JP5829826B2 - Monitoring device and program - Google Patents

Description

  The present invention relates to a monitoring device that remotely monitors a monitoring section including a plurality of monitoring areas in which monitoring means such as monitoring cameras and monitoring sensors are installed.

  In recent years, a monitoring apparatus that uses a remote monitoring terminal to display monitoring images from a plurality of monitoring cameras installed in a plurality of monitoring properties and performs intensive monitoring has been used. In such a monitoring apparatus, in order to display a monitoring image, it is first necessary for the user to select a monitoring camera for which the image is to be displayed.

  Conventionally, as a method of selecting a camera in a monitoring apparatus, a method has been proposed in which a monitoring area in a monitored property is displayed as a plan view and a camera icon (camera symbol) superimposed on the plan view is selected (patent) Reference 1). In this conventional method, when a user selects a monitoring camera, first, the user selects a monitoring property for displaying a monitoring image by selecting a camera symbol displayed on the map. Next, a plan view including the position of the surveillance camera is displayed by selecting a plan view display from the menu screen. Then, by selecting a camera icon on the plan view, a surveillance camera to display an image is designated.

  With this camera selection method, you can select the desired surveillance camera while looking at the layout of the surveillance property. For users with little experience (users who are unfamiliar with the operation or who do not know the placement of surveillance cameras, etc.) The convenience was improved.

Japanese Patent Laid-Open No. 08-096264

  However, in the conventional camera selection method, it is not assumed that there are a plurality of monitoring areas (for example, a plurality of floors) in one monitoring property (monitoring section). No consideration has been given to the convenience of the user when selecting a surveillance camera by designating one surveillance area.

  When there are a plurality of monitoring areas in one monitoring section, for example, for a user with little experience value, it is possible to select a desired monitoring area and a monitoring camera while referring to the layout for each of the plurality of monitoring areas. Is preferred.

  On the other hand, for example, for an experienced user who is familiar with the layout of the monitoring area of the monitoring section, when he wants to quickly obtain a desired image, such as in an emergency, the troublesome selection operation is eliminated and appropriate depending on the situation It is preferable to be able to select various monitoring areas and monitoring cameras.

  The present invention has been made in view of such problems, and when a plurality of monitoring areas exist in one monitoring section, it is possible to easily select a monitoring camera in an appropriate monitoring area and a user with little experience. It is another object of the present invention to provide a monitoring device that is highly convenient for both skilled users.

  The monitoring device of the present invention is a monitoring device that remotely monitors a monitoring section including a plurality of monitoring areas in which monitoring means is installed, and includes a display unit that displays a video to a user, and a first by the user An operation unit that receives an operation input including a selection operation and a second selection operation, and for each monitoring section, identification information of the monitoring area included in the monitoring section and identification information of the monitoring means installed in the monitoring area A storage unit for storing a reduced plan view of a monitoring area included in each monitoring section and an enlarged plan view showing an installation position of the monitoring unit in the monitoring area; and monitoring information output from the monitoring unit The monitoring information receiving unit that receives the information and the enlarged plan view are displayed on the display unit, and when the enlarged plan view is displayed, the installation position of any of the monitoring means is selected by the operation unit. And the installation position A display control unit that displays the monitoring information of the monitoring unit corresponding to the display unit on the display unit, and the display control unit executes a first display step of displaying a division symbol for each monitoring division on the display unit And a reduced plan view of one or a plurality of monitoring areas included in the monitoring section corresponding to the section symbol when the section symbol displayed in the first display step is selected by the first selection operation. A second display step of displaying the enlarged plan view of the monitoring area corresponding to the reduced plan view on the display unit when any reduced plan view is selected by the operation unit. Means for executing and when the section symbol displayed in the first display step is selected by the second selection operation, a predetermined preset in the monitoring section corresponding to the section symbol It comprises means for executing a third display step of displaying the enlarged plan view of the viewing area on the display unit.

  Thereby, the division symbol (symbol representing the monitoring division) for each monitoring division (for example, the monitored property) is displayed on the display unit of the monitoring device (first display step). For example, a user with little experience (an inexperienced user) selects the section symbol displayed in the first display step by a first selection operation (for example, a single click). Then, a reduced plan view (for example, a thumbnail image of each floor) of each monitoring area included in the monitoring section corresponding to the section symbol is displayed. When any one of the reduced plan views is selected, an enlarged plan view (for example, a floor map) of the monitoring area corresponding to the reduced plan view is displayed (second display step). In addition, for example, an experienced user (skilled user) selects the section symbol displayed in the first display step by a second selection operation (for example, double click). Then, an enlarged plan view of a monitoring area preset in the monitoring section corresponding to the section symbol (for example, the monitoring area displayed most recently or the monitoring area where the occurrence of an abnormality is detected) is displayed. Then, when the enlarged plan view is displayed on the display unit of the monitoring device in the second display process or the third display process, the installation position of any monitoring means (such as a monitoring camera or a monitoring sensor) is selected. Then, monitoring information (video information, detection information, etc.) of the monitoring means corresponding to the installation position is displayed.

  According to the present invention, even when there are a plurality of monitoring areas (floors) in one monitoring section (monitoring property), it is possible to easily select an appropriate monitoring means (monitoring camera or monitoring sensor) for the monitoring area. Thus, monitoring information (video information and detection information) can be displayed, and convenience can be improved for both inexperienced users and skilled users. In other words, the user can select the division symbol displayed on the display unit of the monitoring device by a selection operation (first selection operation or second selection operation) according to the degree of skill (experience level) of the user. By selecting, it is possible to appropriately display an enlarged plan view (floor map) of the monitoring area, and by selecting the installation position of the monitoring means in the enlarged plan view, it is possible to easily obtain the monitoring information of the desired monitoring means. Can be displayed.

  In the monitoring device of the present invention, the storage unit stores, as a display history, a monitoring area in which an enlarged plan view is displayed on the display unit in the second display step or the third display step, and the third display control unit The means for executing the display step refers to the display history for the monitoring section corresponding to the section symbol selected in the third display step, and the enlarged plane of the monitoring area in which the enlarged plan view is displayed most recently. You may display a figure on the said display part.

  Thus, for example, if an experienced user (skilled user) selects the section symbol displayed in the first display step by the second selection operation (for example, double-click), it corresponds to the section symbol. It is possible to easily display an enlarged plan view of the monitoring area displayed most recently in the monitoring section.

  The monitoring apparatus of the present invention further includes an abnormality detection unit that detects an abnormality that has occurred in the monitoring area in which the monitoring unit is installed based on the monitoring information input from the monitoring unit, and includes a third of the display control unit. The means for executing the display step includes the enlarged plan view of the monitoring area in which an abnormality is detected by the abnormality detection unit in the monitoring section corresponding to the selected section symbol in the third display step. You may display on a display part.

  Thus, for example, if an experienced user (skilled user) selects the section symbol displayed in the first display step by the second selection operation (for example, double-click), it corresponds to the section symbol. It is possible to easily display an enlarged plan view of the monitoring area where the occurrence of an abnormality is detected in the monitoring section.

  In the monitoring apparatus of the present invention, the display control unit displays a fourth display that displays monitoring information input from any of the monitoring means based on an input from the operation unit in at least a part of the display unit. Means for executing a process, and means for executing a third display process of the display control unit is configured to monitor the monitor section currently corresponding to the section symbol selected in the third display process. You may display the said enlarged plan view of the monitoring area | region where information is displayed on the said display part.

  Thus, for example, if an experienced user (skilled user) selects the section symbol displayed in the first display step by the second selection operation (for example, double-click), it corresponds to the section symbol. It is possible to easily display an enlarged plan view of the monitoring area where the monitoring information is currently displayed on the display section in the monitoring section.

  The program of the present invention is a program executed by a monitoring device that remotely monitors a monitoring section including a plurality of monitoring areas in which monitoring means is installed, and the monitoring device includes a first selection operation by a user. And an operation unit that receives an operation input including a second selection operation, and for each monitoring section, the identification information of the monitoring area included in the monitoring section and the identification information of the monitoring means installed in the monitoring area are stored. And a storage unit for storing a reduced plan view of a monitoring area included in each monitoring section and an enlarged plan view showing an installation position of the monitoring means in the monitoring area, and a display unit of the monitoring apparatus for displaying the enlarged plan view When the installation position of any of the monitoring means is selected by the operation unit when the enlarged plan view is displayed, the monitoring information received from the monitoring means corresponding to the installation position is A display control unit for displaying on the display unit, and the program displays, on the display control unit, a first display step for displaying a section symbol for each monitoring section on the display unit, and the first display. When the section symbol displayed in the process is selected by the first selection operation, a reduced plan view of one or a plurality of monitoring areas included in the monitoring section corresponding to the section symbol is displayed on the display unit, When any one of the reduced plan views is selected by the operation unit, a second display step of displaying the enlarged plan view of the monitoring area corresponding to the reduced plan view on the display unit, and display in the first display step When the divided section symbol is selected by the second selection operation, the enlarged plan view of a predetermined monitoring area preset in the monitoring section corresponding to the section symbol is displayed on the display unit. A third display step of, to the execution.

  This program also facilitates monitoring means (monitoring cameras and sensors) for appropriate monitoring areas even when there are multiple monitoring areas (floors) in one monitoring section (monitoring property). The monitoring information (video information and detection information) can be displayed by selecting it, and the convenience can be improved for both inexperienced users and skilled users. In other words, the user can select the division symbol displayed on the display unit of the monitoring device by a selection operation (first selection operation or second selection operation) according to the degree of skill (experience level) of the user. By selecting, it is possible to appropriately display an enlarged plan view (floor map) of the monitoring area, and by selecting the installation position of the monitoring means in the enlarged plan view, it is possible to easily obtain the monitoring information of the desired monitoring means. Can be displayed.

  According to the present invention, when a plurality of monitoring areas exist in one monitoring section, it is possible to easily select a monitoring camera in an appropriate monitoring area, and it is possible to use a less experienced user or an experienced user. Convenience can be improved.

Explanatory drawing of the whole structure of the monitoring system in embodiment of this invention Functional block diagram of a surveillance camera in an embodiment of the present invention Functional block diagram of a monitoring sensor in an embodiment of the present invention Functional block diagram of a monitoring device in an embodiment of the present invention Explanatory drawing of the display area of the display part of the monitoring apparatus in embodiment of this invention Explanatory drawing of the display process of the enlarged plan view (floor map) of the monitoring area | region in embodiment of this invention The flowchart of the display process in the drawing display area in the embodiment of the present invention Flow chart of display processing in image data display area and status information display area in the embodiment of the present invention

  Hereinafter, a monitoring device according to an embodiment of the present invention will be described with reference to the drawings. In this embodiment, a case of a monitoring device used in a monitoring system or the like is illustrated. When there are a plurality of monitoring areas in one monitoring section, this monitoring apparatus can easily select a monitoring camera in an appropriate monitoring area for both inexperienced users and skilled users. It has a function. This function is realized by a program stored in the HDD or memory of the monitoring device.

<Monitoring system>
First, the overall configuration of the monitoring system of the present embodiment will be described. As shown in FIG. 1, in the monitoring system 1 of the present embodiment, a plurality of monitoring areas are set in one monitoring section. The monitoring section is, for example, a property to be monitored (monitoring property) such as a business office, and the monitoring area is each floor (first floor, second floor,...) Of the monitoring property. In the monitoring system 1 of the present embodiment, remote monitoring is performed by receiving monitoring information (video information and detection information) of each monitoring area from a plurality of monitoring sections at a remote monitoring center. The monitoring center is, for example, a management headquarters that monitors a plurality of business offices.

  As shown in FIG. 1, a monitoring system 1 includes a monitoring camera 2 that captures an image of a monitoring area and acquires image data, a monitoring sensor 3 that detects door opening and closing and the presence of a human body in the monitoring area, and monitoring of each monitoring area. And a monitoring device 4 that is connected to the camera 2 and the monitoring sensor 3 via a communication network (Internet network) and remotely monitors a plurality of monitoring sections. The monitoring camera 2 and the monitoring sensor 3 are installed in each monitoring area of the monitoring section, and the monitoring device 4 is installed in a remote monitoring center.

  In this embodiment, an example in which both the monitoring camera 2 and the monitoring sensor 3 are installed as monitoring means will be described. However, the scope of the present invention is not limited to this, and at least the monitoring camera is included in the monitoring area. 2 or the monitoring sensor 3 may be installed.

  In the present embodiment, an example in which the communication network is an Internet network will be described. However, the scope of the present invention is not limited to this, and the communication network may be a public telephone network or a mobile phone network as appropriate. You may choose what is available. Moreover, in this embodiment, general techniques (detailed explanation is omitted) can be used for communication protocols, switching facilities, facilities of Internet service providers, and the like.

<Monitoring camera>
Next, the surveillance camera 2 of the present embodiment will be described. The monitoring camera 2 is installed at each place (appropriate place) in the monitoring area, and takes an image (monitoring image) in the monitoring area. In the surveillance camera 2, identification information for identifying each surveillance camera 2 is set in advance. The identification information of the monitoring camera 2 is associated with the captured image data and the installation location, and is stored in the memory 5 built in the monitoring camera 2. In addition, a communication address for communicating with the monitoring device 4 is set in the monitoring camera 2. The surveillance camera 2 digitally encodes the image data taken at each installation location, and transmits the image data and identification information to the monitoring device 4 via the communication network.

  Here, the configuration of the monitoring camera 2 will be described in detail with reference to FIG. As shown in FIG. 2, the monitoring camera 2 has a built-in memory 5 in which identification information for identifying each monitoring camera 2 and a communication address are stored in advance. The memory 5 stores shooting information such as shooting interval (frame rate) and image quality. The shooting information is set by receiving a signal designating the shooting interval and image quality from the monitoring device 4. The image quality is determined by the resolution and the data size.

  The surveillance camera 2 also converts an optical system 6 composed of a lens, an image sensor 7 that receives incident light from the optical system 6, and an analog signal of an image input from the image sensor 7 into a digital signal. An analog / digital converter 8 (A / D) and an image compression circuit 9 that generates compression-encoded data (image data) from a digital image signal are provided. The analog / digital converter 8 converts an image signal (analog signal) input from the image sensor 7 into a digital signal at a shooting interval (frame rate) of shooting information stored in the memory 5. The image compression circuit 9 generates compressed encoded data according to parameters corresponding to the image quality of the shooting information stored in the memory 5. The compressed encoded data is H.264 as an image compression encoding method. H.264 / AVC standard image data.

  Note that the image compression encoding method may be another standard such as the JPEG standard or the MPEG2 Video standard. In addition, monitoring cameras 2 of different image compression encoding methods may be mixed in the monitoring area, or one monitoring camera 2 may switch the image compression encoding method.

  The monitoring camera 2 includes a communication unit 10 that transmits the image data generated in this way to the monitoring device 4. The image data transmitted from the communication unit 10 to the monitoring device 4 includes identification information of the monitoring camera 2. The surveillance camera 2 may compress and encode an audio signal input from a microphone, multiplex it with image data, and output it from the communication unit 10.

  Moreover, the surveillance camera 2 includes an image storage unit 11 composed of an SD card or a nonvolatile memory. The image storage unit 11 always records and holds past captured images for a predetermined time.

  Furthermore, the monitoring camera 2 includes a direction change detection unit 12 that detects that the imaging direction of the monitoring camera 2 has changed, and a mask detection unit 13 that detects that the imaging field of view of the monitoring camera 2 is concealed. When the monitoring camera 2 detects a change in the imaging direction or concealment of the imaging field of view, the monitoring camera 2 transmits a detection signal indicating the detected state information from the communication unit 10 to the monitoring device 4. Further, when the monitoring camera 2 detects that the change in the imaging direction or the concealment of the imaging field of view has been restored, the monitoring camera 2 transmits a detection signal indicating that the status has been restored from the communication unit 10 to the monitoring device 4.

  At this time, the detection signal transmitted from the monitoring camera 2 includes identification information of the monitoring camera 2. The direction change detection unit 12 has a function of detecting that the imaging direction of the monitoring camera 2 has changed, and includes a gyro sensor, an acceleration sensor, and the like. The mask detection unit 13 has a function of detecting that the imaging field of view of the monitoring camera 2 is concealed. For example, the masking unit 13 detects concealment of the imaging field by detecting a change in luminance of the captured image. For the orientation change detection unit 12 and the mask detection unit 13, various conventionally known methods (detailed description is omitted) can be used.

<Monitoring sensor>
Next, the monitoring sensor 3 of the present embodiment will be described. As shown in FIG. 3, the monitoring sensor 3 includes a detection unit 14 that detects opening and closing of doors and windows and the presence of a human body. The detection unit 14 includes, for example, an open / close sensor that detects opening / closing of a door or a window by separation / proximity with a magnet installed on a door or window frame in a monitoring area, or a human body sensor that detects the presence of a human body using a heat ray or the like. Has been. The monitoring sensor 3 includes a storage unit 15 configured by a memory and the like, and a communication unit 16 that performs communication with the monitoring device 4. In the storage unit 15 of the monitoring sensor 3, identification information for identifying each monitoring sensor 3 and a communication address are stored in advance.

  When the detection unit 14 detects a detection target (door opening or human body presence detection), the monitoring sensor 3 transmits a detection signal indicating the detected state information from the communication unit 16 to the monitoring device 4. When the monitoring sensor 3 detects that the detection target state has been restored (door closed or no human body is detected) by the detection unit 14, the monitoring sensor 3 sends a detection signal indicating that the state is restored from the communication unit 16 to the monitoring device 4. Send. At this time, the detection signal transmitted from the monitoring sensor 3 includes identification information of the monitoring sensor 3.

  Note that the monitoring sensor 3 is not necessarily required to directly transmit the detection signal to the monitoring device 4. For example, the monitoring sensor 3 may be configured to input a detection signal to a security device (not shown) installed in a monitoring zone or a monitoring area, and transmit the detection signal to the monitoring device 4 from the security device.

<Monitoring device>
Subsequently, the monitoring device 4 of the present embodiment will be described. The monitoring device 4 is an image monitoring device installed in a monitoring center that centrally manages the state of each monitoring section, and is configured by a dedicated terminal, a general-purpose personal computer, or the like. The monitoring device 4 is activated, for example, when a monitoring person who is a user desires monitoring of a monitoring section, and is terminated when monitoring is completed.

  The monitoring device 4 is operated by a monitoring person and transmits a request signal for image data to a desired monitoring camera 2 via a communication network, and displays and outputs image data received from the monitoring camera 2 in response thereto. I have. The monitoring device 4 has a function of receiving a detection signal from the monitoring camera 2 and the monitoring sensor 3, recording it, and displaying it so that it can be identified.

  The monitor monitors the monitoring section by referring to the image data and refers to the status information included in the detection signal to determine whether the monitoring section is normal. When the monitoring person determines an abnormal situation in the monitoring area, the monitoring person takes necessary measures such as a confirmation process for the manager of the corresponding monitoring area and a countermeasure instruction to the guard.

  Here, the configuration of the monitoring device 4 will be described in detail with reference to FIG. As shown in FIG. 4, the monitoring device 4 includes a communication unit 17, a display unit 18, and an operation unit 19. In addition, the monitoring device 4 includes a control unit 20, an image recording unit 21, and a storage unit 22. The control unit 20 includes a communication control unit 23, a display control unit 24, a recording processing unit 25, and an abnormality detection unit 26.

  The communication unit 17 is a communication interface connected to the Internet network. The monitoring device 4 is connected to the monitoring camera 2 and the monitoring sensor 3 installed in each monitoring section by the communication unit 17.

  The display unit 18 includes a display such as an LCD and a speaker, and has a function of monitoring an image (monitoring image) received from the monitoring camera 2.

  The operation unit 19 includes a keyboard, a pointing device, and the like. The operation unit 19 is operated by a monitor, and inputs various information display requests, image reception requests to the monitoring camera 2, image reception stop requests, and the like. Specifically, an operation for designating each monitoring section and a monitoring area in the monitoring section is performed, and a display request for information on the monitoring section and the monitoring area is input. In addition, an operation for designating the monitoring camera 2 is performed, and an image reception request for the monitoring camera 2 is input. This input operation may be realized by a GUI (Graphical User Interface). The input from the operation unit 19 can be at least a first operation (for example, a single click) and a second operation (for example, a double click).

  The image recording unit 21 is configured by a storage medium such as a DVD-R or an HDD. In the image recording unit 21, image data that is write-controlled by a recording processing unit 25 (described later) and received from the monitoring camera 2 is recorded together with the time information of the captured image and the identification information of the monitoring camera 2.

  The storage unit 22 includes a ROM / RAM, an HDD, and the like. The storage unit 22 is a plan view information showing layout information such as a monitoring area constituting each monitoring section, monitoring section information that is information of the monitoring camera 2 and the monitoring sensor 3, and layout information in each monitoring area. Information, display history information which is display history information of image data and state information displayed on the display unit 18, state information received from the monitoring camera 2 and the monitoring sensor 3, and state storage which is state information of the monitoring area Information is stored.

  As the monitoring section information, the identification information of the monitoring area constituting each monitoring section and the identification information of the monitoring camera 2 and the monitoring sensor 3 installed in each monitoring area are stored in association with each other. The identification information of the monitoring area includes floor information (for example, the first floor) and area information (for example, a care area) in the monitoring section. In addition, information on the communication addresses and installation positions of the monitoring camera 2 and the monitoring sensor 3 in the monitoring area is also stored as monitoring section information. As the monitoring section information, position information such as the address and latitude / longitude of the monitoring section that is the property to be monitored may be stored.

  As drawing information, a plan view (property map) showing the location of the monitored property on the map with icons, a relatively small reduced plan view (thumbnail image) showing the layout arrangement in each monitoring region, and the monitoring region A relatively large enlarged plan view (floor map) in which an icon indicating the monitoring camera 2 or the monitoring sensor 3 is superimposed and displayed at a position corresponding to the installation position of the monitoring camera 2 and the monitoring sensor 3 installed in the monitoring area together with the layout arrangement. Is remembered.

  As the display history information, the identification information of the monitoring camera 2 or the monitoring sensor 3 that is the input source of the image data and the state information displayed on the display unit 18 is sequentially stored in correspondence with the display time. The display history information includes, for example, information indicating that image data of a certain monitoring camera 2 (camera A or the like) was displayed on the display unit 18 at a certain display time (such as 13:10 to 13:30). Remembered.

  The control unit 20 includes a microcomputer including a CPU, ROM, RAM, and the like and peripheral circuits thereof, and performs various controls of the monitoring device 4. The control unit 20 includes a communication control unit 23, a display control unit 24, a recording processing unit 25, and an abnormality detection unit 26 as functional modules realized by the microcomputer and a computer program executed on the microcomputer. Have.

  The communication control unit 23 has a function of controlling communication between the plurality of monitoring cameras 2 and the monitoring sensors 3, and is configured to allow simultaneous sessions with a plurality of devices. The communication control unit 23 has a function of receiving image data from the monitoring camera 2 using a protocol such as HTTP, and further receiving a detection signal transmitted from the monitoring camera 2 or the monitoring sensor 3.

  Further, when a reception request for image data is input from the operation unit 19, the communication control unit 23 transmits an image request signal to the corresponding monitoring camera 2, and is transmitted from the monitoring camera 2 in response thereto. It has a function to receive image data. The image data may be packet transmission of moving image data as streaming distribution, or may be continuously transmitted as a still image. Further, when an image reception stop request is input from the operation unit 19, the communication control unit 23 transmits a communication end request signal to the corresponding monitoring camera 2 and stops receiving image data.

  Note that when the communication band is sufficiently secured, the communication control unit 23 may be configured to always hold the sessions with all the monitoring cameras 2 and always receive image data. In this case, the image data of the corresponding monitoring camera 2 is output to the display control unit 24 from when the image data reception request is input from the operation unit 19 to when the stop request is input.

  In addition, when receiving a detection signal from the monitoring camera 2 or the monitoring sensor 3, the communication control unit 23 has a function of extracting state information and identification information from the detection signal and storing them in the state storage information of the storage unit 22. Yes.

  The abnormality detection unit 26 has a function of detecting an abnormality that has occurred in the monitoring area from the image data or the detection signal received from the monitoring camera 2 or the monitoring sensor 3. As a method for detecting the occurrence of an abnormal situation from the image data of the monitoring camera 2 or the detection signal of the monitoring sensor 3, various conventionally known methods can be used. For example, when the image data fluctuates during a time zone when the monitoring area is unmanned or a detection signal is input from the monitoring sensor 3, the abnormality detection unit 26 determines that the monitoring area is abnormal. Further, when it is detected from the detection signal of the monitoring camera 2 that the imaging direction has changed or the imaging field of view is concealed, the abnormality detection unit 26 determines that the monitoring area is abnormal.

  In this embodiment, the abnormality detection process is performed on the monitoring device 4 side, but the abnormality detection process is executed on the monitoring area side (the monitoring camera 2 or the monitoring sensor 3 side). Also good. In that case, monitoring information to which a flag (abnormality flag) indicating that the occurrence of an abnormality has been detected by the monitoring camera 2 or the monitoring sensor 3 may be transmitted from the monitoring camera 2 or the monitoring sensor 3.

  When detecting an abnormality in the monitoring area, the abnormality detecting unit 26 records that the monitoring area is abnormal in the state storage information of the storage unit 22. Further, when the abnormality detection unit 26 detects that the state determined to be abnormal from the detection signal is restored, the abnormality detection unit 26 deletes that the monitoring area is abnormal from the state storage information.

  As shown in FIG. 5, the display control unit 24 divides the display unit 18 into an image data display region, a state information display region, and a drawing display region, and controls display of information corresponding to each region. In the image data display area, the image data of the monitoring camera 2 is displayed. Note that the image data display area may be divided into a plurality of small areas and simultaneously display images of the plurality of surveillance cameras 2. In the example of FIG. 5, the image is divided into four small areas so that images of the four monitoring cameras 2 (cameras A to D) can be displayed simultaneously. In the status information display area, status information transmitted from the monitoring camera 2 or the monitoring sensor 3 is displayed. Furthermore, in the drawing display area, as shown in FIG. 6, a plan view (property map) in which the location of the monitored property is indicated by an icon on the map, and a relative layout in which the layout arrangement in each monitored region is shown on the plan view. A small reduced plan view (thumbnail image), and an icon indicating the monitoring camera 2 or the monitoring sensor 3 superimposed on a position on the plan view corresponding to the installation position of the monitoring camera 2 and the monitoring sensor 3 installed in the monitoring area. A relatively large enlarged plan view (floor map) is displayed.

  When there is a designation request for designating the monitoring camera 2 from the operation unit 19 or a drawing reference request for the monitoring area recorded in the storage unit 22, the display control unit 24 reads an enlarged plan view of the monitoring area desired by the monitor. Is displayed on the display unit 18. As shown in FIG. 6, in the enlarged plan view (floor map), icons indicating these monitoring means (the monitoring camera 2 and the monitoring sensor 3) are superimposed and displayed at the installation position of the monitoring camera 2 or the monitoring sensor 3. When an icon is selected from the operation unit 19, it is accepted as a request for receiving image data of the monitoring camera 2 or a request for displaying status information of the monitoring sensor 3.

  When receiving a request for receiving image data or a request for displaying status information, the display control unit 24 extracts the corresponding image data and status information from the communication control unit 23 or the storage unit 22, decompresses it, and outputs it to the display unit 18. To do. When image data being displayed is selected and operated from the operation unit 19, it is accepted as a request to stop receiving image data, and the display of the image data is terminated. Further, when the monitoring device 4 is activated, the display control unit 24 refers to the display history information, and displays the image data, the state information, and the drawing information that were being displayed on the display unit 18 when the monitoring device 4 was terminated last time. Read out, request the reception of the corresponding image data, and reproduce the state displayed at the end of the previous time.

  When the display control unit 24 displays and outputs the image data and status information on the display unit 18, the recording processing unit 25 displays the identification information of the monitoring camera 2 and the monitoring sensor 3 that are input sources of the displayed image data and status information. The information is stored in the display history information of the storage unit 22 in association with the current time. Similarly, even when the display of the image data and the state information is ended, the recording processing unit 25 displays the identification information of the monitoring camera 2 and the monitoring sensor 3 that are the input sources of the image data and the state information for which the display is ended. The display history information is stored in association with the time. Further, when the display control unit 24 displays an enlarged plan view (floor map) in the drawing display area, the recording processing unit 25 associates the identification information of the monitoring area corresponding to the displayed enlarged plan view with the current time. And stored in the display history information in an identifiable manner.

  Further, when the image data being displayed is designated from the operation unit 19 and an image recording request is input, the recording processing unit 25 receives the image data received from the monitoring camera 2, the identification information of the monitoring camera 2, and the shooting time. To the image recording unit 21 in correspondence with

  About the monitoring apparatus 4 comprised as mentioned above, the operation | movement is demonstrated with reference to drawings.

  Here, first, an operation of displaying an enlarged plan view (floor map) of the monitoring area on the display unit 18 (drawing display area) of the monitoring device 4 will be described with reference to the flowchart of FIG. As shown in FIG. 7, first, a monitoring section selection menu is displayed on the display unit 18 of the monitoring device 4 (S1). The monitoring section selection menu is, for example, a plan view (property map) in which the location of the monitored property is indicated by an icon on a map as shown in FIG. Note that the monitoring section selection menu is not limited to a map such as a property map, but may be a system diagram showing the relationship of establishments serving as monitoring sections.

  Next, it is determined whether or not a monitoring section has been selected using this monitoring section selection menu (S2). The monitoring section is selected by, for example, clicking a monitoring property icon (indicated by a star in FIG. 6, also referred to as a property icon) with a pointing device. The monitoring partition selection operation includes a single click that is a first selection operation and a double click that is a second selection operation. The first selection operation (single click) is performed by right clicking on the pointing device, and the second selection operation (double click) is performed by left clicking on the pointing device.

  Then, when the selection operation of the monitoring section is the first selection operation (single click) (S3), the monitoring section (monitoring property) corresponding to the property icon selected by the first selection operation is specified (S4). Then, a reduced plan view (thumbnail image) of a plurality (or one) of monitoring areas (floors) existing in the monitoring section is displayed (S5). Then, when any reduced plan view (thumbnail image) is selected from the reduced plan views of the plurality of monitoring areas (S6), the monitoring area corresponding to the selected reduced plan view is specified (S7). Then, an enlarged plan view (floor map) of the monitoring area is displayed (S8). Thereafter, the enlarged plan view continues to be displayed until an operation to return to the monitoring section selection menu is performed (S9).

  On the other hand, when the selection operation of the monitoring section is the second selection operation (double click) (S3), the monitoring section corresponding to the property icon selected by the second selection operation is specified (S10). And the presence or absence of the log | history which displayed the enlarged plan view of the monitoring area | region nearest about the monitoring division is determined (S11). If there is a history of displaying an enlarged plan view of the monitoring area most recently, the monitoring area is specified (S7), and an enlarged plan view (floor map) of the monitoring area is displayed (S8).

  If there is no history of displaying an enlarged plan view of the monitoring area most recently, it is determined whether or not there is a monitoring area in which an abnormality is detected for the monitoring section (S12). If there is a monitoring area where an abnormality is detected, the monitoring area is specified (S7), and an enlarged plan view (floor map) of the monitoring area is displayed (S8).

  If there is no monitoring area in which an abnormality is detected, it is determined whether or not there is a monitoring area that currently displays a camera image for that monitoring section (S13). If there is a monitoring area currently displaying a camera image, the monitoring area is specified (S7), and an enlarged plan view (floor map) of the monitoring area is displayed (S8).

  If there is no monitoring area currently displaying a camera image, a reference monitoring area preset for the monitoring section (for example, the floor (first floor) having the smallest floor number) is determined (S14). When the monitoring area determined as the reference monitoring area is specified (S7), an enlarged plan view (floor map) of the monitoring area is displayed (S8). Also in this case, the enlarged plan view continues to be displayed until an operation for returning to the monitoring section selection menu is performed (S9).

  Here, the flow of display processing when the first selection operation is performed will be described with reference to the example of FIG. 6. First, the first selection operation (single click) is performed by placing the cursor on the property icon on the property map. Then, the monitored property corresponding to the property icon with the cursor is specified, and a reduced plan view (thumbnail image) is displayed on the right side of the cursor. In the example of FIG. 6, a reduced plan view (thumbnail image) of three floors (first to third floors) of the selected monitored property is displayed. Thereafter, a reduced plan view is selected. In this case, among the three reduced plan views displayed side by side in the vertical direction, the middle reduced plan view (thumbnail image on the second floor) is larger than the upper and lower two reduced plan views (thumbnail images on the first floor and the third floor). The reduced plan view in the middle is displayed as a selectable reduced plan view. At this time, the middle reduced plan view is selected by performing a click operation (single click). Then, an enlarged plan view (floor map on the second floor) of the monitoring area corresponding to the selected reduced plan view is displayed.

  In this state, when the arrow-like icons displayed at the top and bottom of the three reduced plan views are clicked, the three floors displayed as the reduced plan views are sequentially shifted and displayed in that direction. For example, in the example of FIG. 6, when the upper arrow icon is clicked, a reduced plan view from the second floor to the fourth floor is displayed, and when the lower arrow icon is clicked, a reduced plan view of the top floor, the first floor, and the second floor is displayed. Is displayed. In addition, when there is only one monitoring area in the monitored property that is housed in CEJN, only a reduced plan view of one floor is displayed.

  The flow of display processing when the second selection operation is performed will be described with reference to the example of FIG. First, when you place the cursor on the property icon in the property map and perform the second selection operation (double-click), the monitored property corresponding to the property icon with the cursor is identified, and the monitored property was displayed most recently If there is, an enlarged plan view of the monitoring area (for example, a floor map on the second floor) is displayed. If there is no history of displaying an enlarged plan view of the monitoring area most recently, an enlarged plan view of the monitoring area in which an abnormality is detected is displayed. If there is no monitoring area where an abnormality has been detected, an enlarged plan view of the monitoring area displaying the current camera image is displayed. If there is no monitoring area currently displaying a camera image, an enlarged plan view of a preset reference monitoring area (for example, the floor having the lowest floor number) is displayed.

  Next, an operation for displaying image data and state information on the display unit 18 (image data display region and state information display region) of the monitoring device 4 will be described with reference to the flowchart of FIG. This operation is performed in a state where an enlarged plan view (floor map) of the monitoring area is displayed on the display unit 18 (drawing display area) of the monitoring device 4.

  As shown in FIG. 8, when displaying image data in the image data display area, a camera icon is selected in the enlarged plan view (floor map) displayed in the drawing display area (S20). Then, the monitoring camera 2 corresponding to the selected camera icon is determined as a display camera (the monitoring camera 2 that should display image data) (S21), and a request signal for image data is sent to the monitoring camera 2 (S22). . When the image data is transmitted from the monitoring camera 2, the image data of the monitoring camera 2 is displayed on the display unit 18 (image data display area) of the monitoring device 4 (S23).

  On the other hand, when displaying image data in the state information display area, a sensor icon is selected in the enlarged plan view (floor map) displayed in the drawing display area (S24). Then, the monitoring sensor 3 corresponding to the selected sensor icon is determined as the display sensor (the monitoring sensor 3 that should display the state information) (S25), and the state information is obtained from the state storage information of the storage unit 22 of the monitoring sensor 3. Extracted (S26). When the status information of the monitoring sensor 3 is extracted, the status information of the monitoring sensor 3 is displayed on the display unit 18 (status information display area) of the monitoring device 4 (S27). Similarly, when the camera icon is selected in S20, the status information of the corresponding monitoring camera 2 is extracted and displayed in the status information display area if the status information is stored in the storage unit 22. It is good.

  According to such a monitoring device 4 of the present embodiment, when a plurality of monitoring areas (floors) exist in one monitoring property, it is possible to easily select the monitoring camera 2 in an appropriate monitoring area, Convenience can be improved for both inexperienced users and skilled users.

  That is, in this embodiment, an icon (property icon) for each monitored property is displayed on the display unit 18 of the monitoring device 4 (first display step). Then, as shown in FIG. 6, a user with little experience (an immature user) selects the property icon displayed in the first display step by a first selection operation (single click). Then, a reduced plan view (a thumbnail image of each floor) of each monitoring area included in the monitored property corresponding to the property icon is displayed. When any one of the reduced plan views is selected, an enlarged plan view (floor map) of the monitoring area corresponding to the reduced plan view is displayed (second display step).

  On the other hand, an experienced user (skilled user) selects the property icon displayed in the first display step by a second selection operation (double click). Then, as shown in FIG. 6, in the monitored property corresponding to the property icon, a preset monitoring region appropriate for the situation (the monitoring region displayed most recently or the monitoring region where the occurrence of an abnormality has been detected). ) Is an enlarged plan view.

  In this way, when an installation position icon of any monitoring means (such as the monitoring camera 2 or the monitoring sensor 3) is selected while the enlarged plan view is displayed on the display unit 18 of the monitoring device 4, Monitoring information (video information, detection information, etc.) of the monitoring means corresponding to the installation position is displayed.

  According to the monitoring device 4 of the present embodiment as described above, even when there are a plurality of monitoring areas (floors) in one monitoring property, monitoring means for the appropriate monitoring area (the monitoring camera 2 and the monitoring sensor) 3) can be easily selected to display monitoring information (video information or detection information), and convenience can be improved for both inexperienced users and skilled users.

  That is, the user can select the section symbol displayed on the display unit 18 of the monitoring device 4 by a selection operation (first selection operation or second selection operation) according to his / her skill level (experience level). By selecting, it is possible to appropriately display an enlarged plan view (floor map) of the monitoring area. By selecting an installation position of the monitoring means with an icon in the enlarged plan view, monitoring information of the desired monitoring means can be obtained. It can be displayed easily.

  For example, an experienced user (experienced user) selects a property icon displayed in the first display step by a second selection operation (double-click), and thereby a monitoring section corresponding to the section symbol. In FIG. 5, an enlarged plan view (floor map) of the monitoring area displayed most recently, such as when the previous monitoring work is pending, can be easily displayed.

  In addition, an experienced user (skilled user) selects the property icon displayed in the first display step by the second selection operation (double-click), and thereby the monitoring section corresponding to the section symbol. , An enlarged plan view (floor map) of the monitoring area in which the occurrence of an abnormality to be promptly confirmed in an emergency can be easily displayed.

  In addition, an experienced user (skilled user) selects the property icon displayed in the first display step by the second selection operation (double-click), and thereby the monitoring section corresponding to the property icon. In the case where it is desired to confirm details of the monitoring area where the monitoring information (image information or detection information) is currently displayed on the display unit 18 or to obtain other related monitoring information, a corresponding enlarged plan view (floor map) Can be displayed easily.

  The embodiments of the present invention have been described above by way of example, but the scope of the present invention is not limited to these embodiments, and can be changed or modified according to the purpose within the scope of the claims. is there.

  As described above, the monitoring device according to the present invention makes it possible to easily select a monitoring camera in an appropriate monitoring area when there are a plurality of monitoring areas in one monitoring section, and a less experienced user and It has the effect that convenience can be improved for any skilled user, and is useful for monitoring systems and the like.

DESCRIPTION OF SYMBOLS 1 Surveillance system 2 Surveillance camera 3 Surveillance sensor 4 Surveillance device 5 Memory 6 Optical system 7 Image sensor 8 Analog / digital converter 9 Image compression circuit 10 Communication part 11 Image memory | storage part 12 Direction change detection part 13 Mask detection part 14 Detection part 15 Memory | storage Unit 16 communication unit 17 communication unit 18 display unit 19 operation unit 20 control unit 21 image recording unit 22 storage unit 23 communication control unit 24 display control unit 25 recording processing unit 26 abnormality detection unit

Claims (5)

A monitoring device for remotely monitoring a monitoring section including a plurality of monitoring areas where monitoring means are installed,
A display for displaying video to the user;
An operation unit that receives an operation input including a first selection operation by the user and a second selection operation that is an operation different from the first selection operation ;
For each of the monitoring sections, the identification information of the monitoring area included in the monitoring section and the identification information of the monitoring means installed in the monitoring area are stored, and a reduced plan view of the monitoring area included in each monitoring section and the monitoring section A storage unit for storing an enlarged plan view showing an installation position of the monitoring means in the monitoring area;
A monitoring information receiving unit for receiving monitoring information output from the monitoring means;
The enlarged plan view is displayed on the display unit, and when the installation position of any of the monitoring means is selected by the operation unit when the enlarged plan view is displayed, the monitoring unit corresponding to the installation position A display control unit that displays the monitoring information on the display unit,
The display control unit
Means for executing a first display step of displaying a section symbol for each monitoring section on the display unit;
When the section symbol displayed in the first display step is selected by the first selection operation, a reduced plan view of one or a plurality of monitoring areas included in the monitoring section corresponding to the section symbol is displayed on the display unit. And a second display step of displaying the enlarged plan view of the monitoring area corresponding to the reduced plan view on the display unit when any one of the reduced plan views is selected by the operation unit. ,
When the section symbol displayed in the first display step is selected by the second selection operation, the enlarged plan view of a predetermined monitoring area preset in the monitoring section corresponding to the section symbol is displayed. Means for performing a third display step of displaying on the part;
A monitoring device comprising: Further, the storage unit stores a monitoring area in which an enlarged plan view is displayed on the display unit in the second display step or the third display step as a display history,
The means for executing the third display step of the display control unit refers to the display history for the monitoring section corresponding to the selected section symbol in the third display step, and an enlarged plan view is displayed most recently. The monitoring apparatus according to claim 1, wherein the enlarged plan view of the monitored area is displayed on the display unit. Furthermore, an abnormality detection unit that detects an abnormality that has occurred in the monitoring area in which the monitoring unit is installed based on the monitoring information input from the monitoring unit,
The means for executing the third display step of the display control unit is a monitoring region in which occurrence of an abnormality is detected by the abnormality detection unit in the monitoring division corresponding to the selected division symbol in the third display step. The monitoring apparatus according to claim 1, wherein the enlarged plan view of the display unit is displayed on the display unit. Further, the display control unit includes means for executing a fourth display step of displaying monitoring information input from any of the monitoring means based on an input from the operation unit in at least a partial area of the display unit. ,
The means for executing the third display step of the display control unit is a monitoring region in which the monitoring information is currently displayed on the display unit in the monitoring section corresponding to the selected section symbol in the third display process. The monitoring apparatus according to claim 1, wherein the enlarged plan view is displayed on the display unit. A program executed by a monitoring device that remotely monitors a monitoring section including a plurality of monitoring areas in which monitoring means are installed,
The monitoring device includes
An operation unit that receives an operation input including a first selection operation by a user and a second selection operation that is an operation different from the first selection operation ;
For each of the monitoring sections, the identification information of the monitoring area included in the monitoring section and the identification information of the monitoring means installed in the monitoring area are stored, and a reduced plan view of the monitoring area included in each monitoring section and the monitoring section A storage unit for storing an enlarged plan view showing an installation position of the monitoring means in the monitoring area;
The enlarged plan view is displayed on the display unit of the monitoring device, and if the installation position of any of the monitoring means is selected in the operation unit while the enlarged plan view is displayed, it corresponds to the installation position A display control unit for displaying the monitoring information received from the monitoring means on the display unit,
The program is stored in the display control unit.
A first display step of displaying a section symbol for each monitoring section on the display unit;
When the section symbol displayed in the first display step is selected by the first selection operation, a reduced plan view of one or a plurality of monitoring areas included in the monitoring section corresponding to the section symbol is displayed on the display unit. And when any one of the reduced plan views is selected by the operation unit, a second display step of displaying the enlarged plan view of the monitoring area corresponding to the reduced plan view on the display unit;
When the section symbol displayed in the first display step is selected by the second selection operation, the enlarged plan view of a predetermined monitoring area preset in the monitoring section corresponding to the section symbol is displayed. A third display step to display on the part;
A program characterized by having executed.

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