JP4647537B2 - Security system, sensor monitoring device, actuator monitoring device, management server device, security method, and computer program - Google Patents

Description

  The present invention relates to a security system, a sensor monitoring device, an actuator monitoring device, a management server device, a security method, a computer program, and a recording medium for monitoring abnormalities mainly in a house.

  2. Description of the Related Art Conventionally, home security systems are known that detect anomalies using various devices for crime prevention in buildings, particularly houses. Such a security system has functions such as threatening with a light or sound, taking a picture with a camera, and reporting to neighboring residents and security companies when a thief is about to enter. ing. In addition, a function for detecting an abnormality such as a fire or a gas leak and a function for reporting an emergency or emergency need are provided (see, for example, Patent Document 1 and Patent Document 2).

A general configuration of such a conventional security system includes a monitoring device such as a sensor for detecting an abnormality such as a gas leak or a fire, an actuator for notifying an alarm buzzer, and the like, and for controlling these monitoring devices. The main device is installed in a house, and the monitoring device and the main device are connected.
JP 2001-126173 A JP-A-8-273075

  However, in the conventional security system, as described above, it is necessary to arrange the main device in the house and connect the main device to each monitoring device. In addition, there is a problem that it takes a lot of time to examine the arrangement and connection.

  In addition, since the number and type of monitoring devices depend on the specifications of the main unit, if the size and specifications of the main unit are limited due to the structure of the house, the number and type of monitoring units will be limited accordingly. There is a problem of being done.

  In addition, the number and type of appropriate monitoring equipment, arrangement, and operation differ depending on the size and structure of the house, the lifestyle pattern and preferences of the residents, but it is difficult to create a main device suitable for all. A lot of cost. In addition, once a main device or monitoring device is installed in a house, the number and types of interfaces or the size of storage capacity are fixed. There is a problem that it is not possible to flexibly change the arrangement or add or change functions according to changes in lifestyle patterns or preferences.

  The present invention has been made to solve the above problems, and its purpose is to allow the placement and change of monitoring equipment without depending on the structure in a building such as a house, and to add functions more flexibly. It is an object of the present invention to provide a security system, a sensor monitoring device, an actuator monitoring device, a management server device, a security method, a computer program, and a recording medium.

In order to solve the above problems, the present invention is directed to a security system that detects an abnormality relating to a building and performs processing for the detected abnormality, and a sensor control unit that detects a state relating to the building as sensor information, and the sensor information is a radio signal. A sensor monitoring device having a wireless communication unit that transmits the wireless signal, a base station device that receives the wireless signal, a management server device that is connected to the base station device and has a monitoring control unit that performs processing based on the sensor information; The sensor monitoring device periodically transmits a registration request including sensor monitoring device identification information of its own device for sensor monitoring device identification to the base station device, and the base station device performs the registration. Along with the request, the sensor monitoring device identification information and the base station identification information of its own device for identifying the base station device are sent to the management server device. And Shin, the management server device, a security system and performs the association memory with the sensor monitoring device identification information the base station identification information.

  Further, according to the present invention, in the invention described above, the monitoring control unit determines whether or not to perform processing for dealing with an abnormality based on the sensor information and preset determination information. When it is determined that processing for dealing with the abnormality is performed, information indicating the abnormality is transmitted to a preset transmission destination.

  According to the present invention, in the above-described invention, the actuator monitoring unit includes an actuator control unit that performs processing for dealing with a building abnormality, and a wireless communication unit that receives a wireless signal including control information for controlling the actuator control unit. The monitoring control means includes a device, determines whether or not to perform processing for dealing with the abnormality based on the sensor information and preset determination information, and performs processing for dealing with the abnormality. The base station device transmits the control information as a radio signal, the actuator monitoring device receives the radio signal, and receives the received radio signal. The actuator control unit is controlled by a control signal included in the signal.

  Further, according to the present invention, in the invention described above, the monitoring control unit records the sensor information in an internal storage area, and when new sensor information is input, the monitoring information is recorded in the internal storage area. A process for dealing with the abnormality is performed in accordance with the contents of the sensor information and the newly input sensor information.

  In the invention described above, the monitoring control unit deals with the abnormality based on a plurality of pieces of sensor information transmitted from the plurality of sensor monitoring devices and preset determination information. It is characterized by determining whether to perform processing.

Further, according to the present invention, in the above-described invention, the actuator monitoring device periodically transmits a registration request including the actuator monitoring device identification information of the own device for identifying the actuator monitoring device to the base station apparatus. Then, the base station device transmits the actuator monitoring device identification information and the base station identification information of the own device for identifying the base station device to the management server device together with the registration request, and performs the management. in the server apparatus performs the association memory with the actuator monitoring device identification information the base station identification information, when transmitting the control signal in the management server device, based on the storage of the correspondence, the destination actuator monitoring A control signal is transmitted to a base station apparatus corresponding to the device.

  Further, the present invention is the invention described in the above, wherein the management server device has belonging area storage means for storing an belonging area where the sensor monitoring device exists, and the sensor server device detects a sensor from the sensor monitoring device. When the information is received, the monitoring control unit is selected based on the belonging area stored in the area storage unit.

Further, the present invention is the above-described invention, wherein the base station device measures a reception strength value of a radio signal transmitted from the sensor monitoring device or the actuator monitoring device, and calculates the reception strength value, Transmitting to the management server device via the base station device, the management server device detecting position information of the sensor monitoring device or the actuator monitoring device based on the received intensity value Features.

In addition, the present invention receives a wireless signal from a sensor monitoring device, and based on the registration request, the sensor monitoring device identification information for identifying the sensor monitoring device and the base station device identification together with the registration request. A base station device that transmits base station identification information of a device to a management server device; and a monitoring control unit that is connected to the base station device and performs processing for an abnormality that has occurred in a building; and the sensor monitoring device identification In a security system including a management server device that stores information and the base station identification information in association with each other, the sensor monitoring device is disposed at a position where the state related to the building can be detected, and the state related to the building is detected by the sensor information. possess a sensor controller for detecting a wireless communication unit which transmits the sensor information by radio signals, as the sensor monitoring device, the sensor superintendent apparatus own Periodically transmits the registration request including the device identification information to the base station apparatus, a sensor monitoring device, characterized in that.

The present invention also includes a sensor control unit that detects a state related to a building as sensor information, a sensor monitoring device having a wireless communication unit that transmits the sensor information by a wireless signal, an actuator monitoring device, and the wireless signal, A base station device that transmits actuator monitoring device identification information for identifying the actuator monitoring device together with the registration request based on a registration request and base station identification information of the own device for base station device identification to a management server device; A management server device connected to the base station device, having monitoring control means for processing an abnormality occurring in the building, and storing the correspondence between the actuator monitoring device identification information and the base station identification information in the security system with the door, an actuator monitoring equipment, the abnormality processing to deal building An actuator control section for, and a wireless communication unit that receives a radio signal containing the control information for controlling the actuator control unit, the actuator monitoring equipment, said registration request including an actuator monitoring device identification information of the equipment Is periodically transmitted to the base station apparatus .

The present invention also includes a sensor control unit that detects a state related to a building as sensor information, a sensor monitoring device that includes a wireless communication unit that transmits the sensor information by a radio signal, a base station device that receives the radio signal, A management server device in a security system comprising a management server device connected to a base station device, comprising monitoring control means for performing processing for an abnormality occurring in the building based on the sensor information, the sensor Based on a registration request that includes sensor monitoring device identification information of its own device for identifying the sensor monitoring device that the monitoring device periodically transmits to the base station device, the base station device requests the registration request from the management server device. Together with the sensor monitoring device identification information for identifying the sensor monitoring device and the base station identification information of the own device for identifying the base station device, The management server device to associate the storage of the sensor monitoring device identification information and base station identification information, it is a management server apparatus according to claim.

The present invention also includes a sensor control unit that detects a state related to a building as sensor information, a sensor monitoring device that includes a wireless communication unit that transmits the sensor information by a radio signal, a base station device that receives the radio signal, A security method in a security system, comprising a management server device having a monitoring control means connected to a base station device and performing processing for an abnormality occurring in the building, wherein the sensor monitoring device identifies the sensor monitoring device. Periodically transmitting a registration request including sensor monitoring device identification information of its own device to the base station device, and the base station device, together with the registration request sent from the sensor monitoring device, the sensor The monitoring device identification information and the base station identification information of the own device for identifying the base station device are transmitted to the management server device. A step, the management server apparatus, and performing a mapping of the memory of the sensor monitoring device identification information the base station identification information, the sensor monitoring device, a step of detecting a condition relating to the building as the sensor information, the A step in which the sensor monitoring device transmits the detected sensor information by a radio signal; a step in which the base station device receives a radio signal from the sensor monitoring device; and a step in which the management server device receives in the base station device And a step of causing the monitoring control means to perform processing based on the sensor information included in the wireless signal.

The present invention also includes a sensor control unit that detects a state related to a building as sensor information, a sensor monitoring device that includes a wireless communication unit that transmits the sensor information by a radio signal, a base station device that receives the radio signal, A computer for a management server device in a security system having a management server device connected to a base station device for functioning as a monitoring control means for performing processing for an abnormality occurring in the building based on the sensor information The base station apparatus is a computer program based on a registration request including sensor monitoring apparatus identification information of its own apparatus for identifying the sensor monitoring apparatus that the sensor monitoring apparatus periodically transmits to the base station apparatus. Identify the sensor monitoring device identification information and base station device to be transmitted together with the registration request to the management server device Based on the base station identification information of the own device in order, the computer of the management server device, is a computer program for functioning as means for causing the correspondence stored in the sensor monitoring device identification information and base station identification information .

  According to the present invention, a security system includes a sensor control unit that detects a state related to a building as sensor information, a sensor monitoring device that includes a wireless communication unit that transmits the sensor information using a wireless signal, and a base station device that receives the wireless signal. And a management server device having a monitoring control means connected to the base station device and performing processing based on the sensor information. Thereby, since the sensor information detected by the sensor monitoring device is transmitted to the management server device as a wireless signal, the sensor monitoring device can be easily arranged and rearranged. In addition, the management server device can determine whether or not there is an abnormality based on the sensor information, and cause the monitoring control unit to execute processing to avoid. In addition, when a function for determining the presence / absence of an abnormality is to be added and changed, it can be easily realized only by adding and changing the monitoring control means. Therefore, addition of a new sensor monitoring device or replacement with an existing sensor monitoring device can be easily performed.

  Further, according to the present invention, the monitoring control means according to the security system determines whether or not to perform processing for dealing with the abnormality based on the sensor information and the determination information set in advance. When it is determined that processing to deal with is performed, information indicating abnormality is transmitted to a preset transmission destination. As a result, when the sensor monitoring device detects abnormality information, it is possible to transmit information indicating the abnormality and report the occurrence of the abnormality to the user or the guard.

  According to the present invention, in the security system, there is provided an actuator monitoring device having an actuator control unit that performs processing for dealing with a building abnormality and a wireless communication unit that receives a wireless signal including control information for controlling the actuator control unit. The monitoring control means determines whether to perform processing for dealing with the abnormality based on the sensor information and preset determination information, and determines to perform processing for dealing with the abnormality, The control information is transmitted to the actuator monitoring device, the base station device transmits the control information as a radio signal, the actuator monitoring device receives the radio signal, and the actuator control unit receives the control signal included in the received radio signal. It was set as the structure which controls. Thereby, the actuator monitoring device can be easily arranged and rearranged. In addition, an additional change of the function for avoiding the change can be easily realized only by adding and changing the monitoring control unit and the actuator monitoring device. Therefore, addition of a new actuator monitoring device or replacement with an existing actuator monitoring device can be easily performed.

  According to the present invention, the monitoring control means according to the security system records the sensor information in the internal storage area, and when new sensor information is input, the sensor information recorded in the internal storage area and the new information are newly recorded. According to the content of the sensor information input to, processing to deal with the abnormality is performed. This makes it possible to determine whether or not to perform a process for avoiding an abnormality based on the tendency of sensor information detected in the past.

  Further, according to the present invention, the monitoring control means according to the security system performs processing for dealing with an abnormality based on a plurality of sensor information transmitted from a plurality of sensor monitoring devices and preset determination information. It was set as the structure which determines whether or not. Thereby, since the process which avoids abnormality can be performed based on the sensor information detected from the several sensor monitoring apparatus, it becomes possible to raise the precision of the determination criterion of process execution.

  According to the present invention, in the security system, a registration request is transmitted from the sensor monitoring device to the base station device, and the base station device includes sensor monitoring device identification information for identifying the sensor monitoring device together with the registration request, and the base station. The base station identification information for identifying the device is transmitted to the management server device, the management server device stores the association between the sensor monitoring device identification information and the base station identification information, and transmits the control signal in the management server device. At this time, the sensor information is transmitted to the base station apparatus corresponding to the sensor monitoring device that has issued the sensor information. This makes it possible to record which base station device has the sensor monitoring device or the actuator monitoring device, and when performing processing to avoid the abnormality, the sensor monitoring device of the sensor notification information transmission source Based on the presence location and the location where the actuator monitoring device group exists, an actuator monitoring device to be operated can be selected for avoidance, and control information to be transmitted to the selected actuator monitoring device can be selected by a specific base station. It can be transmitted to the device.

  Further, according to the present invention, in the security system, the management server device has belonging area storage means for storing the belonging area where the sensor monitoring device exists, and the management server device receives sensor information from the sensor monitoring device. The monitoring control means is selected based on the belonging area stored in the area storage means. Thus, for sensor information detected by a sensor monitoring device existing in a predetermined area, an actuator control unit of the actuator monitoring device previously associated with the area can be activated to avoid an abnormality. It becomes possible.

  Further, according to the present invention, in the security system, the sensor monitoring device or the actuator monitoring device measures the reception strength value of the radio signal transmitted from the base station device and passes the reception strength value via the base station device. Then, transmission is performed to the management server device, and the management server device is configured to detect the position information of the sensor monitoring device or the actuator monitoring device based on the received intensity value. Thereby, since it is possible to record the absolute position information based on the radio signal transmitted from the sensor monitoring device and the actuator monitoring device, it is not necessary to set the actuator monitoring device corresponding to the area in advance, It becomes possible to activate the actuator control unit of the actuator monitoring device existing within a certain distance with the sensor monitoring device existing in the area as the center.

  According to the present invention, the sensor monitoring device includes a sensor control unit that detects a state related to a building as sensor information, and a wireless communication unit that transmits the sensor information using a radio signal. Thereby, since the sensor information detected by the sensor monitoring device is transmitted as a wireless signal, the sensor monitoring device can be easily arranged and changed.

  Further, according to the present invention, the actuator monitoring device includes an actuator control unit that performs processing for dealing with a building abnormality, and a wireless communication unit that receives a wireless signal including control information for controlling the actuator control unit. It was. As a result, the actuator control unit can be activated by the transmitted radio signal, so that the actuator monitoring device can be easily arranged and changed.

  Moreover, according to this invention, the management server apparatus was set as the structure provided with the monitoring control means which performs the process with respect to the abnormality which generate | occur | produced in the said building based on the sensor information which a sensor monitoring apparatus detects. Thereby, the sensor information detected by the sensor monitoring device is transmitted to the management server device as a radio signal, and the management server device can cause the monitoring control unit to execute processing for avoiding the abnormality based on the sensor information. Furthermore, even when a function for avoiding an abnormality is added or changed, it can be easily performed only by adding or changing the monitoring control means.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
(First embodiment)
FIG. 1 is a schematic block diagram showing a security system 1 according to the first embodiment of the present invention. The security system 1 includes a sensor monitoring device 10 installed in a building 100 such as a house, an actuator monitoring device 20, a base station device 50 that relays a radio signal between these monitoring devices, and a monitoring device. And a management server system 200 that detects an abnormality that has occurred in the home 100 based on information transmitted from, and performs processing for avoiding the abnormality.

  The communication method in the security system 1 is, for example, the following suitable for transmitting and receiving a small amount of data wireless signals to and from the Internet, a wireless data communication network operated by a mobile phone carrier, and a large amount of terminals. A combination of wireless networks such as the wide area ubiquitous network shown in the reference will be applied (reference: Hiroshi Saito, Masahiro Umehira, Masahiro Morikura, consideration for wide area ubiquitous network infrastructure, electronic information IEICE Transactions B, Vol. J88-B, No. 11, pp2128-2136, IEICE 2005).

  In the security system 1, an ID (IDentifier) that can be uniquely identified is assigned in advance to the sensor monitoring device 10 and the actuator monitoring device 20. The sensor monitoring device 10 includes a sensor control unit 11 and a wireless communication unit 12. The sensor control unit 11 includes a sensor for detecting a surrounding state inside. When a value measured by the sensor exceeds a threshold value set in advance, the sensor control unit 11 determines that the value is abnormal and sets the value as abnormality information. Output as.

  Note that the sensor monitoring device 10 does not determine whether the sensor is abnormal or not, and periodically measures and outputs the measured sensor information or only when the measured value has changed. It is also possible to configure so that sensor information is output according to a preset operation method, such as outputting sensor information at the time of change, or outputting sensor information measured only when a threshold value is exceeded. . In this case, the management server system 200 that has received the sensor information determines whether the sensor information is abnormal, and the sensor information determined to be abnormal by the determination is processed as the abnormal information.

  In addition, as an operation method of the sensor monitoring device 10, it is possible to output sensor information only when there is a request from the management server system 200 side. As a result, sensing processing and communication processing need only be performed when the management server system 200 requires them, and wasteful processing can be suppressed.

  When the wireless communication unit 12 periodically transmits registration request information including the ID of its own device to the management server system 200 via the base station device 50 as a wireless signal, abnormal information is output from the sensor control unit 11. Then, the abnormality notification information including the abnormality information and the ID of the own device is transmitted to the management server system 200 via the base station device 50 as a radio signal. Here, for example, when the sensor provided inside is a fire sensor, the amount of change in smoke or heat generated in the event of a fire becomes the abnormality information. Further, when the sensor is a magnet sensor or the like that searches for opening / closing of a door, information indicating an open state and a closed state is abnormal information.

  The actuator monitoring device 20 includes an actuator control unit 21 and a wireless communication unit 22. The wireless communication unit 22 periodically transmits registration request information including the ID of its own device to the management server system 200 via the base station device 50 using a wireless signal. In addition, the actuator monitoring device 20 receives the radio signal transmitted from the base station device 50, and when the ID included in the received radio signal is the ID of the own device, reads out the control information included in the radio signal and Input to the controller 21. The actuator control unit 21 is activated based on control information input from the wireless communication unit 22. Specifically, driving of an actuator provided in the actuator control unit 21, for example, a switch driving device, is started, and an operation of switching the switch to an ON state or an OFF state is performed.

  The base station device 50 is assigned a base station device address that can be uniquely identified in advance, and performs communication by radio signals between the sensor monitoring device 10 and the actuator monitoring device 20 installed in a plurality of homes.

  In the base station device 50, the wireless communication unit 51 receives a wireless signal transmitted from the wireless communication unit 12 of the sensor monitoring device 10 and inputs information included in the received wireless signal to the communication unit 52. In addition, when information is input from the communication unit 52, the wireless communication unit 51 transmits a wireless signal including the information. The communication unit 52 is connected to the wireless communication management server device 60 of the management server system 200. When information is input from the wireless communication unit 51, the base station device address is added to the input information and wireless communication management is performed. It transmits to the server device 60. In addition, the communication unit 52 inputs information transmitted from the wireless communication management server device 60 to the wireless communication unit 51.

  The management server system 200 is a system that performs processing for avoiding the abnormality based on the abnormality information indicating the abnormality of the home 100 detected by the sensor monitoring device 10, and includes the wireless communication management server device 60 and the security management server device. 70.

  In the management server system 200, the wireless communication management server device 60 is a device that mainly manages path information indicating communication destinations, a communication selection unit 61, a base station device address storage unit 62, and a security management server. And a device address storage unit 63. The security management server device address storage unit 63 has a data configuration as shown in FIG. 3B. The security management server device address storage unit 63 includes the ID assigned to the sensor monitoring device 10 and the actuator monitoring device 20 in advance and the security management server device 70. Are stored in association with addresses such as IP (Internet Protocol) addresses assigned to.

  In FIG. 1, only one security management server device 70 is shown, but a plurality of security management server devices 70 may exist. In this case, the security management server device address storage unit 63 performs security corresponding to each ID. The address of the management server device 70 is stored.

  The communication selection unit 61 is connected to the communication unit 52 of the base station device 50 on the one hand and to the communication selection unit 71 of the security management server device 70 on the other hand. Further, the communication selection unit 61 receives from the communication unit 52 information in which the registration request information including the ID assigned to the sensor monitoring device 10 or the actuator monitoring device 20 is associated with the base station device address of the base station device 50. In this case, the ID included in the registration request information and the base station apparatus address are recorded in association with each other in the base station apparatus address storage unit 62 having the data configuration shown in FIG. In addition, when the communication selection unit 61 receives abnormality notification information including abnormality information from the communication unit 52 of the base station device 50, the communication selection unit 61 performs security management corresponding to the ID of the sensor monitoring device 10 as the transmission source included in the abnormality notification information. The server device address is read from the security management server device address storage unit 63, and abnormality notification information is transmitted to the read security management server device address.

  In FIG. 1, only one base station device 50 is shown, but a plurality of base station devices 50 may exist. In this case, the base station device address storage unit 62 has different base station device addresses for each ID. Will be recorded.

  In the management server system 200, the security management server device 70 is a device that performs processing for avoiding the abnormality based on the abnormality information indicating the abnormality of the home 100 detected by the sensor monitoring device 10, and includes a communication selection unit 71, A corresponding function storage unit 72 and a plurality of monitoring control units 75-1 to 75-n provided in association with the sensor monitoring device 10 are provided. The corresponding function storage unit 72 has the data configuration shown in FIG. 3C, and the ID of the sensor monitoring device 10 and the monitoring control units 75-1 to 75-75 provided corresponding to the sensor monitoring device 10 in advance. -N reference information is stored in association with each other. Here, for example, when the monitoring control units 75-1 to 75-n are configured by a computer program, the reference information is a TCP (for communication with a process in which the computer program is operating ( Information on a combination of port numbers of Transmission Control Protocol is applied. In addition, a plurality of monitoring control units 75-1 to 75-n may be associated with one sensor monitoring device 10, and in this case, a plurality of reference information is stored in advance for one ID. become.

  The communication selection unit 71 is connected to the communication selection unit 61 of the wireless communication management server device 60, receives the abnormality notification information transmitted from the communication selection unit 61 of the wireless communication management server device 60, and is included in the received abnormality notification information The reference information of the monitoring control units 75-1 to 75-n corresponding to the IDs to be read is read from the corresponding function storage unit 72, and the abnormality notification information is transmitted to the monitoring control units 75-1 to 75-n of the read reference information. Further, when the communication selection unit 71 receives information from the monitoring control units 75-1 to 75-n, the communication selection unit 71 transmits the received information to the communication selection unit 61 of the wireless communication management server device 60.

  Each of the monitoring control units 75-1 to 75-n is given uniquely identifiable reference information, is provided in association with the sensor monitoring device 10, and is included in the abnormality notification information received from the communication selection unit 71. Based on the abnormality information detected by the sensor monitoring device 10, a process for notifying a user, a guard, or the like information indicating an abnormality, or when the sensor provided in the sensor monitoring device 10 is a gas sensor, for example, a gas that opens and closes the gas main plug The actuator monitoring device 20 having the main plug switch as an actuator is activated.

  Here, a specific example of the sensor monitoring device 10 will be described with reference to FIG. FIG. 2 is a diagram illustrating an example of a sensor provided in the sensor monitoring device 10 installed in a general house. The magnet sensor 111 is a sensor that detects the open / closed state of a door or window. The safe sensor 112 is a sensor that detects whether the safe is destroyed or removed. The space sensor 113 is a sensor that detects infrared rays generated from the human body. The gas sensor 114 is a sensor that detects gas leakage. The jalousie sensor 115 is a sensor that detects opening of a specially configured window such as a bathroom. The fence sensor 117 is a sensor that detects the presence or absence of an intruder from the fence. The fire sensor 118 is a sensor that detects the amount of change in smoke and heat generated during a fire. The infrared sensor 120 is a sensor that detects the presence or absence of a blocking object on the opposite side of the infrared ray. The glass sensor 121 is a sensor that detects glass breakage. The emergency call button 116 is a sensor that does not detect the surrounding state autonomously, but detects that the button has been pressed when a person in the house is depressed. The emergency call button 119 is also a sensor that does not autonomously detect the surrounding state but detects that the button has been pressed when the button is pressed in an emergency state.

  As a specific example of the actuator monitoring device 20, a lock provided for a gas main plug of a gas stove, a gas main plug switch for opening and closing the gas main plug, a lock for a door or a window, and the like for locking and unlocking the lock. There are control switches.

  Next, processing of the security system 1 according to the first embodiment will be described with reference to FIGS.

  First, a process for registering a communication path in the wireless communication management server device 60 will be described with reference to FIGS. 4 and 5. FIG. 4 is a flowchart showing processing of the base station device 50. As described above, the wireless communication unit 12 of the sensor monitoring device 10 and the wireless communication unit 22 of the actuator monitoring device 20 periodically transmit registration request information including the ID of its own device as a wireless signal. The radio communication unit 51 of the base station device 50 receives the radio signal (step Sa1). The wireless communication unit 51 inputs registration request information included in the received wireless signal to the communication unit 52. The communication unit 52 associates its own base station device address with the input registration request information and transmits it to the wireless communication management server device 60 (step Sa2).

FIG. 5 is a flowchart showing processing of the wireless communication management server device 60 that has received information including registration request information and a base station device address from the base station device 50.
First, the communication selection unit 61 of the wireless communication management server device 60 receives information including registration request information and a base station device address from the communication unit 52 of the base station device 50 (step Sb1). The communication selection unit 61 records the ID included in the registration request information included in the received information in association with the base station device address in the base station device address storage unit 62 (step Sb2).

  4 and 5, the wireless communication management server device 60 can record which base station device 50 the latest sensor monitoring device 10 and actuator monitoring device 20 are communicating with, for example, It becomes possible to detect to which base station device 50 control information for starting the actuator monitoring device 20 may be transmitted according to information stored in the base station device address storage unit 62.

  Next, processing of the security management server device 70 will be described with reference to FIGS.

FIG. 6 is a flowchart showing processing until the security management server device 70 receives the abnormality information detected by the sensor monitoring device 10.
First, the sensor of the sensor control unit 11 of the sensor monitoring device 10 detects abnormality information, and the wireless communication unit 12 transmits abnormality notification information including the abnormality information and the ID of the sensor monitoring device 10 by a wireless signal ( Step Sc1). The radio signal is received by the radio communication unit 51 of the base station device 50, and the radio communication unit 51 inputs abnormality notification information included in the radio signal to the communication unit 52. The communication unit 52 transmits the abnormality notification information to the communication selection unit 61 of the wireless communication management server device 60 (step Sc2). The communication selection unit 61 of the wireless communication management server device 60 reads the ID from the received abnormality notification information, and reads the address of the security management server device 70 corresponding to the read ID from the security management server device address storage unit 63 (Step Sc3). ). And the communication selection part 61 transmits abnormality notification information to the security management server apparatus 70 corresponding to the read address (step Sc4).

  FIG. 7 is a flowchart showing processing related to the monitoring control unit 75-1 shown in FIG. As shown in FIG. 1, the monitoring controller 75-1 stores e-mail address information and threshold values in advance in an internal storage area.

  The communication selection unit 71 of the security management server device 70 receives the abnormality notification information from the communication selection unit 61 of the wireless communication management server device 60 by the processing of FIG. Then, the communication selection unit 71 reads the ID included in the abnormality notification information, and reads the reference information of the monitoring control units 75-1 to 75-n corresponding to the read ID from the corresponding function storage unit 72. Here, the reference information of the monitoring control unit 75-1 is read out. And the communication selection part 71 transmits abnormality notification information to the monitoring control part 75-1. When the monitoring control unit 75-1 receives the abnormality notification information (step Sd1), the monitoring control unit 75-1 determines whether or not the value indicated by the abnormality information included in the abnormality notification information exceeds a threshold value stored therein (step Sd2). ). When the value indicated by the abnormality information exceeds the threshold stored therein, the monitoring control unit 75-1 includes information indicating the abnormality with the e-mail address stored in advance in the internal storage area as the transmission destination. An electronic mail is transmitted (step Sd3). On the other hand, when the value indicated by the abnormality information does not exceed the threshold stored therein, the monitoring control unit 75-1 ends as it is.

  The information indicating the abnormality transmitted by e-mail includes the ID of the sensor monitoring device 10 as the transmission source or the information indicating the position in the house 100 associated with the ID and the ID of the sensor monitoring device 10 indicated by the ID. Information such as type may be included.

  Also, instead of sending it by e-mail, an external program or the like is started to display information indicating an abnormality on the screen, or an alarm buzzer connected to the security management server device 70 is sounded. May be.

  By setting the transmission destination of the e-mail as a user or a guard through the above processing, the user and the guard can quickly take measures for avoiding the abnormality.

  FIG. 8 is a flowchart showing processing of the monitoring control unit 75-2 shown in FIG. As illustrated in FIG. 1, the monitoring control unit 75-2 stores in advance an ID of the transmission destination actuator monitoring device 20, control information for starting the actuator of the actuator monitoring device 20, and a threshold value in an internal storage area. is doing. Processing until the security management server device 70 receives the abnormality information from the sensor monitoring device 10 is as described in FIG.

  The communication selection unit 71 of the security management server device 70 reads the ID included in the abnormality notification information received from the communication selection unit 61 of the wireless communication management server device 60, and the monitoring control units 75-1 to 75-75 corresponding to the read ID. The reference information of −n is read from the corresponding function storage unit 72. Here, the reference information of the monitoring control unit 75-2 is read out. And the communication selection part 71 transmits abnormality notification information to the monitoring control part 75-2. When the monitoring control unit 75-2 receives the abnormality notification information (step Se1), the monitoring control unit 75-2 determines whether or not the value indicated by the abnormality information included in the abnormality notification information exceeds a threshold value stored therein (step Se2). ). When the value indicated by the abnormality information included in the abnormality notification information exceeds the threshold stored in the monitoring control unit 75-2, the ID and control information of the transmission destination actuator monitoring device stored therein Is read (step Se3). The monitoring control unit 75-2 transmits the read ID and control information to the communication selection unit 71 (step Se4). The communication selection unit 71 transmits the received ID and control information to the communication selection unit 61 of the wireless communication management server device 60 (step Se5). The communication selection unit 61 of the wireless communication management server device 60 reads the base station device address corresponding to the ID received from the communication selection unit 71 from the base station device address storage unit 62, and the base station device 50 of the read base station device address. Information including ID and control information is transmitted to

  When the communication unit 52 of the base station device 50 receives the information including the ID and the control information from the communication selection unit 61, the communication unit 52 inputs the information to the wireless communication unit 51, and the wireless communication unit 51 transmits a wireless signal including the ID and the control information. . The actuator monitoring device 20 receives the radio signal transmitted from the base station device 50, determines whether or not the ID included in the received radio signal matches the ID of the own device, and matches the ID of the own device. In this case, the control information included in the radio signal is input to the actuator control unit 21. The actuator control unit 21 activates the actuator based on the input control information.

  On the other hand, in step Se2, if the value indicated by the abnormality information included in the abnormality notification information does not exceed the threshold stored therein, the monitoring control unit 75-1 terminates as it is.

  Through the above processing, the security management server device 70 can activate the actuator of the actuator monitoring device 20 corresponding to the sensor monitoring device 10 based on the abnormality information detected by the sensor monitoring device 10. It is possible to avoid the abnormality detected by.

  FIG. 9 is a flowchart showing processing of the monitoring control unit 75-n shown in FIG. As shown in FIG. 1, the monitoring control unit 75-n has history information in which abnormal information received in the past is sequentially recorded in an internal storage area. Although not shown in FIG. 1, the monitoring control unit 75-n is configured such that the e-mail address information stored in the monitoring control unit 75-1 or the ID stored in the monitoring control unit 75-2 is stored. Information of control information is stored. The processing until the security management server device 70 receives the abnormality information from the sensor monitoring device 10 is as described in FIG.

  The communication selection unit 71 of the security management server device 70 reads the ID included in the abnormality notification information received from the communication selection unit 61 of the wireless communication management server device 60, and the monitoring control units 75-1 to 75-75 corresponding to the read ID. The reference information of −n is read from the corresponding function storage unit 72. Here, the reference information of the monitoring control unit 75-n is read out. And the communication selection part 71 transmits abnormality notification information to the monitoring control part 75-n. When the monitoring control unit 75-n receives the abnormality notification information (step Sf1), the monitoring control unit 75-n determines whether or not the value indicated by the abnormality information included in the abnormality notification information and the history information stored therein satisfy a predetermined condition. Determination is made (step Sf2). For example, as a predetermined condition, it can be applied that the value indicated by the abnormality information included in the abnormality notification information received from the communication selection unit 71 is equal to or less than the average value of the values indicated by the abnormality information of the history information. When the predetermined condition is satisfied, the monitoring control unit 75-n performs a predetermined process (step Sf3). Here, in the case where an e-mail address is stored as in the above-described monitoring control unit 75-1, the predetermined process is to send information indicating abnormality with the e-mail address as a transmission destination by e-mail. If the ID and control information are stored as in the monitoring control unit 75-2, the process for transmitting the ID and control information to the communication selection unit 71 is applicable.

  With the above processing, the security management server device 70 can perform processing for avoiding the abnormality detected by the sensor monitoring device 10 based on the abnormality information detected by the sensor monitoring device 10 and the past abnormality information. .

  7 to 9, the monitoring control units 75-1 to 75-n may perform monitoring processing for avoiding an abnormality based on abnormality information obtained from a plurality of sensor monitoring devices. Good.

  7 and 8, the threshold value is used as the determination information serving as a reference for the determination. However, the determination information is not limited to the threshold value. For example, the abnormality information may be used to open and close the door of the magnet sensor or the like. If it is something to detect, the abnormality information is not a value, but it is either `` open state '' or `` closed state '', so if it is abnormal that the door is open, As the determination information, “open state” is set.

  With the configuration of the first embodiment described above, the management server system 200 is provided with a function corresponding to the main device, so that it is not necessary to arrange the main device in the house 100. Further, the sensor monitoring device 10 transmits abnormality information detected by a wireless signal, and the actuator monitoring device 20 activates the actuator control unit 21 based on the control information received by the wireless signal. It becomes unnecessary and can be easily arranged in the home 100, and the arrangement can be easily changed even after the arrangement is performed once.

  Further, since the management server system 200 is provided with a function corresponding to the main device, it is possible to easily change the number and type of the sensor monitoring device 10 and the actuator monitoring device 20. Specifically, even when the user requests the user to change the number or type of the sensor monitoring device 10 or the actuator monitoring device 20 or add a new monitoring device, the monitoring control of the security management server device 70 is performed. It becomes possible to easily respond to the request simply by adding or changing the sections 75-1 to 75-n.

  In addition, when the monitoring control units 75-1 to 75-n are configured by computer programs as described above, the change described above may be modification of a setting file read by the monitoring control units 75-1 to 75-n, The process of applying the patch to the execution file can be realized by the user or the administrator of the management server system 200. Such a change process can also be realized by remote operation using a protocol such as HTTP (HyperText Transfer Protocol) or Telnet if a security server 70 is started up with a Web server or Telnet server.

(Second Embodiment)
Next, the security system 2 according to the second embodiment of the present invention will be described with reference to FIGS. 10 to 12. In the security system 2 of the second embodiment, the home 100 is divided into a plurality of areas in advance, and when abnormality information is detected by the sensor monitoring device 10, an abnormality occurs according to the area where the sensor monitoring device 10 exists. It is possible to set a process for avoiding the problem. In the schematic block diagram of the security system 2 in FIG. 10, the same components as those in the security system 1 of the first embodiment are denoted by the same reference numerals, and different configurations will be described below.

  The security management server device 70a in the management server system 200a of the second embodiment includes individual monitoring control units 75a-1 to 75a-n corresponding to the monitoring control units 75-1 to 75-n in the first embodiment. . The individual monitoring control units 75a-1 to 75a-n read out the report type information corresponding to the abnormality notification information received from the communication selection unit 71 from the internal storage area, and generate the time information from the timekeeping means such as a clock provided therein. Is transmitted to the area security unit 76 to be described later, including its own reference information, report type information, occurrence time information, and abnormality information. Further, the individual monitoring control units 75a-1 to 75a-n receive the above-described notification content information transmitted from the area security unit 76, and the monitoring control unit 75-1 of the first embodiment according to the notification content information. ~ 75-n processing to send e-mail, processing to send information including ID and control information to the actuator monitoring device 20 via the wireless communication management server device 60 and the base station device 50, etc. I do. Here, the notification type information stored in the internal storage area is stored in advance in the internal storage area corresponding to the ID of the sensor monitoring apparatus 10, and the contents thereof include the information of the sensor monitoring apparatus 10. A character string or identification information indicating a monitoring target is applied. Specifically, when the sensor monitoring device 10 that has transmitted the abnormality notification information is a sensor that detects the intrusion of a suspicious person, “suspicious person” that is a character string indicating the state is stored.

  The corresponding function storage unit 72a has the same data configuration as the corresponding function storage unit 72 of the first embodiment, and the reference information of the individual monitoring control units 75a-1 to 75a-n corresponding to the ID of the sensor monitoring device 10 Are stored in association with each other. In the first embodiment, the reference information of all the monitoring control units 75-1 to 75-n is associated with any ID. However, in the second embodiment, the sensor monitoring device 10 displays abnormality information. In addition to processing based on the abnormality notification information received from the communication selection unit 71 when detected, there are individual monitoring control units 75a-1 to 75a-n for processing based on the report content information received from the area security unit 76. Therefore, all or part of the individual monitoring control units 75a-1 to 75a-n is associated with the ID.

  As shown in FIG. 11B, the report type management storage unit 78 stores a plurality of report type management tables provided for each area. Each report type management table includes items of “report type” and “ It has an item of “reference information of the individual monitoring control unit”. In the “report type”, the report type information output from the individual monitoring control units 75a-1 to 75a-n described above is set in advance. In the “reference information of the individual monitoring control unit”, reference information of the individual monitoring control units 75a-1 to 75a-n to be processed corresponding to the report type information is set in advance.

  The affiliation area storage unit 77 has a data configuration shown in FIG. 11A, and includes reference information of the individual monitoring control units 75a-1 to 75a-n and affiliation areas, that is, divided areas of the home 100. The reference information of the associated message type management table is stored in association with each other. Here, for the reference information of the report type management table, a head address where each of the plurality of report type management tables stored in the report type management storage unit 78 is stored is applied.

  The area security unit 76 receives the report content information transmitted from the individual monitoring control units 75a-1 to 75a-n, and belongs to the reference information of the report type management table corresponding to the reference information included in the received report content information. Read from the area storage unit 77. Further, the area security unit 76 reads the reference information of the individual monitoring control units 75a-1 to 75a-n corresponding to the report type information from the report type management table corresponding to the read reference information, and corresponds to the read reference information. The report content information is transmitted to the individual monitoring control units 75a-1 to 75a-n.

  Next, processing of the security system 2 according to the second embodiment will be described with reference to FIG. First, after the sensor monitoring device 10 detects abnormality information and the process corresponding to FIG. 6 of the first embodiment is performed, the communication selection unit 71 of the security management server device 70a displays abnormality notification information including the abnormality information. Receive. The communication selection unit 71 reads the reference information of the corresponding individual monitoring control units 75a-1 to 75a-n from the ID included in the received abnormality notification information from the corresponding function storage unit 72a, and the individual monitoring corresponding to the read reference information Abnormality notification information is transmitted to the control units 75a-1 to 75a-n.

  The individual monitoring control units 75a-1 to 75a-n read out the notification type information corresponding to the received abnormality notification information from the internal storage area, acquire the occurrence time information that is the time information when received from the time measuring means, Report content information including report type information, occurrence time information, own reference information, and abnormality notification information is transmitted to the area security unit 76 (step Sg1). The area security unit 76 reads the reference information of the report type management table corresponding to the reference information of the individual monitoring control units 75a-1 to 75a-n included in the received report content information from the belonging area storage unit 77 ( Step Sg2). The area security unit 76 refers to the report type management table corresponding to the read reference information in the report type management storage unit 78, and the individual monitoring control units 75a-1 to 75a corresponding to the report type information included in the report content information. Read -n reference information (step Sg3). Then, the area security unit 76 transmits the report content information to the individual monitoring control units 75a-1 to 75a-n corresponding to the read reference information (step Sg4). The individual monitoring control units 75a-1 to 75a-n that have received the report content information avoid an abnormality based on the report type information included in the report content information, the occurrence time information, and the abnormality information included in the abnormality notification information. Processing, that is, processing for transmitting information indicating abnormality by e-mail or processing for starting the actuator control unit 21 of the actuator monitoring device 20 is performed.

  In the configuration of the second embodiment, the above-described area is not limited to the inside of the house 100. For example, when there are a plurality of houses, the process may be performed across some of the plurality of houses. Good. Specifically, when the presence of an intruder is detected by a sensor monitoring device 10 in a certain house, processing such as sounding an alarm buzzer may be performed by the actuator monitoring device 20 in the surrounding housing.

  Furthermore, a sensor information transfer function to other individual monitoring control units and a sensor information transfer request receiving function from other individual monitoring control units may be added to the individual monitoring control units 75a-1 to 75a-n. Thereby, when it is detected from the sensor information from a certain sensor monitoring device 10 that the intruder may exist in the corresponding individual monitoring control unit, it corresponds to another center in the area. It becomes possible to request the individual monitoring control unit to transfer the sensor information, acquire information from other sensors in the area, and more accurately detect the presence or absence of an intruder.

  With the above processing, the security system 2 can configure the individual monitoring control units 75a-1 to 75a-n for processing to be performed when abnormality information is detected by the sensor monitoring device 10 in units of processing. Therefore, a new function can be added only by adding the individual monitoring control units 75a-1 to 75a-n, and the function can be easily changed because it is divided into processing units.

  In addition, the security system 2 belongs to the individual monitoring control units 75a-1 to 75a-n to be executed for each report type information corresponding to the abnormality information when the abnormality information is detected according to the area of the home 100. It can be set in advance in the area storage unit 77 and the report type management storage unit 78. As a result, it is possible to flexibly change the type of security service in the home 100 simply by changing the functions of the individual monitoring control units 75a-1 to 75a-n of the security management server device 70a.

(Third embodiment)
Next, the security system 3 according to the third embodiment will be described with reference to FIGS. 13 to 16. Similar to the security system 2 of the second embodiment, the security system 3 of the third embodiment divides the home 100 into a plurality of areas in advance, and when the sensor monitoring device 10 detects abnormality information, This is a system that performs processing for avoiding an abnormality in accordance with the area where the monitoring device 10 exists.

  However, the security system of the second embodiment is not executed in advance as in the second embodiment, but is executed based on the actual position information of the sensor monitoring device 10 and the actuator monitoring device 20. 2 and the configuration is different. In the schematic block diagram of the security system 3 in FIG. 13, the same reference numerals are given to the same configurations and functions as the security system 1 of the first embodiment and the security system 2 of the second embodiment, and different configurations will be described below. .

  The security system 3 according to the third embodiment includes a plurality of base station devices 50a and 50b. Each base station device 50a, 50b includes wireless communication units 51a, 51b and communication units 52a, 52b, respectively. When the wireless communication units 51a and 51b communicate with the sensor monitoring device 10 and the actuator monitoring device 20 by wireless signals and receive registration request information from the sensor monitoring device 10 and the actuator monitoring device 20 by wireless signals, The reception intensity value of the radio signal is measured, time information is acquired from a timekeeping means such as an internal clock, and the communication intensity of the reception intensity value, the time information, and the registration request information included in the radio signal is received by each communication unit 52a. , 52b. When the reception strength value, time information, and registration request information are input from the corresponding wireless communication units 51a, 51b, the communication units 52a, 52b enter their base station apparatus addresses in the reception strength value, time information, and registration request information. In addition, it transmits to the communication selection part 61b of the radio | wireless communication management server apparatus 60b.

  The wireless communication management server device 60b has a configuration added to the communication selection unit 61b and newly includes a positioning unit 65, a base station device position storage unit 66, and a monitoring device position storage unit 67. In the wireless communication management server device 60b, the communication selection unit 61b is connected to the plurality of base station devices 50a and 50b, the positioning unit 65, and the communication selection unit 71b of the security management server device 70b. When the communication selection unit 61b receives information including registration request information, reception intensity value, time information, and base station device address from the base station devices 50a and 50b, the communication selection unit 61b transmits the received information to the positioning unit 65. When the communication selection unit 61b receives a search request including the ID of the sensor monitoring device 10 that is the transmission source of the abnormality information from the area security unit 76b via the communication selection unit 71b, the communication selection unit 61b receives the ID from the monitoring device position storage unit 67. The ID of the actuator monitoring device 20 existing within a certain distance from the sensor monitoring device 10 is retrieved and read, and the search result including the read ID is transmitted to the area security unit 76b via the communication selection unit 71b.

  Here, the range of the constant distance is the actuator monitoring device that is to be operated according to the abnormality information detected by the sensor monitoring device 10 when the sensor monitoring device 10 is arranged in an area partitioned in advance in the home 100. It is a range including the arrangement position. Specifically, if the coordinates of the sensor monitoring device 10 are (X, Y), a range of a circle having a radius t centered at (X, Y), or ( Settings are made within a square range having vertices at (X-t, Y-t), (X-t, Y + t), (X + t, Y-t), (X + t, Y + t).

  The monitoring device position storage unit 67 records the ID of the sensor monitoring device 10 and the ID of the actuator monitoring device 20 together. For example, the range of the ID value of the sensor monitoring device 10 and the actuator monitoring device Only the actuator monitoring device 20 may be searched by dividing the range of 20 ID values in advance.

  The base station apparatus location storage unit 66 has the data configuration shown in FIG. 14A, and latitude and longitude information as absolute position information is stored in advance for each base station apparatus address.

  When the positioning unit 65 receives the reception intensity value, the time information, the registration request information, and the base station device address from the communication selection unit 61b, the positioning unit 65 is the registration request information including the ID of the same sensor monitoring device 10, and the other base station device Wait until information associated with the address is received. In addition, when the positioning unit 65 receives information of a combination of a plurality of reception intensity values, time information, registration request information, and base station apparatus address, the received plurality of reception intensity values and time information corresponding to the reception intensity values Based on the above, the relative position information of the sensor monitoring device 10 is calculated based on the positions of the base station devices 50a and 50b. Further, the positioning unit 65 reads out absolute position information including the latitude and longitude of each base station device 50a, 50b corresponding to the base station device address received from the base station device position storage unit 66, and is relative to the read absolute position information. As shown in FIG. 14B, the absolute position information of the sensor monitoring device 10 is calculated based on the position information of the typical sensor monitoring device 10, and the calculated absolute position information is associated with the ID included in the registration request information. Recorded in the monitoring device position storage unit 67.

  Unlike the notification type management storage unit 78 of the second embodiment, the notification type management storage unit 78b of the third embodiment stores one communication type management table as shown in FIG. When the communication selection unit 71b receives the abnormality notification information from the communication selection unit 61b of the wireless communication management server device 60b, the communication selection unit 71b displays the reference information of the individual monitoring control units 75a-1 to 75a-n corresponding to the IDs included in the abnormality notification information. The abnormality notification information is transmitted to the individual monitoring control units 75a-1 to 75a-n corresponding to the read and read reference information. The communication selection unit 71b is connected to the area security unit 76b, transmits a search request from the area security unit 76b to the communication selection unit 61b of the wireless communication management server device 60b, and receives the search result from the communication selection unit 61b. Then, the search result is transmitted to the area security unit 76b.

  When the area security unit 76b receives the communication content information from the individual monitoring control units 75a-1 to 75a-n, the individual security control unit corresponding to the notification type management storage unit 78b based on the report type information included in the communication content information. Read the reference information of 75a-1 to 75a-n. Further, the area security unit 76b reads the ID of the sensor monitoring device 10 as the transmission source from the abnormality notification information of the communication content information received from the individual monitoring control units 75a-1 to 75a-n, and issues a search request including the read ID. It transmits to the communication selection part 61b of the radio | wireless communication management server apparatus 60b via the communication selection part 71b, and receives the search result including the list | wrist of the ID of the actuator monitoring apparatus 20 from the said communication selection part 61b. Further, the area security unit 76b receives the reference information of the individual monitoring control units 75a-1 to 75a-n corresponding to the ID of the actuator monitoring device 20 received from the communication selection unit 61b of the wireless communication management server device 60b. The reference information that is the reference information that is read from and read out from 72a and that is the reference information of the individual monitoring control units 75a-1 to 75a-n that is read out from the report type management storage unit 78b is selected. The report content information is transmitted to the individual monitoring control units 75a-1 to 75a-n.

  Next, processing of the positioning unit 65 of the wireless communication management server device 60b of the third embodiment will be described with reference to FIG. Here, the positioning of the absolute position information of the sensor monitoring device 10 will be described as an example, but the positioning of the actuator monitoring device 20 can also be performed by the same processing.

  First, the base station device 50a receives registration request information periodically transmitted from the sensor monitoring device 10 by a radio signal. The radio communication unit 51a of the base station device 50a measures the received intensity value of the received radio signal, acquires time information from the time measuring means provided therein, and is included in the received intensity value, time information, and radio signal. The registration request information is input to the communication unit 52a. When the reception intensity value, time information, and registration request information are input, the communication unit 52a adds its own base station device address to the information and transmits it to the communication selection unit 61b of the wireless communication management server device 60b. Since the communication selection unit 61b includes the registration request information in the received information, the communication selection unit 61b associates the ID included in the received registration request information with the received base station apparatus address while transmitting the received information to the positioning unit 65. At the same time, it is recorded in the base station apparatus address storage unit 62.

  When the positioning unit 65 receives the reception intensity value, time information, registration request information, and base station apparatus address from the communication selection unit 61b, the positioning unit 65 reads the ID of the sensor monitoring device 10 included in the registration request information, and uses the same ID as the ID. It waits to receive from the communication selection unit 61b information including registration request information that includes different base station apparatus addresses.

  When the base station device 50b receives the wireless signal from the sensor monitoring device 10 in the same manner as the base station device 50a, the positioning unit 65 receives the reception intensity value, time information, registration request information, and base station device from the communication selection unit 61b. The base station apparatus address of 50b is received.

  The positioning unit 65 that has received information from the base station device 50b during standby is based on a plurality of reception intensity values that are transmitted from the base station devices 50a and 50b and time information corresponding to the reception intensity values. Relative position information of the sensor monitoring device 10 is calculated based on the positions of the station devices 50a and 50b (step Sh1). Next, the positioning unit 65 reads absolute position information including the latitude and longitude of each base station device 50a, 50b corresponding to the base station device address received from the base station device position storage unit 66, and the read absolute position information and Based on the relative position information of the sensor monitoring device 10, the absolute position information of the sensor monitoring device 10 is calculated (step Sh2). Then, the positioning unit 65 records the calculated absolute position information in the monitoring device position storage unit 67 in association with the ID of the sensor monitoring device 10 included in the registration request information (Step Sh3).

  Through the above processing, the wireless communication management server device 60b calculates the absolute position information of the sensor monitoring device 10 and the actuator monitoring device 20 based on the wireless signal of the registration request information transmitted by the sensor monitoring device 10 and the actuator monitoring device 20. It becomes possible to do. Further, since the registration request information is periodically transmitted, even if the positions of the sensor monitoring device 10 and the actuator monitoring device 20 are changed, the absolute position information after the change is transmitted at least periodically for transmitting the registration request information. Since it can be recorded in the monitoring device position storage unit 67 after the interval, the actuator monitoring always existing in a range of a certain distance from the sensor monitoring device 10 used as a search reference in the search processing of the communication selection unit 61b described later. The device 20 can be searched.

  Next, processing of the security management server device 70b according to the third embodiment will be described with reference to FIG. Through the same processing as in the second embodiment, the individual monitoring control units 75a-1 to 75a-n read out the report type information from the internal storage area, read out the report type information, occurrence time information, own reference information, and abnormality The notification information is transmitted to the area security unit 76b (step Si1).

  The area security unit 76b reads the reference information of the corresponding individual monitoring control units 75a-1 to 75a-n from the report type management storage unit 78b based on the report type information included in the received communication content information. Here, the read list of the reference information of the individual monitoring control units 75a-1 to 75a-n is set as list 1 (step Si2). Further, the area security unit 76b reads the ID of the sensor monitoring device 10 as the transmission source from the abnormality notification information of the communication content information received from the individual monitoring control units 75a-1 to 75a-n, and issues a search request including the read ID. It transmits to the communication selection part 61b of the radio | wireless communication management server apparatus 60b via the communication selection part 71b (step Si3).

  When the communication selection unit 61b receives a search request including the ID of the sensor monitoring device 10 that is the transmission source of the abnormality information from the area security unit 76b via the communication selection unit 71b, the communication selection unit 61b receives the sensor of the ID from the monitoring device position storage unit 67. The ID of the actuator monitoring device 20 existing within a certain distance from the monitoring device 10 is searched and read, and the search result including the read ID is transmitted to the area security unit 76b via the communication selection unit 71b (step Si4). ).

  When the area security unit 76b receives the search result including the list of IDs of the actuator monitoring device 20 from the communication selection unit 61b, the area security unit 76b corresponds to the reference information of the individual monitoring control units 75a-1 to 75a-n corresponding to the received ID. Read from the storage unit 72a. Here, the read list of the reference information of the individual monitoring control units 75a-1 to 75a-n is set as list 2 (step Si5).

  The area security unit 76b selects the reference information included in both the list 1 and the list 2, and transmits the report content information to the individual monitoring control units 75a-1 to 75a-n of the selected reference information ( Step Si6). The individual monitoring control units 75a-1 to 75a-n that have received the report content information are information indicating an abnormality based on the report type information included in the report content information, the occurrence time information, and the abnormality information included in the abnormality notification information. Is sent by e-mail, or the actuator of the actuator monitoring device 20 is activated.

  In the configuration of the third embodiment, the above-described area is not limited to the area inside the home 100. For example, when there are a plurality of houses, processing is performed across some of the plurality of houses. Also good. Specifically, when the presence of an intruder is detected by a sensor monitoring device 10 in a certain house, processing such as sounding an alarm buzzer may be performed by the actuator monitoring device 20 in the surrounding housing.

  In addition, the positioning unit 65 of the third embodiment detects position information of the sensor monitoring device 10 and the actuator monitoring device 20 based on the received intensity value and the time information. However, the present invention is not limited to this embodiment. For example, positioning using only one of the reception intensity value and the time information is also possible. Further, instead of the positioning unit 65, the sensor monitoring device 10 and the actuator monitoring device 20 may be provided with a device such as a GPS (Global Positioning System) or a gyro, and position information detected by the device may be used. is there.

  Through the above processing, the security system 3 is a wireless signal of registration request information transmitted from the sensor monitoring device 10 or the actuator monitoring device 20 even when the arrangement of the sensor monitoring device 10 or the actuator monitoring device 20 is changed. Based on the absolute position information can be detected. Accordingly, it is not necessary to set security service processing based on the arrangement of the sensor monitoring device 10 and the actuator monitoring device 20 in advance, and the actuator monitoring device 20 existing within a certain distance from the sensor monitoring device 10 that has detected an abnormality. Thus, it is possible to perform processing for avoiding the abnormality.

  The security system of the present invention corresponds to the security systems 1, 2, and 3 described above. The management server device of the present invention corresponds to the management server systems 200, 200a, and 200b. The monitoring control means of the present invention corresponds to the monitoring control sections 75-1 to 75-n and the individual monitoring control sections 75a-1 to 75a-n, and the corresponding function storage means corresponds to the corresponding function storage sections 72 and 72a. Correspondingly, the communication selection means corresponds to the communication selection units 71 and 71b of the security management server device. The wireless communication management means of the present invention corresponds to the wireless communication management server devices 60 and 60b of the management server system. The belonging area storage unit of the present invention corresponds to the belonging area storage unit 77, and the report type management storage unit corresponds to the report type management storage units 78 and 78b. The positioning means of the present invention corresponds to the positioning unit 65. The area security means of the present invention corresponds to the area security units 76 and 76b.

  The wireless communication management server device and the security management server device of the management server system of the first embodiment, the second embodiment, and the third embodiment described above have a computer system therein. The processing of the communication selection unit, positioning unit, and communication management unit of the security management server device, the monitoring control unit, the individual monitoring control unit, and the area security unit described above can be read by a computer in the form of a program. The above processing is performed by the computer reading and executing the program stored in a recording medium. Here, the computer-readable recording medium means a magnetic disk, a magneto-optical disk, a CD-ROM, a DVD-ROM, a semiconductor memory, or the like. Alternatively, the computer program may be distributed to the computer via a communication line, and the computer that has received the distribution may execute the program.

It is a schematic block diagram which shows the structure of the security system in 1st Embodiment of this invention. It is the figure which showed the specific example of the sensor monitoring apparatus in the house of 1st Embodiment. It is the figure which showed the data structure of the memory | storage part in 1st Embodiment. It is the flowchart which showed the process of the base station apparatus in 1st Embodiment. It is the flowchart which showed the process of the radio | wireless communication management server apparatus in 1st Embodiment. It is the flowchart which showed the process until abnormality information in 1st Embodiment is transmitted to a security management server apparatus. It is the flowchart which showed the process (the 1) of the monitoring control part in 1st Embodiment. It is the flowchart which showed the process (the 2) of the monitoring control part in 1st Embodiment. It is the flowchart which showed the process (the 3) of the monitoring control part in 1st Embodiment. It is a schematic block diagram which shows the structure of the security system in 2nd Embodiment of this invention. It is the figure which showed the data structure of the memory | storage part in 2nd Embodiment. It is the flowchart which showed the process of the security management server apparatus in 2nd Embodiment. It is a schematic block diagram which shows the structure of the security system in 3rd Embodiment of this invention. It is the figure which showed the data structure of the memory | storage part in 3rd Embodiment. It is the flowchart which showed the process of the positioning part in 2nd Embodiment. It is the flowchart which showed the process of the security management server apparatus in 2nd Embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Security system 10 Sensor monitoring apparatus 11 Sensor control part 12 Wireless communication part 20 Actuator monitoring apparatus 21 Actuator control part 22 Wireless communication part 50 Base station apparatus 51 Wireless communication part 52 Communication part 200 Management server system 60 Wireless communication management server apparatus 61 Communication Selection unit 62 Base station device address storage unit 63 Security management server device address storage unit 70 Security management server device 71 Communication selection unit 72 Corresponding function storage unit 75-1 to 75-n Monitoring control unit 100

Claims (13)

In a security system that detects abnormalities related to buildings and processes the detected abnormalities,
A sensor control unit that detects a state related to a building as sensor information, and a sensor monitoring device having a wireless communication unit that transmits the sensor information by a wireless signal;
A base station device for receiving the radio signal;
A management server device connected to the base station device and having monitoring control means for performing processing based on the sensor information;
Equipped with a,
The sensor monitoring device periodically transmits a registration request including sensor monitoring device identification information of its own device for sensor monitoring device identification to the base station device,
The base station device transmits the sensor monitoring device identification information and the base station identification information of its own device for identifying the base station device together with the registration request to the management server device,
The security server characterized in that the management server device stores correspondence between the sensor monitoring device identification information and the base station identification information . The monitoring control means includes
Based on the sensor information and the determination information set in advance, it is determined whether or not processing for dealing with the abnormality is performed,
2. The security system according to claim 1, wherein when it is determined that processing for dealing with the abnormality is performed, information indicating the abnormality is transmitted to a preset transmission destination. An actuator control unit having an actuator control unit that performs processing to cope with a building abnormality, and a wireless communication unit that receives a wireless signal including control information for controlling the actuator control unit;
The monitoring control means determines whether or not to perform processing for dealing with an abnormality based on the sensor information and preset determination information,
When it is determined that the processing to deal with the abnormality is performed, the control information is transmitted to the actuator monitoring device,
The base station device transmits the control information as a radio signal,
The security system according to claim 1, wherein the actuator monitoring device receives the wireless signal and controls an actuator control unit by a control signal included in the received wireless signal. The monitoring control means includes
When the sensor information is recorded in an internal storage area and new sensor information is input, the abnormality is determined according to the content of the sensor information recorded in the internal storage area and the newly input sensor information. The security system according to any one of claims 1 to 3, wherein a process for dealing with the above is performed. The monitoring control means includes
5. It is determined whether or not to perform processing for dealing with the abnormality based on a plurality of pieces of sensor information transmitted from a plurality of the sensor monitoring devices and preset determination information. The security system according to any one of the above. The actuator monitoring device periodically transmits a registration request including the actuator monitoring device identification information of its own device for identifying the actuator monitoring device to the base station device,
In the base station device, the actuator monitoring device identification information and the base station identification information of the own device for identifying the base station device are transmitted to the management server device together with the registration request.
Wherein the management server apparatus performs mapping of storage with the actuator monitoring device identification information the base station identification information,
In transmitting control signals in the management server device from claim 3, wherein transmitting the control signal to the base station apparatus based on the storage of the association, corresponding to the destination actuator monitoring equipment The security system according to any one of 5. The management server device has belonging area storage means for storing an belonging area where the sensor monitoring device exists,
7. The monitoring control unit is selected based on an affiliation area stored in the area storage unit when sensor information is received from the sensor monitoring device in the management server device. 8. The security system according to any one of the above. The base station device measures a reception strength value of a radio signal transmitted from the sensor monitoring device or the actuator monitoring device, and the management server device passes the reception strength value via the base station device. Send to
The management server apparatus, based on the reception power value, the sensor monitoring equipment or security system according to claim 7, characterized in that to detect the position information of the actuator monitoring equipment. Sensor monitoring equipment, receiving wireless signals, and based on a registration request, sensor monitoring equipment identification information for identifying the sensor monitoring equipment and base station identification information of the own equipment for base station apparatus identification together with the registration request A base station device that transmits to the management server device, and a monitoring control unit that is connected to the base station device and performs processing for an abnormality that has occurred in the building, and also includes the sensor monitoring device identification information and the base station identification In a security system comprising a management server device for storing information correspondence, a sensor monitoring device arranged at a position where a state related to a building can be detected,
A sensor control unit that detects the state of the building as sensor information;
A wireless communication unit for transmitting the sensor information by a wireless signal;
I have a,
The sensor monitoring device periodically transmits the registration request including the sensor monitoring device identification information of its own device to the base station device.
Sensor monitoring equipment characterized by that. A sensor monitoring unit having a sensor control unit that detects a state relating to a building as sensor information and a wireless communication unit that transmits the sensor information by a radio signal, an actuator monitoring device, the radio signal is received, and a registration request is received. A base station device for transmitting to the management server device the actuator monitoring device identification information for identifying the actuator monitoring device and the base station identification information of the own device for base station device identification together with the registration request; and A security system including a monitoring control unit that is connected and performs processing for an abnormality that has occurred in the building, and includes a management server device that stores correspondence between the actuator monitoring device identification information and the base station identification information Actuator monitoring equipment in
An actuator controller that performs processing to deal with building abnormalities;
A wireless communication unit that receives a wireless signal including control information for controlling the actuator control unit;
Equipped with a,
The actuator monitoring device periodically transmits the registration request including the actuator monitoring device identification information of its own device to the base station device.
An actuator monitoring device characterized by that. A sensor control unit that detects a state related to a building as sensor information, a sensor monitoring device that includes a wireless communication unit that transmits the sensor information by a radio signal, a base station device that receives the radio signal, and a base station device that is connected to the base station device. A management server device in a security system comprising the management server device
Based on the sensor information, comprising monitoring control means for performing processing for an abnormality occurring in the building,
Based on a registration request including sensor monitoring device identification information of the device itself for identifying the sensor monitoring device that the sensor monitoring device periodically transmits to the base station device, the base station device sends the management server device the Along with a registration request, sensor monitoring device identification information for identifying the sensor monitoring device and base station identification information of the own device for identifying the base station device are transmitted, and the management server device transmits the sensor monitoring device identification information and the base station identification information. Store the association of
A management server device. A sensor control unit that detects a state related to a building as sensor information, a sensor monitoring device that includes a wireless communication unit that transmits the sensor information by a radio signal, a base station device that receives the radio signal, and a base station device that is connected to the base station device. A security method in a security system comprising a management server device having a monitoring control means for performing processing for an abnormality occurring in the building,
The sensor monitoring device periodically transmits a registration request including sensor monitoring device identification information of its own device for identification of the sensor monitoring device to the base station device;
The base station device transmits the sensor monitoring device identification information and the base station identification information of the own device for identifying the base station device to the management server device together with the registration request sent from the sensor monitoring device. Steps,
The management server device stores the association between the sensor monitoring device identification information and the base station identification information;
The sensor monitoring device detecting a state related to a building as sensor information;
The sensor monitoring device transmits the detected sensor information by a radio signal;
The base station device receiving a radio signal from the sensor monitoring device;
The management server device causing the monitoring control means to perform processing based on the sensor information included in the radio signal received by the base station device;
A security method comprising: A sensor control unit that detects a state related to a building as sensor information, a sensor monitoring device that includes a wireless communication unit that transmits the sensor information by a radio signal, a base station device that receives the radio signal, and a base station device that is connected to the base station device. A management server device computer in a security system comprising the management server device
Based on the sensor information, a computer program for functioning as a monitoring control means for performing processing for an abnormality occurring in the building ,
Based on a registration request including sensor monitoring device identification information of the device itself for identifying the sensor monitoring device that the sensor monitoring device periodically transmits to the base station device, the base station device sends the management server device the Based on the base station identification information of the own device for identifying the sensor monitoring device identification information and the base station device to be transmitted together with the registration request,
Function as a means for causing the computer of the management server device to store the correspondence between the sensor monitoring device identification information and the base station identification information
Let
A computer program characterized by the above.

Images