JP2011113255A - Regional security system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To enhance effectiveness of security by allowing a monitoring person to identify the current position of a suspicious person at a glance, in a specific area, even when areas around a housing site are covered. <P>SOLUTION: The residents of a housing site each has an ID terminal T. The area including the housing site 11 is equipped with a large number of human sensors 41, monitoring cameras 42, and ID communication devices 43. When a person is detected by the human sensor 41, a management server 31 distinguishes whether the person is a resident or not on the basis of whether the management server 31 has received an ID code registered in advance. When the person is not a resident, the current position thereof is acquired based on person information obtained from an image by the monitoring camera 42. When the non-resident satisfies a predetermined condition and is determined as a suspicious person, a suspicious person mark is displayed in a part on a map corresponding to the current position of the suspicious person on a display screen of an area display monitor 37. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a regional security system that performs security in a specific area including a residential lot.

  A security system that warns against the intrusion of a suspicious person in an individual house or site is generally known. For example, when a suspicious person enters a house or a site, the suspicious person is warned with a warning or the like, or a resident or a security company is notified.

  However, such a security system installed on a door-to-door basis is borne by its installation costs and maintenance costs, and the fact is that only those who can afford it can be introduced.

  Therefore, it has been proposed to implement security measures in units of subdivisions where a plurality of houses are gathered (see, for example, Patent Document 1). In this case, a security gate is installed at the boundary between the private road and public road in the residential subdivision, and only the owner of each subdivision and the person authorized by the owner are allowed to pass through the private road. This is to prevent suspicious people from entering residential lots. As a result, there is an advantage that the burden of installation cost and maintenance cost of the security system is dispersed, and the individual burden becomes small and easy to introduce.

JP 2006-63582 A

  However, since there are residential lots where private roads are not provided, the above prior art is not suitable for crime prevention measures for such lots. In addition, due to the recent rise in crime prevention awareness, there are places where suspicious persons need to be alerted even outside the residential lots, such as school roads to school, but the above-mentioned conventional technology is only from outside the residential lots. Because it shuts out the suspicious person by blocking it, it cannot cope with crime prevention outside the residential lot.

  Here, it is considered as one of the countermeasures to expand the range to a specific area including residential lots and to be vigilant in that range. However, if the range of caution is expanded to the outside of the residential lot in this way, it may be included even in places where there is a low need for caution for residents in the lot. In such a case, there is a possibility that unnecessary caution for the residents may be implemented, and the effectiveness of security is questioned.

  Therefore, even when the present invention expands the range of caution outside the residential subdivision area, by allowing the location of non-residents in the specific area to be grasped at a glance, by implementing only the caution necessary for the resident, The main purpose is to provide a regional security system that can enhance the effectiveness of security.

  The present invention employs the following means in order to solve the above problems.

  That is, in the first invention, there is a regional security system that performs warning of a specific area including a residential lot, and is provided in the specific area, and the human detection means for detecting a person existing in the specific area, Based on the result of acquisition of the resident identification information when a person is detected by the resident identification information acquisition means that is provided in the specific area and acquires the identification information of the resident living in the residential subdivision, and the person detection means Non-resident determining means for determining that the person is not the resident, non-resident presence position grasping means for grasping the position of the non-resident determined to be a non-resident by the non-resident determining means, Non-resident behavior mode discriminating means for discriminating the behavior mode of non-residents, area display means for displaying map information of the specific area on a display screen, and existence of the non-residents grasped by the non-resident presence position grasping means Place With a position on the map information corresponding the area display control means for controlling the local display unit to display the non-residents information display format corresponding to the action mode of the non-residents, to.

  According to the first aspect of the present invention, when it is determined that a person existing in the specific area is not a resident (that is, a non-resident), the display screen of the area display means displays a map corresponding to the position where the non-resident exists. Non-resident information is displayed at the location. In the display, the display format differs depending on the behavior mode of non-residents (for example, staying time). Therefore, the monitor on the display screen can grasp at a glance what kind of behavior non-resident exists in which place in the specific area. As a result, even if the range of caution is expanded beyond the residential land, it is possible to determine whether or not caution is required for residents from the display format of non-resident information, and to implement only necessary cautions. Increases nature. It should be noted that not only the behavior mode of non-residents but also the presence status (for example, the number of people, etc.) may be determined, and a display format corresponding to the presence status may be used.

  In the second invention, the area display control means displays the non-resident information by changing at least one of color, shape, size, and movement as a display format for displaying the non-resident information.

  According to the second aspect of the invention, it is possible to display various information by displaying the non-resident information by changing at least one of color, shape, size, and movement. For this reason, the kind of action mode which makes a display form different can be made various. Note that the different movements here include, for example, lighting methods (differences in lighting, blinking, blinking cycle, etc.) and vibrating display symbols as non-resident information.

  In the third aspect of the invention, the display screen of the area display means is divided into a plurality of screen blocks.

  According to the third aspect of the invention, the display screen of the area display means is partitioned into a plurality of screen blocks, so that when the non-resident information is displayed on the map, the monitor of the display screen can display its display position. This is preferable in that it is easy to grasp.

  In the fourth invention, a location on the map information corresponding to the location of the resident presence location grasping means for grasping the location of the resident and the location of the non-resident and the resident It is further provided with a warning control means for grasping whether it corresponds to a screen block and performing a warning for the non-resident when at least the non-resident exists in the same block as the screen block where the resident exists.

  According to the fourth aspect of the present invention, when the non-resident exists in at least the same block as the screen block where the resident exists on the display screen of the area display means, the non-resident is warned. Thereby, it is possible to alert the resident that there is a non-resident in the vicinity. As the content of the alert, for example, it may be possible to report to a mobile phone possessed by the resident and display a warning on the mobile phone, or generate vibration or sound.

  In 5th invention, it grasps | ascertains to which screen block of the said display screen each door-to-house of the said house subdivision corresponds, and the said non-resident exists at least in the same block as the screen block to which a door-to-door home belongs. In some cases, a door-to-door warning control means for carrying out warning in the door-to-door house is provided.

  According to the fifth aspect of the present invention, when the non-resident exists in at least the same block as the screen block to which the individual house belongs on the display screen of the area display means, warning is given to the individual house. Thereby, crime prevention performance can be improved in a door-to-door house. As the content of the warning, for example, it is conceivable to automatically close or lock a window, a shutter device or the like.

  In 6th invention, the non-resident display memory which memorize | stores which non-resident information was displayed by which screen block among each screen block of the said display screen with the information regarding the behavior aspect of the non-resident who displayed the information Provided with means.

  According to the sixth aspect of the invention, information on the behavior mode of non-residents in each screen block can be obtained, and this information can be used in various situations. For example, in the case of a screen block including a residential lot, the information is a reference for a resident to take crime prevention measures at a door-to-door house in the lot. In addition, if the housing manufacturer obtains such information, the person in charge can present security countermeasure advice recommended in view of the situation of the crime prevention equipment of the door-to-door house. For example, when the non-resident stays for a long time and the security equipment is insufficient, it is possible to give advice such as recommending the installation of a lattice window or a shutter device.

  In a seventh invention, the non-resident identification information acquisition means for acquiring identification information of a person provided in the specific area and determined as a non-resident by the non-resident determination means, and managing the acquired non-resident identification information Non-resident identification information management means, and door-to-door crime prevention that is provided in a door-to-house in the residential subdivision, and performs security control in each individual house based on the non-resident identification information acquired from the non-resident identification information management means And a control means.

  According to the seventh aspect of the invention, when non-resident identification information is acquired from various places in a specific area by the non-resident identification information acquisition means, the information is collected by the non-resident identification information management means and managed together there. . And the crime prevention control in each individual house is performed based on the non-resident identification information output to each house from this non-resident identification information management means. Thus, information management can be made efficient by managing non-resident identification information centrally.

  According to an eighth aspect of the present invention, there is provided a door-to-door monitoring means for obtaining a door-to-door monitoring image for each door-to-house and an administrator responsible for regional security, provided at the door-to-door housing of the residential lot, and displaying the door-to-door monitoring image A door-to-door image display means for displaying the door-to-door image display means to display the door-to-door monitoring image on the condition that the consent of the resident is registered in advance; Equipped with.

  According to the eighth aspect of the invention, the door-to-door image display means displays the door-to-door monitoring image in the door-to-door house with the consent only when the resident's consent has been made in advance. Since the individual monitoring image includes privacy information of the resident, the privacy of the resident can be protected by requesting prior consent. Moreover, by displaying the door-to-door monitoring image on the door-to-door image display means provided on the manager side, it is possible to monitor not only the resident but also the manager, and a more thorough monitoring of non-residents can be performed. In this case, not only the consent of image provision on the resident side, but also the monitoring work on the manager side is performed only after collecting a predetermined fee, this monitoring work can be regarded as a paid service. In this case, if the administrator is a security company or the like, this can be established as one business model.

  In a ninth invention, in the specific area, a number of street lamps are installed on roads in the area, and a street lamp around the non-resident presence position grasped by the non-resident presence position grasping means is selectively selected, A streetlight control means for lighting the streetlight for non-resident warning was provided.

  According to the ninth aspect of the invention, lighting control for streetlights for non-resident warning is a threat to non-residents, and alerts the presence of non-residents to those who are in the vicinity. Can do. In addition, when an administrator responsible for regional security rushes to a place where non-residents exist, there is an advantage that it is easy to specify the place.

  In 10th invention, the non-resident presence information to the effect that the non-resident exists in the specific area on the display screen of the house-side display means provided in each house of the residential subdivision and the residential side display means And house-side display control means for displaying the confirmed house information related to the fact that the non-resident presence information is confirmed in each house in the house lot.

  According to the tenth aspect of the present invention, a resident in a residential lot can confirm the presence of a non-resident in a home other than his / her home in the lot by confirming the confirmed housing information displayed on the display screen of the housing side display means. Whether or not it has been confirmed can be grasped. Thereby, the resident who recognized the existence of the non-resident can know how much it is recognized not only by itself but also in the neighborhood, and can take appropriate measures depending on it. For example, if there are many recognized in the neighborhood, you can get a sense of security, and if there is little recognition, you can share information about non-residents in the neighborhood by sharing information about non-residents. In this case, information on which house has been confirmed and how many houses have been confirmed may be displayed.

An overall schematic diagram of the X region, which is a model of a specific region The block diagram which shows the electric constitution of a regional security system. The figure which shows the display screen of an area display monitor. The figure which displayed a part of matrix on a screen. The table | surface which showed the example corresponding to the display example of FIG. 3 about a part of content of suspicious person information. The figure which shows the display screen of a detailed display monitor. The figure which shows the display screen of a door-to-door monitoring monitor. It is a figure which shows the display screen of a house monitor, (a) shows a display example of a suspicious person presence display image, (b) shows a display example of a surveillance camera image, (c) shows a display example of a confirmed house display image, respectively. ing. The figure which shows the step of the image displayed on a home monitor. The table which illustrates the stay situation of a suspicious person for every screen block. The figure which shows the example of installation of an approach recording apparatus as another example.

  Hereinafter, an embodiment of a regional security system will be described with reference to the drawings.

  First, a specific area to be guarded by this regional security system will be described. This specific area includes at least residential land. In addition, one or a plurality of various areas that require caution for residents of the subdivisions such as schools, parks, school roads, routes to the nearest station, etc. outside the subdivisions are included.

  FIG. 1 is a diagram showing an overall outline of an X area as a model of a specific area. In FIG. 1, for convenience, not all roads in the X region are shown, and are omitted as appropriate. As shown in FIG. 1, the area X includes residential subdivision 11, elementary school 12, park 13, and school road 14. The residential subdivision 11 is a relatively large subdivision where a large number (for example, about 80 to 100) of individual houses are built, and in addition to the individual houses, a crime prevention management center 21 is installed in the area. ing. A crime prevention manager is stationed in the crime prevention management center 21, and the crime prevention manager is engaged in crime prevention work for the house-by-door in the residential lot 11 and the residents in the lot. The school road 14 is set between the residential lot 11 and the elementary school 12, and the elementary school students who live in the residential lot 11 travel back and forth between the elementary school 12 through the school road 14.

  Next, the configuration of the regional security system will be described. FIG. 2 is a block diagram showing the electrical configuration of the system.

  In the regional security system, the ID terminals T <b> 1 to Tn are carried by each resident who lives in the residential lot 11. The ID terminal T is a small device that can be carried at all times. For example, an electronic key used for opening and closing a front door, a mobile phone, and an IC card having a communication function are used as the ID terminal T. In addition, you may use ID terminal T from which a form and form differ for every resident.

  The ID terminals T1 to Tn are provided with memories M1 to Mn, and the memory M stores in advance unique ID codes that differ for each owner. At least in this system, the ID code is information that is a resident of the residential subdivision 11 and can be recognized by an individual resident among a large number of resident. The ID terminal T has a wireless communication function, and ID code wireless communication is performed with the outside.

  Next, the regional security system includes a management server 31. The management server 31 has a microcomputer composed of a CPU and the like, and is installed in the crime prevention management center 21 of the residential subdivision 11. The management server 31 stores various information of persons existing in the X region, the ID code of the ID terminal T, and the detection devices 44-1 to 44- such as the human sensor 41 and the monitoring camera 42 connected to the management server 31. n is obtained through n, and control for vigilance against a suspicious person is performed based on the information.

  The management server 31 has an ID code storage unit 32, a non-resident information storage unit 33, and a suspicious person information storage unit 34 as memories. In the ID code storage unit 32, the ID codes of the ID terminals T1 to Tn possessed by the residents of the residential lot 11 are stored in advance as authentication ID codes. Using this authentication ID code, the management server 31 authenticates the received ID code. The non-resident information storage unit 33 stores identification information (non-resident identification information) related to a person whose ID code is NG (that is, a non-resident). Non-resident identification information refers to personal information (for example, face information, physique information, etc.) obtained by analyzing an image of a non-resident taken by the monitoring camera 42, an ID obtained from a mobile phone possessed by the non-resident, etc. Code, etc. In the suspicious person information storage unit 34, a person who satisfies a predetermined condition (for example, staying for a certain period of time) among the non-residents is recognized as a suspicious person, and information regarding the suspicious person (suspicious person information) is stored. Yes. Suspicious person information is obtained from rewriting the non-resident identification information of a non-resident identified as a suspicious person as suspicious person identification information, as well as from the device address of the detection device 44 that acquired the non-resident identification information. The location of the suspicious person, the date, the staying time in the X region, and the like (see FIG. 5 described later). The predetermined condition for certifying a non-resident as a suspicious person is set as appropriate using the operation unit 35 connected to the management server 31.

  Various sensors and devices constituting the system, such as the human sensor 41 and the monitoring camera 42, are connected to the management server 31. First, an external communication device 36 is connected to the management server 31. The management server 31 uses this external communication device 36 to alert the resident to alert the resident and alert the outside organization that the caution is necessary. A warning signal is output to an external organization such as a company or the police.

  In addition, a human sensor 41, a monitoring camera 42, and an ID communication device 43 are connected to the management server 31. The human sensor 41 outputs a human detection signal to the management server 31 when detecting a person within the detection range. By acquiring this person detection signal, the management server 31 grasps the presence or absence of a person at the sensor installation location. The monitoring camera 42 always captures the periphery of the camera, and acquires personal information included in the image information by analyzing the captured image information. The acquired personal information is sequentially output to the management server 31. The ID communication device 43 can wirelessly communicate with an ID terminal (including those owned by non-residents) using the periphery of the installation location as a communication range, and obtains an ID code from the ID terminal that responded by sending a request signal To do. By acquiring the ID code, the management server 31 performs ID authentication or grasps the presence of a resident who has the ID terminals T1 to Tn.

  Incidentally, the human sensor 41 corresponds to the human detection means, and the ID communication device 43 corresponds to a resident identification information acquisition means. The monitoring camera 42 may sequentially output image information to the management server 31, and the management server 31 may acquire personal information from the image information.

  The human sensor 41, the monitoring camera 42, and the ID communication device 43 are installed in large numbers on roads in the X area so that the entire road in the X area is covered as a detection range, an image acquisition range, and an ID communication range. . For this reason, it is also installed on abbreviated roads other than the road shown in FIG. As the installation mode, for example, the human sensor 41, the monitoring camera 42, and the ID communication device 43 are set as a set of detection devices 44, which are installed on a power pole or newly installed at intervals of about several to 10 m along the road. It is installed using poles. Each human sensor 41, each monitoring camera 42, and each ID communication device 43 is assigned a device address, and each device address is a position corresponding to an installation location of the detection device 44 on the map information of the X region. Is associated. For this reason, when the person detection signal, the person information, and the ID code are acquired from the detection device 44, the management server 31 can grasp the location in the X area where the output destination is based on the device address. That is, the management server 31 ascertains the locations of residents, non-residents, and suspicious persons in the X region as needed from the output of the person detection signal, the person information, and the ID code that are input as the person moves.

  As described above, the management server 31 grasps the suspicious person's behavior and stay time in the X area at any time in order to grasp the existence position of the suspicious person (non-resident who satisfies the predetermined condition) existing in the X area. Yes. Thereby, the management server 31 recognizes various action modes, such as stay time, action range, and the residence time in a specific place for every suspicious person. In addition, it is possible to grasp the existence status of suspicious persons in the X region, such as the number of suspicious persons existing within a predetermined range.

  Here, as described above, the suspicious person information stored in the suspicious person information storage unit 34 includes suspicious person location information. The suspicious person location information includes, in detail, the device address of the detection device 44 that acquired the suspicious person identification information (person information, ID code, etc.). The location information of the suspicious person is periodically updated. When the suspicious person moves in the X area and the detection device 44 that has acquired the information is changed at the time of updating, the information is rewritten to the latest information.

  The management server 31 is connected with an area display monitor 37 as a region display means, a detailed display monitor 38 and a door-to-door monitor monitor 39 as a door-to-door image display means, and the management server 31 displays on each of the monitors 37 to 39. Control. In each of the monitors 37 to 39, as shown in FIGS. 3, 5, and 6, the following information and images are displayed on the display screens 37a to 39a. 3 shows the display screen 37a of the area display monitor 37, FIG. 5 shows the display screen 38a of the detail display monitor 38, and FIG. 6 shows the display screen 39a of the door-to-door monitoring monitor 39.

  First, as shown in FIG. 3, the display screen 37a of the area display monitor 37 is partitioned into a matrix (lattice) by vertical and horizontal partition lines 61, and the map information of the X area is displayed there. If there is a suspicious person in the X area, a suspicious person mark (suspicious person symbol) 62 (62a to 62d in the figure) is displayed at a location corresponding to the position of the suspicious person on the map information. Thereby, the crime prevention manager of the crime prevention management center 21 that monitors the area display monitor 37 can grasp at a glance the position of the suspicious person in the X region. A block on the display screen 37a displayed in matrix is referred to as a screen block. The suspicious person mark 62 corresponds to non-resident information displayed on the display screen 37a.

  Further, the display format of the suspicious person mark 62 is different depending on the behavior mode and the existence situation of the suspicious person recognized by the management server 31. As a mode of changing the display format, the display color, shape, size, movement and the like are different. Among these, the difference in movement is the difference in lighting method (lighting, flashing, flashing cycle, etc.) or the suspicious person mark 62 is vibrated. Thus, the suspicious person displayed with the suspicious person mark 62 has a meaning that the degree of attention is different. For example, the following display format is considered as an example. When the stay time in the X region is less than 1 hour, the suspicious person mark 62 is lit in yellow, and when it is 1 hour or more, the degree of caution is increased and flashed in red. In addition, when there are a plurality of suspicious persons in one block of the matrix that divides the display screen 37a, one larger suspicious person mark 62 is flashed and displayed in red, and the plurality of suspicious persons are displayed together. . This further increases the degree of attention. Furthermore, if there are suspicious persons in the area of the residential subdivision 11 or around the elementary school 12 or in that area, or in places with high warning levels such as the school road 14, the stay time and number of people Irrespective of, the larger suspicious person mark 62 blinks in red.

  In addition, in order to alert the crime prevention manager that the suspicious person mark 62 is displayed on the area display monitor 37, the management server 31 also displays an instruction arrow 63 indicating the suspicious person mark 62. Displayed together with the display 62.

  When the suspicious person mark 62 is thus displayed on the area display monitor 37, the management server 31 sets the screen block on which the suspicious person mark 62 is displayed as one of the suspicious person information, and the suspicious person information storage unit 34. To remember. For example, in the case of the display example shown in FIG. 3, as shown in FIG. 4 in which a part of the matrix is displayed, a suspicious person mark is displayed on the screen block 64 of coordinates (horizontal 5, vertical 4). 62 is displayed. Further, a suspicious person mark 62 is similarly displayed in another screen block 64 not shown in FIG. For this reason, information that the suspicious person mark 62 is displayed on the screen block 64 of each coordinate (that is, that a suspicious person exists in the screen block 64 of each coordinate) is stored as one of the suspicious person information. The

  Here, the previous explanation regarding the suspicious person information is simply confirmed as a summary. FIG. 5 is a table showing an example corresponding to the display example of FIG. 3 for a part of the content of the suspicious person information. The suspicious person information includes, in addition to the suspicious person identification information, as shown in FIG. 5, the date, the device address of the detection device 44 that acquired the personal information and ID code of the suspicious person, and the stay in the X region. It includes information such as the time and coordinates of the screen block 64 on which the suspicious person mark 62 is displayed. Such suspicious person information is stored in the suspicious person information storage unit 34 for each suspicious person. Therefore, the suspicious person information storage unit 34 corresponds to non-resident display storage means.

  Return to monitor description. As shown in FIG. 6, on the display screen 38a of the detail display monitor 38, map information of only one screen block 64 among the screen blocks 64 in which the display screen 37a of the area display monitor 37 is partitioned. Is displayed in detail. At the same time, if there is a suspicious person on the screen block 64, the suspicious person's location is also displayed as a suspicious person mark 62. One or more detail display monitors 38 are provided in the crime prevention management center 21. When the crime prevention manager of the crime prevention management center 21 selects a specific screen block 64 using the operation unit 35, the management server 31 displays the map information and the suspicious person mark 62 of the selected screen block 64 in detail display monitor 38. To display details. The display example shown in FIG. 6 is a detailed display of the screen block 64 of coordinates (horizontal 4, vertical 9) where the suspicious person present in the residential lot 11 is displayed in the regional display monitor display example of FIG. Is. Since this place is the residential subdivision 11, the display screen 38a of the detailed display monitor 38 displays the house 72 and the approach 73 built on the door-to-side site 71. By displaying details on the detailed display monitor 38 in this way, the crime prevention manager who monitors the monitor can grasp the location of the suspicious person in more detail.

  In addition, as shown in FIG. 7, on the display screen 39 a of the door-to-door monitoring monitor 39, the door-to-door monitoring images of the door-to-door lands 71 and the houses 72 of the residential lot 11 are displayed. The information of the door-to-door monitoring image is output to the management server 31 from the door-to-door home 72 side, and includes privacy information such as an image in the door-to-side site 71 and an indoor image of the door-to-door home 72. For this reason, only when the resident has consented in advance to output the home-by-house monitoring image, the house-by-door monitoring image of the resident's premises 71 and the house 72 is displayed on the door-to-door monitoring monitor 39. Incidentally, since there are a large number of individual houses 72 in the residential lot 11, there are many houses 72 in which the individual monitoring images are displayed on the individual monitoring monitor 39. Therefore, a plurality of door-to-door monitoring monitors 39 are provided, or, as shown in FIG. 7 as a display example, a plurality of display units 65 (four in the figure) are provided on one display screen 39a, and each display unit 65 is provided with each door. Or display the monitoring image of each door. Each display unit 65 may sequentially display the door-to-door monitoring images of different door-to-door houses 72 every predetermined time.

  Returning to FIG. 2 again, the management server 31 has street lamps 46-1 to 46-n provided in large numbers in the residential lot 11 and street lamps 47-1 provided in large numbers along each road outside the residential lot 11. ˜47-n are connected. The management server 31 controls lighting of the street lamps 46 and 47 by outputting a command signal. In this case, a device address is also given to each of the street lamps 46 and 47, and the management server 31 can select an arbitrary street lamp 46 and 47 and perform lighting control thereof. Each street light 46, 47 can be turned on, blinked, and the lighting system such as blinking cycle, and the lighting color can be changed (for example, change from day white or light bulb color to blue, yellow, red, etc.). Change the lighting method and lighting color.

  The lighting control of the street lamps 46 and 47 becomes a warning against a suspicious person existing in the X area. That is, as described above, since the position of the suspicious person in the X region is grasped by the detection information of the detection device 44, the management server 31 specifies the street lamps 46 and 47 around the position and controls the lighting. If implemented, it becomes a threat to suspicious individuals. It also alerts pedestrians in the vicinity. Furthermore, when a crime prevention manager rushes because it is necessary to deal with a suspicious person, it is easy to specify a place where the suspicious person exists.

  Next, home servers 51-1 to 51-n corresponding to each house 72 in the residential lot 11 are connected to the management server 31, and the management server 31 sends a command signal or a suspicious person to each home server 51. Information is output individually and information is received from each home server 51 side.

  Each home server 51 includes a microcomputer including a CPU and various memories, and is installed in each house 72. Each home server 51 is connected to a monitoring camera 52, a home monitor 53, a security device 54, and an entrance lamp 55. Each home server 51 performs operation control of these various devices based on a command signal and suspicious person information received from the management server 31, and transmits monitoring image information of the monitoring camera 52 to the management server 31.

  The monitoring camera 52 as a door-to-door monitoring means is used in the door-to-door site 71 and the door-to-door house 72 of the residential subdivision 11. As many as necessary for crime prevention are installed around the exterior of the building and around the gate. In this case, the surveillance camera 52 is installed using the outer wall of the house 72, a newly installed installation pole, or the like. Then, the periphery of the camera is constantly photographed, and the photographed monitoring image information is sequentially output to the home server 51. Then, the home server 51 outputs the received monitoring image information to the management server 31. In this case, as described above, since the monitoring image captured by the monitoring camera 52 includes privacy information, it is determined whether or not to agree to output the monitoring image at home to the management server 31. 51 is registered in advance. Then, the home server 51 outputs the monitoring image information to the management server 31 only when the consent is registered.

  The in-house monitor 53 is installed on a living room wall of the individual house 72, and has a touch panel display screen 53a for displaying various images, display switching buttons, etc., and a speaker capable of outputting notification sound and sound. is doing. FIG. 8 is a diagram showing a display screen 53 a of the home monitor 53. The images displayed on the display screen 53a include a suspicious person presence display image, a monitoring camera image, and a confirmed house display image. The suspicious person presence display image corresponds to non-resident presence information, and the confirmed house display image corresponds to confirmed house information.

  The display example of the suspicious person presence display image shown in FIG. 8A is displayed when a command for display control of the home monitor 53 is received from the management server 31, and indicates “suspicious person presence”. The character information 81 is displayed blinking in yellow on the display screen 53a. In addition, since the suspicious person in this embodiment is a non-resident who satisfy | fills predetermined conditions, this suspicious person presence display image is equivalent to a non-resident presence display image.

  A confirmation button 82 is also displayed, and the confirmation button 82 is pushed by a resident who has recognized the character information 81 indicating the presence of a suspicious person. The home server 51 grasps that the resident has confirmed the display of the presence of the suspicious person by pressing the confirmation button 82. And the confirmed information that this display has been confirmed is transmitted to the management server 31. The management server 31 grasps the confirmed information about all the houses 72 in the residential lot 11 and centrally manages the information on which house 72 is confirmed. The confirmed information of all the houses 72 is updated every time information is transmitted from the home server 51, and the management server 31 outputs the updated information to each home server 51 as needed.

  The display example of the monitoring camera image shown in FIG. 8B is a captured image by the monitoring camera 52 installed in each house 72, and the image captured by each monitoring camera 52 is displayed on the display screen 53a. Displayed on the part 83. When the above-described confirmation button 82 for the presence of a suspicious person is pushed by the resident, the display image on the display screen 53a is switched to the monitoring camera image. Thereby, the resident can monitor whether there is a suspicious person at home or in the site.

  In this case, by analyzing the monitoring camera image and obtaining the person information of the person included therein, it can be collated with the suspicious person identification information received from the management server 31. If the presence of the suspicious person is grasped as a result of the collation, the home server 51 further alerts the resident with the display screen 53a of the home monitor 53, a speaker, or the like. In addition, a confirmed house display button 84 is also displayed. When the button 84 is pressed by a resident, the display screen 53a is switched to a confirmed house display image.

  The display example of the confirmed house display image shown in FIG. 8C is to display which house 72 of the house-specific houses 72 in the house lot 11 has been confirmed to have the suspicious person presence display image. Yes, a lot land image 85 showing all sections of the house lot 11 is displayed on the display screen 53a. In the condominium image 85, the partition portion 86 corresponding to the home is displayed in an emphasized state so that the location of the home can be grasped at a glance. Further, the section 87 that has been confirmed by operating the confirmation button 82 in the suspicious person presence display image is displayed in a display color such as yellow, while the section 88 that has not yet been confirmed is displayed in a color such as white. Is displayed. In this case, the home server 51 grasps which housed house 72 has been confirmed based on the confirmed information of the housed houses 72 received from the management server 31. A return button 89 for displaying the surveillance camera image on the display screen 53a is also displayed.

  Subsequently, the crime prevention device 54 connected to the home server 51 as in the home monitor 53 includes a locking device such as an entrance door and a window of the door-to-door house 72, a shutter device installed outside the doorway of the garage and the window, Such a locking device. The home server 51 outputs a command signal to these security devices 54 and controls the opening / closing operation thereof. The entrance lamp 55 is illumination provided outside the entrance door, and the home server 51 outputs a command signal to control lighting of the entrance lamp 55. When the suspicious person exists in the area of the residential lot 11, the operation control of the security device 54 and the entrance lamp 55 is performed in the door-to-door house 72 existing in the peripheral area of the suspicious person.

  Whether or not the house 72 is present in the peripheral area of the suspicious person is determined based on the screen block 64 in the area display monitor 37. For this reason, which screen block 64 on the area display monitor 37 includes each individual house 72 is registered in advance in the management server 31. In addition, a screen block to which each individual house 72 belongs and a screen block 64 adjacent thereto are set in advance as peripheral areas.

  The above is the configuration of the regional security system. As can be understood from the above description, in this embodiment, the management server 31 is a non-resident determination unit, a non-resident presence position determination unit, a non-resident status determination unit, a region display control unit, a warning control unit, and a non-resident identification information management. It corresponds to a means, a door-to-door display control means and a streetlight control means.

  Next, a warning control process executed by the management server 31 in this regional security system will be described. This warning control process is executed when there is a suspicious person in the X region. First, the suspicious person determination process which is the premise thereof will be described.

  When a person is detected by the human sensor 41 in the X area which is a specific area, ID authentication is performed on the person. In this authentication process, a request signal is transmitted from the ID communication device 43, and it is determined whether or not an ID code is received from the resident ID terminal Tn as a response. If it is received, the ID code matches the authentication ID code stored in the ID code storage unit 32, so that the person is determined to be a resident of the residential lot 11.

  On the other hand, when the authentication ID code is not received, it is determined as authentication NG, and it is determined that the person is a non-resident who is not a resident of the residential lot 11. In this case, non-resident identification information such as personal information of the non-resident obtained from the monitoring camera 42 is stored in the non-resident information storage unit 33. Based on this non-resident identification information, it is determined whether the non-resident is staying in the X area for a predetermined time (for example, several tens of minutes to one hour). It is recognized that it is a person. Then, identification information regarding the non-resident who has been identified as a suspicious person, the location of the non-resident (specifically, the device address of the detection device 44 that acquired the non-resident identification information), date, stay time in the X region, etc. The information is written in the suspicious person information storage unit 34 as suspicious person information. In addition, about the stay time information in X area | region, counting is continued after that. The reason why staying for a predetermined period of time is set as a condition for suspicious person recognition in this way is that even if it is a non-resident, it includes mere passers-by and the like, and it is not necessary to take security measures for all of them.

  As described above, when the existence of the suspicious person is recognized in the X area, the management server 31 executes various warning control processes. Specifically, the warning control processing includes display control for the various monitors 37 to 39 of the crime prevention management center 21, normal warning control for suspicious persons, and crime prevention control in each individual house 72. Hereinafter, each of these controls will be described sequentially.

  First, the display control for the various monitors 37 to 39 installed in the crime prevention management center 21 is as follows.

  First, based on the presence position information of the suspicious person, the behavior mode and the existence situation of the suspicious person are determined. The contents of the action mode are stay time, action range, dwell time at a specific place, etc., and the contents of the presence status are the number of suspicious persons existing within a predetermined range. Thereafter, on the display screen 37a of the area display monitor 37, based on the non-resident location information stored as suspicious person information, the suspicious person mark 62 and the pointing arrow 63 are displayed on the map information of the X area as shown in FIG. To display. In this case, the suspicious person mark 62 is displayed at the position associated with the device address of the detection device 44 that has acquired the presence position information, that is, the identification information of the suspicious person. The display format differs in display color, shape, size, and movement in accordance with the suspicious person's behavior and presence determined in the above-described determination processing. At the same time, the coordinates of the screen block 64 on which the suspicious person mark 62 is displayed are written in the suspicious person information storage unit 34 as one of the suspicious person information. Thereby, the crime prevention manager of the crime prevention management center 21 can recognize that a suspicious person exists.

  When the screen block 64 that displays the suspicious person mark 62 is selected using the operation unit 35, the detailed map information of the selected screen block 64 and the suspicious person mark 62 are displayed on the detailed display monitor 38 as shown in FIG. To display. Thereby, the crime prevention manager can grasp the position of the suspicious person in more detail.

  Moreover, the door-to-door monitoring image in each door-to-door house 72 is acquired only from the door-to-door house 72 with the resident's consent in advance, and the provided door-to-door monitoring image is displayed on the door-to-door monitoring monitor 39 as shown in FIG. The crime prevention manager monitors the monitoring image of the door-to-door house 72 displayed on the door-to-door monitoring monitor 39, grasps the level of vigilance, necessity of dispatch, etc., and takes necessary measures for the suspicious person.

  Next, normal alert control for a suspicious person is as follows.

  The external communication device 36 informs an external organization such as a mobile phone, a security company, or the police owned by a resident of the residential lot 11 that the suspicious person exists in the X area. In this case, notification to the resident is made through the following process. First, after grasping the resident location, it is determined which screen block 64 of the screen blocks 64 of the area display monitor 37 corresponds to the location. And when a suspicious person exists in the screen block 64 which is the same as or adjoins to the screen block 64 in which a resident exists using the information of the screen block 64 in which the suspicious person mark 62 was displayed among suspicious person information, a mobile phone of the said resident Report to the phone. The mobile phone that has received the report may display a warning that there is a suspicious person nearby on the monitor, or generate vibration or sound.

  Further, based on the suspicious person location information, which is one of the suspicious person information, the street lamps 46 and 47 around the suspicious person are selectively turned on. In this case, it is conceivable to change the lighting format according to the number of suspicious persons present. For example, if it is around one suspicious person, it is lit in yellow, and if it is around multiple suspicious persons, it is lit in red. In addition, if it is the side of 10 or more suspicious persons, it is blinked in a red lighting color. By such lighting control of the street lamps 46 and 47, the suspicious person is notified of the alert, or the surrounding persons are alerted. In addition, when a security administrator or a staff member of an external organization rushes to a site where a suspicious person exists, there is also an advantage that it is easy to specify a place where the suspicious person exists.

  Next, the crime prevention control in each individual house 72 is as follows.

  This security control includes display control of the home monitor 53 and operation control of the security equipment 54 and the entrance lamp 55. In the former display control, when the presence of a suspicious person is recognized, the management server 31 issues a command that triggers the start of control to each home server 51, and each home server 51 takes the lead in accordance with the command. On the other hand, the latter operation control is performed mainly by the management server 31. This crime prevention control is intended only for the door-to-door houses 72 registered in advance, not the door-to-door houses 72 in the residential lot 11.

  First, display control of the home monitor 53 will be described with reference to FIG. FIG. 9 is a diagram showing the stages of images displayed on the home monitor 53. As shown in FIG. 9, the home server 51 that has received a command from the management server 31 first displays a suspicious person display image (see FIG. 8A) on the display screen 53 a of the home monitor 53. . In this state, when the confirmation button 82 is pushed by the resident, the display screen 53a is switched to the monitoring camera image (see FIG. 8B). Based on this display, the resident can monitor whether there is a suspicious person at home or in the site.

  Further, not only such monitoring by the resident, but also by acquiring the suspicious person's identification information together with the command signal from the management server 31 and collating it with the personal information obtained from the monitoring camera image, each home server 51 also monitors the presence of a suspicious person. When the presence of the suspicious person is grasped, further alerting is performed to the resident by using the display screen 53a of the home monitor 53 or a speaker.

  Next, when the confirmed house display button 84 is pressed by the resident, the display on the display screen 53a is switched to the confirmed house display image (see FIG. 8C). With this display, the resident can grasp at a glance the latest information on the section 87 whose suspicious person display has been confirmed. If the return button 89 is pressed, the monitoring camera image is displayed again. For this reason, the resident can display the confirmed house display image at any time when desired while the monitoring camera image is displayed, grasp the state of confirmation in each house 72, and then return to the monitoring camera image again. Can be operated.

  Next, operation control of the crime prevention device 54 and the entrance lamp 55 will be described. The screen block 64 on which the suspicious person mark 62 is displayed is grasped from the suspicious person information, and the individual house 72 associated with the screen block and the screen block 64 adjacent thereto is selected. Assuming that the plurality of selected door-to-door houses 72 exist in the peripheral area of the suspicious person, the operation of the security device 54 and the entrance lamp 55 in the door-to-door house 72 is controlled. As the control content, for example, the crime prevention device 54 is automatically closed if it is in an open state, or the closure operation automatically performed after the crime prevention device 54 is opened by a resident is more than normal. Increase the operating speed. The entrance lamp 55 is blinked as long as the individual house 72 falls in the peripheral area of the suspicious person. Thereby, the crime prevention performance is enhanced in the door-to-door houses 72 around the suspicious person, and the suspicious person is notified that each house 72 is aware of the existence of the suspicious person and is on the alert.

  With the above configuration, the following advantageous effects can be obtained.

  (1) When a person existing in the X region is determined to be a suspicious person, a suspicious person mark 62 is displayed on the display screen 37a of the area display monitor 37 at a location on the map corresponding to the position of the suspicious person. In the display, the display format is different depending on the behavior mode of the suspicious person (for example, staying time, location, etc.) and the existing situation (for example, the number of people). For this reason, the crime prevention manager of the crime prevention management center 21 can grasp at a glance which suspicious person is present in which place in the X region and in which action mode and situation. As a result, even when the warning range is expanded to the outside of the residential subdivision 11, it is possible to determine whether or not the resident needs to be alerted from the display mode of the suspicious person mark 62, and to carry out only necessary alerts. The effectiveness of.

  (2) On the display screen 53a of the home monitor 53, a confirmed house display image is displayed. The resident of the residential lot 11 can check the section 87 that has been confirmed in the residential lot 11 at a glance by checking this image. Thereby, the resident who recognized the existence of the suspicious person can know how much is recognized not only by himself but also in the neighborhood, and can take appropriate measures depending on the degree. For example, if there are many recognized in the neighborhood, you can get a sense of security. If there is little recognition, you can share information about the presence of suspicious individuals in the neighborhood, so that unidentified residents can share information.

  (3) The display screen 37 a of the area display monitor 37 is partitioned into a number of screen blocks 64 by partition lines 61. This is preferable in that the crime prevention manager can easily grasp the display position of the suspicious person mark 62 on the map.

  (4) When a resident exists in the X region, the screen block 64 corresponding to the resident location is grasped. In addition, if there is a suspicious person in the same block as the screen block 64 where the resident is present or an adjacent block using the information of the screen block 64 on which the suspicious person mark 62 is displayed, the mobile phone of the resident is notified. . Thereby, it is possible to alert the resident that there is a non-resident in the vicinity.

  (5) The screen block 64 on which the suspicious person mark 62 is displayed is grasped from the suspicious person information, and the security device 54 and the entrance lamp 55 are connected to the screen block 64 and the door-to-house 72 associated with the screen block 64 adjacent thereto. Control the behavior. Thereby, crime prevention performance can be improved in the door-to-door house 72 existing around the suspicious person.

  (6) The identification information of the suspicious person is managed on the management server 31 side, and each home server 51 obtains the identification information from the management server 31 and uses it and the image of the monitoring camera 52 around the home. Monitor for any suspicious persons. Thus, information management can be made efficient by centrally managing the suspicious person information on the management server 31 side.

  (7) The door-to-door monitoring monitor 39 displays the monitoring camera image at the door-to-door house 72 with the consent on the display screen 39a only when the resident has agreed in advance. Since the surveillance camera image includes privacy information of the resident, it is possible to protect the privacy of the resident by requesting prior consent. In addition, by displaying the monitoring camera image on the door-to-door monitoring monitor 39, it is possible to monitor not only the resident but also the crime prevention manager, and more suspicious persons can be monitored. In this case, not only the consent of image provision on the resident side but also the monitoring work on the crime prevention manager side is performed only after collecting a predetermined fee, this monitoring work can be regarded as a paid service. In this case, if the administrator is a security company or the like, this can be established as one business model.

  (8) The street lamps 46 and 47 are controlled to be turned on for warning against suspicious persons. Thereby, it becomes a threat to a suspicious person, and it can call attention to the person who exists in the circumference that a suspicious person exists. In addition, when a security administrator rushes to a place where a suspicious person exists, there is also an advantage that it is easy to specify the place.

  Note that the present invention is not limited to the embodiment described above, and can be implemented, for example, in the form shown as another example below.

  (A) In the above embodiment, the suspicious person information includes information such as the date, the staying time in the X region, and the coordinates of the screen block 64 on which the suspicious person mark 62 is displayed. For this reason, based on the suspicious person information stored in the suspicious person information storage unit 34, the staying status of the suspicious person can be grasped for each screen block 64 existing in the residential subdivision 11 portion. . For example, as shown in the table of FIG. 10, the presence frequency of a suspicious person is low in a certain screen block 64, and the presence of a suspicious person is short in another screen block 64 where the stay time and the total stay time are short. The frequency is high, and the stay time is long and the total stay time is long. In this case, information that does not specify a suspicious person may be used as shown in the figure, or information that includes specification of a suspicious person may be used. In the latter case, more detailed information can be obtained in consideration of the behavioral form and presence status of each suspicious person.

  For this reason, using such information is useful in providing advice on crime prevention measures to residents. In this case, it is conceivable that the management server 31 grasps the countermeasure information, outputs it to each home server 51 and displays it on the home monitor 53 for advice. In addition, information may be output to a management server on the house manufacturer side, and the person in charge of the manufacturer may advise the resident.

  For example, the following may be considered as the content of the crime prevention countermeasure advice given by the person in charge of the management server 31 or the house maker. For inhabitants of the door-to-door house 72 associated with the screen block 64 with low necessity for countermeasures against suspicious persons, such as intercom, sensor light installed on the outer wall, window lattice installed on the outdoor side of the window, etc. Propose installation. If there is a high need for countermeasures against suspicious persons, in addition to the intercom described above, a surveillance camera, the installation of a shutter device that can be opened and closed only by the top few slats even when closed, and security patrols by security managers are proposed. To do. If the necessity is intermediate, it is suggested to install various devices except for patrol.

  Furthermore, it is not limited to the proposal only for the door-to-door house 72 as described above, but an approach recording device for recording images of all persons and vehicles entering the house subdivision 11 may be installed. FIG. 11 is a diagram illustrating an installation example of the approach recording apparatus. As shown in FIG. 11, the residential subdivision 11 exists facing the road, and a gate 92 is installed at the entrance from the road to the road 91 in the subdivision 11. An entrance recording device 93 is installed at the gate 92. The approach recording device 93 includes a monitoring camera that captures the entire area of the entrance to the road 91 and an ID receiver that receives the ID codes of the intruder and the approaching vehicle. In addition, notification signboards 94 are installed on both sides of the entrance to the road 91, and the transmission sign 95a and the receiving part 95b of the entry detection sensor 95 are provided on the notice signboards 94 so as to face each other. As shown in the figure, the notice sign 94 indicates that a recording system has been introduced.

  In this configuration, when the entry detection sensor 95 detects that a person or vehicle has entered the road 91, the entry recording device 93 determines whether the entry person and the entering vehicle are in accordance with whether or not a pre-registered ID code has been received. Determine whether the vehicle is a resident or a resident-owned vehicle. And when that is denied, the surveillance camera is driven and the image of the person or the vehicle is recorded. Thereby, the record can be used for warning against a suspicious person. In addition, the presence of the notice signboard 94 can make a suspicious person feel intruded.

  (B) In the above embodiment, human detection is performed by the human sensor 41. However, since the vehicle may enter a region X by riding a vehicle such as an automobile, a detection sensor for detecting the vehicle is installed. Also good. In addition to determining whether a person is a resident or a non-resident using an ID code assigned to a person, an ID code assigned to a vehicle by an ETC vehicle-mounted device, etc., and a resident using a number displayed on the license plate of the vehicle Or non-resident may be determined.

  (C) In the above embodiment, when a person detected in the X region is a non-resident, the person is recognized as a suspicious person by staying in the region for a predetermined time. For example, a warning process may be performed immediately assuming that the person is a suspicious person. In addition, it is not determined whether or not the person is a suspicious person based only on the staying time, but if the image captured by the surveillance camera 42 is analyzed and the information falls in advance as suspicious clothes or behavior patterns, the non-resident May be authorized as a suspicious person. In addition, personal information such as face information may be stored in advance as suspicious person information for a person who has been determined to be a suspicious person in advance, such as a wanted criminal or a fugitive.

  (D) In the above embodiment, the normal warning control, which is a warning for a suspicious person, is merely a notification to the outside and the lighting control of the street lamps 46 and 47. Other warning contents such as installing a speaker and selectively outputting an alarm sound from speakers around the suspicious person may be implemented.

  (E) In the above embodiment, in the normal alert control for the suspicious person and the crime prevention control in the door-to-door house 72, the control content is not provided with a stage, but it may be provided. For example, when there is a suspicious person who stays in the residential subdivision 11 for a long time, the caution level for the suspicious person may be raised and control with a higher degree of caution may be performed. As control content with a high degree of vigilance, for example, reporting to the outside is performed only when the vigilance level is raised, the presence of a suspicious person on the home monitor 53 is made stronger, or in the absent house 72 The content such as lighting the lighting device can be considered.

  (F) In the above embodiment, when there is a suspicious person in the area of the elementary school 12, in the vicinity thereof, or in the school road 14, the primary school 12 may be further alerted. For example, reporting to the elementary school 12 using the external communication device 36, installing a monitor in the elementary school 12, displaying suspicious person information on the monitor, and controlling the operation of the crime prevention equipment (such as a surveillance camera or a locking device) of the elementary school 12 You may make it.

  (G) In the above embodiment, the crime prevention control in each individual house 72 is controlled only for the house 72 registered in advance. For this reason, prior registration is required in order to receive commands from the management server 31 and receive suspicious person information during security control. It replaces with this and it is good also considering all the door-to-door houses 72 which exist in residential subdivision 11 as the object of crime prevention control.

  (H) In the above embodiment, a specific area (X area) common to all residents of the residential lot 11 is set, but the specific attribute (female, elementary school student, elderly person, etc.) to which the resident belongs and the specific area May be associated with each other. In this case, the attribute codes are also stored in the memories M1 to Mn of the ID terminals T1 to Tn owned by the resident. For example, since the X area includes the elementary school 12 and the school road 14, this is associated with the attribute of elementary school student, and if it is determined that there is a suspicious person in the X area, The security control may be performed on the resident's door-to-door house 72 having the attribute of elementary school student.

  (I) In the above embodiment, the suspicious person mark 62 and the pointing arrow 63 are displayed on the area display monitor 37 and the detailed display monitor 38, but the resident of the residential subdivision 11 may also be displayed by the resident mark. . Thereby, the presence position of a suspicious person and the existence position of a resident can be grasped on the screens 37a and 38a. For example, a resident who is heading for a place where a suspicious person is present is alerted. A wider range of vigilance can be performed.

  (J) In the above embodiment, the confirmed house display image displayed on the home monitor 53 displays the suspicious person presence display image in which house-specific house 72 has been confirmed as the subdivision image 85. It may be indicated by a number whether it is confirmed in a particular house, or the confirmed house 72 may be identified by an address or the like and listed in a table.

  (K) In the above embodiment, the unique ID code given to the ID terminals T1 to Tn is used as the ID information for determining whether it is a resident or a non-resident. Personal information such as face information obtained based on the information may be used as ID information for resident identification. In this case, the monitoring camera 42 becomes a resident identification information acquisition unit.

  (L) In the above embodiment, the suspicious person mark 62 as non-resident information is displayed on the display screen 37a of the area display monitor 37. However, in addition to or instead of the suspicious person mark 62, other time such as staying time is displayed. You may make it display the information regarding a suspicious person.

  11 ... Residential land, 31 ... Management server (non-resident identification means, non-resident presence position grasping means, non-resident behavior mode judging means, area display control means, resident presence position grasping means, warning control means, door-to-door warning control means, Non-resident identification information management means, door-to-door display control means, streetlight control means), 34 ... suspicious person information storage unit (non-resident display storage means), 37 ... area display monitor (area display means), 37a ... display screen, 39 ... Door-to-door monitoring monitor (door-to-door image display means), 41 ... human sensor (person detection means), 42 ... monitoring camera (non-resident identification information acquisition means), 43 ... ID communication device (resident identification information acquisition means), 46, 47 ... Streetlight, 51 ... Home server (house-side display control means, door-to-door security control means), 52 ... Monitoring camera (door-to-door monitoring means) 53 ... Home monitor (house-side display means), 53a ... Display screen, 62 ... Unusable Who mark (non-resident information), 64 ... screen block, 72 ... door-to-door house, X ... X region (specific region).

Claims (10)

A regional security system that guards specific areas including residential subdivisions,
A person detecting means provided in the specific area for detecting a person existing in the specific area;
Resident identification information acquisition means for acquiring identification information of a resident who is also provided in the specific area and lives in the residential subdivision,
When a person is detected by the person detection means, based on the acquisition result of the resident identification information, a non-resident determination means for determining that the person is not the resident,
Non-resident presence location grasping means for grasping the location of the non-resident identified as a non-resident by the non-resident discrimination means;
Non-resident behavior mode determining means for determining the non-resident behavior mode;
Area display means for displaying map information of the specific area on a display screen;
The region so as to display non-resident information in a display format according to the behavior mode of the non-resident at a location on the map information corresponding to the non-resident's existing position grasped by the non-resident existence grasping means. Area display control means for controlling the display means;
A regional security system characterized by having   The regional security according to claim 1, wherein the regional display control means displays at least one of color, shape, size, and movement as a display format for displaying the non-resident information. system.   The area security system according to claim 1 or 2, wherein the display screen of the area display means is divided into a plurality of screen blocks. A resident location grasping means for grasping the location of the resident;
Knowing which screen block of the display screen corresponds to the location on the map information corresponding to the location of the non-resident and the resident, at least the same block as the screen block where the resident exists If there is a non-resident in the alarm control means for warning the non-resident,
The regional security system according to claim 3, further comprising:   Ascertaining which screen block of the display screen corresponds to each house in the residential subdivision, and if the non-resident exists at least in the same block as the screen block to which the house belongs, The regional security system according to claim 3 or 4, further comprising a door-by-door warning control means for performing warning in the city.   Non-resident display storage means for storing which of the screen blocks of the display screen displays the non-resident information on which screen block is displayed together with information on the behavior mode of the non-resident displayed on the information. The regional security system according to any one of claims 3 to 5, characterized in that: Non-resident identification information acquisition means for acquiring identification information of a person provided in the specific area and determined as a non-resident by the non-resident determination means;
A non-resident identification information management means for managing the acquired non-resident identification information;
A door-to-door crime prevention control means that is provided in a door-to-door house in the residential lot and that implements a crime prevention control in each individual house based on the non-resident identification information acquired from the non-resident identification information management means;
The regional security system according to any one of claims 1 to 6, further comprising: A door-to-door monitoring means for obtaining a door-to-door monitoring image for each house,
Provided on the side of the administrator responsible for regional security, door-to-door image display means for displaying the door-to-door monitoring image on a display screen,
A door-to-door display control means for controlling the door-to-door image display means to display the door-to-door monitoring image on the condition that the consent of the resident is registered in advance;
The regional security system according to any one of claims 1 to 7, further comprising: In the specific area, many street lamps are installed on the road in the area,
2. A streetlight control means for selectively selecting a streetlight around a non-resident presence location grasped by the non-resident presence location grasping means and controlling lighting of the streetlight for non-resident warning. 9. The regional security system according to any one of items 8. A house-side display means provided in each house of the residential land for sale,
Confirmation on the display screen of the housing-side display means that the non-resident presence information indicating that the non-resident exists in the specific area and that the non-resident presence information is confirmed at each house in the residential subdivision Housing-side display control means for displaying completed housing information;
The regional security system according to any one of claims 1 to 9, further comprising:

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