JP2010258540A - Transmission exposure system of imaging, image, and the like - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an imaging means and an imaging exposure means which enables imaging in an abnormal or the like site where imaging is performed through information interlocking of lighting means and each function of camera and an integration control or the like, a management or the like of taken images, a confirmation, an exposure, and the like of a site image immediately after imaging, without passing of time. <P>SOLUTION: One or more cameras 2 are associated with one or more illumination means 3 mutually, and imaging and a transmission of an abnormal site are performed by an illumination imaging startup means 11, an illumination imaging control means 12, an imaging simultaneous transmission means 13, a series operation means, and the like. The imaging simultaneous transmission means 13 automatically transmits data of taken image or the like as it is immediately, or performs a transmission startup or the like to the data of the image or the like, or an information signal or the like of the data of the image or the like by a separate transmission function. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention is an imaging device in case of emergency encounter with an emergency, which is completely different from the post-verification of conventional video recording in which the crime prevention illumination and the camera are separated from each other. The present invention relates to the field of dangerous image detection of abnormal detection such as abnormalities, which enables the imaging and detection of monitored objects and monitored conditions in the field, etc., and automatically transmits the captured video by imaging the field such as abnormalities through communication means immediately after imaging.

  Conventionally, surveillance cameras that are generally installed in industries, public places, facilities, etc., for example, are not intended to detect and monitor images in emergency situations such as crimes in places where cameras can be installed. It is intended to monitor the recording for the purpose of post-verification of the place. Crimes are increasing dramatically especially in places where cameras are not installed, especially in private houses.

  Up to now, conventional crime prevention with stores, banks, etc., and public surveillance cameras, for example, street cameras for security and emergency call buttons are installed in public places, general roads, and shopping streets. In addition, a personal information card for confirming personal information at an ATM or other places, or a camera linked with other image recognition or the like is used. All of these are preventive crime preventions in specific places, and are not intended for imaging crime preventions in the event of an unforeseen incident, an emergency, or an emergency in response to a crime or incident.

  Conventional surveillance cameras are not video surveillance for emergency imaging and criminal video capture when a crime or incident occurs. There is a crime prevention system in society as a whole that can be monitored by post-crime confirmation after a crime if a crime occurs, except for the chance that there is an opportunity to capture the scene. In particular, it is not a camera that can perform automatic object detection, automatic imaging, automatic image transmission, etc. that capture the scene when faced with crimes and incidents. There are no cameras that prevent, prevent, or detect crime, etc., other than cameras installed at specific locations. This is a method of post-crime confirmation where the police check the video after looking for a camera that happens to be near the scene or nearby.

  Conventionally, a camera needs to be illuminated when taking images at night. Lighting will be installed separately as a basic lighting infrastructure necessary for social life. Basically, the camera monitoring is set in a range that matches the illumination, and a camera that can capture images as much as possible is selected.

  Furthermore, in the vast sites such as railway bases, airfields, container bases, and nuclear power plants, cameras are installed on the outer periphery together with fences for perimeter warning when monitoring cameras for crime prevention. There is no camera surveillance that looks for the culprit inside the vast site and captures it accurately and instantly.

  When moving goods, transported goods, etc. are moved, there is no on-site video camera monitoring, and video images are confirmed after the crime with a conventional camera image that happens to be fixed and a camera detection device for the vehicle number of the road. The method is done. In addition, in the case of movement of a safe, a bag-type vehicle, etc. by a criminal, or a kidnapping of a person, the location is not currently known except when the vehicle number is known.

  There is no system that automatically extracts, automatically captures, and automatically transmits captured images in real time, such as when a person is moving or in an emergency, without the criminals knowing the situation. In addition, there is no imaging crime prevention mechanism that can ensure the safety of the site that transmits the video of the site linked with the position information. In particular, there is no mechanism for continuous operation for continuous imaging that accurately captures the situation continuously.

In the case of conventional lighting and cameras, in general, when a camera is installed, the power supply is transmitted through a wiring for transmitting a video signal picked up separately from the lighting or wirelessly. In addition, the illumination means is transmitted by the wiring of the illumination power source as a basic illumination infrastructure of society apart from the camera. Lighting is built separately from the camera on the infrastructure line.

  The relationship between the lighting and the camera is linked only by the relationship where the camera power is supplied from the power line power supply of the illuminating lamp or the lighting ON / OFF when the camera is activated. Although the imaging is clearer, the illumination is judged by the camera selection with the minimum illuminance that illuminates the place regardless of the imaging, and there is only the meaning of using the functions of the illumination and the camera at the minimum.

  Until now, lighting and cameras are constructed separately according to the social system structure, so the places where cameras such as crime prevention are installed are extremely limited. The installation of the camera is determined based on the monitoring efficiency of the installation location, cost efficiency, construction efficiency, and the like. On the other hand, social infrastructure has been developed for lighting throughout the country. On the other hand, cameras are very limited. Also, even if there is one or more lighting and cameras, there is no address control of individual lighting, joint operation with cameras, joint control, joint communication, etc., and there is no integrated operation and control, so the place with lighting is switched to crime prevention immediately There is no mechanism.

  In particular, in Japan, the Internet, optical fiber, and other information and communication networks will be maintained up to homes, and camera wiring and construction will be carried out separately. In addition, when a camera is installed, it is constructed each time, and the camera attached to the building is constructed separately from the lighting work. The international standard PLC (Power Line Communication, Power Line Communication for high-speed data transmission such as images via power lines) that is useful for environment and energy saving in the future ubiquitous is not utilized.

  Conventional security cameras have been installed for the purpose of preventive crime prevention and video recording that show the existence of cameras and simply monitor the location of individual locations. The camera is not a camera that picks up and captures light in the event of a danger that the camera is integrated and controlled so that the camera has a built-in illumination.

JP2007-153534 JP2008-148177

  Traditionally, lighting and cameras are installed in social life. Cameras that prevent and prevent crime, incidents, accidents, safety, etc. are installed and used in fixed places. However, in society, the majority of society has lighting but no camera. Or even if there is a camera, there are places where there is no illumination. In order to capture images 24 hours a day, there is a fatal problem that cannot be actually captured in places where there is no illumination or camera. In these places of social life such as society, life, industry, etc., in the place of life below, imaging and imaging of abnormalities such as crimes, disasters, safety, nursing, environment, etc. at the time of danger of human life, body, property etc. There was a major social issue that could not be detected

  Conventionally, the basics of security cameras are set up for the purpose of monitoring fixed places, and recording is performed by running the captured images for the purpose of image confirmation after the crime. However, with these conventional cameras, there is a problem that it is impossible to image a suspicious person, a suspicious vehicle, and a site in the field such as an abnormality that can be immediately imaged in the field such as an abnormality in the event of a dangerous encounter. In addition, there is a GPS emergency call device, but there was a problem that an immediate video at the time of danger could not be obtained only by the call.

  Conventionally, when people and vehicles are in real danger, it is impossible to predict or assume when and where a crime or incident will occur. In addition, in the case of the above-mentioned dangers such as crimes and incidents, it is possible to instantly capture and transmit on-site images that accurately detect on-site abnormalities such as abnormalities on the site such as the above-mentioned abnormalities such as persons to be protected, physical, property, safety, etc. This is important, and there is a problem that it is impossible to prevent crime prevention in real-time on-site imaging and integration by integrated operation and control of lighting and camera.

  Conventionally, in the case of abnormalities such as abnormalities that occur in unspecified places on the spot, such as abnormalities at the time of danger, and onsites such as abnormalities that occur at any time regardless of time, it is immediate with a camera that responds immediately when necessary regardless of time in the place of life In addition, there has been a problem of a technique for capturing a monitoring image related to a site such as a criminal, an object to be monitored, a monitored situation, an abnormality such as a monitored situation. In addition, when a person or vehicle encounters a dangerous situation while moving, it is difficult to capture the imaging means to avoid the danger, and the imaging and detection means. Further, it is extremely difficult to detect and capture the field such as unexpected abnormalities when moving. .

  Conventionally, there are almost no cases where society has neither a reporting device nor a camera at the site of these dangerous encounters. At the time of a dangerous encounter, for example, when a monitored object, monitored condition, etc. approaches a person to be protected, or when a protected object approaches a monitored object, monitored condition, etc. There was a problem of the technology of the means of imaging and capturing at the time of these unexpected dangers. In addition, even with these, there is a problem of camera technology that can capture anomalies such as abnormalities so that criminals do not know.

  In the place of social life, the camera installation location is limited, and there are many technical problems in image capturing and detection such as inadequate illumination means for camera image capturing and difficulty in capturing captured images on site. There is a technical problem that it is impossible to construct a system of illumination imaging means having illumination imaging structures with various illumination functions and camera functions through integrated control and integrated operation of illumination and camera.

  In addition, it has been a challenge to establish a technique for imaging on-site images of abnormalities, criminals, etc. without being aware of monitored objects, monitored conditions, etc. in the event of danger and without causing harm. Also, there has been a problem of illumination imaging technology that immediately and automatically transmits a captured image of an on-site such as an abnormality that makes it possible to detect the abnormality or the like without passing through a time after the imaging. The problem was how to manage information at the management location, how to rescue immediately in the vicinity of the site, and how to monitor the area.

  In the event of a danger, there is a technical issue that cannot immediately report the on-site video after moving, such as abnormalities, protection of people, vehicles, property, safety, etc., monitored objects, monitored status, etc. It was. In particular, after movement after crime, such as kidnapping of people and looting of goods, there is a problem that there is basically no lighting or camera after movement. Furthermore, even if there is an imaging and detection means after moving, real-time images of offenders, abnormalities, etc. in real time such as criminals and anomalies are instantly captured and reported without being noticed immediately in front of monitored objects such as criminals and suspicious persons There was a problem with no method.

Conventional cameras are confirmed after the crime for the purpose of securing image evidence after crimes and incidents. For this reason, there is an exception when the site image is known immediately, such as when there is an abnormality. Except when an incidental accident causes the attendant to view the image of the fixed camera, the on-site video that can be used in an unforeseen site is monitored all day. As a result, there were problems that were impossible in practical operation. There were also difficult technical problems that could not be detected immediately after moving after crime, such as abnormalities occurring in unexpected places in society. In addition, there is a problem that the current position information cannot be grasped instantaneously together with the image of the image capturing and detecting means which is a problem.

Traditionally, places where people are active in society, places that require lighting in daily life, such as condominiums, houses, schools, hospitals, public, roads, convenience stores, supermarkets, stores, factories, etc. Vehicles, buses, trains, airplanes, etc., trucks, taxis, cash transport vehicles, dangerous goods transport vehicles, etc., places of transportation, buildings, facilities, factories, dangerous goods, sites, etc. Unmanned automatic equipment such as ATMs and vending machines, facilities, etc., infrastructure such as electricity, gas, water, etc., and places of important facilities in the country such as nuclear power plants, vehicle bases, each base, or people's stalker, school Even if there is lighting, these places of social life, such as safety of schoolchildren, places of danger of movement of vehicles, etc., places of safety measures such as various factories, farmland, forests, schools, facilities, disaster prevention measures, etc. Image capturing, image transmission, etc. to detect abnormalities in case of danger It has been a problem no ability becomes imaging means.

  Conventionally, it has been difficult to integrate the image processing of the illumination means and the camera. In particular, technologies for detecting abnormalities in the event of danger, such as food safety, food, freshness, medicine, water purification, environment, safety, etc. There have been problems in imaging and detection technology of field conditions such as manufacturing, hygiene, water quality, products, quality and other conditions such as environmental pollution, abnormalities necessary for inspection, etc. In these abnormal detection techniques, there has been a major problem that it is difficult to detect abnormalities in the image processing method using one or a plurality of cameras on the premise of illumination means.

  Conventionally, in the field of abnormalities such as danger, movement, etc., there has been an imaging means capable of performing on-site imaging video and automatic image transmission by integrating information on the imaging image of the monitored object, the monitored situation, and the positional information of the imaging site. It was a challenge. One or more camera monitoring that enables means for detecting abnormalities through control of illumination means, imaging position information, and cameras has been an issue.

  Conventionally, it has been important to construct an imaging means that automatically captures and automatically transmits on-site images at the time of danger through social lighting locations and cameras in this way. There has been a problem in which a mechanism of a series of operation operations such as automatic imaging related to imaging such as automatic extraction of objects and monitored conditions, automatic imaging activation, automatic imaging, and instantaneous automatic image transmission of captured images has not been established.

  Conventionally, even if an ultra-wide, long-band, and large-capacity communication means can be established, there has been a problem of continuous operation operation for performing continuous automatic imaging to ensure on-site captured images such as accurate abnormalities at the time of danger. Continuous automatic extraction of the imaging means, continuous automatic imaging activation, continuous automatic imaging, continuous automatic imaging such as continuous automatic instantaneous image transmission, automatic control, and the like have been problems.

  Conventionally, there are no on-site imaging / capturing cameras such as abnormalities that protect personal safety in personal homes and apartments where camera installation is not suitable. While these dangers continue in a society where there are frequent violent crimes, terrorism, and worsening security in the near future, rescue in the event of a disaster such as private housing is an extremely important issue in terms of the safety of the entire society. With the conventional structure of separate lighting and camera, it is difficult to install a camera alone, including privacy, in private housing, and there is a problem that crime prevention technology is extremely limited.

  In the event of unforeseen dangers that occur in real life, the imaging means that automatically extract the on-site imaging of the site such as abnormalities by the camera, automatic imaging activation, automatic imaging, automatic imaging management, automatic imaging and instantaneous transmission of images, etc. It has been a problem to capture and transmit the captured images of the field such as abnormalities to the center, the police, etc. immediately without taking time after the imaging.

  In the past, when camera monitoring was provided, there were problems with the installation of a camera linked to the brightness of the lighting, the operation of construction of another camera system construction, construction, and enormous costs. Moreover, the structure system of the illumination imaging means in which the illumination and the camera were integrated and controlled to solve these problems was a problem.

  In order to instantly capture images of monitored objects, monitored conditions, etc. in the field, such as abnormalities that face in times of danger, it is a challenge to automatically extract the monitored objects, monitored conditions, etc. in the picked-up imaging means. It was. The automatic extraction is not only a simple object to be monitored, the existence of the monitored condition, and the extraction of the outer shape, but also imaging extraction capable of instantaneously distinguishing features such as shape, operation, quality, and the like. In addition, the illumination means is indispensable for the camera monitoring for automatic extraction of the monitored object and the monitored situation. In that sense, the integration of lighting and camera was a major issue.

  When faced with dangers such as abnormalities at the site, the situation of the site is confirmed by means of voice / sound, sound, etc. that are linked with the activation of the imaging means at the same time as the instantaneous imaging image of the monitored object, the monitored situation, etc. It was an issue to be able to confirm calls, voices, sounds, etc. that could be clearly determined.

  The mechanism of construction using separate systems for lighting and cameras in society is not only a waste of construction, but also issues such as construction materials, cost, environment associated with construction, ecology, energy saving, and rationalization of construction technology. In particular, the current system is separate from the lighting and camera system. In the construction of the communication means for the captured image captured by the camera, the construction of performing the video transmission line of the camera separately from the power line of the lighting so far, the construction cost of the cost is all costs The problem was that the cost accounted for a large percentage and the cost could not be reduced, and the wasteful use of construction materials was also a problem.

  There is no evidence of the authenticity, authenticity, processing, fraud, etc. of image data other than the transmission address as the basis for image data displayed on the WEB, which is a gross defect of the information society so far, Defects in computerization that cause fraud, crime, irresponsibility, infringement of personal information, etc., especially crime prevention, prevention and detection of data such as images were the biggest issues. In addition to the legal deficiencies of society, there has been a problem in how information such as image data and other information history, forgery, copying, fraud, and authenticity can be verified in real time each time. In the case of e-mails, there are similar issues regarding the creation, transmission source, transmission, history, etc. of e-mail information.

  In addition, the integration of various lighting functions and camera functions derived from the fact that two different system technology structures, conventional lighting construction and camera construction, can be integrated and controlled by the power supply and video signal line through the same wiring line. There has been a problem that the structure system of the illumination imaging means that can be operated is not possible.

  If the place of illumination in the world can be applied to imaging / picking means on the spot such as abnormalities by simply replacing the equipment, it has great significance for ensuring the safety of the place of life. The system technology structure of the illumination imaging means by such integrated control and integrated operation of the illumination and camera has been a problem. If this system can be constructed, there is a high possibility that images of scenes such as abnormalities at the time of danger will be immediately captured at the scene of abnormalities such as crimes occurring in the world.

  Conventionally, camera crime prevention is intended only for specific imaging at a specific location. However, there is an imaging / exclusion means that ensures the safety of unforeseen abnormalities such as unforeseen abnormalities at the place of life in these societies, and when moving, after moving, etc. It was a difficult task to establish. Immediately in the event of a dangerous encounter in a place where it is possible to secure these imaging / extraction means, as well as moving / portable items, etc. required for imaging / extraction such as moving, vehicle means, transportation means, unmanned automatic equipment, etc. The imaging and detecting means to be provided has been a problem.

  Further, for example, in the construction of an integrated system of one or a plurality of illuminations and one or a plurality of cameras using these, a problem that an imaging / extraction means cannot be performed by a combination of monitoring of imaging / extraction in a specific selected area and wide area However, there has been a problem with the system technology of the illumination imaging means that cannot control the matrix that can deal with real-time situations such as various abnormalities. In these cases, it is necessary to add individual identification means such as current position information and individual addresses in addition to mutual control.

  Unlike conventional video surveillance of camera images in camera security, in order to immediately capture and capture on-site imaging transmission images such as abnormalities in daily life, illumination that is integratedly controlled with the camera to be monitored by the imaging means Operation based on individual recognition was an issue.

  In conventional camera crime prevention, surveillance cameras are basically installed independently. For example, there are network cameras incorporated into intercoms, information appliances, etc., but this is an extension of conventional camera-dedicated systems or interphone camera systems incorporated into intercoms, information appliances, etc. There is a problem that the information equipment system with eco-environment, energy saving, imaging detection means, etc. cannot be done.

  Conventionally, the problem at the time of danger such as crime prevention, disaster prevention, safety, environment etc. is a public problem, so the social response is only considered at the administrative level, and the society that actually receives imaging and detection effect by imaging at the site such as abnormality at the time of danger There were problems with the method of joint development with residents, companies, etc.

  Means to be solved by the present invention are the places of social life such as society, life, industry, etc., in the crimes, disasters, safety, environment, nursing, etc. in the place of life, human life, body, property, food, It is intended for on-site imaging in the field, such as the monitored object at the location at the time of the danger, the monitored situation, etc., the status, other abnormalities on the site, etc. In-site imaging such as abnormalities captured through information linkage and integration control of means and camera functions, and management of captured images, etc., and after imaging, confirmation and detection of on-site images immediately without taking time It is characterized by being an imaging and capturing means.

  In addition, the means to be solved by the present invention is imaging, illumination means necessary for imaging, captured video, and imaging management that enable information linkage, integrated control, etc. by each function of the illumination means and the camera. The imaging management is performed on images, images to be displayed, images to be displayed, other data information related to operation and control of imaging, etc., and information such as images hereinafter referred to as image data. The image data taken by the camera associated with the illumination means through these, the imaging simultaneous transmission means having a function of automatic transmission, etc., which is referred to as immediately below, without passing through the time after imaging, It is characterized by being able to confirm, detect, etc., field images transmitted through these.

  Means to be solved by the present invention includes imaging simultaneous transmission means having a function of automatically transmitting the image data taken by the camera immediately after the image is taken to a transmission destination registered in advance. And a communication means for information communication of these image data and the like, an information management means for receiving and transmitting the transmitted image data, and a video display means for displaying the image data. The imaging and capturing means is capable of immediately capturing captured images.

  Means to be solved by the present invention is a general term for a place of life in an individual, society, life, industry, region, area, etc. that occurs in crime, disaster, safety, environment, nursing, etc. For example, crimes are assumed to be commercial, industrial, school, agricultural products, public security, etc. from private houses, and various crimes in the places of life from forests, countryside to cities. Disasters are assumed to be natural and human disasters such as heavy rains, floods, and earth and sand. Safety is assumed to occur in daily life such as factories, manufacturing, schools, food safety, and traffic. In addition, the environment is assumed to be an environment surrounding daily life such as illegal activities, air, water quality, forests, rivers, facilities, air, etc., and pollution. Nursing assumes nursing in various places such as home care, hospital, welfare, and care. In addition, safety is assumed to be safety in places of life such as areas, street lamps, roads, traffic, public, sanitation, food, school, infrastructure, and manufacturing. The dangerous materials are assumed to be dangerous places in daily life such as infrastructure, chemistry, medicine, nuclear power plant, LPG. Assume the time of danger in the field, such as terrorism and abnormalities including crisis management, where lighting is possible regardless of the lighting of the place of life in society, life, industry, etc.

  The means to be solved by the present invention is that the object to be protected by imaging / capturing is the object to be monitored in the case of danger related to human life, body, property, food, contamination, etc. In the following, it is possible to construct and establish imaging and detecting means in the field such as abnormalities. Sites such as abnormalities may be temporary, regular, or continuous, irregular, or unforeseen. Also, in the event of a danger, the safety of the environment, nature, food, chemicals, water quality, etc., regardless of the person, society, object, etc. Is also possible. The meaning of on-site imaging such as anomalies means crimes, disasters, safety, environment, nursing, other fields such as the above-mentioned places of life in daily life, industry, community, etc. Can be assumed. Examples of these image capturing / extracting means are those that can be used for image capturing / extracting at the time of a plurality of dangers in the field such as abnormalities, such as safety, hygiene, crime prevention, nursing, sterilization, etc. in one house. . In that sense, it is also possible to assume the current imaging and seizure at the time of danger in the field, such as the place where the lighting means is in the place of life, the quality of the monitored state, the abnormality such as contamination, etc.

  Fields such as abnormalities in these fields are related to human life, body, property, food, contamination, etc., as an example, for example, at the time of direct danger in crime, disaster, safety, environment, nursing, etc. In the case of indirect dangers such as on-site imaging and detection means, such as abnormalities such as food, freshness, contamination, etc., such as safety, etc., or in abnormal situations such as crisis management such as unexpected terrorism, etc., or at regular public, company fall, life, etc. The imaging and detection means collectively refers to various abnormalities such as sterilization and prevention of infectious pathogens such as global warming, avian influenza, SARS, O157, and the like.

  The means to be solved by the present invention is that the illumination means of the illumination imaging means in the above-mentioned safety in the place of life, environment, etc., is connected to a camera based on a light emitting diode, hereinafter referred to as LED, LED element or other illumination power source, With illumination means that is integrated control, etc., the illumination brightness of the illumination function, illumination control, illumination operation, illumination light wavelength control, etc., constant continuity, stable illumination illuminance technology, through these, camera continuation, stable camera It is characterized in that it is possible to assume a time when it is difficult to detect an abnormality or the like based on the imaging video technology that enables imaging and the above-described integrated image processing sensor technology, image processing engine technology, and the like.

  As a specific field, the LED illumination means, through the light wavelength processing of illumination wavelength processing, such as infrared and ultraviolet, and image processing of data such as stabilized camera images, safety, disaster prevention, crime prevention, environment, welfare, etc. Enables imaging and seizure at the time of danger in the field, such as abnormalities related to safety, quality, contamination, sterilization, activity, and breeding in food, fresh food, medicine, water purification, and the environment. This enables image processing of on-site imaging and detection technology such as quality, condition, and abnormalities necessary for inspection, etc. relating to manufacturing, hygiene, water quality, products, environmental pollution, and the like. Through these constant and stable supply of lighting means and stable image processing detection technology using a camera, it is possible to provide a technique for imaging and detecting on-site such as abnormalities at the time of danger of human life, body, property, food, etc.

  Means to be solved by the present invention is to capture on-site video images of abnormal scenes for the purpose of imaging abnormal scenes at the time of life in danger, through a combination of one or more illumination means and one or more cameras. It is characterized by enabling illumination imaging means. Illumination imaging means is one or a plurality of cameras and one or a plurality of illumination means that are imaged by a camera that is controlled and associated with each other, and information such as images related to imaging, etc. An image capturing and detecting means for performing image capturing management, etc., and enabling transmission immediately after the image capturing without passing through the time after image capturing. It is characterized by a new illumination captured image transmission system technology to be performed.

  Further, the means to be solved by the present invention is that in the imaging means, the camera is incorporated in the lighting means, integrated, or the like, or incorporated in equipment, facilities, or other structures having lighting means in daily life. Make it possible. In addition, it has a forged structure that makes it difficult to recognize and identify the presence of the imaging means from an external third party. In addition, the illumination means and camera constitute one image capturing and detection means. The illumination camera means can be assumed to be an illumination imaging means in which one or more of the illumination means and the camera are incorporated in accordance with the operation and purpose.

  The dangers mentioned here refer to crimes, disasters, safety, environment, nursing, and other abnormalities in the place of life, which are physical or mental conditions in the human body, life, and property. In addition to this, it is assumed that the site is in an abnormal state where imaging and detection of hygiene, quality, contamination, etc. in foods, objects, substances, etc. are possible. These abnormalities such as abnormalities are unspecified, such as direct dangers, indirect dangers in daily life, other natural, environmental destruction such as earthquakes, floods, landslides, and massive deaths of birds related to infectious diseases. Also, it is possible to assume on-site situations such as unexpected abnormalities. Also, it is assumed that there are abnormalities of dangers with social dangers such as freshness, food, water purification and pollution in safety and environment. The place at the time of danger includes the time of danger assumption such as emergency, encounter with danger, prediction of danger, etc. that are encountered at a fixed place, moving place, or unexpected place. This includes virtual installation of safety in crisis management for the purpose of responding to social security, terrorism, and the dangers of illegal intrusion. Moreover, the installation which can be fixed or moved in advance in case of danger or prevention of danger may be possible.

  The means to be solved by the present invention is that the illumination system and the camera system are constantly or stably integrated and controlled based on the mutual control of the structure or the function, and the illumination imaging through the integrated operation and control. This is an imaging detection means system technology based on system integration control of each function of the means and the camera. This is completely different from the conventional case of video recording and post-validation in which each system of lighting and camera is structurally separated and linked only by turning on and off the lighting.

  Further, in the conventional camera, the captured image data is stored as video as it is. However, the image capturing and capturing unit of the image capturing unit automatically transmits and stores the information through the communication unit to the information communication terminal, the information management unit, or the like. In addition, a mechanism for storing and saving data such as images is also possible. Immediately after imaging in this case, the meaning of transmission of an information signal such as a storage signal instead of image data in accordance with a storage signal for storing the captured image data is not the image data of the image data. Accordingly, it is also possible to immediately transmit an on-site video imaging information signal as an imaging detection means. It is also conceivable to manage the information collection operation by transmitting information such as image data stored remotely from the information management means or the like as necessary when the storage signal or the like is activated.

  The means to be solved by the present invention is that the imaging and capturing means in the imaging means can be assumed to be an illumination imaging activation means for extracting a monitored object, a monitored situation and the like for imaging activation. Further, the image capturing function of the camera and the illumination function of the illumination unit are controlled in conjunction with each other, and the illumination image capturing control unit and the image data of the captured image of the camera captured by these are immediately registered in advance. It is characterized by having an imaging simultaneous transmission means having a function of automatically transmitting to a transmission destination, and a communication means for transmitting and receiving data such as images.

  The means to be solved by the present invention is an illumination imaging means that allows one or more cameras and one or more illumination means to be combined, and the illumination imaging means is an integration of the camera and the illumination means. An image that captures an instantaneous image of an abnormality such as an abnormality through a continuous and stable captured image, and automatically transmits it simultaneously through mutual illumination imaging technology, imaging transmission technology, and image processing technology that enable control, mutual control, etc. It is a detection means. In the imaging means, the imaging function of the camera has a function of starting, imaging, changing, transmitting, etc. information such as imaging, and the imaging function includes functions, specifications such as focus, zoom, rotation, night vision, etc. related to imaging of the camera. Functions such as control of these cameras and specification changes can be assumed.

  Also, the illumination function can be activated according to the camera imaging state. For example, one or more illumination functions can be activated for one camera imaging, or one or more illumination functions can be activated according to the movement of the moving imaging means. It will be. In addition to the illumination brightness of the illumination function, the illumination and the camera are diverse, such as a mutual illumination imaging technology that can be lit when the camera is imaged when the illumination is extinguished, and the infrared LED is illuminated so that the image can be detected without being noticed by criminals at all It is related to

  Further, the means to be solved by the present invention is that the illuminating means is a general term for a lighting fixture or the like having one or a plurality of LEDs, light bulbs, etc. It has functions to control and manage. Further, these illumination functions are characterized by enabling illumination of the illumination means and other luminance activation or dimming activation, changing these luminance dimming, or changing illumination display color.

  In addition to the original illumination function of illumination, the illumination means has an illumination wavelength processing function that enables optical wavelength processing using infrared rays, ultraviolet rays, or the like based on one or a plurality of LED elements. In addition, this function can be used for various control according to the operation, purpose, system, etc. of the camera, etc. Individual address for each LED element, other individual identification functions, etc. can be assumed, and the purpose and operation of the camera and lighting means In accordance with the system and the like, for example, in the image processing sensor of the image capturing and detecting means in the image capturing means, the brightness and pigment for each LED lamp by individual address, individual identification function and the like. An illumination function such as wavelength change is also possible.

  Means to be solved by the present invention is that the imaging means includes an imaging unit having an imaging lens and an imaging element, an imaging activation unit that activates the imaging unit, and data such as an image of a captured image captured by the imaging unit. An arithmetic storage unit that performs arithmetic storage, a transmitting unit that transmits data such as images, a receiving unit that receives data, an imaging management unit that performs management, control, change, operation, and the like related to imaging and others, and an imaging storage unit that stores captured images , And a camera composed of components having functions such as a power supply unit.

  Means to be solved by the present invention is that in the information management function of the imaging means and the information management means, the data such as the image is registered or selected in advance immediately after imaging by the imaging simultaneous transmission means. It is characterized by being an image capturing and detecting means that is capable of detecting an on-site captured image such as an abnormality at the time of danger by being automatically transmitted or automatically distributed to a transmission destination. The meaning of image capturing / exclusion here is that information such as image data is automatically transmitted to video display means for display, data such as image data captured by the image capturing means is stored, or an information signal based on storage of data such as image information It is also assumed that data is automatically sent to the management means immediately, and data such as images stored in the imaging means is stored remotely from the information management means based on this information signal.

  The means to be solved by the present invention is based on the power line, cable power source, etc. as the power source necessary for the image capturing and detecting unit of the illumination image capturing unit. To do. In addition, a battery, a natural power source such as a solar power source, or a power source that can be used in combination thereof is assumed. The power supply unit can be selected and set in accordance with the purpose, application, operation, system, and the like. The power source can be assumed to be the voltage of each country, the lighting using the power source, and the operation of the camera.

  Means to be solved by the present invention is that the imaging means receives data such as images of captured images, and other information such as images related to illumination and imaging, etc. The information management means has an information management function for performing one or more of management, storage management, information control, distribution management, remote monitoring, WEB information management, and the like. Further, based on these information management functions, it is possible to envisage a matrix control function in which the illumination means, the camera, the area, and the like are related to each other to operate, manage, and control. The information management means has one or more of these functions.

  Further, the means to be solved by the present invention is that the information management function of the information management means is a mobile phone other than the information management means, other information management means that can be moved and carried, communication information terminal, illumination imaging means, etc. The information management function of the information management means can be substituted in the range. In this case, the information management means is unnecessary or can be used together. Further, the information management means can be assumed to be host information management means by one or a plurality of information communication terminals such as a manager room, a management center, a police station, etc. in a neighborhood, a distant place, etc., a PC, a server or the like.

  Further, the means to be solved by the present invention is that the video display means linked with the information management means can assume one or a plurality of information and can display a report of the image data such as a still image or a moving image. is there. The image data can be used in combination with a dedicated monitor or information content video display such as various amusements on the Internet or the like. It is assumed that data such as images is displayed on video display means such as a TV, a mobile phone, or a PC of information contents. In addition, the video display of data such as images can be set in accordance with the system, operation and purpose, such as multiple display, simultaneous distribution display, interrupt display, and repeated display. Further, when the image pickup means has the information management function, the displayed image data is displayed on the image display means directly from the image pickup means through the new name d.

  Means to be solved by the present invention is that the communication means is an image communication means for immediately transmitting and receiving information such as image data captured by the camera and image related information such as image capturing and processing. It is. These data such as images enable the image capturing and detecting means to be transmitted through compression or thinning of the information capacity in accordance with the information capacity of the image data in the communication means and the communication performance and function of the communication means.

  Further, the image communication means includes data such as an image of a captured image that is communicated by the image communication means, power line conveying means of a power line that is a power source of the lighting means and other household power sources, Power Line Communication, hereinafter referred to as PLC. It is possible to communicate by high-speed power line carrier communication that can carry data such as images through a power line, and is characterized by having a PLC modem, a PLC board, and the like having an image data data conversion and transmission function necessary for these carrier communications.

  The image communication means includes a power line carrier means, the Internet, an ultra-wideband high-speed mobile information communication network, Global System for Mobile Communications, hereinafter referred to as GSM, a public high-speed data communication network, a wireless LAN, a broadband high-speed movement, and a large-capacity high-speed. Broadband wireless communication technology network Worldwide Interoperability for Microwave Access, hereinafter referred to as WiMAX, other wireless or wired information communication network means, etc. Image communication by one or more of these, or a combination thereof It is characterized by means being possible. Through these communication networks, automatic transmission and transmission are performed based on the simultaneous imaging transmission means and the like.

  Further, the means to be solved by the present invention is that the communication means enabling the picked-up image pickup means of the image pickup means is a mobile high-speed information communication such as GSM when the communication means is communicated by an ultra-wideband high-speed mobile band information communication network. It is also possible to construct a network or a dedicated mobile high-speed image communication network for data such as images. Further, these image capturing and detecting means for operating the mobile high-speed information communication network are characterized by enabling mechanisms such as by global group, by country, by application, by purpose, and by stage. It is also possible to envisage a mechanism of crisis management and terrorism countermeasure system by an information communication network by one or a plurality of the imaging means, the communication means, the information management means and the like. At the same time, it is possible to envisage a security intranet communication network adapted to the system of the image capturing and detecting means by GSM. These GSM image data are the system, the imaging device terminal to be operated, the imaged image data, etc., authentication identification, encryption information, confirmation information, etc., and confirmation, verification, etc. of authenticity, fraud, forgery, etc. It is possible to assume that these functions are integrated.

  The means to be solved by the present invention is characterized in that the illumination means necessary for imaging by the camera is integrated with the camera to control the illumination imaging means. It is an illumination camera structure means that enables various operations and controls such as various illumination control and camera imaging control of cameras and illumination means, which is difficult to construct a conventional camera and illumination power line separation system. Yes. The integrated control of the camera and the illumination means realizes the expansion of the operation, the construction simplification, the cost reduction, etc. that enable the camera to capture and detect the location of the illumination as it is.

  Means to be solved by the present invention include automatic extraction of on-site images such as abnormalities for instantaneous imaging of monitored objects such as monitored objects, monitored situations, etc. in the case of danger in illumination imaging means, imaging activation, etc. It has the feature that it has illumination imaging starting means to do. In addition, when an extraction signal such as imaging activation is output in the case of danger in the field such as abnormality in the illumination imaging activation means, an illumination imaging means that performs imaging based on the extraction signal, a moving illumination imaging means, an illumination means, a transportation management means, etc. The other imaging and detection means based on the activation, imaging, etc. without being noticed by a third party other than the transmission source, and lighting, voice, Display, alarm, etc. can be assumed by an image or the like.

  The means to be solved by the present invention is characterized in that, in the imaging means, the illumination imaging activation means includes sensor means having a sensor function for extracting information such as an image of data such as an image of the field such as the abnormality. It is said. The sensor means is an illumination wavelength processing function such as an optical wavelength process such as an ultraviolet ray or an infrared ray, etc. of the illumination means, or image processing, image analysis processing, etc. Video processing functions, or other sensor functions such as ultrasound or voice analysis. The sensor means extracts data such as a specific image by sensing at least one of the sensor functions.

  In addition, on-site such as abnormalities to be sensed are necessary for safety, disaster prevention, crime prevention, environment, environment, forest, welfare, etc. related to life, body, property etc. necessary to enable imaging and detection at the time of the crisis. It is a generic term for abnormal states that detect on-site related to people, vehicles, objects and other perishables, food, medicine, breeding, contamination, etc. This makes it possible to detect and capture images at the time of danger in the field.

  Means to be solved by the present invention is that the illumination imaging start-up means uses light of electromagnetic waves such as ultraviolet rays and infrared rays, which are inherent functions of the LED light source, for extracting information such as abnormalities at the time of danger or specific images. Through the illumination wavelength processing function having wavelength processing and the like, it is possible to image and detect on-site such as abnormalities related to human life, body, property, food, and the like.

  Extraction signals based on image processing of data such as specific images extracted by single wavelength, composite wavelength, and group wavelength sensing of electromagnetic waves such as ultraviolet rays and infrared rays in the light wavelength processing are enabled. These make it possible to detect various sterilization, breeding, quality, contamination, state analysis and the like other than the illumination function through the unique light wavelength technology for the illumination LED element function of the illumination means different from the original illumination function. For example, quality, hygiene, water quality, environment, pollution, breeding, storage, etc. in current conditions, inspection, etc. in safety, disaster prevention, crime prevention, food, freshness, medicine, water purification, environment, safety, etc. This makes it possible to detect necessary abnormalities.

  Means to be solved by the present invention is that the imaging and capturing technology required in the imaging and capturing means in the field, such as abnormalities, includes the illumination function of one or more illumination means, one or more cameras, and these illumination and imaging functions. Continued stable supply based on the above, a certain stable image processing mechanism with a camera integrated with the illumination means, and an illumination wavelength processing function with light wavelength processing of electromagnetic waves such as ultraviolet rays and infrared rays, etc., which is the original function of the LED element, etc. Is an imaging and detection technique in which integrated control, information control, and the like are performed.

  It is assumed that the present invention makes it possible to perform disaster prevention in a dangerous area through the illumination imaging means using the illumination wavelength processing function of the illumination means and the imaging function of the camera. As an example of a global issue, we will assume an illumination imaging means that enables the prevention and expansion of infectious pathogens on the earth that are expected to be affected by global warming. More specifically, it is possible to use an imaging / extraction means for on-site such as an abnormality by the illumination imaging means in the place of living such as a house, a school, a hospital, or a public other place where people gather. The illumination wavelength processing function and the captured image processing function to clean and sterilize infectious pathogens in the local area with these on-site lighting means and cameras, etc., such as SARS, avian influenza, O157, etc. By making it possible to sterilize and prevent pathogenic bacteria, it is possible to assume on-site imaging and detection of these abnormalities.

  Based on these assumptions, a new illumination wavelength processing function technology using an image processing function, a light wavelength processing function, etc. that uses specific one or a plurality of LED elements to detect and detect an on-site scene at the time of abnormality is an abnormality at the time of danger in the place of life. This makes it possible to detect abnormalities and the like by imaging and capturing in an accurate and instantaneous manner. When the current place of life is in danger, it is possible to image the site such as the monitored object, the monitored status, etc., the state, other abnormalities in the field, and so on.

  As a reference example of illumination wavelength processing function technology, in the field of safety and the environment, one example is food production that flows on a belt conveyor, freshness such as freshness, quality such as corrosion, sterilization, etc., and two examples are illumination means. Examples of imaging and detection of abnormalities in numerical data such as normal range of image data such as ultraviolet ray sterilization and camera, 3 examples of water quality abnormalities such as purified water, examples of detection of water purification abnormalities using biological sensors, 4 examples include sea and pond For example, prevention of red tides, sea breams, etc., water quality deterioration of farms, etc., examples of farming, livestock or farming in house, factory cultivation, etc., maintenance, sterilization, crime prevention, etc. can be assumed.

  The sensor means is characterized in that information can be connected to one or more of the camera, the illumination means, the information management means, etc., and illumination imaging can be activated through the sensing function and sensing information network. The sensor means is a sensing function necessary for on-site imaging such as abnormality, and the image extraction of the object to be monitored, the automatic extraction function of the monitored situation, etc. is performed through the image processing function, the image analysis function, the illumination wavelength processing function, etc. The existence of the monitored object, the monitored situation, etc., the outer shape, the shape, the operation, or the characteristics such as the property, the state, and the function can be discriminated. It is also possible to assume that the automatic extraction of information such as a monitored object, a monitored situation, and other specific images is illumination imaging activation means capable of one or a plurality of automatic extractions.

  Further, the sensor means is assumed to be an image processing sensor for image processing of data such as images of the camera, an LED element illumination processing function built in the illumination means, etc., and an image processing sensor that can be integrated or connected to the outside through these. It is characterized by that. Image processing is based on image recognition, image motion, image displacement analysis, etc. of captured images, etc., and the image of the monitored object, the monitored condition, etc., color, contour, etc. It is possible to assume the sensing such as the organization of the character, extraction of characteristic numbers, characters, etc. Sensing alone or in relation to each other is also possible.

  Means to be solved by the present invention is that a series of operation operations such as extraction of monitored objects, monitored status, imaging start-up, imaging, image data, storage, management, transmission, etc., smoothly without stopping, Further, the present invention is characterized in that it has interlocking operation means capable of continuously operating transmission of data such as images as required. Through the functions such as the camera function and the illumination function related to the imaging of the imaging means, the linked operation by the continuous function by the mutual continuous control and the mutual linkage control is possible. The continuous operation in the image capturing and detecting means can be initially set, changed in settings, etc. by the information management means, communication information terminal, etc. based on the operation setting conditions established in advance according to the purpose and operation of the image capturing means. is there.

  The means to be solved by the present invention is that the illumination imaging means having the illumination camera structure means makes it difficult to operate the camera by separating the illumination function and the camera function, which is a conventional problem, for example, a camera in an untitled place To solve problems such as limited installation in the video surveillance field, difficulty in detecting images such as abnormalities in the field, linkage between the camera and lighting, and workability in camera construction. It is characterized in that it is solved by a system technology of an illumination camera structure that makes it possible to easily capture and detect images.

  Means to be solved by the present invention is that, in the illumination imaging means, at least one of the camera structure or the illumination structure can be one or a plurality of modular structures, and the communication modular structure including the PLC It is characterized by a single modularized structure means. The module structural means by the integrated structure, such as small and compact, with each functional unit of the component related to imaging etc., the interface of each function etc. being related to each other, such as control of the purpose, operation, system etc. It is characterized by providing.

  The module structure means here refers to the whole of the module structure, etc., and not only modularization of the camera part but also a single imaging, control, operation, activation, selection, selection, management, storage, storage, information A module structure that can be combined as a whole, partially, grouped, or stacked, such as interlocking and communication transmission, or a module structure that is related to each other, is also assumed. Each function of these module structures, standardization, standardization, grouping, etc. of the interface of each function, etc., as well as a CPU integrated structure, packaging structure, etc. that enable addition and changeability of these functions are possible, A module structure means is provided which enables a communication function of data such as images taken through these through the communication structure of the PLC or other communication means.

  Means to be solved by the present invention include, for example, activation, control, operation, storage, selection, selection and management in camera functions, PLC and other communication means, illumination means, and other external electronic information means. , Storage, storage, information linkage, communication transmission, etc. have a CPU integrated structure that can be stacked according to the purpose, operation, system, etc., and a module structure that enables the overall configuration and structure . In addition, it is possible to create a modularized structure with a communication CPU integrated structure for communication, control, operation, storage, management, communication, etc., with the PLC power line of communication means and other optical communication, etc. If possible, an ultra-small module camera can be installed easily. It can be integrated only by information connection without being directly integrated with the illumination means. Moreover, one or a plurality of camera modules can be installed.

  Means to be solved by the present invention is that an illumination camera having an illumination camera structure in which the camera of the modularized structure means is integrated into various illumination shapes representing the shape of the illumination lamp and equipment of the illumination means. It is characterized by having a structural means. In addition, the illumination camera structure means can incorporate a function of the illumination means in a paired or modular camera structure, or can have a separate information structure. Further, the module structure means can be a system by packaging, modem or the like that enables mutual CPU integrated control of one or more illumination means and one or more cameras.

  The means to be solved by the present invention is that the modularized camera is installed in a place of everyday life where PLC communication, optical communication, etc. can be performed, and in an electronic device or facility provided in a society with a power source. Also, it is assumed that a crisis management imaging / exclusion means that is necessary at the time of danger, or fixed at a necessary time, and temporarily responds to an emergency. The module structure means here is a general term for a module structure capable of a function of a modular structure necessary for the purpose, operation, system, etc. of the camera, the illumination means, etc. of the illumination imaging means necessary for the imaging detection means. .

  The means to be solved by the present invention is different from a conventional PLC socket system or a PLC external single installation system for convenience and connection with a PLC. The camera module structure means of the present invention is characterized in that the illumination imaging means is a camera, illumination, or other module structure that also includes a PLC function that can be easily connected to a power source anytime and anywhere. As long as there is a power supply, operation control etc. is possible with a single modular structure.

  In particular, there is a problem with the power source of the illumination means and the power source of the imaged video structure of the camera, the voltage displacement function to the low power DC24V of the high power source AC100V in the camera and the illumination means, and image noise caused by the illumination stabilizer generated by these It is assumed that the camera power supply for avoiding image noise and the like and the power supply of the illumination means are directly disconnected to enable information connection with low power supply. Further, it is possible to assume a low-power modularized structure of a camera that is integrated with the illumination means and separately installed in the illumination device.

  Means to be solved by the present invention is that the camera of the module structure means is connected to the illumination means or the illumination device of the illumination shape body, etc., between the illumination means and the information connection, etc. An illumination camera structure having a structure in which information is connected by being incorporated in equipment, equipment, etc., integrated mounting, or separated and linked is also possible. In particular, in the case of a camera that is modularized, by having an illuminating means capable of addressing, one or a plurality of illuminating means set in advance by information connection, an interlocking control with one or a plurality of cameras, etc. is operated, purpose, and system. It is possible to match.

  Means to be solved by the present invention are illumination means having the module structure means, and the camera is a combination of one or more illumination means and one or more cameras that enable a power source and a video signal through one power line or the like. It is possible to construct a system communication technology module structure for integrated control. Solutions for conventional construction problems such as separate installation of lighting and camera, construction materials resulting from separate construction, waste of construction, increase of separate construction costs, etc., and integrated operation of lighting power line and camera video transmission line Through this, it will be possible to establish technologies such as operation and control of new illumination imaging means capable of various new illumination functions and camera functions.

  Means to be solved by the present invention are the construction of a technical structure of an imaging / extraction system by integrated control of the illumination imaging means by modularization of illumination means, modularization of a camera, etc., and a power source such as one power line and a video signal line. Is characterized by the fact that it can be switched to a crime prevention structure that can instantly capture on-site imaging such as abnormalities, wherever there is lighting in the world anytime and anywhere. Crime prevention and criminal detection that enable instantaneous detection video by instantaneous imaging, transmission, etc. of the site such as abnormalities during movement and emergency.

  The means to be solved by the present invention is that the image pickup means enables the image pickup and detection means, a wireless tag having a function of address, individual identification, etc., a wireless or wired switch, a mobile phone, or a WEB mail. Information connection with a communication information terminal such as a PC terminal having an address or the like is possible, and one or more of these are provided. In the illumination imaging activation means, at least one or more in the imaging activation of the camera for imaging on-site such as abnormality, the illumination activation of the illumination means, or the GPS or other transmission activation, or other information communication activation such as operation or control, etc. Start transmission, information transmission or linked transmission are performed. Further, the image data taken from the image pickup means 0 activated by these communication information terminals has a specific confirmed individual address, individual identification information, etc. to prevent illegal infringement of third parties or leakage of personal information. Suppose.

  The means to be solved by the present invention is such that the image pickup means can perform image communication of data such as an image of a picked-up image picked up by the camera through a modem such as the PLC by the power line transfer means. Further, the imaging means has a modem for image conversion or the like having an image conversion function of the power communication signal capable of PLC communication and the information communication signal capable of PLC connection, through which a fixed telephone means, other PCs, information It is characterized by comprising information conversion means for enabling information conversion of information communication such as data such as images with home appliances, crime prevention, disaster prevention, safety and other information systems.

  Means to be solved by the present invention is that, between the image pickup means and the information conversion means, data such as images of a picked-up image picked up by a camera is passed through the power line carrier means of the PLC, for example, a PC, a fixed telephone means The transmission signal of the image data from the camera is transmitted to the information conversion means or the fixed telephone through the image data conversion and transmission function by the modem such as the PLC and the information communication function of the fixed telephone means. The image processing apparatus is characterized in that an image is immediately transmitted to the registered address number after being linked to a specific set address address registered in advance in the management unit of the means.

  The information management function in the information management means can be batch control, centralized control, distributed control, etc., information management, information control, etc. through one or a plurality of networks. The information management function of the information management means can be substituted for the information management means by incorporating a control function of the information management function or the like by a CPU integrated structure of the camera module structure means of the illumination imaging means. Further, it is assumed that image transmission can be performed directly through the information management function of the illumination imaging means.

  Means to be solved by the present invention is that the video display means is a transmission destination in which data such as an image captured and transmitted from the imaging means is preset by the information management means or the imaging management unit of the imaging means. Are displayed immediately on one or more of a monitor of a management center, a display unit of a mobile phone, a TV, and the like.

  Means to be solved by the present invention is that the imaging means performs an individual identification function having individual identification information regarding image data etc. with the information management means, etc., authenticity, collation, etc. of the individual identification information. Authentication identification means having an identification verification function to be performed, encryption confidentiality function related to image data etc., encryption means having encryption / decryption function of encrypted information, and confirmation of transmission and reception of said image data, etc. It is characterized by comprising at least one confirmation means for performing a function or the like. Based on these, the authenticity of the data such as the image, the status of collation, and the like are displayed immediately without taking time by displaying the image or the like confirmed by the video display means when necessary.

  The means to be solved by the present invention is that the authentication and identification means is such that the image, such as the past, current state, history, etc., is not an administrator, infringes on a third party, infringement from a third party, etc. Or the purpose is to prevent personal information leakage. In addition, registration of clear responsible persons such as owners and managers through communication means such as WEB, individual identification information that enables transmission and reception of data such as images relating to imaging means, and other information such as time series It is.

  Further, the means to be solved by the present invention is that the authentication identification means is related to the camera of the image pickup means, the picked-up captured video, data such as images, communication information, etc., individual authentication code, individual address, communication card, etc. In addition, it is characterized in that recognition and identification are performed by an individual identification function, and an image identification function having confirmation of original data, processing, history, etc. in image data. Through these functions, individual identification information by the individual authentication means is integrated with information together with the image data and the like and transmitted through the communication means. Further, the activation transmission of the illumination imaging activation means can be assumed to be identified according to the identification of the authentication identification means.

  Also, the means to be solved by the present invention is that the authentication identification means is an encryption having an individual identification function for individual identification of the image data and the like, and an encryption confidential function for maintaining confidentiality of the image data at the same time. Assume the means. Individual identification information integrated with the image data and the like having these functions, authenticity of encryption information, verification, verification, etc. are identified and verified through information management functions in the information management means, illumination imaging means, etc. It is possible to perform collation confirmation by an identification collation function for performing the above.

  In the means to be solved by the present invention, the authentication identifying means can assume an encryption means for securing an encrypted confidential function. It is possible to envisage encryption means that makes it difficult to recognize, identify, etc. all or part of the original image data communicated by WEB Internet communication confidentiality such as SSL from outside third parties other than the information management means. Is. It has an individual identification function and a confidentiality keeping function according to the flow of the authentication identification means.

  The encryption means can assume encryption signal information, encryption blank screen information, chaotic images, weather image information encryption, etc., and these encryptions are subjected to additional image processing on the image data to be image encrypted. It can be analyzed and deciphered by the encryption / decryption means. In addition, when the image-encrypted image data is displayed on the video display means through the communication means, it is assumed that the image and other data are copied, fraudulent, counterfeited, authenticity, history, etc. Is possible.

  The means to be solved by the present invention is characterized in that the image pickup means has a confirmation means for performing a confirmation function of an information communication state of data such as image data by confirming transmission of the data such as the image and confirmation of incoming call. Confirmation of transmission based on an activation signal in which the image data of the captured image is captured, imaged, transmitted, etc. from the camera, or confirmation of incoming call based on the received signal in which the image data is received by the information management means of the transmission destination It is assumed that at least one or more confirmation means can display an image in real time in the image data.

  The authentication identification means is a WEB displacement confirmation that enables the image identification data such as the imaging means indispensable to the imaging detection means to be clearly confirmed by the authentication identification means, encryption means, confirmation means, etc. through the communication means such as WEB. It is possible to assume a WEB displacement confirmation means capable of In addition, it is possible to confirm, confirm, etc. on the WEB or the like, the WEB communication, the transmission source of the data such as the displayed image and other information, the confirmation of communication such as displacement, transmission and reception, and the displacement of the information such as history. Also, the basis of the image data such as the image displayed on the web is, for example, an electronic confirmation system structure capable of verifying information such as image data and other information history, forgery, copy, fraud, authenticity, etc. in the image data in real time each time. The construction of can also be assumed. In addition, it is assumed that the WEB displacement confirmation means corresponds to the creation, transmission source, transmission, history, etc. of information in e-mails.

  Further, the means to be solved by the present invention is that the WEB displacement confirmation means confirms information such as history concerning the image data in real time by software or hardware in an information management means, a PC, a communication information terminal or the like. Assume the construction of an electronic confirmation system that can be confirmed. Confirmation of original image data, etc. Original electronic information with confirmation information added to clarify the source is confirmed, and confirmation of image data, e-mail information, etc. that are defects in the information society can be assumed. It is. In addition, when the history of image data sent and received through the web after the first sender is communicated through the communication means such as WEB, confirmation, confirmation, etc. can be made each time the image data is displaced during the web. At the same time, the sound of the data such as the image, the image display such as the mark, and the confirmation of the history can be confirmed in real time. When image data including these is communicated by the communication means such as WEB, the authentication information of the image data is displayed on the video display means and can be confirmed.

The means to be solved by the present invention is that the imaging means can be information home appliances, security, safety, disaster prevention, information contents, information equipment, information electronic systems, etc. in indoor or wide area areas, or these systems and networks It is characterized by comprising electronic device means having a mutual control function for performing interlocking control and the like.

  The electronic device means include, for example, indoor information home appliances, crime prevention, disaster prevention, intercoms, etc., crime prevention, disaster prevention, safety, unmanned automatic equipment, mobile phone photo net, digital camera photo net, etc. It is possible to envisage information communication equipment or facilities linked to information by information equipment. When an information signal such as activation is transmitted from the imaging means or the electronic device means, etc., the imaging means activated by these information signals, the illumination means, or the electronic device means is imaged through the mutual function, It can be used for mutual operation and control of information according to lighting, telephone call and other operations, purposes, and systems.

  The electronic device means, through the integrated control of the network or the like of the communication means with the imaging means, information linkage control, etc., the imaging activation of the imaging means, the voice activation, the information activation of the information equipment, the system, etc. It has a mutual function. When a signal such as activation is transmitted based on these mutual functions, the imaging means, the illumination means, the electronic device means, etc. can be linked to each other so that imaging, illumination, operation control of other information, etc. can be performed. .

  Means to be solved by the present invention is that the image pickup means includes a fixed telephone means, a PC, a modem, and other information conversion means that enable the PLC function and the information communication function that enable image communication of the data such as the image. It is characterized by that. The image data is automatically and immediately transmitted to the destination address number of the information conversion means through the image modem data conversion transmission function and the information communication function of the PLC modem of the information conversion means.

  The means to be solved by the present invention is characterized in that the imaging means has a voice call means capable of making a mutual or one-way call between information management means including a mobile phone or the like. It has a call function unit that is incorporated in or integrated with the camera, the illumination means, the information management means, etc., and performs activation, calling, management, etc. related to voice calls. The voice call function unit is a call management unit that performs operation, control management, and the like related to a call, and includes an antenna, a speaker, a microphone, an amplifier, and an electronic circuit unit necessary for the call.

  Call activation of the voice call means is based on the transmission signal of the data such as the image captured by the imaging means to the transmission destination or the reception signal received by the information management means of the transmission destination. A call based on the voice call means can be performed based on one or more of a call activation by a manual switch relating to an automatic call activation of the call means and a call possessed by the camera or the like. Further, data such as one or a plurality of images picked up by one or a plurality of cameras can be automatically transmitted immediately, and can be displayed by voice communication activation in the information management means, the video display means or the like.

  Means to be solved by the present invention is that the imaging means is a building, factory, school, hospital, base, facility, equipment, apparatus, work, building, utility pole, public, area, etc. having the illumination means. It is assumed that the illumination imaging means can be installed in the place of life of society. The imaging means may be installed individually or in a permutation, at regular intervals, where necessary, and the one or more illumination means and one or more cameras are adapted to the operation, purpose, specifications, system, etc. It is assumed that the imaging unit that enables illumination imaging control and the like is provided.

  Means to be solved by the present invention is that the imaging means comprises one or more LEDs, lamps, other illumination lamps and the like, and one or more cameras, movable, portable, portable, It is also assumed that it is a moving image pickup means that can be installed such as by transportation or stationary. The illumination unit and the camera in the moving imaging unit may be connected to each other through the illumination imaging control unit.

  The means to be solved by the present invention is characterized in that the imaging means and the moving imaging means comprise a current position information general-purpose device Global Positioning System (hereinafter referred to as GPS) that measures current position information at the time of movement or imaging. It is said. In the movement or the like of the moving image pickup means having GPS, the image pickup is started based on the start of image pickup of the camera or the start of GPS information start from the illumination image pickup start means, the communication information terminal or the information management means. GPS image capturing position information, current position information, etc. together with image data captured by the camera, or image data captured by the camera together with GPS current position information activated by the PS information are immediately transmitted through the communication means, etc. It is what is done. In addition, in moving and portable mobile imaging means, it is possible to instantly detect and detect the current position information at the time of danger such as abnormalities during movement, the current position information at the time of imaging, etc. together with data such as the images taken by the camera. . The GPS current position information can be managed by the information management means, the information management function, etc. through the communication means.

  Further, the means to be solved by the present invention is that the number of the imaging means required for the operation, purpose, system, etc. of the camera and the illumination means through the illumination function, the imaging function, etc. based on the illumination imaging activation means. Are combined, and these are characterized by integrated control, integrated operation, and the like. In particular, when the mobile imaging means that can be moved or carried at the time of movement has a GPS, GPS imaging position information is transmitted together with image data taken by the camera, or the current GPS position detected by the information management means etc. On the basis of the position information, GPS image pickup position information is immediately picked up and transmitted together with data such as an image picked up by the moving image pickup means activated for image pickup. In addition, it is possible to envisage activation of one or a plurality of illumination means according to GPS.

  Further, the means to be solved by the present invention is characterized in that it is a moving image pickup means comprising a transport storage management means having the image pickup means that enables image pickup during movement or the like. The transportation and storage management means include electronic products that can be moved, carried and carried by people, portable items such as household items, mobile phone items possessed by people as examples, radio goods, CO players, electrical goods such as flashlights, etc. Alternatively, goods such as bags, hats, name tags, wands, helmets, school bags, and other daily life goods such as play content goods can be assumed.

  In addition, the transport and storage management means include passenger vehicle means for transporting passengers, luggage, etc., passenger vehicle means such as taxis for carrying passengers, buses, cars, trains, aircraft, ships, etc., cargo, luggage, containers and other dangerous goods, etc. It is possible to envisage a transporting means such as a transporting means for transporting the vehicle. Alternatively, it is a moving imaging means that can be mounted on unattended management facilities such as ATMs, vending machines, and safes that can be moved. It is assumed that it is a moving image pickup means having one or a plurality of cameras that are mounted in, built in, integrated with, or connected to the transportation storage management means. Through this, through image data taken by the moving imaging means, it is possible to detect and capture the field such as abnormalities during movement.

  The mobile imaging means is incorporated in the main body, other driver's cabs, cabins, luggage compartments, or the lighting means, etc. in the transportation storage management means, and is incorporated in, incorporated in, integrated with, or connected to the communication information terminal. It is also assumed that it is a moving imaging means of one or a plurality of cameras that are mounted. In addition to the imaging function of the illumination imaging activation unit, these imaging units can assume remote imaging activation from the communication information terminal, the information management unit, and the like. Further, it is possible to envisage confirmation of the current position information by attaching GPS to these moving image pickup means.

  Further, the means to be solved by the present invention is that the mobile imaging means is the main article, the door, the lid, each room, etc. in the portable article, the transport vehicle means, the unmanned management equipment, etc. of the transport storage management means. It is assumed that they are installed, integrated, built-in or mounted in conjunction with information. The imaging activation of the moving imaging means assumes a dangerous time such as a specific movement, an unspecified movement, or a movement of daily life when the managed object such as transport storage is moved. In addition, it is possible to start imaging even at the time of danger during illegal installation or the like during installation.

Means to be solved by the present invention is that in the moving image pickup means, the image pickup start of the camera is the illumination image pickup start means, a wireless tag, a wired or wireless emergency switch, a communication information terminal, an information management means, or Based on the information signal transmitted by GPS or the like, it is assumed that the moving image pickup means is activated, and the camera is activated by at least one transmission or the like.

The means to be solved by the present invention is that the information management means of the moving image pickup means or the information management function provided in the moving image pickup means and the like is picked up in the field such as abnormalities at the time of movement danger Manages data such as images by moving imaging means and other necessary information, and also manages information management means, etc., or emergency information of the communication information terminal, the wireless tag, the switch, etc., or GPS current position information, etc. Assume that information management such as data of an image of a captured image captured by a camera that has been activated is originally performed. Further, these image data are transmitted to the video display means and managed in accordance with the transmission destination selected by the information management means and the transmission conditions through the communication means.

  Means to be solved by the present invention is that the moving imaging means is linked with GPS in the event of a danger such as movement, and the illumination imaging activation means, the camera, the illumination imaging means that can be connected to GPS, When an information signal such as activation is transmitted from the information management means, the communication information terminal, etc., the current position information of the GPS activated together with the image data of the camera imaged by the activation information signal, or the The image data etc. of the camera imaged based on the GPS current position information activated by the activation information signal is immediately transmitted to the information management means etc. through the communication means. Further, the means to be solved by the present invention is that the illumination imaging unit is configured to be based on at least one of the position, movement, direction, time, speed, route, etc. of the moving imaging unit, and the area of the information management unit or the like. In the monitoring means, information transmission, distribution control, etc. according to the purpose, operation, application, etc. are possible by linking the information of the camera activated for transmission and one or more cameras, one or more lighting means, etc. It is to make.

  The means to be solved by the present invention is one or a plurality of information management means capable of communication connection by WEB or the like, or a communication information terminal or the like is an image communicated by the data such as the image or a mail of communication means such as WEB. Displacement, fraud, history, etc. of the image information such as data (1) or image data in the image data (2) displayed on the web (2), etc. WEB displacement confirmation that enables WEB confirmation and confirmation of the past and present conditions of the web is possible.

  The means to be solved by the present invention is that the WEB displacement confirmation means includes image identification adding means and image confirmation confirmation means based on the individual identification information function, encryption information function, image processing function, etc. Through these, confirmation confirmation of the image data can be confirmed on one or more of confirmation of communication on the web, information confirmation on the information such as the history such as the history, and the like. Confirmation of original confirmation of data such as images, or processing other than the original, modification, fraud, authenticity, displacement confirmation, sender confirmation regarding the data such as images, destination confirmation, and information confirmation of data such as images can be estimated It is.

  Means to be solved by the present invention is that the imaging means comprises social advertising means such as social, safety, and environment possessed by business means for producing, selling, etc. of products linked with the information management means. It is characterized by that. This social advertising means integrates the consideration for the business that requires the business means, the advertising consideration for the business image of the product, etc. and the local benefit consideration received by the locality through the products of the business means. By displaying social display means such as social advertisements, public advertisements, donations, and other information contents, the imaging and capturing means in the place of life possessed by the imaging means can be promoted to the area. As an example, in order for product companies, electrical equipment companies, pharmaceutical companies, etc. to improve their business image, social advertising means such as society, safety, environment etc. are imaged and local society, school, welfare through sales of business products Investing in local publics such as safety, environment, nature and ecology can be assumed.

  The present invention is a place where lighting of social life such as society, life, industry, etc. is possible, and in the event of danger such as crime, disaster, safety, nursing, environment, etc. in life, human life, body, property etc. It has the greatest effect to rescue abnormalities such as current conditions such as victims, victims, victims, monitored objects, monitored conditions, etc. It has the effect of enabling imaging and capturing by capturing on-site images and transmitting instantaneous images in the event of anomalies such as abnormalities, criminal images, and other disasters, environmental pollution, food, chemicals, water quality, and other various safety risks.

According to the present invention, by performing an on-site criminal detection image such as an abnormality at the time of danger without knowing that it is being imaged from a monitored object such as a criminal / suspicious person, a suspicious vehicle, a monitored situation, etc. It has the effect of preventing difficult crimes and immediately capturing the video of the criminal.
According to the present invention, in addition to crime prevention, earthquakes, floods, fires, accidents, crimes, disasters, safety, nursing, the environment, etc., through crimes, lighting, etc. Even if it is road, outdoors, and indoors, it has the effect of being able to use imaging and detecting means by switching immediately, converting, or the like.

  Global warming, energy saving problems, effective use of resources, reduction of CO2 reduction, etc., improvement of global environment, such as CO2, which is a global issue, high efficiency in eco-environment, relative heat efficiency of lighting, construction simplification, high resource efficiency, etc. Has a connected effect. In addition, it has the effect of allowing social permeation of on-site video detection such as social, safety, environment, nature, eco, and other abnormalities.

  After the scene of crime / incident danger, the crime image and location information after moving can instantly resolve the scene of the criminal detection, etc. It has the effect of being able to detect on-site images such as abnormalities.

  According to the present invention, there are various integration effects by various illumination effects by the illumination means and various camera effects. Furthermore, the integration technology of various illumination wavelength processing technologies for the light source elements of the illumination means and linked camera image processing technologies is the next generation of new fields of food, freshness, hygiene, medicine, water purification, environment, pollution, etc. It has the effect of enabling on-site imaging and detection of such abnormalities, such as continuation of on-site abnormalities, stable sterilization, negative effect sterilization, upbringing of positive effects from abnormalities, storage, and improvement.

Basic conceptual diagram of imaging means System diagram of configuration and control of imaging means Operation flow diagram of communication such as activation of imaging means, imaging, video transmission and power line carrier Modular imaging means and indoor / outdoor communication examples Relationship diagram between camera module structure means and illumination camera structure means Operational structure diagram of modular structure means and lighting camera structure means Example of relationship combination between camera and illumination means in imaging and detection means Illumination imaging activation means and sensor-linked reference example diagram Individual identification of captured video, image data, etc., information transmission confirmation example diagram Operation / information linkage diagram of mobile imaging means Illustrated example of relationship between illumination imaging means, communication means and area monitoring Structure diagram of illumination shape of illumination means in illumination imaging means Illustrated example of combination of illumination imaging means and call means Reference examples of operation of illumination imaging means Illustrated example of illumination shape body of illumination imaging means Example of relationship between illumination imaging means, information management means and video display means Example of operation of image capturing and detecting means and external device system of image capturing means Operational example diagram of imaging and detecting means and moving transportation management means of moving imaging means Operation of lighting imaging means Examples of traffic lights Integrated operation of the imaging and detection means of the illumination imaging means and the image processing sensor Specific examples of image capturing and detecting means with illumination imaging means and image processing sensor

An embodiment of an imaging / image transmission confirmation system according to the present invention will be described in detail with reference to the drawings. FIG. 1 shows the life, industry, community, and other social life places of the imaging means 0, and the life, body, property, food, etc. of human beings caused by crime, disaster, safety, environment, nursing, etc. It is a basic conceptual diagram which comprises the imaging detection means 00 at the time of danger, etc., and is a basic system diagram of an imaging / image transmission confirmation system. Image capturing means for capturing video by instantaneously transmitting data A1 such as an image of the captured image A, an image of the captured video, etc. immediately after imaging, such as an abnormality by the illumination imaging means 1 by the camera 2 having the illumination means 3 at the time of danger 00.

The imaging / capturing means 00 in FIG. 1 automatically captures an imaging image A of an on-site such as an abnormality imaged by the imaging means 0 through the illumination imaging activation means 11 that automatically extracts a monitored object, a monitored situation, and the like and activates imaging. This is the illumination imaging means 1 that automatically captures and captures the image immediately after the imaging without passing the time after the imaging of the image data A1 after the imaging. The illumination imaging means 1 includes one or a plurality of cameras 2 and one or a plurality of illumination means 3 that are associated with each other, and the illumination imaging activation means 11, the illumination imaging control means 12, the simultaneous imaging transmission means 13, and the continuous Illustrated is imaging means 0 that means imaging detection means 00 capable of imaging and transmitting in situ such as abnormalities by continuous control of linked operation means 14, etc., linked operation, and the like.

  In FIG. 1, the imaging unit 0 can arbitrarily assume one or more of the cameras 2 and one or more combinations of the lighting units 3 according to the operation, purpose, and use. The illumination imaging means 1 to be used. Further, it is assumed that the number of the cameras 2 and the illumination means 3 set by the illumination imaging control means 12 is at least one each, or that the number of the sites is related to each other as necessary. .

  The combination of the illumination means and the camera related as shown in FIG. 7 can be assumed, for example, in a combination selection of 1: 1 combination, 1: plurality, plurality: 1, plurality: plurality, etc. It can be set according to the required system specifications according to the application, operation, and purpose. FIG. 1 shows an illumination imaging transmission system that means imaging means 0 capable of instantaneous imaging and transmission of a site such as an abnormality in a place of life through these, as well as communication means 6, sensor means 5, and information related to the illumination imaging transmission system. The management unit 7, the communication information terminal 9-1, the video display unit 8, other information devices, and the entire system are illustrated.

  The illumination imaging means 1 in FIG. 1 has the illumination imaging control means 12 to which the camera 2 and the illumination means 3 are related to each other. The meaning that the camera 2 and the illumination means 3 are related to each other is that the imaging function 2-1 of the camera has one or more functions such as imaging activation, imaging, imaging storage, and imaging transmission, and the illumination function 3 of the illumination means. -1 enables illumination activation, illumination dimming, illumination color change, and illumination control. Further, an illumination wavelength processing function 3-2 based on optical electronic applications of light wavelengths such as infrared rays and ultraviolet rays different from the illumination function can be assumed as the illumination function. One or more of these functions are subjected to mutual control, continuous control, interlocking control, and the like, and the captured image of the camera 2 captured through these functions is captured and managed. Also, assume that these modular structure means 1M.

  At the same time, the imaging simultaneous transmission means 13 for automatically communicating data such as images obtained from the captured video immediately after imaging automatically transmits to the transmission destination registered in advance in the illumination imaging means 1 or the information management means 7 through the communication means 6. The image capturing and detecting means 00 having a function is provided. The imaging simultaneous transmission means 13 enables automatic transmission of the captured image data immediately as it is, or transmission of image data, an information signal of the image data, etc. by transmission activation by another transmission function.

  FIG. 2 is a reference example of the configuration and control system diagram of the imaging means 0. The imaging unit 0 includes the illumination camera structure unit 10 and has an illumination shape L. The system diagram of the configuration content and control content of the imaging unit 0 illustrates the configuration and content of the camera 2 that performs the imaging function and the configuration and content of the illumination unit 3 that performs the illumination function. A series of flows, such as imaging start-up, imaging, management, storage, and instantaneous transmission of image data immediately after imaging in these illumination imaging transmission systems, are illustrated as reference examples through the flow of captured image A and image data A1. To do.

  The imaging means 0 is a module in which all or a part of these configurations and controls are integrated or packaged, and the image data A1 captured through them is modularized including the PLC and other communication functions. It is also possible to consolidate them by means 1M or the like. The image data A1 includes information signal data related to captured images, images related to other imaging, individual information, communication information, and the like in accordance with the system in the image capturing and detecting unit each time.

  2, FIG. As shown in FIG. 5, the imaging unit 1 includes an imaging unit 22 having an imaging lens 01 and an imaging element 02, an imaging activation unit 21 that activates the imaging unit, and an operation for storing data such as an image of a captured image captured by the imaging unit. Storage unit 24, imaging storage unit 25 that stores captured image data, communication unit 60 such as a transmission unit that transmits image data, or a reception unit that receives data, management, control, and operation related to the imaging The camera module-structured structure means 10 can be made up of components having functions such as the imaging management unit 23 and the power supply unit 40. The modularized structure means 1M is assumed to have a modularized structure that enables integration of the camera and illumination means in the imaging means, information linkage, and the like. It is also possible to assume image data by night vision imaging using an infrared LED element illumination means and a camera that performs imaging based on the illumination means.

  It is assumed that the imaging lens 01 of the camera that captures an image in the illumination imaging unit in FIG. 2 has an optical function improved by integrating and combining a plurality of lenses such as optical lenses. The camera is subjected to optical processing for converting an optical image taken by an imaging optical lens into an electrical signal by an imaging device through a CCD or C-MOS device, an image sensor, an electronic circuit, or the like. It is possible with a C-MOS image sensor, an infrared cut filter for correcting visibility, a lens such as an optical system, and a protective cover thereof. In addition, built-in auto focus function and other camera functions are also assumed. The captured video captured through these images is image processing such as overall compression of image data required for image communication, etc., overall pixel thinning, image displacement data displacement processing, etc. It is assumed that it can be transmitted immediately through.

  2, 4, and 5, the camera modularization unit 1 </ b> M includes, for example, activation related to imaging, communication information terminal 9-1 such as the sensor unit 5, a wireless tag, and a mobile phone, remote remote operation, or Assume that transmission is activated by lighting means. Further, it is possible to realize a modular structure that enables selection and selection of activation, operation, control, communication, management and the like. Further, the camera modularization means 1M can be integrated with the modularization structure means 2M of the illumination means, linked to information, etc., and one or more cameras, one or more illumination means, etc. are provided as necessary. It is assumed that these can be combined, and that mutual interlocking control, continuous control, etc. are possible.

  The modularized structure means 1M of the camera can also connect information with the illumination means 3 separated. In addition, the modular structure of the image pickup means 1 can be a single structure, or the camera 2 can be integrated with the illumination means 3 having various illumination shapes L, or the camera 2 and the illumination means 3 can have a single modular structure. . Further, the modularized structure means can be structured differently in shape, multiple, remote, distributed, etc. as long as the modularized structure is integrated and functionalized.

  FIG. 3 is an operation flow diagram of communication such as imaging start-up, imaging, video transmission, and power line conveyance of the imaging unit 0 that enables the imaging and detection unit. The flow flow of (1) to (5) is illustrated through the process of the power line carrier means 41 and the public high-speed information communication network 62 in the communication means. (1) shows a specific example of the illumination imaging activation means 11 that automatically extracts the object to be monitored, the monitored situation, etc., and activates the imaging, and (2) shows an image of the field such as an abnormality imaged by the imaging means 0. Illumination control means 12 is shown. Further, (3) exemplifies indoor A as an example of the indoor power line carrier means PLC41 as the communication means in the imaging simultaneous transmission means 13 by the image communication means 61 having these.

  Further, (4) shows the indoor / outdoor communication of B in the case of the public high-speed information communication network 62 via the PLC or not via the PLC. Moreover, the information management means 7 and the communication information terminal 9-1 which perform information management etc. through these image data etc. are illustrated. Further, the operation of the continuous operation means 14 and the like relating to the imaging and the like in the series of the imaging means will be exemplified. The image capturing and detecting means 00 that automatically transmits immediately after imaging without passing through the time after imaging is illustrated. In (5), the image data and the like to be communicated are communicated to an information management means, a video display means and the like.

  FIG. 3 shows (1) examples of the illumination imaging activation means 11 that activates the imaging of the illumination imaging means 1 as sensor examples, wireless or wired manual switches, GPS, wireless tags, communication information terminals such as mobile phones, or information. Assume examples of remote remote management. A specific example of the illumination imaging activation unit 11 is basically an illumination imaging activation unit having individual identification information. Based on the extraction of (1), (2) imaging by imaging means, video transmission by any communication means of (3) and (4), information management by (5), and imaging detection means by imaging, communication, control, etc. Is possible.

  Further, it is assumed that the transmission start of the illumination imaging activation means not noticed by the culprit is to perform the imaging start of the camera of the imaging means, the start transmission of the illumination means such as the illumination start, and other information transmission. It is also assumed that imaging is activated by a human-owned wristwatch, pendant, brooch, fountain pen, and other wireless and wired switches. The imaging start switch can be used for various types of devices such as crime prevention bells, lighting means, mobile phones, other radios, flashlights, electronic home appliances for information appliances, vehicle means, transportation means, etc. These can be linked to each other, or can be incorporated into these, integrated control, etc., through which imaging activation, illumination activation, etc. are possible. Moreover, if it is a structure which is not noticed by a third party other than the person himself, a lighting or other power switch may be incorporated. For example, in the case of, for example, camera activation of a wireless or wired switch, the setting method can be arbitrarily set as long as a third party does not notice by a method other than the normal operation switch. It is also possible to set rotating lights and alarms linked to these.

  FIG. 3 also shows that in the illumination imaging means 1, the illumination imaging activation means 11 is a GPS transmission activation or illumination imaging activation possessed by the sensor means 5 or moving imaging means, or an information management means by an external remote, a communication information terminal The automatic extraction of the monitored object and the monitored status, imaging activation, and the like are performed by one or more of the above. When an activation signal is transmitted from the illumination imaging activation unit 11 in the illumination imaging unit 1, data such as an image of an image captured by the illumination imaging control unit 12 from a camera activated by the illumination imaging activation unit 11 is transmitted to the imaging simultaneous transmission unit 13. Is automatically transmitted through the communication means. In addition, each function of the image pickup means 0, data such as image data and other information signals, and the like are confirmed by authentication identification, communication confirmation, encryption, etc. It is to be converted.

  Also, the construction and setting of authentication identification means, confirmation means, and encryption means linked with the illumination imaging means 1 included in the illumination imaging activation means 11, illumination imaging control means 12, imaging simultaneous transmission means 13 and the like are set as illumination imaging control means. In addition, it can be assumed to be constructed, set, etc. by CPU hardware or software in information management means, communication information terminals, etc., communication networks, other communication cards, external connection information terminals, etc. Further, the authentication identifying means, the confirmation means, the encryption means, and the like of (6) can be operated as described above even when the illumination imaging activation means 11 is activated. For example, in the case of a wireless or wired switch, setting of individual identification information, a personal identification number, an encryption code, individual identification information such as a card for information communication, confidential information, and the like can be assumed.

  Also, FIG. 3 shows, for example, from a radio tag transmitter, a wireless or wired switch, a communication information terminal such as a mobile phone, a landline phone, etc. Assume at least one such as imaging activation of the imaging means, sensor activation, or remote imaging setting. These outgoing calls have individual identification information, addresses, etc., and these operation operations can be used exclusively in the event of a danger, or can be assumed to be combined with these normal device operations. Further, the operation operation at the time of the danger can be performed by a method for setting the activation at the time of the danger different from the normal operation such as ON / OFF and the operation such as the activation by a method different from the normal operation operation.

  In FIG. 3, data such as an image of a captured video imaged by the imaging unit is automatically transmitted through the communication unit 6 by the simultaneous imaging transmission unit 13. Further, the image communication means 61 for automatically transmitting the image etc. signal A of the image etc. data has, as an example, a high speed power line communication using the power line of FIG. 3A by the power line 4 of FIG. The power line carrying means 41, the PLC of Power Line Communication, and the operation of the information network by the PLC are possible.

  In FIG. 3, public high-speed information communication network 62 other than (A) or (B), and the Internet, ultra wide area ultra wide band mobile high speed information communication network GSM, WiMAX, wireless LAN, other wireless, wired communication, etc. Can be assumed. In addition, it is possible to envisage the use of the image communication means 61 through separate communication of (A) and (B), or (A) and (B) in combination or combination of one or more of these. (7) Information appliances such as information home appliances, information equipment systems, digital cameras, car navigation systems, landline phones, mobile phones, digital TVs, WEB information contents, etc. By making it possible, a system of illumination imaging means is possible through various operation networks with illumination means and cameras. In addition, these communication means are capable of data communication such as an assumption of a communication card and an address image by a high-speed mobile information communication network.

  In FIG. 3, the PLC of the power line carrying means 41 has an individual address, and the high-speed power line communication capable of carrying the image data through a power line power supply such as the illumination means, and the conversion transmission of the image data. It is possible to perform automatic conversion transmission by a functional modem (PLC-M). In addition, it is possible to carry a power line during a power outage by providing a battery even during a power outage.

  FIG. 4 illustrates an indoor and outdoor communication example diagram of the imaging means that is modularized structure means. The image communication means can automatically transmit data such as images through a domestic indoor PLC, and transmits image transmission information to an optical fiber, the Internet, a high-speed information communication network, a mobile information communication network, WIMAX, etc. Is capable of signal conversion through a PLC-M modem having a PLC information conversion function.

  Also, the camera modularization means includes the camera lens, and the IC semiconductor integrated circuit, LSI, information board, and other components necessary for the modularization structure related to imaging, illumination, communication, etc. in the illumination means and the like. It is possible to construct a CPU integrated structure, packaging, modularization, and the like that are configured by each functional unit of the above-described components and an I / F interface of each function. The overall structure can be any structure, operation, control, management, etc., depending on the operation, purpose, application, etc. Any shape, configuration, batch, distribution, mutual information network, etc. .

  Further, the modular structure means of the camera is a substitute for the information management means by incorporating a modular structure means such as the information management function into the camera module structure in the imaging means in a CPU integrated structure, packaging, modularization, etc. Assume that you can. As a result, one or a plurality of the illumination imaging means, one or a plurality of the cameras, etc. are directly transmitted to the video display means, etc. directly by the communication means within the range of the CPU integrated structure of the module structure means. It is possible. In addition, it is possible to envisage sequential or necessary information passing communication in the plurality of illumination imaging units through the information management function of the plurality of imaging units and the illumination unit.

  FIG. 5 is an example of a combination of a camera modularization structure (A) and communication means in FIG. 4. The right side of FIG. 4 illustrates outdoor communication means and information management means, and the left side is illustrated with an example of a camera module of an imaging means that uses the PLC of the power source (1) of the power line 4 in the indoor (A). It is also possible not to modularize it. (A) is A-1 as an image pickup means, and the components of the camera are integrated with a CPU, packaged, and modularized to constitute a module structure means. Further, it is an example including a sensor function, a wireless tag transmission function, and a voice call function, and illustrates that the imaging of the camera of the imaging means can be activated through these. In addition, specifications such as selection, addition, and selection in each function such as operation and control of the module structure means can be designed and set in accordance with the purpose, operation, system, and the like.

  The camera module structure structure means (A) in FIG. 4 is roughly divided into a camera part A-1 and an illumination means part A-2. A-1 is a single structure of the camera module structure means 10 and electronic information. It is possible to link with devices, systems, etc., and it is possible to envisage either packaging or modularization including modularization of the illumination means A-2. It is also possible to link information with fixed telephones, information appliances, and other information equipment systems.

  FIG. 4 shows an image captured when the illumination imaging activation unit 11 and one or more cameras 2 and one or more illumination units 3 of the imaging unit are controlled in conjunction with each other by the illumination imaging control unit 12. Illustrated is an image capturing means 00 having an illumination camera structure in which a modular structure means that can be automatically transmitted through the imaging simultaneous transmission means 13 by the power line conveying means 41 and other communication means is also illustrated.

  Conventionally, it is a system control means that can instantly switch a place where a camera can be installed in a place of daily life to a place where illumination is possible to imaging monitoring. In particular, the prevention of crimes such as instantaneous abnormalities in the field, such as personal housing, condominiums, food safety, store crime prevention such as shoplifting, etc., and lighting that is useful for eradicating crimes such as public and roads, etc. Is possible.

  In FIG. 4, for example, the image data of the captured video is fixed by interlocking with the PLC function capable of image communication with the camera modularization structure means 10 and the fixed telephone means 9-5 having an information communication function. It has an information conversion means such as a telephone means 9-5, a PC, a modem, etc., and an image capturing and detecting means 00 that automatically transmits to an indoor / outdoor management office, a mobile phone, etc. can be assumed. Further, it is possible to assume a wireless communication function of a communication card such as a wireless communication using a mobile communication network as a communication means. If the communication card has a wireless communication function, it can be assumed to be incorporated in the camera module structure means 10.

  The camera module structure means is pre-selected for the image data through the PLCM, modem, PC, landline telephone, etc., with the image data conversion and transmission function and information communication function of the PLC modem included in the information conversion means. Immediately sent to the destination address number. For example, transmission to a mobile phone or construction of a new captured image 110 system can be assumed. Also, in this case, the transmission activation of the wireless transmission tag RT, sensor, and other illumination imaging activation means 11 in FIG. 4 can add address, individual identification function, and individual identification data by encryption function, and information such as the center in advance The verification of the authentication identification means registered in the management means or the like is possible.

  FIG. 5 is an example of a relationship between the camera module structure means (B) and (C) other than (A) and the illumination camera structure means. (B) illustrates a case of wireless communication (2) of the camera module structure means of the moving image pickup means and the camera module structure means of the illumination image pickup means. (C) illustrates the camera module structure means of the imaging means in which the power supply line 4 and the information communication line (3) are separate lines. These show the illumination camera structure means in combination with the LED illumination means 3. Further, the camera module structure means can be assumed to be an integrated module structure means of (A), (B), and (C). This is a module structure means that can be used both outdoors and indoors if a power source is available.

  FIG. 5B is an example of the camera module structure means of the moving illumination imaging means. Examples of this are vehicle driver's seats, examples of vehicle lighting cameras in the vehicle, outdoors, etc., or examples of women's flashlights on night roads, or examples of truck drivers' seats, luggage compartments, or aircraft, trains, etc. Installation examples such as driver's seats, cabins, luggage rooms, etc., installation examples in safes, important luggage, trunks, bags, etc., or vending machines, ATMs, etc. Is done. Illumination camera structure means such as movement provided in these are possible. These can also be assumed to be a camera-only modular structure, and a modular structure means in which the illumination means and the camera are integrated.

  FIG. 5C is a camera module structure means that uses a public high-speed information communication network 62 of the conventional communication means 6, which is constructed by separate lines for the power supply line and the video signal line (3). The lighting camera module structure means installed in the streetlight of the telephone pole in the back of the mountain, which is difficult in the past, can be assumed as a camera crime prevention light as it is by using the optical fiber attached to the streetlight power line. . Here, in addition to the wireless tag or sensor means, remote setting from information management means or the like can be assumed.

FIG. 6 illustrates an operational configuration diagram of the camera module structure unit 1M and the illumination camera structure unit 10. (A) illustrates the relationship between the camera module structure and the illumination camera structure necessary for the image capturing and detecting means. The camera having the module structure means has an illumination camera structure that is built in an illumination shape body that represents the illumination lamp, the shape of the illumination device, the shape of the illumination device, etc., and that is mounted integrally, such as device attachment and information connection Having illumination camera structure means.

  FIG. 6 shows an example in which the illumination camera structure means 10 is integrated with the camera module structure 1M-a and the illumination means in (1) of (A). Symbol LED as used in this specification shows the general term of the lamp | ramp regarding illumination, such as a light bulb of an illumination means, LED lighting, a fluorescent lamp, a lamp | ramp, an emergency light, a neon sign. This is (2) of the example (A) in which the camera module structure 1M- is incorporated in LED lighting, a straight tube of a fluorescent lamp, a circuit line, a downlight or the like. In (1) of (B), 1M-b is a camera module structure camera or the like that is integrally connected to the illumination device of the PLC-based illumination unit that is information-connected to the PLC-based illumination unit. A separate module structure integrated into the glow bulb and the bean lamp can be assumed. In (1) of (C), 1M-c is a camera module structure that uses a public information communication network or the like. An outdoor streetlight is assumed. These can transmit data such as images to the information management means through the communication means.

  The illumination camera structure means 10 having the camera module structure shown in FIGS. 4, 5, and 6 is incorporated in the illumination lamp of the illumination shape body, in the illumination device, etc., or is integrally attached, or separated and connected. Is also possible. For example, the TV camera module structure means in which the camera module structure means is incorporated in the TV is a conventional TV telephone, a video function and a voice telephone simply by the TV or camera separation system speaking directly to the other party on the TV screen. This enables a TV camera module structure means that has a single function. TV functions and lighting functions are linked with information by remote control setting, and people who are away from home by operation are in the living room together, as if everyone is through TV of multiple people in a new era tea It is possible to have a system that allows conversations and meetings between tea. In the case of a conference, a camera module structure means attached to and integrated with a conference microphone linked to a TV is also possible.

  FIG. 6B shows an example of a power line or an information communication line capable of communicating data such as images. (2) shows an example of a power line carrier means 41, a public high-speed information communication network 61, etc. through these cables. Another camera module structure means that enables communication according to the above can be installed anywhere with a cable regardless of whether or not there is a light alone.

  In FIG. 6B, (1) can also be electronic device means 9-9 such as information linkage with information appliance system 9-4 such as information home appliances, information appliances, information facilities, and incorporation into the system. Also, the camera module structure means is independent for both indoor and outdoor, one or a plurality of illumination means, a combination with one or a plurality of cameras, a combination of these module structure means, a power line or an information communication line through an information equipment system, etc. It can be connected to.

  FIG. 7 is a case diagram of the illumination camera structure means 10 by way of illustration of a combination of the relationship between the camera and the illumination means in the image capturing and detection means. Illumination imaging means 1, illumination imaging means 2 to m, etc. are each associated with one or more, and as an example of illustration, an imaging detection means is possible by a combination in which the camera and illumination means are related as follows. In (A), the illumination imaging means 1 is not limited to the combination of the camera 1 and the illumination means 1, but the cameras 2 to m, the illumination means 1, the combination of the camera 1 and the illumination means 2 to m, and the cameras 2 to m and the illumination. A combination of means 2 to m is also assumed, and these are examples of the drawings. In addition, imaging, management, operation, control, communication, etc. by a combination of the relationship between these cameras and illumination means can be performed independently or system settings. Assume a camera of a module structure means or an imaging means incorporated in the illumination shape L.

  In addition to the camera and the illumination imaging control means 12 of the illumination means, the illumination shape body L is also assumed to incorporate sensor means and other controls that enable transmission activation, information linkage, and the like. These can be linked to information alone, or grouped together or set according to the system, etc., through which operation control etc. is possible that enables the imaging activation means by the illumination activation means 11 and the simultaneous imaging transmission means 13 It is.

  FIG. 7B is a block diagram that relates the whole of the camera that captures the image by the illumination imaging unit 1 that is a combination of the camera and the illumination unit, and the illumination unit and the illumination imaging transmission system. These are the illumination imaging transmission system of the present invention that enables various operations, control, communication, etc. through individual addresses, modular structures, information linkage, and the like. Furthermore, these illumination imaging transmission systems can be connected to information devices such as information devices necessary for the system, other information systems, their overall systems, and center systems through the communication means 6.

FIG. 8 is a linked reference example diagram of illumination imaging activation means and sensor means. Also, a flow diagram of data such as images by the sensor means is illustrated. It is characterized by enabling on-site imaging and detection of abnormalities related to human life, body, property, food, etc. Imaging detection to detect the appearance and presence of monitored objects, monitored conditions, etc., such as specific abnormalities in the event of a danger related to human life, body, property, food, etc. caused by crime, disaster, safety, environment, nursing, etc. It is the sensor means 5 which enables this. The sensor means is an example of a sensor that can be incorporated in a modular structure means such as a camera in FIG. An infrared sensor 51, an ultrasonic sensor 52, and the like can be assumed. Enables sensing, etc. in all aspects of crime, disasters, safety, environment, nursing, etc. in daily life.

  Further, the sensor means 5 (B) in FIG. 8 is an image processing sensor that extracts a captured image of a site in an abnormal state such as a specific monitored object and a monitored situation from data such as an image captured by a camera. In particular, the image processing sensor performs a sensing function in a field requiring image processing in general, such as crime, disaster, safety, environment, and nursing. In addition, these sensing functions are technologies that detect images of abnormal situations such as human life, body, property, food, etc. in danger through image processing of cameras that are integrated and controlled with lighting in the environment. Assume to do.

  In FIG. 1 and FIG. 8, the optical wavelength of the light source, such as infrared light and ultraviolet light, which enables the matrix function of one or more LED elements of the illumination means, which is different from the illumination part of the illumination function of the illumination means in the image pickup and detection means By enabling the illumination wavelength processing function 3-2 based on electronic application technology or the like, it is possible to detect and pick up on-site images such as abnormalities in monitored objects and monitored conditions. Through the illumination wavelength processing function, the illumination function, and the image processing function of these cameras that are integrated and controlled, mutual control, continuous control, interlocking control, etc. are performed to detect and image on-site objects such as monitored objects and abnormalities in monitored conditions. enable. As examples of these extractions, for example, the construction of a video detection technology that detects a certain abnormal state image through a constant stable image processing function of the camera on the premise of a constant continuation of the illumination means and a stable illumination wavelength processing function. It is a feature.

  The lighting means in this case are the meaning of continuation of lighting, stable supply, the meaning of sterilization of illumination light wavelength, the extraction at the time of danger such as abnormality based on light wavelength processing, and the camera displays abnormal images necessary for these image processing. It is characterized by being an illumination imaging means having the meaning of a new illumination imaging processing technique to be extracted. Examples of on-site imaging and detection such as abnormalities in lighting imaging processing technology include food production and food processing, fresh state of fresh fish and vegetables, chemicals, water quality in purified water, food, chemicals, chemistry, etc., environmental conservation, or these Enables on-site imaging and detection technology such as freshness, manufacturing, hygiene, water quality, chemical quality, etc., spoilage, contamination, poisonous and other monitored objects, abnormal status of monitored conditions, and abnormalities necessary for inspection etc. To do.

  Moreover, the illumination imaging means of the imaging / capturing technology that enables these image processing sensors include, for example, one or more illumination means having one or more LED illumination lamps, one or more cameras, and one or more It is possible to detect on-site imaging / extraction such as abnormality by imaging / extraction technology with an image processing sensor. In addition, as an example of these cases, it is assumed that the construction of lighting imaging means necessary for water quality inspection of purified water, food, factories, etc. and medaka biosensors is assumed.

  Or, one is the detection and prevention of normal environmental pollution of sea red tides, lakes and blue sea urchins, and stable sterilization sensors that use ultraviolet light by illumination means necessary for prevention and image processing of camera images that enable state monitoring Assume the construction of an illumination imaging means that enables an imaging and detecting means as a sensor.

  Or one of them is stable energy-saving lighting of the fish collection lighting means for fishery such as squid and skipjack, fishing grounds, and monitoring of the state of aquaculture, and sterilization of fish collection status, seawater and cultured fish Assume the construction of an illumination imaging means that enables on-site imaging and detection such as abnormalities in the state of fish collection, etc., with an image processing function that enables the imaging and detection means to detect the function. The meaning of on-site imaging and capture such as abnormalities in the state of fish collection here indicates the state of fish collection in the fishery. These can also be envisaged for the cultivation and storage of fresh, vegetables and the like.

  Alternatively, for example, an object such as sterilization, growth, decay, or the like, by combining image data analysis 53a, image processing 53b, illumination light wavelength, infrared ray, ultraviolet light extraction with wavelength processing 53c and image processing. An image capturing and detecting means by an image processing sensor that enables on-site abnormality detection such as abnormality in a state is made possible. As an example, it is possible to image and detect on-site conditions such as monitored objects, abnormal status of monitored status, such as abnormalities such as sterilization, contamination, water quality, etc. of fresh, food, medicine, rivers, livestock, farms, etc. Assume the construction of illumination imaging means.

  In addition, in the sensor means 5 (B) of FIG. 8, these image processing sensors 53 are registered for imaging and detecting techniques in the event of danger in the field, such as an object to be monitored, an abnormal state of the monitored condition, and an abnormality necessary for inspection or the like. It is possible to check the collation of the image data captured by the illumination imaging means through the image collation 54a, the image data displacement collation 54b, and the like. In these image processing, registered image collation, image data displacement collation, image processing sensor in captured image data, image recognition, image motion, image displacement analysis, monitored object, monitored object external shape, color, etc. Sensing such as image operations such as contour, etc., specific repetition / movement, and extraction of specific organization / characteristic numbers / characters, symbols, parts, etc. can be assumed. Sensing that is independent or interrelated is also possible.

  The present invention relates to an object to be monitored, a monitored state, etc., through an illumination wavelength process of an illumination means, etc., in an on-site such as an individual, a liquid, a gas, etc. By using optical wavelength processing, image processing, illumination function, etc., it is possible to assume on-site imaging / extraction such as abnormalities. This can be one or more assumptions such as personal identification, objects, numbers, symbols, and image displacement. In addition, it is possible to add sensing such as voice sound and optical image processing displacement. The sensing function of the image processing sensor can be assumed to be incorporated in modular structure means, information management means, and the like.

In FIG. 8, in the sensor means, the sensing function 5-1 may be an individual sensing function (A) or (B), an integrated sensing function (A) or (B), or a stepwise sensing function. Further, for example, an image processing sensing function for data such as an image by using a sensor network information network such as a local area LAN, a wireless LAN, and a PLC LAN is also possible. In addition, it is assumed that information can be linked between the camera and the illumination unit according to these sensing information networks.

  FIG. 9 is an example diagram for enabling individual identification of captured video, image data, etc., information transmission confirmation, etc. between the imaging means and the information management means or information management means such as WEB. An authentication identification unit 2-2 having an individual identification function for data such as captured video and images, and an encryption unit 2-4 are illustrated. Examples of the image data include individual identification information, encryption information, and the like. B illustrates outgoing call confirmation information and C illustrates reception confirmation information. It is an illustration of the individual identification information which illumination imaging starting means and an imaging means have. (B) is an example of individual identification information that is integrated with information such as an image captured based on the individual identification function, and is transmitted to the information management means through communication means such as an image.

  In FIG. 9, a is data such as an image of the imaging means possessed by the individual identification information necessary for the authentication identification means. The authentication identification unit 2-2 has an individual identification function 2-2a for the camera, captured video, image data, communication information, time series, individual information, and the like, and a confidentiality maintaining function 2-2b. Assume confidentiality data by. The confidentiality maintaining function assumes encrypted information that enables encryption signal generation, screen blanking, communication encryption, other weather information, chaos, etc., and is transmitted integrally with the image data through these functions. Is.

  In FIG. 9, the authentication identification unit is based on individual identification information such as an individual authentication code, an address, a communication card, etc. in at least one of the imaging management unit, the information management unit, or the communication information terminal of the imaging unit. An individual identification function is assumed. The individual identification information can be assumed to be data such as camera, captured video, image, communication information, time, position, and other individual identification information. The individual identification information can also be combined with each other to form the entire encryption information.

  In FIG. 9, the authentication identification means for the image data, etc. is the authentication identification means for the image data that can confirm and confirm the history of the sender, WEB, etc., when the image data is copied and leaked through the Internet. Through 2-2 and the encryption means 2-4, displacement confirmation such as copying, forgery, and processing can be performed. The displacement confirmation may be information such as an image that is displaced even in the whole or part of the image data. In addition to images, data such as images can be assumed to be documents and documents.

  In FIG. 9, the image management data may be changed even if a third party other than the administrator or the principal is displaced while the administrator, the principal, etc. do not know at the time of WEB, Internet communication, etc. WEB displacement confirmation means 2-5 that can automatically confirm displacement by the communication information terminal or the like can also be assumed. When the WEB displacement confirmation means is displaced to the image data A-1x other than the original image data while the original image data A passes through the WEB through software, hardware, etc. relating to the imaging means, It is also assumed that real-time displacement confirmation of an automatic displacement confirmation function that can confirm displacement and the like in the history is possible. At the same time, the WEB displacement confirmation means for confirming the transmission and reception of these image data may be made possible by the administrator or the person in the video display means or the like by displaying the sound of the data such as the image, a mark, or other image display. On the other hand, it is possible to assume a mechanism that all third parties can confirm.

  In FIG. 9, the encryption means 2-4 decrypts and converts the encrypted confidential data function 2-4a for performing encryption conversion and the encrypted image data data into image data before encryption. It has an encryption / decryption function 2-4b. The encryption means is a flow according to (a). The encryption unit 2-4 and the authentication identification unit 2-2 can be used individually or in combination.

  These encryption means 2-4 can check the original image data or the like when the original image data transmitted through communication such as SSL is moved, communicated, or the information is displaced or converted. Confirmation information related to processing of image data, confirmation without modification, confirmation of image data processing, modification confirmation, confirmation of transmission destination, transmission destination, etc. of image data, etc., each time the confirmation information is encrypted It can be assumed that data such as an image is written and incorporated through image processing or the like of the encryption confidential function of the means.

  FIG. 9 shows that the image pickup means has at least one of a transmission confirmation 2-3a based on an output signal such as transmission of image data or the like according to a flow of B, or an incoming confirmation 2-3b of the image data according to a flow of C. Confirmation means can be assumed. Confirmation of transmission that confirms that the image data of the captured image has been activated, imaged, transmitted, etc. from the camera, or confirmation that the image data has been received by the information management means of the transmission destination At least one or more confirmations can be assumed. The notification display of these confirmation means is assumed to have at least one confirmation function such as lighting, extinction, blinking, vibration, sound, screen and other information display of the illumination lamp.

  FIG. 10 is an example of the operation / information linkage diagram of the mobile imaging means. The imaging and capturing means is possible by imaging the field of movement of the imaging and capturing means of the moving imaging means and transmitting positional information. For this, the GPS transmission by the imaging activation in the moving imaging means, or the imaging activation based on the GPS transmission activation of the moving imaging means is possible. In addition, it is possible to use either moving imaging means or illumination imaging activation means. In addition, the imaging means can start imaging based on the current position information. (A) is an example of a vehicle imaging means in an emergency, warning, or the like. The vehicle example on the left is a transmission example (a) in the case of a thief in the vehicle. The vehicle example on the right is an example of GPS and image pickup means activation (a) by remote activation (b) from the center. (C) is an example of imaging transmission of imaging means such as a street lamp based on (a), (b), and the like. Containers, luggage, safes, ATM looting, etc. can also be assumed.

  (B) A mobile phone that secures the safety of the person A on the road, a wireless tag for emergency start, and the like. The case of the previous suspicious person D discovery, detection activation with a sensor, and imaging with illumination imaging means are possible. Also, (b) is an example in which a person can activate the transmission of his / her own imaging means by activating the transmission of a communication information terminal such as a mobile phone or a security buzzer, and the surrounding illumination imaging means can start imaging.

(C) is possible, for example, as an imaging and capturing means possessed by a flashlight that instantly transmits an image of a criminal immediately before the alarm transmission of a flashlight with a camera 9-1 by a moving imaging means possessed by a person A. . Further, it is an example in which the linked imaging with the illumination imaging means 1 in the surrounding area can be activated based on the alarm transmission of the flashlight 9-1 of the person A.
(2) is an example of crisis management such as terrorism using illumination imaging means such as a specific site or public road. This is an example of transmission of an image picked up by a lighting image pickup means or a streetlight image pickup detection means when a suspicious person moves. These transmission activations can activate the image capturing and detecting unit from the image capturing unit or the information managing unit. Moreover, the example of the illumination imaging means in a site can also move the installation location. This is an example of a Shinkansen vehicle base as an example.

  Examples of crisis management include terrorist imaging and imaging means installed in vehicles, airports, nuclear power plants, chemicals, chemicals, hazardous materials, food, airports, water, gas, electricity, and other infrastructure, important facilities, and other streetlights on public roads. This is an example of countermeasures and crisis management. When a plurality of illumination imaging means 1 installed in the site in a place where there is no person originally detects a person, the position information and the video at the site are instantly transmitted and the detection notification can be made. The above example can also be applied in accordance with moving imaging means provided in the inside of a vehicle, train, aircraft, ship, etc., in a cab, etc. It is also assumed that it can be installed for police investigation, disaster prevention, and safety as a temporary imaging and detection means.

  FIG. 11 is a relationship example diagram of the image capturing / detecting unit 1-1 of the illumination image capturing unit, the place of movement of the moving image capturing unit 1, the communication unit, and the area monitoring. The relationship between information management of data such as images captured by these correlations and area monitoring is illustrated. (A) represents a situational situation example such as an abnormality. 1-x: When a criminal or suspicious person comes close to the site (A), such as abnormalities, when two people, a mobile transportation management means, such as a vehicle, encounters the site (A), such as abnormalities, captures lighting at the site, such as abnormalities Assume that the means starts imaging. 1-y is an example in the case where 1 and 2 are outside the imaging area A of the imaging means 0. In 1-x, when a thief or suspicious vehicle approaches on the night road, or when a person encounters a thug in area A, the lighting imaging unit 1 starts imaging, or the moving imaging unit or illumination imaging on the road, building, etc. in area A This is the case where the image capturing / extracting means such as the means starts image capturing or the GPS starts.

  FIG. 11A shows the contents of the illumination imaging means during movement or the moving imaging means during movement. This is an example of on-site image capturing and detecting means such as abnormalities in these movements. In an emergency situation such as an abnormality such as an abnormality, the illumination imaging means 1 (b) the imaging means is activated by the wireless tag and the sensor means at the abnormality such as the field, and the captured image data is immediately transmitted to the GPS together with the current position information. It can be transmitted and captured. (A) The imaging management, illumination activation, GPS activation and the like can be performed remotely from the information management means, the communication information terminal, and the like. (B) and (b) can be operated and linked from either one. In (B), the illumination imaging means, moving imaging means, information management means, etc. in (A) can be linked, communicated, distributed, etc. with the (A) area and other areas.

  1-y in FIG. 11 is assumed when the criminal performs area surveillance other than area A when he / she escapes after the crime, or when luggage or a vehicle is stolen, or when a movement such as a kidnapping occurs. The In addition, when a GPS is attached to a moving image pickup means such as a person, a luggage, or a vehicle, an illumination image pickup means such as a streetlight of a public area or a station where the position information area, a nearby area is located, based on the current position information of the GPS. Is interlocked and activated and can be imaged by the on-site imaging and detection means.

  (B) in FIG. 11 is an example of area monitoring and communication means for communicating data such as the image captured in (A). Illumination imaging means 1 such as one or a plurality of areas can be activated. The information management means 7 can be an area monitoring means 71, a distribution management means 72, etc. by a matrix control function or a remote monitoring function. The area communication means 6 enables communication within the area through the use of other communication means such as a broadband high-speed communication network WiMAX, WEB, etc. outdoors, and PLC, and the area setting is adapted to the operation, application, and purpose. System settings are possible.

  One or a plurality of settings of the area can be set from a neighborhood to a wide area, a region, and a super wide area, or apart from each other. These area information management functions are used when the information management function of the information management means can be operated, controlled, etc. through the modular structure means by the imaging management section of the imaging means. It is also possible to display information on the video display means directly from the management section through the communication means. In addition, when the imaging unit is installed integrally with the illumination unit installed on, for example, a fixed power pole, the sensing unit of the sensor unit is activated and the illumination unit is activated by remotely setting the illumination unit with an address. The image may be picked up by the image pickup means based on the above.

  FIG. 12 is an example of a correlation diagram of the structure diagram of the illumination shape body of the illumination means in the illumination imaging means. It is the related outline | summary of the 1 or several illumination means seen from the structure of the illumination shape body, and the 1 or several imaging means controlled mutually. The illumination means 3 has the external shape of the illumination shape body L according to social operation, and the illumination shape body L is installed in accordance with (1) the purpose of illumination, (2) the illumination structure, and (3) the installation style. Is done. The imaging means can assume camera module structure means or illumination camera structure means in accordance with the illumination of the illumination shape L. The imaging means can assume an illumination camera structure that is incorporated in an illumination lamp of the illumination shape body L, an illumination device, or the like, or is integrally attached or connected to separate information. The construction and operation of the illumination imaging means 1 that can make the imaging and capturing means 00 possible through these are performed.

  FIG. 13 is a combination example diagram of illumination imaging means and call means. The image pickup means includes an information management means, a communication information terminal such as a mobile phone, etc., and a voice call means 9-3 of the image pickup means is incorporated in or integrated with the camera, the illumination means, the information management means, etc. Provided. Based on transmission or reception of data such as an image of an imaging unit that has started imaging such as an illumination imaging activation unit, activation related to voice and a call can be performed. As for the voice, it is possible to assume a voice that can be used to judge the situation of the site such as an abnormality, such as a person or other voice, an on-site situation sound such as an abnormality, an explosion or other abnormal sound, a collision sound, or a natural situation sound.

  The voice activation 9-3c of the call function unit 9-3a in FIG. 13 is based on any information signal such as imaging activation of the imaging unit, imaging, transmission signal of data such as the image, and the like in the information management unit etc. A call is activated based on a received signal of data such as images, and automatic call activation of both the voice call means is possible. Further, it is possible to envisage a call activation by a manual switch related to a call possessed by the camera, the information management means, or the like. a is a flow related to call activation, and b illustrates imaging activation and configuration.

  FIG. 14 is an operation reference example of illumination imaging means. In an indoor case, for example, a camera that has conventionally been difficult to install can be used for detecting abnormalities in an emergency when a camera or a private house or apartment has an indoor or outdoor illumination. 2. In hospitals and facility homes, the lighting can be used in combination with crime prevention in hospital wards and hospitalized nursing images. In schools, each classroom, which has been difficult to install, can be immediately prevented by replacing it with lighting means equipped with a camera. In buildings, factories, logistics, and warehouses, it is possible to immediately detect and monitor the video by replacing the place where lighting is possible with lighting means with a camera. In temples and museums, lighting can be used to detect abnormalities in cultural property protection. 3. Supermarkets, stores, department stores, etc. can be used for food safety, shoplifting, detection of power interference, and video crime prevention management of product inventory by simply changing the lighting. In addition, at the sales counter, financial counter, convenience store, etc. of the five offices, it is possible to use on-site imaging and detection means such as abnormalities at customer service locations.

  Further, in the outdoor example of FIG. 14, with one street lamp, it is possible to install imaging and capturing means using illumination lamps such as utility poles in a wide area up to mountains and remote roads. Interlocking with the illumination imaging activation means 11 such as voice or sensor, remote remote control, etc. are also possible. The illumination means can be controlled to be turned on / off in accordance with the movement location in accordance with the movement of the moving image pickup means. In addition, in 4 transport vehicles, vehicles, buses, trains, airplanes, trucks, taxis, transported goods, etc., mobile transportation management means, etc., images taken and captured at the time of movement provided in cabins, cabs, luggage rooms, etc. And position information can be assumed by GPS. In addition to the mobile transportation means, it is also assumed that the remote control from the information management means or the like, the communication information terminal, the imaging activation from the GPS or the like. In trains, airplanes, etc., it enables lighting imaging structure means built into LED lighting in guest rooms etc. that are image-communication by power line conveyance, dedicated signal line, LAN, etc., during normal flow recording and emergency notification The images before and after are managed in the cabin, in the vehicle, etc., and at the center such as security and security management. At the same time, emergency push buttons can be installed and linked in cabins and seats.

Further, in the flashlight for stalker 3 in FIG. 14, the flashlight is illuminated to the immediate other party, and at the same time, based on a specific activation signal or the activation of a switch or the like in the sensor means of the flashlight. A moving image means capable of capturing images in advance of crime is assumed. Further, it is assumed that the illumination imaging means is constructed of night-vision imaging and detection means using infrared LEDs that enable complete dark imaging and detection. In 6 ATMs, vending machines, etc., an illumination image pickup means is incorporated in or attached to the illumination means of these unmanned management facilities, so that it is possible to pick up and pick up images during theft or movement. In addition, in 1M built in 8 traffic lights, it is possible to take an image for each traffic signal by means of imaging / capturing means provided for each individual traffic signal, and it is possible to manage imaging / capturing in one or more traffic lights, areas, and clarify the causes of traffic, accidents, crimes, etc. Therefore, it is possible to take an image. FIG. 19 shows an example of this system. Furthermore, the imaging means that can be incorporated in the LED illumination means provided in an emergency light for roads such as highways and tunnels, emergency telephones, etc. enables video monitoring by the camera of the entire highway.

  The imaging means described above makes it possible to assume the location and security of the image capturing means in the field, such as abnormalities, in places where lighting is involved in every industrial and social life. Also, it is possible to capture and capture images in a wide area for the purpose of 10 terrorism and crisis management imaging and detection means. For example, nuclear power plants, airports, bases, airplanes, trains, etc., factories and facilities for food, medicine, chemistry, dangerous goods, etc., infrastructure such as gas, water, and electricity, important facilities, and lighting imaging means by roads can be assumed Is. Further, the illumination camera device is assumed to be an image capturing unit incorporated in a camera illumination lamp or the like that is self-supporting or arranged side by side in an image capturing unit incorporated in an illumination unit installed in a wide area. In addition, it is also possible to envisage a system of illumination imaging / capturing means having a power source using solar or the like in a street lamp illumination such as a local road that enables imaging / capturing. In addition, it is possible to use image capturing / extracting means by means of ordinary imaging such as mountainous areas, coastal areas, etc. in public places, street lamps, and street lighting, etc. at the same time for terrorism, crisis management, etc. An isolated video means is also possible.

FIG. 15 is a basic example diagram of an illumination shape body of the illumination imaging means. Various operations of the illumination imaging means 1 are illustrated with black marks. (1) is a fluorescent tube straight tube system. In (A), 1M, which is structured as a lighting and camera module, is built in and incorporated in a position within the lighting of the illuminating lamp, and it is possible to assume integration or interlocking with the lighting module. (B) shows a 1M built-in cross section.
(2) (a) is an example of 1M vertical movement of a straight pipe. A connection interlocking system is also possible in which the illumination means are arranged with 1M as a camera 1M part having the same circular width as the illumination means. (B) is a lamp, for example, 1M and socket a built in a bean ball. (C) is an example of a glow sphere type, and a is an example of an automatic rotation control unit. These can also have an effect of preventing image noise caused by electric noise, which is a problem in image transmission in which data such as an image captured by the image capturing and capturing unit is transmitted by the power line carrier transmission PLC in the illumination imaging unit. It is also possible to make the power supply of the camera and the power source of the lighting part such as LED and the camera power source part low, for example, AC100V, and the whole lighting device lowered to DC24V so as not to generate electric noise. Suppose.

(A) in FIG. 15 (3) assumes an imaging / detecting means in an example in which a sensor and a lens are incorporated in a round LED lamp illumination, for example, a lamp such as a flashlight or a traffic light. For example, in a flashlight, it is possible to envision imaging activation of the imaging and capturing means through a signal such as ON or OFF of the illumination means or activation of one or more switches. (B) is an example in which the camera 1M and the sensor 5 are incorporated in neon sign illumination. (C) in (3) illustrates an example of information connection in which 1M and illumination are separated. (A) in (4) of FIG. 15 is 1M installed in the school bag. In the school bag, the illumination imaging means 1 is incorporated in the school bag table portion.

  (B) is 1M with a helmet inserted. Assuming schoolchildren, construction sites, single / bicycle rides, construction, etc. These can be used together with lighting during driving and work. (C) is 1M attached to the belt of the shoulder bag. (2) is a 1M worn on a school batch on a schoolchild's chest. (2) illustrates imaging and detecting means provided in a box of valuables such as cargo, luggage, containers, safes, unmanned vending machines, ATMs, self-gas stations, luggage, safes, and the like. These image capturing means can be assumed as an image capturing and detecting means at the time of danger such as movement, and the current position information of the image capturing means can be made available by mounting the GPS.

  These FIG. 15 shows the illumination imaging activation means 11 as a crime prevention bell, emergency call bell, wireless tag, door opening / closing or other special signals such as abnormality, or activation by image, voice, other sensor linkage, etc. It can be activated remotely. It is also possible to attach illumination means, GPS, etc., and various information linkages with existing information equipment systems are possible. A normal power source, a power source such as a battery or solar, or a combination thereof can be assumed for the illumination shape body of the moving illumination imaging means.

  FIG. 16 illustrates a relationship example diagram of the illumination imaging unit, the information management unit, and the video display unit. This is an example of a correlation system of an illumination / imaging means 1, an information management means 7 having an information management function, and an image / image transmission confirmation system using a video display means 8. (A) is a case where illumination imaging means, information management means, and video display means function separately as individual means. (B) is a case where the information management function of the information management means 7 is incorporated in the illumination imaging means 1. For example, there is a case where the information management function is added as an additional function by the CPU integrated structure of the modularized structure means 1M. It can also be integrated with the illumination camera structure means. In this case, data such as an image is displayed on the video display means 8 directly from the illumination imaging means 1.

  FIG. 16B is possible when it is difficult to report to the information management means, the information management means is unnecessary, or a moving illumination means or the like. In addition, when the illumination imaging means incorporates the information management function of the information management means, the image data is transmitted through one or more illumination imaging means or one or more illumination means having an information management function. Intermittent transmission can also be assumed. On the other hand, in (C), it can be assumed that the information management means and the video display means are integrated. It is also possible to assume display on a PC or mobile phone in which the information management function of the information management means is incorporated.

  FIG. 17 illustrates an example of the operation of the imaging detection unit and the external device system of the imaging unit. The relationship in the case of the operation | movement which enables the said imaging detection means through the mutual information interlocking | linkage with the electronic device means of the example of an external apparatus system, integration of control, etc., or the combined use of these etc. is illustrated. Electronic devices include (A) information home appliances, intercoms, telephones, crime prevention, information linkage with PC, etc. systems, (B) information linkage with peripheral warning, crime prevention, disaster prevention, safety, etc. systems, (C) ATM Information linkage with systems such as vending machines, ticket vending machines, street lights, elevators, doors, and other information facilities. The image capturing and detecting means is operated by being controlled in relation to the mutual operation, purpose, operation and the like with these electronic device means. These network systems are also possible. It is possible to envisage a combined operation of two functions integrated with the system of these electronic devices.

  FIG. 18 is an operation example diagram of the image capturing and detecting means and the moving and transport managing means B of the moving image capturing means. For example, (A) and (B) are items of mobile imaging means having a portable article such as a portable article that is carried or carried by a person, such as an information content goods or a life article or the like. The imaging and detecting means will be exemplified. (C) illustrates an unattended management device such as a safe, a container, a suitcase, a luggage, a storage, or a movable ATM or vending machine. These are examples of generic names of stored items used in daily life. Further, (D) is an example of transportation and transportation of vehicle means for transporting people, transportation means for transporting goods, etc., and these are generic names for aircraft, trains, buses, ships, taxis, trucks, and the like. (E) is crisis management, such as movement monitoring and temporary monitoring of police, self-defense forces, etc. of (A) to (D). (A)-(E) are the examples which enable various mobile conveyance management means according to an operation | use and the objective.

  In FIG. 18A, for example, a case is assumed in which electronic information means such as human information content, music and other electronic devices, amusement entertainment and the like are integrated with the image capturing and detecting means. As an example, a case of a digital camera is assumed. As one of the operational aspects, it is assumed that the daily operational aspects of travel, play, construction, on-site digital cameras, digital cameras with video transmission, and operational aspects of system digital network use such as images of these digital cameras. At the same time, two operational aspects are emergency operational aspects of using the imaging and capturing means in the event of danger such as abnormalities. These two operational aspects can be used with a single digital camera. Sometimes, it is possible to operate an emergency plane that enables the imaging of the imaging and capturing means to be activated when a person moves or in an emergency. In addition, when it is installed in a car, a suitcase, etc., it can respond immediately to vehicle theft and crime prevention, and these three operations can be integrated into a single operation and control. A camera can be assumed.

  The communication means of the automatic imaging transmission means for automatically transmitting data such as images is possible through a mobile information communication network, a communication card, the Internet, and other high-speed information communication networks. Alternatively, as a similar example, the mobile phone, the camera, and the camera included in the image capturing / extracting means can be activated, or the mobile radio, the CD player, etc. and the image capturing / extracting means can be activated. It is possible to envisage the operation of a camera that has been used. These are the imaging means of the image capturing / extracting means that can be mounted on, incorporated in, or integrated with electronic device means used in daily life, or can be used together with the camera function of the image capturing / extracting means.

  In addition, the functions of the electronic device, for example, the mobile phone and the camera of the image capturing / detecting means, can be mounted, incorporated, integratedly controlled, etc., and these two operations can be assumed. Also, as a communication means capable of simultaneous image transmission means that can automatically transmit data such as images and images after image capture, the communication line of the mobile information communication network of the mobile phone is used as it is, so that normal mobile phone mobile communication in daily life The use of the network and the imaging start-up of the camera of the imaging and detecting means in the event of an emergency are integrated so that an excellent operation is possible in which communication is possible. Also, the operation of the so-called music and other information content means and the camera of the image capturing and detecting means, or the operation of the flashlight and the camera of the image capturing and detecting means is the same. The operation of an integrated structure can be assumed.

  In addition, as an example of FIG. 18B, an accessory pendant in a human life, a brooch and other life goods can be assumed. Further, for example, a combined operation with a camera of an image capturing and detecting unit that is linked to information with a car navigation system or the like is also possible. Various operations such as a GPS system can be performed via a car navigation network information communication network system. These can be used in the event of any unforeseen danger in accordance with daily life movements, such as sometimes carried by people, sometimes attached to cars, sometimes for night stalker countermeasures, etc. Therefore, it is assumed that the product will become an epoch-making goods that can be used for imaging and capturing when each life is in danger.

  In addition, in the example shown in Fig. 18B, it is built-in, mounted, and built-in to portable items such as helmets, hats, school bags, shoulders, bags, etc. that can be used for bicycles, motorcycles, construction sites, school children, or stokers. Assume imaging and capturing means to be equalized. In this case, emergency lighting, emergency warning, and the like are possible by attaching a small red LED rotating lamp to an article such as a mobile phone. C) is mounted and incorporated in vehicles, such as airplanes, trains, buses, ships, etc. that carry people, luggage, etc., containers that carry luggage, dangerous goods, cash, etc., safes, transportation means, etc. It is possible to assume imaging / extraction means and the like. These moving imaging means described above can also be assumed to be on-site such as abnormalities during movement and imaging and capturing means after movement. When the GPS is integrated with the moving imaging means, On-site imaging and detection means can also be assumed. In addition, in order to enable the imaging and detecting means in the moving illumination imaging means of the vehicle means and the transportation means, it is possible to activate the imaging from the inside of the vehicle, the aircraft, etc. at the time of the danger, or remotely from the information management means, the communication information terminal It can be assumed to be activated remotely.

  FIG. 19 shows an example of operation and system in the case of illumination imaging means in which cameras are incorporated in blue, yellow and red individual LED traffic lights. It is possible to perform camera automatic operation and video flow writing recording every time the camera is operated in conjunction with the sensor or the traffic light is turned on. Certain confirmation in traffic accidents is possible.

  FIG. 20 is an example of an integrated operation of an illumination imaging unit having an image capturing and detecting unit and an image processing sensor. The system example of the imaging detection means when the time of danger about the life, the body, a property, foodstuffs, etc. in the place of safety of the life, environment, etc. which is a means which this invention is going to solve is shown in figure. (A) is an example of illumination imaging means having imaging and detection means in fields such as environment and safety, for example, quality in production, hygiene, water quality, products, environmental pollution, etc. in food, fresh food, medicine, water purification, environment, safety, etc. This is the contents of the on-site imaging and detection such as other conditions, abnormalities necessary for inspection, etc. These illumination imaging means can be used in combination by on-site imaging and detection means such as one abnormality that achieves one or more purposes.

  The illumination imaging means (B) in FIG. 20 can also be an illumination imaging means having an image processing sensor for quality control provided on a belt conveyor in a commercial product, food, or fresh factory. It is also possible to use a moving image pickup means having the mobile image processing sensor. In addition, data such as images for detecting abnormal sites such as abnormalities with mobile imaging means such as mobile phones is managed by information management means through communication means, and can also be used as an independent device by the information management function of the mobile imaging means. It is.

  These image capturing techniques are combined with the image processing sensor technique of (D) on the premise of the integration technique of the camera of the illumination imaging means of (C) and the integration technique of the illumination means, for example, image data Integrated control such as analysis, image processing, and illumination light wavelength processing is possible. For example, it is possible to sterilize ultraviolet rays or extract the temperature, maturity, quality state, etc. of infrared technology. In addition, a captured image of an inspection video that is a site such as abnormality of a specific image data is extracted from data such as an image captured by these combination techniques. (E) Extraction of specific image data such as described above is based on previously registered data numerical standards required for quality, freshness, breeding status, contamination, pollution, etc. of the monitored object, monitored status, etc. in the illumination imaging means. It is used to collate, judge, select, extract, etc. data such as images taken based on this registered data numerical standard. When data such as an image captured at the time of collation deviates from the reference value of the monitored object, the monitored condition, etc., it can be extracted as an on-site video such as an abnormality and can be alarmed and displayed.

  FIG. 21 is a reference example of a specific example of an image capturing technique using illumination imaging means and an image processing sensor. (A) is a reference example of an illumination imaging means for extracting the quality, freshness, breeding status, contamination, pollution, etc. of the monitored object in the food, fresh, agriculture, medicine, water quality, environment, fishery, etc. It is. This is an example of a fluorescent tube straight tube system in which a plurality of LED illumination units and cameras are incorporated with each other. It may be a bulb type. By maintaining the functions of the illumination means necessary for the image processing sensor, the stable illumination brightness, the constant continuation of the camera, and the stable imaging capability, the monitored object flowing on the belt conveyor, the monitored situation, etc. This makes it possible to extract the field such as an abnormality by the illumination light wavelength image processing capable of confirming the uniformity of the whole.

  FIG. 21B illustrates a spherical lamp-shaped illumination unit and an illumination imaging unit using a camera as an example. This is because the spherical illumination means illuminates in parallel. As this illumination means, a mercury lamp or the like by LED illumination can be assumed. For example, it is an example of a fish collecting lamp of a night squid fishing fishing boat. At the same time, it is also possible to see the state of fish collection on the sea surface with a camera, which can also be provided in the sea. (C) is an example of water pollution prevention of seawater and lakes through an illumination imaging means and an illumination light wavelength processing image sensor as an example. The water pollution prevention action can be used in combination with a bactericidal action. For example, it is an example of prevention and prevention of environmental pollution of cultured squid, red tide, blue sea urchin, and water quality. Management of the state of aquacultured fish can also be assumed. When provided on the squid, it can act as a video capturing means for crime prevention of the illumination imaging means. This can be assumed in fisheries, farms, livestock, agriculture, etc.

  FIG. 21 (D) shows examples of food, fresh, vegetables, plants, cultivation, livestock, etc., quality management, state management, sterilization management, breeding management, activation management, etc. for greenhouses, agriculture, chemicals, water purification, etc. It is assumed that various imaging and capturing means are performed by an integrated means of one illumination imaging means and an image processing sensor capable of performing these actions. (E) is an illumination imaging means for sterilizing and growing a rearing aquarium as a biological sensor as an example and as a medaka sensor as an example.

  FIG. 21 (F) shows an example of enabling imaging and capturing means in fields such as environment and safety, for example, an illumination imaging means and an image processing sensor that enable food, fresh food, medicine, water purification, environment, safety, etc. This enables an on-site image capturing and detecting means such as an integrated abnormality. These basic technologies produce the constant continuation, stable and uniform illumination technology of LED lighting means, the constant continuation and stable image processing technology of cameras with integrated lighting, and the light source of LED illumination. Illustrate examples of the construction and establishment of imaging and detection means in the event of a danger related to life, body, property, food, etc. in the environment, etc. Is.

In FIG. 1, the imaging means is a production that links information with the information management means, communication information terminal, etc.
It is possible to envisage expansion of social operation of the imaging and detecting means when the life place is in danger with the business means 8-1 such as sales. The business means 8-1 is equipped with social advertising means 8-1a to improve business, products, business image, etc., so that the business means can integrate advertising consideration for business, product, business image, etc. and regional consideration. Social display means 8-1b that contributes to local life through social promotion, public advertising, donation, and other information contents regarding social, safety, environment, nature, ecology, etc. is made possible. Through these, the imaging and capturing means in the place of social public life can be permeated, and through the social display means, it contributes to local activities such as local activity, regional contribution, local industry, etc. by social advertising means.

  Industrial applicability of the present invention refers to the life, body, property, food, fresh food, vegetables, water quality of human beings caused by crime, disaster, safety, environment, nursing etc. Areas, societies that can detect and capture images in the event of danger, such as monitored objects related to sterilization, contamination, breeding, preservation, etc., conditions of monitored conditions, other abnormalities such as on-site abnormalities, etc. It can be used for industries in the fields related to residents, industry, food and medicine.

Imaging means 0
Imaging detection means 00
Imaging lens 01
Image sensor 02
LED elements, etc. 03
Illumination imaging means 1
Moving imaging means 1-1
Modular structure 1M
Illumination camera structure means 10
Illumination imaging activation means 11
Illumination imaging control means 12
Simultaneous imaging transmission means 13
Continuous operation means 14
Camera 2
Imaging start-up unit 21
Imaging unit 22
Imaging management unit 23
Calculation storage unit 24
Video storage unit 25
Imaging function 2-1.
Authentication identification means 2-2
Confirmation means 2-3
Encryption means 2-4
WEB displacement confirmation means 2-5
Illumination means 3
Lighting unit 31
Lighting management unit 32
Lighting function 3-1.
Illumination wavelength processing function 3-2
Power line 4
Power supply unit 40
Power line carrier means (PLC) 41
Information conversion means 42
Image data conversion function (PLCM) 42
Sensor means 5
Sensing function 5-1
Sensing information network 5-2 Communication means 6
Communication unit 60
Image communication means 61
Public high-speed information communication network 62
GSM 63
Information management means 7
Information management function 71
Matrix control function 72
Area monitoring means 73
Distribution management means 74
Video display means 8
Business method 8-1
Social advertising means 8-1a
Social display means 8-1b
Communication information terminal 9-1
GPS 9-2
Voice call means 9-3
Information equipment system 9-4
Fixed telephone means 9-5
Information appliances 9-6
Intercom 9-7
Portable camera 9-8
Electronic equipment 9-9
Captured image A
Image data A-1, A-1X
Mobile transportation management means B
Illuminated body L

Claims (17)

  The imaging means is the place of social life such as life, industry, community, etc., and the life, body, property, food, breeding, sterilization, pollution caused by crime, disaster, safety, environment, nursing, etc. In the event of a danger, etc., the status of the monitored object, monitored status, etc., other abnormalities at the site, the following, imaging with the camera controlled in conjunction with the lighting means, etc. , And other data information of images, hereinafter referred to as image data, etc., management of imaging, etc. An image capturing / extracting means capable of confirming and detecting an on-site image at an on-site site, wherein the image capturing / extracting means directly transmits the image data captured by the camera to a pre-registered transmission destination. Imaging simultaneous transmission means having a function of transmitting data, communication means for information communication of these image data, etc., information management means for receiving and transmitting these transmitted image data, etc., and these image data A system for confirming transmission of images, images, etc., comprising image display means for displaying the image.   The imaging unit is an illumination imaging unit that manages imaging of one or a plurality of cameras and a camera in which the one or a plurality of illuminating units and the like are associated with each other, and imaging of the captured image data and the like. The means includes an imaging function for performing activation, imaging, communication, management, etc. of the camera, an illumination imaging control means for controlling an illumination function, etc., for activation, control, management, communication, etc. of the illumination means, and the camera 2. The imaging / image transmission confirmation system according to claim 1, further comprising illumination imaging activation means for activating imaging, illumination of the illumination means, and the like.   In the imaging means, the illumination imaging activation means is an illumination processing function such as light wavelength processing such as ultraviolet rays and infrared rays, etc., which the illumination means has, for extracting information such as images of on-site images such as abnormalities. It comprises image processing, image processing functions such as image analysis processing, or sensor means having other sensor functions such as ultrasound or voice analysis, the sensor means through at least one sensing of the functions, State related to crime, disaster prevention, environment, safety, environment, forest, welfare, etc. related to life, body, property, etc. related to people, vehicles, objects and other perishables, food, medicine, sterilization, breeding, contamination, preservation, etc. Extracts specific image data such as anomalies such as abnormalities, and the image pickup start of the illumination image pickup starting means is performed through these extraction signals, and image pickup is performed by these. The system for confirming transmission of images / images according to claim 1 or 2, characterized in that imaging / discovery at the time of danger in the field such as abnormality can be made through a camera.   In the imaging unit, the camera includes an imaging unit having an imaging lens and an imaging element, an imaging activation unit that activates the imaging unit, an arithmetic storage unit that arithmetically stores the image data captured by the imaging unit, and the like. An imaging storage unit that stores data such as images, an imaging management unit that manages and controls imaging, etc., and a communication unit that transmits and receives to and from the communication unit, and the illumination unit includes one or more It has a component part, such as an illumination part which has an LED element, etc., an illumination management part which performs illumination control, management, etc., and consists of these power supply parts. The system for confirming transmission of images and images as described.   In the imaging unit, the communication unit is an image communication unit that immediately communicates the data such as the image, and the image communication unit includes a power line carrying unit having a high-speed power line communication function and an image data conversion transmission function, Power Line Communication, PLC, public high-speed information communication network, ultra wide area broadband area high speed information communication network Worldwide Interoperability for Microwave Access, hereinafter WiMAX, ultra wide area broadband high speed mobile information communication network Global System for Mobile Communications network, hereinafter GSM information One or more video-only GSM information communication networks with equivalent performance, functions, etc., and broadband wireless communication technology networks for broadband, high-speed movement, high-capacity high-speed communication, A communication means such as a common information communication network, the Internet, a wireless LAN communication network, a wide area video network, and other wireless and wired information communication, characterized in that data such as images can be communicated through one or more of them. The imaging / image transmission confirmation system according to any one of claims 1 to 4.   In the imaging means, at least one or more of the camera and the illumination means is standardized, standardized, grouped, etc., with each functional unit of the component part related to imaging, etc., and an interface of each function, etc. By adding and changing these functions, etc., it is possible to control, operate, store, manage, communicate, etc. with a single CPU integrated structure, packaging structure, etc., and communication of data such as images taken through these 6. The imaging / image transmission confirmation system according to claim 1, further comprising module structure means capable of functioning through a communication structure of the PLC or other communication means.   In the imaging means, the camera having the module structure means has an illumination camera structure means having an illumination camera structure integrated with an illumination shape body having a shape of an illumination lamp, an illumination device or the like included in the illumination means. The imaging / image transmission confirmation system according to claim 6.   In the imaging means, the camera has continuous imaging, continuous control, interlocking control, etc. enabling continuous imaging detection means through each function relating to on-site imaging activation, imaging, management, storage, image transmission, etc. An imaging / image transmission confirmation system according to any one of claims 1 to 7, further comprising interlocking operation means having a continuous function.   The imaging means is a mobile imaging means comprising a transportation storage management means having the imaging means that enables imaging during movement, and the transportation storage management means is an electrical appliance that can be moved, carried, etc. by a person , Portable goods such as daily necessities, or transport vehicle means for transporting passengers, luggage, etc., or unattended management facilities such as ATMs, vending machines, safes, etc. that can be moved and installed. It is an image picking-up means that enables image pick-up at the time of movement through data such as images picked up by the moving image pick-up means having one or a plurality of cameras mounted, integrated, integrated, information connection, etc. The imaging / image transmission confirmation system according to claim 1.   The imaging means includes a current position information general-purpose device Global Positioning System (hereinafter referred to as GPS) that measures current position information at the time of movement, imaging, etc., and the illumination imaging activation is performed when the mobile imaging means having GPS is moved. Image pickup position information and current position information together with data such as images taken by the camera that has been imaged activated, based on the activation activation of imaging or GPS information activation from the communication information terminal or the information management means, etc. 2 or the like, or data such as an image captured by a camera together with GPS current position information activated by PS information is immediately transmitted through the communication means. system.   The imaging means is one or more of a wireless tag, a wireless or wired switch, a mobile phone, an information communication device, etc. that performs information communication to enable activation of the camera, the illumination means, or GPS The image capturing and detecting means that enables image capturing and the like based on data such as an image captured through the image capturing means that is imaged based on an activation or other information signal by the communication information terminal. 11. The imaging / image transmission confirmation system according to claim 1, wherein the system is a transmission / image transmission confirmation system.   The imaging means includes information conversion means for performing information conversion between the PLC communication and the other information communication means in the image communication or the like of the communication means, and the image or the like captured by the camera Data is converted into information through the information conversion means, or through information communication equipment such as a fixed telephone means, PC, modem, etc., which has an information conversion function, the image data is converted into the imaging means, the information conversion means, etc. The system for confirming transmission of images and images according to any one of claims 5 to 11, wherein the system is immediately automatically transmitted to the address number of the destination of the image.   The information management means is an information management function that performs one or more of the above-mentioned data such as images, other information related to illumination and imaging, management such as transmission, management, information management, information control, distribution management, remote monitoring, WEB information management, etc. And one or more matrix control functions for performing operation, management, control, etc. in which the illumination means, the camera, the area, etc. are related to each other, and these functions are the information management means, the imaging means, or the communication The imaging / image transmission confirmation system according to claim 1, wherein the system is provided in any one of an information terminal and the like.   The image pickup means is an authentication identification means having an individual identification function having individual identification information related to data such as images and the like, and an identification verification function for performing authenticity, verification, etc. of the individual identification information with the information management means, etc. In addition, it comprises an encryption means having an encryption confidential function related to image data, etc., and an encryption / decryption function of encrypted information, and a confirmation means for confirming transmission and reception of the image data, etc. The imaging / image transmission confirmation system according to claim 1, wherein an imaging and capturing means is possible through one or more of these.   The imaging means includes voice communication means for enabling voice communication with the information management means, etc., and the voice call means is a call function for performing activation, calling, management, communication, etc. related to voice calls The call function unit is based on a transmission signal to the transmission destination of the data such as the image captured by the imaging means or a reception signal received by the information management means of the transmission destination. The system for confirming transmission of images and images according to claim 1, wherein the voice call means can be activated.   The imaging means comprises information appliances such as information appliances, security, safety, disaster prevention, information contents, information equipment, information electronic systems, etc. that have mutual functions for operation, control, etc. with the camera, the illumination means, etc. When any information signal is transmitted between the imaging means and the electronic device means, the imaging means or the electronic device means activated based on these information signals is imaged through the mutual function, The system for confirming transmission of images and images according to any one of claims 1 to 15, which enables mutual operation, control, and the like regarding lighting, telephone calls, and other electronic device information.   The imaging means includes social advertising means such as social, safety, environment, etc. possessed by business means for producing and selling products that are linked with the information management means, etc., and the social advertising means is business means The company has social display means such as public advertising, donation acts, and other information content that integrates the consideration for the business image of the business, products, etc. 2. The imaging / image transmission confirmation system according to claim 1, wherein the imaging and capturing means in the place of life can be promoted through the social display means of the business means.

Images