JP2007028557A - Unmanned base management substitution system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an unmanned management substitution system of a building/condominium building and the like, where a supervisory robot having functions of human ears, eyes, and mouth is placed. <P>SOLUTION: A system, which carries out management of an unmanned base by a remote monitoring control system that uses a network camera located in a remote site and connected via a communications network, is provided with a plurality of network cameras 6a which photographs images of a designated place of an unmanned base and transfer image data; a router 6b which connects the network cameras to the communications network; a 24-hour operating data center 5 which operates/manages an image accumulating server set aside, which receives taken image data of the network cameras to be stored, and which performs security maintenance, device maintenance, and network management; and a management substitution center 1, which transmits a control command to the network cameras for performing remote operation, and which monitors the photographed image received/stored by the data center on a display screen of a management terminal, and which lists/retrieves the photographed images. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to an unmanned site management agency system using a management robot that performs work on behalf of a manager of a building or the like.

Conventionally, there is a remote monitoring system in which a network-compatible monitoring camera is connected to a monitor device via a network, and an image taken on the monitor device side is monitored to control operations such as pan / tilt of the monitoring camera. .
FIG. 31 is a configuration diagram of a conventional surveillance camera, and the surveillance camera unit 100 is connected to a network 103 via a router 102 that can determine and pass only the necessary packets by determining an optimum route. In response to a command from the monitoring unit 104 connected to the network 103, the pulse motor of the monitoring camera unit 100 is driven by the command value of the control unit 105 that outputs the rotation angle of the camera as a counter value, and is attached to the camera body 111. The swivel base 112 is swung around to move the visual field 113 so as to cover a wide visual field range 114.
FIG. 32 is a diagram showing a display image on the display unit. In this case, the captured image is displayed as a line with a black circle indicating the pan rotation range (from the CCW end to the CW end) of the camera. Δ mark cursors C1 and C2 representing the positions of the software limit switches are displayed. In addition, the limit position values (20 ° to 300 ° in the figure) are displayed in the boxes D1 and D2. These limit switch position and box position can also be used to set the rotation range. Similarly, a tilt range is displayed on the left side of the screen. Also, as shown in FIG. 33, according to the angle of view of the camera, for example, when the angle of view is 60 degrees, a landscape corresponding to the full limit switch range (turning range) is displayed and designated with six images. The limit position can also be determined by converting the positions of the images (for example, image A and image B) into numerical values. FIG. 34 is for creating a camera command from the screen. When a composite screen that covers the entire monitoring range is created on the display screen and an area A indicated by hatching is clicked and designated, an image at this position is displayed. The camera can be moved to the shooting position. (See Patent Document 1)

Next, as an example of a monitoring camera to which a motion detection function or a voice function is added, there is an example of a network camera monitoring system shown in FIG. A plurality of camera units 200 of the monitoring system in FIG. 35 are provided, and a motion detection unit 201 is incorporated. Although not shown in the drawings, each camera is configured with a turntable and a microphone so that control of the rotation direction of the camera and recording of sound can be appropriately performed. The camera unit 200 is directly coupled to the network 202, coupled to the network 202 via the control box 211, and further coupled to the network 202 via the control box 211 and the alarm image server 212. There is something. When the camera unit is directly connected to the network, the normal operation is performed. When the camera unit is connected via the control box 211, traffic reduction processing is performed by controlling the amount of image data. Further, when passing through the control box and the alarm image server 212, the image data is sequentially held, and the alarm information is transferred to the display unit 204 in synchronization with the occurrence of the alarm. In addition, when audio and images are sent simultaneously, audio is transmitted with priority over video in order to prevent the audio from being interrupted due to the influence of synchronization processing.
FIG. 36 is a detailed view of the camera unit. The camera unit 200 includes a lens 321, a CCD element 322, an AGC 323, an A / D converter 324, a camera control unit 325, and a charge accumulation time control that are controlled by the camera control unit 325. 326, digital process unit 327, JPEG encoder 328, motion detection unit 329, alarm monitoring unit 330, storage unit 331, server 332, TCP / IP unit 333, and contact point control unit 334. The motion detection unit 329 is configured to detect motion from a process such as a change in the data amount of the video digital process unit 327, and the alarm monitoring unit 330 is configured to detect contact information of the contact control unit 334 when an alarm is generated. The occurrence of a situation to be monitored by the alarm is determined from the movement of the monitoring target from the motion detection unit 329, and alarm data is stored in the storage unit 331, and the storage unit 331 passes through the server 332 and the TCP / IP unit 333. The data is transmitted to the network. As the alarm information, a camera video signal, alarm log information, and alarm transmission information are transmitted. (See Patent Document 2)

JP 2001-36810 A JP 2000-83241 A

However, the system in the case of the above-mentioned conventional example is a fixed system that is consistently configured with its own equipment from the installed camera to the remote control device, and is not oriented toward a distributed system, so the version upgrade cycle becomes shorter and shorter. There is a problem that it is not possible to respond flexibly and quickly to the current situation.
In addition, the network camera installed at each site has a problem that it is not a multi-function robot type having functions equivalent to human eyes, ears, and mouth of a two-way communication type.
In addition, the conventional system does not function as a high-precision monitoring system such as intelligently editing and aggregating alert generation images acquired by the camera motion detection function to generate an alert generation database. there were.

  In view of this, the present invention installs a monitoring robot type network camera having a function corresponding to the human eyes, ears, and mouth of a two-way communication type at each site, and generates an alert occurrence image acquired by the motion detection function. Edit and aggregate with intelligent functions to improve monitoring accuracy, generate an alert generation database that makes it easy for managers to monitor, and build a distributed system with a high security effect that separates servers and databases and other installed devices. The purpose is to provide a data center type unmanned base management agency system that can cope with a fast version upgrade.

In order to achieve the above object, the invention described in claim 1 is a system that manages unmanned sites by a remote monitoring and control system using a network camera located at a remote location and connected via a communication network. ,
Operates and manages a plurality of network cameras that shoot a designated place of an unmanned base and transfer image data, a router that connects the network cameras to a communication network, and a deposited image storage server, and the captured images of the network cameras The data is received and stored, and the data center is operated 24/7 to perform security maintenance, equipment maintenance and network management, and the remote control is performed by transmitting a control command to the network camera via a communication network. And a management agency center that monitors the captured images of the network camera received and stored at the center on the display screen of the management terminal and lists and searches the captured images.
The network camera according to claim 2 has a bidirectional communication function equipped with a microphone and a speaker.
In addition, the management agent center according to claim 3 is configured to be able to view and monitor a captured image of the installation location of the network camera at a remote location via a communication network for 24 hours on 365 days, and uses a bidirectional communication function. It is characterized by being configured to be able to immediately respond to calls and inquiries.
The management agency center according to claim 4 uses the motion detection function built in the network camera and manages the management agency center when a motion is detected in an image of the installation location of the network camera. It has a function of displaying a motion detection image for invoking that there was a motion on the browsing screen of the terminal.
The motion detection image according to claim 5 is stored and recorded in a database of the data center as motion detection image data regardless of whether or not to display the motion detection image on a browsing screen of the management terminal. To do.
The motion detection image data according to claim 6 can be arbitrarily confirmed on the management terminal of the management agency center as alert generation data.
According to the seventh aspect of the present invention, it is possible to save the image of the network camera that has responded to the motion detection regardless of whether an alert has occurred or not, and to specify only the image that has moved so that the confirmation work is facilitated. Data management.
Further, the alert occurrence data according to claim 8 is excluded from unprocessed items of alert information by a predetermined response process from the management terminal, and only an unsupported alert is alerted on the display screen of the management terminal. It is characterized by continuing the reverse display.
The invention according to claim 9 is characterized in that the management terminal can arbitrarily delete the alert data processed in the alert list display and has a function of automatically deleting at a set time. To do.

The invention described in claim 10 is characterized in that a database of various information is constructed for each installation site of the network camera.
The information database for each installation site according to claim 11 is configured to be arbitrarily accessible and confirmable at the management agency center, and includes image data when an alert is generated by a motion detection function and real-time captured image data. On the other hand, it is configured such that an operation synchronized with and interlocked with data in the data center can be performed.
In addition, the information database for each installation site according to claim 12 is configured so that the number of management items can be increased or decreased as necessary.

Further, the management agency center according to claim 13 has means for arbitrarily grouping and managing the management property (management base) where the network camera is installed in order to facilitate management. .
The management terminal according to claim 14 is configured to be able to manage the same base from a plurality of management terminals so as to be effective even when there are a plurality of managers.
The management agency center according to claim 15 has a function of performing various settings / changes of the network camera at a remote location.
The management agency center according to claim 16 uses a screen of a computer terminal of an installation site attached to the network camera as a bulletin board, and uses the data created on the management agency center side as an arbitrary installation site. It has the function to transmit and display to the computer terminal.

The management agency center according to claim 17, wherein the management property detailed information and management application setting information are made into a database, and the database can be read and used from a large number of management terminals installed with the management application. And
In addition, the management agency center according to claim 18 temporarily receives the captured image data from the network camera at the installation site at a management server in the management agency center, and sends it to a plurality of management terminals used by each manager. It has a function of sorting.
The management terminal according to claim 19, when various setting changes are made in each management terminal, informs each other management terminal of which management terminal has changed what setting at the time of the change. It has a function.

  According to the present invention, a robot-type network camera having a function equivalent to the human eyes, ears, and mouth of a two-way communication type is arranged at each base, and the contents and accuracy of monitoring data, which was conventionally only an image, are improved. By constructing an alert generation database that facilitates highly accurate monitoring work, and introducing a data center method that is highly effective in security, easy to handle version upgrades, and advantageous in terms of cost, it is possible to implement remote control with high accuracy and efficiency. It is possible to monitor, and it is possible to reduce the labor cost at the location where managers such as buildings and condominiums are stationed, improve the convenience of tenants and prevent the progress of slamming, and eliminate the negative circulation in crack window theory .

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a configuration diagram of an unmanned site management agency system of the present invention according to a first embodiment.
In FIG. 1, 1 is a management agency center in the unmanned base management agency system, and 2 is a "manager 3" service, which shares the server services in the management agency center 1 and manages buildings, condominiums, etc. Various means are performed by the hardware device and software program of “manager 3” (read as “management software product name”, Kannin-san). Reference numeral 3 denotes an “administrator 3” database, which stores camera installation bases, client management information, and notification response information. Reference numeral 4 denotes a client terminal (management terminal), which is a computer terminal operated by each manager in charge corresponding to the client terminal. The software programs of the “manager 3” service 2 and the client terminal 4 perform monitoring (remote monitoring) of the monitoring location camera such as sensor notification and data acquisition / setting in cooperation with each other.

  Reference numeral 5 denotes a data center (image storage type server). This data center originally provides a robust and safe facility for installing a server to users, and provides a communication line for connecting the installed server to a network under safe security management. "IDC (Internet Data Center: usually called a data center) system that provides both services, and deposits an image storage server on which business software of the" Administrator 3 "system is installed. It performs ASP (Application Service Provider) service, also called hosting service that performs maintenance, deploys network management such as LAN, Internet, etc., and is controlled by a dedicated line or VPN (Virtual Private Network) Connected to proxy center 1, the reaction image data of the monitor camera, receives and stores the FTP transfer over the Internet, receives a search of a reaction image data from the "janitor 3". The maintenance automatically monitors system devices such as the server, the management agent center 1, and the camera system 6 by the health check function. When a trouble occurs, a warning is notified.

Management of monitor image data using the IDC system in this way is advantageous in terms of reliability in terms of security and security because of the difference in server, database, and management agency center.
In addition, by using IDC system rental services, it is also possible to distribute data centers using multiple IDCs. Because the system can be operated efficiently with no increase or decrease in the number of devices, it is possible to develop business more flexibly and speedily than the system that covers all of the cost and security from the company's facilities.

Reference numeral 6 denotes a monitoring camera system installed in various places such as a building or a condominium to be monitored, and a network camera 6a and a router 6b for connecting the Internet and the camera side LAN to perform address management and the like are respectively installed.
The network camera 6a is capable of visual field control such as pan / tilt by a command signal from the management agency center 1, and can transmit audio data simultaneously with image data by a bidirectional communication system, and can perform voice communication together with the monitoring. Is also possible. The voice communication system is one of the ITU-T recommendations of the voice coding system used for IP phones and the like. In the example of a mutual ADSL (Asymmetric Digital Subscriber Line) 24 Mbps line, the time lag is about 0.5 seconds and the deviation is small.
The zoom function can be about 40 times by combining optical zoom and digital zoom according to the level of pixel processing. As an automatic image transfer function, “alarm image transfer” for transferring an image simultaneously with the occurrence of an alarm situation and “timer image transfer” for automatically transferring at a specified date and time are possible. As a multi-camera function, images of 12 cameras can be divided and displayed simultaneously on the “manager 3” software during monitoring. This is made possible by registering the IP address of the camera in the “manager 3” service in advance, and there is no restriction on the number of registered cameras. In this case, the same processing can be performed by processing by command setting from the management agency center 1. In the “manager 3” service, images of up to 12 cameras can be displayed at the same time as if they are moving by continuous development display of quasi-moving images and still images.

  Other functions include a pan / scan function that reciprocally moves the camera in the horizontal direction, similarly a tilt / scan function in the vertical direction, a remote pan / tilt function that changes the camera direction from the Web browser screen, and to be viewed in advance. A preset function or the like that can be viewed by registering the camera orientation at a certain image position (for example, six locations) is provided. It is compatible with the Internet and the Web, and has built-in communication protocols such as TCP, UDP, IP, HTTP, FTP, SMTP, and DNS.

FIG. 2 is a configuration diagram of the management agency center 1 shown in FIG. TCP is used for communication within the management proxy center 1, and all XOR encryption conversion is performed. The management agency center 1 develops server operations in cooperation with the “manager 3” service 2 and the data center 5, and the client terminal 4 installs and executes the “manager 3” application to display the terminal. The alert image search is performed on the screen.
The “manager 3” service 2 is executed as a server (service) of the “manager 3” application installed in the client terminal 4, and includes the camera system 6, the data center 5, the “manager 3” database 3, and Cooperation with the client terminal 4 is attempted. Specifically, it manages log files, alert image storage folders, database files, etc., connects to a specified database at startup, starts alert standby, starts a TCP standby server, and UDP standby. In connection with the client terminal 4, the UDP receives a broadcast from the client terminal and transmits connection information. In TCP, a connection request is received, an ID and a password are received from the client terminal 4, authentication is performed, and connection is made. When an alert occurs, the camera system 6 is identified by referring to the MAC address, an alert image is obtained from the camera system 6 to create alert list data, and the client terminal 4 connected to the client terminal 4 is managed as shown in FIG. The alert ID and camera ID are transferred with reference to the terminal table, the camera master shown in FIG.

FIG. 3 is a configuration diagram of the application of the management agency center shown in FIG. 1, and shows the configuration contents of each means realized by installing and executing the “manager 3” program (application). The operation will be described.
First, the client terminal 4 connects to a server (computer device on which the “manager 3” service 2 is executed) and logs in. FIG. 4 is a diagram showing the login procedure in this case. The server search is performed from the client terminal 4 by the broadcast by UDP as shown in FIG. 4A, and when it is not found, as shown in FIG. Then, the IP address and the port number are manually input, and the ID of the person in charge of login and the password are input as shown in FIG. 4C to connect to the “manager 3” service 2.

When the client terminal 4 is connected to the “manager 3” service 2, the application information setting / operation unit 11 shown in FIG. 3 performs information / setting / operation of the “manager 3” application service. As shown in the menu screen of FIG. 5, in the application information screen of FIG. 5 (a), the server column displays the IP address of the computer device on which the service ("administrator 3" service 2) is running. The IP address of the client terminal 4 is displayed in the column. In the communication port column, the port number of the computer device in which the currently connected “manager 3” service 2 is activated is displayed, and in the alert port column, the port number for receiving the notification from the camera system 6 is displayed. . In the connected PC column, a list of IPs and port numbers of the client terminal 4 currently connected to the “manager 3” service 2 is displayed, the login person in the person in charge column, and the login person in the login date and time column. Displays the date and time of login.
In the alert port change screen of FIG. 5B, the input port number from the camera system 6 can be changed, and the changed port number is notified to the “manager 3” service 2. Further, in the service log screen of FIG. 5C, a service log change process for acquiring or deleting the log from the “manager 3” service 2 is performed. In the message transmission screen of FIG. A message can be transmitted to the application of each client terminal 4 by designating all terminals as destinations. That is, when the client terminal 4 in which the “manager 3” application software is installed can receive the service from the “manager 3” service 2 in which the service is activated and the setting is changed between the client terminals 4, It is possible to notify which client terminal 4 has changed the setting. The “manager 3” service 2 stores the setting contents with the client terminal 4 in the “manager 3” database 3. The “manager 3” database 3 stores the management information and notification correspondence information of the camera installation side information as described above.

The alert synchronization processing means 12 directly accesses the camera system 6 from the client terminal 4 via the communication network 7 such as the Internet, and in accordance with the procedure shown in FIG. If you select the camera system 6 installed in each base, such as living room, staircase, and check box, write the searched items for each camera, and click “Synchronization” to group them, A, B, C in the web browser Split display of screens and the like becomes possible.
As shown in FIG. 7, the alert batch deletion processing means 13 can be deleted in a batch based on the occurrence date, the correspondence classification (all, only unsupported, supported, etc.), the target camera, and the base name (entrance, stairs, etc.).

  As shown in FIG. 8, the person-in-charge setting unit 14 sets and edits the person in charge, and sets the person-in-charge ID at the time of login (this cannot be duplicated). If the person in charge of login is updated, a restart is required. ID and password are required input items, and the level column is a management level, and is set according to ranks such as browsing only, editable, and managers. In the case of the update process, an SQL (Structured Query Language) is immediately issued to the “manager 3” service 2 for update. In the deletion update, the camera charge comparison table is deleted, and the correspondence charge of the alert list is set to NULL.

The management terminal setting unit 15 sets and edits the management terminal. As shown in FIG. 9, the IP address of a management terminal (such as a terminal for the “manager 3” service 2) is set. Duplication is not allowed. In the alert transfer, when the shooting alert information from the camera system 6 is received and distributed to the other client terminals 4, “always transfer”, “schedule”, and “not transfer” can be selected. In addition, when performing update processing, SQL is issued and updated immediately.
The contact address setting means 16 sets various contact addresses, and sets the contact name, postal code, address, telephone number, etc., as shown in FIG. In the update process, an SQL is issued to the “manager 3” service 2 and updated immediately. In the case of deletion update, the contact information related to the base master (customer information) of the “manager 3” database 3 is set to NULL.

The base setting means 17 sets various bases (a building owned by a contractor, a condominium, etc.). As shown in FIG. 11, the base setting includes basic information, detailed information 1, detailed information 2, and detailed information 3. The basic information includes base names A, B, and C (for example, XX building, YY apartment, ZZ apartment, etc.). ), Contract NO, contractor property name, contract start date, supplier code, supplier contact person, postal code, address, telephone number, etc. are set.
As the detailed information 1, the contents regarding the building structure as shown in FIG. 12 are set. Furthermore, as the basic information 2, contents related to the equipment as shown in FIG. 13 are set. Moreover, the content regarding incidental facilities as shown in FIG. 14 is set.
In this base setting, when an update process is performed, an SQL is immediately issued to the “manager 3” service 2 and updated. In the case of deletion / update, the related room master of the table shown in FIG. 27 is deleted from the “manager 3” database 3, the related key list shown in FIG. 28 is deleted, and the related camera master shown in FIG. Set.

As shown in FIG. 15, the renter list setting means 18 sets various renters, and sets renter information such as contractor name, contract content, and joint guarantor name.
As shown in FIG. 16, the key list setting unit 19 sets keys for various bases. The key is set in the form of the room number.
The room list setting means 20 performs room setting for each base, and sets each item such as room name, renter name, floor plan, rent, and delivery box number as shown in FIG. When the update process is performed, an SQL is immediately issued to the “manager 3” service 2 to update it.

As shown in FIG. 18, the management camera setting means 21 acquires various fields such as IP or host name, port number, user, password, and MAC address from the camera side as shown in FIG. To set. In addition, as a reaction image search (FTP) setting, when the reaction image data from the camera system 6 such as movement is stored in the database of the data center 5 and the FTP file search is performed from the management agency center 1, the passive mode is checked. Enter the IP, host name, port number, user, password, and save directory fields.
As a live setting for a monitor live image transferred from the camera system 6, an image update frequency, an audio transmission buffer, an audio reception buffer, a microphone volume, and a speaker volume are set. In the case of the update process, an SQL is immediately issued to the “manager 3” service 2 to update it. In the case of deletion update, the person-in-charge camera comparison table is deleted.

The camera management unit 22 for each person in charge performs cooperation setting between various cameras and managers. As shown in FIG. 19, only the camera system 6 corresponding to the person in charge is displayed in the application (client terminal 4).
The live screen setting means 23 performs free screen setting at the time of live and saves the setting for each person in charge. As shown in FIG. 20, page addition (change due to pan / tilt, etc.), deletion, screen (camera) addition, deletion, setting to change the currently selected screen (camera), and the like are performed.
The base live selection means 24 sets the base live. As shown in FIG. 21, for a camera managed by a person in charge of management, a basic live of 4 divisions shown in FIG. 21, a list live of 4 divisions × 3 groups = 12, as shown in FIG. A free screen setting live as shown in FIG. 23 can be selected. Note that the settings for automatic switching, speaking (microphone), and listening (speaker) are only for basic live and list live. In the basic live, the target camera names are listed in ascending order of the base camera in the camera name. Using the operation buttons on the lower left of the screen, you can switch the camera up and down with the up and down arrows, the right double parenthesis can move the page (by pan / tilt images, etc.), and the initial screen display is the number of camera screens in the live setting (4 (Split) is displayed. In the list live, as shown in FIG. 22, all registered camera images are displayed in the left camera list. However, although the number of cameras that can be browsed simultaneously is up to 12 due to the screen size, the screen can be scrolled and browsed as necessary. Only the active screen is displayed on the right main screen.

  In the free screen setting, you cannot continue to live with the camera (currently 2 cameras) set in the live screen setting and perform automatic switching, speaking, and listening. The live interval depends on the camera update frequency. To speak or listen, set the camera volume to the default setting. When speaking, use the camera function to generate sound and then execute. Live settings are 1 to 7, 12 live images, automatic switching intervals, camera page units, priority update frequency, minimum update frequency, and the like.

The reaction screen retrieval unit 25 retrieves and displays the image data stored in the data center 5 via the FTP server in the data center 5. The folder and file format are fixed by the company. Camera switching enumerates cameras managed by the person in charge of login as shown in FIG. As shown in FIG. 24, the date designation is a date designation by a calendar, and the date on which the image data exists is displayed in bold, and the time in which the image data exists can be narrowed down to a time designation and a minute / second designation. A thumbnail image is displayed, and alert image data is downloaded from an FTP file in the data center 5 by double-clicking.
Alert editing can be stopped, first, playback, double speed, last, etc.

The alert list editing means 26 edits a list of alert image data. Referring to the person-in-camera comparison table as shown in FIG. 30, only the cameras to be managed are displayed. Separately store alerts notified during startup. As shown in FIG. 25, as a search condition, in the case of only alerts notified during activation, only alerts notified during activation are targeted. In addition, all are classified into only unsupported and only supported. In the base column, the camera bases assigned to the manager are listed. In the camera column, the cameras assigned to the manager are listed. In the list display, each column of the date and time of occurrence to the person in charge is displayed as a table.
The lower operation buttons are from response processing to CSV output, and the response processing performs response processing of the selected alert. Deletion performs deletion processing, protection performs protection processing, and image display acquires the alert image of the selected alert by double-clicking. The base display displays a base information list of the selected alert. The base live is displayed with the camera of the selected alert. In the reaction image search, the reaction image search is displayed by the camera of the selected alert. The CSV output is a CSV (Comma Separated Value format) output of a list currently displayed to use these data in other applications. In this way, alert image search display and base camera information can be obtained by simply clicking a button on the list screen.
Finally, the client cooperation unit 27 uses a technique such as message transmission addressed to all members between the client terminals 4 to perform operations such as coordinating between the terminals so that a plurality of terminals cooperate to monitor the same site. Do.

  In the above-described configuration, the captured image data of the network camera 6a is stored in the data center 5 and managed collectively. However, the above-described various information database may be constructed at the installation site of the network camera 6a. In this case, the management agency center 1 can arbitrarily access the database so that the image can be confirmed. Of course, when the alert occurs or any live image data is also sent to the data center 5. The image data of each database is transferred and accessed by the file or by the scheduler so that the data is synchronized and linked to each other so that the client terminal (management terminal) 4 of the management agency center 1 can access the data. To.

  Up to this point, an example of an unmanned management system that replaces managers of buildings, condominiums, etc. has been described. However, the present invention is not limited to this, and the system for unmanned management by remote control of other various facilities, venues, etc. As applicable.

It is a block diagram of the unmanned base management agency system of this invention. It is a block diagram of the management agency center shown in FIG. It is a figure which shows the structure of the "manager 3" application used with the system shown in FIG. It is a figure which shows the login screen of the "manager 3" service shown in FIG. It is a figure which shows the screen of the application information shown in FIG. It is a figure which shows the screen of the alert synchronous process shown in FIG. It is a figure which shows the alert deletion screen shown in FIG. It is a figure which shows the person-in-charge setting screen shown in FIG. It is a figure which shows the management PC setting screen shown in FIG. FIG. 4 is a diagram showing a contact setting screen shown in FIG. 3. It is a figure which shows the screen of the basic information of the base setting shown in FIG. It is a figure which shows the screen of the detailed information 1 shown in FIG. It is a figure which shows the screen of the detailed information 2 shown in FIG. It is a figure which shows the screen of the detailed information 3 shown in FIG. It is a figure which shows the screen of a borrower list shown in FIG. It is a figure which shows the screen of the key list shown in FIG. It is a figure which shows the screen of the room list shown in FIG. It is a figure which shows the management camera setting screen shown in FIG. It is a figure which shows the screen of camera management classified by charge shown in FIG. It is a figure which shows the screen of the live screen setting shown in FIG. It is a figure which shows the screen of base live 1 shown in FIG. It is a figure which shows the screen of base live 2 shown in FIG. It is a figure which shows the screen of the base live 3 shown in FIG. It is a figure which shows the screen of the reaction image search shown in FIG. It is a figure which shows the screen of the alert list shown in FIG. It is a figure which shows a management PC table. It is a figure which shows a room master. It is a figure which shows a key list. It is a figure which shows a camera master surface. It is a figure which shows a person in charge and camera comparison table. It is a block diagram of the conventional pan / tilt monitoring camera system. It is a figure which shows the display image of the camera system shown in FIG. It is explanatory drawing of the angle of view of the camera shown in FIG. It is a figure which shows the synthesized image of the camera shown in FIG. It is a block diagram of the conventional network camera monitoring system. It is a block diagram of the camera part of the monitoring system shown in FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Management agency center 2 "Manager 3" service 3 "Manager 3" database 4 Client terminal 5 Data center 6 Camera system 6a Network camera 6b Router 7 Communication network 11 Application information setting and operation means 12 Alert synchronous processing means 13 Alert Collective deletion means 14 Person-in-charge setting means 15 Administrator terminal setting means 16 Contact setting means 17 Site setting means 18 Tenant list setting means 19 Key list setting means 20 Room list setting means 21 Management camera setting means 22 Camera management means according to charge 23 Live screen setting means 24 Base live selection means 25 Reaction screen search means 26 Alert list editing means 27 Client cooperation means

Claims (19)

A system for managing unmanned sites by a remote monitoring and control system using a network camera located in a remote location and connected via a communication network,
Multiple network cameras that take pictures of unmanned locations and transfer image data;
A router for connecting the network camera to a communication network;
A 24/7 data center that operates and manages the deposited image storage server, receives and stores the captured image data of the network camera, and performs security maintenance, equipment maintenance, and network management;
A control command is transmitted to the network camera via a communication network to perform remote operation, and the captured images of the network camera received and stored at the data center are monitored on the display screen of the management terminal to list and search the captured images. An unmanned base management agency system characterized by comprising:   The unmanned site management agency system according to claim 1, wherein the network camera has a bidirectional communication function equipped with a microphone and a speaker.   The management agency center is configured to be able to view and monitor the captured image of the installation location of the network camera 24 hours a day, 365 days a day, via a communication network in a remote place, and responds to voice calls and inquiries using a bidirectional communication function 3. The unmanned base management agency system according to claim 2, wherein the unmanned base management agency system is configured to be able to perform immediately.   The management agency center uses a motion detection function built in the network camera, and when a motion is detected in an image of a location where the network camera is installed, the movement is displayed on the browsing screen of the management terminal of the management agency center. 2. The unmanned base management agency system according to claim 1, further comprising a function of displaying a motion detection image for invoking the presence.   5. The unmanned system according to claim 4, wherein the motion detection image is stored and recorded in a database of the data center as motion detection image data regardless of whether or not the motion detection image is displayed on a browsing screen of the management terminal. Site management agency system.   6. The unmanned base management agency system according to claim 5, wherein the motion detection image data can be arbitrarily confirmed on a management terminal of the management agency center as alert generation data.   The image of the network camera that has responded to motion detection regardless of whether an alert has occurred or not can be saved, and only the image that has moved can be identified and data managed so that the confirmation work can be facilitated. 6. Unmanned site management agency system according to 6.   The alert occurrence data is excluded from unprocessed items of alert information by a predetermined response process from the management terminal, and only the unsupported alert continues to be highlighted for alerting on the display screen of the management terminal. The unmanned base management agency system according to claim 6.   The unmanned site management agent according to claim 6, wherein the management terminal can arbitrarily delete the alert data that has been processed in the alert list display, and has a function of automatically deleting at a set time. system.   5. The unmanned site management agency system according to claim 4, wherein a database of various types of information is constructed for each network camera installation site.   The information database for each installation site is configured to be arbitrarily accessible and confirmable at the management agency center, and the image data at the time of alert generation by the motion detection function and real-time captured image data are stored in the data center. The unmanned site management agency system according to claim 10, wherein the system is configured to perform an operation synchronized with and linked to data.   The unmanned site management agency system according to claim 10, wherein the information database for each installation site is configured such that the number of management items can be increased or decreased as necessary.   2. The unmanned base according to claim 1, wherein the management surrogate center has means for arbitrarily grouping and managing the management property (management base) where the network camera is installed for easy management. Management agency system.   2. The unmanned base management according to claim 1, wherein the management terminal is configured to be able to manage the same base from a plurality of management terminals so as to be effective even when there are a plurality of managers. Substitution system.   The unmanned site management agency system according to claim 1, wherein the management agency center has a function of performing various settings / changes of the network camera at a remote installation site.   The management agency center uses the screen of the computer terminal at the installation site installed with the network camera as a bulletin board, and transmits the data created on the management agency center side to the computer terminal at any installation site for display. The unmanned base management agency system according to claim 1, wherein the system has a function of   The said management agency center makes the database the detailed information of the management property and the setting information of the management application, and can read and use the database from many management terminals installed with the management application. Unmanned base management agency system.   The management agency center has a function of temporarily receiving captured image data from a network camera at the installation site at a management server in the management agency center and distributing the data to a plurality of management terminals used by each manager. The unmanned base management agency system according to claim 1.   The management terminal has a function of notifying each other management terminal of which management terminal has changed what setting at the time of the change when various settings are changed in each management terminal. The unmanned site management agency system according to claim 1.

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