JP2633245B2 - Remote monitoring and control system - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a remote monitoring control system having a security function and capable of automatic notification.

[Background Art] Conventionally, there is a so-called telecon system for controlling a load through a telephone line, and a remote monitoring and control system for remotely controlling a load using a time-division multiplex transmission signal and monitoring a security sensor. Since there was no system in which the telephone system and the telephone communication system were combined as one system, there was a problem that the equipment cost was high or the wiring work was complicated.

[Object of the Invention] The present invention has been made in view of the above-mentioned problems, and its object is to perform not only connection and exchange between telephones, but also monitoring and alarming of security systems and load control. An object of the present invention is to provide a remote monitoring and control system which can be implemented by two systems, which can reduce equipment costs and simplify wiring work.

[Disclosure of the Invention] The present invention is connected to a telephone outside line such as a private telephone line or a general telephone line network, and also has a telephone extension and a two-line transmission signal for transmitting a multiplex transmission signal in the system. A home bus controller that derives a line, a telephone terminal connected to the home bus controller via a transmission signal line, and having a function of controlling sounding of a notification sound and an alarm sound by an attached speaker, and a load. Control terminal for turning on / off the power supply, a load operation terminal having an operation means for performing on / off operations of a load to be turned on / off by the control terminal, a monitoring terminal for monitoring an output of the crime prevention / disaster prevention sensor, an alarm issuance And an alarm terminal having an alarm control function such as a telephone line control terminal that monitors a control code sent from a telephone outside the system, which is received via a telephone outside line or a telephone extension. The home bus controller calls each terminal by a multiplex transmission signal and transmits data for commanding the operation of each terminal, and the monitoring terminal checks the state of the security sensor at the time of the call by the multiplex transmission signal from the home bus controller. In response to the multiplex transmission signal, the load operation terminal returns the monitor data indicating the operation state of the operation unit to the multiplex transmission signal when the load operation terminal calls by the multiplex transmission signal from the home bus controller. A reply is returned as a reply signal during the set reply waiting period, and the telephone line control terminal sets the monitoring data to the multiplex transmission signal based on the control code from the telephone outside the system when calling by the multiplex transmission signal from the home bus controller. Reply as a reply signal during the reply waiting period,
The home bus controller creates control data for the telephone terminal, the control terminal, and the alarm terminal that are previously associated with the terminal that has returned the reply signal based on these return signals, and sends the control data to the multiplex transmission signal. At the time of calling from the home bus controller corresponding to the monitoring data, the alarm control function was operated based on the content of the control data to control the connection of the alarm signal to the telephone extension, and the control terminal supported the load operation terminal with the monitoring data Turn on or off the load based on the content of the control data when calling from the home bus controller,
The telephone terminal controls sounding of the notification sound and warning sound by the speaker based on the contents of the control data when calling from the home bus controller corresponding to the monitoring data of the monitoring terminal, and when the warning is sounded, the home bus controller goes out of the system. The above-mentioned alarm signal is automatically notified to the telephone set.

 Hereinafter, the present invention will be described with reference to examples.

Embodiment FIG. 1 is a schematic diagram showing the overall configuration of the system of the present invention. Connected to l ₁ a, l ₁ b,
In the system, two signal transmission lines l ₂ of the multiplex transmission system,
Two pairs of telephone lines in the system (hereinafter referred to as telephone extensions)
l ₃ a, l ₃ b, power line l ₄ , and video signal coaxial cable
l ₅ is wired. The center of the system is constituted by a home bus controller (hereinafter, HBC) 1.
Is connected to a telephone line l ₆ from the door phone 2, and telephone lines l ₁ a and l ₁ b are connected to the telephone line l _1.
Telephone extensions l ₃ a, l ₃ b for connection with a, l ₁ b and a communication line l ₆ from the door phone 2 and a signal transmission line l for transmitting and receiving transmission signals of a multiplex transmission system. ₂ is connected,
Further it is connected to power supply line l ₄ from the power supply unit 5. Power supply unit 5 power line l ₄ to each part of the system if necessary
To supply power through the power supply.

The telephone extensions l ₃ a, l ₃ b and the signal transmission line l ₂ from the HBC ₁ are connected to the single telephone adapter 7 for connecting the main telephone 3, the sub telephones 4 ₁ ... The main alarm unit 8 and the telephone line system control monitor unit 9 are connected to the 6 lines and the power line ₁₅ .

The luminaire further signal transmission line l _2, relay control unit 10 to turn on and off the air conditioning equipment and other equipment load R, crime prevention sensor, heat detector, fire sensors such as test sensor, from the various sensors 11 of the gas sensor, etc. In addition to the sensor connection unit 13 that monitors the detection signal and controls the emergency bell 12, the electric lock control unit 14 that controls locking and unlocking of the electric lock 18 at the entrance, etc., and other units such as the child alarm unit 15, etc. A remote control switch 16 for turning on and off a predetermined facility load through the relay control unit 10; a selector switch unit 17 provided with a plurality of switches to turn on and off the facility load R corresponding to each switch through the relay control unit 10; Lock operation switch 19 for operating locking and unlocking through the electric lock control unit 14, and a one-push operation It is connected to a one-touch dial unit 20 that can make outgoing calls.

Connect the camera switching unit 21 to the signal transmission line l ₂ and the coaxial cable l ₆ is connected to a monitor television camera 21, a monitor television 23 to the coaxial cable l ₆ are also coaxial cables l _6, the signal transmission line A pict TV sub phone 24 is connected to l ₂ and the telephone extensions l ₃ a and l ₃ b.

The electric lock control unit 14 is connected to a secret switch 25 for inputting a password and unlocking or locking the electric lock 18 and an electric lock power supply unit 26 for obtaining a power supply such as a driving power supply for the electric lock 18. I have.

Each of the sub telephones 4 ₁ … is connected to a signal transmission line l ₂ and a telephone extension l ₃ a, l ₃ b
In this embodiment, each telephone set 4 ₁ ... Can be detachably connected using a telephone telephone jack 27 having six poles.

2 to 8 show detailed circuit block diagrams of each part of the present invention.

FIG. 2 shows a circuit block diagram of the HBC1, the parent telephone 3, the child telephone 4, the one-touch dial unit 20 and the single telephone adapter 7, and the HBC1 is an 8-bit microprocessor (hereinafter, referred to as a microprocessor) for performing signal processing as shown in FIG. A CPU) 101, a ROM 102 storing operation programs and the like,
The RAM 103 for temporarily storing processing data and the like and the watchdog timer 104 constitute an arithmetic control processing unit, and the CPU 101
A data transmission circuit 105 for transmitting and receiving the transmission signal VS and the return signal RT of the time division multiplex transmission system, a door phone interface 106 is connected, and provided for each telephone external line l ₁ a, l ₁ b. The incoming call detection circuit 108, the collision prevention circuit 109, the hold circuit 110, and the dialer 111 provided in the telephone line control units 107A and 107B are connected. Doorphone interface 106
Is for transferring a call signal from the intercom 2 to the CPU 101, and a call signal from the intercom 2 is connected to the communication path switch circuit 116. This communication path switch circuit 116
Is intended to connect a call signal doorphone 2 under the control of the CPU101 in the corresponding telephone extension _{l 3 a (l 3 b)} , speech current supply circuit 117 telephone extension l in time and internal calls in the intercom call and to supply the speech current ₃ is connected to a (l ₃ b).

Incoming detection circuit 108 for detecting the incoming call signal from the telephone outside line l ₁ a or l ₁ b, adapted to deliver a detection signal to the CPU 101. The collision prevention circuit 109 is connected to the telephone outside line l ₁ a (l
The ₁ b) and the telephone extension l ₃ a (l ₃ b) and the detection signal is detected by a line polarity reversal to entering the talking state is connected
This is sent to the CPU 1 to control the automatic notification not to be performed during the call state. That is, if an automatic notification occurs during a call, a signal collision occurs. By restricting the automatic notification, collision prevention can be achieved.

The hold circuit 110 holds the call state, and sets the telephone outside line l ₁ a (l
₁ b) A low-pass filter 11 is used to send a hold tone signal
2. Transmit the signal through the amplifier 113 and the coupling transformer 114. Dialer 111 is for sending a push button dial signal to the low pass filter 115, the amplifier 113, through coupling transformer 114 telephone outside line _{l 1 a (l 1 b)} .

The power supply circuit 118 connected to the power supply line l ₄ is adapted to obtain a predetermined voltage by the power supply voltage from the power supply unit 5 connected to the power supply line l ₄ supplies power of a predetermined voltage to each part of HBC1 .

Relay contact r ₁₁₁ telephone outside line l ₁ a (l ₁ b) and the collision prevention circuit
A contact inserted between the relay circuit 109 and the relay circuit 119 that operates under the control of the CPU 101.
It is connected during a call with a ₁ a (l ₁ b). Also relay contact r
₁₁₂ telephone outside line l is ₁ a (l ₁ b) for the purpose of disconnecting the, also intended for the relay contact r ₁₁₃ is to be connected to the coupling transformer 114 side pending or automatically reported and when external line call, further relay contact r ₁₁₄ is used to connect the telephone extension l ₃ a (l ₃ b) and speech current supply circuit 117 during the extension call or intercom call, these relay contacts r _112, r _113, r ₁₁₄ relay contact r Similar to ₁₁₁ , it is a relay contact of the relay of the relay circuit 119.

Then the parent phone 3 signal processing, control and 1-chip microcomputer 301 for performing, via a signal transmission line l ₂ HBC1
A data transmission circuit 302 for receiving a transmission signal VS transmitted from the transmission line and returning a return signal RT, and a watchdog timer 303.
And a transmission control signal VS.
A power supply circuit 304 for obtaining a power supply of each unit, a signal sound circuit 305 controlled by the microcomputer 301 to generate a signal sound, a key scan for operating buttons, and a key scan for lighting various display lamps and the like Lamp display circuit
And 306, a power failure circuitry 307 for performing power failure detection by detecting that the transmission signal VS is not sent due to a power failure, the telephone through the relay contacts r ₃₁₁ in the event of a power failure extension l ₁ a (or l ₁ b)
Ringing bell for power failure that rings the ringing bell when a call is received
8, also dialer 309 that can dial out only during a power failure
A handset receiver 310, a line network circuit 312 for connecting the transmitter 311 to the line, and a coupling transformer 3 for the line.
13 and a mixing circuit 314, a microphone 317 and a speaker 318 connected through amplifiers 315 and 316.

Relay contact r ₃₁₂ is for switching the telephone extension to be connected to l ₃ a or l ₃ b, and relay contact r ₃₁₃ is for telephone extension l ₃
It is for separating from a or l ₃ b. Furthermore, the relay contact r ₃₁₄ is connected in parallel to the hook switch HS ₁ and
The relay contact r ₃₁₅ is used to close the line when making an external line call in the on-hook state, and the relay contact r ₃₁₅ sends a signal from the line side to the network circuit 312 side during a call, an alarm, in the case of alarm, etc. is for switching so on mixing circuit 314 side, also the relay contact r ₃₁₆ is a mixer circuit 314 receiver 310 side or in conjunction with the relay contact r _315, which is for switching to either a relay contact r ₃₁₅ side , These relay contacts r ₃₁₁ ~
r ₃₁₆ is a relay of a relay circuit 319 that operates under the control of the microphone computer 301. Hookswitch HS ₂ are adapted to teach hook state to the microcomputer 301.

Next, the child telephone 4 has the same configuration as that of the parent telephone 3 except that the power failure circuit 307, the power failure incoming call bell 308, and the dialer 309 of the parent telephone 3 are not provided, and performs the signal processing and control.
A microcomputer 401 of the chip, the reception of the transmission signal VS transmitted from HBC1 via the signal transmission line l _2, and the data transmission circuit 402 performs a reply reply signal RT, provided with a calculation control processing unit comprising a watchdog timer 403 Power supply circuit 40 for obtaining power of each part from transmission signal VS
4, a signal sound circuit 405 that is controlled by the microcomputer 401 to create a signal sound, a key scan of each operation button, a key scan lamp display circuit 406 that performs further lighting of a display lamp, and a handset receiver 410, Transmitter 41
1 to a line, a microphone 417 and a speaker 418 connected to the line through a coupling transformer 413, a mixing circuit 414, amplifiers 415 and 416, and a relay circuit.
419. Relay contacts r _{412 to} r ₄₁₆ correspond to relay contacts r _{312 to} r ₃₁₆ of master telephone 3. The hook switches HS ₁ and HS ₂ are connected similarly to the parent telephone 3.

One-touch dial unit 20 is signal processing, and a transmission signal processing dedicated processing circuit 201 that performs control, the arithmetic processing and the transmission of the reception and the return signal RT of the transmission signal VS with the HBC1 through a signal transmission line l ₂ A data transmission circuit 202 under the control of the circuit 201, a key scan lamp circuit 203 under the control of the arithmetic processing circuit 201 to input the operation of the operation button and control the display lamp, and obtain power from the transmission signal VS. A power supply circuit 204 for supplying power to the arithmetic processing circuit 201, the data transmission circuit 202, and the key scan lamp circuit 203.

Alone phone adapter 7 likewise the signal processing to the parent telephone 3 or child phone 4, the control and one-chip microcomputer 701 to perform the reception of the transmission signal VS transmitted from HBC1 via the signal transmission line l _2, and replies A data transmission circuit 702 for sending back a signal RT and an arithmetic control processing unit comprising a watchdog timer 703, a power supply circuit 704 for obtaining power of each unit from the transmission signal VS, and a signal sound controlled by the microcomputer 701 Create signal tone circuit 7
05, a key scan lamp display circuit 706 for performing key scan of operation buttons, further turning on a display lamp, etc., a speaker 708 connected to the line through an amplifier 707, a relay circuit 709, and a single telephone further connected And a hook detection circuit 710 for detecting whether the single telephone 6 is in an on-hook state or an off-hook state by detecting the state of the hook switch 6. The relay contact r ₇₁₂ is for switching the telephone extension to be connected to l ₃ a or l ₃ b,
The relay contact r ₇₁₃ is for disconnecting from the telephone extension l ₃ d or l ₃ b, and the relay contact r ₇₁₄ is for switching the signal from the line to the amplifier 708 side or the single telephone 6 side. Relay contacts r ₇₁₁ , r ₇₁₅ and r ₇₁₆ are relay contacts
r ₇₁₄ is used to connect a call current supply circuit 711 and a constant current circuit 712 to the single telephone 6 to supply current to the single telephone 6 when the amplifier 708 is connected to the amplifier 708. Contacts r _{711 to} r ₇₁₆ are the above relay circuits
709 relay contacts are controlled by the microcomputer 701.

FIG. 3 shows a circuit block diagram of the main alarm unit 8 and the telephone line system control monitor unit 9. The main alarm unit 8 shown in FIG. Computer 801
When the transmission signal transmitted from HBC1 via the signal transmission line l ₂
Data transmission circuit that receives VS and returns the reply signal RT
802, provided with a calculation control processing unit comprising a watchdog timer 803, a power supply circuit 804 supplies the adjusted power supplied from the power supply line l ₄ to a voltage corresponding to each unit, a key scan operation buttons, further display A key scan lamp display circuit 806 for lighting a lamp, etc .; a signal sound circuit 805 for generating an alarm signal such as an alarm sound according to the contents of an alarm under the control of a microcomputer 801; and a microcomputer for outputting various voice messages. A speech synthesis circuit 807 created under the control of 801, and a response detection circuit for detecting response by detecting polarity reversal when a telephone of an outside line is connected and providing the response detection information to the microcomputer 801. 808 and a toe for detecting a reception response signal from the other party when the alarm information is transmitted to the outside line notification destination as a code signal by a push button dial signal. Decoder circuit 81
7 and a signal from the voice synthesis circuit 807 via the signal tone circuit 805 and the band-pass filter 809 to amplify and combine
Each telephone extension l ₃ a through 12,813, an amplifier 81 to be transmitted to l ₃ b
0, 811; an amplifier 814 for amplifying a signal so as to emit an alarm sound or a voice message by a speaker 815 provided in the unit 8; and the telephone extension l ₃ a or l ₃ b
Relays with interlocking relay contacts r ₈₁₁ and r ₈₁₂ for switching connection to and relay contacts r for interrupting control of signal output
₈₁₃ , a relay circuit 816 for driving a relay having r ₈₁₄ under the control of the microcomputer 801 is provided.

The telephone line system control monitor unit 9 is a one-chip microcomputer 901 that performs signal processing and control of an arithmetic processing unit.
When the transmission signal transmitted from HBC1 via the signal transmission line l ₂
Data transmission circuit that receives VS and returns the reply signal RT
902, provided with a calculation control processing unit comprising a watchdog timer 903, a power supply circuit 904 supplies the adjusted power supplied from the power supply line l ₄ to a voltage corresponding to each unit, a key scan operation buttons, further display A key scan lamp display circuit 906 for lighting the lamp and the like, and a telephone extension l ₃ a or l ₃ b
A DTMF signal receiving circuit 905 for receiving a push button signal (DTMF signal) via a coupling transformer 915 and an AGC circuit 908 and providing the data to a microcomputer 901; a voice synthesizing circuit 907 for transmitting a voice message; , Amplifies the signal from the speech synthesis circuit 907 input through the bandpass filter 909, and amplifies the telephone extension through the coupling transformer 915.
₃ an amplifier 910 to be delivered to a or l ₃ b, an amplifier 911 causes Hatsuna the speaker 912 amplifies the signal from the voice synthesizing circuit 907 through the band-pass filter 909, a microphone for sound collection
An amplifier 913 for amplifying a signal from the 914 and sending it to the telephone extension l ₃ a or l ₃ b via the coupling transformer 915;
Relays and with relay contact r ₉₁₁ for switching the telephone extension that connects to l ₃ a or l ₃ b, the microcomputer to drive the relay with a relay contact r ₉₁₂ for disconnecting the extension connection
And a relay circuit 916 performed under the control of 901.

FIG. 4 shows a circuit block of the sensor connection unit 13 and the power supply unit 5. The sensor connection unit 13 includes an arithmetic processing circuit 131 dedicated to transmission signal processing for performing signal processing and control similarly to the one-touch dial unit 20, A data transmission circuit 132 for receiving a transmission signal VS and transmitting a return signal RT to and from the HBC 1 through the signal transmission line l ₂ under the control of the arithmetic processing circuit 131; A key scan circuit 133 for taking in the circuit 131; a power supply circuit 134 for converting an AC power supply to a DC power supply having an appropriate voltage and supplying the DC power supply to each unit, and outputting it to the outside (or a power supply line l ₄ ); To provide a detection signal of the fire sensor 11a to the arithmetic processing circuit 131, a fire sensor interface 135a, and a gas sensor 11b by connecting the gas sensor 11b.
A gas sensor interface 135b that provides the detection signal of the security sensor 11c to the arithmetic processing circuit 131, a security sensor interface 135c that connects the security sensor 11c to provide the detection signal of the security sensor 11c to the arithmetic processing circuit 131, and an emergency button switch 27 that is connected to the emergency Emergency button interface 135d that gives the operation signal of button switch 29 to arithmetic processing circuit 131, contact button switch
28, a communication button interface 135e for providing an operation signal to the arithmetic processing circuit 131, and various interfaces such as an additional bell interface 135f for driving an emergency bell 27 provided outside by a control output from the arithmetic processing circuit 131;
A lamp display circuit 136 for displaying the operation of each sensor 11a, 11b based on signals from the fire sensor interface 135a and the gas sensor interface 135b, a buzzer 137 driven by signals from the fire sensor interface 135a and the gas sensor interface 135b, and a buzzer 137 relay and fire sensor 11a having a relay contact r ₁₁₁ for controlling the energization
Relay and, processing the driving of the relay with a relay contact r ₁₁₃ for the sensor input holding during the gas sensor drive circuit 11 having a relay contact r ₁₁₂ for the operation at the time of the sensor input holding
It has a relay circuit 138 that operates under the control of 3.

Power supply unit 5 is intended for converting the DC power appropriate voltage from the AC power supply to the power line l _4, the power supply circuit 50
Built-in one.

Fig. 5 shows the relay control unit 10 and remote control switch
16 blocks are shown, and the relay control unit 10 is arranged in a state where a plurality of sets are housed in one panel, and the individual relay control units 10 perform signal processing and control as shown in the figure Arithmetic processing circuit dedicated to transmission signal processing
And 1001, the transmission signal VS with the HBC1 through a signal transmission line l ₂
And a data transmission circuit 1002 for performing transmission and reception of the return signal RT under the control of the arithmetic processing circuit 1001.
A relay circuit 1003 for driving the latching relay by the control output from the control circuit to turn on or off the relay contact r inserted between the equipment load R and the electrode to turn on and off the equipment load R, and the power from the transmission signal VS. And a power supply circuit 1004 for supplying power to the respective units.

The remote control switch 16 corresponds to a specific equipment load R, and performs an operation processing circuit 161 dedicated to transmission signal processing for performing signal processing and control, and reception of the transmission signal VS between the HBC 1 and the signal transmission line l _2. A data transmission circuit 162 for transmitting the reply signal RT under the control of the arithmetic processing circuit 161; and a key scan for giving an operation input of the operation switch SW to the arithmetic processing circuit 161 and driving a display lamp indicating the operation state. A lamp circuit 163 and a power supply circuit 164 that obtains power from the transmission signal VS and supplies power to each unit, and transmits the operation data of the operation switch SW as a return signal RT to the HBC 1 as a multiplex transmission signal, based on the data. The relay of the relay circuit 1003 of the predetermined relay control unit 10 is driven by the transmission signal VS from the HBC1, and the corresponding equipment load R is turned on or off.

There is a selector switch 20 corresponding to the remote control switch 16, the selector switch 20 includes a plurality of operation switches, and can control the equipment load R corresponding to each operation switch. It is used for on / off control of the equipment load R and for turning on and off the equipment load R such as lighting in a pattern corresponding to a lighting pattern. Corresponding.

Further, an electric lock operation switch 19 for performing remote control using multiplex transmission to unlock and lock the electric lock 18 from the indoor side has the same configuration as the remote control switch 16.

FIG. 6 shows a block diagram of the electric lock control unit 14. The electric lock control unit 14 includes a microcomputer 141 dedicated to transmission signal processing for performing signal processing and control;
A data transmission circuit 142 for receiving the transmission signal VS and transmitting the reply signal RT to and from the HBC 1 through the signal transmission line l ₂ under the control of the microcomputer 141, and an electric lock by a control output from the microcomputer 141. An electric lock driving circuit 143 for performing an unlocking operation or a locking operation of the electric lock 18;
A monitoring input circuit 144 for inputting monitoring information of the unlocking or locking state of the electronic lock 18 to the microcomputer 141, and a secret switch 25 provided for unlocking and locking the electric lock 18 using a password. Locking or unlocking of the electric lock 18 can be performed by collation of the personal identification number by the computer 141 or reception of the transmission signal VS from the HBC 1 based on operation of the electric lock operation switch 19, and the power supply of each part is provided separately Electric lock power supply unit
Supplied from 26.

FIG. 7 shows a block diagram of the camera switching unit 22. As shown, the camera switching unit 22 connects a plurality of monitor television cameras 21. When a call is received from the door phone 2, transmission from the HBC 1 is performed. connecting a video output to the coaxial cable l ₅ actuates the monitor television camera 21, which features the signal VS, or security sensor 11c are connected on the basis of the transmission signal VS from HBC1 when detecting an intruder and which monitors those television camera 21 are sequentially switched operation and is adapted to output the video signal to the coaxial cable l _5, the signal processing as shown, and the transmission signal processing dedicated arithmetic processing circuit for controlling 22
1, a data transmission circuit 222 for receiving a transmission signal VS and transmitting a reply signal RT between the HBC 1 through a signal transmission line l ₂ under the control of the arithmetic processing circuit 221; and a monitor television camera 2
1 and a power supply circuit 223 that supplies power to each part, and an arithmetic processing circuit
A relay circuit 224 is provided to control the supply of power to each monitor television camera 21 by turning on or off the relay contacts r _{221 to} r _{224 in accordance} with the control output of ₂₂₁ .

TV monitor television 23 or pictogram television Tsukiko telephone 24 is connected to the coaxial cable l _5, a monitor television camera
An image based on the image signal from 21 is displayed.

The monitor television 23 with receive power from the power line l ₄ as shown in the block diagram of Figure 8, the arithmetic processing circuit 231 of the transmission signal processing dedicated for signal processing, and control,
A data transmission circuit 232 for receiving a transmission signal and transmitting a return signal to and from the HBC 1 through the signal transmission line l ₂ under the control of the arithmetic processing circuit 231; and a control output from the arithmetic processing circuit 231 to the CRT 234. And an energization control circuit 233 for controlling the energization of the monitor TV camera 21. The monitor television camera 21 may be integrated into the door phone 2.

Next, the operation of the system of the present invention will be described based on a flowchart and a signal format.

First, as a system that performs control using the transmission signal VS from the HBC1, a group that turns on and off the equipment load R and a equipment load R
The relay control unit 10, the selector switch unit 17 and the remote control switch 16 for operating the relay control unit 10, and the operation system of the equipment load R of the telephone line system control unit 9 belong to the former. The latter includes a telephone line system, an electric lock system, a security system including a parent alarm unit 8, a child alarm unit 15, and a sensor connection unit 13, a monitor television 23, a camera switching unit 23, and a child with a pict television. The telephone 24 and a part of the telephone line control unit 9 belong to the
For example, page 0 is assigned to the former and page 1 is assigned to the latter, and addresses are assigned by the transmission signal VS corresponding to each page. HB
A terminal accessed by the transmission signal VS from C1 is used as a terminal.

Here, in the address assignment, an address range is determined in advance for each page in accordance with the type or type, and addresses are individually assigned to units or switches belonging to the range.

Here, the transmission signal VS transmitted from the HBC1 is shown in FIG. 9 (a).
The transmission signal VS ₁ of the short format shown in, long format transmission signal shown in (b) or (c)
VS ₂ types. In the former, the start signal SY
A mode signal M0 composed of mode data, a channel signal DA composed of page data and address data, a data signal CN composed of control data, a checksum CS,
The transmission signal VS ₁ is composed of a long pulse signal RP for determining a waiting period of the reply signal RT and an end signal EN.
HBC1 is always transmitted by time division multiplexing and polled for systems belonging to. The mode signal M0 includes a monitoring mode for requesting a return of monitoring data, a polling mode for an interrupt address, a control mode, a mode for clearing an interrupt request, and a mode for performing a terminal check. This transmission signal VS ₁ is provided with a blank period X before transmission of the next transmission signal VS ₁ , and during this blank period X, the processing operation of the microcomputer provided in the parent telephone 3, the child telephone 4, etc. is performed. It has become.

The long pulse signal RP is composed of a current mode signal obtained by short-circuiting the signal transmission line l ₂ via the impedance during the reception period on the terminal side, and the logical value is determined by the pulse width as shown in FIG. You have set.

Transmission signal VS ₂ of the long format is a transmission signal for the transmission of variable length data, as shown in FIG. 9 (a) or (b), a start signal SY, the mode signal M1
Shows the, a channel signal CH ₁ consisting of the address data to be accessed with the page data, the channel signal CH ₂ made from the side of the address data to be accessed (address HBC1 in this system), then the byte length of the control data to be sent The transmission signal is composed of a byte counter signal BC, a control signal CN composed of control data, a checksum CS, a dummy signal DM for preventing malfunction, and a long pulse signal RP for defining a return signal standby period. When transmitting VS ₂ , the transmission signal VS ₁
Is the same as

The mode signal MD1 includes a mode for unidirectional data transmission from the HBC1 to the terminal, a mode for data reception from the terminal,
Further, a mode such as a simultaneous access mode of a group of a predetermined address is set.

And long acknowledge as the return signal RT during transmission of the transmission signal VS ₂ of the long format shown in Figure No. 9 (b) and (c), a mode signal M2 in the former is divided into a short acknowledge, the byte counter It comprises a signal BC, control data CN, a checksum CS, and a dummy signal DM. The latter is composed of a mode signal M2. These return signals RT have a pulse width as shown in FIGS. 11 (a) and 11 (b). The current mode pulse signal is returned at the change point of the logical value signal waveform determined by the above.

As shown in FIG. 12, the transmission signals VS ₁ and VS ₂ set a logical value by a pulse value, and are transmitted as a multipolar baseband signal.The connection polarity is eliminated, and the current is rectified on the terminal side to rectify the current. You can get it.

Now in the first constantly polling sequentially accesses the terminal corresponding to the page 1 in the transmission signal VS ₁ shown in Figure No. 9 (a).

In this case the telephone line wire l ₁ connection information from HBC1, intercom information, transmits telephone extension l ₃ a, the connection information l ₃ b respectively every predetermined time. In addition, the main telephone 3 provided with an emergency button switch,
Child telephone 5 ₁ ..., pict TV Tsukiko telephone 24, further sensor connection unit 13, further parent alarm unit 8, and sequentially calls the child alarm unit 15 is returned to the information of each of the emergency button switch state.

Such parent telephone 3 after an hooked up in the normal state (or the child telephone 5 ₁ ..., 24) of the there is an operation of the operation button for external call, the operation signal is a microcomputer through the key scan ramp circuit 306 the interrupt signal INT via fetched data transmission circuit 302 to 301 is to be delivered in the current mode to the signal transmission line l _2.

The transmission timing of the interrupt signal is at the time of receiving the S1 pulse of the end signal EN as shown in FIG. 13 (a) in the case of a fixed-length terminal, and in the case of a variable-length terminal, FIG. As shown in b), when the S1 pulse of the start signal SY is received, the above-mentioned interruption timing at the time of calling an outside line is performed in the former case. Now, the above interrupt signal IN
When T is transmitted and HBC1 is received via the data transmission circuit 105, the CPU 101 stops the polling by this interrupt and performs terminal access for address search based on the flowchart shown in FIG.

That is, changing the mode signal of the transmission signal VS ₁ to poll the interrupt address search to access the terminals. With this access, the terminal that has interrupted the address returns the address. In this case, by allocating the terminal address in advance for each group, the address is called in units of groups (address of a common upper bit) at the time of address search,
By returning address data of lower bits at the time of reply, the address search can be speeded up.

Now, it is determined whether the terminal belonging to this address search belongs to page 0. If the interrupted terminal does not belong to page 0, then the HBC1 changes the mode to a monitoring mode in which the interrupt flag is further checked and the long format transmission or the short format transmission is determined. Flag in the reply data of
IRQ is determined that an interrupt request if 1, if more data have been replies "FF", the transmission signal VS ₂ of long format, using the transmission signal VS ₁ of the short format is otherwise HBC1 then accesses the terminal at that address.

Now, when there is a request for an external line connection from the above-mentioned parent telephone 3 and the above-mentioned interruption occurs, and the interruption is confirmed, the HBC 1 accesses the parent telephone 3 in the interrupt flag clear mode to clear the interruption flag IRQ. The external telephone connection request data is received from the parent telephone 3. Upon receiving the request data, the CPU 101 connects the telephone extension l ₁ a or l ₁ b, and in accordance with the connection, connects the circuit extension circuit 312 to the telephone extension l ₃ a or the telephone extension l ₃ b which is vacant with respect to the parent telephone 3.
HBC1 transmits a transmission signal VS having control data for connecting The connection is made by the microcomputer 301 in the parent telephone 3 by the microcomputer 301 to turn on the indicator lamp indicating the external line connection through the key scan lamp circuit 306, and the dial tone is transmitted to the network circuit 312, the relay contact r _316, and the coupling transformer 313. The speaker 318 emits sound through the mixing circuit 314 and the amplifier 316. Next, when the dial operation button of the main telephone 3 is pressed, the same interruption as that at the time of the above-mentioned interruption request is performed, and the operation dial data is returned from the main telephone 3 as a reply signal RT.

The HBC 1 that has received the operation dial data operates the dialer 111 by the operation of the microcomputer 101 to make an outgoing call. The anti-collision circuit 109 detects that the telephone set is picked up and the telephone is in a talking state by the external telephone which is selectively connected by the external line calling by reversing the polarity of the line, and the automatic notification interrupt is generated by detecting the external line talking state. The CPU 101 performs a control operation such that the control is not performed even when the outside line communication state is detected.
After entering this call state, HBC1 resumes the normal polling operation.

The outside line call from the parent telephone 3 is made to the child telephone 5 ₁ … or 24
Further, the same operation can be performed on the single telephone 6.

When the one-touch dial unit 20 is used to make an outgoing call after the outside line is connected, the operation button provided in advance corresponding to the telephone number of the other party may be operated.
When this operation is performed, the above-described interrupt request operation is performed between the HBC 1 and the one-touch dial unit 20, and the data of the operation button is calculated by the data transmission circuit 202 of the one-touch dial unit 20 as the return signal RT in the short format transmission. It is transmitted under the control of the processing circuit 201. In the HBC 1 receiving this reply signal RT, the CPU 101 reads out the data corresponding to the operation button of the one-touch dial unit 20 in the abbreviated dial data stored in the RAM 103 in advance, and the dialer 111 makes a dial call to call the other party's telephone. is there.

Next, in the on-hook state, the parent telephone 3 (or the child telephone 5)
₁ …, 24) When making an outgoing call, press the on-hook transmission operation button, and when this operation button is operated,
The microcomputer 301 turns on the relay contact r ₃₁₄ connected in parallel with the hook switch HS ₁ through the relay circuit 319 to make a line connection and enable the dial tone to be emitted from the speaker 318. The control processing operation is performed so that the same operation as in the state where the handset is taken after detecting the call is performed.

When an external call is made on-hook and connected to the telephone of the other party, a normal telephone call can be made by taking the handset when the voice of the other party is heard from the speaker 318. If the user wants to stop the outside line call, the user again operates the operation button, the microcomputer 301 determines "OFF" and returns the line state to the initial state, and the HBC1 returns to the normal polling operation.

When on-hook by hook switch HS ₂ calls the parent telephone 3 by outside line calling the above is completed is detected by the microcomputer 301, in reply to HBC1 by return signal RT parent telephone 3, the call ends HBC1 side Return to normal operating state.

Next, when an incoming signal of 16 Hz is transmitted through the telephone external line l ₁ a or l ₁ b, the corresponding incoming detection circuit 108 of the HBC ₁ detects this signal, and the CPU 101 of the HBC ₁ receives the transmission signal VS ₁ ,
The external line information is transmitted to each telephone 3,5 ₁ …, (24) and the single telephone adapter 7 in the simultaneous mode, and each telephone 3,5 ₁ …, (2)
4) and signal tone circuits 305, 40
5 and the speakers 318,418,
A sound is emitted from 708, and a display lamp for displaying an outside line flashes through the key scan lamp circuits 306, 406, and 706 to indicate an incoming call.

At this time, when the call rejection button is operated, the operation of the signal tone circuit is stopped by the operation of the microcomputer in the telephone or the single telephone adapter 7 on which the call rejection button is operated, so that the ringing tone is stopped. it can.

When the handset is picked up by any of the telephones 3, 5 _1, ..., (24), 6 while the display lamp of the outside line is blinking, an interrupt request signal INT is transmitted from the telephone, for example, the parent telephone 3. , The above-described interrupt processing is performed. After this interrupt processing has been performed, the external telephone connection request data is transmitted from the parent telephone 3 to the HB by the return signal RT.
Will be sent to C1.

When this reply signal RT is received, the telephone 3
To connect the network circuit 310 to the telephone extension l ₃ a or l ₃ b corresponding to the incoming telephone extension l ₁ a or l ₁ b by relay contacts r ₃₁₂ , r ₃₁₃ , r ₃₁₅ , Make a call.

When the call state ends and the handset is returned and goes on-hook, an interrupt request is made again by the telephone 3 and the end data is returned to HBC1 as a reply signal RT. Is the relay contact r ₁₁₂
Is released to transmit the line open control data when the telephone 3 is accessed, and the relay contact r ₃₁₃ is opened.

Incidentally, when it is desired to temporarily hold the external line call in the external line call state, the hold button of the telephone, for example, the master telephone 3 may be operated.

That is, when there is a hold operation, the telephone 3 sends an interrupt request signal INT, and after the above-described interrupt processing is performed, the data of the hold request is returned from the telephone 3 as a return signal.
Returned to HBC1 as RT. Amplifier 113 operates the corresponding holding circuit 110 as well as close the telephone line wire l ₁ a or l ₁ b in connection via a resistor and the like have this hold request, a coupling transformer 114, through relay contacts r ₁₁₃ Sends music on hold to the other party. Then, control data for controlling the line release and blinking of the display lamp for displaying the outside line is transmitted to the telephone 3, and the line is released and the display lamp blinks. Here, if the handset of the telephone 3 is put on-hook, the telephone 3 is put on hold.

Next, to release the hold state, the hold button may be operated again. With this operation, the interrupt request signal INT is transmitted from the telephone 3 to perform the above-described interrupt processing, and the data of the line connection request is returned to the return signal RT. Is sent as Upon receiving the return signal RT, the HBC 1 releases the line connection, transmits the line connection control data to the telephone 3, returns to the hold state before the hold, and releases the hold state.

Each time a certain period of time elapses in the hold state, HB
C1 activates the signal tone circuit 306 at the time of access to the telephone 3 for which the hold is set, causes the speaker 318 to emit a hold caution sound, and alerts the user that the hold is being performed.
An extension can be called during this hold.

By the way, in the present system, a call can be made by so-called abbreviated dialing when making an outside line call. Next, the setting operation of this abbreviated dial will be described.

By the way, in the present system, a call can be made by so-called abbreviated dialing when making an outside line call. Next, the setting operation of this abbreviated dial will be described.

First, when an operation button for shortening is operated in any one of the telephones 3, 4 _1, ..., (24) in accordance with the procedure for setting abbreviated dialing, an interrupt request signal INT is transmitted from the telephone, for example, the master telephone 3, and Interrupt processing is performed,
Shortened registration request data is sent back to HBC1 from the telephone 3
Returned as RT. The HBC 1 having received the reply signal RT transmits the shortened registration permission data to the telephone 3. In the telephone 3 receiving the shortened registration permission data, a sound signal indicating the shortened registration permission is output from the signal sound circuit 305 by the operation of the microcomputer 301 and is emitted from the speaker 318. When the user operates a shorter operation button than the telephone 3, the interrupt request signal INT is transmitted from the telephone 3, and the above-described interrupt processing is performed. After this interrupt processing, when the corresponding speed dial button data and the registered telephone number data are returned from the telephone 3 as a reply signal RT, the HBC 1 that has received the data writes the data in a predetermined area of the RAM 103 based on the data. The registration of the speed dial can be continuously repeated until the operation of the operation button indicating the end is completed. When the operation button indicating the end is operated and the data is returned from the telephone 3, the HBC 1 performs this registration. Upon receiving the reply signal RT, control data indicating the end of the shortened registration acceptance is transmitted. Receiving this data, the parent telephone 3 emits a sound indicating the end from the speaker 318 under the control of the microcomputer 301 as in the case of permitting the registration.

Dial registration corresponding to each operation button of the one-touch dial unit 20 can be performed according to the registration of the speed dial.

 Next, a call between extensions will be described.

If internal calls to call parent telephone 3 child telephone 4 ₁ for example, pick up the handset of the parent telephone 3 First, press the push button dial corresponding to telephone extension. This push operation causes an interrupt signal IN from the parent telephone 3
T is transmitted to the HBC 1, and the extension connection request data is returned from the telephone 3 by the access from the HBC 1 by the above-described interrupt processing. By receiving this reply signal RT, HBC1
Then, a communication current supply circuit 117 is provided by a communication path switch circuit 116.
Operating the phone toward the open the circuit 7 extension l ₃ a or l ₃ b
Connect via relay contacts r ₁₁₄ to activates the tone circuit 305 to transmit the transmission signal VS from HBC1 child telephone 4 ₁ of the caller simultaneously Hatsuna the call notification sound from the telephone set 4 ₁ speaker 318 The transmission signal VS for blinking the display lamp of the extension call is transmitted to all the telephones 4 _1, ..., 24 except the parent telephone 3 on the calling side. Also connected through a predetermined telephone extension l ₃ a or l ₃ b relay circuitry circuit 312 to the contact r _312, r _313, r ₃₁₅ with blinking the indicator lamp extension call to the parent telephone 3 caller The control data is transmitted from the HBC 1 by the transmission signal VS, and the master telephone 3 is connected to the extension.

After the extension connection is completed, when the pressing operation of the push button dial is released, the interrupt request signal INT is transmitted again from the main telephone 3 to the HBC1, and after this interrupt processing, the dial press end data from the main telephone 3 is transmitted to the HBC1. Transmitted. Based on this data, control data for stopping the sounding of the call notification sound from the HBC ₁ to the called telephone set 41 is transmitted by the transmission signal VS, and the sounding of the call notification sound is stopped.

When the child telephone 4 ₁ handset of the caller is taken at this point, the interrupt request signal INT from the telephone 4 ₁ is transmitted to the HBC1, it transmits the response data as a reply signal RT after the interrupt process. The circuitry circuitry 412 of the telephone set 4 ₁ like the parent telephone 3 the control data extension connection by transmitting the transmission signal VS with respect to the telephone 4 _1, BC has received the response data of a predetermined telephone extension l ₃ a or l ₃
Connect to b.

 With the above connection, the extension can communicate with each other.

In the case of the extension connection, there is a general call mode. In this case, the push-button dial set in advance for the general call on the calling telephone may be operated instead of the above-mentioned individual-call push-button dial. All of these telephones become called telephones, and all of these telephones are notified of the above-mentioned ringing tone, and can make a call with the called telephone that picks up the handset first. It is like
Except for the notification control of the ringing tone, the same control processing as the individual ringing is performed.

When the telephone is in the extension call state, the control data is transmitted by the transmission signal VS from the HBC 1 so that the display lamp of the extension call is turned on at each of the telephones 3, 4 ₁ ... When the lamp is lit, the extension call state is displayed. During this display, even if there is a request for an extension individual connection, the HBC 1 operates so as not to accept the request. However, if there is a simultaneous call request during this display, the HBC 1 operates to stop the call by the current extension connection and give priority to the simultaneous call.

Then doorphone 2 and telephone 3, 4 ₁ ..., it will be described a call between 24.

First, in the case of a call from the door phone 2, a call signal from the door phone 2 is set to H through the door phone interface 106.
Once in BC1, HBC1 operates the speech current supply circuit 117 by channel switch circuit 116 supplies a speech current to telephone extension l ₃ a or l ₃ b through relay contacts r _114, intercom information each phone 3 , 4 ₁ ..., 24, or alone telephone by transmitting the transmit signal VS to the adapter 7, tone circuit is provided to each 305, 405 ... the microcomputer 301, 401 ...
., A chime sound is emitted from the speakers 318, 408,... And the display lamp of the door phone display is flashed to indicate that there is a call from the door phone 2.

When taken up the handset of any telephone This call will connection is performed call state through telephone extension l ₃ a or l ₃ b between the extension call as well as intercom 2 and the telephone, at the same time the The control data for switching the blinking of the display lamp to ON from HBC1 to each telephone
It is transmitted to 3,4 ₁ …, 24, and the respective display lamps are turned on.

Next, when calling the intercom 2 from the telephones 3, 4 ₁ ..., 24 or 6, take up the handset of the telephone and operate the intercom button provided on the telephone or the adapter 7 to operate the HBC1.
Under the control of, a connection with a door phone is made and a call can be made.

A plurality of doorphones 2 are provided, and when there is a call from another doorphone during a call with one doorphone, a connection request for another doorphone can be issued to the HBC1 from the telephone by pressing the doorphone button. . In addition, if the intercom call and the incoming call are simultaneously made, the HBC 1 gives priority to the incoming call and establishes an outside connection to the telephone whose handset has been raised. Further, when the intercom is called during the outside call, the connection request for the intercom 2 and the request for holding the outside line are returned to the HBC 1 by operating the intercom button, so that the communication with the intercom 2 and the holding of the outside line can be performed. This outside line hold release request can be made by re-operating the door phone button. Further, when the intercom is called during the extension call, a connection request with the intercom 2 can be issued by operating the intercom button. In this case, the extension call is stopped. The phone 3,4 ₁ ..., sent back to HBC1 intercom number data by pressing the push-button dial corresponding to the intercom number that is set on the intercom 2 together with the connection request in the intercom call from 24 calls the corresponding intercom 2 be able to. If there is no operation of this dial, the last intercom call 2
Is to select and connect. By operating the incoming call rejection button, the chime sound can be suppressed.

Next, the microphones 317, 417, which collect the sound of the room provided with the telephones 3, 4, ₁ ,...
So that a so-called room monitor can be performed.

In other words, the telephone in the room you want to monitor, for example, a child telephone 4 ₁
When with the handset lifted monitor setting button is pressed, an interrupt request signal INT from the child telephone 4 ₁ ...
Is sent to HBC1. And after the handset has been made the processing of an interrupt request can be returned, the data of the monitor mode is sent back as a reply signal RT from the child telephone 4 ₁ to HBC1, that it has received the HBC1 receives this reply signal RT data indicating transmitted by the transmission signal VS to the child telephone 4 _1, set the child telephone 4 ₁ of monitor display of the display lamp blink under the control of the microcomputer 401, the child telephone 4 ₁ to the monitor side Show what was done.

Next, when the monitor setting button is pressed on the telephone on the monitor side, for example, the master telephone 3, data is exchanged with the HBC 1 in the same manner as the above-described setting, and the display lamp of the master telephone 3 is turned on. After this lighting, the mixing circuits 414 and 314 of the respective telephones 4 ₁ and 3 are connected to the relay contacts r ₄₁₂ , r ₄₁₃ , r ₄₁₅ , r ₄₁₆ ,
_{r 312, r 313, r 315} , connected through r ₃₁₆ to telephone extension l ₃ a or l ₃ b. The telephone 4 ₁ amp 417 of the monitor-side is operated under the control of the microcomputer 401, a microphone 417
The speech signals collected by from amplifier 417, mixer 414, coupled through the transformer 413 is sent to the telephone extension l ₃ a or l ₃ parent telephone 3 on the monitor side through b, the coupling transformer 313 in the parent telephone 3, the mixing circuit 314 , Speaker 318 through amplifier 316
To be reproduced and monitored.

When the monitor is to be terminated, the room monitor button of the master telephone 3 on the monitor side may be operated. After receiving the interrupt request signal INT by operating the room monitor button and performing the interrupt processing, the master telephone 3 Upon receiving the monitor termination request data, the HBC ₁ transmits the control data for terminating the monitor connection to the telephones 3 or 41 on the monitored side and the monitor side, and terminates the monitor connection.

It should be noted that the external call and the internal call have priority over the above-mentioned monitor operation, and when these calls are made, the room monitor is automatically suspended, and the monitor is resumed after the call ends.
HBC1 controls the terminal side.

The above operation is a control operation related to a call, but an operation related to security will now be described. First, the sensor connection unit 13 is sequentially accessed by the transmission signal VS in the monitoring mode by ordinary polling, and the access causes the monitoring data of the various sensors 11 connected thereto to be returned as a return signal RT. Is transmitted to the parent alarm unit 8 by the transmission signal VS in the control mode. Here, when the sensor 11 detects an abnormality, the parent alarm unit 8 operates the voice synthesis circuit 809 and the signal sound circuit 805 under the control of the microcomputer 801 to generate an alarm sound signal and a message signal corresponding to the detection sensor. Sound from the speaker 815, and at the same time, the interrupt request signal INT
The alarm data is sent to C1, and after the interruption processing, the transfer data of the abnormal alarm is sent back to the HBC1 from the parent alarm unit 8 with a long acknowledge reply signal RT. HBC1 which receives this reply signal RT, each telephone 3,4 ₁ …, 24 having a speaker for alarm
Control data to the single telephone adapter 7 and the transmission signal VS
In transmission, and the respective mixing circuits 307,407,707 on the basis of the transmission signal VS is connected to the extension telephone l ₃ a or extension telephone l ₃ b, further telephone extension the alarm sound signal and the message signal to the parent alarm unit 8 l ₃ a and l ₃ b to transmit the transmission signal VS of the control data to be connected, the telephone alarm sound signal and message signals extension l ₃ a or l ₃ each phone through b 3, 4 ₁
, 24, and the single telephone adapter 7, and the respective speakers 318, 418, 718 emit an alarm sound and a message.

When the report set button is in the set state, the HBC 1 previously stores the memory and the RAM 10 in the microcomputer 801 of the unit 8.
The dialer 111 makes a call to the telephone number of the automatic notification destination stored and set in 3. Here, when the notification is started, the display lamp of the notification display is turned on in the parent alarm unit 8.

When the response detection circuit 808 detects that the telephone handset outside the system has been picked up and the line polarity has been inverted, a message signal for notification is output under the control of the microcomputer 801 of the parent alarm unit 8 and a message is output. Is notified, and the display lamp is switched from blinking to lighting. This message is sent simultaneously to each telephone 3,4 ₁ …, 24 and the speakers 318,4 of the single telephone adapter 7.
The message is issued from 18,708, after which this message replaces the alarm sound and the accompanying message.

The number of messages is predetermined, and when the number of messages is reported, the destination is switched to the next automatic report destination. In addition, when the report does not respond, the report is repeated a predetermined number of times by redialing again.

In addition, the HBC 1 performs a control operation such that the interruption is not stopped even if the detection of the sensor 11 is lost during the automatic notification.

During this notification, the handset of the telephone 3, 4 ₁ …, 24 or 6 is picked up, and when the outside line connection button is pressed, the automatic notification is interrupted under the control of the HBC1 so that the call with the other party is given priority. When the connection is established and the call ends, the notification operation after the interruption is restarted.

Now, data for control to ring the emergency bell 27 connected to the sensor connection unit 13 in conjunction with the above-mentioned alarm issuance operation is returned from the parent alarm unit 8 as a return signal RT, and the transmission signal VS of the HBC1 is transmitted. By sensor connection unit
The emergency bell 27 connected to 13 is caused to ring under the control of the arithmetic processing circuit 131.

Further, the parent alarm unit 8 causes the HBC 1 to connect the communication line ₁₆ of the door phone 2 in response to an interrupt request, and an alarm sound and a message are issued from the speaker of the door phone 2 until an automatic notification response is received.

By the way, the above operation has been described with respect to the detection operation of the sensor 11, but the sensor connection unit 13 or the telephones 3, 4 ₁ .
Alternatively, when the emergency button switch provided on the single telephone adapter 7 is operated, an interrupt request signal INT is output. After the interrupt request processing, the emergency button switch operation data is transmitted to the parent alarm unit 8 from the HBC1 by the transmission signal VS. , And thereafter, the alarm issuance and the automatic notification are performed in the same manner as in the detection operation of the sensor 11 described above. When the emergency button switch of the parent alarm unit 8 is operated, the transfer data is returned from the parent alarm unit 8 to the HBC 1 by interruption,
Thereafter, the same processing as in the case of the detection operation of the sensor 11 described above is performed.

Here, the setting of the above automatic notification is performed by the parent alarm unit 8.
The operation of the emergency button switch is more reliable than the malfunction of the sensor 11, so the automatic notification is limited to the operation of the emergency button switch even when the report set button is not set. Switch SW to set
₁ is provided in the parent alarm unit 8, the parent alarm unit 8 sends back along with the data settings automatically reported setting data of the switch SW ₁ when replying to Utsuriho data HBC1, for automatic notification The determination of whether or not is performed by the HBC1. Hence can be performed automatic reporting is always at the time of the alarm due to the operation of the emergency button switch if by turning on the switch SW _1.

By the way, the detection operation of the security sensor 11c in the sensor 11 is effective only when the security alarm is set, and the resetting of the security sensor 11c is performed by using a telephone line system control described later or by using the main alarm unit 8 or A switch provided on the child alarm unit 8a or sensor connection unit that does not have the function of automatically reporting the parent alarm unit 8.
It is able to perform by the operation of the SW _2.

After the interrupt processing an interrupt request is made to the child alarm unit 8a or operating data of the switch SW ₂ of the sensor connection unit 13 during operation, is transmitted to HBC1 is further transmitted by the transmission signal VS from HBC1 to the parent alarm unit 8 registers After receiving the transmission signal VS, the display data is returned to the HBC1 by an interrupt request from the parent alarm unit 8, and the control data from the HBC1 sets and resets the alert of the sensor connection unit 13 and the child alarm unit 8a. Turn on the indicator lamp of. Of course, the operation data is not transmitted to the HBC 1 when the switch SW ₂ of the parent alarm unit 8 is operated.

The alarm issuance at the time of the crime prevention set is a threat to the intruder and is effective when at home, but loses the opportunity to catch the intruder when absent. It is provided with a switch SW ₃ to regulate the broadcast. When this switch SW ₃ is turned on,
Parent alarm unit 8 is in the system sends data to stop the alarm onset report on HBC1 side, thereby restricting the extension connection control of the telephone 3, 4 _1, 24 and speakers 318,418 and 708 single phone adapter 7. Therefore, it is possible to perform an automatic notification to the outside of the system without noticing the intruder, thereby enabling the intruder to be captured.

Wherein the automatic notification described above telephone outside line l ₁ a, since l ₁ b can not be performed if the occupied by call from outside the system, first idle telephone line wire l ₁ a or l ₁ b incoming detection in this system The CPU 101 of the HBC 1 determines whether an incoming call has been detected by the circuit 108, and if there is a vacant telephone outside line, the above-mentioned automatic notification is performed using the outside telephone line. If there is no empty telephone line, a message is reported to the telephone line with the highest priority determined in advance, and when this message report ends, the line is forcibly released and the call with the other party is stopped. The above-mentioned automatic call is performed using the telephone outside line.
In this way, even if the telephone line that is intentionally connected is called up by a telephone outside the system and the line is occupied, automatic alarming can be reliably performed, and the reliability of the system can be improved. You can.

Telephones 3, 4 ₁ … 24 in a state where the handset is picked up when the sensor 11 or the emergency button switch is operated.
Alternatively, the speakers 318, 18, 708 of the single telephone adapter 7 are connected to the network circuits 312, 412, or the telephone extension l ₃ a or l ₃
b, the alarm sound and the message from the parent alarm unit 8 are not notified.
Now, the signal tone circuits 305, 405,
Control data for operating the 705 is sent, and the signal sound circuits 305 and 40
A warning signal is issued by the sound signal of 5,705 to prevent a false alarm.

Next, the operation of the camera switching unit 22 will be described.

First, the camera switching unit 22 turns on the monitor TV camera 21 attached to the door phone 2 in conjunction with the call of the door phone 2 and displays an image on the monitor TV 23. That is, when there is a call signal from the door phone 2, the HBC 1 transmits control data to the camera switching unit 22 by the transmission signal VS,
The corresponding monitor TV camera 21 connected to the monitor TV 23 is turned on, and at the same time, control data for starting operation is also transmitted to the monitor TV 23 by the transmission signal VS, and the monitor TV 23 is operated. By this operation, the video signal near the doorphone 2 is converted to a coaxial cable.
the video is projected is sent to the monitor television 23 through l _5.

Here, a plurality of monitor televisions 23 are provided and each telephone 3, 4
_{If the} interlocking relationship is set to ₁ …, 24, 6 _first , the HBC ₁ sends the transmission signal VS to operate all the monitor televisions 23, and then the operation of the monitor television 23 that does not correspond to the telephone from which the handset is taken off And a transmission signal VS for stopping the operation of the monitor television camera 21 and the operation of the monitor television 23 when the telephone call is terminated, so that only the monitor television 23 corresponding to the telephone being engaged with the intercom 2 and the telephone being engaged in a telephone call is transmitted. 22 and a monitor TV 23.

When displaying an image on the monitor TV 23 without interlocking with the door phone 2, it is good to operate the monitor switch provided on the monitor TV 23, and in this case, an interrupt request signal INT is returned to the HBC1 from the monitor TV 23, After the interruption request processing is completed, the HBC 1 transmits control data for operating the corresponding monitor television camera 21 to the camera switching unit 22 by the transmission signal VS, and operates the monitor television camera 21. When the monitor switch is operated again after the end of monitoring, the same processing as in the operation is performed, and the operations of the monitor television 23 and the monitor television camera 21 are stopped.

In this system, the monitor television camera 21 is sequentially switched by the detection operation of the security sensor 11e. In other words, when the above-mentioned alarm is issued, HBC1
Transmits the control data for sequentially switching the monitor television cameras 21 to the camera switching unit 22 by the transmission signal VS, and sequentially transmits the video signals from the monitor television cameras 21 to the coaxial cable ₁₆ . In conjunction with the operation of each monitor TV camera 21, the transmission signal VS from HBC1 is also sent to each monitor TV 23.
And display the image on each monitor TV 23,
Intrusion status can be monitored.

Next, the equipment load R by the telephone line system control and the multiplex transmission system
Will be described.

First, when the selector switch unit 9 or the remote control switch 16 is operated, the interrupt request signal INT becomes H
The HBC1 transmits the control data to the relay control unit 10 so as to control the operated corresponding load R and turns the corresponding load R on or off after the interruption processing is completed.

The control state of the facility load R, which is predetermined among the facility loads R, can be monitored by the telephone line system control monitor unit 9. That is, when the monitor command button of the telephone line system control monitor unit 9 is operated, the interrupt signal INT
Is transmitted from the telephone line system control monitor unit 9, and after this interrupt request processing is performed, the monitor request data is returned to the HBC1 as a reply signal RT, and the display data is transmitted from the HBC1 by the transmission signal VS based on the reply signal RT. The voice synthesizing circuit 907 is operated under the control of the microcomputer 901 based on the display data, and the operating state of the corresponding equipment load R is generated by the voice message to the speaker 912 based on the display data. You can.
Similarly, in addition to the equipment load R, it is also possible to set security alarms, monitor resets, and monitor the control state of the electric lock 18.

The telephone line system control monitor unit 9 is provided with operation buttons for controlling a specific equipment load R or an electric lock 18 and for setting and resetting a security alarm. When the operation buttons are operated, the operation of the remote control switch 16 is performed. Equipment load R as in the case
Alternatively, control of the electric lock 18 is performed, and in the case of setting and resetting the security alarm, the same operation as the above-described security alarm set and reset is performed. When these controls or setting and resetting are performed, the control data for turning on the display lamps provided on the corresponding remote control switch 16 and the like are respectively stored in the HBC1.
Is transmitted, and the display data is transmitted to the telephone line system control monitor unit 9 to be monitored by a voice message.

By the way, the telephone line system control monitor unit 9 controls the equipment load R and the electric lock 18, sets and resets the security alarm on the telephone outside the system, and sets so that the state can be monitored. set is able to perform the teleconverter set switch SW ₀ that is provided to the unit 9. That is, when setting the teleconverter set switch SW _0, set the display of the display lamp is turned on by exchange of data between the HBC1,
At the same time, the telephone line system control is set.

When Thus to have calls from a push button telephone set from the outside of the system, HBC1 telephone to the telephone outside line l ₁ a or l ₁ b extension
through l ₁ a or l ₁ b for connecting the telephone line system control monitor unit 9. At this time, when the password is transmitted, it is taken into the microcomputer 901 through the DTMF receiver circuit 905, and it is determined whether or not the password matches the password registered in the built-in RAM of the microcomputer 901. Is also used as a reply signal RT to HBC1.
Control code sent from outside the system is subsequently received by the DTMF receiver circuit 905 and returned to the HBC1 in the same manner as the password, and if the control code is a predetermined control code, the HBC1 is based on the control code. The control of the corresponding equipment load R or the electric lock 18 or the setting or resetting of the security alarm are performed. At this time, the voice message signal of the voice synthesis circuit 907 is sent to the telephone extension l ₁ a or l ₁ b connected via the telephone extension l ₃ a or l ₃ b, and the control state can be monitored in the connected telephone. It is. The present system is configured so that the setting and resetting of the automatic notification in addition to the setting and resetting of the security alarm can be performed in the same manner.

Normally, telephone line system control is performed by a control code from a telephone outside the system. In this system, however, the test switch SW ₄ is provided to the telephone line system control monitor unit 9.
The has established, the test switch SW ₄ is to be operated interrupt request signal INT is sent to the unit 9 from HBC1, will be returned to the interrupt processing after the test request data, HBC1 receiving this test request data each telephone 3 and 4 ₁ ..., make a connection by transmitting the transmission signal VS of the connection control data to connect through the 24 and telephone line system control monitor unit 9 telephone extension l ₃ a or l ₃ b. Thereafter, when a predetermined control mode is input by operating the push button dial from the telephone whose handset has been lifted, data transmission between the telephone and the telephone line system control monitor unit 9 is performed via the HBC1, and the outside of the system is performed. Monitor and control in the same way as the telephone set of The release of the test mode may be re-operate the test switch SW ₄ again, the connection state the operation similar to the interrupt processing and the test request is made by and is opened so that the return to the original state.

Next, the control of the electric lock 18 will be described. The electric lock 18 is controlled similarly to other equipment loads R, and the operation of the electric lock operation switch 19 is monitored by ordinary polling. When the door is closed and automatic locking is performed, the automatic locking data
C1 is returned as a reply signal RT, and further transmitted from the HBC1 to the electric control unit 14 by the transmission signal VS.
The electric lock control unit 14 receiving the VS returns data indicating that the alarm state has been entered, lock state data and the state display data to the HBC1, and the HBC1 transmits the data to the operation switch 19.
The signal is transmitted by the transmission signal VS, and the display is performed by the display lamp provided on the operation switch 19.

Then, when the operation switch 19 is operated, the operation data is transmitted to the HBC1 by an interrupt request, and the HBC1 sends this data to the electric lock control unit 14 to unlock it, and further returns its status data and status display data. , HBC1 transmits this data to the operation switch 19 side in the same manner as at the time of automatic locking, and performs unlocking display. Note that unlocking and locking can also be performed by telephone line system control, and the control data at this time is based on the reception control code from the telephone line system control monitor unit 9 based on the HBC1.
It is transmitted to the electric lock control unit 14.

When the electric lock 18 is unlocked due to destruction or the like in the above alarm state, the electric lock control unit 14 issues an alarm, and at the same time, sends operation data to the HBC 1 in the same manner as at the time of the detection operation of the sensor 11 and outputs an alarm. Of course, an alarm can be issued.

The electric lock control unit 14 has a secret switch
When the secret switch 25 is connected and the same number as the preset password is input by the secret switch 25, the microcomputer 1411 of the electric lock control unit 14 determines this match and unlocks or locks. I can do it. Of course, the password can be set in the built-in RAM of the microcomputer 1411 using the keyboard of the secret switch 25.

In this system, the password of the telephone line system control, the telephone number of the automatic report destination, the home telephone number to be sent out as the message for automatic report, and the setting of speed dial
It can be set with 3, 4 ₁ …, 24 push button dials and operation buttons for other functions. The operation is based on the setting method of the abbreviated dial described above, and the operation buttons for the functions used are different. Only.

By the way, such registration data is registered in the RAM 103 of the HBC 1 and the registration data relating to the automatic notification is stored in the built-in RAM of the microcomputer 801 of the main alarm unit 8, and the personal identification number of the telephone line system control is stored in the telephone line control monitor 9. The data is registered in the built-in RAM of the microcomputer 901.

When these registration data are deleted due to a power failure or other trouble, the present system displays the following. Note for short interruptions of the instantaneous power failure or the like in the system to back up the power supply of the RAM103 by large-capacity capacitor C _0, which is to HBC1 side of the registration data is not easily erased.

That is, the unit 8 or 9 checks the registered data in its own built-in RAM at regular intervals as shown in FIG. 15, and if the registered data has not been erased, shifts to the normal processing. If the registered data has been erased, a transfer request of the corresponding registered data is made to the HBC1 by an interrupt request, and at the same time, the built-in timer is set. If there is a transfer, the registration data is registered in the built-in RAM of each unit 8 or 9.

HBC1 if there is no transfer of registration data even after timeout
It is determined that the registration data in the RAM 103 has also been erased, and the display lamps provided in the respective units 8 and 9 blink under the control of the respective microcomputers 801 or 901 to wait for registration.

The user who sees the blinking may register the registration data erased by the operation buttons of the telephones 3, 4 ₁ ..., 24 with the above-mentioned speed dial registration capacity, and in the RAM 103 of the HBC 1 by this registration. When the data is stored, units 8, 9
To the corresponding units 8, 9 for the data corresponding to HBC1
Is transmitted by the transmission signal VS, and is registered in the built-in RAM of each of the microcomputers 801, 901. The blinking of the display lamp is stopped.

[Effects of the Invention] Since the present invention is a system configured as described above,
The home bus controller allows connection between telephone terminals or exchange connection for connection with telephones outside the system, and furthermore, load control, crime prevention, security sensor monitoring,
An alarm can be issued or an alarm can be automatically notified to a telephone outside the system. Therefore, the wiring of the telephone extension and the wiring of the signal transmission line can be simultaneously preceded and wiring work can be simplified, and the system can be simplified. Has the effect of reducing equipment costs by integrating

[Brief description of the drawings]

FIG. 1 is a schematic configuration diagram of the entire system of the present invention, FIGS. 2 to 8 are detailed circuit block diagrams of respective parts of the embodiment, and FIG.
FIG. 10, FIG. 11, FIG. 11, FIG. 12, and FIG. 13 are signal explanatory diagrams of the above, and FIG. 14 and FIG. 1 ... HBC, 3 ... parent phone, 4 ... child phone, 8 ...
Main alarm unit, 9: Telephone line control monitor unit, 10: Relay control unit, 11: Sensor connection unit, l ₁ a, l ₁ b: Telephone external line, l _2: Signal transmission line, l
₃ a, l ₃ b …… Telephone extension.

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Miyuki Kodama 1048 Kadoma Kadoma Matsushita Electric Works Co., Ltd. (72) Inventor Kiyotaka Takehara 1048 Odaka Kadoma Kadoma Matsushita Electric Works Co., Ltd. (72) Inventor Kimura No. 1048, Kazuma, Kazuma, Kazuma, Matsushita Electric Works, Ltd. (56) References JP-A-57-97258 (JP, A) JP-A-62-1099 (JP, A) JP-A-61-239761 (JP, A)

Claims (5)

(57) [Claims] 1. A telephone line which is connected to an external telephone line such as a private telephone line or a general telephone line network, and derives a telephone internal line and two transmission signal lines for transmitting a multiplex transmission signal in the system. Home bus controller, a telephone terminal connected to the home bus controller via a transmission signal line and having a function of controlling the generation of an alarm sound or an alarm sound by an attached speaker, and control of turning on / off a load. Operation terminal, load operation terminal having operation means for performing on / off operations of the load which is turned on / off by the control terminal, a monitoring terminal for monitoring the output of the crime prevention and disaster prevention sensor, alarm control such as issuing an alarm An alarm terminal having a function, and a telephone line control terminal for monitoring a control code transmitted from a telephone outside the system, which is received via a telephone extension and a telephone extension. Each terminal is called by the multiplex transmission signal from the controller, and data for instructing the operation of each terminal is transmitted. The monitoring terminal multiplexes the monitoring data indicating the state of the security sensor at the time of calling by the multiplex transmission signal from the home bus controller. A reply signal is returned as a reply signal during the reply waiting period set in the transmission signal, and the load operation terminal displays monitoring data indicating the operation state of the operation means at the time of calling by the multiplex transmission signal from the home bus controller in the reply waiting set in the multiplex transmission signal. The telephone line control terminal returns the monitoring data based on the control code from the telephone outside the system during the call by the multiplex transmission signal from the home bus controller during the reply waiting period set in the multiplex transmission signal. Reply as a reply signal,
The home bus controller creates control data for the telephone terminal, the control terminal, and the alarm terminal that are previously associated with the terminal that has returned the reply signal based on these return signals, and sends the control data to the multiplex transmission signal. At the time of calling from the home bus controller corresponding to the monitoring data, the alarm control function was operated based on the contents of the control data to control the connection of the alarm signal to the telephone extension, and the control terminal supported the monitoring data of the load operation terminal Turn on or off the load based on the content of the control data when calling from the home bus controller,
The telephone terminal controls sounding of the notification sound and warning sound by the speaker based on the contents of the control data when calling from the home bus controller corresponding to the monitoring data of the monitoring terminal, and when the warning is sounded, the home bus controller goes out of the system. A remote monitoring control system for automatically notifying the alarm signal to the telephone set. 2. The remote monitoring control system according to claim 1, wherein the control terminal includes a relay control unit for turning on and off a load of equipment such as lighting and air conditioning equipment. 3. The remote monitoring and control system according to claim 1, wherein an electric lock control unit for locking and unlocking the electric lock is provided as the control terminal. 4. A remote monitoring system according to claim 1, wherein the control terminal includes a camera switching unit for controlling the switching of the monitor television camera and displaying the monitoring image on the monitor television through a coaxial cable. Control system. 5. The remote monitoring system according to claim 1, wherein a password for identifying the validity of the control signal for controlling the telephone line system can be set from an operation button of the telephone terminal. Control system.