JPS61195496A - Self-fire alarm system - Google Patents
Self-fire alarm systemInfo
- Publication number
- JPS61195496A JPS61195496A JP60035506A JP3550685A JPS61195496A JP S61195496 A JPS61195496 A JP S61195496A JP 60035506 A JP60035506 A JP 60035506A JP 3550685 A JP3550685 A JP 3550685A JP S61195496 A JPS61195496 A JP S61195496A
- Authority
- JP
- Japan
- Prior art keywords
- repeater
- fire
- inspection
- receiver
- switch
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Small-Scale Networks (AREA)
- Alarm Systems (AREA)
- Fire Alarms (AREA)
Abstract
(57)【要約】本公報は電子出願前の出願データであるた
め要約のデータは記録されません。(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.
Description
【発明の詳細な説明】
[技術分野]
本発明は中央の受信機と中継器との間で情報交換を行う
自火報システムに関するものである。DETAILED DESCRIPTION OF THE INVENTION [Technical Field] The present invention relates to a fire alarm system that exchanges information between a central receiver and a repeater.
[背景技術J
この種の分散型自火報システムは第3図に示すように伝
送線1を介して受信11!2と各中継器3゜・・・を、
接続するとともに、各中継器31・・・には火災感知器
4や防排煙設備5等の端末機器を接続し、中継器3I・
・・では接続された火災感知器4からの感知信号を受信
して火災N断、地区内のベル制御、防排煙設備5の連動
制御等のす散処理を行い、受信1f12と各中継器31
・・・どの間では時分割多重伝送により受信1f12か
ら各中継器31・・・を順次呼び出して中継器3I・・
・へ火災試験等の制御データを伝送させ且つ当該中継器
3.・・・から火災発報、防排煙設備の動作などの情報
を返送させて情報交換を行なうものである。ところでこ
のようなシステムでは受信@2に設けた始動スイッチの
投入によりシステム初期始動時若しくは中継器からのテ
ーブルメモリ不良情報の受信時に火災判断基準データや
、連動制御のデータ等予め各中継器にセットすべきデー
タを各中継器に転送させるテーブルデータ転送モードと
、保守設定スイッチの投入によりシステムの動作を停止
して所定の中継器の故障原因の解析を行う保守メンテナ
ンスモードと、火災試験等の試験スイッチの投入により
システムの試験点検を行う試験点検モードとを定常モー
ド以外に備えていたが、システムの状態を表示する手段
を特に設けていなかったため使用者は各スイッチの捏作
状態を見るだけでシステムの状態を把握しなければなら
なかった。[Background Art J This type of distributed self-fire alarm system, as shown in Fig. 3, connects the reception 11!2 and each repeater 3゜... via the transmission line 1.
At the same time, terminal devices such as fire detectors 4 and smoke prevention equipment 5 are connected to each repeater 31..., and the repeaters 3I...
... receives the detection signal from the connected fire detector 4 and performs various processing such as fire N-break, bell control in the area, interlocking control of the smoke prevention equipment 5, etc. 31
. . . During which time, each repeater 31 .
・Transmit control data such as fire tests to the repeater 3. ... exchange information by sending back information such as fire alarms and the operation of smoke prevention equipment. By the way, in such a system, by turning on the start switch installed at the receiver @ 2, fire judgment standard data and interlock control data are set in each repeater in advance at the initial startup of the system or when receiving table memory defect information from the repeater. There is a table data transfer mode that transfers the required data to each repeater, a maintenance mode that stops system operation by turning on the maintenance setting switch and analyzes the cause of failure of a given repeater, and tests such as fire tests. In addition to the steady mode, the system was equipped with a test and inspection mode in which the system was tested and inspected by turning on a switch, but as there was no special means of displaying the system status, the user could only see the fabricated status of each switch. I had to understand the state of the system.
[発明の目的1
本発明は上述の問題点に鑑みて為されたものでその目的
とするところは受信機側でシステムの動作状態が容易に
把握でき且つ表示のランプ数が少なくて済む自火報シス
テムを提供するにある。[Objective of the Invention 1 The present invention has been made in view of the above-mentioned problems, and its purpose is to provide a self-ignition system that allows the receiver side to easily grasp the operating status of the system and that requires fewer display lamps. The purpose is to provide an information system.
[発明の開示]
本発明のシステム全体の基本的回路構成は第3図に示す
構成と同様であり、受信fi2の表面パネル部には第1
図に示すように試験スイッチ、始動スイッチ、保守設定
スイッチ、定常設定スイッチとを兼ねたロータ、リスイ
ッチからなるモード設定スイッチSWが備えられており
、このモード設定スイッチSWを「始動」の位置に投入
すると、火災判断基準データや、連動制御のデータ等予
め各中継器にセットすべきデータを各中綴器31・・・
に転送させるテーブルデータ転送モードが設定される。[Disclosure of the Invention] The basic circuit configuration of the entire system of the present invention is the same as the configuration shown in FIG.
As shown in the figure, there is a mode setting switch SW consisting of a test switch, a starting switch, a maintenance setting switch, a rotor that also serves as a steady setting switch, and a reswitch. Set the mode setting switch SW to the "start" position. When inputted, the data to be set in each repeater in advance, such as fire judgment standard data and interlock control data, is transferred to each repeater 31...
The table data transfer mode to be transferred to is set.
このとき自火報システムとしての機能は停止している。At this time, the function as a self-fire alarm system has stopped.
また「定位」の位置に投入すると、中継器31・・に於
いてそれぞれの分散処理動作を行わせ且つ受信tI11
2と中継器3との間で伝送信号による情報交換を行う定
常動作のモードに設定される。更に「設定」の位置に投
入すると上述の定常動作を停止し、所定の中継器に対し
て保守メンテナンスの専用動作を行わせその動作結果を
受信8!2で監視する保守メンテナンスモードが設定さ
れる。更に「点検」の位置に設定すると上述の定常動作
を行いながら、所定の中継器31・・・に試−・点検動
作を行わせ、試験・点検対象外の火災関係情報が受信機
2で受信されると試験・点検動作に対して優先処理を行
う試験・点検モードに設定される。この試験・、?!、
検の内容としては火災表示・試験復旧、火災個別試験、
ベル個別試験、トラブル確認試験等がある。Moreover, when it is placed in the "localization" position, the repeater 31... carries out the respective distributed processing operations, and the reception tI11
The mode is set to a steady operation mode in which information is exchanged between the relay device 2 and the repeater 3 using transmission signals. Furthermore, when it is placed in the "setting" position, a maintenance mode is set in which the above-mentioned regular operation is stopped, a predetermined repeater is made to perform a dedicated operation for maintenance, and the operation result is monitored by the receiver 8!2. . Furthermore, when set to the "inspection" position, while performing the above-mentioned normal operation, the predetermined repeater 31... performs a test/inspection operation, and fire-related information that is not subject to testing/inspection is received by the receiver 2. When this happens, the test/inspection mode is set to give priority processing to test/inspection operations. This exam...? ! ,
The inspection contents include fire indication/test restoration, fire individual tests,
There are Bell individual tests, trouble confirmation tests, etc.
さて受信機2の表面パネルには「点検」に設定している
ことを表示する監視中灯8と、「点検」、「始動」及び
「設定」のいづれかに設定されると点灯するスイッチ注
意灯7と、更に上述の始動中か或いは中継器3□・・・
からめテーブルメモリ不良情報の受信時に火災判断基準
データや、連動制御のデータ等予め各中継器3.・・・
にセットすべきデータを各中継器3.・・・に転送させ
るテーブルデータ転送モード時に点灯させる始動中灯6
とを備えている。Now, on the front panel of the receiver 2, there is a monitoring light 8 that indicates that it is set to "Inspection", and a switch warning light that lights up when it is set to "Inspection", "Start", or "Setting". 7, and also during the above-mentioned startup or repeater 3□...
When receiving Karame table memory defect information, each relay 3. ...
The data to be set in each repeater 3. Starting light 6 that lights up in the table data transfer mode to be transferred to...
It is equipped with
而して受信8!2は第2図に示す70−チャートに基づ
いて各モードの動作を行うのである。そして各モードに
於いて使用者は各灯の点灯状態で把握することができる
ことになる。また電源灯(図□示せず)を含む全灯が消
えているときはシステムが完全停止しでいるミとが分か
ることになる。The receiver 8!2 operates in each mode based on the chart 70 shown in FIG. In each mode, the user can understand the lighting state of each light. Also, when all the lights including the power light (not shown in the figure) are off, you can tell that the system has completely stopped.
[発明の効果]
本発明は上述のように構成した始動スイッチの投入によ
りシステム初期始動時若しくは中継器からのテーブルメ
モリ不良情報の受信時に火災゛判断基準データや、連動
制御のデータ等予め各中継器にセットすべきデータを各
中継器に転送させるテーブルデータ転送モードと、点検
スイッチの投入によりシステムの動作を停止して所定の
中継器の故障原因の解析を行う保守メンテナンスモード
と、火災試験等の試験スイッチの投入によりシステムの
試験点検を行う試験点検モードとを少なくとも、各スイ
ッチの操作時に、α灯するスイッチ注意灯と、試験点検
時に点灯する監視灯と、テーブルデータ転送中に点灯す
る始動中灯との点灯状態の組み合わせで表示する表示手
段を受信機に設けたので、各町の点灯状態の組み合わせ
で各モードの状態とシステムの状態とが把握することが
容易にでき、しかも点灯の組み合わせで表示する表示手
段を構成するから表示ランプの数が少なく済み、また少
ない数の表示ランプの点灯による表示であるから把握が
直感的に行えるという効果を奏する。[Effects of the Invention] By turning on the start switch configured as described above, the present invention enables each relay to input fire judgment criteria data, interlock control data, etc. at the initial startup of the system or when receiving table memory defect information from a repeater. There is a table data transfer mode that transfers the data to be set in the device to each repeater, a maintenance mode that stops system operation by turning on an inspection switch and analyzes the cause of failure of a given repeater, and a fire test, etc. Test and inspection mode in which the system is tested and inspected by turning on the test switch; at least, when each switch is operated, a switch caution light that lights up, a monitoring light that lights up during test and inspection, and a start light that lights up during table data transfer. Since the receiver is equipped with a display means that displays the lighting status in combination with the middle light, it is easy to understand the status of each mode and the system status by combining the lighting status of each town. Since the display means for displaying in combination is configured, the number of display lamps can be reduced, and since the display is performed by lighting a small number of display lamps, it is possible to grasp the information intuitively.
第1図は本発明の実施例の受信機の一部省略する正面図
、第2図は同上の動作説明用の70−チャート、#S3
図は分散型自火報システムの概略構成図であり、1は伝
送線、2は受信機、31・・・は中継器、4は火災感知
器、5は防排煙設備、6は始動中灯、7はスイッチ注意
灯、8は監視中灯、SWはモード設定スイッチである。
代理人 弁理士 石 1)艮 七
第1図FIG. 1 is a partially omitted front view of a receiver according to an embodiment of the present invention, and FIG. 2 is a 70-chart for explaining the operation of the same as above, #S3
The figure is a schematic configuration diagram of a distributed fire alarm system, where 1 is a transmission line, 2 is a receiver, 31... is a repeater, 4 is a fire detector, 5 is a smoke prevention equipment, and 6 is during startup. 7 is a switch warning light, 8 is a monitoring light, and SW is a mode setting switch. Agent Patent Attorney Ishi 1) Ai Figure 7 1
Claims (1)
もに、各中継器には火災感知器や防排煙設備などの端末
機器を接続し、中継器では接続された火災感知器からの
感知信号を受信して火災判断、地区内のベル鳴動、防排
煙設備等の連動制御等の分散処理を行い、受信機と各中
継器との間では時分割多重伝送により受信機から各中継
器を順次呼び出して中継器へ火災試験等の制御データを
伝送させ且つ当該中継器から火災発報、防排煙設備の動
作などの情報を返送させて情報交換を行なう自火報シス
テムにおいて、始動スイッチの投入によりシステム初期
始動時若しくは中継器からのテーブルメモリ不良情報の
受信時に火災判断基準データや、連動制御のデータ等予
め各中継器にセットすべきデータを各中継器に転送させ
るテーブルデータ転送モードと、点検スイッチの投入に
よりシステムの動作を停止して所定の中継器の故障原因
の解析を行う保守メンテナンスモードと、火災試験等の
試験スイッチの投入によりシステムの試験点検を行う試
験点検モードとを少なくとも、各スイッチの操作時に点
灯するスイッチ注意灯と、試験点検時に点灯する監視灯
と、テーブルデータ転送中に点灯する始動中灯との点灯
状態の組み合わせで表示する表示手段を受信機に設けた
ことを特徴とする自火報システム。(1) Connect the receiver and each repeater via transmission lines, and connect terminal equipment such as fire detectors and smoke prevention equipment to each repeater. Detection signals are received to perform distributed processing such as fire judgment, ringing of bells in the area, and interlocking control of smoke prevention equipment, etc., and time division multiplex transmission is used between the receiver and each repeater to detect each signal from the receiver. In a self-fire alarm system that performs information exchange by sequentially calling repeaters to transmit control data such as fire tests to the repeaters, and having the repeaters return information such as fire alarms and the operation of smoke prevention equipment, Table data that transfers data that should be set in each repeater in advance, such as fire judgment standard data and interlock control data, to each repeater when the system is initially started or when table memory defect information is received from the repeater by turning on the start switch. Transfer mode, maintenance mode in which system operation is stopped by turning on an inspection switch and analysis of the cause of failure of a specified repeater, and test/inspection mode in which testing and inspection of the system is carried out by turning on test switches for fire tests, etc. At least, the receiver is equipped with an indicator that displays the following lighting conditions in combination: a switch warning light that lights up when each switch is operated, a monitoring light that lights up during testing and inspection, and a starting light that lights up during table data transfer. A self-fire alarm system that is characterized by the fact that it has been installed.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP60035506A JPS61195496A (en) | 1985-02-25 | 1985-02-25 | Self-fire alarm system |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP60035506A JPS61195496A (en) | 1985-02-25 | 1985-02-25 | Self-fire alarm system |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS61195496A true JPS61195496A (en) | 1986-08-29 |
Family
ID=12443642
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP60035506A Pending JPS61195496A (en) | 1985-02-25 | 1985-02-25 | Self-fire alarm system |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS61195496A (en) |
-
1985
- 1985-02-25 JP JP60035506A patent/JPS61195496A/en active Pending
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