JP3856017B2 - Integrated call and monitoring system for apartment houses - Google Patents

Description

  The present invention relates to a collective housing call that integrates an intercom system for an apartment house and a monitoring system that monitors a property of a resident of each dwelling unit (for example, an automobile) in a common area of the apartment house.・ It relates to the integrated monitoring system.

  In recent years, in condominiums such as condominiums, it is not rare for money to be stolen from a car parked in a common parking lot (theft on the car) or the car itself to be stolen (vehicle theft). Up until now, however, crime prevention for residents' property (for example, automobiles and bicycles) has often been neglected in common areas of apartment buildings.

Therefore, as defense measures against vehicle theft and vehicle theft, conventionally, an alarm device (see Patent Document 1) that detects that a suspicious person has entered the vehicle and threatens with light or sound, or intimidation with light or sound. An alarm device (see Patent Document 2) that calls a mobile phone placed in the car and calls the owner's home phone or mobile phone to notify the occurrence of an abnormality, or multiplex broadcasting of characters using FM broadcast waves An alarm device (see Patent Document 3) for notifying the occurrence of an abnormality by using it is provided.
JP 2003-99863 A JP 2004-94516 A JP-A-9-270089

  In the conventional technology as described above, for example, in the case of an apartment house where the distance between the parking lot and the dwelling unit is far away, the threatening sound generated by the alarm device often does not reach the dwelling unit, so there is a sufficient crime prevention effect. There is a risk that it will not be possible to obtain, and running costs are high due to the use of public broadcasting networks such as FM broadcast waves and mobile phones. Especially when parking lots are installed in the basement, There is a risk that radio waves will not reach. In addition, it is conceivable to install a self-operated radio station in the parking lot or dwelling unit instead of the public communication network to notify the occurrence of an abnormality, but the introduction cost and operation cost of radio stations that require a license for operation increase. In addition, there is a possibility that radio waves do not reach the dwelling unit because the reach of radio waves is narrow at specific low-power radio stations that do not require a license.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a collective housing call / monitoring integrated system capable of widely monitoring the inside of a housing complex while suppressing introduction costs and operation costs. It is to provide.

In order to achieve the above object, the invention of claim 1 is installed at the lobby intercom installed at the common entrance of the apartment house, the dwelling unit main unit installed in each dwelling unit of the apartment house, and the entrance of each dwelling unit And a control unit connected to the lobby interphone and the dwelling unit main unit of each dwelling unit via a signal line, and connected to the dwelling unit main unit in the dwelling unit via a signal line A plurality of sensor devices that detect an abnormality of a monitoring object related to a resident of the apartment house in a common part of the apartment house and wirelessly transmit a detection signal when the abnormality is detected; and a sensor apparatus that is installed in the common part of the apartment house And a plurality of relay devices that relay the detection signals to the control device wirelessly or by wire when receiving the transmitted detection signals, and between the dwelling unit master unit and the doorphone slave unit of each dwelling unit, as well as -The communication unit for communicating with the intercom is provided in each of the dwelling unit, the door phone, and the lobby intercom, and the control device detects the detection signal when any of the relay devices relays the detection signal. Identifying means for identifying the dwelling unit installed in the dwelling unit of the resident associated with the monitored object in which an abnormality has occurred based on the identification information contained in the signal, and a signal for the dwelling unit identified by the identifying unit An informing means for informing the contents of abnormality detection via a line, and the specifying means is a dwelling unit main unit installed in a dwelling unit of a resident who owns the monitoring object in which an abnormality has occurred, and the monitoring object It is characterized by specifying the dwelling unit main unit installed in the dwelling unit of the dweller who owns the monitoring target existing near .

In order to achieve the above object, the invention of claim 2 is installed at the lobby intercom installed at the common entrance of the apartment house, the dwelling unit main unit installed in each dwelling unit of the apartment house, and the entrance of each dwelling unit And a control unit connected to the lobby interphone and the dwelling unit main unit of each dwelling unit via a signal line, and connected to the dwelling unit main unit in the dwelling unit via a signal line A plurality of sensor devices that detect an abnormality of a monitoring object related to a resident of the apartment house in a common part of the apartment house and wirelessly transmit a detection signal when the abnormality is detected; and a sensor apparatus that is installed in the common part of the apartment house And a plurality of relay devices that relay the detection signals to the control device wirelessly or by wire when receiving the transmitted detection signals, and between the dwelling unit master unit and the doorphone slave unit of each dwelling unit, as well as -The communication unit for communicating with the intercom is provided in each of the dwelling unit, the door phone, and the lobby intercom, and the control device detects the detection signal when any of the relay devices relays the detection signal. Identifying means for identifying the dwelling unit installed in the dwelling unit of the resident associated with the monitored object in which an abnormality has occurred based on the identification information contained in the signal, and a signal for the dwelling unit identified by the identifying unit Notifying means for notifying the content of abnormality detection via a line, and related to the monitored object in which an abnormality has occurred based on the identification information included in the detection signal when the detection signal is relayed from any relay device and calling the telephone number which is previously registered for the dwelling unit section with identifying the dwelling unit; and a notifying means for notifying the contents of the abnormality detection of the identification means, abnormality occurs monitored pairs Features and dwelling master machine installed in dwelling units of residents who owns the object, to identify the relevant monitoring present near the object monitored object dwelling master machine installed in dwelling units of residents who owns the And

  According to a third aspect of the present invention, in the first or second aspect of the invention, the specifying unit is configured such that the sensor device detects a detection signal based on a reception intensity when the relay device receives a detection signal transmitted wirelessly from the sensor device. It is characterized by specifying the place where the message is transmitted.

According to a fourth aspect of the present invention, in any one of the first to third aspects of the present invention, the video camera is installed in a shared section and connected to a control device through a communication line, each of which includes a monitoring target and images different monitoring areas. The control device includes a plurality of monitoring cameras, and the control device includes display means for displaying a captured image of the monitoring camera transmitted via the communication line and the detection signal when the detection signal is relayed from any of the relay devices. Monitoring camera control means for specifying a monitoring area including the monitoring object in which an abnormality has occurred based on the identification information, and for displaying a captured image of the monitoring camera for imaging the monitoring area on a display means And

According to a fifth aspect of the present invention, in any one of the first to third aspects of the present invention, it is installed in a shared section and connected to a control device by a communication line, each of which includes a monitoring object and images different monitoring areas. The control device includes a plurality of monitoring cameras, and the control device includes a recording unit that records a captured image of the monitoring camera transmitted via the communication line, and the detection signal when the detection signal is relayed from any relay device A monitoring camera control unit that identifies a monitoring area including the monitoring target in which an abnormality has occurred based on the identification information and causes the recording unit to record a captured image of the monitoring camera that captures the monitoring area. And

The invention of claim 6 is the invention according to any one of claims 1 to 3 , which is installed in the shared section and connected to the control device by a communication line, each of which includes a monitoring object and images different monitoring areas. The control device includes a plurality of monitoring cameras, and the control device receives image signals from the monitoring cameras transmitted via the communication line to the dwelling unit via the signal line, and a detection signal from any of the relay devices. The image distribution means specifies the captured image of the monitoring camera that identifies the monitoring area that includes the monitoring target in which an abnormality has occurred based on the identification information included in the detection signal when relayed, and images the monitoring area And an image management means for distributing to the dwelling unit master specified in (1).

The invention of claim 7 is the invention according to any one of claims 1 to 3 , which is installed in the shared section and connected to the control device by a communication line, each of which includes a monitoring object and images different monitoring areas. The control apparatus includes a plurality of monitoring cameras, and the control device records a captured image of the monitoring camera transmitted via the communication line, and distributes the image recorded by the recording means to the dwelling unit via the signal line. When the detection signal is relayed from the image distribution means and any of the relay devices, the monitoring area including the monitoring object in which an abnormality has occurred is identified based on the identification information included in the detection signal, and the monitoring area is imaged And an image management unit that causes the recording unit to record the captured image of the monitoring camera and distributes the recorded image to the dwelling unit that is specified by the specifying unit by the image distribution unit.

The invention according to claim 8 is the invention according to any one of claims 1 to 7 , further comprising one or more lighting devices installed in the shared section, wherein the control device relays the detection signal from any one of the relay devices. An illumination control unit is provided that identifies an illumination device that includes the monitored object in which an abnormality has occurred in the irradiation range based on the identification information included in the detection signal and controls the illumination device to illuminate the irradiation range. It is characterized by.

The invention according to claim 9 is the invention according to any one of claims 1 to 8 , further comprising one or more alarm devices that are installed in the shared section and sound an alarm sound, and the control device detects from any relay device When a signal is relayed, an alarm device installed in the vicinity of the monitored object where an abnormality has occurred is identified based on the identification information included in the detection signal, and the alarm device is controlled to sound an alarm sound. An alarm control means is provided.

The invention of claim 10 is the invention according to any one of claims 1 to 9 , further comprising a gate device that is provided at an entrance to the common part from outside the premises of the apartment house, and the control device is any And a gate control means for controlling the gate device to close the entrance when the detection signal is relayed from the relay device.

The invention of claim 11 is the invention of claim 10 , further comprising a plurality of wireless remote controllers for transmitting a command for instructing the gate device to open / close the doorway with a wireless signal together with the dwelling unit ID assigned to each dwelling unit. The gate device uses a door, a chain or the like to prevent the passage of the entrance / exit, a receiving means for receiving the wireless signal, and the entrance / exit by controlling the blocking means according to the command of the wireless signal received by the receiving means And a control device for controlling the gate device to invalidate a command of a wireless signal including a dwelling unit ID of a dwelling unit where the dwelling unit specified by the specifying unit is installed. The gate control means to be given to the means is provided.

A twelfth aspect of the present invention is the sensor device according to any one of the first to eleventh aspects, wherein the sensor device is mounted on each automobile parked in a shared section and detects that a suspicious person has boarded the automobile. The dwelling unit is equipped with an engine control device that stops the engine by a wireless signal, and the dwelling unit has an operation means that is manually operated and an engine stop command to the control device via a signal line when the operation means is operated. The control device is connected to the engine control device mounted on the automobile owned by the resident of the master unit via a relay device when receiving a stop command from the master unit. Means for transmitting a stop command is provided.

The invention of claim 13 is the invention according to any one of claims 1 to 12 , wherein the sensor device has a wireless signal transmission / reception function, such as activation / deactivation of an abnormality detection function according to a command received by the wireless signal. It performs operation control and transmits information on the operation state with a wireless signal, and the dwelling unit has a signal when an operation means that is manually operated, a display means that displays an operation state of the sensor device, and an operation means is operated. Transmitting a command for controlling the operation of the sensor device to the control device via a line, and transmitting means for receiving the operation status information from the control means. When the control device receives the command for controlling the operation from the dwelling unit, The command is relayed by the relay device to the sensor device associated with the dwelling unit and the operation state information is received from the sensor device. And a means for relaying the information to the dwelling unit master specified by the specifying means using a relay device.

A fourteenth aspect of the present invention is the sensor device according to any one of the first to thirteenth aspects, which is mounted on each automobile parked in a shared section and detects that a suspicious person has boarded the automobile, and the automobile. And a door lock control device that locks the door lock of the automobile by a wireless signal, and the dwelling unit is controlled manually via an operation means and a signal line when the operation means is operated. And a transmission means for transmitting a door lock locking command to the door lock control device mounted on the automobile owned by the resident of the dwelling unit when receiving the locking command from the dwelling unit. On the other hand, there is provided means for transmitting a locking command via the relay device.

A fifteenth aspect of the present invention is the vehicle according to any one of the first to fourteenth aspects, comprising a plurality of types of the sensor devices that detect different abnormalities, and the one type of the sensor device is a car parked in a shared section. Detecting means for detecting the occurrence of an abnormality, switching means for switching between a set state in which the detecting means performs a detecting operation and a non-set state in which the detecting operation is not performed, detection information indicating a detection result of the detecting means, a setting state of the detecting means A transmission unit that wirelessly transmits operation state information indicating a non-set state, and the other type of the sensor device includes an engine stop detection unit that detects that the engine of the vehicle has stopped, and an engine stop detection unit. Transmitting means for wirelessly transmitting engine stop information indicating that the engine stop has been detected in the control device, and the control device receives the engine stop information from the sensor device. The dwelling unit in which the forgetting set information is specified by the specifying means when the operating state information indicating that the detecting means has been switched to the set state has not been received from the sensor device until the predetermined time has elapsed since the reception of the information A transmission unit for transmitting to the master unit is provided, and the dwelling unit master unit includes a transmission unit for transmitting / receiving information to / from the transmission unit of the control device, and a display unit for displaying the set forgotten information received by the transmission unit. It is characterized by that.

A sixteenth aspect of the present invention is the engine according to any one of the first to fifteenth aspects, wherein the sensor device includes an engine stop detecting means for detecting that the engine of the automobile parked in the common part has stopped, and an engine stop detecting means. A transmission unit that wirelessly transmits the engine stop detection information, and the control device transmits the engine stop detection information to the dwelling unit that is specified by the specifying unit when the engine stop detection information is received from the sensor device. The dwelling unit has a transmission means for transmitting / receiving information to / from the transmission means of the control device, and a display means for displaying the engine stop detection information received by the transmission means. Features.

A seventeenth aspect of the present invention is the vehicle according to any one of the first to sixteenth aspects, comprising a plurality of types of the sensor devices that detect different abnormalities, and the one type of the sensor device is a vehicle parked in a shared section. A door lock detecting means for detecting locking / unlocking of the door lock, and a transmitting means for wirelessly transmitting detection information indicating a detection result of the door lock detecting means. An engine stop detection means for detecting that the engine of the automobile has stopped; and a transmission means for wirelessly transmitting engine stop information indicating that the engine stop has been detected by the engine stop detection means. When the detection information indicating that the door lock is locked is not received from the sensor device until a predetermined time has elapsed since the engine stop information was received from the sensor device. A transmission unit for transmitting the door lock forgotten information to the dwelling unit specified by the specifying unit, the dwelling unit receiving and transmitting information to and from the transmission unit of the control device; and the transmission unit And a display means for displaying the door lock forgotten information received in (1).

The invention according to claim 18 is the sensor device according to any one of claims 1 to 17 , which is mounted on each automobile parked in the shared section and detects that an abnormality has occurred in the automobile, and is mounted on the automobile. And an engine control device for starting the engine by a wireless signal, and the dwelling unit is configured to manually operate the operating means and to send an engine start command to the control device via the signal line when the operating means is operated. An engine mounted on a vehicle owned by a resident of the master unit when the control unit receives a start command from the master unit when no detection signal is received from the sensor device. Means is provided for causing the control device to transmit a start command via the relay device.

The invention according to claim 19 is the invention according to any one of claims 1 to 18 , wherein the sensor device detects a malfunction in a car parked in a common area, and when the malfunction is detected by the detection mechanism. Intimidation sounding means for sounding intimidation sound, detection information indicating the detection result of the detection means and operation state information indicating the start / stop state of intimidation sounding by the threatening sound sounding means are transmitted wirelessly and threatening sound sounding means And a transmission / reception means for receiving a command for instructing the start or stop of the intimidating sound, and the control device sounds an intimidating sound to the sensor device associated with the dwelling unit specified by the specifying means. And a means for relaying a command for instructing start or stop by a relay device.

A twentieth aspect of the present invention is the database according to any one of the first to nineteenth aspects, wherein the control device includes an abnormality occurrence history created based on identification information included in a detection signal relayed from a relay device. It is characterized by comprising.

The invention of claim 21, in any one of the claims 1 to 20, wherein the sensor device includes an operating means which is manually operated, and transmitting means for transmitting a detection signal when the operation means is operated, the operation And a housing which accommodates the transmission means and is formed so as to be portable by a person.

According to the first aspect of the invention, since an intercom system installed in the apartment house can be used to notify a necessary dwelling unit of the occurrence of an abnormality with respect to the monitored object, a system for notification is separately provided. Compared to the construction, the introduction cost can be reduced and the operation cost can be reduced because it is not necessary to use a public communication network. In addition, a large number of sensor devices and control devices installed in the common part of the housing complex are relayed. It is possible to monitor the area of the apartment complex over a wide area, and for example, there is some abnormality (such as car theft or vehicle theft) in the car parked in the parking lot. If that occurred, the effect of Ru can prevent the spread of damage by notifying also abnormal in the dwelling unit of the residents is the owner of the car is parked in the vicinity of the automobile there .

According to the second aspect of the invention, since an intercom system installed in the apartment house can be used to notify a necessary dwelling unit of an abnormal occurrence of the monitored object, a system for notification is separately provided. Compared to the construction, the introduction cost can be reduced and the operation cost can be reduced because it is not necessary to use a public communication network. In addition, a large number of sensor devices and control devices installed in the common part of the housing complex are relayed. Because it is connected wirelessly via the Internet, it is possible to monitor the premises of the apartment complex over a wide area, and even if the dwelling unit where the abnormality is reported is not available, call the residents of the dwelling unit (cell phones, etc.) ) able to broadcast in improved usability, further, for example, when some abnormality in a vehicle that is parked in a parking lot (cars on theft and vehicle theft) occurs, the automatic There is an effect that also in the dwelling unit part of the inhabitants is the owner of the car that is parked in the vicinity of notifying the abnormal occurrence Ru can prevent the spread of damage in.

  According to the invention of claim 3, in addition to the effect of the invention of claim 1 or 2, there is an effect that the place where the sensor device transmits the detection signal, that is, the place where the abnormality occurs can be specified.

According to the invention of claim 4 , in addition to the effect of the invention of claim 1 or 2, the contents of the abnormality caused by the image taken by the surveillance camera, the cause thereof or the perpetrator can be confirmed by the control device. It is effective to contribute to coping and crime investigation.

According to the invention of claim 5 , in addition to the effect of the invention of claim 1 or 2, the contents of the abnormality caused by the image taken by the surveillance camera, its cause, or the perpetrator can be confirmed by the control device. In addition, it is possible to contribute to coping with crimes and criminal investigations, and by recording the image, the image can be confirmed later.

According to the invention of claim 6 , in addition to the effect of the invention of claim 1 or 2, the contents of the abnormality caused by the image captured by the surveillance camera, the cause thereof, or the perpetrator are confirmed by the dwelling unit master unit of the dwelling unit. As a result, it is possible to contribute to subsequent actions and criminal investigations, and to protect the privacy of residents.

According to the invention of claim 7 , in addition to the effect of the invention of claim 1 or 2, the contents of the abnormality caused by the image taken by the surveillance camera, the cause thereof, or the perpetrator are confirmed by the dwelling unit master unit of the dwelling unit Because it is possible, it is possible to contribute to subsequent actions and criminal investigations, protect the privacy of residents, and record the image so that the image can be confirmed later.

According to the invention of claim 8 , in addition to the effect of the invention of claim 1 or 2, for example, when an abnormality occurs in a dark place or at night, the abnormality occurrence place is illuminated with a lighting device, so that the secondary This is effective in suppressing the occurrence of general damage.

According to the invention of claim 9 , in addition to the effect of the invention of claim 1 or 2, the occurrence of secondary damage by causing an alarm sound from an alarm device installed in the vicinity of the place where the abnormality occurred There is an effect that can be suppressed.

According to the invention of claim 10 , in addition to the effect of the invention of claim 1 or 2, for example, when any abnormality occurs in the car parked in the parking lot, the gate device installed at the entrance of the parking lot If the doorway is closed by controlling the doorway, the car can be prevented from being stolen, contributing to criminal investigations and suppressing the occurrence of secondary damage.

According to the invention of claim 11 , in addition to the effect of the invention of claim 10 , for example, a wireless remote controller for remotely operating a gate device of a parking lot is often placed in the interior of a car. By invalidating the command of the wireless signal including the dwelling unit ID assigned to the owner (dwelling unit) of the car in which this occurred, other residents use the wireless remote control while preventing the car from being stolen. Since the gate device can be remotely operated, there is an effect that convenience is not impaired.

According to the invention of claim 12 , in addition to the effect of the invention of claim 1 or 2, the engine of the automobile in which the abnormality has occurred can be stopped by remote control, so that theft of the automobile can be prevented. There is an effect.

According to the invention of claim 13 , in addition to the effect of the invention of claim 1 or 2, the operation state of the sensor device is confirmed and the start / stop switching operation of the abnormality detection function is performed from the dwelling unit master of each dwelling unit. It is possible to improve convenience and crime prevention.

According to the invention of claim 14 , in addition to the effect of the invention of claim 1 or 2, even if a resident of each dwelling unit gets off the car, the door lock of the car is locked using the dwelling base unit even if the locker forgets to lock. Since it can be locked by remote operation, it is possible to prevent the car from being stolen or theft from occurring.

According to the invention of claim 15 , in addition to the effect of the invention of claim 1 or 2, when the detection means is not switched to the set state until a predetermined time elapses after the engine stop of the automobile is detected. Since the forgetting set information is transmitted to the dwelling unit master unit of the dwelling unit, there is an effect that the forgetting to set the sensor device can be prevented.

According to the invention of claim 16 , in addition to the effect of the invention of claim 1 or 2, engine stop detection information indicating that the engine of the automobile has been stopped is transmitted from the sensor device to the dwelling unit main unit of the dwelling unit. In addition, it is possible to notify the resident who is at home that the resident who has gone out by car has returned, and the convenience and safety can be improved.

According to the invention of claim 17 , in addition to the effect of the invention of claim 1 or 2, the door lock is forgotten when the door lock is not locked until a predetermined time elapses after the engine stop of the automobile is detected. Since the information is transmitted to the dwelling unit master unit of the dwelling unit, there is an effect that forgetting to lock the door lock can be prevented.

According to the invention of claim 18 , in addition to the effect of the invention of claim 1 or 2, there is an effect that the engine of the automobile can be started by remote control and convenience is improved.

According to the invention of claim 19 , in addition to the effect of the invention of claim 1 or 2, for example, by intimidating a suspicious person who has entered or is about to invade a car to prevent theft. In addition, there is an effect that it is possible to cope with a malfunction by remotely controlling the start / stop of the intimidating sound from the control device.

According to the invention of claim 20 , in addition to the effect of the invention of claim 1 or 2, it can be used to improve crime prevention measures by centrally managing the history of occurrence of abnormality in a database provided in the control device. effective.

According to the invention of claim 21 , in addition to the effect of the invention of claim 1 or 2, for example, if a child carries a sensor device, the sensor room is used when a suspicious person is encountered. (Control device) and home (dwelling unit master) can be notified, and there is an effect that the safety in the premises of the apartment is improved.

  Implementation of integrated intercom system (housing information panel system) for collective housing and monitoring system that monitors the property (for example, automobiles) of residents of each dwelling unit in the common area of the collective housing A form is demonstrated in detail.

  First, a housing information board system as a basic configuration of the present embodiment will be described. This housing information panel system is well known in the art, and as shown in FIG. 1, a lobby intercom 60 installed at a common entrance of an apartment house such as an apartment, and an alarm monitor installed in a management room of an apartment house, etc. A panel 80, a housing information panel (hereinafter referred to as “dwelling unit master”) 1 installed in each dwelling unit, and a door phone sub unit 50 installed outside each dwelling unit. Then, the alarm monitoring panel 80 and the dwelling unit master 1 of each dwelling unit have a call line La, a call that multiplex-transmits a voice signal such as a call voice or a warning sound and a video signal captured by the TV camera 68 provided in the lobby intercom 60 And a control line Lb for multiplex transmission of control signals such as alarms. In the present embodiment, a configuration in which a video signal is multiplexed and transmitted with an audio signal is illustrated, but a configuration in which a video signal is transmitted through an independent video transmission line may be used.

  FIG. 3 is a block diagram showing the configuration of the lobby intercom 60 and the alarm monitoring panel 80. The lobby intercom 60 includes a signal processing unit 61 including a CPU as a main component, an operation unit 62 including a numeric keypad and a call button, a display unit 63 including a display lamp and a liquid crystal display, and a control line Lb. A transmission / reception unit 64 that transmits and receives control signals to and from the alarm monitoring panel 80, a microphone 65 and a speaker 66, and a loudspeaking call between the dwelling unit 1 and the alarm monitoring panel 80 using the microphone 65 and the speaker 66 A call control unit 67 for performing, a TV camera 68 having an image sensor such as a CCD, a video signal processing unit 69 for processing the output of the TV camera 68 and outputting a video signal, and an output from the call control unit 67 The audio signal and the video signal output from the video signal processing unit 69 are multiplexed and sent to the call line La and sent through the call line La. And an output processing unit 70 for outputting a voice signal to the call control unit 67.

  On the other hand, the alarm monitoring panel 80 includes a signal processing unit 81 including a CPU as a main component, an operation unit 82 including a numeric keypad and a call button, a display unit 83 including a display lamp and a liquid crystal display, and a control line Lb. A transmission / reception unit 84 for transmitting / receiving control signals to / from each dwelling unit 1 and the lobby interphone 60, a handset 85, and the dwelling unit 1 and the lobby interphone 60 using the handset 85. And a call control unit 87 for making a call between the two. Here, each dwell unit 1, the lobby intercom 60, and the alarm monitoring panel 80 are all assigned unique addresses, and control signals are transmitted and received via the control line Lb by specifying the transmission destination by the addresses. Is called.

  FIG. 2 is a block diagram showing the configuration of the dwelling unit base unit 1 and the door phone sub unit 50. The dwell unit main unit 1 and the door phone sub unit 50 are connected by a signal line Lc. The door phone sub unit 50 outputs a video signal by performing signal processing on the output of the microphone 51 and the speaker 52, the two-wire / four-wire converter 53, the television camera 54 having an image pickup device such as a CCD, and the television camera 54. The audio signal output from the video signal processing unit 55 and the 2-wire / four-line conversion unit 53 and the video signal output from the video signal processing unit 55 are multiplexed and transmitted to the signal line Lc and transmitted via the signal line Lc. The input / output processing unit 56 that outputs the received audio signal to the 2-wire / four-line conversion unit 53 and the call level by changing the voltage level of the signal line Lc when the call button 57a (see FIG. 1) is operated. A call signal sending unit 57 for sending a signal.

  The dwelling unit 1 includes a main control unit 2 including a CPU as a main component, an operation unit 3 including a response button 3a, a storage unit 4 including a nonvolatile memory such as an EEPROM, and a control line Lb. A transmission / reception unit 5 for transmitting / receiving control signals to / from the alarm monitoring panel 80, a fire detector S1, a gas / CO composite sensor S2, a security external set switch SW, a security switch SW1, a call switch SW2, an emergency switch SW3, etc. Various safety devices are connected, a signal monitoring unit 6 for monitoring the alarm signal of the fire detector S1, the gas leak signal from the gas / CO combined sensor S2, the operation signal of the call switch SW2, and the like, and the voltage level of the communication line Lc A call detection unit 7 that monitors changes and detects a call signal from the intercom 50, and a power source that generates power for the dwelling unit 1 by receiving power from the commercial AC power supply AC. And a part 8.

  The dwelling unit 1 also processes the video signal from the microphone 10 and the speaker 11, the monitor unit 13 composed of a CRT, a liquid crystal display, etc., and the door phone slave unit 50 or the lobby interphone 60 and displays the video on the monitor unit 13. And an audio signal multiplexed and transmitted from the video display unit 14 that displays (superimpose) a predetermined symbol in accordance with a display control signal supplied from the main control unit 2 and the doorphone slave unit 50 or the lobby interphone 60 And a signal separating unit 16 that separates the video signal, a two-wire / four-wire converting unit 15, a process for realizing a voice call between the door phone slave unit 50 and the alarm monitoring panel 80, and a lobby interphone 60 A call processing unit 17 that performs a process for realizing a loudspeaking call, a ring tone, a back tone, or an alarm message. A voice generation unit 18 for generating a sound, an alarm sound, etc., a microphone amplifier 19 for amplifying the output signal (transmission signal) of the microphone 10, and converting an analog transmission signal amplified by the microphone amplifier 19 into a digital signal A first A / D converter 20 that performs conversion, a first D / A converter 21 that converts a digital transmission signal output from the call processing unit 17 into an analog signal, and an analog that is converted by the first D / A converter 21 The transmission signal amplifier 22 for amplifying the transmission signal of the voice signal, the reception signal amplifier 23 for amplifying the voice signal (reception signal) separated by the signal separation unit 16, and the analog reception signal amplified by the reception signal amplifier 23. A second A / D converter 24 that converts the digital signal into a digital signal; a second D / A converter 25 that converts the digital received signal output from the call processor 17 into an analog signal; A first speaker amplifier 26 that amplifies the analog reception signal converted by the A / A converter 25 and a third D / A conversion that converts a digital voice signal such as a ringing tone generated by the voice generator 18 into an analog signal. 27, a second speaker amplifier 28 that amplifies the analog audio signal converted by the third D / A converter 27, a reception signal amplified by the first speaker amplifier 26, and the second speaker amplifier 28. A first analog signal multiplexing unit 29 that multiplexes a voice signal such as a ringing tone; a fourth D / A conversion unit 31 that converts a digital voice signal such as a ringing tone generated by the voice generation unit 18 into an analog signal; The voice signal amplifier 32 that amplifies the analog voice signal converted by the fourth D / A converter 31, the transmission signal amplified by the transmission signal amplifier 22, and the ringing tone amplified by the voice signal amplifier 32 And a second analog signal multiplexing unit 33 that multiplexes audio signals such as the like and outputs the multiplexed signal to the 2-wire / four-wire conversion unit 15. In this embodiment, the call processing unit 17 and the voice generation unit 18 are configured by a digital signal processor (DSP), and the hardware of the DSP is controlled by dedicated software so that the later-described call processing unit 17 and voice generation are performed. The function of the unit 18 is realized.

  The telephone processing unit 17 of the dwelling unit 1 includes an acoustic echo canceller that suppresses acoustic echo generated by acoustic coupling between the microphone 10 and the speaker 11, and acoustic coupling or telephone lines in the doorphone slave unit 50, lobby interphone 60, or alarm monitoring panel 80. A loop gain of a closed loop (echo path) provided by the line echo canceller, which is provided between the line echo canceller that suppresses the line echo generated by the signal wraparound via La, and the acoustic echo canceller and the line echo canceller. And a voice switch that suppresses howling. However, since echo cancellers and voice switches are well known in the art, detailed illustration and explanation of the configuration and operation are omitted.

  In the housing information panel system configured as described above, a telephone call is made between the dwelling unit master 1 installed in each dwelling unit and the doorphone slave unit 50, the lobby intercom 60, and the alarm monitoring panel 80, and the dwelling unit parent unit. When an abnormality occurrence signal is input from various safety devices connected to the machine 1, an alarm sound is generated from the speaker 11, or the occurrence of abnormality is notified to the alarm monitoring panel 80.

  Next, a monitoring system that is the gist of the present invention will be described. In the present embodiment, the vehicle sensor device 100 that targets a vehicle parked in a parking lot provided in the premises of the apartment house, the hallway of the common unit, and the like, the transmission button is pressed. A sensor device 110 for fixed transmission that wirelessly transmits a detection signal when it is detected, and a portable device that wirelessly transmits a detection signal when it is detected that a resident of an apartment house carries and the transmission button is pressed A transmission sensor device 120 is provided.

  As shown in FIG. 4A, the automobile sensor device 100 includes a control circuit unit 100a including peripheral circuits such as a microcomputer and a memory, a human sensor unit 100b for detecting the presence of a person in the vehicle, and opening and closing of a door. A sound sensor unit 100c that detects sound pressure and frequency of sound generated due to glass breakage, a wireless communication unit 100d that performs wireless communication with a remote control unit 101 and a relay device 130, which will be described later, and a buzzer. It includes a threatening sounding unit 100e that sounds a sound (intimidating sound) for threatening a suspicious person, and a light emitting unit 100f that emits light for threatening the suspicious person by causing a light emitting diode to emit light. The human sensor unit 100b detects the presence of a person by sensing a heat ray radiated from the human body with a pyroelectric element, and outputs a human body detection signal to the control circuit unit 100a at the time of detection. The sound sensor unit 100c senses sound using a microphone, and when the sound pressure change in the frequency band of door opening / closing sound or glass breaking sound exceeds a threshold value, the door is opened / closed or the glass is broken. The abnormality detection signal is output to the control circuit unit 100a. In the control circuit unit 100a, when a human body detection signal or an abnormality detection signal is input, a control signal is output to the threatening sounding unit 100e and a buzzer is driven to sound a threatening sound, and the light emitting unit 100f also has a control signal. Is output and the light emitting diode is turned on (or blinked) to threaten with light, and further, a detection signal is transmitted to control the wireless communication unit 100d to notify the occurrence of an abnormality. In the sensor device 100, the human sensor unit 100b and the sound sensor unit 100c are operated to detect an abnormality such as an intrusion of a suspicious person, and the human sensor unit 100b and the sound sensor unit 100c are not operated. The control circuit 100a can switch between the set state and the non-set state when the wireless communication unit 100 receives a wireless signal (switch signal) transmitted from the remote control unit 101 or the relay device 130. Done. That is, the owner switches from the set state to the non-set state using the remote control unit 101 before getting on the vehicle, and after the vehicle is parked and got off, the remote control unit 101 is used to switch from the non-set state to the set state. .

  As shown in FIG. 4B, the remote control unit 101 includes a control circuit unit 101a including a microcomputer and a peripheral circuit such as a memory, and an operation input unit that generates an operation signal in response to an operation of a set switch and a release switch (not shown). 101b and a wireless communication unit 101c that performs wireless communication between the vehicle sensor device 100, a display unit 101d that includes an LCD (liquid crystal display) and displays an operation state of the vehicle sensor device 100, and a buzzer are driven. And an alarm sound sounding unit 101e for sounding an alarm sound. When the wireless communication unit 101c receives the detection signal transmitted from the automobile sensor device 100, the control circuit unit 101a notifies the display unit 101d of an abnormality (such as a suspicious person entering the vehicle or opening / closing a door). And a figure are displayed, and a control signal is output to the alarm sounding unit 101e to drive a buzzer to sound an alarm sound. Further, in the control circuit unit 101a, when an operation signal is input from the operation input unit 101b, the content (operation signal by operation of the set switch or operation signal by operation of the release switch) is judged to determine from the non-set state to the set state. Alternatively, the wireless communication unit 101c transmits a switching signal instructing switching from the set state to the non-set state. Here, a unique address is assigned to the automobile sensor device 100 and the remote control unit 101, and when performing wireless communication between them, the other party is recognized by the address. The switching signal transmitted from 101 is received by the vehicle sensor device 100 mounted on another vehicle so that the set state and the non-set state are not erroneously switched. The control circuit unit 100a of the automotive sensor device 100 receives the switching signal from the remote control unit 101 and switches the operation state, and then transmits a wireless signal for notifying the operation state after the switching to the remote control unit 101. The control circuit unit 101a of the remote control unit 101 displays the current operation state (set state or non-set state) on the display unit 101d based on the received wireless signal. Further, when the set switch of the remote control unit 101 is continuously operated for a predetermined time (for example, 5 seconds) or longer, a control circuit unit 101a issues a threatening sound command for forcing the car sensor device 100 to play a threatening sound. The control circuit unit 100a of the vehicle sensor device 100 that has been created, transmitted by wireless signal, and received the signal drives the threatening sounding unit 101e to sound a threatening sound. Can be stopped by operating the reset switch of the remote control unit 101. It should be noted that a radio signal is periodically transmitted from the automobile sensor device 100 and the control circuit unit 101a of the remote control unit 101 is out of service area where radio waves do not reach unless the radio signal is regularly received. Judgment is made and a display to that effect (out-of-service display) is made on the display unit 101d.

  As shown in FIG. 5 (a), the case 102 of the automobile sensor device 100 is made of a synthetic resin molded product formed in a flat box shape, and is configured by mounting circuit components on a printed wiring board (not shown). The above circuit is housed inside. A large number of vertical grooves 102a are provided in the upper center portion of the case 102, and a change in sound pressure (sound) associated with opening / closing of a door is detected by the microphone of the sound sensor unit 100c through the vertical grooves 102a. In addition, light-transmitting portions 102b made of a synthetic resin material having a light-transmitting property are formed integrally with the case 102 at the four corners of the case 102, and light from the light-emitting portion 100f passes outside the case 102 through the light-transmitting portions 102b. Irradiated. As shown in FIG. 5B, the case 103 of the remote control unit 101 is also made of a synthetic resin molded product formed in a flat box shape, and is configured by mounting circuit components on a printed wiring board (not shown). The circuit is housed inside. The display surface 101f of the display unit 101d is exposed at the upper front portion of the case 103, and a set button 101g and a release button 101h for operating the set switch and the release switch, respectively, are disposed at the center of the front surface so that they can be pressed. A number of grooves 101 i for radiating an alarm sound to the outside of the case 103 are arranged in the lower part.

  As shown in FIG. 6, the fixed transmission sensor device 110 includes an operation unit 111 that generates an operation signal in response to an operation of a transmission switch (not shown), a transmission unit 112 that transmits a radio signal, and an operation unit 111. A signal processing unit 113 that controls the transmission unit 112 to transmit a radio signal (detection signal) when an operation signal is input from the power source, and a power source unit 114 that creates an operating power source for each unit from a commercial power source. . The portable transmission sensor device 120 has a circuit configuration substantially the same as that of the fixed transmission sensor device 110, and includes an operation unit 121, a transmission unit 122, a signal processing unit 123, and a power supply unit 124. . However, the power supply unit 124 of the portable transmission sensor device 120 creates an operating power supply for each unit from a battery instead of a commercial power supply. There are a large number of sensor devices for transmission 110 and 120 of fixed type and portable type in the premises of the apartment house, but each sensor device 110 and 120 is assigned a unique identification code (ID), The sensor device 110, 120 can be identified on the receiving side by adding the identification code to the detection signal and transmitting it. However, the identification code of the automotive sensor device 100 may be the same as the address used for communication with the remote control unit 101.

  Detection signals transmitted from these various sensor devices 100, 110, 120 are received by a large number of relay devices 130 installed in a common part of the apartment house. As shown in FIG. 7, the relay device 130 includes a relay processing unit 131 including peripheral circuits such as a microcomputer and a memory, a wireless communication unit 132 that performs not only reception of detection signals but also transmission / reception of various wireless signals described later. A wired communication unit 133 that transmits / receives a signal to / from a relay interface device 140, which will be described later, via a communication line Lw. The detection signal received by the wireless communication unit 132 by the relay processing unit 131 is transmitted from the wired communication unit 133. The detection signal is relayed by causing the relay interface device 140 to transmit it via the communication line Lw. As shown in FIG. 8, the relay interface device 140 includes a signal processing unit 141 including a microcomputer and a peripheral circuit such as a memory, and a wired communication unit that transmits and receives signals to and from each relay device 130 via the communication line Lw. 142, a transmission / reception unit 143 that transmits / receives a control signal to / from the alarm monitoring panel 80 via the control line Lb, and a notification unit 144 that sends a voice signal by calling a telephone number of a fixed telephone or a mobile phone And a storage unit 145 for storing data using a relatively large capacity recording medium such as a magnetic disk. Here, a unique address is assigned to each of the plurality of relay apparatuses 130, and each relay apparatus 130 can be identified by the relay interface apparatus 140 by adding the address to the detection signal and transmitting it. In addition, a unique address is assigned to the relay interface device 140 in order to transmit and receive control signals to and from the alarm monitoring panel 80 via the control line Lb. Further, in the relay interface device 140, (1) the addresses of all the dwell unit master units 1 and the identification codes of the vehicle sensor devices 100 mounted on the vehicles owned by the residents of the dwell unit units where each dwell unit unit 1 is installed. (2) Correspondence between the address of the dwelling unit master unit 1 of each dwelling unit and the identification code of the portable transmission sensor device 120 carried by the resident of each dwelling unit, (3) The correspondence between the address and the installation location, and (4) the correspondence between the address of the dwelling unit 1 and the telephone number designated for each dwelling unit are stored in the storage unit 145 in the form of a data table, respectively. .

  Here, the operation of this system when detection signals are transmitted from various sensor devices 100, 110, and 120 will be described.

  First, a case where an abnormality occurs in a car parked in a parking lot will be described. When a suspicious person opens the door of a vehicle or enters the vehicle, a detection signal is transmitted from the vehicle sensor device 100, and the detection signal is relayed to one or more relay devices 130 installed in a common section to be a relay interface. Received at device 140. In the relay interface device 140, the address of the dwelling unit 1 corresponding to the identification code included in the received detection signal is specified by collating with the data table stored in the storage unit 145, and the specified address Is generated as a destination and the content of the detection signal (the occurrence of an abnormality in the automobile) as data is generated and transmitted from the transmission / reception unit 143 to the control line Lb. The control signal transmitted from the relay interface device 140 is transmitted from the transmission / reception unit 5 of the dwelling unit 1 to which the destination address is assigned, that is, the dwelling unit 1 installed in the owner's house of the car in which an abnormality has occurred. Received and sent to the main control unit 2. When the main control unit 2 that has received the control signal determines that an abnormality has occurred in the vehicle based on the data of the control signal, the monitor unit controls the video display unit 14 to notify the occurrence of the abnormality in the vehicle. 13, the sound generation unit 18 is controlled to generate a notification sound or a message for notifying the occurrence of an abnormality in the automobile and output from the speaker 11. In the alarm monitoring panel 80, the transmission / reception unit 84 receives a control signal transmitted to the address of the dwelling unit 1, and the control signal indicates that the control signal has the detection signal of the automobile sensor device 100 as data. When the processing unit 81 determines, the display unit 83 is controlled to display the occurrence of an abnormality in the vehicle and the dwelling unit number (or the address of the dwelling unit 1) of the owner of the vehicle and to sound and manage a buzzer (not shown). Inform the person of the occurrence of abnormality. Further, in the relay interface device 140, the signal processing unit 141 acquires a telephone number corresponding to the address of the dwelling unit base unit 1 specified by collating with the database stored in the storage unit 145, and controls the notification unit 144. Then, a call is made to the telephone number, and when the other party's telephone answers, a message notifying the occurrence of an abnormality in the automobile is transmitted from the notification unit 144.

  Next, a case where a detection signal is transmitted from the fixed transmission sensor device 110 installed in the common unit or the portable transmission sensor device 120 carried by a resident will be described. For example, when a resident finds a suspicious person or encounters a crime such as theft in a common part of an apartment house, the fixed transmission sensor device 110 installed in the common part is carried by the resident. When the transmission switch of the portable transmission sensor device 120 is operated, a detection signal is transmitted from the sensor devices 110 and 120, and the detection signal is received by one or a plurality of relay devices 130 installed in the common unit. In the relay device 130, the radio signal strength of the detection signal received by the wireless communication unit 132 is measured, and the relay processing unit 131 adds the measured value together with its own address to the detection signal, and then from the wired communication unit 131 via the communication line Lw. To the relay interface device 140. In the relay interface device 140, the signal processing unit 141 determines the type of the source sensor device based on the identification code included in the detection signal, and is installed at the closest distance from the source based on the radio wave intensity of the detection signal. The relay device 130 is estimated, and the address of the relay device 130 is collated with a data table stored in the storage unit 145 to identify the installation location of the relay device 130. Then, if the transmission source is the portable transmission sensor device 120, the signal processing unit 141 specifies the identification code and the address of the dwelling unit 1 corresponding to the data table stored in the storage unit 145, and specifies the identification. A control signal is generated with the address as the destination and the contents of the detection signal (occurrence of an abnormality with respect to the resident carrying the portable transmission sensor device 120) and the installation location of the relay device 130 as data. In the case of the sensor device 110, a control signal is generated using the content of the detection signal (occurrence of abnormality in the common unit) and the installation location of the relay device 130 as data, and is sent from the transmission / reception unit 143 to the control line Lb. In the case where the transmission source is the portable transmission sensor device 120, the occurrence of an abnormality in the dwelling unit parent unit 1 and the alarm monitoring panel 80 identified in the same manner as when the detection signal is transmitted from the automotive sensor device 100 and the place where the abnormality occurred. When (the location where the relay device 130 is installed) is notified and the transmission source is the fixed transmission sensor device 110, the occurrence of the abnormality and the location (the location where the relay device 130 is installed) are notified only in the alarm monitoring panel 80. The

  As described above, in this embodiment, the relay interface device 140 links the alarm monitoring panel 80 to notify the dwell unit 1 installed in each dwelling unit of the abnormality, and the relay interface device 140 and the alarm monitoring panel. 80 constitutes a control device. Thus, using the intercom system (housing information panel system) installed in the apartment house, it is possible to notify the necessary dwelling unit of the occurrence of an abnormality to the monitored object (automobile, resident, etc.) Compared to the case where a system for notification is separately constructed, the introduction cost can be reduced and the operation cost can be reduced because a public communication network is not required. In addition, a large number of sensor devices installed in a common part of an apartment house Since 100, 110, 120 and the control device (alarm monitoring panel 80 and relay interface device 140) are wirelessly connected via the relay device 130, it is possible to monitor the premises of the apartment house over a wide range. In addition, even if there is no dwelling unit at which the abnormality is reported, it is possible to notify the resident of the dwelling unit by telephone (such as a mobile phone), so that there is an advantage that usability is improved. Note that, as described above, the reception strength (radio wave strength) when the plurality of relay apparatuses 130 receive the detection signals is measured, and the measurement values are transmitted to the relay interface apparatus 140 together with the detection signals. If the signal processing unit 141 identifies the location where the portable transmission sensor device 120 transmits the detection signal based on the magnitude relationship of the measurement values, the location where the abnormality has occurred can be identified and promptly dealt with. . In addition, if any abnormality (such as car theft or vehicle theft) occurs in the car parked in the parking lot, an abnormality also occurs in the dwelling unit of the resident who is the owner of the car parked in the vicinity of the car Since it is possible to prevent the damage from spreading, the correspondence between the location of the car in the parking lot and the address of the dwelling unit 1 is stored in the storage unit 145, and an abnormality occurs in the signal processing unit 141 The address of the dwelling unit 1 installed in the dwelling unit of the owner of the vehicle in the vicinity of the vehicle (for example, both neighbors) is also specified at the same time, and the neighboring dwelling unit 1 It is desirable to notify that an abnormality has occurred in a car parked nearby.

  By the way, the automotive sensor device 100 can be remotely switched between a set state and a non-set state by a wireless signal (switching signal) transmitted from the remote control unit 101, and wireless transmitted from the automotive sensor device 100. The operation state (set state or non-set state) in the remote control unit 101 can be confirmed by a signal, but if this function is used, the operation state switching and operation confirmation of the vehicle sensor device 100 can be performed remotely from the dwelling unit 1. Can be operated. For example, a switch corresponding to the set switch and the release switch of the remote control unit 101 is provided in the dwelling unit base unit 1 or a plurality of existing switches provided in the dwelling unit base unit 1 are used as the set switch and the release switch. When the switch is operated and an operation signal is input from the operation unit 3 to the main control unit 2, the main control unit 2 generates a control signal including a switching command for switching the automotive sensor device 100 to a set state or a non-set state. The transmission / reception unit 5 transmits to the address of the relay interface device 140. In the relay interface device 140 that has received this control signal, the signal processing unit 141 compares the identification code of the automotive sensor device 100 corresponding to the address of the transmission source dwelling unit 1 with the data table stored in the storage unit 145. Then, the control signal including the identification code (address) and the switching command is transmitted from the wired communication unit 142 to each relay device 130. In the relay device 130, the address and the switching command included in the control signal received by the relay processing unit 131 are transmitted from the wireless communication unit 132 in accordance with the format of the wireless signal (switching signal) transmitted from the remote control unit 101. . This switching signal is received by the automotive sensor device 100 specified by the address, and the operation state is switched to the set state or the non-set state by the control circuit unit 100a. Then, after receiving the switching signal and switching the operation state, the control circuit unit 100a transmits a wireless signal for notifying the operation state after the switching. This wireless signal is relayed to the dwelling unit 1 that has transmitted the switching command in the same procedure as that of the detection signal, and the current operation state (set state or non-set) of the vehicle sensor device 100 is monitored in the monitor unit 13 of the dwelling unit 1. Set state) can be displayed. In addition to a switching command, a threatening sounding command for forcing a threatening sound is sent from the dwelling unit 1 to the vehicle sensor device via the relay interface device 140 and the relay device 130 in the same manner as described above. It is possible to remotely control the start and stop of the intimidating sound in the automobile sensor device 100 in the dwell unit 1.

  As shown in FIG. 1, in this embodiment, in addition to the relay interface device 140, a monitoring camera interface device 150 and a device interface device 160 are connected to the alarm monitoring panel 80, and together with the alarm monitoring panel 80 and the relay interface device 140. The control device is configured. The monitoring camera interface device 150 is connected to a plurality of monitoring cameras 170 that are installed in a common part and each include a monitoring object (such as a car parked in a parking lot) and pick up images of different monitoring areas. However, since these surveillance cameras 170 are conventionally well-known cameras having an image sensor such as a CCD, detailed description thereof will be omitted. As shown in FIG. 9, the monitoring camera interface device 150 is connected to a signal processing unit 151 including a microcomputer and a peripheral circuit such as a memory, and a large number of monitoring cameras 170. A camera switching unit 152 that selects and captures an image, an image storage unit 153 that stores a captured image (image data) captured by the camera switching unit 152 and subjected to signal processing by the signal processing unit 151, and a control line Lb A transmission / reception unit 154 that transmits and receives control signals to and from the alarm monitoring panel 80 is provided. The signal processing unit 151 performs processing such as conversion from analog to digital and compression of the converted data on the image signal captured by the camera switching unit 152 and stores the processed image data in the image storage unit 153. Further, a control signal including image data read from the image storage unit 153 is transmitted from the transmission / reception unit 154 to the alarm monitoring panel 80 or the dwelling unit 1 as necessary. In the signal processing unit 151, the correspondence relationship between the imaging area (monitoring area) of each monitoring camera 170 and the installation locations of the sensor devices 100 and 110 and the relay device 130 is stored in the memory.

  For example, when a detection signal is transmitted from the automotive sensor device 100, a control signal transmitted from the relay interface device 140 via the control line Lb is also received by the alarm monitoring panel 80, and the signal processing unit of the alarm monitoring panel 80 In 81, a control signal using the identification code of the automotive sensor device 100 included in the received control signal as data is generated and transmitted from the transmission / reception unit 84 to the monitoring camera interface device 150 via the control line Lb. In the monitoring camera interface device 150, when the control signal transmitted from the alarm monitoring panel 80 is received by the transmission / reception unit 154, the signal processing unit 151 compares the identification code included in the control signal with the correspondence stored in the memory. Then, the surveillance camera 170 including the location (parking lot) where the abnormality occurs in the imaging region is identified, the captured image of the identified surveillance camera 170 is taken from the camera switching unit 152, signal processing is performed, and the processed image Data is stored in the image storage unit 153 and transmitted to the alarm monitoring panel 80 by a control signal. In the alarm monitoring panel 80 that has received this control signal, the captured image reproduced from the image data by the signal processing unit 81 is displayed on the display unit 83, and control is performed with the address of the already specified dwelling unit 1 as the destination. The image data is transmitted (distributed) by a signal. Then, the control signal transmitted from the alarm monitoring panel 80 is received by the dwelling unit 1, and the captured image reproduced from the image data by the main control unit 2 is displayed on the monitor unit 13 by the video display unit 14. Therefore, the car in which the abnormality has occurred and the captured images around it can be seen on the alarm monitoring panel 80 and the dwelling unit 1 installed in the dwelling unit of the owner of the car, and the contents of the abnormality and the cause of the abnormality Or since the perpetrators can be confirmed, there is an advantage that it is possible to make a contribution to subsequent actions and criminal investigations. In addition, since the captured image is stored in the image storage unit 153 of the relay interface device 140, the captured image can be confirmed on the alarm monitoring panel 80 or the dwelling unit 1 even after an abnormality has occurred. In addition, you may enable it to confirm a captured image only in the dwelling unit parent machine 1 from a viewpoint of privacy protection of a resident. Also, the reception strength (radio wave strength) when the plurality of relay devices 130 receive the detection signals is measured, and the measured values are transmitted to the relay interface device 140 together with the detection signals, and are transmitted to the signal processing unit 141 of the relay interface device 140. If the location of the sensor device 100, 110, 120 that transmitted the detection signal is specified based on the magnitude relationship of the measurement values, the signal processing unit 151 of the monitoring camera interface device 150 captures the imaging region (monitoring) of each monitoring camera 170. The monitoring camera 170 can capture the location where an abnormality has occurred without storing and matching the correspondence relationship between the (region) and each installation location of the sensor devices 100 and 110 and the relay device 130 in a memory.

  On the other hand, the equipment interface device 160 is provided at a plurality of lighting devices 180 installed in a common area, a plurality of alarm devices 190 similarly installed in a common area, and an entrance to a parking lot from a road around a housing complex. And a gate device 210 that opens and closes the doorway. However, since the illumination device 180 has a conventionally known configuration including a light source such as an incandescent lamp and a discharge lamp and a ballast for lighting these light sources, detailed description thereof will be omitted.

  As shown in FIG. 11, the alarm device 190 includes a receiving unit 191 that receives a control command from the device interface device 160, an alarm sound sounding unit 192 that drives a buzzer to sound an alarm sound, and a control that is received by the receiving unit 191. And an alarm control unit 193 that controls the operation of the alarm sounding unit 192 based on the command.

  As shown in FIG. 12, the gate device 210 includes a gate control unit 211 including a microcomputer and a peripheral circuit such as a memory, a reception unit 212 that receives a control command from the device interface device, and a wireless signal (control) from a wireless remote controller (not shown). Command), a chain elevating unit 214 that elevates and lowers a chain stretched between columns that are erected at both ends of the entrance, and a drive that drives a drive source (electric motor) that elevates and lowers the chain. Part 215. When the owner of the car parked in the parking lot has a wireless remote controller and operates the wireless remote controller to transmit a control command to the gate device 210 when passing through the entrance / exit by the car, the wireless receiver 213 receives the control command. The control command is sent to the gate control unit 211, and the gate control unit 211 drives the chain lifting / lowering unit 214 via the drive unit 215 based on the control command, so that the chain descends and the doorway opens. ing. Further, the gate device 210 is provided with a sensor for detecting the passage of the automobile. When the passage of the automobile is detected by this sensor or when a predetermined time has elapsed from the descent of the chain, the gate controller 211 automatically When the chain elevating unit 214 is driven via the drive unit 215, the chain is raised and the entrance is closed. Each of the plurality of wireless remote controllers is assigned a unique dwelling unit ID for each dwelling unit, and this dwelling unit ID is transmitted to the gate device 210 together with the control command. The gate control unit 211 of the gate device 210 controls the control command. Safety is improved by driving the chain lifting / lowering unit 214 via the driving unit 215 only when the dwelling unit ID received together with the dwelling unit ID registered in advance.

  On the other hand, as shown in FIG. 10, the device interface device 160 is connected to a signal processing unit 161 including a microcomputer and a peripheral circuit such as a memory and a plurality of lighting devices 180, and individually turns on / off the lighting devices 180. The lighting device connection unit 162 to be switched to and a plurality of alarm devices 190 are connected, and the alarm device connection unit 163 that transmits a control command to the alarm devices 190 and the gate device 210 are connected, and the gate device 210 is controlled. A gate device connection unit 164 that transmits commands and a transmission / reception unit 165 that transmits and receives control signals to and from the alarm monitoring panel 80 via the control line Lb. Further, in the signal processing unit 161, the correspondence relationship between the range (irradiation range) irradiated with the illumination light from each lighting device 180 and the installation locations of the sensor devices 100 and 110 and the relay device 130, and the installation location of the alarm device 190 Are stored in the memory, and the corresponding relationship between the installation positions of the sensor devices 100 and 110 and the relay device 130, the identification code of the vehicle sensor device 100, and the dwelling unit ID assigned to the wireless remote controller of the gate device 210 is stored. ing.

  For example, when a detection signal is transmitted from the automotive sensor device 100, a control signal transmitted from the relay interface device 140 via the control line Lb is also received by the alarm monitoring panel 80, and the signal processing unit of the alarm monitoring panel 80 In 81, a control signal using the identification code of the automotive sensor device 100 included in the received control signal as data is generated and transmitted from the transmission / reception unit 84 to the device interface device 160 via the control line Lb. In the device interface device 160, when the transmission signal is received by the transmission / reception unit 165, the signal processing unit 161 collates the identification code included in the control signal and the correspondence stored in the memory. The lighting device 180 including the place (parking lot) where the abnormality occurs in the irradiation range and one or more alarm devices 190 installed in the vicinity of the place (parking lot) are identified and identified by the lighting device connection unit 162 The lighting device 180 is switched to the lighting state, and a control command for causing the alarm device 190 to sound an alarm sound is transmitted to the specified alarm device 190. In the alarm device 190 that has received the control command, the alarm control unit 193 controls the alarm sound sounding unit 192 to sound the alarm sound. Therefore, even when the parking lot of an automobile in which an abnormality has occurred and its surroundings are dark (for example, at night), the lighting device 180 illuminates, and further an alarm sound is generated from the alarm device 190 installed in the vicinity of the abnormality occurrence location. Therefore, the occurrence of secondary damage can be suppressed. The reception strength (radio wave strength) when a plurality of relay devices 130 receive detection signals is measured, and the measured values are transmitted to the relay interface device 140 together with the detection signals, and the signal processing unit 141 of the relay interface device 140 is transmitted. If the location where the sensor device 100, 110, 120 transmits the detection signal is specified based on the magnitude relationship of the measured values, the signal processing unit 161 of the device interface device 160 may irradiate the irradiation range or alarm of each lighting device 180. The lighting device 180 and alarm necessary when an abnormality occurs even if the correspondence between the installation location of the device 190 and each installation location of the sensor devices 100, 110, 120 and the relay device 130 is not stored in the memory and collated. The device 190 can be operated.

  Further, in the signal processing unit 161, the dwelling unit ID assigned to the wireless remote controller of the gate device 210 corresponding to the identification code included in the control signal is identified based on the correspondence stored in the memory, and the identified dwelling unit A control command for invalidating the ID is transmitted from the gate device connection unit 164. In the gate device 210, the control command received by the receiving unit 212 is sent to the gate control unit 211, and the gate control unit 211 invalidates the dwelling unit ID specified by the received control command and receives it from the wireless remote controller. When the dwell unit ID of the wireless signal (control command) matches the dwell unit ID, the drive unit 215 is not driven. That is, since the wireless remote controller for remotely operating the gate device 210 in the parking lot is often placed in the car, the dwelling unit ID assigned to the owner (dwelling unit) of the car in which an abnormality has occurred. By disabling the control command of the wireless signal including, the other residents can remotely control the gate device 210 by using the wireless remote controller while preventing theft of the car, and the convenience is not impaired. There are advantages. However, the signal processing unit 161 transmits a control command for prohibiting the gate device 210 to open the gate (lowering the chain) from the gate device control unit 164 so that the operation by all wireless remote controllers is prohibited. It is also possible to prevent theft of the car by controlling the gate device 210 installed at the entrance of the parking lot and closing the entrance, thereby contributing to crime investigation and suppressing the occurrence of secondary damage. .

  By the way, in this embodiment, the engine control device 220 for starting and stopping the engine of the automobile and the door lock control device 230 for locking and unlocking the door lock of the automobile are mounted on the automobile parked in the parking lot. The control device 220 and the door lock control device 230 are configured to be remotely operated from the dwelling unit master unit 1. As shown in FIG. 13, the engine control device 220 includes a signal processing unit 221 including a microcomputer and a peripheral circuit such as a memory, a wireless communication unit 222 that transmits and receives wireless signals to and from the relay device 130, and a harness cable. And an ignition switch connection portion 223 that is connected in parallel to the ignition switch of the automobile and opens and closes a plurality of contacts of the ignition switch. In other words, in the ignition switch connecting part 222 connected in parallel to the ignition switch, between the contacts corresponding to the power supply to the distributor etc. after conducting between the contacts corresponding to starter activation among the plurality of contacts of the ignition switch Can be started to start the engine, and the engine can be stopped by shutting off the power supply to the distributor etc. by disconnecting the contact between the contacts, and further to the distributor etc. The operating state of the engine can be detected based on the presence or absence of power supply.

  In recent automobiles, an increasing number of door lock opening / closing mechanisms use actuators that use electromagnetic solenoids as the drive source. By operating the electromagnetic solenoids, it is possible to switch between locking and unlocking the door locks. is there. For this purpose, the door lock control device 230 includes a signal processing unit 231 including a microcomputer and a peripheral circuit such as a memory as shown in FIG. 14, and a wireless communication unit 232 that transmits and receives wireless signals between the relay device 130, It is connected to a door lock opening / closing mechanism (electromagnetic solenoid) via a harness cable, and includes a door lock connecting portion 232 for operating the electromagnetic solenoid. The signal processing unit 231 detects whether the door lock is locked or unlocked based on the operation state of the electromagnetic solenoid. The engine control device 220 and the door lock control device 230 are assigned unique identification codes, and are owned by the residents of the dwelling unit where all the dwelling unit parent units 1 are installed and the addresses of all the dwelling unit parent units 1 are installed. Correspondences with the identification codes of the engine control device 220 and the door lock control device 230 mounted on the automobile are stored in the storage unit 145 of the relay interface device 140 in the form of a data table.

  Thus, a command for instructing start / stop of the engine or locking / unlocking of the door lock when a switch newly provided in the operation unit 3 of the dwelling unit 1 or a plurality of existing switches are simultaneously operated. The main control unit 2 generates a control signal including (start command / stop command / lock command / unlock command) and transmits it from the transmission / reception unit 5 to the address of the relay interface device 140. In the relay interface device 140 that has received this control signal, the signal processing unit 141 stores the identification code of the engine control device 220 or the door lock control device 230 corresponding to the address of the transmission source dwelling unit 1 in the storage unit 145. The wired communication unit 142 transmits a control signal including the identification code and the received command. The relay device 130 converts the control signal transmitted from the relay interface device 140 into a radio signal and transmits it. Then, when the wireless signal (control signal) is received by the engine control device 220 or the door lock control device 230 having the same identification code, the signal processing units 221 and 231 send the content of the command (start command / stop command / lock command). The start / stop of the engine and the locking / unlocking of the door lock can be remotely controlled from the dwelling unit 1 by controlling the ignition switch connection part 223 or the door lock connection part 233 according to the unlocking command. Further, after receiving the control signal and starting / stopping the engine or locking / unlocking the door lock, the signal processing unit 221 of the engine control device 220 or the signal processing unit 231 of the door lock control device 230 performs the subsequent operation state. Detection information (engine start detection information, engine stop detection information, door lock lock detection information, door lock unlock detection information) detected by the wireless signal is transmitted. This wireless signal is relayed to the dwelling unit 1 that has transmitted a command in the same procedure as in the case of the detection signal. Status (locked, unlocked) can be displayed.

  Therefore, when an abnormality occurs, the vehicle engine can be stopped remotely from the dwelling unit 1 to prevent the vehicle from being stolen, and when no abnormality occurs, the vehicle engine can be operated remotely from the dwelling unit 1. Convenience is improved by performing warm-up operation by starting with. In addition, even if the residents of each dwelling unit get off the car, even if they forget to lock the door lock, the door lock of the car can be locked remotely by using the dwelling base unit 1, so that the car can be stolen or stolen. Occurrence can be prevented in advance. Furthermore, since the engine stop detection information indicating that the automobile engine has been stopped is transmitted from the automobile sensor device 100 to the dwelling unit master unit 1 of the dwelling unit, it is assumed that the resident who has gone out by car has returned home. The advantage is that convenience and safety can be improved.

  The engine control device 220 and the door lock control device 230 are not limited to the remote control from the dwelling unit 1 but also when the driver stops the engine using a key or locks the door lock. And the detection result (operation status information) is transmitted to the relay interface device 140 via the relay device 130. In the relay interface device 140, the signal processing unit 141 starts counting (time limit) for a predetermined time (for example, several minutes) from the time of receiving the operation state information in which it is detected that the engine is stopped. When the operation state information that detects that the door lock has been locked is not received until the time elapses), or the operation state is detected that the vehicle sensor device 100 has been switched to the set state before counting up. When the information is not received, the door lock forgetting information and the set forgetting information are transmitted to the dwelling unit master unit 1 of the dwelling unit, so that it is possible to prevent forgetting to lock the door lock and forgetting to set the automobile sensor device 100. In the relay interface device 140, when a detection signal is received from the sensor device 100, 110, 120, an abnormality occurrence history such as an identification code of the transmission source sensor device 100, 110, 120, an abnormality occurrence date and time, and the like is displayed. If the database including the information is stored in the storage unit 145, the history of abnormality occurrence and the like can be centrally managed by the database provided in the relay interface device 140, which can be used to improve security measures. In addition, after transmitting the command from the dwelling unit 1 to the vehicle sensor device 100, the engine control device 220, or the door lock control device 230, until the predetermined time elapses, the vehicle sensor device 100, the engine control device 220, or the door lock. When the operation state information is not returned from the control device 230, the display unit 101d displays that effect (out-of-range display), and the presence / absence of a car in the parking lot can be determined by the out-of-range display.

It is a system configuration figure of this embodiment. It is a block diagram of the dwelling unit main unit and door phone sub unit in the same as the above. It is a block diagram of a lobby intercom and an alarm monitoring board in the same as above. (A) is a block diagram of the automotive sensor device in the above, (b) is a block diagram of a remote control unit of the automotive sensor device. (A) is a top view of the sensor device for motor vehicles in the same as the above, (b) is a top view of the remote control unit of the sensor device for motor vehicles. It is a block diagram of the fixed transmission sensor device and the portable transmission sensor device in the same as above. It is a block diagram of the relay apparatus same as the above. It is a block diagram of the relay interface apparatus same as the above. It is a block diagram of the surveillance camera interface apparatus same as the above. It is a block diagram of the apparatus interface apparatus same as the above. It is a block diagram of the alarm device in the same as the above. It is a block diagram of the gate apparatus same as the above. It is a block diagram of the engine control apparatus same as the above. It is a block diagram of the door lock control apparatus in the same as the above.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Dwelling unit main unit 50 Door phone cordless handset 60 Lobby intercom 80 Alarm monitoring panel 100 Sensor device for motor vehicles 110 Sensor device for fixed transmission 120 Sensor device for portable transmission 130 Relay device 140 Relay interface device

Claims (21)

The lobby intercom installed at the common entrance of the apartment house, the dwelling unit base unit installed in each dwelling unit of the apartment unit, and the dwelling unit base unit installed in the entrance of each dwelling unit connected by signal lines Doorphone handset, a control device installed in the control room of the apartment house and connected to the lobby intercom and the main unit of each residence unit via signal lines, and monitoring related to the residents of the apartment house in the common area of the apartment house A plurality of sensor devices that detect an abnormality of an object and wirelessly transmit a detection signal when the abnormality is detected, and a detection signal transmitted from the sensor device installed in a common part of the apartment house are wirelessly or wired A plurality of relay devices that relay to the control device in order to make a call between the dwelling unit main unit and the doorphone sub unit of each dwelling unit, and between the dwelling unit main unit and the lobby intercom, respectively. The communication unit has a dwelling unit, a door phone, and a lobby intercom, and when the detection signal is relayed from any relay device, an abnormality occurs based on the identification information included in the detection signal The specifying means for specifying the dwelling unit master installed in the dwelling unit of the resident related to the monitored object and the contents of the abnormality detection are notified to the dwelling unit set specified by the specifying means via the signal line. An identification means, and the specifying means owns a dwelling unit parent installed in a dwelling unit of a resident who owns the monitoring target in which an abnormality has occurred, and a monitoring target existing near the monitoring target An integrated call and monitoring system for collective housing, characterized in that it identifies a dwelling unit base unit installed in a dwelling unit of a resident. The lobby intercom installed at the common entrance of the apartment house, the dwelling unit base unit installed in each dwelling unit of the apartment unit, and the dwelling unit base unit installed in the entrance of each dwelling unit connected by signal lines Doorphone handset, a control device installed in the control room of the apartment house and connected to the lobby intercom and the main unit of each residence unit via signal lines, and monitoring related to the residents of the apartment house in the common area of the apartment house A plurality of sensor devices that detect an abnormality of an object and wirelessly transmit a detection signal when the abnormality is detected, and a detection signal transmitted from the sensor device installed in a common part of the apartment house are wirelessly or wired A plurality of relay devices that relay to the control device in order to make a call between the dwelling unit main unit and the doorphone sub unit of each dwelling unit, and between the dwelling unit main unit and the lobby intercom, respectively. The communication unit has a dwelling unit, a door phone, and a lobby intercom, and when the detection signal is relayed from any relay device, an abnormality occurs based on the identification information included in the detection signal The specifying means for specifying the dwelling unit master installed in the dwelling unit of the resident related to the monitored object and the contents of the abnormality detection are notified to the dwelling unit set specified by the specifying means via the signal line. About the dwelling unit and the dwelling unit related to the monitored object in which an abnormality has occurred based on the identification information included in the detection signal when the detection signal is relayed from the notification unit and any of the relay devices A notification unit for calling a telephone number registered in advance and notifying the content of abnormality detection , wherein the specifying unit is a dwelling unit installed in a dwelling unit of a resident who owns the monitored object in which the abnormality has occurred parent When, the monitoring object monitored object calls and monitoring integrated system for collective housing, wherein the identifying and the installed dwelling units base unit to the dwelling unit of inhabitants who owns the existing near the.   The identification unit is configured to identify a location where the sensor device transmits the detection signal based on a reception intensity when the relay device receives the detection signal wirelessly transmitted from the sensor device. 2. Integrated call / monitoring system for collective housing. A plurality of monitoring cameras that are installed in a common area and are connected to a control device via a communication line, each of which includes a monitoring target and images different monitoring areas, are transmitted via the communication line. Display means for displaying a captured image of the monitoring camera, and a monitoring area including the monitoring object in which an abnormality has occurred based on the identification information included in the detection signal when the detection signal is relayed from any relay device 4. A call / monitor for an apartment house according to any one of claims 1 to 3, further comprising monitoring camera control means for causing the display means to display a captured image of the monitoring camera that identifies and images the monitoring area. Integrated system. A plurality of monitoring cameras that are installed in a common area and are connected to a control device via a communication line, each of which includes a monitoring target and images different monitoring areas, are transmitted via the communication line. Recording means for recording a captured image of the monitoring camera, and a monitoring area including the monitoring object in which an abnormality has occurred based on the identification information included in the detection signal when the detection signal is relayed from any relay device 4. A call / monitor for an apartment house according to any one of claims 1 to 3 , further comprising monitoring camera control means for causing the recording means to record a captured image of the monitoring camera that identifies and images the monitoring area. Integrated system. A plurality of monitoring cameras that are installed in a common area and are connected to a control device via a communication line, each of which includes a monitoring target and images different monitoring areas, are transmitted via the communication line. An abnormality occurs based on the identification information contained in the detection signal when the detection signal is relayed from the image distribution means for distributing the captured image of the monitoring camera to the dwelling unit via the signal line and any of the relay devices Image management means for specifying the monitoring area including the monitored object and delivering the captured image of the monitoring camera that images the monitoring area to the dwelling unit that is specified by the specifying means by the image distribution means. The integrated call / monitoring system for an apartment house according to any one of claims 1 to 3 . A plurality of monitoring cameras that are installed in a common area and are connected to a control device via a communication line, each of which includes a monitoring target and images different monitoring areas, are transmitted via the communication line. When a detection signal is relayed from a recording unit that records a captured image of the surveillance camera, an image distribution unit that distributes an image recorded by the recording unit to a dwelling unit via a signal line, Based on the identification information included in the detection signal, the monitoring area including the monitoring object in which an abnormality has occurred is identified, and the captured image of the monitoring camera that images the monitoring area is recorded and the recorded image is recorded. An integrated telephone / monitor monitoring integrated system according to any one of claims 1 to 3 , further comprising: an image management unit that distributes to a dwelling unit specified by the specifying unit by the distributing unit. System. One or more lighting devices installed in the shared unit, and the control device monitors when an abnormality has occurred based on the identification information included in the detection signal when the detection signal is relayed from any of the relay devices 8. A telephone for an apartment house according to any one of claims 1 to 7 , further comprising illumination control means for identifying an illumination device including an object in an irradiation range and controlling the illumination device to illuminate the irradiation range. -Monitoring integrated system. It is provided with one or more alarm devices that are installed in a common section and sound an alarm sound. When a detection signal is relayed from any relay device, the control device is abnormal based on identification information included in the detection signal. any but the claims 1-8, characterized in that it comprises an alarm control means for sounding the specified alarm sound by controlling the alarm device to alarm devices installed in the vicinity of the monitored object generated Call and monitoring integrated system for apartment houses as described in. A gate device is provided at the entrance to the common part from outside the premises of the apartment house, and includes a gate device that opens and closes the entrance, and the control device controls the gate device when a detection signal is relayed from any of the relay devices, and the entrance 10. The integrated housing / communication monitoring system for an apartment house according to any one of claims 1 to 9 , further comprising gate control means for closing the door . A plurality of wireless remote controllers that transmit a command for instructing the gate device to open and close the doorway with a wireless signal together with the housing unit ID assigned to each house unit are provided, and the gate device uses a door, a chain, etc. A control unit comprising: a blocking unit that blocks passage; a receiving unit that receives a wireless signal; and a control unit that controls the blocking unit according to a command of the wireless signal received by the receiving unit to open and close the entrance and exit. The gate control means for giving a command for invalidating the command of the wireless signal including the dwelling unit ID of the dwelling unit where the dwelling unit specified by the specifying unit is installed to the control unit of the gate device. 11. The integrated call / monitor system for collective housing according to claim 10 . The sensor device mounted on each automobile parked in a shared section and detecting that a suspicious person has boarded the vehicle, and the engine control device mounted on the automobile and stopping the engine by a wireless signal, The machine includes manually operated operation means and transmission means for transmitting an engine stop command to the control device via a signal line when the operation means is operated. The control device is stopped from the dwelling unit. claim 1-11, characterized in that the residents of the dwelling master unit comprises means for transmitting a stop command via the relay device to the engine control unit mounted in a vehicle owned when receiving the command An integrated telephone / monitoring system for housing complex as described in any of the above. The sensor device has a wireless signal transmission / reception function, performs operation control such as activation / deactivation of an abnormality detection function in accordance with a command received by the wireless signal, and transmits operation state information by a wireless signal. The control means transmits the operation control command of the sensor device to the control device via the signal line when the operation means operated manually, the display means for displaying the operation state of the sensor device, and the operation means are operated. Transmission means for receiving operation state information from the means, and the control device relays the command to the sensor device associated with the dwelling unit when receiving the operation control command from the dwelling unit And relaying the information to the dwelling unit specified by the specifying means when receiving the operation state information from the sensor device Claim 1-12 collective housing calls and monitoring integrated system according to any one of which is characterized by comprising a means to further relay. The sensor device that is mounted on each automobile parked in a shared section and detects that a suspicious person has boarded the vehicle, and the door lock control device that is mounted on the automobile and locks the door lock of the automobile by a wireless signal; The dwelling base unit includes an operation unit that is manually operated, and a transmission unit that transmits a door lock locking command to the control device via a signal line when the operation unit is operated. And a means for transmitting a locking command via a relay device to a door lock control device mounted on a car owned by a resident of the dwelling unit when receiving a locking command from the dwelling unit. An integrated call / monitoring system for an apartment house according to any one of claims 1 to 13 . Provided with a plurality of types of the sensor devices for detecting different abnormalities, one type of the sensor device is a detection means for detecting the occurrence of an abnormality in a car parked in a common part, and a set state in which the detection means performs a detection operation Switching means for switching the non-set state in which the detection operation is not performed, and transmission means for wirelessly transmitting detection information indicating the detection result of the detection means and operation state information indicating the set state / non-set state of the detection means. The other type of the sensor device transmits an engine stop detection unit that detects that the engine of the automobile has stopped, and an engine stop information that indicates that the engine stop is detected by the engine stop detection unit. And a control device from the sensor device until a predetermined time elapses after receiving the engine stop information from the sensor device. When the operation state information indicating that the output means has been switched to the set state is not received, the transmission unit is configured to transmit the forgetting set information to the base unit specified by the specifying unit. and transmitting means for exchanging information between the transmission means of the device, according to any one of claims 1-14, characterized by comprising a display means for displaying a set forgets information received in the transmission means An integrated call and monitoring system for multiple dwellings. The sensor device includes an engine stop detection unit that detects that an engine of a car parked in a shared unit has stopped, and a transmission unit that wirelessly transmits engine stop detection information of the engine stop detection unit. A transmission unit that transmits the engine stop detection information to the dwelling unit that is specified by the specifying unit when the engine stop detection information is received from the sensor device, and the dwelling unit is connected to the transmission unit of the control unit. 16. A collective housing call / claim according to any one of claims 1 to 15 , further comprising a transmission means for exchanging information between the terminals and a display means for displaying the engine stop detection information received by the transmission means. Integrated monitoring system. Provided with a plurality of types of sensor devices that detect different abnormalities, one type of the sensor device includes door lock detection means for detecting locking / unlocking of a door lock of an automobile parked in a common part, and a door lock A transmission unit that wirelessly transmits detection information indicating a detection result of the detection unit, and the other type of the sensor device includes an engine stop detection unit that detects that the engine of the automobile has stopped, and an engine stop detection. Transmitting means for wirelessly transmitting engine stop information indicating that engine stop is detected by the means, and the control device receives the engine stop information from the sensor device until a predetermined time elapses. When the detection information indicating that the door lock is locked is not received from the sensor device, the door lock forgotten information is transmitted to the dwelling unit specified by the specifying means. Comprising a transmission means for, dwelling master unit, and transmitting means for exchanging information between the transmission means of the control device, by comprising a display means for displaying the door lock forget information received in the transmission means The integrated call / monitoring system for an apartment house according to any one of claims 1 to 16 . A dwelling unit comprising: the sensor device that is mounted on each vehicle parked in a shared unit and detects that an abnormality has occurred in the vehicle; and the engine control device that is mounted on the vehicle and starts the engine by a wireless signal. Comprises a manually operated operating means and a transmission means for transmitting an engine start command to the control device via a signal line when the operating means is operated. The control device receives a detection signal from the sensor device. When the start command is received from the dwelling unit when not received, the engine control unit mounted on the automobile owned by the resident of the dwelling unit has a means for transmitting the start command via the relay device. The integrated call / monitoring system for collective housing according to any one of claims 1 to 17 . The sensor device includes detection means for detecting the occurrence of an abnormality in a car parked in a common area, a threatening sounding means for sounding a threatening sound when an abnormality is detected by the detection means, and a detection result of the detection means. Transmission / reception means for wirelessly transmitting detection information and operation state information indicating a start / stop state of the threatening sound by the threatening sounding means and receiving a command instructing the threatening sounding means to start or stop the threatening sound And the control device has means for relaying a command for instructing the start or stop of the intimidating sound to the sensor device associated with the dwelling unit specified by the specifying means by the relay device. The integrated call / monitor system for an apartment house according to any one of claims 1 to 18 . The control device according to any one of claims 1 to 19, characterized in that it comprises a database containing an abnormality occurrence history created based on the identification information included in the detection signal relayed from the relay device An integrated call and monitoring system for multiple dwellings. The sensor device includes an operation means that is manually operated, a transmission means that transmits a detection signal when the operation means is operated, and a housing that accommodates the operation means and the transmission means and is formed so as to be portable by a person. claim 1-20 calls and monitoring integrated system for collective housing according to any one of the this and features comprising.

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