JP3195229B2 - Building security equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a security device for a building suitable for security management of tenants of the building.

[0002]

2. Description of the Related Art Conventionally, as a security device for this type of building,
A security sensor group installed in the tenant in the building to detect intruders, a security operation group installed in the tenant to perform security start / release operations, a facility equipment group installed in the tenant and including security equipment, And a terminal device which is installed in a building and performs security on the inside of the building.

The above-mentioned terminal device comprises an input circuit having a plurality of input ports to which a group of security sensors and a group of security operating devices are connected, an output circuit having a plurality of output ports connected to a group of equipment, and a security sensor. The operation status of the group of security operating devices is captured via the input circuit to detect the occurrence of an abnormality in the security sensor included in the security sensor group, and to detect the start and release of the security operation of the security operating device included in the security operating device group. A security monitoring unit that performs, a sensor abnormality information storage unit that stores the occurrence of an abnormality of the security sensor detected by the security monitoring unit as sensor abnormality information, and a warning start that is detected by the security monitoring unit.
A warning start information storage unit for storing as warning start information, and the above-described output circuit according to the sensor abnormality information stored in the sensor abnormality information storage unit and the warning start information stored in the warning start information storage unit. And a control output unit for controlling the above-mentioned equipment group via the control unit.

In this conventional security device, each of the security sensors included in the security sensor group, each of the security operation devices included in the security operation device group, detection of an intruder by the security sensor, and start of security by the security operation device The combination with each of the equipment controlled in accordance with the detection of the release is fixed by the number of the input port included in the input circuit of the terminal device and the number of the output port included in the output circuit. Therefore, when installing this conventional security device, for each tenant in the building, a security sensor to be installed in the corresponding tenant is connected to a predetermined input port of the input circuit of the terminal device via wiring, and The security operating device installed in the predetermined tenant is connected to a predetermined input port of the input circuit of the terminal device via wiring, and the equipment provided in relation to the predetermined tenant described above is connected via wiring. The operation of connecting to the determined output port of the output circuit of the terminal device, that is, the wiring connection operation is performed.

[0005]

In the above-mentioned prior art, when the security device is installed in a building, for example, after all the wiring connections are completed, some of the security sensors and the security operating device have incorrect wiring. That is, when a wiring connection is mistakenly made to an input port different from a predetermined input port of an input circuit of a terminal device to be originally connected, for example, a connection change operation for redoing a wiring connection of a corresponding one. Is required. That is, in the related art, when a wiring error occurs, the wiring connected to the corresponding security sensor or the like is disconnected from the corresponding input / output port of the input / output circuit of the terminal device, and the complicated connection to the regular input / output port is made. Connection change work is required, and this work takes time, and there is a problem that improvement in work efficiency cannot be expected.

[0006] Further, with the change of the tenant in the building, etc., the arrangement of the security sensor, the warning operation device, and the equipment once installed, that is, the combination may be changed. Similarly, complicated connection change work between the wiring connected to the corresponding security sensor and the corresponding input / output port of the input / output circuit of the terminal device is required, and this work takes time and improves work efficiency. There is a problem that cannot be expected.

[0007] The present invention has been made in view of the above-mentioned circumstances in the prior art, and its object is to provide a security sensor,
It is an object of the present invention to provide a building security device capable of changing a combination of a security operation device and equipment without changing a complicated wiring connection when the combination is changed.

[0008]

In order to achieve this object, the present invention provides a security sensor group installed at a tenant in a building for detecting an intruder, and a security start / release operation installed at the tenant. A security operation device group, a facility device group installed in the tenant and including security equipment, and a terminal device installed in the building and performing mechanical security in the building, wherein the terminal device is the security sensor Group, an input circuit having a plurality of input ports to which the security operating device group is connected, an output circuit having a plurality of output ports connected to the facility equipment group, the security sensor group, and the security operating device group. The operation state is captured via the input circuit, and the occurrence of abnormality is detected by the security sensor, and the operation is performed by the warning operation device .
A security monitoring portion which performs the warning initiation and release of detecting that the abnormality occurs, which is detected by the security monitoring unit, and the abnormal information storage unit that stores as abnormal information, warning starts to be detected by the security monitoring unit and a warning start information storage unit that stores a warning start information, abnormal information stored in the abnormal information memory unit, and depending on the alarm start information items stored in the alarm start information storage unit, said output circuit In a building security device having a control output unit that controls the facility equipment group via
The terminal device includes: an input port selection information storage section that stores input port selection information indicating which input port of the input circuit is connected to each of the security sensor group and the alert operation group; and the security sensor An input combination selection information storage unit that stores input combination selection information indicating how each of the groups and each of the above-mentioned security operating device groups are combined, and operation of a predetermined security sensor of the security sensor group And an output location selection information storage unit that stores output location selection information indicating which equipment device included in the equipment device group is to be controlled by the operation of the predetermined warning operation device of the security operation device group, and the input device. Location selection information storage unit,
The input combination selection information storage unit, and enter the information stored in the output portion selection information storage unit, and an information input circuit for rewriting, the control output is stored in the sensor abnormality information storage unit The sensor device information via the output circuit according to the sensor abnormality information to be output and the output location selection information stored in the output location selection information storage unit together with the alert start information stored in the alert start information storage unit. It is configured to control.

Since the present invention has the above-described configuration, for example, when it is installed in a building, each of the security sensor group and the security operating device group is connected to the input port of the input circuit of the terminal device via wiring. It is possible to connect to each of them unspecified. That is, it is not necessary to determine in advance the combination of the connection between the specific input port and the specific security sensor or the specific security operating device.

If each of the security sensor group and the security operation device group is unspecifiedly connected to each of the input ports of the input circuit of the terminal device as described above, each of the connected security sensors and the corresponding input A combination of port numbers,
Then, the combination of each of the connected alert operating devices and the number of the corresponding input port is input from the information input circuit as input location selection information, and is stored in the input location selection information storage unit.

At this time, a combination of each of the security sensors and each of the security operating devices is input from the information input circuit as input combination selection information in accordance with the positional relationship between the security sensor and the security operating device. It is stored in the storage unit.

Further, equipment to be operated corresponding to the operation of the predetermined security sensor and the operation of the predetermined security operating device in accordance with the positional relationship between the security sensors and the security operating device and the equipment, respectively. The specific relationship of the devices, that is, the relationship between the operation of the security sensor and the warning operation device and the equipment to be controlled is input from the information input circuit as output location selection information and stored in the output location selection information storage unit. Thereby, a desired security function can be obtained.

[0013] In the present invention installed in this way, when, for example, an intruder is detected by a predetermined security sensor in a predetermined tenant in which the security operating device is in a security start state, the control output unit outputs sensor abnormality information. The control device to be controlled is selected based on the alert start information and the output location selection information, and the corresponding control device, for example, a security device is driven via the output port of the output circuit corresponding to the selection. Thereby, security corresponding to the intruder can be implemented.

When the combination of the security sensor, the security operating device, and the equipment is changed due to the change in the arrangement of the security sensor, the security operating device, and the equipment, the security sensor, the security sensor, A new combination of the alert operating device is input as input combination selection information, stored in the input combination selection information storage unit, and a security sensor,
The relationship between the operation of the alert operation device and the equipment to be controlled may be input as output location selection information and stored in the output location selection information storage unit. As described above, the combination of the security sensor, the security operating device, and the equipment can be changed only by inputting and rewriting the information from the information input circuit without changing the wiring connection of the input / output ports.

[0015]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing an embodiment of a security device for a building according to the present invention. FIG. 1 is a block diagram showing a configuration of an embodiment of a security device for a building of the present invention, and FIG. 2 is a flowchart showing a processing procedure in a terminal device provided in the embodiment shown in FIG.

In FIG. 1, reference numeral 1 denotes a security sensor group which is installed in each tenant in the building and detects an intruder, and 2 denotes a group of security operation devices which are installed in each tenant in the building and perform a security start / release operation. Reference numeral 4 denotes a facility device group installed in each tenant in the building. Reference numeral 3 denotes a terminal device to which the above-described security sensor group 1, alert operation device group 2, and facility device group 4 are connected and have logical judgment and storage functions. is there.

The above equipment group 4 includes, for example, a buzzer for intimidating an intruder, an electric lock for opening and closing the entrance and exit of the tenant in conjunction with the operation of the security operation device included in the security operation device group 2 and the like. Lighting equipment, air conditioning equipment, transportation equipment in buildings such as elevators and escalators, and the like.

The above-mentioned terminal device 3 includes an input circuit 5 having a plurality of input ports for connecting the above-mentioned security sensor group 1 and the above-mentioned security operating device group 2 and a plurality of output ports for connecting the above-mentioned equipment group 4. The output circuit 6 is provided.

Further, the security sensor group 1 and the warning operation device group 2 are assigned to any of the plurality of input ports of the input circuit 5.
Input location selection information storage unit 7 that stores input location selection information indicating whether or not the security sensor group 1 is connected.
An input combination selection information storage unit 8 that stores input combination selection information indicating which security sensor among the security operation sensors is combined with which security operation device from the security operation device group 2 described above.

The signals output from the respective security sensors of the security sensor group 1 and the signals output from the respective security operating devices of the security operating device group 2 are fetched via the input circuit 5, and the above-described input locations are input. Based on the input location selection information stored in the selection information storage unit 7 and the input combination selection information stored in the input combination selection information storage unit 8 described above, it is determined whether or not the signal of the security sensor indicates abnormality. The security monitoring unit 9 is provided for detecting and detecting whether the signal of the warning operation device indicates the start of warning or the release of warning.

Further, a sensor abnormality information storage unit 10 for storing the occurrence of an abnormality of the security sensor detected by the security monitoring unit 9 as sensor abnormality information, and a warning operation device detected by the security monitoring unit 9 to start warning. The security start information storage unit 11 that stores the information as the security start information, the operation of the predetermined security sensor of the security sensor group 1, and the operation of the predetermined security operation device of the security operation device group 2, An output location selection information storage unit 12 for storing output location selection information indicating which equipment equipment is to be controlled.

The sensor abnormality information stored in the sensor abnormality information storage unit 10, the warning start information stored in the warning start information storage unit 11, and the output location selection information stored in the output location selection information storage unit 12 Accordingly, a control output unit 13 for controlling the corresponding equipment in the equipment group 4 via the output circuit 6 described above is provided.

Further, the input location selection information stored in the input location selection information storage unit 7, that is, the security sensor group 1 and the warning operation unit group 2 are assigned to any of the plurality of input ports of the input circuit 5 described above. Is input, rewriting, and input combination selection information stored in the input combination selection information storage unit 8 indicating whether or not is connected, that is,
Input, selection, and rewriting of input combination selection information indicating which security sensor of the security sensor group 1 and which security operation device of the security operation device group 2 are combined, and an output location selection information storage unit 12 is included in the facility equipment group 4 by the operation of the predetermined security sensor of the security sensor group 1 and the operation of the predetermined security operation device of the security operation device group 2 described above. Input of output location selection information indicating which equipment to control
An information input circuit 14 for rewriting is provided.

In the above-described configuration, the input location selection information storage section 7, the input combination selection information storage section 8, the output location selection information storage section 12, and the information input circuit 14, which are included in the terminal device 3, are particularly the present embodiment. This is a configuration characterized by the following.

For example, when this embodiment is installed in a building, security sensors included in the security sensor group 1
Each of the alert operating devices included in the alert operating device group 2 is connected unspecified via wiring. That is, the combination of the connection between the specific input port and the specific security sensor or the specific security operating device is not considered in advance. Thereby, wiring connection can be performed quickly.

Next, the operation of this embodiment will be described with reference to the flowchart of FIG. First, as shown in procedure A01, a signal (security sensor information) output from each security sensor of the security sensor group 1 connected to the security monitoring unit 9 via the input circuit 5 of the terminal device 3, or Then, a signal (warning operation information) output from each of the guard operating machines in the connected guard operating machine group 2 is fetched. Then, as shown in the procedure A02, the above-mentioned input location selection information is read from the input location selection information storage unit 7 and the above-mentioned input combination selection information is read out from the input combination selection information storage unit 8 to the security monitoring unit 9, respectively. After reading out the above-mentioned output location selection information from the output location selection information storage unit 12 to the control output unit 13, as shown in procedure A03, the signal taken in through the input circuit 5 is sent to the alert operation device sent from the alert operation device. The security monitoring unit 9 determines whether the signal indicates a change in information.

If it is determined in step A03 that the alert operation information has changed, as shown in the following step A04, the alert start operation has been performed on one of the alert operating devices based on the fetched signal. The security monitoring unit 9 determines whether or not the signal is a signal representing the fact. If it is determined in step A04 that the signal indicates that the vigilance start operation has been performed, as shown in step A05, based on the input location selection information and the input combination selection information read earlier, The security monitoring unit 9 checks the status of all the security sensors included in the security sensor group 1 combined with the security operating device that has transmitted the security operation information. As a result of this state check, if all the security sensors are in a normal state, the procedure A
As shown at 06, the security monitoring unit 9 changes the security start information that sets the equipment of the equipment group 4 that is combined with the security operating device into the security start state based on the output location selection information. Set in the storage unit 11. afterwards,
As shown in procedure A07, the control output unit 13 selects all applicable equipment as output locations according to the output location selection information stored in the output location selection information storage unit 12. Finally, as shown in the procedure A08, the control output unit 13 performs a control output to the selected equipment via the output circuit 6. Immediately after the execution of the procedure A06, the sensor abnormality information described later is not set in the sensor abnormality information storage unit 10, and the equipment is in an alert start state (when the security sensor outputs an abnormality detection signal) by the control output described above. , Which is regarded as being caused by an intruder). On the other hand, as a result of the state check in step A05, if there is a security sensor in an abnormal state, the procedure A0
Step 6 is skipped and the processes of steps A07 and A08 are performed, and the state does not shift to the alert start state.

On the other hand, if it is determined in step A03 that there is no change in the alert operation information, the following step A0 is performed.
As shown in FIG. 9, based on the input location selection information and the input combination selection information read out earlier, all the security sensors included in the security sensor group 1 combined with the security operating device that transmitted the security operation information The security monitoring unit 9 checks the status. As a result of this state check, if all the security sensors are in a normal state, all the subsequent steps are skipped. If there is an abnormal security sensor, the procedure A1 is performed.
As shown by 0, the security monitoring unit 9 determines whether or not the equipment combined with the security operating device is in a security start state based on the storage content of the security start information storage unit 11. Then, if it is in the alert start state, the security monitoring unit 9 sets the sensor abnormality information indicating the abnormality of the specific security sensor detected in the state check in the sensor abnormality information storage unit 10 as shown in procedure A11. I do. Then, the procedure A07
As shown in (1), the control output unit 13 uses the output location selection information stored in the output location selection information storage unit 12 to output all equipment (electric lock, emergency buzzer, Machine, etc.) as the output location. Finally, as shown in the procedure A08, the control output unit 13 performs a control output to the selected equipment via the output circuit 6. Immediately after the execution of the procedure A11, the sensor abnormality information is set in the sensor abnormality information storage unit 10, so that the above-mentioned equipment is in an emergency alarm state (the abnormality detection signal output by the security sensor And a warning is issued). If the equipment is not in the alert start state in step A10, steps A07 and A08 are skipped and the state does not shift to the emergency alarm state.

On the other hand, the fetched signal is a signal indicating that an operation has been performed on any of the warning operation devices.
If it is determined in step A04 that the signal is not a signal indicating that a guard start operation has been performed but a signal indicating a guard release operation, as shown in step A12, the security monitoring unit 9 sets the warning start information storage unit In addition to clearing the corresponding alarm start information set in 11, the crime prevention monitoring unit 9 clears the corresponding sensor abnormality information set in the sensor abnormality information storage unit 10 as shown in step A <b> 13. Thereafter, as shown in procedure A07, the control output unit 13 outputs the security sensor, the electric lock, the emergency buzzer, the emergency call device, and the like, which are combined with the security operation device on which the security release operation is performed based on the output location selection information described above. Select all applicable equipment as output locations. Finally, as shown in the procedure A08, the control output unit 13 performs a control output to the selected equipment via the output circuit 6. Immediately after the execution of the procedure A13, since both the alert start information and the sensor abnormality information are cleared, the above-mentioned equipment is in an alert release state (even if the security sensor outputs an abnormality detection signal) by the control output described above. If not).

FIGS. 3 and 4 are diagrams for explaining the change in the arrangement of the security device of the building according to the present embodiment. FIG. 3 shows the arrangement before the change, FIG. 4 shows the arrangement after the change, and FIG.
Shown respectively. FIGS. 2A and 2A are sketches showing specific arrangements of devices in a building, FIGS. 2B and 2C are specific examples of the input location selection information described above, and FIGS. FIGS. 2E and 2E are specific examples of the input combination selection information described above, and FIG. In the following description, input ports I01 to I10 (not shown) and input channels Ich01 to Ich10 (not shown) are provided in the input circuit 5 and output ports O01 to O10 (not shown) are provided in the output circuit 6 in the terminal device 3 of FIG. It is assumed that output channels Och01 to Och10 (not shown) are provided.

In FIG. 3, 30 is an elevator, 31 is an emergency staircase, 32 and 33 are men's and women's restrooms, and 34 and 3
5 is a tenant, S01 to S08 are security sensors, D01
And D02 are a group of alert operation machines, and E01 to E04 are a group of equipment. In the room of the tenant 34, a security sensor S01 for detecting an abnormality of an entrance door, a security sensor S03 to S05 for detecting an abnormality of a window glass, an electric lock E01 for locking an entrance door, an emergency buzzer E02 for intimidating an intruder, A security operating device D01 is installed for the security sensor group and the equipment group. In the room of the tenant 35, a security sensor S02 for detecting an abnormality of an entrance door, a security sensor S06 to S08 for detecting an abnormality of a window glass, an electric lock E03 for locking an entrance door, an emergency buzzer E04 for intimidating an intruder, A security operation device D02 is installed for the security sensor group and the equipment group.

The security sensor S05 is provided at the input port I01 of the input circuit 5, the security sensor S08 is provided at the input port I02,
The alert operation device D01 is connected to the input port I03.
04, a security sensor S06 at the input port I05, and a security sensor S04 at the input port I06.
However, the security sensor S01 is provided at the input port I07, the security sensor S02 is provided at the input port I08, the security operating device D02 is provided at the input port I09, and the security sensor S0 is provided at the input port I10.
7 are connected to each other, and the input location selection information indicating this is stored in the input location selection information storage unit 7 of the terminal device 3. Further, the input channels Ich01 to Ich01
Of ch10, input channels Ich01 to Ich08
Security sensors S01 to S08 and security operating device D
Input combination selection information representing a combination of 01 to D02 is stored in the input combination selection information storage unit 8 of the terminal device 3.

Further, an electric lock E03 is provided at the output port O01 of the output circuit 6, an electric lock E01 is provided at the output port O02,
Emergency buzzer E02 is connected to output port O03.
The emergency buzzer E04 is connected to the output port O02, the equipment group connected to the output port O02 is output via the output channel Och02, and the equipment group connected to the output port O03 is output via the output channel Och02. The equipment group connected to port O01 is output channel O
The equipment group connected to the output port O04 via the channel ch03 is input with a signal via the output channel Och04.
For ch01 and Och02, the warning operation device D02 performs output location selection information indicating that control output is performed to output channels Och03 and Och04, respectively.
It is stored in the output location selection information storage unit 12 of the terminal device 3.

In the above arrangement, the warning operation device D01 is used.
3 (e) stored in the output location selection information storage unit 12 of the terminal device 3 when the alert start operation is performed on
Output channels Och01 and Och0 assigned to the alert operation device D01 in accordance with the output location selection information of
2 becomes active (a state in which the input signal is relayed), whereby the electric lock E01 and the emergency buzzer E02
Only the state shifts to the alert start state. Similarly, the warning operation device D
When the alert release operation is performed on 01, only the output channels Och01 and Och02 become inactive (a state in which no input signal is relayed), and only the electric lock E01 and the emergency buzzer E02 shift to the alert release state. Also, when the alert start operation is performed on the alert operating device D02, only the output channels Och03 and Och04 assigned to the alert operating device D02 become active according to the output location selection information of FIG. , Thereby the electric lock E03 and the emergency buzzer E0
Only 4 moves to the alert start state. Similarly, when the alert release operation is performed on the alert operating device D02, only the output channels Och03 and Och04 become inactive, whereby the electric lock E03 and the emergency buzzer E
Only 04 shifts to the alert release state.

In FIG. 3, when the alert start operation is performed on the alert operating device D01 and the alert release operation is performed on the alert operating device D02, that is, when the output channels Och01 and Och02 are active and the electric lock is activated. E0
The following describes a case where 1 and the emergency buzzer E02 are in the alert start state, the output channels Och03 and Och04 are inactive, and the electric lock E03 and the emergency buzzer E04 are in the alert release state.

When the security sensor S04 assigned to the input channel Ich04 outputs an abnormality detection signal corresponding to any abnormality, the input combination selection information shown in FIG. 3D and the output location selection information shown in FIG. Accordingly, the above-described abnormality detection signal is input to the output channels Och01 and Och02, such as: input channel Ich04 (→ alarm operation device D01) → output channel Och01 → output channel Och02. At this time, since the output channels Och01 and Och02 are active,
The abnormality detection signal is relayed to the output ports O02 and O03, and the electric lock E01 connected to the output port O02 and the emergency buzzer E02 connected to the output port O03 start operating according to the abnormality detection signal.

On the other hand, when the security sensor S07 assigned to the input channel Ich07 outputs an abnormality detection signal corresponding to any abnormality, the input combination selection information shown in FIG. 3D and the output location shown in FIG. According to the selection information, the above-described abnormality detection signal is input to the output channels Och03 and Och04, such as input channel Ich07 (→ alert operation device D02) → output channel Och03 → output channel Och04. At this time, since the output channels Och03 and Och04 are inactive, the abnormality detection signal is output from the output ports O01 and O04.
Lock E connected to output port O01 without being relayed to
Emergency buzzer E04 connected to 03 and output port O04
Does not work.

In FIG. 4, reference numeral 40 denotes the tenant 3 described above.
A tenant obtained by removing the wall between 4 and 35,
S11 and S12 denote security sensors, E11 to E19 denote equipment groups, and the same components as those shown in FIG. 3 are denoted by the same reference numerals, and description thereof is omitted. Tenant 4
The security sensor S01 for detecting an abnormality of an entrance door, the security sensor S03 for detecting an abnormality of a window glass are provided inside and outside the room 0.
S08, an electric lock E01 for locking the entrance door, an emergency buzzer E11 for threatening an intruder, protective shutters E12 to E17 for preventing the destruction of the window glass, and an emergency shutter E1 for preventing the tenant 40 from entering the floor from the emergency stairs 31.
8. When the security sensor group detects an abnormality, the elevator 30
An emergency stop device E19 for stopping the operation, a security operation device D01 for the security sensor group and the equipment device group are installed.

The arrangement of the devices shown in FIG. 4 is the same as that of the arrangement shown in FIG.
S08, the security operation device D01 and the electric lock E01 are diverted as they are, and the security sensor S02, the security operation device D02, the electric lock E03, and the emergency buzzers E02 and E04 are removed.
The security sensors S11 and S12, the emergency buzzer E11, the protective shutters E12 to E17, the emergency shutter E18, and the emergency stop device E19 are newly installed. For this reason, the security sensors S01 and S03 to S08 for the input location selection information of FIGS. 3B and 3C, the input combination selection information of FIG. 3D, and the output location selection information of FIG. 3E, respectively. And warning operation machine D01 and electric lock E01
The information portion including the information is diverted to the security sensor S02.
And warning operation machine D02, electric lock E03 and emergency buzzer E02
In the part of the information including E04 and E04 and the storage content is undecided, information on newly installed security sensors S11 and S12, emergency buzzer E11, protective shutters E12 to E17, emergency shutter E18, and emergency stop device E19 is set. By storing, the input location selection information of FIGS. 4B and 4C, the input combination selection information of FIG. 4D, and the output location selection information of FIG. 4E are obtained.

That is, by changing the arrangement of the devices, the security sensors S01 and S03 to S0 are provided inside and outside the tenant 40.
8 and S11 and S12, the security sensor S05 is provided at the input port I01 of the input circuit 5, the security sensor S08 is provided at the input port I02, and the security operating device D is provided at the input port I03.
01, the security sensor S03 at the input port I04, the security sensor S06 at the input port I05, and the input port I06.
4 (b) and 4 (c) showing that the security sensor S04 is connected to the input port I07, the security sensor S01 is connected to the input port I08, and the security sensor S12 is connected to the input port I09. The location selection information is input to the information input circuit 14 of the terminal device 3 and stored in the input location selection information storage unit 7. Also, among the above-described input channels Ich01 to Ich10, security sensors S03 to Sch for input channels Ich01 to Ich09.
FIG. 4D showing a combination of the control device 12 and the warning operation device D01.
Input combination selection information of the terminal device 3 to the information input circuit 14
, And stored in the input location selection information storage unit 7.

Further, a protective shutter E12 is provided at an output port O01 of the output circuit 6, and an output port O02 of the output circuit 6 is provided.
An electric lock E01, a protective shutter E13 at an output port O03 of the output circuit 6, an emergency buzzer E11 at an output port O04 of the output circuit 6, a protective shutter E16 at an output port O05 of the output circuit 6, and an output of the output circuit 6. Port 06
The emergency shutter E18 is connected to the output port O0 of the output circuit 6.
7 is provided with a protective shutter E17 and an output port O of the output circuit 6.
08, a protective shutter E15 is connected to the output port O09 of the output circuit 6, a protective shutter E14 is connected to the output port O10 of the output circuit 6, and an equipment connected to the output port O02. The equipment group is connected via output channel Och01, and the equipment group connected to output port O04 is connected via output channel Och02.
The equipment group connected to the output port O01 is via the output channel Och03, the equipment group connected to the output port O03 is via the output channel Och04, and the equipment group connected to the output port O09 is the output channel Och0.
5, the equipment connected to the output port O08 is connected via the output channel Och06, the equipment connected to the output port O05 is connected via the output channel Och07,
The equipment group connected to the output port O07 is via the output channel Och08, the equipment group connected to the output port O06 is via the output channel Och09, and the equipment group connected to the output port O10 is the output channel Och1.
0, each of the signals is input, and the warning operation device D01 is connected to all the output channels Och01 to Och1.
The output location selection information shown in FIG. 4E indicating that control output is performed for 0 is input to the information input circuit 14 of the terminal device 3 and stored in the output location selection information storage unit 12.

When the alert start operation is performed on the alert operating device D01 after the above-described device arrangement change is completed, a diagram stored in the output location selection information storage unit 12 of the terminal device 3. 4 (e), according to the output location selection information,
Output channel O assigned to the warning operation device D01
All of the channels ch01 to Och10 become active, whereby the security sensors S01 and S03 to S08, the security operating device D01, the electric lock E01, and the security sensor S11
And S12, emergency buzzer E11 and protective shutter E12
〜E17, the emergency shutter E18, and the emergency stop device E19 all shift to the alert start state. Similarly, the warning operation device D
When the alert release operation is performed on 01, all of the output channels Och01 to Och10 become active, whereby all the devices described above shift to the alert release state.

In FIG. 4, when a warning start operation is performed on the warning operation device D01, that is, when all of the output channels Och01 to Och10 are active,
Security sensors S01 and S03 to S08 and security operating device D
01 and electric lock E01, security sensors S11 and S1
Next, the case where all of the emergency buzzer E11, the protective shutters E12 to E17, the emergency shutter E18, and the emergency stop device E19 are in the alert start state will be described.

When the security sensor S12 assigned to the input channel Ich09 outputs an abnormality detection signal corresponding to any abnormality, the input combination selection information shown in FIG. 4D and the output location selection information shown in FIG. Accordingly, the abnormality detection signal is input to all of the output channels Och01 to Och10, such as input channel Ich09 (→ alarm operation device D01) → output channel Och01 → output channel Och02 :: → output channel Och10. At this time, since the output channels Och01 to Och10 are active,
The abnormality detection signal is relayed to all of the output ports O01 to O10. Then, the electric lock E01, the security sensors S11 and S12, the emergency buzzer E11, the protective shutters E12 to E17, the emergency shutter E18, and the emergency stop device E19 connected to the respective output ports respectively perform operations according to the abnormality detection signal. Start.

As described above, according to the building security apparatus of the present embodiment, when a new installation or relocation to a tenant in a building is performed, a specific security sensor or a specific security operating device and a specific input device are used. Without previously determining the combination of the connection with the port, each of the desired security sensors and the group of security operating devices are connected unspecified to each of the input ports of the input circuit of the terminal device via wiring, and the specific equipment Each of the desired equipment groups can be connected to each of the output ports of the output circuit of the terminal device via the wiring without any particular determination of the combination of the connection between the equipment group and the specific output port. . Then, according to the arrangement relationship between the security sensor and the security operating device, a combination of each of the connected security sensors and the number of the corresponding input port, and a combination of each of the connected security operating devices with the number of the corresponding input port To
Input from the information input circuit as the input location selection information, and store it in the input location selection information storage unit, and input each combination of the security sensors and each of the security operating devices from the information input circuit as the input combination selection information, The relationship between the operation of the security sensor and the security operating device and the equipment to be controlled is stored in the input combination selection information storage unit in accordance with the positional relationship between each of the security sensors and each of the security operating devices and each of the equipment. Is input from the information input circuit as output location selection information and is stored in the output location selection information storage section, so that when a predetermined security sensor detects, for example, an intruder, the control output section outputs sensor abnormality information and alert The control device to be controlled is selected based on the start information and the output location selection information, and the control device is selected via the output port of the output circuit corresponding to the selection. Your device, for example to drive the security device, such as can be achieved desired security function corresponding to the intruder.

[0046]

As described above, according to the building security system of the present invention, the security sensor group, the security operation machine group, and the equipment group are newly installed or relocated to the tenants in the building. At the time, after unspecified connection via wiring to each of the input ports of the input circuit of the terminal device without deciding the combination of connections, the arrangement of the security sensor group, vigilance operation device group, facility equipment group is input to the information input circuit. , And storing them in the input location selection information storage section, the input combination selection information storage section, and the output location selection information storage section, respectively, thereby realizing a desired security function. Therefore, all of the complicated work related to the wiring connection becomes unnecessary, and the equipment can be easily and arbitrarily combined only by rewriting the storage contents of the respective storage units, so that the work amount and cost for installing the security device are increased. Can be greatly reduced.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of an embodiment of a security device for a building of the present invention.

FIG. 2 is a flowchart showing a processing procedure in a terminal device provided in the embodiment shown in FIG. 1;

FIG. 3 is a diagram for explaining a change in the arrangement of the security device of the building according to the embodiment, and is a diagram before the change.

FIG. 4 is a diagram for explaining a change in the arrangement of the security device of the building according to the embodiment, and is a diagram after the change.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Security sensor group 2 Security operation machine group 3 Terminal device 4 Equipment group 5 Input circuit 6 Output circuit 7 Input location selection information storage section 8 Input combination selection information storage section 9 Security monitoring section 10 Sensor abnormality information storage section 11 Warning start information Storage unit 12 Output location selection information storage unit 13 Control output unit 14 Information input circuit

──────────────────────────────────────────────────続 き Continued on the front page (72) Inventor Yukie Murayama 4-16-29 Nakagawa, Adachi-ku, Tokyo Inside Hitachi Elevator Techno Service Co., Ltd. (72) Inventor Toshihiko Hatakeyama 1-6-6 Kandanishikicho, Chiyoda-ku, Tokyo Stock (72) Katsumi Yamaguchi 1-6-6 Kandanishikicho, Chiyoda-ku, Tokyo Hitachi Building System Services Co., Ltd. (72) Tsukasa Sakakibara 1-6-6 Kandanishikicho, Chiyoda-ku, Tokyo Hitachi, Ltd. Within the building system service (72) The inventor Kiyoshige Miura 4-16-29 Nakagawa, Adachi-ku, Tokyo Within Hitachi Elevator Techno Service Co., Ltd. (56) References JP-A-4-85698 (JP, A) JP-A-6- 291882 (JP, A) JP-A-63-216198 (JP, A) JP-A-4-260 199 (JP, A) JP-A-1-116899 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) G08B 13/00-31/00

Claims (1)

(57) [Claims] 1. A security sensor group installed in a tenant in a building to detect an intruder, a security operation device group installed in the tenant to perform an alarm start / release operation, and a security device installed in the tenant A facility device group, and a terminal device installed in the building and performing mechanical security in the building. The terminal device includes a plurality of input ports to which the security sensor group and the security operating device group are connected. An input circuit having an output circuit having a plurality of output ports connected to the equipment group; an operation state of the security sensor group and the security operating device group taken through the input circuit; and an abnormality caused by the security sensor . detection of occurrence, and the warning and security monitoring portion which performs the warning initiation and release of the detection by the operating device, the abnormality occurrence is detected by the security monitoring unit, abnormal information memory for storing the abnormal information When the alarm starts to be detected by the security monitoring unit, and the alarm start information storage unit that stores a warning start information, abnormal information stored in the abnormal information memory unit, and the alarm start information storage unit storing A security device for a building having a control output unit that controls the facility equipment group via the output circuit according to the security start information to be transmitted, wherein the terminal device is configured such that the security sensor is connected to any input port of the input circuit. Group, and an input location selection information storage unit that stores input location selection information indicating whether each of the vigilance operation groups is connected, how each of the security sensors, and each of the vigilance operating devices An input combination selection information storage unit that stores input combination selection information indicating whether or not the combination is performed, and operation of a predetermined security sensor of the security sensor group, and the vigilance operation By the operation of a predetermined warning operation machine group,
An output location selection information storage unit that stores output location selection information indicating which equipment included in the equipment group is controlled, the input location selection information storage, the input combination selection information storage, and the output enter the information stored in the location selection information storage unit, and an information input circuit for rewriting, the control output unit, sensor abnormality information stored in the sensor abnormality information storage unit, the alarm start information storage A security device for a building, wherein the facility device group is controlled via the output circuit in accordance with the output location selection information stored in the output location selection information storage unit together with the warning start information stored in the unit. .