TW201737690A - Surveillance camera system and surveillance method - Google Patents

Abstract

This surveillance camera system is equipped with an image recording server connected via a network to a group of cameras which capture images, wherein the group of cameras comprises a plurality of cameras, and the image recording server includes: a camera image acquiring means for causing the group of cameras to capture images and input the captured camera images into the image recording server; and a primary data creating means for extracting, from the input camera images, a first camera image with which one or more other images are to be combined and one or a plurality of combining camera images which are to be combined with the first camera image, and for combining the extracted one or more combining camera images with the first camera image and accumulating the resulting image as primary data in a database.

Description

Surveillance camera system and monitoring method

The present invention relates to a surveillance camera system and a monitoring method for displaying an image or a document for photography for theft prevention, management, and the like.

In the past, for the purpose of anti-theft, investigation, management, etc., the surveillance camera monitors the entrances and exits of buildings such as houses, or the stores, or the streets, factories, or distribution centers, etc., and monitors the results through the Internet. And other electrical communication lines are sent to the monitor of the user terminal and imported into the camera system of the monitor. In the case of a camera system that has been ingested by a still image, it is known (for example, refer to Japanese Laid-Open Patent Publication No. 2013-51534), but a system for recording an animation after being taken by a camera is generally known (for example, refer to Japanese Laid-Open Patent Publication No. 2002-77882) . Further, a security system that starts photographing when the sensor detects an abnormal situation is also known (for example, refer to Japanese Laid-Open Patent Publication No. 2006-190294). Further, in the playback of a television or the like, a method of displaying separately created text information (for example, a seismic news bullet, etc.) during playback of an animation file is known.

A surveillance camera system according to one aspect of the present invention includes a video server that is connected to a measurement device group and a camera group that takes an image via a network. The measurement device group is formed by one or a plurality of measurement devices, and the camera group is The recording server includes: a camera image acquisition means for causing the camera group to take an image, and inputting the taken camera image to the recording server; and measuring data acquisition means, The measurement device group is separately subjected to predetermined measurement, and the measurement data is input to the recording server; the measurement data storage means stores the input measurement data in a database; and a primary data creation means. The measurement information and/or the graphic image image synthesized in the image is formed based on the accumulated measurement data, and the camera image for synthesizing the measurement information and/or the graphic image is extracted from the input camera image, and after the extraction, the image is extracted. Combining the measurement information and/or the chart image in the camera image As the first data stored in the database.

100‧‧‧recording server

101‧‧‧CPU

102‧‧‧ memory

103‧‧‧ display

104‧‧‧Network interface

105‧‧‧ keyboard

106‧‧‧ Mouse

107‧‧‧Series device

110‧‧‧ memory device

111‧‧‧A portrait folder

112‧‧‧Second portrait folder

113‧‧‧ Photography. collect. Editing. Transmitter

114‧‧‧ operating system

115‧‧‧Device Measurement Information Database

200A, B‧‧ mobile terminal

201‧‧‧CPU

202‧‧‧ memory

204‧‧‧ display

210‧‧‧ memory device

213‧‧‧Portrait display program

214‧‧‧ operating system

300A~C‧‧‧Reading PC

301‧‧‧CPU

302‧‧‧ memory

303‧‧‧ display

304‧‧‧Network interface

305‧‧‧ keyboard

306‧‧‧ Mouse

310‧‧‧ memory device

313‧‧‧Portrait display program

314‧‧‧ operating system

400A~D‧‧‧ surveillance camera

500‧‧‧Network

600‧‧‧ router

700A~C‧‧‧HTTP connection measuring device

701‧‧‧CPU

702‧‧‧ memory

703‧‧‧ display

704‧‧‧Network interface

710‧‧‧ memory device

713‧‧‧ data collection program

714‧‧‧ operating system

716‧‧‧ analog measuring machine

717‧‧‧HTTP service program

718‧‧‧ analog/digital transformation

800A~C‧‧‧FTP connection measuring device

801‧‧‧CPU

802‧‧‧ memory

803‧‧‧ display

804‧‧‧Internet interface

810‧‧‧ memory device

813‧‧‧ data collection program

814‧‧‧ operating system

816‧‧‧ analog measuring machine

817‧‧‧FTP service program

818‧‧‧ analog/digital transformation

900‧‧‧Series measuring device

901‧‧‧CPU

902‧‧‧ memory

903‧‧‧ display

904‧‧‧Internet interface

910‧‧‧ memory device

913‧‧‧ data collection program

914‧‧‧ operating system

916‧‧‧ analog measuring machine

917‧‧‧ tandem transfer program

918‧‧‧ analog/digital transformation

919‧‧‧ Analog/Digital Transformation

Figure 1 is a diagram showing the network configuration of the surveillance camera system of the first embodiment. An example of a picture.

Fig. 2 is a view showing the configuration of a recording server of the monitoring camera system of the first embodiment;

Fig. 3 is a configuration diagram of a terminal (movement) of the surveillance camera system of the first embodiment.

4 is a configuration diagram of a terminal (PC) of the surveillance camera system of the first embodiment.

Fig. 5 is a configuration diagram of a measurement device (HTTP connection) of the surveillance camera system of the first embodiment.

Fig. 6 is a view showing the image transmission from the measuring device (HTTP connection) of the monitoring camera system of the first embodiment to the recording server.

Fig. 7 is a configuration diagram of a measurement device (FTP connection) of the surveillance camera system of the first embodiment.

Fig. 8 is a view showing the image transmission from the measuring device (FTP connection) of the monitoring camera system of the first embodiment to the recording server.

Fig. 9 is a configuration diagram of a measuring device (series) of the monitoring camera system of the first embodiment.

FIG. 10 is a flowchart showing an outline of a procedure from the connection between the camera (still picture) of the monitoring camera system of the first embodiment and the recording server to the image editing.

FIG. 11 is a flowchart showing an outline of a procedure from the connection between the camera (movie shooting) of the monitoring camera system of the first embodiment and the recording server to the image editing.

Figure 12 is a diagram showing measurement from the surveillance camera system of the first embodiment. A flowchart of the program outline until the device (HTTP connection) and the recording server are connected to the data storage.

FIG. 13 is a flowchart showing an outline of a program from the connection between the measurement device (FTP connection) of the monitoring camera system of the first embodiment and the recording server to the data storage.

FIG. 14 is a flowchart showing an outline of a program from the connection between the measurement device (series) of the monitoring camera system of the first embodiment and the recording server to the data storage.

Fig. 15 is a flowchart showing a procedure for synthesizing camera image composition measurement information for the surveillance camera system of the first embodiment.

Fig. 16 is a flowchart showing a procedure for synthesizing a portrait image of a camera image of the surveillance camera system of the first embodiment.

Fig. 17 is a flowchart showing a procedure for synthesizing another camera image in the camera image of the surveillance camera system of the first embodiment.

FIG. 18 is an explanatory view showing a synthesis example of the surveillance camera system of the second embodiment.

19 is an explanatory view showing a synthesis example of the surveillance camera system of the third embodiment.

For example, in the event of an accident or when the experiment is successful or failed, the previous security system is the camera after detecting the abnormal situation, so the situation after the accident or the situation after the failure can be grasped, but there are Unable to check the cause of the accident or the success or failure of the experiment The cause of the problem.

In addition, in the conventional method of displaying the information of the document from the separately created measurement data during the playback of the saved file by the still image or the image of the animation after the shooting, there is a possibility that the image can be displayed almost immediately after the image is acquired. A problem such as measurement data measured at the time of photographing of an image or a graph for processing the data in a secondary manner. In addition, the play of the portrait after the image is taken. Rewind. In the case of fast forward, the file of the measurement data or the chart needs to be displayed in accordance with the image for playback. Therefore, the capacity for data processing is required, the processing takes time or cost, and there is an operation such as playing in the terminal. It is a problem that it takes time until playback is performed.

In particular, in recent years, in the trend of so-called big data, which is difficult to handle in the past, it is difficult to process, and in the trend of big data, such as crime prevention, road situation control, or reasoning, it is necessary to think about big data (Big data) visualization. In the above-described conventional method, the capacity or time is excessive during the processing, and the amount of the transmission data of the terminal to be monitored and displayed is too large, and a time lag or a freeze state is likely to occur, which may cause difficulty in implementation. In addition, since the amount of data to be transmitted to the terminal to be monitored and displayed is increased as long as the visualization of the big data is desired, it is necessary to monitor the large-capacity computer such as the monitor room, and it is difficult to operate while moving the place. If you check it, there will be a big problem. Further, in the conventional method, it is difficult to retrieve an image from a specific material value almost immediately after the image is acquired, and the image is played. Rewind. Fast forward question.

[Embodiment]

A first object of the embodiment to be described below is to provide an object that solves the above-described problems and that can be played almost instantaneously in a state in which an image after photographing is linked with information obtained from measurement data and/or other images. A surveillance camera system and monitoring method that rewinds or fast forwards and has a small amount of data and can be reduced in cost. Further, a second object of the embodiment is to provide a surveillance camera system and a monitoring method which can be easily performed by playing back or rewinding or fast-forwarding an image at a time point when a specific data value is recorded.

The inventor is to put the visualization of big data in his heart, not the static painting saved in photography. When the image of the animation is played, the various types of measurement data are superimposed, and the common sense of the surveillance camera that has been processed after the image is saved is discarded. The application is considered in consideration of various applications, and the following embodiments are completed.

A surveillance camera system according to a first aspect of the present invention includes a video server connected to a measurement device group and a camera group that takes an image via a network. The measurement device group is formed by one or a plurality of measurement devices. The camera group is formed by one or a plurality of cameras, and the video server includes a camera image acquisition means for causing the camera group to take an image, and inputting the captured camera image to the recording server; Obtaining means for causing the measurement device group to perform predetermined measurement, and inputting the measurement data to the recording server; and the measurement data storage means for storing the input measurement data in the database; and a data creation means for forming a measurement information and/or a chart image synthesized in an image based on the accumulated measurement data, and extracting the measurement information and/or the graphic image from the input camera image. The camera image is obtained by synthesizing the measurement information and/or the graphic image in the image of the camera after the extraction, and storing the data as a primary data in a database.

According to the first aspect of the embodiment, since the measurement information or the graphic image based on the measurement data is synthesized in the camera image, the data is created, and the image after the image is linked with the information obtained from the measurement data. It can be played almost instantly, and the amount of data is small and can be reduced in cost. Further, since the measurement information or the chart image is synthesized in advance in the image of the primary material, it is possible to rewind or fast forward in the state of synthesizing the measurement information or the graphic image. And, for playback. Rewind. Fast forward and other operations can respond quickly. Moreover, since the data from the camera is acquired by the instruction from the recording server, it is possible to control from the server side to the transmission from the server side, and it is not necessary to have the server function on the camera side, and the amount of data flowing simultaneously on the network is small. , you can set up multiple cameras on the same network. Moreover, since the amount of data transfer is small, the quality of the image can be highly ensured, and the data stored in the cloud server can also be transmitted via an Internet line. Moreover, even when the portrait is viewed almost instantly, when it is found that it is missing, it can be traced back by revisiting it immediately, and the image from the past to the present can be quickly confirmed.

The surveillance camera system according to the first aspect of the invention is the surveillance camera system according to the first aspect, wherein the measurement device The group is one or a plurality of types of the serial measurement device, the HTTP connection measurement device, and the FTP connection measurement device.

In the present disclosure, "network" is a communication network including a LAN or an Internet, a Wi-Fi line, a 3G/LTE line, a private line, and the like, and a network composed of such combinations. The camera group is either one or both of a camera group that takes a still picture and a camera group that captures an animation, and the image captured on the camera group is either or both of a still picture and an animation. Each camera has an output function and a still picture camera function and/or an animation camera function. The camera is ideal for IP cameras, but it can also be an analog camera. Regarding the portrait taken from the camera group that takes the still picture, the compressed form of the animation is more ideal for the currently highly compressed H.264. Lightweight, hard and soft, easy to install. Further, among the camera groups, it is preferable that the camera that captures the animation is connected to the recording server by a LAN network. In addition, the recording server can also be a cloud server.

The surveillance camera system according to the first aspect of the present invention, wherein the video server has a live broadcast composition selection accepting means connected to the network via the network. The recording server receives the selection of the camera that displays the image by the terminal that displays the image, and the live-synthesis image transmission means that uses the image of the primary data as the live broadcast for the camera selected by the live composition image selection accepting means. The image is sent to the terminal device; the live composite image is returned to the receiving device, and the image is received by the terminal. Rewinding request from the live-synthesis image; rewinding the live-synthesis image transmission means, which extracts the data of the time point from the previous transmission to the terminal image for a certain amount of time, in accordance with each of the above-mentioned reversal requests. Returning the live broadcast composite image to the terminal device; rewinding the live broadcast composite image fast forward accepting means, the terminal device accepts the fast forward request from the reverse live synthesized image; and the fast forward live broadcast composite image transmission By means of each of the above-mentioned fast-forward requests, until the current image is reached, the data from the previous delivery to the terminal is extracted for a certain amount of time at a future time point, and is sent as a fast-forward live broadcast image. To the aforementioned terminal.

In the present disclosure, the "live composition image" is an image showing almost instantaneous data.

Since the transmission of the measurement information based on the measurement data or the data of the chart image is previously synthesized in the camera image, the amount of data to be transmitted is small, so that the image after the image is captured and the information obtained from the measurement data and/or the like. In the state of linkage, it can be played or rewinded or fast forwarded almost instantly in the terminal. Moreover, low cost can be achieved compared to possible functions or convenience.

The surveillance camera system according to the fourth aspect of the invention is the surveillance camera system according to the third aspect, wherein the video recording server further includes image extraction means for extracting the measurement information synthesized from the primary data into a predetermined one. a portrait of the range of values; In the list data storage means, the image extracted by the image drawing means is extracted for each successive time, and in particular, the list data is stored as a point image in the database, and the point image selection accepting means is provided. The terminal device displays the list data, and the terminal device accepts the selection of the displayed point image; and the point image transmission means selects the image of the point image selected from the primary data search. The retrieved point image is sent to the aforementioned terminal.

The surveillance camera system according to the fourth aspect of the invention is the surveillance camera system according to the fourth aspect, wherein the video server further includes a point image rewinding receiving means for displaying the point image by the terminal device. Receiving a request for returning from a point image; and returning the point image transmission means, which extracts a time point from a previous time to the image of the terminal machine for a certain amount of time, in accordance with each of the foregoing reversal requests. Sending a picture to the terminal device as a rewind point image; rewinding the point image fast forward receiving means, wherein the terminal device accepts a fast forward request from the rewind point image; and the fast forward point image transmission means According to each of the aforementioned fast-forward requests, a data of a certain amount of time in the future is extracted from the previous transmission to the image of the terminal, and is transmitted as a fast-forward image to the terminal.

According to such a form, in the state in which the image after the photographing is linked with the information obtained from the measurement data and/or other images, the image can be played back almost immediately or rewinded or fast forwarded, and the amount of data is small. Cost reduction, even playback or rewinding or fast-forwarding of images from the point in time when a particular data value is recorded can be easily accomplished.

A surveillance camera system according to a sixth aspect of the present invention includes a video server connected to a camera group that picks up an image via a network, wherein the camera group is formed by a plurality of cameras, and the video server has a camera image acquisition system. And a method of acquiring a camera image by the camera group, and inputting a camera image after the image is input to the video server; and a data generating means for extracting a first camera image that combines other images from the input camera image, and The combined camera image, which is combined with the first camera image, is combined with the first camera image after the extraction, and the combined camera image is synthesized as a primary data stored in the database.

According to this aspect, since the other camera images are combined in the first camera image and the data is created once, the first camera image after the shooting is linked to the other camera images, and the data can be played almost instantaneously. And the amount of data is small and can be reduced in cost. Further, since a plurality of camera images are synthesized in advance in the image of one material, it is possible to rewind or fast forward in the combined state. And, for playback. Rewind. Fast forward and other operations can respond quickly. It is possible to play a portrait of a plurality of cameras as one composite image in one screen.

The surveillance camera system according to the seventh aspect of the embodiment is connected to a vehicle mounted on one or a plurality of vehicles via a network. a recording server of the cluster and the measuring device group, wherein the measuring device group includes at least a measuring device that measures a speed of the vehicle, and the camera group includes a camera that takes an image of the front of the vehicle, and a rear periphery of the vehicle. The camera of the portrait image, and the camera that captures the image of the interior scenery of the vehicle, the video server has a camera image acquisition means for taking the image of the camera group and inputting the camera image after the image to the video servo. The measurement data acquisition means is configured to cause the measurement device group to perform predetermined measurement, and input the measurement data to the recording server; and the measurement data storage means to store the input measurement data in the data storage; And a data creation means for forming measurement information including speed information synthesized in the image based on the accumulated measurement data, and extracting the first camera image for synthesizing the measurement information from the input camera image. The aforementioned first camera painting after extraction And synthesizing the measurement information, and extracting one or a plurality of composite camera images combined with the first camera image from the camera image other than the first camera image, and the first camera image after synthesizing the measurement information Synthesizing the camera image for synthesizing, storing the data as a primary data in a database; and extracting means for extracting the image obtained by extracting the synthesized information from the primary data to a predetermined speed or higher; In the list data storage means, a list of point images is created for each of the images extracted by the image drawing means, and is stored in the database; and the spot image selection accepting means is displayed on the terminal. The list data is selected by the terminal device to receive the displayed point image; the point image transmission means transmits the image of the point image selected from the first data search to the spot image as a point image. The terminal device; the dot image rewinding receiving means for receiving a rewind request from the dot image by the terminal device; and the rewinding point image transmitting means for transmitting the previous message to the foregoing for each of the rewinding requests The image of the terminal machine extracts a piece of data of a certain amount of time in the past, and transmits the data to the terminal device as a rewind point image; and the rewinding point image fast-forward receiving means receives the image from the rewinding point by the terminal device Fast forward request; and fast forward point image transmission means, according to each of the aforementioned fast forward requests, until the current portrait is reached, from the previous time Portrait of information to the aforementioned terminal out of a certain amount of time in the future point in time of a data point as fast-forward portrait to send information to the aforementioned terminal.

According to this aspect, since the measurement information including the measured speed information and the other camera images are combined in the first camera image, the data is created once, so that the first camera image after the shooting and the measurement information including the speed are included. In the state in which other camera images are linked, it can be played almost instantaneously, and the amount of data is small and can be reduced in cost. Again By synthesizing the measurement information and the plurality of camera images in advance in the image of the primary data, it is possible to rewind or fast forward in the combined state. And, for playback. Rewind. Fast forward and other operations can respond quickly. Moreover, playback or rewinding or fast forwarding of an image from a point in time at which a predetermined speed is recorded can be easily accomplished.

The surveillance camera system according to the eighth aspect of the present invention includes a video server connected to a camera group and a measurement device group mounted in one or a plurality of animal and plant breeding fields via a network, and the measurement device group includes at least measurement The measuring device for the environmental value of the animal and plant breeding field; the camera group includes one or a plurality of cameras that take in the image of the field of the animal and plant breeding field, and the video server includes a camera image acquiring means for The camera group takes an image, and the camera image after the image is input to the video server; and the measurement data acquisition means causes the measurement device group to perform predetermined measurement, and the measurement data is input to the video server; the measurement data is saved. The means for accumulating the input measurement data in a database; and a data creation means for forming measurement information including environmental value information synthesized in the image based on the accumulated measurement data and a predetermined time A time-series chart image of the aforementioned environmental value information, from Into the camera after the portrait drawn portrait camera for synthesizing the first measurement information and the time-series graph of illustration, the first after extraction The camera image is combined with the measurement information and the time-series chart image, or the first camera image after the extraction is extracted from the camera image other than the first camera image, in addition to the measurement information and the time-series chart image. One or a plurality of combined camera images synthesized in the first camera image are combined, and the combined camera images are combined and stored as a primary data in a database.

According to this aspect, the measurement information including the measured environmental value is synthesized in the first camera image, or the data is created based on the chart image such as the measured environmental value or the other camera image. Therefore, in the state in which the first camera image after the photographing and the information obtained from the measurement data are linked to the other camera images, the image can be played almost instantaneously, and the amount of data can be reduced. Further, since an image such as a measurement information or a chart is synthesized in advance in the image of the primary material, it is possible to rewind or fast forward in the combined state. And, for playback. Rewind. Fast forward and other operations can respond quickly.

The monitoring method according to the ninth aspect of the present invention includes a camera image acquisition step of connecting a measurement device group and a video camera group of the camera group that takes the image via the network, and the camera group picks up the image, and after the shooting The camera image is input to the recording server; and the measurement data obtaining step is performed by the recording server to perform predetermined measurement on the measuring device group, and input the measurement data to the recording server; and the measurement data storage step is Recording server makes the input The measurement data is accumulated in the database; and the data creation step is performed by the recording server to form the measurement information and/or the graphic image synthesized in the image based on the accumulated measurement data, and extract the image from the input camera image. The camera image for synthesizing the measurement information and/or the image of the chart is used to synthesize the measurement information and/or the graphic image in the extracted camera image, and store the data as a primary data in a database.

According to this aspect, since the measurement information or the chart image based on the measurement data is synthesized in the camera image, the data is created once, so that the image after the image is linked with the information obtained from the measurement data can be almost instantaneous. Play, and the amount of data is small and can be reduced. Further, since the measurement information or the chart image is synthesized in advance in the image of the primary material, it is possible to rewind or fast forward in the state of synthesizing the measurement information or the chart information. And, for playback. Rewind. Fast forward and other operations can respond quickly. Moreover, since the data from the camera is acquired by the instruction from the recording server, it is possible to control from the server side to the transmission from the server side, and it is not necessary to have the server function on the camera side, and the amount of data flowing simultaneously on the network is small. , you can set up multiple cameras on the same network. Moreover, since the amount of data transfer is small, the quality of the image can be highly ensured, and the data stored in the cloud server can also be transmitted via an Internet line. Moreover, even when the portrait is viewed almost instantly, when it is found that it is missing, it can be traced back by revisiting it immediately, and the image from the past to the present can be quickly confirmed.

Hereinafter, the embodiments will be specifically described by way of examples, but the embodiments are not limited thereto.

[First Embodiment]

In the first embodiment, the video camera is used to operate the monitoring camera via the network, and the video server will take pictures. Collecting animated and still-pictured camera images and collecting them from the measurement device connected to the recording server via the network. The measurement data is stored, and a composite image compiled by combining the measurement information or the chart image obtained from the measurement data or another camera image in the camera image after the shooting is created, and the recording server is stored via the network in accordance with the request from the terminal. The image of the monitor is sent to the user's terminal to perform the playback of the past composite image. Rewind. Fast forward, also broadcast live portraits. Rewind. Fast forward. In this embodiment, the image at the time point when the measuring device records the specific value is also called, and the image is also played. Rewind. Fast forward. Therefore, in the present embodiment, it is possible to manufacture a platform based on an image. For example, when the humidity of one of the measurement data is rapidly reduced to 10% in a certain work room, it is possible to analyze the time of occurrence of the data survey after the measurement, and the image of the time is separately played and played, which is time consuming, and not only after The situation, even in order to know the reasons, must be further resolved. However, according to the present embodiment, when the humidity is lowered to 10%, the portrait of the time point can be immediately sent by mail or the like, and not only the subsequent playback, but also the rewinding can be performed, so that it is immediately known what kind of The work, the humidity dropped to 10%. Therefore, according to the present embodiment, it is possible to promote big data that has been difficult to use in an instant, and to use it in an instant.

(constitution)

Fig. 1 is a view showing an example of a network configuration of a surveillance camera system according to a first embodiment.

In the network 500 composed of a combination of a LAN, an Internet, a Wi-Fi line, a 3G/LTE line, a private line, and the like, (1) a plurality of monitoring cameras 400A to D are used as cameras for taking pictures; (2) It is connected to the monitoring camera 400 via the network 500, and the recording server 100 is stored as a recording server that acquires image data picked up by the camera and transmits it to the terminal; (3) and the video is transmitted via the network 500. The server 100 is connected to a mobile terminal 200A, B such as a smart phone, or a browsing PC 300A to C such as a desktop PC (personal computer) or a notebook PC as a terminal device that receives image data from the recording server 100. (4) an HTTP connection measurement device 700A-C that performs HTTP connection with the recording server 100 via the network 500, or an FTP connection measurement device 800A-C that is connected to the recording server 100 via the network 500, or a dedicated line. The series measuring device 900 in series with the recording server 100 is connected.

The data transmitted from the measurement devices to the recording server 100 is stored in the device measurement information database of the recording server 100. In FIG. 1, the case where the data measured by the FTP connection measuring device 800 is stored in the FTP transfer destination folder in the device measurement information database collected by the recording server 100 is illustrated by a dotted arrow. . In addition, when a mobile terminal is browsed and a PC is browsed, it is called "terminal" or "Viewer".

The video server 100 is present in the same LAN as the surveillance camera 400 that captures the video. However, the surveillance camera 400 that does not receive the still picture is present in the same LAN, and may be connected via the Internet or the LAN. The network is connected. Also, there are multiple video servers on the same network. In the present embodiment, the communication between the monitoring camera 400 and the recording server 100 is a TCP/IP method, and in the camera 400 for capturing a still picture, even if the camera and the recording server do not exist in the same LAN, It is reliable, and it is reliable, and it is reliable. The surveillance camera 400 is an IP camera in this embodiment, but the surveillance camera for taking in still pictures may be an analog camera. The viewing PC 300 for the terminal display is not limited to the same LAN as the recording server 100, and may be connected via a network such as the Internet or a LAN or a Wi-Fi line. The mobile terminal 200 for the terminal for displaying an image may be connected via a plurality of networks such as a LAN, an Internet, or a mobile phone network (a Wi-Fi line or a 3G/LTE line). The HTTP connection measurement device 700 is not limited to the same LAN as the recording server 100, and may be connected via a plurality of networks such as the Internet or a LAN. The FTP connection measurement device 700 is not limited to being present in the same LAN as the recording server 100, and may be connected via a plurality of networks such as the Internet or a LAN or a 3G/LTE line. In addition, there is a router 600 between the LAN and the Internet, or between the HTTP connection measurement device and the Internet, or between the surveillance camera and the Internet. The measuring device group is other than the one who obtains the numerical data. For example, the signal concentration of the carbon dioxide may be equal to or greater than a predetermined value. Sensors, etc. In the present embodiment, the measurement device group is one serial measurement device, a plurality of HTTP connection measurement devices, and a plurality of FTP connection measurement devices. However, the number of measurement devices is not limited thereto, and three types are not included. All of the measurement devices may be one or a plurality of types of the serial measurement device, the HTTP connection measurement device, and the FTP connection measurement device. The method of connecting the recording server to the measuring device is preferably one of the above three types or a combination of the above, but may be another method.

The one video server 100 can acquire measurement data from a plurality of measurement devices 700, 800, and 900, and can acquire images from a plurality of surveillance cameras 400. In the conventional IP camera system, the number of cameras that can be managed by one video server of the same capacity is about 20 IP cameras. However, in this embodiment, even if it is a surveillance camera that takes still pictures, even In the case of 1 second recording, it is still possible to connect 100 IP cameras in the same network environment. Therefore, both cost reduction and large-scale surveillance can be achieved. Moreover, since the video server side automatically distributes the network message traffic, the network design is not required, and the camera can be connected to the communication port, so the operation is very simple.

Fig. 2 is a view showing the configuration of a recording server of the monitoring camera system of the first embodiment;

The recording server 100 is provided with: control. The computing device is a CPU 101 or a device driver having a memory 102 associated with the flash memory; the memory device 110 is a main memory device such as a DRAM or an auxiliary memory device such as a hard disk; The input/output device is constituted by a communication control device such as a network interface 104, a display 103 as a display device, a keyboard 105, a mouse 106, an RS232C/RS485 serial device 107 connected in series with the serial measurement device 900, and the like.

In the memory device 110, in addition to the primary image folder 111, the secondary image folder 112, the device measurement information library 115, photography. collect. Editing. The operating system 114 is also stored in addition to the transmission program 113, the authentication database, and the environment setting folder. photography. collect. Editing. The delivery program 113 is typically an auxiliary memory device that is stored in the memory device 110 and is uploaded from the main memory device when executed. In the primary image folder 111, a file compressed by the measurement information or the graphic image of the measurement data or another camera image is synthesized as a primary data accumulation, and the secondary image folder 112 is accumulated in the secondary image folder 112. The data of a certain amount of time in the primary image folder 111 is subjected to animation compression conversion and accumulated as secondary data. In the authentication database, an ID, a password, a communication camera 400 or a mobile terminal 200, or a communication PC 300 or an HTTP measurement device 700, an FTP measurement device 800, or a serial measurement device 900 are stored, and an IP address, an IP address, A terminal with no IP address is Personal Identification Information (UID). In the present embodiment, the recording server 100 is a recording server integrated with the terminal, and also has a display 103 and a keyboard 105 or a mouse as an input means for realizing the task of the terminal for displaying the image, and for maintenance or management. 106. When the video server does not require playback of the camera image, there is no terminal function as the image display device. In the environment setting folder, the camera is stored for each monitor. The timing of the image acquisition of the camera, the timing of the measurement data acquisition, the combination of the measurement information based on the measurement data, the layout of the chart image or the other camera image, the creation interval of the primary image data or the secondary image data, and compression Conditions, etc. The video server 100 is a set type server, but may also be a cloud server.

The recording server 100 is a CPU 101 that uploads photography from the memory 102. collect. Editing. The transmission program 113 is executed to realize the functions of the computer image acquisition, the measurement data acquisition, the camera image and the measurement information, and the like, and the computer that can send the image processing to the terminal. The CPU 101 is an arithmetic processing device mounted on a normal computer, and executes various programs and performs various controls.

The recording server 100 may be a server group formed by a plurality of servers in addition to one server. For example, for the secondary image folder, the secondary data after a certain period of time (for example, 24 hours) may be set to be the second time that the storage destination is set to a recording server different from the recording server that acquires the camera image. Portrait folder. By setting up past saved data that is infrequently played, it is possible to monitor more cameras on the same network.

photography. collect. Editing. The transmission program is a program for enabling the following functions to be implemented in a computer, that is, a camera connection function for connecting to a camera for monitoring, a connection device for connecting a measurement device to the measurement device, and a terminal for connecting to the terminal device. The connection function allows the connected camera for still picture photography to take still pictures for a certain period of time (for example, 1 second), and the camera image after the shooting is input to the still picture of the recording server. In the case of the camera image acquisition function, the camera for the animation for the connected video is continuously captured for a certain period of time, and the camera image after the image is captured, and the camera image of the animation of the video server is acquired. The measurement device acquires the measurement data acquisition function of the measurement data, and stores the measurement data storage function of the acquired measurement data, and combines the measurement information, the chart image, or other camera image of the measurement data into the acquired camera image, and compresses and creates the data once. A data accumulated in the performance of the function. In the data creation function, the first image which is extracted from the acquired camera image is developed in the memory 102 in detail, and is synthesized from the measurement data stored in the database when the numerical information or the graphic image is synthesized. In the numerical information or the graph, the numerical information or the graphic image is similarly developed on the memory 102, and when the other camera images are combined, the combined camera image is extracted and similarly developed on the memory 102, and the composite image is combined to form a composite image. Expanded on the memory 102, the function of the primary image folder 111 stored as a primary data in the memory device 110 is compressed.

In this embodiment, photography. collect. Editing. A better form of the transmission program is a program for realizing the following functions on the computer, that is, the image selection accepting function for accepting the selection of the camera from the terminal at the terminal to display the camera list, and for the selected camera. The image of the first-time data is used as a live-synthesis image transmission function for the live-synthesis image transmission to the terminal, and the terminal device accepts the live-composite image rewinding reception function from the rewind request of the live-action composite image, and each rewind request is required. , extracting a data of a certain amount of time (for example, 1 second amount) from the previous time to the image of the terminal, and sending it back to the terminal as a composite image of the live broadcast The machine is back to the live broadcast of the composite image transmission function, and the terminal machine accepts the fast-forward request from the rewinding of the live broadcast composite image, and the live broadcast composite image fast-forward reception function is performed, and each fast-forward request is reached until the current image is reached. The data from the previous transmission to the terminal is extracted for a certain amount of time (for example, 1 second) at a future time point, and is used as a fast forward live broadcast combined portrait transmission function for fast forward live broadcast synthesis image transmission to the terminal. The "current portrait" is the latest image that is obtained from the surveillance camera. Therefore, the current portrait is that the camera image is input to the recording server every time and changed to a new image.

In this embodiment, photography. collect. Editing. A better form of the transmission program is a program for realizing the following functions on the computer, that is, the measurement information synthesized from the primary data is a predetermined value based on the measurement information stored in the database of the server. The image extraction function of the range of the image is extracted for each of the extracted images, especially for each successive time, that is, for each group grouped by temporally consecutive portraits. In the case of the list, the image data is stored in the database, and the list data is displayed on the terminal, and the selection function of the displayed point image is accepted. The selected image is sent to the terminal as a point image. Point portrait delivery function.

In this embodiment, photography. collect. Editing. The better form of the transmission program is a program for realizing the following functions on the computer, that is, the terminal image accepts the point-return image from the point image to return to the receiving function, and according to each rewind request, the former The image sent to the terminal is sent to the terminal for a certain amount of time (for example, 1 second). The data of the past time point is sent as a rewind point image to the terminal. The image of the rewinding of the image of the rewinding of the image of the rewinding of the image of the rewinding point is received by the fast-forwarding request, and the image is sent from the previous transmission to the terminal for a certain amount of time (for example, 1). Seconds) A data of a future point in time and a fast-forward portrait transmission function that is sent to the terminal as a fast-forward image.

In this embodiment, photography. collect. Editing. The better form of the sending program is a program for realizing the following functions on the computer, and even if the data is combined for each certain amount of time (for example, 10 minutes), the time stamp is attached and converted into an animated form. The secondary data of the compressed secondary data is used as a function.

In the present embodiment, the connection between the surveillance camera and the recording server is performed by the TCP/IP method, and the camera image is performed after the authentication is performed by the user ID and password set on the recording server side for the specific monitoring camera. Requirements for photography, etc. The connection between the terminal and the recording server is also performed by TCP/IP. The user ID and password are used for authentication, and the terminal is sent to the terminal of the recording server to confirm the image transmission. Certification is ideal for certification based on the certification database on the video server.

The connection between the measuring device and the recording server is performed in accordance with the connection form of the measuring device.

Even if the terminal or camera or HTTP connection measuring device or FTP connection measuring device is not on the same LAN, as long as the network is connected via the router, the IP address of the connected router and the assigned communication port number can be used for connection. . When connecting via internet, The communication port number of the router between the two forms "valid". A mobile terminal without an IP address utilizes a UID.

Fig. 3 is a configuration diagram of a terminal (movement) of the surveillance camera system of the first embodiment.

The mobile terminal 200 is provided with: control. The arithmetic unit includes a CPU 201 or a device driver associated with the memory 202, a memory device 210, and a display 204, which is a communication control device and a display device for transmitting and receiving data, and an operation button or a touch panel. The output is connected to the device.

An image display program 213 or an operating system 214 is stored in the memory device 210. The mobile terminal 200 is, for example, a mobile phone such as a smart phone, and the CPU 201 uploads the image display program 213 from the memory 202, thereby realizing the function of the computer capable of displaying the portrait of the present embodiment. The CPU 201 is an arithmetic processing device mounted on a normal mobile terminal, and executes various programs and performs various controls.

4 is a configuration diagram of a terminal (PC) of the surveillance camera system of the first embodiment.

Reading PC300 is equipped with: control. The arithmetic unit includes a CPU 301 or a device driver associated with the memory 302, and a memory device 310 having a main memory device such as a DRAM or an auxiliary memory device such as a hard disk; The input/output device is constituted by a communication control device such as a network interface 304 or a display 303 as a display device, a keyboard 305, a mouse 306, and the like.

An image display program 313 or an operating system 314 is stored in the memory device 310. The browsing PC 300 is, for example, a desktop PC, a notebook PC, a tablet terminal, or the like, and the CPU 301 uploads the image display program 313 from the memory 302, thereby realizing the function of the computer capable of displaying the portrait of the present embodiment. The CPU 301 is an arithmetic processing device mounted on a normal PC, and executes various programs and performs various controls.

The image display program is an image display function for causing a computer to connect to a terminal connected to a recording server and display an image transmitted from a recording server.

In the present embodiment, a better form of the image display program is a program for realizing the following functions on the computer, that is, in the live broadcast composite image display, each camera image from the monitoring camera to the recording server The acquisition interval requires the live broadcast synthetic image of the live broadcast image to be requested by the recording server. In the live broadcast composite image display, the input of the rewind request is accepted, and the request for the rewind of the live broadcast synthetic image is requested to be returned to the recording server. In the display of the live broadcast composite image, the rewinding of the live broadcast synthetic image is required to continue the function of the video server for a certain period of time (for example, 0.2 seconds). In the image display, the input from the user's fast forward request is accepted, and the video server is requested to fast forward the live broadcast composite image. Each time a certain time (for example, 0.2 seconds) shorter than the request interval of the live-compositing image, the video server is required to fast forward the live-synthesis image.

In the present embodiment, the image display program, which is a more preferable form, is a program for causing the computer to display the dot image display function of the point image transmitted from the recording server.

In this embodiment, a better form of the image display program is a program for realizing the following functions on the computer, that is, in the point image display, accepting the input of the rewind request, and requesting the rewind point of the video server. In the rewinding of the portrait, the function is required. In the rewinding point image display, the rewinding of the rewinding point image is requested for the video server at a certain time interval shorter than the required interval of the image. In the image display, the input of the fast-forward request is accepted, and the rewinding point image of the fast-forward image is requested to be requested by the recording server. In the fast-forward image display, the interval between the required images is shorter. For a certain period of time, the video server is required to fast-forward the image of the rewind point.

The measuring device groups 700, 800, and 900 measure various materials such as temperature, humidity, carbon dioxide, etc., specific ion concentration in water, and vibration. The noise value, etc. are obtained as measurement data. In addition to the numerical information, the measurement data may be ON/OFF information such as a sensor that switches ON or OFF signals with a value equal to or greater than a certain value or less.

Fig. 5 is a configuration diagram of a measurement device (HTTP connection) of the surveillance camera system of the first embodiment.

The HTTP connection measuring device 700 is provided with: control. The computing device includes a CPU 701 or a device driver associated with the memory 702, and a memory device 710 having a main memory device such as a DRAM or an auxiliary memory device such as a hard disk; and an output device connected to the network interface 704 A communication control device such as a display device or a display device 703 or the like as a display device.

A data collection program 713 or an HTTP service program 717 or an analog/digital conversion 718 or an operating system 714 is stored in the memory device 710. The HTTP connection measurement device 700 is, for example, a commercially available HTTP connection type measurement device. The CPU 701 is an arithmetic processing device mounted on a normal measurement device, and executes various programs and performs various controls. When the analogy is measured, the analog measuring machine 716 is connected to the analog/digital conversion 718 stored in the memory device 710, and the analog data is converted into digital data for data collection.

Fig. 6 is a view showing the image transmission from the measuring device (HTTP connection) of the monitoring camera system of the first embodiment to the recording server. The measurement data collected by the measurement data or the digital data converted from the analog data into the digital data is based on the HTTP request from the video server 100, that is, the measurement information request, and the HTTP response from the network interface 704 to the recording server 100. That is, the form of the response of the measurement information is sent, and the device stored in the recording server measures the information database 115.

Fig. 7 is a configuration diagram of a measurement device (FTP connection) of the surveillance camera system of the first embodiment.

The FTP connection measuring device 800 is provided with: control. The computing device includes a CPU 801 or a device driver associated with the memory 802, and a memory device 810 having a main memory device such as a DRAM or an auxiliary memory device such as a hard disk; and an output device connected to the network interface 804 A communication control device such as a display device or a display device 803 as a display device.

A data collection program 813 or an FTP service program 817 or an analog/digital conversion 818 or an operating system 814 is stored in the memory device 810. The FTP connection measurement device 800 is, for example, a commercially available FTP connection type measurement device. The CPU 801 is an arithmetic processing unit mounted on a normal measurement device, and executes various programs and performs various controls. When the analogy is measured, the analog measuring machine 816 is connected to the analog/digital conversion 818 stored in the memory device 810, and the analog data is converted into digital data for data collection.

Fig. 8 is a view showing the image transmission from the measuring device (FTP connection) of the monitoring camera system of the first embodiment to the recording server. The measurement data collected by the measurement data or the digital data converted from the analog data into the digital data is established by the IP address input or the like to establish a TCP connection with the recording server 100, and then from the network interface 704 to the recording server 100, The file transfer such as the CSV format is sent in the form of an upload, and is accumulated in the device measurement information database 115 in the recording server.

Fig. 9 is a configuration diagram of a measuring device (series) of the monitoring camera system of the first embodiment.

The series measuring device 900 is provided with: control. The computing device includes a CPU 901 or a device driver associated with the memory 902, and a memory device 910 having a main memory device such as a DRAM or an auxiliary memory device such as a hard disk; and an output device connected to the network interface 904 A communication control device such as a display device 903 or the like as a display device.

In the memory device 910, a data collection program 913 or a serial transfer program 917 or an analog/digital conversion 919 or an operating system 914 is stored. The FTP connection measuring device 900 is, for example, a commercially available FTP connection type measuring device. The CPU 901 is an arithmetic processing device mounted on a normal measurement device, and executes various programs and performs various controls. When the analogy is measured, the analog measuring machine 916 is connected to the analog/digital conversion 918 stored in the memory device 910, and the analog data is converted into digital data for data collection. In the HTTP connection measurement device 700 or the FTP connection measurement device 800, the network interface uses an NIC (Network Interface Card), but the serial measurement device 900 uses an RS232C/RS485 serial device.

The recording server 100 checks the IP address and communication number and UID of the monitoring camera or terminal or the HTTP connection measuring device or the FTP connection measuring device at the start of each connection, and can use the IP address and communication. The connection of the 埠 number or UID is specifically connected to the other party, and is authenticated by the user ID and password. If the communication port number of the router is "valid", the recording server 100 can be used to set the router on the terminal side, and the global IP address or private IP address can be allocated. set. Therefore, even if the address of the PC in the LAN is changed, the camera image can be recognized by the camera for monitoring, so that the camera image can be acquired. Even when the monitoring camera side does not need to perform global IP address, private IP address allocation setting, etc., when the address of the PC in the LAN is converted by a broadband router or the like, it is possible to transmit and receive the camera image, and Even if the user's PC operating ability is such that various settings cannot be performed, portrait display is possible. When the surveillance camera and video server are limited to the same LAN, the local IP address and communication port number can also be used for identification.

In the present embodiment, the recording server 100 and the browsing PC 300 are each configured as a personal computer, and have a clock function or the like of a normal personal computer. The mobile terminal 200 and the measuring devices 700, 800, and 900 also have a clock function and the like.

In the present embodiment, the recording server 100 is connected to the measurement device group (the HTTP connection measurement device 700, the FTP connection measurement device 800, or the serial measurement device 900) and the surveillance camera for taking the image via the network 500. 400 (a still camera or an animation camera); and a terminal (mobile terminal 200 or browsing PC 300) connected to the recording server 100 via the network 500, and the recording server 100 is provided with: (1) The surveillance camera 400 captures an image of a still picture or an animation, and inputs the camera image after the image is input to the camera image acquisition means of the recording server 100; (2) The measurement device groups 700, 800, and 900 are respectively subjected to predetermined measurement, and the measurement data is input to the measurement data acquisition means of the recording server 100; (3) the measurement data input to the recording server 100 is accumulated in the device. (4) Forming measurement information and/or a chart image synthesized in the image based on the accumulated measurement data, and extracting the measurement information and/or chart from the input camera image. In the camera image of the portrait, the measurement information and/or the graphic image are synthesized in the image of the camera after the extraction, and the data is stored in the data library (the primary image folder 111).

In the data creation method, the first image which is extracted from the acquired camera image is developed on the memory 102 in detail, and when the numerical information or the graphic image is synthesized, the synthesized value is formed from the measurement data stored in the database. In the information or the chart, the numerical information or the graphic image is similarly developed on the memory 102. When the other camera images are combined, the combined camera image is extracted and similarly developed on the memory 102, and the composite image is synthesized and synthesized. On the memory 102, a means for storing the primary image folder 111 of the memory device 110 as a primary data is compressed.

In the present embodiment, it is preferable that the recording server 100 is provided with: (5) a live broadcast composition selection accepting means for accepting selection of the monitoring camera 400 for displaying a live broadcast image by the terminal devices 200, 300; (6) Monitoring selected for the selection method of the live broadcast synthetic image selection Using the camera 400, the image of the primary material is used as the live composition image, and the live composition image transmission means for the terminal 200, 300 is sent; (7) the terminal 200, 300 accepts the live broadcast of the rewind request from the live composition image. (8) For each rewind request, the data from the previous transmission to the terminal devices 200 and 300 is extracted once for a certain amount of time, and is sent back to the live broadcast composition image. (9) The terminal device 200, 300 accepts the fast-forward live-synthesis image fast-forward receiving means from the fast-forward request for rewinding the live-synthesis image; (10) Each fast-forward request, until the current image is reached, the data from the previous delivery to the terminal sets 200, 300 is extracted for a certain amount of time at a future time point, and is transmitted as a fast-forward live broadcast image to the terminal device 200. 300 fast forward live portrait delivery means.

In the present embodiment, it is preferable that the recording server 100 is provided with: (11) an image extracting means for extracting an image in which the measurement information synthesized by the primary data is a predetermined value; (12) For the image extracted by the image drawing means, a list data storage means for storing the data in the memory device 110 as a point image for each continuous time, in particular, for each continuous time; (13) at the terminal The devices 200 and 300 display the list data, and the terminal devices 200 and 300 receive the point image selection accepting means for selecting the displayed point image; (14) A point image transmission means for transmitting a picture of a point image selected from a data search to the terminal device using the image to be searched as a point image.

The image extraction means is, for example, a temperature and a pH value of the measurement data, and when the numerical information synthesized in the image of the camera is temperature and pH value, an image having a temperature lower than 20 ° C is extracted from a primary data in a single image folder as a point. For example, the list data storage means is stored in the database as list data which is index information such as the start time of the image having a temperature lower than 20 °C. Further, the recording server 100 may transmit information such as a warning to the terminal by mail when the image in which the combined measurement information is within a predetermined value is extracted. Further, the point image transmission means is an image in which the data is searched from the primary image in the primary image folder and the start time selected by the point image selection receiving means, and is transmitted as a point image to the terminal. Further, in the present embodiment, the image extracting means extracts the primary data in the image folder once, but extracts the image by another method. For example, when the measurement data is temperature and pH, it is synthesized. When the numerical information of the camera image is the temperature and the pH value, the measurement data whose temperature is lower than 20 ° C is extracted from the measurement data accumulated in the device measurement information database 115, and the data is retrieved from the primary image folder and the measurement data. An image that is simultaneously engraved at the time of measurement is used as a point image extractor.

In the present embodiment, a more desirable form is that the recording server 100 is also provided with: (15) the terminal device 200, 300 accepts the rewind request from the point image. (16) For each rewind request, the data from the previous transmission to the terminal devices 200 and 300 is extracted once for a certain amount of time, and is sent as a rewind point image to (17) The terminal machines 200 and 300 receive the rewinding point image fast-forward receiving means for the fast-forward request from the rewind point image; (18) In the case of the current image, the image of the previous time is extracted from the previous delivery to the terminal 200, 300, and the data is sent to the terminal 200, 300 as a fast forward image. Point portrait delivery means.

In this embodiment, the video server 100 is constructed and photographed by the aforementioned hardware. collect. Editing. The transmission program 113 functions as a means of (1) to (20).

Further, (1) an image display means for displaying an image transmitted from the recording server 100 is provided in the terminal (the mobile terminal 200 and the browsing PC 300).

In the present embodiment, a more desirable form is also provided in the terminal (mobile terminal 200 and browsing PC 300): (2) in the live broadcast composite image display, each camera from the camera to the recording server 100 The image acquisition interval is required for the recording server 100 to request a live composition image of the live broadcast image; (3) in the live composition image display, the input of the rewind request is accepted, and the recording server 100 is required to rewind the live composition image. Back to start request (4) In the display of the reverse live broadcast composite image, the recording server 100 is required to return to the live broadcast synthetic image for a certain period of time shorter than the required interval of the live broadcast synthetic image; (5) In the rewinding live composition image display, the input of the fast forward request is accepted, and the recording server 100 is requested to fast forward the live synthesized image to the live broadcast composite image fast forward start request means; (6) in the fast forward live broadcast composite image display For each time a predetermined time interval is shorter than the request interval of the live broadcast synthetic image, the recording server 100 is required to fast forward the live synthesized image to the live broadcast synthetic image fast forward to continue the request means.

In the present embodiment, it is preferable that the terminal device (the mobile terminal device 200 and the browsing PC 300) further includes: (7) a point image display means for displaying a point image transmitted from the recording server 100; (8) In the point image display, the input of the rewind request is accepted, and the retraction start request means for the rewind point image is requested to the recording server 100; (9) in the rewind point image display, the request for each point image is required. When the interval is short, the recording server 100 is required to rewind the point image to continue the request means; (10) in the rewind point image display, the input of the fast forward request is accepted, and the video server 100 is requested to fast forward. (11) In the fast-forward image display, the video server 100 is requested to fast-forward the portrait image for a certain period of time shorter than the required interval of each point image. The retweet portrait fast forward continues to demand means.

In the present embodiment, the terminal devices 200 and 300 function as the means of (1) to (13) by the above-described hardware configuration and image display programs 213 and 313. Further, in the present embodiment, since the primary data created by compressing the camera image data is converted into secondary data by the recording server every predetermined time, the terminal is the reverse or rewind of the live portrait. In addition to the fast forward, it is possible to play or rewind and fast forward the camera image of the past in the conventional video playback device. For example, when playing back on a video day, select the time of the day when the video is to be played, and call the file that has been converted into two times of data every 10 minutes for playback. It is also possible to rewind or fast forward during playback. The live broadcast composite image is compiled and used by combining measurement information, a chart image, or another camera image from a camera image input from a camera. Therefore, although the image quality is small, the amount of data is small, and the live broadcast composition image or the fast forward live image is reversed. It is a data that is compressed for one-time storage, so the amount of data is small despite the high image quality. Due to the infrequent use of the secondary data creation unit, the past part of the playback or fast forward rewind is the secondary data of the compressed animation file, so the amount of data required for the animation is small. Further, with the configuration of the present embodiment, playback after the rewind of the live broadcast image is possible.

The surveillance camera system of the present embodiment is a video server connected to the measurement device group via the network and a camera group that takes in still pictures or animations, and the TCP/IP method is used to statically from the camera group for a certain period of time. The camera image is obtained by drawing or animation, and the measurement data is obtained from the measurement device group, stored in the database, and synthesized in the acquired camera image. The measurement information, the chart image, or other camera images of the measurement data are compressed and created as one data. The data is kept for a certain period of time. After a certain period of time, for example, if the camera image is obtained by still image, the previous animation file is used. The compressed form is, for example, converted to a highly compressed animation file in the form of a now highly compressed H.264 and saved. In the present embodiment, it is compressed in the form of H.264 and converted into an animation file. With TCP/IP communication, the server-oriented type requires static or animated data for the camera group, and the data can be saved without the defect of the communication data.

The surveillance camera system of the present embodiment can play or rewind or fast forward almost immediately in a state in which the image after the photographing is linked with the information obtained from the measurement data and/or other images, and the amount of data is small. Cost reduction. Since there is a small amount of data flowing on the network at the same time, the network camera information can be transmitted even on a general Internet line. Moreover, it is possible to accumulate data on a cloud server via an internetwork line (WAN). In the present embodiment, the measurement information, the graphic image or the other image based on the measurement data is synthesized in the image data at the time of image data collection, and the data is stored as a one-time data, that is, the high-resolution image (there is a possibility of frequent viewing). If it is stored for a certain period of time, the long-term preservation data, such as reducing the resolution or reducing the image quality, by transforming into secondary data, can be extended not only during the storage period, but also from the value of the measurement data at the stage of the data. Search for portraits and play them in high quality, even fast forward and rewind. In the present embodiment, for example, in the case of a camera image obtained by still drawing, the conversion from the primary material to the secondary material is performed by adding the timestamp information to the secondary data, for example, If the setting is 1 frame (1fps) in 1 second, then 600 images will be stored in the secondary data in time. If there are some abnormalities and the image is missing, use the same image as the previous image to adjust the time. axis.

(program)

Next, the monitoring program of the monitoring camera system of the first embodiment will be described. This program uses the above surveillance camera system.

The monitoring method of the present embodiment includes: (1) a camera image obtaining step of connecting a camera group of a camera group and a camera group that takes an image via a network, and taking a portrait of the camera group to cause an image after shooting The camera image is input to the recording server; (2) the measurement data acquisition step is performed by causing the measurement device group to perform predetermined measurement, and inputting the measurement data to the recording server; (3) the measurement data storage step, which is input The subsequent measurement data is accumulated in the database; (4) a data creation step, which is based on the accumulated measurement data to form measurement information and/or a chart image synthesized in the image, and is extracted from the input camera image for synthesis measurement. The camera image of the information and/or chart image is combined with the measurement information and/or the chart image in the extracted camera image, and is stored as a primary data in the database.

In a further aspect of the monitoring method of the present embodiment, in the primary data creation step, a camera image (as a first camera image) that combines the measurement information or the graphic image is extracted from the input plurality of camera images. And draws from a camera other than the first camera image By extracting one or a plurality of combined camera images synthesized in the first camera image, the combined camera image is combined with the measurement information or the graphic image in the extracted first camera image as a primary The data is stored in the database.

In the monitoring method of the present embodiment, the data creation step is a detailed process in which the first image extracted from the acquired camera image is developed on the memory of the recording server, and when the numerical information or the graphic image is combined, The synthesized numerical information or the graph is formed by the measurement data stored in the database of the recording server, and the numerical information or the graphic image is similarly developed on the memory, and when the other camera images are combined, the combined camera image is extracted. Similarly, the memory is developed, and these composite images are combined to form a composite image, which is developed on the memory, and compressed as a primary image folder in which the data is accumulated in the memory device.

In the monitoring method of the present embodiment, a more preferred form further includes: (5) a camera selecting step of connecting to the recording server via the network, and displaying a terminal of the portrait to select a camera displaying the live synthesized image; 6) The live-synthesis image transmission step, in which the recording server uses the image of the primary data as the live composition image for the selected camera, and sends the image to the terminal after the camera is selected; (7) the live composition image display step , the terminal device displays the live composition image sent from the video server; (8) the step back to the start request step, the terminal opportunity is in the live broadcast In the display, the input of the request for rewinding is accepted, and the recording server is required to revert back to the live composition image; (9) the step of reverting the live composition image transmission step, the recording server will extract the image from the previous transmission to the terminal. A data of a certain amount of time in the past is sent to the terminal as a reverse live portrait; (10) a step of displaying the live composite image display, which is a terminal opportunity to display a reversed live broadcast image sent from the video server. (11) Rewinding to continue the request step, which is a terminal opportunity to rewind the live broadcast synthetic image to the video server for a certain period of time shorter than the requirement interval of the live broadcast synthetic image in the display of the reverse live broadcast composite image; 12) The recording server will repeat the above-mentioned reverse live broadcast composite image transmission step and the above-mentioned reverse live broadcast composite image display step according to each rewinding request; (13) Fast forward start request step, which is a terminal opportunity to rewind the live broadcast. In the composite image display, the input of the fast forward request is accepted, and the video server is requested to fast forward the live composition image; (14) the fast forward live broadcast composite image transmission step, which is a video servo The data from the previous transmission to the terminal will be extracted for a certain amount of time at a future time point, and will be sent to the terminal as a fast forward live composition image; (15) Fast forward live broadcast composite image display step, which is a terminal opportunity Displaying a fast-forward live broadcast composite image sent from the video server; (16) Fast forward continues the request step, which is a terminal opportunity to display a short time interval between the live broadcast image and the live broadcast image. The video server is required to fast forward the live composition image; (17) the video server will arrive at the current image, press each fast Into the live broadcast synthetic image request, repeat the above-mentioned fast forward live synthetic image transmission step and fast forward live synthetic image display step; (18) secondary data creation step, which is to make a data combination for each certain amount of time, attached The time stamp is converted into a compressed secondary data in an animated form.

In a preferred aspect of the monitoring method of the present embodiment, the method further includes: (19) a picture extracting step of extracting an image of the range in which the synthesized measurement information is a predetermined value; (20) In the data storage step, the recording server creates a list for each successive time of the extracted image, and stores the data in the memory device as a point image; (21) the point image selection acceptance step, The recording server transmits the list data to the terminal device for display, and the terminal device accepts the selection of the displayed point image; (22) the point image selection step, which is displayed by the terminal device to receive the list data, and displays the displayed point. (24) Point image transmission step, which is a video server that retrieves the image of the selected point image from a data search, and transmits the image to be retrieved as a point image to the terminal; (24) The image display step is an end point display of a point image sent from the recording server.

In the monitoring method of the embodiment, a more desirable form further includes: (25) Reversing the request step, in which the terminal device accepts the input of the rewind request from the point image in the point image display, and requests the rewinding point image to the recording server; (26) the rewind point image transmission step, The recording server extracts a data of a certain amount of time from the previous transmission to the image of the terminal, and transmits the data as a rewind point image to the terminal; (27) the step of displaying the image of the rewind point. The terminal device displays the image of the rewind point sent from the video server; (28) the step back to the continuation request step, which is a certain time interval in which the terminal device has a short interval between the requirements of each point image in the rewind point image display. Requires the video server to rewind the point image; (29) The video server repeats the above-mentioned rewind point image transmission step and the above-mentioned rewind point image display step for each rewind request; (30) Fast forward start request step The terminal device accepts the input of the fast forward request in the rewind point image display, and requests the fast forward image for the video server; (31) the fast forward image transmission step, the video server will send from the previous time. Photo to the terminal Extracting a certain amount of time for a future time point as a fast forward point image to be sent to the terminal; (32) a fast forward point image display step, which is a terminal opportunity to display a fast forward point image transmitted from the video server; (33) Fast forward continues the request step, which is a terminal opportunity to request a fast forward point image for the video server in a fast forward point image display for a certain time interval shorter than the request interval of each point image; (34) The recording server will repeat the above-mentioned fast-forward image transmission step and fast-forward image display step for each fast-forward image request until the current image is reached.

With photography. collect. Editing. The program of the surveillance camera system of the transmission program and the image display program is such that the steps are carried out on the computer. The camera image acquisition step, the measurement data acquisition step, and the primary data creation step will be described more specifically with reference to the drawings.

(camera image acquisition procedure (still painting))

FIG. 10 is a flowchart showing an outline of a procedure from the connection between the camera (still picture) of the surveillance camera system of the first embodiment and the recording server to the portrait compilation. First, the recording server is required to connect to the camera in TCP/IP mode. The camera is composed of one or a plurality of cameras, and each camera and video server is authenticated by a user ID and a password. When the authentication is successfully performed by referring to the authentication database of the recording server, the connection status is obtained. The video server requests the camera to take a still picture, and the camera image after the shooting is sent to the video server in JPEG format. The camera takes a snapshot (spot) while receiving the image request, and transmits the still image captured by the camera as a camera image to the recording server by TCP/IP. In this embodiment, the animation is compressed and converted into secondary data every certain time on the recording server side, so that it is not necessary to have the function of animation formatting in the camera that takes the still picture. Therefore, the camera can be an analog camera in addition to the IP camera, and the old camera can also be used, which can reduce the cost.

The video server is a camera image that receives a still picture. The camera image is then expanded into the memory. Then, as will be described later, the process proceeds to a data creation step including the synthesis step, and in the data creation step, after the synthesis, the image is compressed to create a primary data of the still picture.

The video server sleeps for a certain period of time after the camera image is received. When a certain period of time elapses, the camera in the connected state is requested to take a still picture, and the camera image after the shooting is sent to the video server. The sleep time is arbitrarily set in advance of 10 minutes, 1 second, 3 seconds, or 60 seconds. In the present embodiment, it is set to 1 second. That is, the video server and the camera are in a TCP/IP manner, and once contactable, a camera portrait of a still image is taken from the camera every predetermined time (1 second in this embodiment). When you can't get it, contact again. When available, save the camera image to a file. Obtain the camera image until the end of the signal.

(camera image acquisition procedure (animation))

FIG. 11 is a flowchart showing an outline of a procedure from the connection between the camera (movie shooting) of the monitoring camera system of the first embodiment and the recording server to the image editing.

First, the recording server is required to connect to the camera in TCP/IP mode. The camera is composed of one or a plurality of cameras, and each camera and video server is authenticated by a user ID and a password. Further, in the present embodiment, both the camera for still photography and the camera for animation photography are used, but they may be only one of them. When the authentication is successfully performed by referring to the authentication database of the recording server, the connection status is obtained. The video server asks the camera for a certain period of time (this embodiment is 10 seconds) to continuously capture the animation, after the photography The camera image is sent to the recording server in the form of H.264. The animation format can also be Motion JPEG or MPEG-4, but H.264 is ideal from the point of view of compression efficiency and image quality. The camera accepts the image request, continuously captures the animation, and transmits the captured animation to the video server in the form of H.264 as a camera image by TCP/IP.

Once the video server receives the animated camera image, the camera image is expanded into the memory. Then, as will be described later, the process proceeds to a data creation step including the synthesis step, and in the data creation step, after the synthesis, the image is compressed to create a primary data of the animation.

The video server sleeps for a certain period of time after receiving the camera image. Once a certain period of time has elapsed, the camera in the connected state is requested to re-acquire the animation, and the camera image after the shooting is sent to the recording server. The sleep time is set in advance by 10 seconds, 20 seconds, or 60 seconds. This embodiment is set to 10 seconds. Even if the sleep time has not passed, when the conversation with the connected camera is cut off, the camera is again requested to animate. That is, the video server and the camera are connected by TCP/IP, and if they can be contacted, the camera image of the animation is obtained from the camera every certain time (10 seconds in this embodiment). Contact again when you are unable to get it. When available, save the camera image to a file. The camera image is acquired every certain time until the end of the signal.

(Measurement data acquisition step (HTTP connection))

Fig. 12 is a view showing the connection from the measurement device (HTTP connection) of the monitoring camera system of the first embodiment to the recording server until the data is stored. Flowchart of the program summary.

First, the recording server is required to connect to the HTTP connection measuring device by HTTP communication. The HTTP connection measurement device is composed of one or a plurality of devices, and is authenticated by the recording server with a user ID and a password. Further, in the present embodiment, the HTTP connection measuring device, the FTP connection measuring device, and the serial measuring device are used, but only two or one of them may be used. When the authentication is successfully performed by referring to the authentication database of the recording server, the connection status is obtained. The HTTP connection measuring device performs measurement at regular intervals and collects measurement data. The HTTP connection measurement device is required by the recording server to send the measurement data to the recording server as an HTTP request. The HTTP connection measurement device accepts the data request to send the measurement data to the recording server in the form of an HTTP response.

The recording server stores the measurement data from the HTTP connection measuring device and stores it in the device measurement information database. The recording server sleeps for a certain period of time after receiving the measurement data. Once a certain period of time has elapsed, the measuring device of the connected state transmits the measurement data to the recording server. The sleep time is 10 seconds, 20 seconds, or 60 seconds, etc., and is arbitrarily set in advance.

(Measurement data acquisition step (FTP connection))

FIG. 13 is a flowchart showing an outline of a program from the connection between the measurement device (FTP connection) of the monitoring camera system of the first embodiment and the recording server to the data storage.

First, the recording server is required to FTP the FTP connection measurement device. Communication connection. The FTP connection measuring device is composed of one or a plurality of devices, and is authenticated by the recording server with a user ID and a password. When the authentication is successfully performed by referring to the authentication database of the recording server, the connection status is obtained. The FTP connection measuring device measures at a certain interval and collects measurement data. The FTP connection measuring device repeats the transfer of the measurement data to the recording server in a CSV format or the like with a certain amount of sleep time. The sleep time is set in advance by 10 seconds, 20 seconds, or 60 seconds.

When the recording server receives the measurement data from the FTP connection measuring device, the received measurement data is once stored in the shared folder, and the recording server reads the stored measurement data and keeps it in the device measurement information database.

(Measurement data acquisition step (series))

FIG. 14 is a flowchart showing an outline of a program from the connection between the measurement device (series) of the monitoring camera system of the first embodiment and the recording server to the data storage.

First of all, the recording server requires serial communication connection to the series measuring device. The series measuring device is composed of one or a plurality of units, and each ACK is sent to the recording server to establish a connection. The series measuring device performs measurement at regular intervals and collects measurement data. Once the connection status is established, the recording server requests the serial measurement device to send the measurement data to the recording server. The series measuring device accepts the data request to send the measurement data to the recording server.

The recording server is once received from the series measuring device The measurement data is stored in the device measurement information database. After the measurement data is received, it will sleep for a certain period of time. After a certain period of time passes, the measurement device connected to the state is required to send the measurement data to the recording server. The sleep time is set in advance by 10 seconds, 20 seconds, or 60 seconds.

(A data preparation step (measurement information))

Fig. 15 is a flowchart showing a procedure for synthesizing measurement information in the camera image of the surveillance camera system of the first embodiment.

The information of the measurement device that has measured the combined measurement information is obtained from one or a plurality of measurement data stored in the device measurement information database, and the measurement information of the value measured by each measurement device is added, for example, temperature in the figure. The measurement information "27 ° C" and the humidity measurement information "80%" are used to expand the numerical information contained in the layout information synthesized in the camera image in the memory. The measurement information is information such as a gas concentration, a noise value, and the like, and may be information such as whether or not a predetermined condition is met. Next, an image extracted from a camera image that is developed in a still image or an animation of the memory is acquired, and the measurement information developed in the memory is combined and synthesized as a portrait. The synthesized image, that is, the camera composite image, is compressed, and a data is created and written to a data folder for storage. Such a data creation step is repeated in the acquisition of measurement data across a predetermined sleep time.

(a data creation step (chart portrait))

Fig. 16 is a flowchart showing a procedure for synthesizing a picture image in a camera image of the surveillance camera system of the first embodiment.

The information of the measurement device that measures the information forming the synthesized chart is obtained from one or a plurality of measurement data stored in the device measurement information database, and a graph is generated from the values measured by the respective measurement devices. In the graph, for example, in the graph, the graph of the current time is displayed by superimposing the time lapse of the previous day in the time lapse of the current day's measured value, and the graph image included in the layout information synthesized in the camera image is expanded. Memory. Next, an image extracted from a camera image that is developed in a still image or an animation of a memory is acquired, and a chart image that is developed in a memory is synthesized and combined as a portrait. The synthesized image, that is, the camera composite image, is compressed, and the data is created once and written to the primary image folder for storage. Such a data creation step is repeated in the acquisition of measurement data across a predetermined sleep time. The measurement information and the graphic image can be synthesized by only one of the camera images, or both the measurement information and the graphic image are combined in the camera image.

(a data creation step (camera portrait))

Fig. 17 is a flowchart showing a procedure for synthesizing another camera image in the camera image of the surveillance camera system of the first embodiment.

A camera image in which a plurality of camera images or the above-described measurement information or a graphic image is combined is extracted from a plurality of camera images that are developed in the memory, and the first camera image is extracted, and the camera image other than the first camera image is extracted. One or a plurality of camera images combined in the camera image are combined with the measurement information or the graphic image in the first camera image after the extraction as a composite camera image. The camera image is synthesized as a portrait. The synthesized image, that is, the camera composite image, is compressed and stored as a primary material in a single image folder. Such a data creation step is repeated in the acquisition of the camera image with a predetermined sleep time.

(effect)

According to the present embodiment, in a state in which the photographed image is linked with the information obtained from the measurement data and/or other images, the image can be played almost instantaneously or rewinded or fast forwarded, and the amount of data is small and can be low. Cost.

More specifically, according to the present embodiment, since the measurement information based on the measurement data or the image of the chart or another camera image is synthesized in the camera image, the image obtained after the image is captured and the information obtained from the measurement data is generated. In the state where the other camera images are linked, it can be played almost instantaneously, and the amount of data can be reduced and the cost can be reduced. Further, since the measurement information, the chart image, or another camera image is synthesized in advance in the image of the primary material, it is possible to rewind or fast forward in the state of synthesizing the measurement information, the chart information, or other camera images. And, for playback. Rewind. Fast forward and other operations can respond quickly. Moreover, since the data from the camera is acquired by the instruction from the recording server, it is possible to control from the server side to the transmission from the server side, and it is not necessary to have the server function on the camera side, and the amount of data flowing simultaneously on the network is small. , you can set up multiple cameras on the same network. Moreover, since the amount of data transfer is small, the quality of the image can be highly ensured, and the data stored in the cloud server can also be transmitted via an Internet line. And even when looking at the portrait almost instantly, when When you find a missed look, you can trace it back by revisiting it immediately, and you can fast-forward to confirm the portrait from the past to the present.

In addition, since the measurement information of the measurement data or the data of the chart image is synthesized in advance in the camera image, the amount of data to be transmitted is small, so that the image obtained after the image and the information obtained from the measurement data are// In the state where the other images are linked, it can be played or rewinded or fast forwarded almost instantaneously in the terminal. Moreover, low cost can be achieved compared to possible functions or convenience.

Moreover, in the state in which the image after the photographing is linked with the information obtained from the measurement data and/or other images, the image can be played back almost immediately or rewinded or fast forwarded, and the amount of data is small, and the cost can be reduced. Playback or rewind or fast forward of a portrait from a point in time at which a particular data value is recorded can also be easily accomplished.

Further, according to the present embodiment, the terminal side of the playback image is portable, and in the state in which the information of the measured data is synthesized, the instant playback or rewinding can be performed on the spot immediately, so that it is on the spot. Verification can also be done easily. Further, according to the present embodiment, both high performance and low cost can be realized, and electric power can be suppressed, and it is environmentally friendly. For example, when photographing 100 sets of still-moving cameras, the amount of consumed electric power or the amount of carbon dioxide emitted is about one-third of the conventional one. In the rewinding, as long as the display interval is shorter than the playback, the tab will not be tabbed, so the image in the rewind will not be missed, so that the check is prevented from being missed, and no portrait jumps as compared to the live portrait playback. Uncoordinated feeling.

Even if the camera is a majority, it can be set to all the same On the network, one video server is used to control most cameras.

When sending data from the camera to the terminal, it is not easy to lose the packet, and the amount of data transfer is small. Therefore, it is possible to accumulate data on a cloud server via an internetwork line (WAN).

[Second Embodiment]

The surveillance camera system of the second embodiment is a surveillance camera system including a recording server and a terminal, and the recording server is connected to a camera group and a measurement device mounted on one or a plurality of business vehicles via a network. The terminal is connected to the recording server via a network to display an image, (1) the measuring device group includes at least a measuring device for measuring the speed of the vehicle, and (2) the camera group includes a camera for taking an image of the surroundings of the front of the vehicle. And a camera that captures an image of the image around the rear of the vehicle and a camera that captures an image of the interior of the vehicle; (3) The video server has: (3-1) a camera image acquisition means, which is a camera The group takes the image, and inputs the camera image after the image is input to the recording server; (3-2) the measurement data acquisition means, which causes the measurement device group to perform predetermined measurement, and inputs the measurement data to the recording server; (3) 3) Means of measuring data storage, which is to store the input measurement data in the database; (3-4) One-time data creation means, which is based on the accumulated measurement data. The measurement information including the velocity information synthesized in the image is formed, the first camera image for synthesizing the measurement information is extracted from the input camera image, and the measurement information is synthesized from the extracted first camera image, and the first camera is synthesized from the first camera. The camera image other than the image is extracted, and one or a plurality of combined camera images combined with the first camera image are extracted, and the combined camera image is combined in the first camera image after the measurement information is synthesized, and stored as a primary data in the database; (3-5) The image drawing means is an image in which the measurement information synthesized by the primary data extraction is equal to or higher than a predetermined speed; (3-6) the list data storage means for extracting the image extraction means For each image, a list of point images is created for each continuous time, and is stored in the database. (3-7) Point image selection acceptance means is displayed on the terminal to display the list data, and the terminal is accepted. The selection of the point image to be displayed and the (3-8) point image transmission means are images of the point image selected from the data search site. The image of the cable is sent to the terminal as a point image; (3-9) the point image is returned to the receiving means, and the terminal machine accepts the request for return from the point image; (3-10) means of sending the image back to the point According to each rewinding request, the information from the previous transmission to the terminal is extracted for a certain amount of time, and the data is sent to the terminal as a rewind point image; (3-11) rewinding Point-in-picture fast-forwarding means, which is a fast-forward request from a terminal to receive a portrait from a rewind point; (3-12) The fast-forward image transmission means, for each fast-forward request, until the current image is reached, the information from the previous delivery to the terminal is extracted for a certain amount of time at a future time point. (4) The terminal has: (4-1) point image display means for displaying a point image transmitted from the video server; (4-2) rewinding starts The required means is to receive the input of the rewind request in the point image display, and to request a point image for the video server; (4-3) to rewind the request means, which is displayed in the rewind point image display, for each For a certain period of time shorter than the request interval of the point image, the video server is required to rewind the point image; (4-4) Rewind point image fast forward start request means, which is in the rewind point image display, accepting the fast forward request Input, fast-forward image is required for the video server; (4-5) Rewind point image fast-forward continues to require the means, which is in the fast-forward image display, and the interval between the requirements of each point image is shorter. Time, the video server is required to fast forward the image.

FIG. 18 is an explanatory view showing a synthesis example of the surveillance camera system of the second embodiment. The second embodiment is an application example of the first embodiment, and the system configuration and monitoring method are the same as those of the first embodiment unless otherwise noted. This embodiment is a surveillance camera system that uses a surveillance camera mounted on a business vehicle (for example, a bus vehicle). In the present embodiment, the number of cameras for surveillance is four, and the road condition in front of the bus is taken as the front picture. The camera (Fig. 18(a)) and the camera in the in-car view are used as the camera in the car (Fig. 18 (b)) and the road in the rear of the bus as the rear view (Fig. 18 (c)) The camera and the camera in the vicinity of the ticket machine inside the bus are taken as the camera of the ticket image (Fig. 18 (d)). The measuring device is a speed meter that is connected to the vehicle, a measuring device that acquires the speed information of the vehicle, and two measuring devices that are installed in the vehicle. According to the measurement data obtained, the measurement information (Fig. 18(e)) is synthesized on the upper left side of the front image, and on the right side of the front image is a synthetic patch image, a car interior image, and a rear image. (f)) Displayed on the terminal. In the present embodiment, the recording server is installed in the bus operation management center, and the monitoring camera or the measurement device provided on the bus acquires data via the Wi-Fi line. In addition to the bus operation management center, the terminal can be connected to a monitor or smart phone screen of a police station on the road via an internet connection, or an outdoor monitor that is parked on a bus that runs on the road. .

According to the present embodiment, since the measurement information including the measured speed information and the other camera images are combined in the first camera image, the first camera image and the measurement information including the speed are generated. In the state of being linked with other camera images, it can be played almost instantaneously, and the amount of data can be reduced. Further, since the measurement information and the plurality of camera images are synthesized in advance in the image of the primary material, the image can be rewinded or fast forwarded in the combined state. And, for playback. Rewind. Fast forward and other operations can respond quickly. Moreover, the playback or rewinding or fast forwarding of the portrait from the point in time at which the predetermined speed is recorded may also be Easy to complete.

More specifically, according to the present embodiment, since only one information amount of the image portion is displayed in the display of the composite image, the state of the bus can be known even if the terminal device such as a smart phone is available, and the information can be obtained. Not only the road conditions ahead, the congestion in the car, the failure or the speed of the ticket replacement, the speed or the risk of driving or the like, the presence or absence of the dangerous vehicle, the presence or absence of the vehicle or the accident or the occurrence of the accident, the driver’s The service attitude can be mastered at one time.

Further, in the present embodiment, the image extracting means extracts, as a point image, an image having a predetermined speed or higher, for example, 60 km/h or more, for the velocity information among the synthesized measurement information. According to the present embodiment, by the playback of the point image, it is not only known that the road conditions are 60 km/h, but also the driver's hand is known from the patch image, and the speed is exceeded by performing the reverse playback. The reason is also known, by fast-forward, and even the subsequent situation is known.

[Third embodiment]

The surveillance camera system of the third embodiment is a surveillance camera system including a recording server and a terminal, and the recording server is connected to a camera group and a measurement device mounted on one or a plurality of animal and plant breeding fields via a network. a group, the terminal is connected to a video server via a network to display an image, and (1) the measuring device group includes at least a measuring device for measuring an environmental value of the animal and plant breeding field; (2) The camera group includes one or a plurality of cameras that take an image of the scene of the animal and plant breeding field; (3) the video server has: (3-1) a camera image obtaining means for taking the image of the camera group to make the image The camera image after the photographing is input to the recording server; (3-2) the measuring data acquiring means for causing the measuring device group to perform predetermined measurement, and inputting the measurement data to the recording server; (3-3) storing the measurement data Means, which accumulates the input measurement data in the database; (3-4) a data creation means for forming measurement information including environmental value information synthesized in the image based on the accumulated measurement data and from a predetermined The time-series chart image of the environmental value information of the time is extracted from the input camera image, and the first camera image for synthesizing the measurement information and the time-series chart image is extracted, and the measurement information and the time-series chart image are synthesized in the extracted first camera image. Or the measurement information and the time series chart image are added to the first camera image after the extraction, and the camera image is extracted from the camera image other than the first camera image. The one or a plurality of combined camera images synthesized in the first camera image are also combined with the combined camera image, and stored as a primary data in the database.

19 is an explanatory view showing a synthesis example of the surveillance camera system of the third embodiment. The third embodiment is an application example of the first embodiment, and the system configuration and monitoring method are the same as those of the first embodiment unless otherwise noted. In this embodiment, a surveillance camera mounted on a surveillance camera mounted on a plant and animal breeding ground (for example, a vinyl house mounted on a strawberry) is used. system. In the present embodiment, the number of cameras for surveillance is taken as the image of the entire image (Fig. 19 (a)) and the development state of the plants in the specific place is taken as the individual image 1 (Fig. 19 (b) )), the camera of the individual portrait 2 (Fig. 19(c)). The measuring device is a thermometer, a hygrometer, a carbon dioxide concentration measuring device, and a moisture measuring device installed in a plastic greenhouse, and a total of four. The measurement information (Fig. 19 (d)) generated based on the acquired measurement data is combined in the upper left part of the entire image, and the individual image 1 and the individual image 2 are combined on the right side of the entire image. The time series data of the carbon dioxide concentration, temperature, and humidity generated by the data are combined into one. The image of the chart compared with the previous day (Fig. 19(e)) is combined in the lower right part of the entire image, and the composite image is displayed on the terminal. 19(f)). In the present embodiment, the recording server is installed in a production management center or a farmhouse, and the monitoring camera or the measuring device installed in the plastic greenhouse acquires data via a LAN line or an internet line. The terminal is a smart phone screen such as a producer, in addition to a production management center or a farmhouse.

According to the present embodiment, since the measurement information including the measured environmental value is synthesized in the first camera image, or the graphic image such as the measured environmental value or the other camera image is added, the data is created once. Therefore, in the state in which the first camera image after the photographing and the information obtained from the measurement data are linked to the other camera images, the image can be played almost instantaneously, and the amount of data can be reduced. Further, since an image such as a measurement information or a chart is synthesized in advance in the image of the primary material, it is possible to rewind or fast forward in the combined state. And, right For playback. Rewind. Fast forward and other operations can respond quickly.

More specifically, according to the present embodiment, it is only necessary to have a data amount of one image portion in the display of the composite image. Therefore, even in a terminal such as a smart phone, the situation in the plastic greenhouse can be obtained and obtained. The information can be grasped at a time from the overall situation to the development status or comparison with the measurement data of the previous day, the confirmation of each measurement data or production status, and the confirmation of the work contents of the operator.

Further, in the present embodiment, when a good strawberry is grown, the image can be traced back to the original image, so that the improvement point can be quickly grasped, and further improvement can be easily performed, and the improvement speed can be improved.

The present invention is not limited to the embodiments described above, and various modifications may be made without departing from the spirit and scope of the invention. Further, the constituent elements of the above embodiments can be arbitrarily combined without departing from the gist of the invention.

100‧‧‧recording server

200A, B‧‧ mobile terminal

300A~C‧‧‧Reading PC

400A~D‧‧‧ surveillance camera

500‧‧‧Network

600‧‧‧ router

700A~C‧‧‧HTTP connection measuring device

800A~C‧‧‧FTP connection measuring device

900‧‧‧Series measuring device

Claims (9)

A surveillance camera system comprising: a video server connected to a measurement device group and a camera group that takes an image via a network, wherein the measurement device group is formed by one or a plurality of measurement devices, and the camera group is The recording server includes: a camera image acquisition means for causing the camera group to take an image, and inputting the taken camera image to the recording server; and measuring data acquisition means, The measurement device group is separately subjected to predetermined measurement, and the measurement data is input to the recording server; the measurement data storage means stores the input measurement data in a database; and a primary data creation means. The measurement information and/or the graphic image image synthesized in the image is formed based on the accumulated measurement data, and the camera image for synthesizing the measurement information and/or the graphic image is extracted from the input camera image, and after the extraction, the image is extracted. Synthesizing the aforementioned measurement information and/or the aforementioned graphic painting in the aforementioned camera image As a data stored in the database. The surveillance camera system of claim 1, wherein the measurement device group is one or more of a series measurement device, an HTTP connection measurement device, and an FTP connection measurement device. The surveillance camera system of claim 1 or 2, wherein the video recording server has: The live broadcast composition selection selection means is connected to the recording server via a network, and the terminal that displays the image accepts the selection of the camera that displays the image; and the live-synthesis image transmission means selects the live composition image. The camera selected by the receiving means transmits the image of the primary data as a live broadcast image to the terminal device; and the live broadcast composite image is returned to the receiving means, and the terminal device accepts the request for rewinding from the live broadcast image; The live broadcast composite image transmission means transmits a data of a time point that has elapsed for a certain amount of time from the previous transmission to the image of the terminal machine for each of the above-mentioned rewinding requests, and sends the data back to the live broadcast composite image. The terminal device; rewinding the live broadcast composite image fast forward accepting means, wherein the terminal device accepts a fast forward request from the reverse live broadcast composite image; and the fast forward live broadcast composite image transmitting means, which is fast forwarded by each of the foregoing It is required to take a certain time from the previous delivery to the image of the terminal machine until the current image is reached. A material future point in time, as a fast-forward live synthesis portrait to send information to the aforementioned terminal. The surveillance camera system of claim 3, wherein the video recording server further includes: an image extraction means for extracting an image in which the measurement information synthesized by the primary data is a predetermined value; The means for extracting the image extracted by the image drawing means, and extracting each of them to create a list material as a point painting And a point image selection accepting means for displaying the list data by the terminal device, accepting selection of a point image displayed by the terminal device, and a point image transmitting means for searching from the first time data The selected portrait of the point image is sent to the terminal device by the point image to be searched. The surveillance camera system of claim 4, wherein the video recording server further includes: a point image rewinding receiving means for receiving a rewind request from the point image in the point image display by the terminal device; A rewinding point image transmitting means for extracting a piece of data from a previous time to the image of the terminal device for a predetermined amount of time, and transmitting the image as a rewind point image to the foregoing a terminal device; a rewinding point image fast forward receiving means for receiving a fast forward request from a rewinding point image by the terminal device; and a fast forward point image transmitting means for each of the aforementioned fast forward requests, from the previous time The image transmitted to the terminal device extracts a data of a certain amount of time at a future time point, and transmits it to the terminal device as a fast-forward image. A surveillance camera system comprising: a video recording server connected to a camera group that picks up an image via a network, wherein the camera group is formed by a plurality of cameras, and the video server has a camera image acquisition means. Causing the aforementioned camera group to take pictures For example, the camera image after the image is input to the video server; the data creation means is a first camera image obtained by combining the other images from the input camera image, and the first camera image is combined with the image of the first camera. One or a plurality of combined camera images are combined with the first camera image after the extraction, and the combined camera image is synthesized as a primary data stored in the database. A surveillance camera system comprising: a video server connected to a camera group and a measurement device group mounted on one or a plurality of vehicles via a network, wherein the measurement device group includes at least a speed of measuring the vehicle; In the measurement device, the camera group includes a camera that takes an image of the surroundings of the front of the vehicle, a camera that picks up an image of the surroundings of the rear of the vehicle, and a camera that captures an image of the interior of the vehicle. The video server has a camera image acquisition means for inputting an image by the camera group, and inputting a camera image after shooting to the recording server; and measuring data acquisition means for performing predetermined measurement on the measurement device group to cause measurement data The measurement data storage means stores the input measurement data in a database; and the primary data creation means forms a speed included in the image based on the accumulated measurement data. Information measurement information, from the time of input The first camera image is extracted to synthesize the first measurement information. The camera image is obtained by synthesizing the measurement information in the first camera image after the extraction, and extracting one or a plurality of composite camera images combined with the first camera image from the camera image other than the first camera image. The first camera image obtained by synthesizing the measurement information is combined with the synthetic camera image, and stored as a primary data in a database; and the image extracting means extracts the synthesized measurement information from the primary data to a predetermined speed or higher. In the image data storage means, the image extracted by the image drawing means is extracted for each point, and a list of point images is created and stored in the database; the point image selection accepting means is attached to the terminal. The list data is displayed, and the terminal device accepts the selection of the displayed point image. The point image transmission means selects the image of the point image selected from the primary data search, and uses the image to be searched as a point image transmission. To the terminal device; the point image is returned to the receiving means, and the system is The terminal device accepts the request for rewinding from the point image; and the rewinding point image transmission means extracts the data from the previous time to the image of the terminal device for a certain amount of time in the past. And returning to the terminal device as a rewind point image; rewinding the point image fast forward receiving means, wherein the terminal device accepts a fast forward request from the rewind point image; and the fast forward point image transmitting means According to each of the aforementioned fast forward requirements, to When the current image is reached, the image of the previous time is extracted from the previous image to the terminal, and the data of the future time point is extracted as a fast forward image to the terminal. A surveillance camera system comprising: a video server connected to a camera group and a measurement device group mounted on one or a plurality of animal and plant breeding fields via a network, wherein the measurement device group includes at least the measurement of the animal and plant breeding The apparatus for measuring the environmental value of the field; the camera group includes one or a plurality of cameras that take in the image of the field of the animal and plant breeding field, and the video server has a camera image acquiring means for ingesting the camera group In the image, the camera image after the image is input to the recording server; and the measurement data acquisition means is configured to cause the measurement device group to perform predetermined measurement, and to input the measurement data to the recording server; and the measurement data storage means. And storing the measured data after the input in the database; and a data generating means for forming the measurement information of the environmental value information synthesized in the image based on the accumulated measurement data and the foregoing from the scheduled time Time series chart image of environmental value information, from input The first camera image for synthesizing the measurement information and the time-series chart image is extracted from the camera image, and the measurement information and the time-series chart image are synthesized in the extracted first camera image, or the first image after extraction In addition to the aforementioned measurement information in the camera image In addition to the above-described time-series chart image, one or a plurality of composite camera images combined with the first camera image are extracted from the camera image other than the first camera image, and the composite camera image is also combined. A data is accumulated in the database. A monitoring method, comprising: a camera image obtaining step of connecting to a measuring device group and a camera group of a camera group that takes an image via a network, causing the camera group to take an image and input the camera image after the shooting a recording data acquisition step, wherein the recording server causes the measurement device group to perform predetermined measurement, and the measurement data is input to the recording server; and the measurement data storage step is performed by the recording server The input measurement data is accumulated in the database; and the data creation step is performed by the recording server to form the measurement information and/or the graphic image synthesized in the image based on the accumulated measurement data, and the input image is The camera image is extracted from the camera image for synthesizing the measurement information and/or the graphic image, and the measurement information and/or the graphic image is synthesized in the extracted camera image, and stored as a primary data in the database.