new LED lamp technology that can install and use the lamp, we have begun to develop and research it quickly, and have repeated trial and error over many years and many trials and experiments. As a result, we have finally succeeded in realizing the LED illumination with a camera having a novel structure and a novel illumination range monitoring / alarm system using the same, and the following is representative of the present invention shown in the drawings. The configuration will be described in detail with examples.

(Structure of the invention)
As can be clearly understood from the embodiments representing the present invention shown in the drawings, the LED illumination with a camera basically includes the following configuration.
In other words, an outer shape and outer dimensions that are replaceable and attachable to the socket portion of the illuminating lamp device are provided, a base having a terminal at an appropriate place, and a lamp body having a translucent cover integrated with the base. In the lamp body, one or a plurality of LED chips, and a power supply circuit connecting the LED chip and the terminal of the base are built in, and the inside of the lamp body is in the right place. 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, and functions with the power supplied from the power supply circuit at an appropriate position inside the lamp body. , Having an imaging unit directed to the imaging target range set on the outside of the lamp body, and having one or a plurality of small cameras that transmit image signals to the arithmetic processing unit, Of the base and translucent cover With a camera whose main point is a configuration in which a wireless device that functions with the power supplied from the power supply circuit and enables communication with an external wireless device of the arithmetic processing unit is provided at any appropriate position on the side LED lighting.

    If the LED lighting with a camera having this basic configuration is expressed in a different manner, the outer shape and outer dimensions of the outer lamp device are set so as to be interchangeably mounted on the socket portion of the illuminating lamp device, and the base having a terminal at an appropriate position. And a lamp main body having a light-transmitting cover integrated with the base, and one or a plurality of LED chips, and the LED chip and the base at an appropriate position inside the lamp main body. A power supply circuit that connects the terminals of the lamp is built in, and in the inside of the lamp body, an arithmetic processing unit that functions with electric power supplied from the power supply circuit, and a storage unit provided in the arithmetic processing unit are incorporated, The inside of the lamp body 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 processes the image signal. Send to the department Or any one of a plurality of small cameras, functioning with electric power supplied from a power supply circuit at an appropriate position on either the inside or outside of the base and the translucent cover, and an external wireless device of the arithmetic processing unit A wireless device that enables communication is provided, and the arithmetic processing unit is an LED illumination with a camera having a configuration in which at least a small camera and a wireless device can be integrated and automatically controlled.

    More specifically, the outer shape and outer dimensions (straight tube shape, ring shape, compact shape, light bulb) that can be exchangeably mounted on the socket portion of the illuminating lamp device, and a base having a terminal in place, and the A lamp body having a translucent cover integrated with a base is provided, and one or a plurality of LED chips, and a power source for connecting the LED chip and the terminal of the base at an appropriate position inside the lamp body A circuit is incorporated, and an arithmetic processing unit functioning with electric power supplied from a power supply circuit and a storage unit provided in the arithmetic processing unit are built in an appropriate position inside the lamp main body, It has an imaging unit that functions with the power supplied from the power supply circuit and is directed to the imaging target range set outside the translucent cover, and transmits the image signal to the arithmetic processing unit One or several small ones A wireless device having a camera and functioning with electric power supplied from a power supply circuit and enabling communication with an external wireless device of the arithmetic processing unit is provided at an appropriate position inside the lamp body. It has a microphone that functions with the power supplied from the power supply circuit at an appropriate position inside the lamp, and transmits a sound signal of the peripheral sound to the arithmetic processing unit, and is supplied from the power supply circuit to the appropriate position within the lamp body. Provided with a speaker that functions as an electric power and outputs an audio signal transmitted by the arithmetic processing unit to the outside. The arithmetic processing unit automatically integrates at least a small camera, a wireless device, a microphone, and a speaker. It becomes LED illumination with a camera which consists of a thing made controllable.

(Related invention 1)
In relation to the above-mentioned LED lighting with a camera, the present invention also includes an illumination range monitoring / warning system using the same.
That is, the LED lighting with a camera according to any one of the above, which forms the basis of the present invention, is incorporated into a plurality of illumination lamp devices installed at appropriate intervals in a building, A host computer / terminal device communicable via a wireless communication network capable of communicating with the wireless device, the host computer / terminal device comprising: The illumination range monitoring / warning system using the LED illumination with a camera according to any one of the above, which is capable of mode communication.

    When the lighting range monitoring / warning system is shown in different expressions, the lighting range monitoring / warning system according to any one of the above, which forms the basis of the present invention for each of a plurality of illuminating lamp devices installed at appropriate intervals in a building. LED lighting with camera is incorporated, and has a host computer / terminal device communicable via a wireless communication network capable of communicating with each LED lighting device with camera, and the host computer / terminal device has a wireless communication network. The illumination range monitoring using the LED illumination with a camera according to any one of the above, which is capable of communicating in an in-structure mode with an arithmetic processing unit of each LED illumination with a camera via・ It can be called an alarm system.

    As described above, according to the LED lighting with a camera of the present invention, unlike the conventional one, it is possible to easily replace and use an existing incandescent bulb or a fluorescent lamp from the unique characteristic configuration as described above. The lamp life is greatly extended compared to conventional products, and power consumption and CO2 emissions are greatly reduced. In addition, the lamp body is equipped with an arithmetic processing unit, a small camera, and a wireless device. A range including any one of the above can be automatically captured, and based on the captured image, image analysis can be performed automatically, and the result of the image analysis can be automatically transmitted to an external wireless device via a wireless device. Since it can be transmitted to terminal devices connected to the device, the function of the surveillance camera can be added to the LED lamp, and until now, securing the installation location dedicated to the surveillance camera, Introduced in a much more economical manner to various lighting lamps ranging from station platforms, roads, large commercial facilities, large buildings, and ordinary houses, which had to spend a great deal of money on the installation and maintenance of visual camera systems. As a result, the excellent feature that the maintenance cost can be greatly reduced is obtained.

Furthermore, the LED illumination with a camera according to the present invention is provided with a microphone and a speaker in addition to the arithmetic processing unit, the small camera, and the wireless device. Audio information can be captured, and the image and audio information can be appropriately analyzed by the arithmetic processing unit, and can be communicated with an external wireless device via a wireless device. It will be possible to remotely know the more accurate situation of the place where the LED lighting is installed, and when the arithmetic processing unit determines that it is necessary based on the image and sound information, the explanation sound and warning sound are heard through the speaker. In addition to the function of a surveillance camera, it can also function as an alarm device. Or broadcasting such as voice, the one that can or a capable and conversation over the radio from a remote location.
In particular, according to the LED lighting with a camera of the present invention in which the speaker emits an alarm sound of 20 KHz or more outside the audible band, a hearing aid for capturing a guide dog, pet, domestic animal, wild animal, sound outside the audible band is mounted. It is possible to have a function that enables alarming, avoidance, attraction, guidance, etc. to a person who has performed the operation, a robot having a microphone, a portable personal computer, or the like.

    In addition, according to the LED lighting with a camera of the present invention in which the wireless device has a beacon receiving function for transmitting a reception signal of a beacon signal to the arithmetic processing unit, management of position information at the time of lamp replacement is possible. Easier, multiple LED lighting with cameras can communicate with external wireless devices such as host computer / terminal devices and portable terminals in various communication modes such as in-structure mode communication and ad hoc mode communication. It is possible to construct various lighting range monitoring / alarm systems, and in particular, wireless LAN (Local Area Network), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy) (Bluetooth , Registered trademark) and / or Beacon communication Those with things, can be easily incorporated into existing network system, further, the advantage that it becomes easy to develop a network system can be obtained.

    At least one of the infrared light of the near infrared wavelength and the far infrared wavelength is superimposed on at least one of the illumination light of the LED chip and the transmitted illumination light of the translucent cover and reaches the irradiation range According to the LED illumination with a camera of the present invention, a white cane, a white umbrella and a vinyl umbrella under illumination with a near-infrared wavelength added can be more accurately identified from an image captured by a small camera. More specifically, for example, the cane and the umbrella can be more accurately distinguished by passing through the cover of the umbrella with illumination with a near-infrared wavelength and copying the bone (metal part). In addition, by equipping a small camera with the function of a thermographic camera, the infrared radiation temperature is detected, thereby more accurately identifying the guide dog and the carry bag. It becomes what can, and what can be enhanced significantly the safety of such station of the home and the road.

    According to the LED lighting with a camera of the present invention in which at least one small camera is composed of a CMOS (complementary metal oxide semiconductor) camera, the performance as a surveillance camera required for the LED lighting with a camera of the present invention Can be achieved sufficiently, and it consumes less power than other existing small cameras and can reduce manufacturing costs. can get.

    According to the LED lighting with a camera of the present invention in which at least one small camera has a thermographic function, as described above, a heating object can be clearly identified. For example, a guide dog at a station platform And carry bags can be identified more accurately, it is possible to identify infectious people in airport passengers, automatically notify the occurrence of a fire, It will be possible to discover and inform.

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

    An arithmetic processing unit has image processing software for automatically controlling a small camera and automatic communication software for automatically controlling a wireless device in the storage unit, and the image processing software and the automatic communication software can be integratedly controlled. According to the LED lighting with a camera of the present invention, which is provided with control software, image information captured by a small camera by image processing software and automatic communication software controlled by the integrated control software is automatically converted into an image. In addition to being able to process, information obtained by image processing is automatically transmitted to a remote location via a wireless device, and the automatic monitoring function from a remote location is greatly enhanced. Can do.

    Integrated control software in which the arithmetic processing unit has recording control software for automatically controlling the microphone and audio output software for automatically controlling the speaker in the storage unit, and the recording control software and the audio output software can be integratedly controlled. According to the LED lighting with a camera of the present invention, the voice collected by the microphone by the recording control software and voice output software controlled by the integrated control software is automatically analyzed. The analysis results can be automatically transmitted to a remote location via a radio, and the sound can be automatically output through a speaker, or the voice received from a remote location via a radio can be output as a voice. Automatic or remote voice detection, voice guidance, voice guidance, call It can be assumed to have any function.

    The wireless device has an antenna portion having 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. According to the LED lighting with a camera, the wireless device blocks the illumination light and prevents the illumination range from being narrowed to realize a wider range of illumination, and the wireless device can be used as a base or a power supply circuit. Thus, more reliable communication can be realized without being affected by surrounding components such as, and a communication function with much higher reliability can be achieved.

    The LED with a camera according to the present invention, wherein the light-transmitting cover and the cap are set to the outer shape and outer dimensions of the straight tube fluorescent lamp, each having a total of two caps, one at each end of the straight tube-type light transmitting cover. According to the illumination, it can be installed in a manner that can be easily replaced with the socket part of a conventional straight tube fluorescent lamp illumination lamp device, and a straight tube fluorescent lamp type LED lamp. Since it can be easily replaced and installed in the socket part of a dedicated lighting device, it is not necessary to install a separate surveillance camera just by preparing a straight tube fluorescent lamp, Maintenance costs can be significantly reduced.

    And the LED lighting with a camera of this invention is built into each of a plurality of illumination lamp devices installed at appropriate intervals in a building, and a wireless communication network capable of communicating with the wireless device of each LED lighting with a camera. A host computer / terminal device that can communicate with each other via a wireless communication network, and the host computer / terminal device can communicate in an ad hoc mode with an arithmetic processing unit of each LED illumination with a camera via a wireless communication network. In addition, according to the illumination range monitoring / warning system using LED lighting with a camera according to the present invention, a large number of illumination lamps are installed at a constant interval over a long distance such as a station platform or along a road. When the apparatus is used as an object, an excellent effect can be obtained that more reliable communication can be ensured more economically.

    Moreover, the LED lighting with a camera of this invention is incorporated in each of a plurality of illumination lamp devices installed at appropriate intervals in a building, and a wireless communication network capable of communicating with a radio of each LED lighting with a camera is provided. 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 the LED lighting with each camera via the wireless communication network. According to the illumination range monitoring / warning system using the LED lighting with a camera of the present invention, there is an advantage that communication speed can be increased and more rapid monitoring work, evacuation guidance, guidance, etc. can be realized. .

In implementing the present invention having the above-described configuration, the best or desirable mode will be described.
The illuminating lamp device is mechanically incorporated so that the LED lighting with a camera of the present invention can be exchanged mechanically, can be electrically connected, and has the function of supplying power to the LED lighting with a camera. In addition, it is possible to replace at least one of an existing incandescent lamp and a fluorescent lamp, and a socket part for the incandescent lamp, and an incandescent lamp type LED lamp can be used. It is assumed that at least any one of a socket part, a fluorescent lamp socket part, and a fluorescent lamp type LED lamp socket part is provided, an installation position of the illumination lamp, and a monitoring camera It is desirable to be installed in at least one of the installation positions.

    The base of the LED illumination with a camera according to the present invention has a function of allowing the LED illumination with a camera to be mechanically and electrically detachably incorporated into the illumination lamp device. It must have a terminal that can be removably incorporated into the terminal, and the terminal can also have a function that can be mechanically removably incorporated into the illumination lamp device. In addition, a part of the terminals provided in plural can not be electrically connected, and can only be mechanically connected. The base is an existing incandescent lamp type. It may be any one of a fluorescent lamp type, an existing fluorescent lamp type, and an LED lamp type.

    The translucent cover of the LED illumination with a camera according to the present invention allows the illumination light emitted by the built-in LED chip to be transmitted and irradiated to the outside of the LED illumination with the camera, and has various incandescent lamps and various fluorescent lamps in appearance. It shares the function of exhibiting at least one of the external shapes of various LED lamps and other various lamps, and surrounds the LED chip and other built-in components so that they are not exposed to the outside. A function for appropriately dispersing, condensing, and selecting a wavelength can be added.

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

    The arithmetic processing unit should have a function to automatically control each functional component such as a small camera and a wireless device, have a storage unit, and operate by receiving power from the power supply circuit. More specifically, it can be one of a control circuit such as a CPU (Central Processing Unit) to which any one of readable and readable / writable semiconductor memory is connected, and a relay circuit, As shown in the examples described later, the storage unit automatically controls image processing software for automatically controlling a small camera, automatic communication software for automatically controlling a radio, image processing software, recording control software for automatically controlling a microphone, and speakers automatically. Audio output software to be controlled is stored, and further, these image processing software and automatic communication software are stored. It is possible to store integrated control software that enables integrated control of the recording control software and audio output software, and each control software is stored in a host computer / terminal device (external via a wireless device and a wireless communication network). It can be rewritten by the manager of the LED lighting with a camera of the present invention through communication from the wireless device.

    The small camera takes a function of imaging an imaging target range set on the outside of the translucent cover and transmitting the image signal to the arithmetic processing unit. The imaging unit is an illumination lamp for LED illumination with a camera according to the present invention. It fits within the outer shape and outer dimensions that can be interchangeably mounted on the socket part of the device, and is arranged so as not to interfere with the illumination of the LED lighting with camera. The imaging target range is set according to the installation conditions of the LED lighting with camera. An image pickup range adjustment mechanism that can adjust the angle and orientation of the image pickup unit can be incorporated so that the image can be adjusted, and can be a small camera such as a CCD (Charge Coupled Device) camera, or a CMOS camera. It is desirable to have a thermography function, and as shown in the embodiments described later, with one camera. It is possible that two or more small cameras are provided at a plurality of locations of the LED lighting, and the position of the imaged object (person) can be triangulated. According to the image processing software, It is preferable to operate under the automatic control of the arithmetic processing unit.

    The wireless device has a function of enabling communication with the external wireless device of the arithmetic processing unit of the LED illumination with camera of the present invention. More specifically, the wireless device is a wireless communication network in the illumination range monitoring / warning system of the present invention. It has a function of enabling communication with at least one of another connected wireless device (external wireless device) of the LED lighting with a camera of the present invention and an external wireless device of the host computer / terminal device. It should be possible to communicate at least one of LAN (Local Area Network), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy), and Beacon. As shown in FIG. 1, the antenna portion has at least one of a planar shape and a rod shape. A, the antenna portion is, amount may be made provided at a predetermined tilt angle and orientation with respect to the outer surface of the translucent cover.

    The microphone shares the function of sensing the surrounding sound of the LED lighting with camera according to the present invention and transmitting the sound signal of the surrounding sound to the arithmetic processing unit. It is desirable to be directed to the imaging target range of the camera, and it is possible to incorporate a sound collection direction adjustment mechanism capable of adjusting the direction of sound collection. Shares the function of outputting the audio signal to be transmitted to the outside, and sounds toward a person or animal approaching the vicinity of the installation location of the LED lighting with camera according to the present invention or other object that can sense audio. As shown in the examples to be described later, a guide dog, a wild bird, a dog, a cat, a deer, a frog, other animals, an automatic machine and a robot that can receive sound exceeding the audible band Feeling Is the way, it is possible to those intended to emit an audible band of 20KHz or more alarm sound.

    The wireless communication network includes the LED lighting with a camera of the present invention, which is interchangeably attached to each lighting device within the target range where the lighting range monitoring / warning system of the present invention is installed, and the host computer / terminal device is wireless. A connectable environment, for example, using at least one of the wireless communication technologies of a wireless LAN, Wi-Fi (registered trademark), Bluetooth, BLE wireless communication network, sensor network, and other wireless networks It is desirable that the host computer / terminal device is an LED illumination with a camera according to the present invention, which is interchangeably attached to each illumination light device within the target range where the illumination range monitoring / warning system according to the present invention is installed. It can communicate with each other and has the function of individually controlling the LED lighting with each camera. The computer / terminal device communicates with the LED lighting wireless device with the camera via the wireless device (external wireless device), the relay image of the small camera, and the recording automatically recorded in the storage unit by the arithmetic processing unit Display the image on the display of the host computer / terminal device, output the sound detected by the microphone and the recorded sound automatically recorded in the storage unit by the arithmetic processing unit from the speaker of the host computer / terminal device, In addition to being able to output the sound detected by the microphone of the terminal device and the sound pre-recorded by the arithmetic processing unit in the storage unit from the speaker of the LED lighting with camera, it is also applicable to the examples described later. As shown, the BLE (Bluetooth, Bluetooth Low Energy) communication is used for Beaco. It is possible to like equipped with smart phones and tablet PC functions of the (Personal computer) and that enables communication individually.

In the wireless communication network, LED lighting with a camera according to the present invention is incorporated in each of a plurality of illumination lamp devices installed at appropriate intervals in a building, and can communicate with each LED lighting radio with a camera. It has a host computer / terminal device that can communicate via a communication network, and the host computer / terminal device can communicate with the arithmetic processing unit of each LED lighting with a camera via the wireless communication network. In addition, the LED lighting with a camera of the present invention is incorporated into each of a plurality of illuminating lamp devices installed at appropriate intervals in a building. A host computer / terminal device communicable via a wireless communication network capable of communicating with a wireless device - terminal device can be a processing unit of each camera with LED illumination via a wireless communication network, and those capable of communicating in ad hoc mode.
In the following, the structure of the present invention will be described in detail together with an embodiment representative of the present invention shown in the drawings.

The drawings show some typical embodiments embodying the technical idea of the LED lighting with camera of the present invention and the illumination range monitoring / warning system using the same.
It is a three-plane figure which shows LED illumination with a camera. It is a perspective view which shows the principal part of LED illumination with a camera. It is a bottom view which shows the LED lighting with a camera in which the microphone and the speaker were added. It is a bottom view which shows LED illumination with a camera in which the microphone, the speaker, and the small camera were added. It is a conceptual diagram which shows the LED lighting with a camera of a one-side electric power feeding type. It is a conceptual diagram which shows LED illumination with a camera of a both-sides feeding type. It is a perspective view which shows LED illumination with a camera with which the illuminating device was mounted | worn. It is a conceptual diagram which shows the illumination range monitoring and alarm system of the communication of ad hoc mode. It is a conceptual diagram which shows the illumination range monitoring and alarm system of communication of an infrastructure mode. It is a front view which shows LED lighting with an incandescent bulb type camera. It is a three-plane figure which shows LED lighting with a camera of a square hook ceiling type. It is a conceptual diagram which shows the illumination range monitoring and alarm system installed in the platform of a station. It is a functional block diagram of the illumination range monitoring and warning system installed in the platform of a station.

    1, 2, and 7, the outer shape and outer dimensions of the lamp unit 3 that can be exchangeably mounted on the socket portions 30, 30 are set, and the base 5 having terminals 51, 51 at appropriate positions. 50 and a lamp body 4 having a translucent cover 6 integrated with the caps 5 and 50 are provided, and one or a plurality of LED chips 7 are provided at appropriate positions inside the lamp body 4. , 7,..., And LED chips LED chips 7, 7,... And terminals 51, 51 of the caps 5, 50 are internally provided. The processing unit 9 that functions with the power supplied from the power source and the storage unit 90 provided in the processing unit 9 are built in, and the power supplied from the power supply circuit 8 to the inside of the lamp body 4 at a suitable position. And the outside of the lamp body 4 is set to the side It has an image pickup unit C directed to the image target range, and has one or a plurality of small cameras C that transmit image signals to the arithmetic processing unit 9, and the caps 5, 50 and the translucent cover 6, a wireless device R functioning with the power supplied from the power supply circuit 8 and enabling communication with an external wireless device of the arithmetic processing unit 9 is provided at any appropriate place on the inside or outside of 6. The typical Example in the LED lighting with a camera of this invention is shown.

    As can be clearly understood from FIGS. 1, 5 and 7, the LED lighting 4 with a camera of the present invention is a straight tube lamp set to an outer shape of a 40-tube type (tube length: 1198 mm / G13 base) straight tube fluorescent lamp. A casing made of aluminum alloy and having a plurality of grooves for heat dissipation on the outer peripheral wall on one side wall that faces the ceiling (upward: opposite to the illumination direction) when installing around the body 4 On the other peripheral wall of the circumference that turns to the floor (downward: lighting direction) when installing the heat sink 40 and the opposite side of the heat sink 40, a translucent cover 6 made of polycarbonate with a milky white frosted glass finish is provided, A base made of PBT (polybutylene terephthalate) that can be incorporated into the socket portions 30 and 30 of the conventional (G13 type socket) illumination lamp device 3 at both ends of the straight tube lamp body 4. 50, and only one of the caps 5 and 50 is provided with external power supply terminals 51 and 51 that can be mechanically and electrically connected to the socket portion 30 of the illuminating lamp device 3. One-side power supply type, which is supplied with external power (commercial power supply 80: AC100 / 200V) through the terminals 51, 51 of the one cap 5 and the external power (commercial power supply 80: AC100 / 200 V), which is opposite to the base part 5 that receives the supply of 200 V), the base part 50 arranged on the other side can be mechanically and electrically connected to the socket part 30 of the illumination lamp device 3. It is assumed that terminals 52, 52 that are impossible are provided, and a caution display portion 53 that indicates that the base portion 5 is for power connection is provided on the outer wall in the vicinity of one base portion 5 of the opaque sticker seal 53. Display by pasting The caution display part 53 is a display by sticking a transparent or translucent sticker seal that does not obstruct illumination outside the opaque sticker seal 53, or a direct print display, or It can be provided by any of the marking indications.

    As shown in FIG. 6, the straight tube lamp body 4 is set to the outer shape of the 110 type (tube length 2367 mm / R17d type base) straight tube fluorescent lamp shape, and, similar to the LED illumination 4 with a camera of FIG. A casing heat sink 40 made of aluminum alloy and a translucent cover 6 made of polycarbonate are provided, and a base 5 that can be incorporated into sockets 30 and 30 of a conventional type (R17d type socket) at both ends of a straight tube lamp body 4. , 5 and the caps 5 and 5 and the translucent cover 6 are made of a flame grade UL94V-O (SNE standard specification is V-2), and each of the caps 5 and 5 has a terminal 51 for supplying external power. , 51 are provided on both sides, and external power (commercial power supply 80: AC1) is provided at an appropriate position in the straight tube lamp body 4 through at least one of the power supply circuits 8, 8 of the caps 5, 5. 00 / 200V), and external power (commercial power supply 80: AC100) from at least one of the plurality of LED chips 7, 7,... That emit light and the power supply circuits 8, 8 of the caps 5, 5 / 200V) can be supplied to the arithmetic processing unit 9, the CMOS (complementary metal oxide semiconductor) camera C, and the radio device R.

As shown in FIGS. 6 and 7, the LED lighting 4 with a camera of the both-side power feeding type has terminals 51, 51 of both caps 5, 5 from both of the pair of socket parts 30, 30 of the illuminating lamp device 3. Power supply (AC100 / 200V) is received from the commercial power source 80, and both ends of the straight tube lamp body 4 are provided with power supply circuits 8 and 8, respectively. 9. Power is supplied to the CMOS camera C and the wireless device R, and power is supplied to the plurality of LED chips 7, 7,... In addition, the plurality of LED chips 7, 7,... Receive power from the commercial power supply 80 from the terminals 51, 51 of the caps 5, 5 at both the left and right ends. Arithmetic processing unit 9, CMOS camera C, The wire R can receive power from the commercial power supply 80 from the terminals 51 and 51 of the caps 5 and 5 at either end of the right or left, and a plurality of LEDs A power supply circuit to the chips 7, 7,... Is divided into left and right from a substantially central position between the left and right ends of the straight tube lamp body 4, and commercial power is supplied from the terminals 51, 51 of the left end caps 5, 5. The power from 80 is supplied to the plurality of LED chips 7, 7,... Divided on the left side, and the power from the commercial power source 80 from the terminals 51, 51 of the right end caps 5, 5 is .. Are supplied to a plurality of LED chips 7, 7,. Various power supplies such as receiving power from commercial power supply 80 from each of the terminals 51 and 51 of FIG. It is possible to those of the circuit.
The plurality of LED chips 7, 7,... Emit at least one of a daylight color, a daylight white color, a white color, a warm white color, and a light bulb color in which infrared light with a near infrared wavelength and a far infrared wavelength is superimposed. In addition to the visible light image, the CMOS camera C can capture near-infrared wavelength and far-infrared wavelength images.

    As shown in FIG. 1, between the one end of the housing heat sink portion 40 and the translucent cover 6 of the straight tube lamp body 4 and one base portion 5, the floor when the housing heat sink portion 40 is installed. A peripheral wall facing downward (illumination direction) bulges 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, the one cap portion 5 is inclined to an appropriate angle α of 5 ° to 60 °, preferably 15 ° (showing the center line CL of the straight tube lamp body 4 in FIG. 1). An electrical equipment box 41 is provided in which a downward bulging portion 42 having an inclined side wall 43 is integrated, and the floor (downward: lighting) of the downward bulging portion 42 of the electrical equipment box 41 when the straight tube lamp body 4 is installed. The direction of the surrounding wall is close to one base part 5 Part C is when the floor installation of straight tubular lamp body 4 (below: the illumination direction) direction and consisting CMOS as supported miniature camera C to the attitude (Complementary metal Oxide Semiconductor) camera C is provided.

    When the casing heat sink 40 is installed between the other base 50 and the electrical box 41 inside the casing heat sink 40 and the translucent cover 6 in the straight tube lamp body 4, An LED board 70 on which a plurality of LED chips 7, 7,... Are aligned at equal intervals with respect to the wall facing the floor (downward: lighting direction) is a rear surface of the LED board 70. Are arranged so as to be in contact with each other, and the surface of the LED board 70 on which the LED chips 7, 7,... Are mounted is constructed so as to face the translucent cover 6, and the LED board 70 and the housing heat sink portion. The power supply circuit 8 is provided in an appropriate place in the space between 40, a proper place in the cap parts 5, 50, and a proper place in the electrical box 41, preferably in the electrical box 41. Within An arithmetic processing unit 9 including a memory unit 90 is provided, and the radio R is wirelessly mounted with its radio circuit and antenna unit R1 on the inside of the inclined side wall 43 of the downward bulging part 42 of the electrical equipment box 41. The circuit board R0 is built in as being inclined 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 wireless device R operate under the automatic control of the arithmetic processing unit 9.

    The wireless device R transmits position information by BLE (Bluetooth Low Energy) and is a beacon module R capable of bidirectional wireless communication. The arithmetic processing unit 9 automatically controls the CMOS camera C in the storage unit 90. Image processing software, automatic communication software for automatically controlling the wireless device R, and integrated control software for enabling 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 communication software and image processing software according to the integrated control software.

    The integrated control software activates the image processing software. 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, Infrared wavelength image information is extracted and processed differently from white cane, white umbrella and vinyl umbrella, for example, the bone cover (metal) part can be identified by seeing through the cover of the umbrella, and the white cane In addition, for example, when it is determined that the person with the white cane approaches or enters a dangerous area set in advance within the imaging target range, the integrated control software performs automatic communication software (wireless Device R) and an external wireless device of the host computer / terminal device PC, an alarm may be issued to the host computer / terminal device PC.

    In addition, the image processing software activated by the integrated control software automatically records image information captured by the CMOS camera C as a color image, and further, image information of far-infrared wavelengths captured by the CMOS camera C by the thermography function. The image is extracted so that the guide dog and the carry bag can be distinguished from each other by the difference in the radiation temperature, the guide dog is recognized, and, for example, the person with the guide dog is preset within the imaging target range. If the integrated control software determines that it has approached or entered the dangerous area, the automatic control software (wireless device R) and the external wireless device of the host computer / terminal device PC are connected to the host computer / terminal device PC. An alarm can be issued.

(Operation / Effect of Example 1)
The camera-equipped LED illumination 4 of the present invention configured as described above automatically detects a person with a white cane or a person with a guide dog based on an image taken by the CMOS camera C, and the wireless device R It is possible to notify the host computer / terminal device PC installed at a remote location through the automatic identification of visually impaired persons and ensure safer protection and guidance. In addition, since the wireless device R is enabled to communicate with any one of wireless LAN (Local Area Network), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy), Beacon, etc. A person who carries a portable terminal capable of wireless communication or a visually handicapped person can carry it through the wireless device R. In addition to being able to send various types of information to mobile terminals and communicate so that mobile terminals emit guidance voices and warning voices, it can also be used for collecting and utilizing big data. It can be used.

    As shown in FIGS. 3 and 13, the camera-equipped LED illumination 4 of the present invention includes the straight tube type 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 that exposes the sound collection unit M0 and a speaker S that exposes the audio output unit S0 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 image processing software described in the first embodiment, Integrated control software that enables integrated control of the recording control software and audio output software is stored. Towea, automatic communication software, there is a capable automatically control the recording control software and the audio output software.

    As shown in FIG. 4, the camera-equipped LED illumination 4 according to the present invention includes a CMOS camera between the housing heat sink 40 and the translucent cover 6 of the straight tube lamp body 4 and the cap 5 at one end. In addition to the provision of the electrical box 41 having C, the radio device R, the microphone M, and the speaker S, the housing heat sink portion 40 and the translucent cover 6 of the straight tube lamp body 4 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 of the cap 5 and left and right CMOS cameras C and C constitute stereo cameras C and C, and left and right Microphones M and M constitute stereo microphones M and M, and left and right speakers S and S constitute stereo speakers S and S.

(Operation / Effect of Example 2)
As shown in FIG. 3, the LED illumination 4 with a camera of the present invention configured as described above is provided with a microphone M and a speaker S in addition to the CMOS camera C and the radio device R. In addition to recording and analysis, voice guidance, guidance, and alarms can be made through the speaker S around the installation site, and the microphone M and speaker S are connected to the radio device R. This has the effect of enabling calls with remote locations.

    As shown in FIG. 4, the left and right CMOS cameras C and C are stereo cameras C and C, and the right and left CMOS cameras C and C in which both ends of the straight tube lamp body 4 are hidden are shown. Makes it possible to triangulate people and objects captured by both the left and right CMOS cameras C and C, and 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 constitute the stereo microphones M, M until the sound reaches from the sound source. The sound source position can be specified by calculation processing using the time difference between the left and right, and a person who operates the host computer / terminal device PC at a remote location can connect a stereo device connected to the terminal device PC. -The sound of the place where the LED light 4 with the camera is installed can be heard with a sense of presence through a car or stereo headphones. The left and right speakers S, S constitute the stereo speakers S, S. Can be reproduced more solidly, and in the case of monaural sound, it is possible to deliver sound over a wider range than in the case of one speaker S.

    An LED illumination 4 with a camera shown in FIG. 10 is an incandescent spherical lamp body 4 set to an outer shape and outer dimensions that can be exchanged with an incandescent lamp, and an incandescent lamp socket is provided at the base end of the incandescent spherical lamp body 4. A base 5 having a terminal 51 set to a shape and size that can be attached to the base 5 is provided, and a cylindrical heat sink portion 40 having a conical outer wall whose diameter increases toward the front end is provided at the tip of the base 5. A cylindrical translucent cover 6 is provided at the tip of the cylindrical heat sink portion 40 that is concentrically integrated with the base 5 and opposite to the base 5 of the cylindrical heat sink portion 40. 40 includes a power supply circuit 8, an arithmetic processing unit 9 having a storage unit 90, and a radio device R. Further, the cylindrical heat sink unit 40 has an outer periphery near the tip of the cylindrical heat sink unit 40. Of The image pickup unit C of the CMOS camera C housed in the microphone, the sound collection unit M0 of the microphone M, and the sound output unit S0 of the speaker S are arranged so as to be exposed at intervals of 90 ° around the circumference, for example. At the position facing the inner wall of the light-transmitting cover 6 at the tip of the cylindrical heat sink portion 40, the LED substrate 70 is provided so that the mounted LED chip 7 faces the outer side (the light-transmitting cover 6). The arithmetic processing unit 9 controls the CMOS camera C, the wireless device R, the microphone M, and the speaker S.

    Further, the LED illumination 4 with a camera of the ceiling type shown in FIG. 11 is provided with a base 5 in which a pair of vertical hooked ceiling type 51 and 51 protrudes from the base end of the cylindrical lamp body 4. The cylindrical lamp body 4 is provided with an aspherical light-transmitting cover 6 at the tip opposite to the base 5 of the cylindrical lamp body 4, and a power circuit is provided inside the cylindrical lamp body 4. 8. The arithmetic processing unit 9 having the storage unit 90 and the radio device R are built in, and the sound collection of the microphone M accommodated in the cylindrical heat sink unit 40 is provided on the outer periphery of the cylindrical heat sink unit 40. The imaging unit of the CMOS camera C, which is arranged so that the unit M0 and the audio output unit S0 of the speaker S are exposed, for example, at intervals of 180 ° around the circumference and accommodated inside the cylindrical heat sink unit 40 C is translucent cover 6 An LED substrate 70 on which the LED chip 7 is mounted is disposed at a position facing the inner wall of the light-transmitting cover 6 at the tip of the cylindrical heat sink portion 40 so as to be exposed at an appropriate position. It is provided so as to face the wrinkle (translucent cover 6), and the arithmetic processing unit 9 controls the CMOS camera C, the wireless device R, the microphone M, and the speaker S.

(Operation / Effect of Example 3)
The camera-equipped LED illumination 4 of the present invention having the above-described configuration can be replaced with an incandescent lamp as shown in FIG. 10, or a ceiling-type illumination lamp as shown in FIG. It can be made interchangeable, and can be used in the same manner as the one having the straight tube lamp body 4 as shown in the first and second embodiments. For example, as shown in FIGS. Thus, the illumination range monitoring / warning system 1 can be realized by the wireless communication network 2 capable of ad hoc mode communication.

    As shown in FIG. 8, the illumination range monitoring / warning system 1 using the LED lighting 4 with a camera according to the present invention includes a plurality of illumination lamp devices 3 installed at predetermined intervals on the ceiling of a roof such as a station platform, for example. , 3,... Are installed with LED lighting with camera 4, 4,..., And LED lighting with camera 4, 4,. The wireless device (external wireless device) of the host computer / terminal device PC can be provided with a wireless communication network 2 constructed so as to be able to communicate by ad-hoc mode communication. As shown, the LED lights with cameras 4, 4,... And the wireless device (external wireless device) of the host computer / terminal device PC can communicate with each other by communication in the infrastructure mode. It may be a wireless communication network 2 that is.

(Operation / Effect of Example 4)
The illumination range monitoring / alarm system 1 using the camera-equipped LED illumination 4 of the present invention having the above-described configuration is either in ad hoc mode communication or in infrastructure mode communication. Communication is possible, and it is possible to make use of the advantages of each communication. As shown in FIG. 8 and FIG. Image information and audio information can be collected and analyzed by the host computer / terminal device PC, and the host computer can be used based on the image and audio detection information of the individual LED lights 4, 4,. -The terminal device PC automatically monitors the surroundings of the LED lighting with cameras 4, 4,..., And if necessary, from the individual LED lighting with cameras 4, 4,. For example, when a person carrying a portable terminal SP having a beacon function approaches the LED light 4 with a camera, a person carrying the portable terminal SP can be used. The location information is reached by wireless communication with the host computer / terminal device PC and is judged to be useful to the person carrying the portable terminal SP (for example, announcement information of a nearby dealer, Evacuation information, etc.) can be automatically provided to the portable terminal SP by wireless communication, and a person carrying the portable terminal SP is connected to the host computer / terminal device PC. Control that a warning sound is automatically output by radio communication to the portable terminal SP when approaching or entering a preset danger area Such as it is possible to and shall, it is possible to various uses.

(Conclusion)
As described above, the camera-equipped LED illumination of the present invention, and the illumination range monitoring / alarm system using the LED illumination, can achieve the intended purpose uniformly by its novel configuration, and is easy to manufacture. It can be installed in a short period of time by replacing the light bulbs with the illuminating lamp devices that have been used for a long time. In addition, the use of LED lamps prolongs the lamp life and reduces power consumption. It can save a lot of money by making significant savings, and it is far more economical because it can secure a place to install a separate surveillance camera as before and greatly reduce man-hours and costs. Such as railway and roadway managers and large building managers who need to manage a wide range of lighting facilities and install surveillance cameras. Also been highly evaluated to those who use, use over a wide range, is expected to be those that continue to spread.

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

    The present invention relates to LED (light emitting diode) lighting technology that has a socket mounting base and can be replaced with any of existing fluorescent lamps and incandescent lamps. In addition to the field of manufacturing and providing multifunctional lighting with functions such as automatic monitoring and notification, equipped with cameras and wireless devices, it is necessary for its transportation, storage, assembly and installation From the field of providing and selling equipment and equipment, to the field of providing materials, machinery, and parts necessary for materials, such as wood, stone, various fibers, plastic, various metal materials, etc. The field of electronic components to be incorporated and the control-related equipment that integrates them, the field of various measuring instruments, the field of power equipment that moves the equipment and instruments, the power and energy Fields generally referred to as industrial machinery, such as the electric and oil fields that are the source of energy, as well as testing and researching these facilities and equipment, and fields related to display, sales, import / export, and general In addition to the results of their use, the equipment used to make them, the fields related to the collection and transportation of garbage generated by the operation of equipment, etc., and the recycling field where these wastes are efficiently reused. There is no technical field that is not related to new fields that cannot be envisaged at this time.

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

    While the use of LED lamps in such lighting has progressed, in public facilities such as roads and railroads, in addition to such lighting equipment, surveillance cameras have been installed in various places to introduce technologies that enable remote monitoring. It is useful for grasping the traffic congestion situation on the road and ensuring the safety of the users of the station platform. In the present situation, the above-mentioned lighting equipment and surveillance camera equipment Are installed and used as separate systems that are independent of each other. In particular, surveillance cameras not only require significant installation costs themselves, but also ensure installation locations suitable for monitoring purposes and maintenance after installation. Management required a great deal of labor and expense.

(Conventional technology)
Proposals that reflect this situation and serve as a breakthrough are not unheard of.
For example, as typified by what is proposed in Patent Document 1 (1) below, there is a camera for photographing road conditions on a plurality of illumination columns provided at intervals along the longitudinal direction of the road. A road situation photographing apparatus that is installed and capable of efficiently and economically installing a camera on a road, a solar battery that generates power with sunlight, as seen in Patent Document 1 (2), and the like A storage battery for storing power generated by a solar battery, an illumination lamp to which power is supplied from the storage battery, a monitoring camera operable with the power supplied from the storage battery, an operation of the illumination lamp, and an operation of the monitoring camera And control means for operating the monitoring camera in a lighting state without reducing the illuminance of the illuminating lamp, and power consumption of the monitoring camera During the predetermined time period depending on, it consists in reducing the power supplied to the lamp, such as a surveillance camera with solar lighting apparatus capable of suppressing the power consumption is scattered.

However, the road situation photographing apparatus as shown in the former Patent Document 1 (1) is configured such that an illumination lamp and a camera are individually incorporated into an illumination column. Must be maintained and managed individually, and it is difficult to reduce maintenance costs. The solar lighting device with a surveillance camera disclosed in Patent Document 1 (2) was obtained by a solar battery. A technology that reduces power consumption by supplying power to lighting lamps, surveillance cameras, wireless transmission circuits, etc. that are built into solar lighting devices with surveillance cameras, and by adding surveillance cameras, wireless transmission circuits, etc. It has the disadvantage that it does not make it possible to significantly reduce the cost of installing and maintaining a surveillance camera. Further, Patent Documents 1 (3) to (8) show that Etc. is to have the station platform of the monitoring device, and requires the installation location of the camera, maintenance of camera equipment, it was not able to reduce the effort and expense required for management.
(1) JP 2004-5206 (2) JP 2009-188900 (3) JP 2003-63402 (4) JP 2014-184803 (5) JP 2017-19351 (6) Japanese Patent No. 3785456 (7) Japanese Patent No. 4041678 (8) Japanese Patent No. 5508963

(Awareness of problems)
As mentioned above, all of the previously proposed various types of illuminating lamps with cameras and monitoring devices for various platform platforms, etc., each incorporates an illuminating lamp and a camera as separate components. However, it is necessary to maintain and manage each of them individually, it is difficult to reduce the maintenance cost, more surveillance cameras can be installed easily and more economically, and after installation As a result, the need to develop a new LED lighting device with a camera that can greatly reduce the maintenance labor and costs of the camera has been realized.

(Object of invention)
Therefore, the present invention is an LED lamp that can be easily replaced with an existing illumination lamp such as an incandescent lamp or a fluorescent lamp, and has an integrated camera, and also serves as a surveillance camera simply by replacing the existing illumination lamp. Judging whether it is possible to develop a new LED lamp technology that can install and use the lamp, we have begun to develop and research it quickly, and have repeated trial and error over many years and many trials and experiments. As a result, we have finally succeeded in realizing the LED illumination with a camera having a novel structure and a novel illumination range monitoring / alarm system using the same, and the following is representative of the present invention shown in the drawings. The configuration will be described in detail with examples.

(Structure of the invention)
As can be clearly understood from the embodiments representing the present invention shown in the drawings, the LED illumination with a camera basically includes the following configuration.
In other words, an outer shape and outer dimensions that are replaceable and attachable to the socket portion of the illuminating lamp device are provided, a base having a terminal at an appropriate place, and a lamp body having a translucent cover integrated with the base. In the lamp body, one or a plurality of LED chips, and a power supply circuit connecting the LED chip and the terminal of the base are built in, and the inside of the lamp body is in the right place. 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, and functions with the power supplied from the power supply circuit at an appropriate position inside the lamp body. , Having an imaging unit directed to the imaging target range set on the outside of the lamp body, and having one or a plurality of small cameras that transmit image signals to the arithmetic processing unit, Of the base and translucent cover Either place side functions by power supplied from the power supply circuit, with a camera to subject matter the configuration assumed that radios are thus provided to enable communication with external radio of the arithmetic processing unit LED lighting.

If the LED lighting with a camera having this basic configuration is expressed in a different manner, the outer shape and outer dimensions of the outer lamp device are set so as to be interchangeably mounted on the socket portion of the illuminating lamp device, and the base having a terminal at an appropriate position. And a lamp main body having a light-transmitting cover integrated with the base, and one or a plurality of LED chips, and the LED chip and the base at an appropriate position inside the lamp main body. A power supply circuit that connects the terminals of the lamp is built in, and in the inside of the lamp body, an arithmetic processing unit that functions with electric power supplied from the power supply circuit, and a storage unit provided in the arithmetic processing unit are incorporated, The inside of the lamp body 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 processes the image signal. Send to the department Other has a plurality of one of the small camera, in any place of the mouth gold and inner and outer translucent cover functions by power supplied from the power supply circuit, and an external radio of the arithmetic processing unit A wireless device capable of communication is provided, and the arithmetic processing unit is an LED illumination with a camera having a configuration in which at least a small camera and a wireless device can be integrated and automatically controlled.

More specifically, the outer shape and outer dimensions (straight tube shape, ring shape, compact shape, light bulb) that can be exchangeably mounted on the socket portion of the illuminating lamp device, and a base having a terminal in place, and the A lamp body having a translucent cover integrated with a base is provided, and one or a plurality of LED chips, and a power source for connecting the LED chip and the terminal of the base at an appropriate position inside the lamp body A circuit is incorporated, and an arithmetic processing unit functioning with electric power supplied from a power supply circuit and a storage unit provided in the arithmetic processing unit are built in an appropriate position inside the lamp main body, It has an imaging unit that functions with the power supplied from the power supply circuit and is directed to the imaging target range set outside the translucent cover, and transmits the image signal to the arithmetic processing unit One or several small ones Has a camera, in place I is out of the lamp body functions by power supplied from the power supply circuit, radio is provided to enable communication with external radio of the arithmetic processing unit, the lamp body It has a microphone that functions with the power supplied from the power supply circuit at an appropriate position inside the lamp, and transmits a sound signal of the peripheral sound to the arithmetic processing unit, and is supplied from the power supply circuit to the appropriate position within the lamp body. Is provided with a speaker that outputs the audio signal transmitted by the arithmetic processing unit to the outside, and the arithmetic processing unit automatically integrates at least a small camera, a radio , a microphone, and a speaker. It becomes LED illumination with a camera which consists of a thing made controllable.

(Related invention 1)
In relation to the above-mentioned LED lighting with a camera, the present invention also includes an illumination range monitoring / warning system using the same.
That is, the LED lighting with a camera according to any one of the above, which forms the basis of the present invention, is incorporated into a plurality of illumination lamp devices installed at appropriate intervals in a building, a communicable host computer terminal through the communication-enabled wireless communication networks with radio, said host computer terminal device, an arithmetic processing section of the camera LED illumination via a wireless communication network, an ad hoc The illumination range monitoring / alarm system using the LED illumination with a camera according to any one of the above, which is capable of mode communication.

When the lighting range monitoring / warning system is shown in different expressions, the lighting range monitoring / warning system according to any one of the above, which forms the basis of the present invention for each of a plurality of illuminating lamp devices installed at appropriate intervals in a building. camera LED lighting is incorporated, has a communicable host computer terminal through the communication-enabled wireless communication networks with radio of the camera LED lighting, the host computer terminal apparatus, a wireless communication network The illumination range monitoring using the LED illumination with a camera according to any one of the above, which is capable of communicating in an in-structure mode with an arithmetic processing unit of each LED illumination with a camera via・ It can be called an alarm system.

As described above, according to the LED lighting with a camera of the present invention, unlike the conventional one, it is possible to easily replace and use an existing incandescent bulb or a fluorescent lamp from the unique characteristic configuration as described above. In addition to significantly extending the lamp life compared to conventional products, greatly reducing power consumption and CO2 emissions, the lamp body is equipped with an arithmetic processing unit, a small camera, and a radio , so part or all of the illumination range A range including any one of the above can be automatically captured, and based on the captured image, image analysis can be performed automatically, and the result of the image analysis can be automatically transmitted to an external wireless device via a wireless device. since becomes transmittable like to the terminal equipment connected to the machine, the LED lamp can add functionality of the monitoring camera, if up to previous, secured or surveillance cameras dedicated location, Introduce much more economically to various lighting lamps ranging from station platforms, roads, large commercial facilities, large buildings, and ordinary houses, which had to spend a great deal of money on installation and maintenance of visual camera systems In addition, the excellent feature that the maintenance cost can be greatly reduced is obtained.

Furthermore, the camera-equipped LED illumination according to the present invention is provided with a microphone and a speaker in addition to the arithmetic processing unit, the small camera, and the wireless device. of the audio information also becomes possible to capture information of the images and sound, outside the arithmetic processing unit may be appropriately analyzed, because are assumed capable of communicating with external radio via a radio, with the camera It will be possible to remotely know the more accurate situation of the place where the LED lighting is installed, and when the arithmetic processing unit determines that it is necessary based on the image and sound information, the explanation sound and warning sound are heard through the speaker. In addition to the function of a surveillance camera, it can also function as an alarm device. Or broadcasting such as voice, the one that can or a capable and conversation over the radio from a remote location.
In particular, according to the LED lighting with a camera of the present invention in which the speaker emits an alarm sound of 20 KHz or more outside the audible band, a hearing aid that captures sounds outside the audible band, such as guide dogs, pets, domestic animals, wild animals, is mounted. It is possible to have a function that enables alarming, avoidance, attraction, guidance, etc. to a person who has performed the operation, a robot having a microphone, a portable personal computer, or the like.

In addition, according to the LED lighting with a camera of the present invention in which the wireless device has a beacon receiving function for transmitting a reception signal of a beacon signal to the arithmetic processing unit, management of position information at the time of lamp replacement is possible. Easier, multiple LED lighting with cameras can communicate with external wireless devices such as a host computer / terminal device wireless device and portable terminal in various communication modes such as in-structure mode communication and ad hoc mode communication. It is possible to construct various lighting range monitoring / alarm systems, and in particular, wireless LAN (Local Area Network), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy) (Bluetooth Registered trademark. The same shall apply hereinafter.), Communication of at least one of Beacon However, it is possible to easily incorporate it into an existing network system, and further, it is easy to develop the network system.

    At least one of the infrared light of the near infrared wavelength and the far infrared wavelength is superimposed on at least one of the illumination light of the LED chip and the transmitted illumination light of the translucent cover and reaches the irradiation range According to the LED illumination with a camera of the present invention, a white cane, a white umbrella and a vinyl umbrella under illumination with a near-infrared wavelength added can be more accurately identified from an image captured by a small camera. More specifically, for example, the cane and the umbrella can be more accurately distinguished by passing through the cover of the umbrella with illumination with a near-infrared wavelength and copying the bone (metal part). In addition, by equipping a small camera with the function of a thermographic camera, the infrared radiation temperature is detected, thereby more accurately identifying the guide dog and the carry bag. It becomes what can, and what can be enhanced significantly the safety of such station of the home and the road.

    According to the LED lighting with a camera of the present invention in which at least one small camera is composed of a CMOS (complementary metal oxide semiconductor) camera, the performance as a surveillance camera required for the LED lighting with a camera of the present invention Can be achieved sufficiently, and it consumes less power than other existing small cameras and can reduce manufacturing costs. can get.

    According to the LED lighting with a camera of the present invention in which at least one small camera has a thermographic function, as described above, a heating object can be clearly identified. For example, a guide dog at a station platform And carry bags can be identified more accurately, it is possible to identify infectious people in airport passengers, automatically notify the occurrence of a fire, It will be possible to discover and inform.

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

An arithmetic processing unit has image processing software for automatically controlling a small camera and automatic communication software for automatically controlling a wireless device in the storage unit, and the image processing software and the automatic communication software can be integratedly controlled. According to the LED lighting with a camera of the present invention, which is provided with control software, image information captured by a small camera by image processing software and automatic communication software controlled by the integrated control software is automatically converted into an image. In addition to being able to process, information obtained by image processing is automatically transmitted to a remote location via a wireless device , and the automatic monitoring function from a remote location is greatly enhanced. Can do.

Integrated control software in which the arithmetic processing unit has recording control software for automatically controlling the microphone and audio output software for automatically controlling the speaker in the storage unit, and the recording control software and the audio output software can be integratedly controlled. According to the LED lighting with a camera of the present invention, the voice collected by the microphone by the recording control software and voice output software controlled by the integrated control software is automatically analyzed. the result of the analysis, on or can automatically transmitted to a remote location via a radio, automatically or audio output through a speaker, or an audio output of the audio received from a remote location via a radio Automatic or remote voice detection, voice guidance, voice guidance, call It can be assumed to have any function.

The wireless device has an antenna portion having 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. According to the LED lighting with a camera, the wireless device blocks the illumination light and prevents the illumination range from being narrowed to realize a wider range of illumination, and the wireless device can be used as a base or a power circuit. Thus, more reliable communication can be realized without being affected by surrounding components such as, and a communication function with much higher reliability can be achieved.

    The LED with a camera according to the present invention, wherein the light-transmitting cover and the cap are set to the outer shape and outer dimensions of the straight tube fluorescent lamp, each having a total of two caps, one at each end of the straight tube-type light transmitting cover. According to the illumination, it can be installed in a manner that can be easily replaced with the socket part of a conventional straight tube fluorescent lamp illumination lamp device, and a straight tube fluorescent lamp type LED lamp. Since it can be easily replaced and installed in the socket part of a dedicated lighting device, it is not necessary to install a separate surveillance camera just by preparing a straight tube fluorescent lamp, Maintenance costs can be significantly reduced.

And the LED lighting with a camera of this invention is built into each of a plurality of illumination lamp devices installed at appropriate intervals in the building, and a wireless communication network capable of communicating with the radio of each LED lighting with a camera is provided. A host computer / terminal device that can communicate with each other via a wireless communication network, and the host computer / terminal device can communicate in an ad hoc mode with an arithmetic processing unit of each LED illumination with a camera via a wireless communication network. In addition, according to the illumination range monitoring / warning system using LED lighting with a camera according to the present invention, a large number of illumination lamps are installed at a constant interval over a long distance such as a station platform or along a road. When the apparatus is used as an object, an excellent effect can be obtained that more reliable communication can be ensured more economically.

Moreover, the LED lighting with a camera of this invention is incorporated in each of a plurality of illumination lamp devices installed at appropriate intervals in a building, and a wireless communication network capable of communicating with a radio of each LED lighting with a camera is provided. 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 the LED lighting with each camera via the wireless communication network. According to the illumination range monitoring / warning system using the LED lighting with a camera of the present invention, there is an advantage that communication speed can be increased and more rapid monitoring work, evacuation guidance, guidance, etc. can be realized. .

In implementing the present invention having the above-described configuration, the best or desirable mode will be described.
The illuminating lamp device is mechanically incorporated so that the LED lighting with a camera of the present invention can be exchanged mechanically, can be electrically connected, and has the function of supplying power to the LED lighting with a camera. In addition, it is possible to replace at least one of an existing incandescent lamp and a fluorescent lamp, and a socket part for the incandescent lamp, and an incandescent lamp type LED lamp can be used. It is assumed that at least any one of a socket part, a fluorescent lamp socket part, and a fluorescent lamp type LED lamp socket part is provided, an installation position of the illumination lamp, and a monitoring camera It is desirable to be installed in at least one of the installation positions.

    The base of the LED illumination with a camera according to the present invention has a function of allowing the LED illumination with a camera to be mechanically and electrically detachably incorporated into the illumination lamp device. It must have a terminal that can be removably incorporated into the terminal, and the terminal can also have a function that can be mechanically removably incorporated into the illumination lamp device. In addition, a part of the terminals provided in plural can not be electrically connected, and can only be mechanically connected. The base is an existing incandescent lamp type. It may be any one of a fluorescent lamp type, an existing fluorescent lamp type, and an LED lamp type.

    The translucent cover of the LED illumination with a camera according to the present invention allows the illumination light emitted by the built-in LED chip to be transmitted and irradiated to the outside of the LED illumination with the camera, and has various incandescent lamps and various fluorescent lamps in appearance. It shares the function of exhibiting at least one of the external shapes of various LED lamps and other various lamps, and surrounds the LED chip and other built-in components so that they are not exposed to the outside. A function for appropriately dispersing, condensing, and selecting a wavelength can be added.

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

The arithmetic processing unit should have a function to automatically control each functional component such as a small camera and a wireless device , have a storage unit, and operate by receiving power from the power supply circuit. More specifically, it can be one of a control circuit such as a CPU (Central Processing Unit) to which any one of readable and readable / writable semiconductor memory is connected, and a relay circuit, As shown in the examples described later, the storage unit automatically controls image processing software for automatically controlling a small camera, automatic communication software for automatically controlling a radio , image processing software, recording control software for automatically controlling a microphone, and speakers automatically. Audio output software to be controlled is stored, and further, these image processing software and automatic communication software A, recording control software and the audio output software can the assumed that stores integrated control software to integrate controllable, the control software, radios and the host computer terminal via a wireless communication network (external wireless It can be rewritten by the manager of the LED lighting with a camera of the present invention through communication from the machine .

    The small camera takes a function of imaging an imaging target range set on the outside of the translucent cover and transmitting the image signal to the arithmetic processing unit. The imaging unit is an illumination lamp for LED illumination with a camera according to the present invention. It fits within the outer shape and outer dimensions that can be interchangeably mounted on the socket part of the device, and is arranged so as not to interfere with the illumination of the LED lighting with camera. The imaging target range is set according to the installation conditions of the LED lighting with camera. An image pickup range adjustment mechanism that can adjust the angle and orientation of the image pickup unit can be incorporated so that the image can be adjusted, and can be a small camera such as a CCD (Charge Coupled Device) camera, or a CMOS camera. It is desirable to have a thermography function, and as shown in the embodiments described later, with one camera. It is possible that two or more small cameras are provided at a plurality of locations of the LED lighting, and the position of the imaged object (person) can be triangulated. According to the image processing software, It is preferable to operate under the automatic control of the arithmetic processing unit.

The radio unit has a function of enabling communication with the external radio unit of the arithmetic processing unit of the LED illumination with a camera according to the present invention. More specifically, the radio unit is a wireless communication network in the illumination range monitoring / warning system according to the present invention. connected, having at least one of external radio and functions to enable communication of another camera LED lighting radios of the present invention (external radio) and the host computer terminal device, wireless communication, radio It should be possible to communicate at least one of LAN (Local Area Network), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy), and Beacon. As shown in Fig. 1, the antenna has at least one of a planar shape and a rod shape. And it is good for this antenna part to be provided in the predetermined | prescribed inclination angle attitude | position with respect to the outer surface of a translucent cover.

    The microphone shares the function of sensing the surrounding sound of the LED lighting with camera according to the present invention and transmitting the sound signal of the surrounding sound to the arithmetic processing unit. It is desirable to be directed to the imaging target range of the camera, and it is possible to incorporate a sound collection direction adjustment mechanism capable of adjusting the direction of sound collection. Shares the function of outputting the audio signal to be transmitted to the outside, and sounds toward a person or animal approaching the vicinity of the installation location of the LED lighting with camera according to the present invention or other object that can sense audio. As shown in the examples to be described later, a guide dog, a wild bird, a dog, a cat, a deer, a frog, other animals, an automatic machine and a robot that can receive sound exceeding the audible band Feeling Is the way, it is possible to those intended to emit an audible band of 20KHz or more alarm sound.

The wireless communication network includes the LED lighting with a camera of the present invention, which is interchangeably attached to each lighting device within the target range where the lighting range monitoring / warning system of the present invention is installed, and the host computer / terminal device is wireless. A connectable environment, for example, using at least one of the wireless communication technologies of a wireless LAN, Wi-Fi (registered trademark), Bluetooth, BLE wireless communication network, sensor network, and other wireless networks It is desirable that the host computer / terminal device is an LED illumination with a camera according to the present invention, which is interchangeably attached to each illumination light device within the target range where the illumination range monitoring / warning system according to the present invention is installed. It can communicate with each other and has the function of individually controlling the LED lighting with each camera. Recording computer terminal device, the radio to communicate with the (external radio) radios camera LED illumination via a small camera relaying images, and, the arithmetic processing unit is automatically recorded in a storage unit Display the image on the display of the host computer / terminal device, output the sound detected by the microphone and the recorded sound automatically recorded in the storage unit by the arithmetic processing unit from the speaker of the host computer / terminal device, In addition to being able to output the sound detected by the microphone of the terminal device and the sound pre-recorded by the arithmetic processing unit in the storage unit from the speaker of the LED lighting with camera, it is also applicable to the examples described later. As shown, Beacon by BLE (Bluetooth, Bluetooth Low Energy) communication. It is possible to individually communicate with a smartphone or a tablet PC (Personal computer) equipped with the above function.

In the wireless communication network, the LED lighting with a camera according to the present invention is incorporated in each of a plurality of illumination light devices installed at appropriate intervals in a building, and the wireless communication network can communicate with each LED lighting wireless device with a camera. It has a host computer / terminal device that can communicate via a communication network, and the host computer / terminal device can communicate with the arithmetic processing unit of each LED lighting with a camera via the wireless communication network. In addition, the LED lighting with a camera of the present invention is incorporated into each of a plurality of illuminating lamp devices installed at appropriate intervals in a building. of a host computer terminal device capable of communicating via the communication-enabled wireless communication networks with radio, the host computer - terminal device can be a processing unit of each camera with LED illumination via a wireless communication network, and those capable of communicating in ad hoc mode.
In the following, the structure of the present invention will be described in detail together with an embodiment representative of the present invention shown in the drawings.

The drawings show some typical embodiments embodying the technical idea of the LED lighting with camera of the present invention and the illumination range monitoring / warning system using the same.
It is a three-plane figure which shows LED illumination with a camera. It is a perspective view which shows the principal part of LED illumination with a camera. It is a bottom view which shows the LED lighting with a camera in which the microphone and the speaker were added. It is a bottom view which shows LED illumination with a camera in which the microphone, the speaker, and the small camera were added. It is a conceptual diagram which shows the LED lighting with a camera of a one-side electric power feeding type. It is a conceptual diagram which shows LED illumination with a camera of a both-sides feeding type. It is a perspective view which shows LED illumination with a camera with which the illuminating device was mounted | worn. It is a conceptual diagram which shows the illumination range monitoring and alarm system of the communication of ad hoc mode. It is a conceptual diagram which shows the illumination range monitoring and alarm system of communication of an infrastructure mode. It is a front view which shows LED lighting with an incandescent bulb type camera. It is a three-plane figure which shows LED lighting with a camera of a square hook ceiling type. It is a conceptual diagram which shows the illumination range monitoring and alarm system installed in the platform of a station. It is a functional block diagram of the illumination range monitoring and warning system installed in the platform of a station.

1, 2, and 7, the outer shape and outer dimensions of the lamp unit 3 that can be exchangeably mounted on the socket portions 30, 30 are set, and the base 5 having terminals 51, 51 at appropriate positions. 50 and a lamp body 4 having a translucent cover 6 integrated with the caps 5 and 50 are provided, and one or a plurality of LED chips 7 are provided at appropriate positions inside the lamp body 4. , 7,..., And LED chips LED chips 7, 7,... And terminals 51, 51 of the caps 5, 50 are internally provided. The processing unit 9 that functions with the power supplied from the power source and the storage unit 90 provided in the processing unit 9 are built in, and the power supplied from the power supply circuit 8 to the inside of the lamp body 4 at a suitable position. And the outside of the lamp body 4 is set to the side It has an image pickup unit C directed to the image target range, and has one or a plurality of small cameras C that transmit image signals to the arithmetic processing unit 9, and the caps 5, 50 and the translucent cover 6, a wireless device R functioning with the power supplied from the power supply circuit 8 and enabling communication with an external wireless device of the arithmetic processing unit 9 is provided at any appropriate place inside or outside of 6. The typical Example in the LED lighting with a camera of this invention is shown.

    As can be clearly understood from FIGS. 1, 5 and 7, the LED lighting 4 with a camera of the present invention is a straight tube lamp set to an outer shape of a 40-tube type (tube length: 1198 mm / G13 base) straight tube fluorescent lamp. A casing made of aluminum alloy and having a plurality of grooves for heat dissipation on the outer peripheral wall on one side wall that faces the ceiling (upward: opposite to the illumination direction) when installing around the body 4 On the other peripheral wall of the circumference that turns to the floor (downward: lighting direction) when installing the heat sink 40 and the opposite side of the heat sink 40, a translucent cover 6 made of polycarbonate with a milky white frosted glass finish is provided, A base made of PBT (polybutylene terephthalate) that can be incorporated into the socket portions 30 and 30 of the conventional (G13 type socket) illumination lamp device 3 at both ends of the straight tube lamp body 4. 50, and only one of the caps 5 and 50 is provided with external power supply terminals 51 and 51 that can be mechanically and electrically connected to the socket portion 30 of the illuminating lamp device 3. One-side power supply type, which is supplied with external power (commercial power supply 80: AC100 / 200V) through the terminals 51, 51 of the one cap 5 and the external power (commercial power supply 80: AC100 / 200 V), which is opposite to the base part 5 that receives the supply of 200 V), the base part 50 arranged on the other side can be mechanically and electrically connected to the socket part 30 of the illumination lamp device 3. It is assumed that terminals 52, 52 that are impossible are provided, and a caution display portion 53 that indicates that the base portion 5 is for power connection is provided on the outer wall in the vicinity of one base portion 5 of the opaque sticker seal 53. Display by pasting The caution display part 53 is a display by sticking a transparent or translucent sticker seal that does not obstruct illumination outside the opaque sticker seal 53, or a direct print display, or It can be provided by any of the marking indications.

As shown in FIG. 6, the straight tube lamp body 4 is set to the outer shape of the 110 type (tube length 2367 mm / R17d type base) straight tube fluorescent lamp shape, and, similar to the LED illumination 4 with a camera of FIG. A casing heat sink 40 made of aluminum alloy and a translucent cover 6 made of polycarbonate are provided, and a base 5 that can be incorporated into sockets 30 and 30 of a conventional type (R17d socket) at both ends of a straight tube lamp body 4. , 5 and the caps 5 and 5 and the translucent cover 6 are made of a flame grade UL94V-O (SNE standard specification is V-2), and each of the caps 5 and 5 has a terminal 51 for supplying external power. , 51 are provided on both sides, and external power (commercial power supply 80: AC1) is provided at an appropriate position in the straight tube lamp body 4 through at least one of the power supply circuits 8, 8 of the caps 5, 5. 00 / 200V), and external power (commercial power supply 80: AC100) from at least one of the plurality of LED chips 7, 7,... That emit light and the power supply circuits 8, 8 of the caps 5, 5 / 200V) can be supplied to the arithmetic processing unit 9, the CMOS (complementary metal oxide semiconductor) camera C, and the wireless device R.

As shown in FIGS. 6 and 7, the LED lighting 4 with a camera of the both-side power feeding type has terminals 51, 51 of both caps 5, 5 from both of the pair of socket parts 30, 30 of the illuminating lamp device 3. Power supply (AC100 / 200V) is received from the commercial power source 80, and both ends of the straight tube lamp body 4 are provided with power supply circuits 8 and 8, respectively. 9. Power is supplied to the CMOS camera C and the wireless device R, and power is supplied to the plurality of LED chips 7, 7,... In addition, the plurality of LED chips 7, 7,... Receive power from the commercial power supply 80 from the terminals 51, 51 of the caps 5, 5 at both the left and right ends. arithmetic processing unit 9, CMOS cameras C, Line machine R is, it is possible from the terminals 51 and 51 of the cap 5, 5 I the end adjacent one of the left and right ends, ones supplied with power from the commercial power source 80, also, a plurality of LED A power supply circuit to the chips 7, 7,... Is divided into left and right from a substantially central position between the left and right ends of the straight tube lamp body 4, and commercial power is supplied from the terminals 51, 51 of the left end caps 5, 5. The power from 80 is supplied to the plurality of LED chips 7, 7,... Divided on the left side, and the power from the commercial power source 80 from the terminals 51, 51 of the right end caps 5, 5 is a plurality of LED chips 7,7 right is divided crocodile, is supplied to the ......, the arithmetic processing unit 9, CMOS cameras C, radios R is, base 5 of I is either close to the end of the left and right ends, Various power supplies such as receiving power from commercial power supply 80 from each of the terminals 51 and 51 of FIG. It is possible to those of the circuit.
The plurality of LED chips 7, 7,... Emit at least one of a daylight color, a daylight white color, a white color, a warm white color, and a light bulb color in which infrared light with a near infrared wavelength and a far infrared wavelength is superimposed. In addition to the visible light image, the CMOS camera C can capture near-infrared wavelength and far-infrared wavelength images.

    As shown in FIG. 1, between the one end of the housing heat sink portion 40 and the translucent cover 6 of the straight tube lamp body 4 and one base portion 5, the floor when the housing heat sink portion 40 is installed. A peripheral wall facing downward (illumination direction) bulges 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, the one cap portion 5 is inclined to an appropriate angle α of 5 ° to 60 °, preferably 15 ° (showing the center line CL of the straight tube lamp body 4 in FIG. 1). An electrical equipment box 41 is provided in which a downward bulging portion 42 having an inclined side wall 43 is integrated, and the floor (downward: lighting) of the downward bulging portion 42 of the electrical equipment box 41 when the straight tube lamp body 4 is installed. The direction of the surrounding wall is close to one base part 5 Part C is when the floor installation of straight tubular lamp body 4 (below: the illumination direction) direction and consisting CMOS as supported miniature camera C to the attitude (Complementary metal Oxide Semiconductor) camera C is provided.

When the casing heat sink 40 is installed between the other base 50 and the electrical box 41 inside the casing heat sink 40 and the translucent cover 6 in the straight tube lamp body 4, An LED board 70 on which a plurality of LED chips 7, 7,... Are aligned at equal intervals with respect to the wall facing the floor (downward: lighting direction) is a rear surface of the LED board 70. Are arranged so as to be in contact with each other, and the surface of the LED board 70 on which the LED chips 7, 7,... Are mounted is constructed so as to face the translucent cover 6, and the LED board 70 and the housing heat sink portion. The power supply circuit 8 is provided in an appropriate place in the space between 40, a proper place in the cap parts 5, 50, and a proper place in the electrical box 41, preferably in the electrical box 41. Within Processing unit 9 having a憶部90 is provided, among the alligator inclined side wall 43 of the downward swelling part 42 of the electrical component box 41, radio R is, the radio circuit and the antenna unit R1 is mounted radio The circuit board R0 is built in as being inclined 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 wireless device R operate under the automatic control of the arithmetic processing unit 9.

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

The integrated control software activates the image processing software. 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, Infrared wavelength image information is extracted and processed differently from white cane, white umbrella and vinyl umbrella, for example, the bone cover (metal) part can be identified by seeing through the cover of the umbrella, and the white cane In addition, for example, when it is determined that the person with the white cane approaches or enters a dangerous area set in advance within the imaging target range, the integrated control software performs automatic communication software ( wireless Machine R) and an external wireless device of the host computer / terminal device PC, an alarm may be issued to the host computer / terminal device PC.

In addition, the image processing software activated by the integrated control software automatically records image information captured by the CMOS camera C as a color image, and further, image information of far-infrared wavelengths captured by the CMOS camera C by the thermography function. The image is extracted so that the guide dog and the carry bag can be distinguished from each other by the difference in the radiation temperature, the guide dog is recognized, and, for example, the person with the guide dog is preset within the imaging target range. If the integrated control software determines that it has approached or entered the dangerous area, the automatic control software ( radio device R) and the external wireless device of the host computer / terminal device PC are connected to the host computer / terminal device PC. An alarm can be issued.

(Operation / Effect of Example 1)
The camera LED lighting 4 above configured in the following of the present invention, based on the image CMOS camera C is taken automatically detects and people with white cane, such as a person who brought guide dog and radios R It is possible to notify the host computer / terminal device PC installed at a remote location through the automatic identification of visually impaired persons and ensure safer protection and guidance. In addition, since the wireless device R is enabled to communicate with any one of wireless LAN (Local Area Network), Wi-Fi (registered trademark), BLE (Bluetooth, Bluetooth Low Energy), and Beacon, It is possible to carry a portable terminal through a radio R to a person carrying a portable terminal capable of wireless communication or a visually impaired person. In addition to being able to send various types of information to mobile terminals and communicate so that mobile terminals emit guidance voices and warning voices, it can also be used for collecting and utilizing big data. It can be used.

As shown in FIGS. 3 and 13, the camera-equipped LED illumination 4 of the present invention includes the straight tube type 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 that exposes the sound collection unit M0 and a speaker S that exposes the audio output unit S0 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 image processing software described in the first embodiment, Integrated control software that enables integrated control of the recording control software and audio output software is stored. Towea, automatic communication software, there is a capable automatically control the recording control software and the audio output software.

As shown in FIG. 4, the camera-equipped LED illumination 4 according to the present invention includes a CMOS camera between the housing heat sink 40 and the translucent cover 6 of the straight tube lamp body 4 and the cap 5 at one end. In addition to the electrical box 41 having the C, the radio R, the microphone M, and the speaker S, the casing heat sink 40 and the translucent cover 6 of the straight tube lamp body 4 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 of the cap 5 and left and right CMOS cameras C and C constitute stereo cameras C and C, and left and right Microphones M and M constitute stereo microphones M and M, and left and right speakers S and S constitute stereo speakers S and S.

(Operation / Effect of Example 2)
As shown in FIG. 3, the camera-equipped LED illumination 4 having the above-described configuration is provided with a microphone M and a speaker S in addition to the CMOS camera C and the radio device R. In addition to recording and analysis, voice guidance, guidance, and alarms can be made through the speaker S around the installation site, and the microphone M and speaker S are connected to the radio R. This has the effect of enabling calls with remote locations.

    As shown in FIG. 4, the left and right CMOS cameras C and C are stereo cameras C and C, and the right and left CMOS cameras C and C in which both ends of the straight tube lamp body 4 are hidden are shown. Makes it possible to triangulate people and objects captured by both the left and right CMOS cameras C and C, and 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 constitute the stereo microphones M, M until the sound reaches from the sound source. The sound source position can be specified by calculation processing using the time difference between the left and right, and a person who operates the host computer / terminal device PC at a remote location can connect a stereo device connected to the terminal device PC. -The sound of the place where the LED light 4 with the camera is installed can be heard with a sense of presence through a car or stereo headphones. The left and right speakers S, S constitute the stereo speakers S, S. Can be reproduced more solidly, and in the case of monaural sound, it is possible to deliver sound over a wider range than in the case of one speaker S.

An LED illumination 4 with a camera shown in FIG. 10 is an incandescent spherical lamp body 4 set to an outer shape and outer dimensions that can be exchanged with an incandescent lamp, and an incandescent lamp socket is provided at the base end of the incandescent spherical lamp body 4. A base 5 having a terminal 51 set to a shape and size that can be attached to the base 5 is provided, and a cylindrical heat sink portion 40 having a conical outer wall whose diameter increases toward the front end is provided at the tip of the base 5. A cylindrical translucent cover 6 is provided at the tip of the cylindrical heat sink portion 40 that is concentrically integrated with the base 5 and opposite to the base 5 of the cylindrical heat sink portion 40. 40 includes a power supply circuit 8, an arithmetic processing unit 9 having a storage unit 90, and a radio device R. Further, the cylindrical heat sink unit 40 has an outer periphery near the tip of the cylindrical heat sink unit 40. Of The image pickup unit C of the CMOS camera C housed in the microphone, the sound collection unit M0 of the microphone M, and the sound output unit S0 of the speaker S are arranged so as to be exposed at intervals of 90 ° around the circumference, for example. At the position facing the inner wall of the light-transmitting cover 6 at the tip of the cylindrical heat sink portion 40, the LED substrate 70 is provided so that the mounted LED chip 7 faces the outer side (the light-transmitting cover 6). The arithmetic processing unit 9 controls the CMOS camera C, the wireless device R, the microphone M, and the speaker S.

Further, the LED illumination 4 with a camera of the ceiling type shown in FIG. 11 is provided with a base 5 in which a pair of vertical hooked ceiling type 51 and 51 protrudes from the base end of the cylindrical lamp body 4. The cylindrical lamp body 4 is provided with an aspherical light-transmitting cover 6 at the tip opposite to the base 5 of the cylindrical lamp body 4, and a power circuit is provided inside the cylindrical lamp body 4. 8. The arithmetic processing unit 9 having the storage unit 90 and the radio device R are built-in, and the sound collection of the microphone M accommodated in the cylindrical heat sink unit 40 is provided around the outer periphery of the cylindrical heat sink unit 40. The imaging unit of the CMOS camera C, which is arranged so that the unit M0 and the audio output unit S0 of the speaker S are exposed, for example, at intervals of 180 ° around the circumference and accommodated inside the cylindrical heat sink unit 40 C is translucent cover 6 An LED substrate 70 on which the LED chip 7 is mounted is disposed at a position facing the inner wall of the light-transmitting cover 6 at the tip of the cylindrical heat sink portion 40 so as to be exposed at an appropriate position. It is provided so as to face the wrinkle (translucent cover 6), and the arithmetic processing unit 9 controls the CMOS camera C, the wireless device R, the microphone M, and the speaker S.

(Operation / Effect of Example 3)
The camera-equipped LED illumination 4 of the present invention having the above-described configuration can be replaced with an incandescent lamp as shown in FIG. 10, or a ceiling-type illumination lamp as shown in FIG. It can be made interchangeable, and can be used in the same manner as the one having the straight tube lamp body 4 as shown in the first and second embodiments. For example, as shown in FIGS. Thus, the illumination range monitoring / warning system 1 can be realized by the wireless communication network 2 capable of ad hoc mode communication.

As shown in FIG. 8, the illumination range monitoring / warning system 1 using the LED lighting 4 with a camera according to the present invention includes a plurality of illumination lamp devices 3 installed at predetermined intervals on the ceiling of a roof such as a station platform, for example. , 3,... Are installed with LED lighting with camera 4, 4,..., And LED lighting with camera 4, 4,. 9 can have a wireless communication network 2 constructed so as to be able to communicate with the wireless device (external wireless device ) of the host computer / terminal device PC that has been communicated by communication in the ad hoc mode. as shown, each camera LED lighting 4,4, .... and the host computer terminal PC radio and (external radio), but so as to communicate therewith for communication in structure mode structure It may be a wireless communication network 2 that is.

(Operation / Effect of Example 4)
The illumination range monitoring / alarm system 1 using the camera-equipped LED illumination 4 of the present invention having the above-described configuration is either in ad hoc mode communication or in infrastructure mode communication. Communication is possible, and it is possible to make use of the advantages of each communication. As shown in FIG. 8 and FIG. Image information and audio information can be collected and analyzed by the host computer / terminal device PC, and the host computer can be used based on the image and audio detection information of the individual LED lights 4, 4,. -The terminal device PC automatically monitors the surroundings of the LED lighting with cameras 4, 4,..., And if necessary, from the individual LED lighting with cameras 4, 4,. For example, when a person carrying a portable terminal SP having a beacon function approaches the LED light 4 with a camera, a person carrying the portable terminal SP can be used. The location information is reached by wireless communication with the host computer / terminal device PC and is judged to be useful to the person carrying the portable terminal SP (for example, announcement information of a nearby dealer, Evacuation information, etc.) can be automatically provided to the portable terminal SP by wireless communication, and a person carrying the portable terminal SP is connected to the host computer / terminal device PC. Control that a warning sound is automatically output by radio communication to the portable terminal SP when approaching or entering a preset danger area Such as it is possible to and shall, it is possible to various uses.

(Conclusion)
As described above, the camera-equipped LED illumination of the present invention, and the illumination range monitoring / alarm system using the LED illumination, can achieve the intended purpose uniformly by its novel configuration, and is easy to manufacture. It can be installed in a short period of time by replacing the light bulbs with the illuminating lamp devices that have been used for a long time. In addition, the use of LED lamps prolongs the lamp life and reduces power consumption. It can save a lot of money by making significant savings, and it is far more economical because it can secure a place to install a separate surveillance camera as before and greatly reduce man-hours and costs. Such as railway and roadway managers and large building managers who need to manage a wide range of lighting facilities and install surveillance cameras. Also been highly evaluated to those who use, use over a wide range, is expected to be those that continue to spread.

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

Claims (15)

    An outer shape and outer dimensions that are replaceably mountable on a socket portion of an illuminating lamp device, a base having a terminal at an appropriate place, and a lamp body having a translucent cover integrated with the base are provided, One or more LED chips and a power supply circuit that connects the LED chip and the terminal of the base are installed inside the lamp body at an appropriate position. An arithmetic processing unit that functions with electric power supplied from the storage unit and a storage unit provided in the arithmetic processing unit, and functions with electric power supplied from a power supply circuit at an appropriate position inside the lamp body. An imaging unit that is directed to an imaging target range set on the outside of the lamp body, and has one or a plurality of small cameras that transmit image signals to the arithmetic processing unit; And inside and outside of translucent cover A camera-equipped LED illumination characterized by comprising a radio device that functions with power supplied from a power supply circuit and enables communication with an external radio device of the arithmetic processing unit. .     An outer shape and outer dimensions that are replaceably mountable on a socket portion of an illuminating lamp device, a base having a terminal at an appropriate place, and a lamp body having a translucent cover integrated with the base are provided, One or more LED chips and a power supply circuit that connects the LED chip and the terminal of the base are installed inside the lamp body at an appropriate position. An arithmetic processing unit that functions with electric power supplied from the storage unit and a storage unit provided in the arithmetic processing unit, and functions with electric power supplied from a power supply circuit at an appropriate position inside the lamp body. An imaging unit that is directed to an imaging target range set on the outside of the lamp body, and has one or a plurality of small cameras that transmit image signals to the arithmetic processing unit; And inside and outside of translucent cover A wireless device that functions with power supplied from the power supply circuit and enables communication with an external wireless device of the arithmetic processing unit is provided at an appropriate position, and the arithmetic processing unit includes at least a small camera and a wireless device. LED lighting with a camera, characterized in that it can be integrated and automatically controlled.     The outer shape and outer dimensions (straight tube type, ring shape, compact type, light bulb) that can be exchangeably attached to the socket part of the illuminating lamp device are set, and the base having terminals at appropriate positions, and the base is integrated. A lamp body having a translucent cover is provided, and one or a plurality of LED chips, and a power supply circuit that connects the LED chip and the terminal of the base, are provided in an appropriate position inside the lamp body, 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 lamp body in the proper place, and the lamp body in the proper place, One or a plurality of imaging units that function with power supplied from the power supply circuit and that are directed to the imaging target range set on the outside of the translucent cover and that transmit image signals to the arithmetic processing unit Have one of the small cameras A wireless device that functions with the power supplied from the power supply circuit and enables communication with an external wireless device of the arithmetic processing unit is provided at an appropriate position inside the lamp body. A functioning power supplied from the power supply circuit, having a microphone for transmitting the sound signal of the peripheral sound to the arithmetic processing unit, and functioning with the power supplied from the power supply circuit in an appropriate position inside the lamp body. And a speaker that outputs the audio signal transmitted by the arithmetic processing unit to the outside, and the arithmetic processing unit is capable of automatically controlling at least a small camera, a wireless device, a microphone, and a speaker in an integrated manner. LED lighting with a camera characterized by being made.     The LED illumination with a camera according to claim 3, wherein the speaker emits an alarm sound of 20 KHz or more outside the audible band.     The LED illumination with a camera according to any one of claims 1 to 4, wherein the wireless device has a beacon reception function of transmitting a reception signal of a beacon signal to the arithmetic processing unit.     At least one of the infrared light of the near infrared wavelength and the far infrared wavelength is superimposed on at least one of the illumination light of the LED chip and the transmitted illumination light of the translucent cover and reaches the irradiation range LED lighting with a camera according to any one of claims 1 to 5.     The LED illumination with a camera according to claim 1, wherein the at least one small camera is a CMOS (complementary metal oxide semiconductor) camera.     The LED illumination with a camera according to claim 1, wherein at least one small camera has a thermographic function.     The LED with a camera according to any one of claims 1 to 8, wherein a plurality of small cameras are arranged at an appropriate interval from each other, and the position of the imaged object (person) can be triangulated. illumination.     An arithmetic processing unit has image processing software for automatically controlling a small camera and automatic communication software for automatically controlling a wireless device in the storage unit, and the image processing software and the automatic communication software can be integratedly controlled. LED lighting with a camera according to any one of claims 1 to 9, wherein control software is provided.     Integrated control software in which the arithmetic processing unit has recording control software for automatically controlling the microphone and audio output software for automatically controlling the speaker in the storage unit, and the recording control software and the audio output software can be integratedly controlled. The LED illumination with a camera according to claim 3 or 4, wherein the LED illumination with a camera is provided.     The wireless device includes an antenna portion having 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 an outer surface of the translucent cover. LED lighting with a camera according to any one of 1 to 11.     The said transparent cover and a nozzle | cap | die are set to the outline shape and outline dimension of a straight tube | pipe type fluorescent lamp which have a total of two nozzle | cap | dies one each at the both ends of a straight tube | pipe type transparent cover. LED lighting with a camera as described in any one.     The LED lighting with a camera according to any one of claims 1 to 13 is incorporated into a plurality of illumination lamp devices installed at appropriate intervals in a building, and communicates with a radio of each LED lighting with a camera. A host computer / terminal device that can communicate via a wireless communication network, and the host computer / terminal device communicates with the arithmetic processing unit of each LED lighting with camera via the wireless communication network. 14. An illumination range monitoring / alarm system using LED illumination with a camera according to any one of claims 1 to 13, wherein the illumination is performed.     The LED lighting with a camera according to any one of claims 1 to 13 is incorporated into a plurality of illumination lamp devices installed at appropriate intervals in a building, and communicates with a radio of each LED lighting with a camera. A host computer / terminal device communicable via a wireless communication network, the host computer / terminal device comprising: The illumination range monitoring / warning system using LED illumination with a camera according to any one of claims 1 to 13, wherein communication is possible.

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