JP2010079864A - Multi-purpose home warning system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To solve the following problem: it is complicated and costly to provide apparatuses and devices each for preventing a crime with respect to a suspicious person, preventing a disaster of a fire in a house, preventing a disaster of an earthquake, taking measure against rainfall due to a sudden change in weather, and reporting emergency of a sick person or an elderly person in a house. <P>SOLUTION: The warning system for controlling signals from each of apparatuses, converting them, and giving a warning includes: a crime prevention apparatus for detecting a suspicious person who abnormally approaches a door and a window or intrudes therethrough from outdoors; a fire detector installed in a room where people live; an earthquake early warning receiver from the Meteorological Agency; a rainfall detector;an outdoor alarm controlling each apparatus signal of an emergency switch received from a sick person and an elderly person with one controller, separating and converting it into a sound signal, and generating a threatening alarm to the suspicious person; and an indoor alarm for reporting sound of each apparatus after warning with buzzer sound of high volume in the room where people live. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a crime prevention detector for a suspicious person approaching a house or entering a house, a fire detector for detecting a fire in the house, an emergency earthquake warning receiver for notifying an earthquake prediction, and a rain detector for notifying a rain. In addition, the signals from emergency switches by home residents are converted into voice alerts for each signal using a separate receiver, and threat alarms are given to suspicious individuals by an outdoor alarm device, and residential residents by an indoor alarm device. The present invention relates to an alarm device that notifies an alarm for each signal.

Conventional crime prevention and disaster prevention include various commercially available crime prevention alarms, fire alarms, earthquake early warning receivers, etc., which are used as crime prevention and disaster prevention measures.
Rainfall information and earthquake information are based on television and radio broadcasting.

  In particular, there are services that security equipment guards respond to by installing various devices indoors by paying a contract with a security company as a safety measure for crime prevention, fire, emergency calls, etc., and by reporting from these devices when an abnormality occurs.

  As a security alarm device that can be used by individuals, there is a device (see Patent Document 1) in which alarm methods can be separated at home and when they go out and reported to suspicious persons, home residents, and surrounding residents.

As an individual rain detection, there is a device (see Patent Document 2) that can quickly detect the start of the rain and notify the laundry / futon and the sun-dried product without getting wet by rain with an alarm sound.
JP Patent Publication No. 2007-241965 JP Patent Publication No. 2008-3069

Problems to be solved by the invention

  Conventionally, there are commercially available crime prevention alarm devices, fire alarm devices, and Internet-based emergency earthquake warning devices that are used by individuals. If all of these devices are provided for safety and security, a large number of devices and mounting locations are required, and it is difficult to operate each device and to distinguish an alarm sound. Furthermore, despite the low frequency of use, there are many types of high-priced wireless systems.

  The present invention improves the use efficiency as a multi-use device that combines the above-mentioned alarm device that is not frequently used and the daily rain report that is frequently used and the report from a sick person or an elderly person who is difficult to move, etc. By using a wired system with a controller that simplifies control, output conversion, and alarms from the signal from the system, it provides a low-cost system with simple wiring that is less affected by external noise.

  Conventional crime prevention alarm devices are mainly operated by a controller attached to the side wall of the room to switch between home, out, night, and stop by manual operation or partial remote control operation. Operation may be difficult due to battery exhaustion or loss.

  The present invention is provided with an entrance controller for a crime prevention device, combined with a separately installed controller, at home and with a simple switch operation, lamp display and buzzer warning sound on the front panel of the entrance controller that is convenient for going home. Providing a simple operation method that prevents erroneous operations and alarms when traveling, going out, and returning home.

Conventionally, when lighting is continuously lit on the entrance ceiling or the like for nighttime crime prevention, a lot of power is wasted and switching between day and night switches is troublesome.
In addition, when a suspicious person enters the room while going out, there is a risk that the suspicious person will be in a match with the suspicious person after returning home.

  The present invention provides a method of recognizing a suspicious person by using an alarm lamp with an infrared detector (for an entrance) as an entrance lamp and continuously operating an abnormality display lamp and a buzzer when an abnormality alarm occurs.

  Conventionally, in order to operate an external alarm device other than a fire alarm device, a fire alarm device with an external output is required, but there are few types and a high price.

  The present invention provides a method of making a fire detector with an external output by connecting an additional circuit to this alarm device using a variety of inexpensive single fire alarm devices.

  Conventional types of alarm sounds for crime prevention, disaster prevention, and other devices require various types of alarm devices, and it is difficult to transmit alarms even when sleeping indoors or at night.

  The present invention provides a method in which a signal from a controller is used to make a notification with a high-volume buzzer sound and a sound whose contents can be discriminated for each device by one kind of indoor alarm device installed in a plurality of rooms.

Means for solving the problem

The following are multi-home alarm devices that can be used for crime prevention, disaster prevention, and other safety and security for residential residents.
The input of the equipment includes an alarm with an infrared detector that detects people approaching doors and windows around the house, a security signal by a magnetic switch attached to the door and window that detects intruders, and a fire installed indoors. Connect the fire signal from the detector, the earthquake signal from the earthquake early warning receiver from the Japan Meteorological Agency, the rain signal from the rain detector to detect rainfall, and the emergency signal from the manual switch or external output to the controller installed indoors.
The crime prevention signal is separated from the suspicious person signal at a specific time zone at home and the visitor and suspicious person signal at the time of going out, and converted into the sound output and buzzer output at the time of at home and going out by the outdoor voice memory, The visitor and the suspicious person are notified with multiple alarm devices.
The crime prevention signal / fire signal / earthquake signal / rain signal / emergency signal are converted into an audio output for each signal by an indoor audio memory, and a plurality of indoor alarms are used to issue a sound after a buzzer sounds.

With respect to the crime prevention signal, a controller and a front door operation device having a plurality of operation switches, lamps, and buzzers are provided to prevent erroneous operations and false alarms by the following method.
1) When going out without knowing the open state of the door / window when going out, the window open lamp and buzzer sound blink until the window is closed to notify the window open.
2) The security signal is stopped even if the window is repeatedly opened within a certain time after the lamp and buzzer are stopped when all the windows are closed. (To prevent false signals generated by reopening windows immediately after all windows are closed)
3) Buzzer sound is generated and the security signal is stopped for a certain period of time when the entrance door is opened when going out and returning home.
4) The buzzer sound generated for a certain period of time when the entrance door is opened at the time of returning home is stopped halfway by the going-out switching switch at home switching to recognize the switching.
5) Recognize that the alarm is interrupted by switching the switch with alarm flashing lamp to stop any security signal.

The alarm lamp of the alarm device with an infrared detector installed at the upper part of the entrance is automatically turned on for a certain period of time as the entrance lighting every time it approaches the detector when going out and going home at night and when going home. This makes the switch operation unnecessary.
When an abnormal alarm occurs while going out, the red lamp and buzzer are continuously blinked until going out to the home switching switch after returning home, and an abnormal report is issued by a suspicious person.

  As a means of taking out an external fire signal from a single fire alarm without external output, an external circuit of the fire detector is provided when an additional circuit is provided in the fire alarm and the continuous or intermittent alarm buzzer sound signal continues for a certain period of time. Use a fire detector that can be removed.

  As a means to generate the sound after switching the power of the indoor alarm and the sound of the buzzer, the signal received by superimposing the positive voltage and the sound is received from the controller, and the circuit is operated by connecting the power of the indoor alarm with the positive voltage signal. At the same time, after operating a high-volume buzzer that wakes up even during sleep for a certain period of time, an audio signal is reported by the speaker, and then the power supply to the indoor alarm is turned off when the positive voltage signal is stopped.

The invention's effect

  A suspicious person can send a crime prevention report, an indoor fire report, an emergency earthquake report with a high seismic intensity, a rainfall start report, an emergency report in the event of an abnormality, etc. to all residents using multiple indoor alarms.

  Crime prevention reports are safe and reliable for indoor residents against suspicious people who are abnormally approaching doors and windows around the house and intruders from doors and windows at night and during specific times when going out. Increasing the degree, the suspicious person and the intruder can be prompted to leave with an intimidation alarm both indoors and outdoors.

  Fire reports and earthquake reports are sent to all indoors at the same time, and damage can be reduced by early detection.

  If there is rain during sundry drying of laundry, etc., it is possible to respond early by repeated voice warnings from each room at the start of raining, and the nighttime sleep sound is stopped, and the lamp shows the day and night rainfall conditions.

  A sick person or an elderly person who is difficult to move indoors can make an emergency call to the residents of the house with a hand switch when an abnormality occurs.

  It is less likely to miss information by voice alerts after arousing even during sleep with a high volume buzzer with multiple alarms installed in each room.

  The alarm with an infrared detector (for the entrance) is an entrance lamp that automatically turns on when the alarm lamp goes out at night and when going home, and prevents the suspicious person from being intimidated by reporting the lamp and buzzer sound when going home from outside.

  For crime prevention, it is possible to switch out / return home, release alarms at any time, and display / operate warnings about forgetting to close the doors and windows when going out with the entrance controller near the entrance door, so there are few false alarms.

  This device can convert an inexpensive fire alarm device (without external output) into an external output device equivalent to a low-cost, low-cost specific fire alarm device (with external output).

BEST MODE FOR CARRYING OUT THE INVENTION

  The present invention will be described based on connection diagrams, operation explanatory diagrams, timing charts, and embodiments.

FIG. 1 shows a connection diagram between the inside of the controller 1 of the multi-home alarm device and an external device.
For a suspicious person approaching a house for crime prevention, a crime prevention signal obtained by removing external noise from the detection signal from the voice detection alarm device 10 and the plurality of buzzer detection alarm devices 20 by the approacher determination circuit 2, and a window of the house Are input to the crime prevention control circuit 4 as crime prevention signals of the plurality of window magnetic switches 50 by the suspicious person who has entered from. The crime prevention signal is controlled by the crime prevention control circuit 4, the entrance controller 9 and the timer circuit 3. The crime prevention signal A (suspicious person signal at home), crime prevention signal B (visitor signal when going out), crime prevention signal C (outing) An abnormal signal by a suspicious person at time) and a crime prevention signal D (A + C).
The security signals A, B, and C are input to the buzzer detection alarm control circuit 5, the voice detection alarm control circuit 6, and the outdoor sound memory 7A. An alarm signal is transmitted to 5 to 20, a lamp illumination signal and an abnormal alarm signal to 6 to 10, and an audio signal to 7A. The crime prevention signal C transmits an abnormal output to the abnormality alarm output terminal 81, and the crime prevention signal D is input to the indoor sound memory 7B.
In addition, the rain control circuit 8 inputs the rain signal at the start of rainfall and the signals of the plurality of fire detectors 40, the earthquake early warning receiver 60, and the emergency alert device 70 to the 7B.
An audio signal is transmitted from the indoor audio memory 7B to the plurality of indoor alarm devices 80.

The crime prevention signal due to approaching the house and entering the house is input to the crime prevention control circuit 4 by the control signal from the entrance controller 9, and the crime prevention signals A, B, C, and D are selected.
Furthermore, a signal to be output to the alarm device indoors and outdoors is taken out using this crime prevention signal.
These basic operations will be described with reference to (0033) to (0039) and FIGS.

Security signal A while at home (going out switch 9aA setting)
[Intermittent alarms generated by a crime prevention signal A every time a suspicious person approaches a door / window from outside at night]
Voice type detection alarm device 10 and buzzer type detection alarm device 20 (appearance structure and function of casing equivalent to detection alarm device described in JP-A-2007-241965, infrared detector, lamp / buzzer / speaker, and control of the present invention The crime prevention signal by the infrared detectors 11 and 21 with a built-in circuit is an approaching person judging circuit 2 (explained by the abnormal person judging circuit described in Japanese Patent Laid-Open No. 2007-241965, which is output only when judged as a suspicious person from which external noise has been removed) Equivalent circuit) The crime prevention signal A having a pulse width t1 (several seconds) is taken out by the one-shot circuit 4d only during the set time period of the day by the timer circuit 3. One-shot circuit: One-shot multivibrator (AND circuits 4a and 4b are circuits for control signals)

Security signal B when going out (going out switch 9aB set)
[Warning warning when visitor (including suspicious person) approaches door / window from outside]
The AND circuit 4c is operated by the output of the approaching person determination circuit 2 based on the crime prevention signal by the infrared detectors 11 and 21 and the B setting of 9a, and the pulse width t2 (several tens of seconds) signal is prevented by the AND circuit 4r by the delay one-shot circuit 4e. Take out signal B.
(When security signal C is generated, NOT circuit 4q and 4e output stops security signal B with 4r)

Crime prevention signal C1 when going out (setting out switch 9aB)
[Abnormal alarm generated when the warning signal B is dismissed and the door / window is kept approaching]
The pulse width t3 (t2 + tens of seconds) is taken out by the delay one-shot circuit 4f at the output of the AND circuit 4c. When a signal from 2 is generated in the suspicious person determination time (tens of seconds) obtained by subtracting t2 of the NOT circuit 4g from t3 of 4f, an output is generated in the AND circuit 4h and the pulse width t4 (several minutes) is generated by the one-shot circuit 4i. ) Crime prevention signal C1.
FIG. 3A is a timing chart showing signal transmission for determining a suspicious person from a visitor.

Crime prevention signal C2 when going out (outing switch 9aB setting)
[Abnormal alarm that occurs when a suspicious person opens a door / window and enters the room]
When the window is closed (no output from the window magnetic switch 50), the output of the AND circuit 4m is not generated. When 9a is switched from A connection to B setting when the window is opened, the AND circuit 9q of the entrance controller 9 is operated to blink the window opening lamp 9d and the buzzer 9g, but the AND circuit 4k does not operate.
When the window is closed, 9d and 9q are stopped, but the delay circuit 41 is operated by the output of 4k and the one-shot circuit 4n cannot be operated until after a predetermined time t5 (several tens of seconds). Even if opening and closing (50 ON and OFF) is repeated, the security signal C2 is not generated.
For detailed signal transmission, see Fig. 3 (2).
When the suspicious person opens the window while going out, the delay circuit 41 continues the output from the opening of the window until t5, so that the security signal C2 having the pulse width t6 (several minutes) can be taken out by 4n with 50 and 41 outputs.
The outputs of the security signals C1 and C2 are output as the security signal C by the OR circuit 4p.
Refer to the suspicious person on the go in Fig. 3 (2) for detailed signal transmission.

The output of the buzzer type detection alarm 20 is as follows.
The security signal A / B / C is inputted to the buzzer type detection alarm control circuit 5, the lamp / buzzer circuit 22 is operated by the blinking circuit 5a and the OR circuit 5b, and the crime prevention signal A is intermittently connected with the 20 lamps and the buzzer. The alarm / security signal B causes a continuous alarm / security signal C to flash.

The output of the voice detection alarm device 10 is as follows.
(1) Door lighting warning lamp display The signals of the infrared detectors 11 and 21, the signal of the timer circuit 3, and the setting signal of the outside switch 9aB in the entrance controller 9 are input to the voice detection alarm control circuit 6, The output of the one-shot circuit 6a is input to the lamp circuit 13 at the time of going out at home or going out by the signal of 11 or 21, and the alarm lamp is lit for about one minute. (OR circuit 6b and AND circuit 6c are control circuits)
(2) Flashing alarm of lamp / buzzer at the time of abnormality alarm If there is a crime prevention signal C when 9a is set to B, F / F circuit 6d output generates a blinking output at the abnormality alarm lamp / buzzer circuit 14 and 10 red lamps And keep the buzzer flashing alarm. When going home from home, 9a is set to A and 6d is reset to stop the lamp and buzzer alarm.
(3) Voice notification by speaker The crime prevention signal A / B / C signal is inputted to the outdoor voice memory 7A, converted into a voice signal, and the speaker circuit 12 is operated. A warning sound for a visitor who is going out with the sound / security signal B and a warning sound for a suspicious person who is going out with the security signal C are sent to the speaker.

The signals of the security signals A and C are integrated by the OR circuit 4q, input to the indoor sound memory 7B as the security signal D, converted into a sound signal, and transmitted to the indoor alarm device 80.
(Detailed description of the outdoor audio memory 7A and the indoor audio memory 7B is given by (0051).)

  Describes the basic operation of switching and display of crime prevention at night, when going out, when going out, and when going home by using the crime prevention signal from the crime prevention control circuit 4 and the control signal for opening and closing the entrance controller 9 and the entrance door (0041) To (0047) and FIG. 4 and FIG.

Control signal and lamp display daytime at home (9aA setting, 9bA setting) Timer circuit 3: No output Control signal: None Monitoring lamp 9c: Off
Same as above: With output Same as above: With Same as above: Continuous flashing During window closing Window opening lamp 9d: Off Window opening Window opening lamp 9d: Continuous lighting

Control signal and lamp display at home (9aA setting, 9bB setting) (Security alarm optional stop)
Timer circuit 3: With / without output Control signal: Without Alarm break lamp 9e: Blinking

Control signal and lamp / buzzer display when switching out (9a set from A to B) when the window is open (9bA set, with 50 outputs) (From 9aA to B after setting (0044) when the window is closed)
Control signal: Immediately after switching None (A few minutes after the window closing operation)
Window opening lamp 9d: Flashing lighting Buzzer 9g: Flashing operation (time from switching to window closing)

Control signal and lamp / buzzer display when the entrance door is opened when going out (9aB setting, 9bA setting) When the entrance door is opened (entrance magnetic switch 9A operation)
Control signal: None immediately after opening the door Several minutes later Monitoring lamp: Flashing lighting Window opening lamp 9d: Off Buzzer 9g: Continuous operation for several minutes when the door is opened (several minutes)

Control signal and lamp display when going out (9aB setting, 9bA setting) Control signal: Yes Window open lamp 9d: Off Monitoring lamp: Blinking

Control signal and lamp / buzzer display when the entrance door is open when returning home (9aB setting, 9bA setting) When the entrance door is opened (entrance magnetic switch 9A operation)
Control signal: None Buzzer 9g: Operates for several minutes Monitoring lamp: Blinks

Control signal and lamp / buzzer display after entering indoor (when switching 9a from B to A) Control signal: None Buzzer 9g: Stopped halfway Monitoring lamp: Off The detailed signal transmission is shown in the timing chart of FIG.

The basic operations of the rain detector 30, the rain circuit 8, the fire detector 40, the outdoor sound memory 7A and the indoor sound memory 7B will be described with reference to (0049) to (0051) and FIGS.
(Earthquake early warning receiver 60 and emergency reporter 70 outputs are based on relays or switch contacts.)

The time period during which the output from the rain detection discriminating circuit 8a that operates by the constant rain detection at the start of rainfall from the rain detector 30 (equivalent to the detection method of the rain detector described in JP-A-2008-3069) is continuous is The rainfall continues for a certain time (t7) in a short time and changes to a variable time (t8) in the long time until the rain stops. During this time, the raining lamp 9f of the entrance controller 9 is turned on with an output of 8a. The notification of the indoor alarm device 80 at the start of rainfall operates the AND circuit 8c with the output of 8a and the output of the timer circuit 8b that operates only in the daytime, and when the rainfall starts, the one-shot circuit 8d outputs the pulse width t9 (several tens of seconds) with the output. According to the rain signal input to the audio memory 7B.
(8a has the same characteristics as the rain detection circuit described in JP2008-3069)
Detailed signal transmission is shown in the connection diagram of FIG. 6 and the timing chart of FIG.

The fire detector 40 is configured by attaching an external additional circuit 40b to a single fire alarm (no output) 40a. The output is taken out from the intermittent buzzer 40d connected to the alarm amplifier 40c in 40a shown in FIG. 8, and connected to the input diode 40e of 40b.
When the operating time is 40d, a voltage is generated between the capacitors 40h due to the charging current, and after a certain time (t10), an external output can be taken out from D of 40i above the cut-off voltage of G of N-type MOSFET 40i. t10 is determined by the capacitance value C of the resistance value R × 40h of the resistor 40f. A false alarm that occurs instantaneously at 40d can be eliminated by setting t10 to an appropriate time.
Cut-off voltage: The voltage of the input G at which the output of 40i is turned ON from OFF.
(This output corresponds to an external output equivalent to a fire alarm with an open collector.)
Detailed signal transmission is shown in the connection diagram of FIG. 8 and the timing chart of FIG.

The audio memory 7 includes a recording / playback circuit 7a, a switch circuit 7b (S1 to S5), a positive voltage generation circuit 7c, and a capacitor 7d for cutting a DC voltage shown in FIG.
The external signals from the terminals m1 to m5 of 7 are audio signals selected from 7a independent audio memories M1 to M5 (recorded in advance by an external microphone) of 7a by 7b (repetitive output of M depending on the operation time of 7b) Is output to the terminal f of 7a.
A signal indicating that the audio output f is in operation is output to the terminal g. The audio output is connected to the terminal g from the terminal f of 7a by the capacitor 7d, and the DC voltage output is overlapped from 7c to obtain an output p of 7.
These detailed signal transmissions are shown in the timing chart of FIG.
(7a can be configured with a commercially available audio memory IC or with a microcomputer.)
The audio memory 7 is used as the outdoor audio memory 7A and the indoor audio memory 7B.
7A m1: Security signal A m2: Security signal B m3: Security signal C
7B m1: Crime prevention signal D m2: Rain signal m3: Fire signal m4: Earthquake signal m5: Emergency signal

The basic operation of the indoor alarm device 80 will be described below.
The indoor alarm device 80 operates by separating a signal obtained by superimposing a sound signal and a positive voltage signal from the indoor sound memory 7B. A positive voltage signal from 7B of the circuit shown in FIG. 12 is input to G of the N-type MOSFET 80a, and the battery 80c is connected by conducting between S and D to supply power to the 80 circuit. As a result, a voltage is generated between the capacitor 80d and the resistor 80e, and the G voltage of the N-type MOSFET 80f is lowered from the battery voltage until the cut-off voltage is established for a certain time (t11). Let t11 is determined by a capacitance C of a resistance value R × 80d of 80e.
After t11, the audio signal from 7B is input to the audio amplifier 80i from the capacitor 80h, and the audio is reported from the speaker 80j.
By stopping the signal from 7B after the end of the audio signal, the G input at 80a becomes zero voltage, and S and D are made non-conductive and the battery power supply is cut off.
FIG. 13 shows a detailed signal transmission of the indoor alarm device 80 by a timing chart.

  FIG. 14 shows an example in which the devices of the multihome alarm device are arranged and connected indoors and outdoors.

FIG. 15 shows an example in which a frequently used fire alarm, a magnetic switch, and an indoor alarm are set and connected to a signal distributor.
All living rooms are equipped with an indoor alarm 80 that requires voice notification, a fire detector 40 that is obligated by the Fire Prevention Ordinance, and a window magnetic switch 50 attached to a window that is likely to be invaded by a suspicious person. The signal distributors 82 are connected together as a set in such a manner that they are brought close to the window side magnet when closed and set to conduct when the window is slightly opened. The signal distributor and the connection cable can be connected in series or in parallel between the controllers 1 and 82 by using a commercially available inexpensive and simple telephone part with a narrow gap between the door and the window.
The indoor alarm (with built-in battery) can be installed at any position in the room, connected to the connection terminal on the side and the signal distributor, and the volume of the speaker on the front of the panel can be adjusted with the volume control volume on the side. A high-volume buzzer is provided at the top for alerting when the alarm starts. As an example, the speaker repeatedly generates crime, fire, earthquake, rain, and emergency sounds (contents shown in the figure).

FIG. 16 shows an example in which the entrance controller is installed inside the entrance door that is easy to operate and easy to see when going out and home, and is connected to the controller and the magnetic switch of the entrance door and to the outside of the controller.
On the panel of the entrance controller, 1) Power supply indication by power indicator lamp 2) Going out / at home switch, monitoring lamp, window opening lamp, switching indication by built-in buzzer, display in case of incorrect operation and warning sound 3) Alarm connection / Press the button switch to switch the button switch. (When the alarm is interrupted, the alarm-off lamp blinks.) 4) When it is raining, the lamp is lit during the rain (can be confirmed indoors).

Connection diagram of the multi-home alarm device of the present invention Operation explanation diagram of the crime prevention signal Timing chart when security signal C is generated by the suspicious person Operation explanatory diagram of the entrance controller Timing chart of display / alarm / output when the entrance controller is at home and when going out Connection diagram of the rain detection discrimination circuit Timing chart by the rain detection discrimination circuit Connection diagram of the fire detector Timing chart of the fire detector Operation explanation diagram of the same voice memory Timing chart of the same audio memory Connection diagram of the indoor alarm Timing chart of the indoor alarm An example of the arrangement of indoor and outdoor equipment of the multi-home alarm device Example of connection and operation explanation by the indoor alarm, fire detector and window detector Connection between the operation / display / alarm of the entrance controller and other devices

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 * Controller 2 * Approaching person determination circuit 3 * Timer circuit 4 * Crime prevention control circuit 4a * AND circuit 4b * AND circuit 4c * AND circuit 4d * One shot circuit 4e * Delay one shot circuit 4f * Delay one shot circuit 4g * NOT circuit 4h AND circuit 4i, one-shot circuit 4j, NOT circuit 4k, AND circuit 4l, delay circuit 4m, AND circuit 4n, one-shot circuit 4p, OR circuit 4q, NOT circuit 4r, AND circuit 4s, OR circuit One-shot circuit: one-shot multivibrator 5・ Buzzer type detection alarm control circuit 5a ・ Flashing circuit 5b ・ OR circuit 6 ・ Voice type detection alarm control circuit 6a ・ One shot circuit 6b ・ OR circuit 6c ・ AND circuit 6d ・ F / F circuit 7 ・ Audio memory 7A ・ Outdoor Voice memory 7B, indoor voice memory 7a・ Recording / playback circuit 7b ・ Switch circuit (S1, S2, S3, S4, S5)
7c, positive voltage generating circuit 7d, condenser 8, rain control circuit 8a, rain detection discriminating circuit 8b, timer circuit 8c, AND circuit 8d, one-shot circuit 9, entrance controller 9a, going-out switching switch 9b, alarm switching switch 9c, monitoring Middle lamp 9d · Window open lamp 9e · Alarm cut off lamp 9f · Rain lamp 9g · Buzzer 9h · One shot circuit 9i · NOT circuit 9j · AND circuit 9k · AND circuit 9l · OR circuit 9m · Flashing circuit 9n · AND circuit 9p · ANp Circuit 9q · AND circuit 9r · OR circuit 9A · Entrance magnetic switch 10 · Voice detection alarm (of the alarm with infrared detector for speaker voice notification)
11. Infrared detector 12. Speaker circuit 13. Lamp circuit 14. Abnormal alarm lamp. Buzzer circuit 20. Buzzer type detection alarm.
21 · Infrared detector 22 · Lamp · Buzzer circuit 30 · Rain detector 40 · Fire detector 40a · Fire alarm (no output) 40b · External additional circuit 40c · Alarm amplifier 40d · Intermittent sound buzzer 40e · Diode 40f · Resistance 40g, resistor 40h, capacitor 40i, N-type MOSFET
50 ・ Window magnetic switch 60 ・ Earthquake early warning receiver 70 ・ Emergency alert device 80 ・ Indoor alarm 80a ・ N-type MOSFET 80b ・ Resistor 80c ・ Battery 80d ・ Capacitor 80e ・ Resistor 80f ・ N-type MOSFET
80g, buzzer 80h, condenser 80i, voice amplifier 80j, speaker 81, abnormal alarm output terminal 82, signal distributor

Claims (5)

  Home alarm system for crime prevention and disaster prevention of house residents, and other safe and secure home alarm devices with infrared detectors that detect approaching doors and windows around the house and doors and windows that detect intruders Crime prevention signal by installed magnetic switch, fire signal by indoor fire detector, earthquake signal by emergency earthquake warning receiver from Japan Meteorological Agency, rain signal by rain detector to detect rainfall, manual switch or An emergency signal from an external output is input to the controller, and the security signal is separated into a suspicious person signal at a specific time zone at home and a visitor signal and a suspicious person signal at the time of going out. Convert to voice output or buzzer output and let visitors and suspicious people report with multiple outdoor alarms, and use the above crime prevention signal / fire signal / earthquake signal / rain signal / emergency signal for indoor use The voice memory and converting the audio output for each signal, the multi-home alarm system to report a sound after the buzzer stimulate sound multiple indoor alarm.   The crime prevention signal according to claim 1 is provided with a controller and an entrance controller having a plurality of switches, lamps, and buzzers. When the user goes out, the window is closed until the door is closed without knowing the open state of the door / window. Blinks the open lamp and the buzzer sound, stops the crime prevention signal for a certain period of time after the window is closed, generates a buzzer sound for a certain period of time when the entrance door opens when going out and when returning home, stops the crime prevention signal, and switches the switch to go out after returning home. A multi-home alarm device that operates / displays switch switching with alarm flashing lamp, etc. to stop the buzzer sound at home switching and recognize switch switching and to stop any crime prevention signal.   The alarm lamp of the alarm device with an infrared detector installed at the upper part of the entrance is automatically turned on for a certain period of time as entrance lighting every time when the above detector is approached at night and when going out or going home, and abnormal alarm occurs while going out A multi-home alarm device that sometimes flashes the red lamp and buzzer of the alarm device continuously until switching to home by the switch-out switch after returning home.   Fire detection signal when a fire alarm is provided with an additional circuit as a means of taking out a fire signal from a single fire alarm with no external output, and the continuous or intermittent alarm buzzer sound signal of the fire alarm continues for a certain period of time. Multi-home alarm device that can be taken out to the outside.   As a means to generate a sound after switching the power supply of an indoor alarm and a buzzer sound, a signal is received from the controller with a DC positive voltage and an AC voice superimposed, and the power of the indoor alarm is connected with a positive voltage signal. A multi-home alarm device that operates the high-volume buzzer that is activated at the same time even during sleep at the same time, operates the sound through the speaker, and then turns off the indoor alarm device when the positive voltage signal stops.

Images