JPH06208692A - Crime prevention alarm system - Google Patents

Abstract

PURPOSE:To improve the reliability of a crime prevention alarm system. CONSTITUTION:Plural informing destination when an abnormal phenomenon occurs can be set with the order of information determined at every time zone in a main controller 1. Then, whether or not an automatic recording is set at the informing destination can be registered, and when the automatic recording is set at the informing destination the main controller 1 informs the informing destination in the next order. A CS control board 21 controls an equipment such as a guide lamp 28 by an instruction from the main controller 1, monitors the load currents by a current transformer 33, and informs the main controller 1 of the abnormality of the load currents at the time of abnormal load currents. Also, at the time of closing a motor driven shutter 23, the CS controller 21 stops the operation of a thermal ray sensor 27 at the outside of an automatic door, controls entrance, stops a thermal ray sensor 26 at the inside of the automatic door, and starts the closing operation of the motor driven shutter 23.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a crime prevention warning system suitable for application to an area used by an unspecified number of people in a business place such as a cash service corner of a bank.

[0002]

2. Description of the Related Art Conventionally, unmanned management has been attempted in a cash service corner of a bank (hereinafter, cash service is referred to as CS) corner, and various crime prevention warning systems have been proposed for that purpose. For example, Japanese Examination 1-
According to Japanese Patent Laid-Open No. 56236, when a residual person is detected in a business office at the shutter closing time, activation of the closing operation of the shutter is prohibited, or the closing operation is stopped midway and an opening operation is performed as necessary. By causing the shutter to perform the closing operation when the residual person is no longer detected within a certain time, and by causing the shutter to perform the opening operation when the residual person is detected within a predetermined time after completion of closing the shutter, It has been shown to prevent the trapping of people who remain in the business and to ensure safety.

Further, according to this, when an abnormal situation occurs such as when the shutter is not completely opened or closed by a designated time, the notification device notifies the abnormality to a predetermined management place. As a result, even in the case of an unmanned office, it is possible to quickly deal with an abnormal situation.

[0004]

However, the conventional crime prevention alarm system has the following problems. For example,
As disclosed in Japanese Examined Patent Publication No. 1-56236, when some abnormality occurs in a business office, it is common to report the abnormality to a predetermined management place.
Conventionally, there is only one place to report an abnormality, and therefore there is a problem that an abnormal situation is not transmitted when a person is not present at the destination.

[0005] In addition, although such an abnormality is usually reported using a public telephone line, in recent years telephones with an answering machine recording function have been widely used, and the telephone of the callee has an answering machine. If the recording function is set, the line is mechanically connected even when an abnormal situation is reported, but it is recorded on a recording medium such as tape and not immediately transmitted to the administrator. Therefore, there may occur a situation in which the abnormal situation cannot be dealt with promptly.

Further, in the conventional crime prevention alarm system, as disclosed in the above-mentioned official gazette, for example, control is performed to turn on an illumination lamp or a signboard lamp at a set time. Only outputs a signal to instruct lighting, and the control means itself does not check whether the lighting lamp or the signboard light is actually lighting based on the instruction, so these confirmations are done manually. There was no choice but to rely on it, and it was therefore impossible to expect significant labor savings.

Further, shutters and automatic doors are usually installed at the entrances and exits of business establishments, and heat ray sensors are often used as automatic door switches for controlling the opening and closing of automatic doors. The heat ray sensor as a switch is arranged outside and inside the automatic door. However, since the distance between the heat ray sensor and the shutter is very small, the heat ray sensor not only detects human movement, but also
In some cases, the movement of the shutter is also detected, and the automatic door opens even when there is no person during the opening / closing operation and the closing operation of the shutter. Obviously, such a malfunction is not preferable because it deteriorates the reliability of the automatic door and, in turn, the reliability of the entire security alarm system.

As one measure to prevent such a malfunction, it is conceivable to lower the sensitivity of the heat ray sensor, but in that case, the sensitivity for detecting the movement of a person also naturally lowers. If you do not advance to just before the automatic door, the automatic door will not open and there is a risk that a person trying to enter or exit will collide with the automatic door, so reducing the sensitivity of the heat ray sensor is not a preferable measure. Of.

The present invention is to solve the above-mentioned problems, and it is possible to make the notification destination when an abnormal situation arises different for each time zone, and to make a plurality of notification destinations for each time zone. The purpose is to provide a security alarm system that can be set.

It is another object of the present invention to provide a crime prevention alarm system for reporting an abnormal situation to the next-ranked callee when the answering machine is set to record an answering machine.

A further object of the present invention is to provide a crime prevention alarm system capable of automatically detecting whether or not a controlled device is operating correctly based on an instruction.

Still another object of the present invention is to provide a crime prevention alarm system including a shutter and an automatic door, in which the automatic door does not malfunction during opening and closing operations of the shutter. is there.

[0013]

In order to achieve the above object, the crime prevention alarm system according to claim 1 is equipped with various sensors such as a heat ray sensor to prevent intruders from entering a predetermined area in a business establishment. In the crime prevention alarm system that notifies the occurrence of an abnormality to a predetermined report destination when any abnormality is detected, the report destination can be set to a different report destination depending on the time zone, and one When a plurality of callees can be set in the notification order for a time zone and the set callee is set to answering machine, the callee is characterized by making a notification to the next order.

The security alarm system according to a second aspect of the invention is a security alarm system including control means for instructing a controlled device to operate based on signals from various sensors and arrival of a set time. The load current of the controlled device is monitored, and the presence or absence of abnormality of the controlled device is identified by the load current value.

Further, in the crime prevention alarm system according to a third aspect of the present invention, an automatic door arranged at an entrance / exit, a heat ray sensor as an automatic door switch arranged inside and outside the automatic door, and an outside heat ray sensor. In the crime prevention alarm system including a shutter arranged further outside and a control means for controlling the opening / closing operation of the shutter, the control means completes the opening operation of the shutter when the opening time of the shutter comes. After that, the operation of the heat ray sensor is started, and when the closing time of the shutter comes, the operation of the outer heat ray sensor is stopped, and at the time of instructing the shutter to start the closing operation, the inner heat ray sensor It is characterized by stopping the operation.

[0016]

First, the crime prevention alarm system according to claim 1 is as follows. In this crime prevention warning system, the notification destination when an abnormal situation occurs can be set at a plurality of places by setting the notification order for each time zone. In addition, it is also possible to register whether or not the answering machine recording that has been set is set for the destination to be set, and this security alarm system will notify you if the destination is an answering machine. Notify the recipient of the order of.

Therefore, when an abnormal situation occurs,
This crime prevention alarm system reports to the first addressee set in the time zone, but when the line with the addressee is not connected and when the answering machine recording is set to this addressee Is set to the second time set in the relevant time zone.
Notify the report destination of.

By this, when an abnormal situation occurs in a business office, it can be surely notified to one of the reporting destinations, and the reliability of the crime prevention warning system is greatly improved as compared with the conventional one. .

The crime prevention alarm system according to claim 2 is as follows. The control means controls the operation of the controlled device based on signals from various sensors and arrival of set time. Then, the control means monitors the load current of the controlled device, thereby identifying whether or not the controlled device that has instructed the operation is operating as instructed. Specifically, for example, the lighting time of the signboard light is preset in the control means, and when the lighting time comes, the control means notifies the signboard light which is the controlled device of the lighting instruction. Then, the load current of the signboard light is monitored to identify whether or not the signboard light is actually turned on.

By performing this operation, the control means itself can confirm whether or not the controlled device is actually operating in response to the operation instruction from the control means. Since labor for confirming is unnecessary, it is possible to greatly save labor.

Next, the security alarm system according to claim 3 is as follows. Automatic doors are arranged at the entrances and exits of business establishments, and heat ray sensors as automatic door switches are arranged outside and inside the automatic doors.
A shutter is arranged further outside the heat ray sensor arranged outside the automatic door. The opening / closing operation of the shutter is controlled by the control means. For example, the control unit instructs the shutter to perform the opening operation at the opening time and the closing operation at the closing time.

Then, the control means starts the operation of these heat ray sensors after the shutter opening operation is completed when the shutter opening time comes. Further, when the closing time of the shutter arrives, first, the operation of the heat ray sensor arranged outside the automatic door is stopped. For those who are going to enter the business office by this,
The entry can be restricted. Further, the control means instructs the shutter to perform a closing operation when the closing time of the shutter comes, but prior to that, the operation of the heat ray sensor arranged inside the automatic door is stopped.

By performing the above operation, it is possible to effectively prevent the malfunction of the automatic door due to the movement of the shutter without lowering the sensitivity of the heat ray sensor as the automatic door switch. The reliability can be improved more than before.

Furthermore, in the case of combining the configurations according to the above claims 1, 2 and 3, not only the safety of the business office and the user who uses the business office can be secured but also an abnormal situation occurs. It is possible to quickly deal with the occurrence of the occurrence of, and it is possible to save labor.

[0025]

Embodiments will be described below with reference to the drawings.
In the following examples, the case where the security alarm system of the present invention is applied to a sales office of a financial institution having a CS corner will be described, but the security alarm system of the present invention can also be applied to other business offices. Of course there is.

FIG. 1 shows a crime prevention alarm system according to the present invention as C
FIG. 2 is a block diagram showing an example of a system configuration when applied to a sales office of a financial institution having an S corner, in which 1 is a main controller, 2 is a display device, 3 is a memory card, 4 is a telephone, and 5 is a public. Telephone line, 6 is a report destination, 7 is a remote control switch, 8 is a heat ray sensor, 9 is a window sensor, 10 is a vibration sensor, 11 is a protector, 12 is a CS intercom,
13 is an intimidator, 14 is an intercom, 15 is a window camera, 16 is a CS camera, 17 is a switcher, 18 is a V
TR, 19 is a monitor, 20 is a printer, 21 is a CS control panel, 22 is a control panel, 23 is an electric shutter, 24 is a control panel, 25 is a control panel, 25 is an automatic door, 26 and 27 are heat ray sensors, 28 is a guide light, and 29 is CS lighting, 30 CS signboard, 31 air conditioner, 32 automatic cash machine (hereinafter referred to as ATM), 3
3 is a current transformer, and 34 is a communication line.

The main control unit 1 centrally manages the operation of the crime prevention alarm system, is composed of a microprocessor and its peripheral circuits, and also has a communication function. The main controller 1 is connected to the telephone 4,
It is possible to connect to other telephones including the call destination 6 via the public telephone line 5. Therefore, the main control device 1 can be accessed by dialing the telephone number of the telephone 4 from an external telephone. Although only one notification destination 6 is shown in the drawing, it is shown as a representative of a plurality of notification destinations.

The main controller 1 is provided with a display device 2 for setting and registering various operating conditions such as opening time registration, closing time registration, security start time registration, notification destination registration and the like. It is provided. The display device 2 can display various menu screens for setting operating conditions, and any device can be used as long as desired operating conditions can be set and registered on the menu screen. In order to reduce the size of the display device 2 and to minimize the number of buttons such as a numeric keypad for inputting a telephone number and time, a liquid crystal display device provided with a touch panel on the front surface is used. And An example of the display screen is shown in FIG.

FIG. 2 is a diagram showing an example of an initial screen that is first displayed when a button (not shown in FIG. 1) for instructing screen display is pressed. The menu is displayed. In Figure 2, "security", "emergency",
A menu of "cancel", "bell stop", "emergency", "sensor check", "abnormality information confirmation", "status display", and "OFF" for deleting this screen display is displayed. Then, when, for example, the "crime prevention" area is touched on this screen, the displayed characters are inverted in black and white as shown in the figure, and the next screen in which the details of "crime prevention" are listed is displayed. Then, by repeating such an operation as appropriate, the operation condition can be set and registered for a desired item. The same applies to other items.

Since the configuration for displaying such a screen is well known, its description is omitted. In addition, since the number of operating conditions that need to be registered is very large in this crime prevention alarm system, detailed description of each item of the menu shown in FIG. 2 will be omitted. In short, it is important that the display device 2 can arbitrarily set the necessary operating conditions by the above-mentioned operations, and which operating condition is assigned to which menu is not an essential matter.

A non-volatile memory card 3 is built in the main controller 1, and all operating conditions registered by the display device 2 are stored in the memory card 3. Also,
It is also possible to set a memory card in which operating conditions are written in advance in the main controller 1 and control the operation of each part of the system based on the operating conditions written in the memory card. According to this, even when the system goes out of control for some reason, it is possible to read the operation condition from the memory card 3 again and perform the control operation, which contributes to the improvement of the reliability of the system. Is.

Various devices are connected to the main controller 1. The remote control switch 7 is used to set whether the main control device 1 is in a warning state or a warning release state, and is arranged, for example, on the outdoor side of the staff entrance of the business office. There are various types of remote control switches, and any of them may be used, but here, a card type remote control switch is used. The card-type remote controller switch 7 is designed so that the state of the main controller 1 can be reversed by inserting a card in which an identification number registered in advance in the remote controller switch 7 is inserted. When the card with the identification number registered in the remote control switch 7 is inserted while the control device 1 is in the alert state, the main control device 1 is in the alert release state, and vice versa. When the card in which the registered identification number is written is inserted while the state is in the state, the main control device 1 enters the alert state. Note that the alert state is a state in which an abnormal state inside the business office is detected, such as an intruder detection based on the output signal of the heat ray sensor 8, and the alert released state is a state in which the abnormal state is not detected.

A large number of heat ray sensors 8 are installed in the CS corner and each place of the sales office. At the CS corner, they are mainly used for detecting the presence or absence of a user or a residual person, and other places of the sales office. Is mainly used to detect intruders. The heat ray sensor 8 is not used as an automatic door switch.

The window sensor 9 is arranged at the entrance and exit of the business office and each window, and outputs a signal indicating an abnormal state when the entrance and exit and the window are removed or destroyed. , Hereinafter, it is referred to as a warning that various sensors output an abnormal state).

The vibration sensor 10 is arranged on the main wall portion of the entrance and exit of the business office and the CS corner, and is activated when a vibration of a predetermined amount or more is applied to these wall portions by being strongly hit. It is a report.

The protector 11 is an automatic cash dispenser (C
D), a sensor attached to a cash handling device installed in a CS corner such as ATM 32,
Report when these are destroyed.

The CS intercom 12 is a CD or ATM 32
It is provided for the user to make a call with the staff when inquiring about the operation method or when trouble occurs in the device.

The intimidating device 13 is for intimidating an intruder, and is composed of a bell, a speaker, a flashlight and the like.

The intercom 14 is the CS intercom 12.
It responds to the user's call from, and is placed at an appropriate position in the office.

The counter camera 15 is a TV camera for photographing the counter counter in the office, and the CS camera 16 is a C camera.
It is a camera that shoots the S corner. Video signals from the window camera 15 and the CS camera 16 are sent to the switcher 1
7, the data is switched at a predetermined cycle, recorded by the VTR 18, and displayed on the monitor 19 arranged at an appropriate position in the office. The switching of the video signal in the switcher 17 is performed according to an instruction from the main control device 1, and the switching cycle can be set using the display device 2. In addition, window camera 15, C
The operating times of the S camera 16, the switcher 17, the VTR 18, and the monitor 19 can be arbitrarily registered using the display device 2, but these are not essential matters in the present invention, so that it is easy to understand here. It is assumed that it is always operating in order to

The printer 20 is composed of an appropriate printing device such as a thermal printer, prints the data given from the main controller 1, and is always ready for printing. Although what kind of data is to be printed can be appropriately determined as needed, here, the main control device 1 is to provide the data of the date and time when the state of the office changes.
And data indicating what state has occurred to the printer 20. When the print data is given, the printer 20
Prints the given data. For example, when the main control device 1 detects that the heat ray sensor 8 has issued a warning while the alert state is set, the data indicating which area in the office where the intruder was present and the time at that time are displayed. Data is generated and given to the printer 20. By performing such an operation, it is possible to record what kind of state change was made on what day, month, and year.

Of course, a fire sensor, a smoke sensor, etc. can be provided in addition to the sensor shown in FIG.

The CS control panel 21 is a device provided especially for automatic operation of the CS corner, and is connected to the main controller 1 by a communication line 34. And CS
The control panel 21 controls the opening / closing of the electric shutter 23 installed at the entrance / exit of the CS corner, based on an instruction from the main control device 1 sent via the communication line 34.
Control for the automatic door 25 and heat ray sensors 26 and 27 as automatic door switches, control for guide lights 28, C
Control for the S corner lighting (hereinafter referred to as CS lighting) 29, CS signboard 30 indicating that there is a CS corner
Air conditioner 31 that controls the air conditioner and performs air conditioning in the CS corner
And the power-on control of the ATM 32. The communication between the main controller 1 and the CS control panel 21 can be performed by a known communication method such as packet communication.

Here, the control panel 22 is provided as a drive device for the electric shutter 23. Similarly, the control panel 24 is provided as a drive device for the automatic door 25. During the business hours, the control panel 24 detects the presence or absence of a moving body based on signals from the heat ray sensors 26 and 27. If a moving object is detected, the automatic door 25
Control for instructing to open. Note that here, the heat ray sensor 26 is arranged inside the automatic door 25, that is, inside the business office, and the heat ray sensor 27 is arranged outside the automatic door 25. Also, FIG.
Although the CD is not shown in the figure, it is natural that the CD may be installed, and in that case, the CS control panel 21 can also be configured to power on the CD. is there.

The guide light 28 displays a message regarding the business hours of the CS corner. For example, "a business will be closed soon" when a predetermined time comes before the business hours end, and "business hours have ended". ", Etc., and is composed of an appropriate display device. The display device 2 sets how many minutes before the business end time the display indicating that the business will end soon, such as “The business will be closed soon”, is displayed. It should be noted that although only visual display is performed here, it is obvious to those skilled in the art that sound or voice display can be used together.

Special C for automatic operation of CS corner
The significance of providing the S control panel 21 is as follows. As shown in FIG. 1, many devices such as the electric shutter 23 are installed in the CS corner, and it is necessary to supply power to these devices and exchange signals with these devices. Therefore, many power supply lines and signal lines must be laid between these devices and the devices that control them. Therefore, when the main controller 1 is installed in the vicinity of the CS corner, it is possible to directly control the devices installed in the CS corner by the main controller 1, but the main controller 1 When it is installed at a position away from the CS corner, it is obvious that it is not preferable to directly control by the main control device 1,
For that purpose, the CS control panel 21 is provided to specially operate the CS corner. Therefore,
Although the CS control panel 21 is not an essential requirement in the present invention, the CS control panel 21 is used in this embodiment.

The outline of the configuration shown in FIG. 1 has been described above. Next, the operations of the main controller 1 and the CS control panel 21 will be described more specifically.

First, a staff member goes to work and the remote control switch 7
When a predetermined card is inserted into the main controller 1, the main controller 1 shifts from a warning state to a warning cancel state, whereby the main controller 1 stops its operation by ignoring the notification of a predetermined sensor. Which sensor is to be stopped can be arbitrarily registered using the display device 2. Here, the heat ray sensor 8,
The operations of the window sensor 9, the vibration sensor 10, and the protector 11 are stopped. Therefore, in this case, the heat ray sensor 8 issues an alarm each time the staff member moves, but the main controller 1 ignores this alert, and therefore does not determine that an abnormality has occurred. In this specification, stopping the operation of the sensor is not limited to ignoring the alarm as described above, but also includes stopping the power supply.

When the registered predetermined time comes, the main controller 1 instructs the CS control panel 21 to turn on the CS illumination 29, activate the air conditioner 31 and turn on the ATM 32. As a result, the CS control panel 21 supplies power to the CS lighting 29, the air conditioner 31, and the ATM 32. Then, the CS control board 21 uses the current transformer 33 at a predetermined cycle.
The load current value of each device is fetched from, and it is determined whether the load currents of these devices fall within the normal range. If it is normal, no processing is performed, but if it is determined that the load current is abnormal, the CS control panel 21 determines what kind of abnormality is occurring in which device through the communication line 34. And notifies the main control unit 1. For example, when the circuit of the CS lighting 29 is broken, the load current becomes a value below the defined range, but the CS control panel 21 judges it from the load current taken from the current transformer 33, and The main controller 1 is notified of information indicating that the lighting 29 is disconnected. At this time, the CS signboard 30 is not turned on,
When a load current with an abnormal range defined in the signboard 30 is flowing, the main controller 1 is notified of information indicating that the circuit of the CS signboard 30 is short-circuited. The same applies when there is an abnormality in the load current of another device.

When the information indicating that an abnormality has occurred is received from the CS control panel 21, the main control unit 1 displays the content in the printer 2
The number 0 is printed, and what kind of abnormality has occurred in a predetermined notification destination 6 registered by using, for example, a voice synthesis technique is notified by voice. Here, the report destination when an abnormality occurs is registered according to the time zone, and a plurality of report destinations can be registered by determining the report order in each time zone. That is, since the person in charge of the business office is usually the business office manager, it is not always the case that the business office manager should always be the report destination when an abnormality occurs.
This is because, for example, if there is an intruder at night, it is sufficient to report to the sales manager's home.
If an abnormality occurs at the start of S corner operation, the sales office manager will be at work, so there is no point in reporting to the sales office manager's home. Alternatively, it is desirable to notify the head office. Therefore, in this crime prevention warning system, the display device 2 can be used to arbitrarily register a reporting destination for each predetermined time zone, for example, a reporting destination in business hours and a reporting destination in other time zones. Is there.

Further, if only one destination can be set in each time zone, when the main control unit 1 reports an abnormality, it cannot notify the abnormality if it is out. More recently, an answering machine is often recorded. In this case, the line is connected but only recorded on tape, so that it cannot be immediately transmitted to the person who wants to make a call. Therefore, in this crime prevention alarm system, it is possible to register the notification destinations at a plurality of places in each time zone by assigning notification priorities. It is also possible to register whether or not the answering machine recording is set for each callee, and the main control unit 1 also notifies the callee who has the answering machine recording set. In this case, Does not recognize that the report was made normally, and reports to the report recipient in the next order. Then, it is assumed that the abnormality notification is completed when the line is connected to the notification destination for which the answering machine recording is not set.

For example, assuming that three reporting destinations can be registered for one time zone, the main control unit 1 first dials the reporting destination of the first rank when reporting an abnormality. When the line is connected, the main controller 1 determines that the notification is completed. However, when the line is not connected even after calling for a predetermined time, and when the answering machine recording is set for the first-ranked callee. For more information, call the second-ranked recipient. Hereinafter, this operation is repeated in the order of the first rank, the second rank, and the third rank until the line is connected to the call destination to which the answering machine recording is not set. The same applies to the notification of abnormalities.

Now, at the registered business start time of the CS corner, the main control unit 1 instructs the CS control panel 21 to open the electric shutter 23 and activate the automatic door 25. In response to this, the CS control panel 21 starts with the control panel 2
2 is instructed to open the electric shutter 23, and then
When the information indicating that the electric shutter 23 is completely opened is received from the control panel 22, the control panel 24 is instructed to start the automatic door 25. As a result, the control panel 24 validates the signals from the heat ray sensors 26 and 27 to start the opening / closing control of the automatic door 25, and when the signals from the heat ray sensors 26 and 27 determine that a moving object is present, the automatic door 25 is opened.
Control to open.

When any abnormality occurs in the system of the electric shutter 23 or the system of the automatic door 25, the control panels 22 and 24 notify the CS control panel 21 to that effect. In response to this, the CS control panel 21 notifies the main control device 1 of the information. As a result, the main controller 1 prints on the printer 20 and notifies the report destination of the time zone.

As described above, in the configuration shown in FIG. 1, during the business hours, when an abnormality occurs in the system of the electric shutter 23, when an abnormality occurs in the system of the automatic door 25, and when the guidance is provided. Light 28, CS lighting 29, CS signboard 3
0, when the load currents of the air conditioner 31 and the ATM 32 become abnormal, the CS control panel 21 notifies the main controller 1 of which device the abnormality has occurred.

After that, when the registered predetermined time comes,
The main controller 1 instructs the CS control panel 21 to turn on the CS signboard 30. As a result, the CS control panel 21 supplies power to the CS signboard 30.

After that, when the registered predetermined time arrives, the main control unit 1 instructs the CS control panel 21 to display a guide light 28 indicating that the business will soon end. As a result, the guide light 28 displays, for example, the message "business will be closed soon" as described above.

Then, when the business end time of the registered CS corner comes, the main control unit 1 operates the CS control panel 21.
Is notified of the start of processing at the end of business at the CS corner, and the notification of the system arranged at the CS corner of the heat ray sensor 8 is enabled. However, this is a measure for detecting a residual person, that is, a measure for preventing the user from being trapped in the CS corner, and is not for detecting an intruder. That is, at this time, the main controller 1
Since they are still in the alert release state, even if these heat ray sensors report, they do not judge that there is an intruder.

In response to the notification from the main controller 1, the CS control panel 21 first instructs the control panel 24 to stop the operation of the outer heat ray sensor 27. This will prevent anyone from entering the CS corner after that. This is the entrance regulation.
At this time, the CS control panel 21 also causes the guide lamp 28 to display a message indicating that the business hours have ended.

When the CS control panel 21 receives from the control panel 24 the information indicating that the entry is restricted, the CS control panel 21 first instructs the control panel 24 to stop the operation of the inner heat ray sensor 26,
When receiving the information indicating that the operation has been stopped from the control panel 24, the control panel 22 is instructed to start the closing operation of the electric shutter 23.

However, at this time, the main controller 1 notifies the CS control panel 21 of a signal indicating that there is a residual person when the heat ray sensor 8 determines that there is a user at the CS corner. The board 21 is the control board 2
When a signal indicating that there is a residual person is received from the main control unit 1 when instructing to stop the operation of the inner heat ray sensor 26 in FIG. 4, an instruction to stop the operation to the heat ray sensor 26 and a closing operation to the electric shutter 23. No start instruction is given. When a signal indicating that there is a residual person is received from the main control device 1 during the closing operation of the electric shutter 23, the closing operation is stopped at that point and the opening operation is performed.
2, the operation of the inner heat ray sensor 26 is restarted.

After that, the signal from the main controller 1 causes C
When it is determined that there is no residual person in the S corner, the CS control panel 21 first instructs the control panel 24 to stop the operation of the inner heat ray sensor 26, and the control panel 24 indicates that the operation has been stopped. When the information shown is received, the control panel 22 is instructed to start the closing operation of the electric shutter 23. Accordingly, it is possible to prevent the heat ray sensor 26 from erroneously detecting the movement of the electric shutter 23 as a moving body and opening the automatic door 25.

At the end of business at the CS corner, how to control the opening / closing operation of the electric shutter 23 depending on the presence / absence of a remaining person can be appropriately determined. For example, the same control as that disclosed in Japanese Patent Publication No. 1-56236 may be performed, or a different mode of control may be performed, but the user is inadvertently locked in the CS corner. It is important not to

When the control panel 22 receives the completion of the closing of the electric shutter 23, the CS control panel 21
The main controller 1 is notified of that fact.

After that, when the registered warning start time comes, and the main controller 1 notifies that, the CS control panel 21
Instructs the control panel 22 to stop the operation of the electric shutter 23, instructs the control panel 24 to stop the operation of the automatic door, and guides the lamp 28, the CS illumination 29, the CS signboard 30, and the air conditioner 31. And the power supply to the ATM 32 is stopped.

At this time, the main control unit 1 uses the window sensor 9,
The alarm of the system arranged in the CS corner portion of the vibration sensor 10 is validated, and the alarm of the protector 12 is also validated to put only the CS corner portion into a warning state.
Therefore, when there is an alarm from the heat ray sensor 8, the window sensor 9 or the vibration sensor 10 at the CS corner portion after the warning start time and when there is an alarm from the protector 11, the main controller No. 1 records in the printer 20 that an abnormal situation has occurred, and notifies the report destination 6 registered in the time zone.

In areas other than the CS corner, main controller 1 enters a warning state when remote controller switch 7 is operated.

Although one embodiment of the present invention has been described above, it is obvious to those skilled in the art that the present invention is not limited to the above embodiment and various modifications can be made.

[Brief description of drawings]

FIG. 1 is a block diagram showing a system configuration example when a crime prevention warning system according to the present invention is applied to a sales office of a financial institution having a CS corner.

FIG. 2 is a diagram showing an example of an initial screen of the display device 2.

[Explanation of symbols]

1 ... Main control device, 2 ... Display device, 3 ... Memory card, 4
... Telephone, 5 ... Public telephone line, 6 ... Report destination, 7 ... Remote control switch, 8 ... Heat ray sensor, 9 ... Window sensor, 10 ...
Vibration sensor, 11 ... Protector, 12 ... CS intercom, 13 ... Intimidator, 14 ... Intercom, 15 ... Window camera, 16 ... CS camera, 17 ... Switcher, 18
... VTR, 19 ... Monitor, 20 ... Printer, 21 ... CS
Control panel, 22 ... Control panel, 23 ... Electric shutter, 24 ... Control panel, 25 ... Automatic door, 26, 27 ... Heat ray sensor, 28
... guide light, 29 ... CS lighting, 30 ... CS signboard, 31 ... air conditioner, 32 ... automatic cash deposit machine, 33 ... current transformer, 34 ... communication line.

Claims (3)

[Claims] 1. A variety of sensors such as a heat ray sensor are provided, and when any abnormality such as an intruder in a predetermined area in a business place is detected, the fact that an abnormality has occurred is notified to a predetermined report destination. In the crime prevention alarm system, the report destination can be set to different report destinations according to the time zone, and a plurality of report destinations can be set in the report order for one time zone, and the set report destinations can be set. When the answering machine is set, the crime prevention alarm system is characterized by notifying the callee of the next rank. 2. A crime prevention alarm system comprising a control means for instructing a controlled device to operate based on signals from various sensors and arrival of a set time, wherein the control means monitors a load current of the controlled device, A crime prevention alarm system characterized by identifying whether or not there is an abnormality in the controlled device based on the load current value. 3. An automatic door arranged at a doorway, a heat ray sensor as an automatic door switch arranged outside and inside the automatic door, and a shutter arranged outside the heat ray sensor on the outside. In the crime prevention alarm system including a control unit that controls the opening / closing operation of the shutter, the control unit starts the operation of the heat ray sensor after the opening operation of the shutter is completed when the opening time of the shutter arrives, When the shutter closing time arrives, the operation of the outer heat ray sensor is stopped, and when the shutter is instructed to start the closing operation, the operation of the inner heat ray sensor is stopped in advance. Alarm system.