JPS62190323A - Automatic gas lighting controlling device of battery type - Google Patents
Automatic gas lighting controlling device of battery typeInfo
- Publication number
- JPS62190323A JPS62190323A JP3100386A JP3100386A JPS62190323A JP S62190323 A JPS62190323 A JP S62190323A JP 3100386 A JP3100386 A JP 3100386A JP 3100386 A JP3100386 A JP 3100386A JP S62190323 A JPS62190323 A JP S62190323A
- Authority
- JP
- Japan
- Prior art keywords
- timer
- solenoid
- gas valve
- gas
- valve
- 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
- 239000003990 capacitor Substances 0.000 claims abstract description 21
- 230000000881 depressing effect Effects 0.000 abstract 1
- 238000010586 diagram Methods 0.000 description 4
- 230000000694 effects Effects 0.000 description 2
- 238000009434 installation Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 1
- 239000004576 sand Substances 0.000 description 1
- 230000002747 voluntary effect Effects 0.000 description 1
Classifications
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F23—COMBUSTION APPARATUS; COMBUSTION PROCESSES
- F23N—REGULATING OR CONTROLLING COMBUSTION
- F23N5/00—Systems for controlling combustion
- F23N5/20—Systems for controlling combustion with a time programme acting through electrical means, e.g. using time-delay relays
- F23N5/203—Systems for controlling combustion with a time programme acting through electrical means, e.g. using time-delay relays using electronic means
Landscapes
- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Control Of Combustion (AREA)
Abstract
Description
【発明の詳細な説明】
（産業上の利用分野）
この発明は商用電灯線の配設なしで、ガス灯を自動点灯
、消灯するガス灯自動点灯制御装置に関するものである
。DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to an automatic gas lamp lighting control device that automatically turns on and off a gas lamp without installing a commercial power line.
（従来技術）
従来の装置を第１図によって説明する。オールディタイ
マ１の点灯時間に２つの接点２ａ。(Prior Art) A conventional device will be explained with reference to FIG. Two contacts 2a at the lighting time of the all-day timer 1.
２ｂをＯＮし、その１つの接点２ａで温度センサー（熱
電対）４とガスバルブ５に内蔵されているバルブ開保持
ソレノイド６を接続し、もう１つの接点２ｂで２つの２
０秒位のタイマ（３ａ。2b is turned on, one contact 2a connects the temperature sensor (thermocouple) 4 and the valve open holding solenoid 6 built into the gas valve 5, and the other contact 2b connects the two 2
A timer of about 0 seconds (3a.
３ｂ）を始動し、そのタイマの１つの接点３ａでＡＣソ
レノイド７を駆動してガスバルブ５を開とし、もう１つ
のタイマの接点３ｂで点火装置８を駆動する。3b), one contact 3a of the timer drives the AC solenoid 7 to open the gas valve 5, and the other contact 3b of the timer drives the ignition device 8.
もしガス灯が点灯しない時は温度センサー４の熱起電力
が発生せず、２０秒のタイマの接点３ａがＯＦＦ後、ガ
スバルブ５を開路の状態に保持するソレノイド６に熱起
電力が供給されず、ガスバルブ５は自然に閉路してガス
の供給を止める。又２０秒以内にガス灯が点灯すれば、
温度センサー４の熱起電力が発生し、ガスバルブ５を開
路の状態に保持するソレノイド６に熱起電力を供給し、
ガス灯が点灯を継続する。又消灯する時、例えばオール
ディタイマ１の消灯時間が来た時は、温度センサー回路
の接点２ａを開にすればガスバルブ５はバルブ開保持ソ
レノイド６への熱電対の熱起電力の供給を止められるた
めに強制的にガスバルブ５が閉路し、ガス灯は消灯する
。If the gas lamp does not light up, no thermoelectromotive force is generated by the temperature sensor 4, and after the 20 second timer contact 3a is turned off, no thermoelectromotive force is supplied to the solenoid 6 that keeps the gas valve 5 open. , the gas valve 5 closes naturally to stop the gas supply. Also, if the gas lamp lights up within 20 seconds,
A thermoelectromotive force is generated by the temperature sensor 4, and the thermoelectromotive force is supplied to the solenoid 6 that maintains the gas valve 5 in an open state.
The gas lamp continues to light. Also, when the light is turned off, for example when the time to turn off the light of the all-timer 1 has come, by opening the contact 2a of the temperature sensor circuit, the gas valve 5 can stop supplying the thermoelectromotive force of the thermocouple to the valve-open holding solenoid 6. Therefore, the gas valve 5 is forcibly closed and the gas lamp is turned off.
（発明が解決しようとする問題点）
ガス灯に従来装置をＭＪ！置する為には、ガス灯−灯毎
に自動点灯制御電線及びガス配管を配設しなければなら
ず、又中央には自動点灯制御盤を設置しなければならず
、経済的に高価な装置になってしまう欠点があった。(Problem to be solved by the invention) MJ using conventional equipment for gas lamps! In order to install a gas lamp, automatic lighting control wires and gas piping must be installed for each gas lamp, and an automatic lighting control panel must be installed in the center, which is an economically expensive device. There was a drawback that it became
（問題点を解決するための手段）
そこで本発明は電源をバッテリーとしたもので、オール
ディタイマと、そのタイマの出力を４つの接点に分岐す
る分岐回路を有し、又その内２つの接点はそれぞれ約４
秒と約２０秒を出力するタイマ回路を有し、オールディ
タイマのＯＮと同時に２０秒タイマで点灯回路を駆動さ
せ、４秒タイマでＤＣソレノイドを駆動してガスバルブ
を押圧しバルブを開の状態にして、温度センサー回路を
ＯＮすると同時に、あらかじめ充電されている大容量コ
ンデンサーの接点を切りかえて、その電力をガスバルブ
保持ソレノイドに供給して２０秒位ガスバルブを開の状
態に維持するようにしたのでガスだけの配設工事だけで
、自動点灯制御装置を設置出来るので、経済的なガス灯
自動点灯制御装置とすることが出来た。(Means for Solving the Problems) Therefore, the present invention uses a battery as the power source, and has an all-day timer and a branch circuit that branches the output of the timer to four contacts, and two of the contacts are about 4 each
It has a timer circuit that outputs seconds and approximately 20 seconds, and when the all-day timer is turned on, the 20-second timer drives the lighting circuit, and the 4-second timer drives the DC solenoid to press the gas valve and open the valve. At the same time as turning on the temperature sensor circuit, I switched the contacts of the pre-charged large capacity capacitor and supplied that power to the gas valve holding solenoid to keep the gas valve open for about 20 seconds. Since the automatic lighting control device can be installed with only a few installation works, it is possible to create an economical automatic gas lamp lighting control device.
（実施例）
本発明の装置を第２図によって説明すれば、オールディ
タイマ１２にバッテリー方式低消費電力ＬＣＤ表示ＣＬ
ＯＣＫモジュール（１，５ｖ動作）を使用し、分岐回路
１３にコンデンサーとキープリレーを使用した回路を採
用し、低消費電力の制御回路となる。又２０秒タイマ２
３の接点２５で動作する点灯装置８にも１．５ｖ〜３ｖ
動作の高圧トランスを使用する火花発生装置とすること
で低消費電力となる。(Embodiment) To explain the device of the present invention with reference to FIG. 2, the all-day timer 12 has a battery type low power consumption LCD display CL.
An OCK module (operating at 1.5V) is used, and a circuit using a capacitor and a keep relay is used in the branch circuit 13, resulting in a low power consumption control circuit. Also 20 seconds timer 2
The lighting device 8 that operates with the contact 25 of 3 also has 1.5v to 3v.
The spark generator uses a high-voltage transformer to reduce power consumption.
従来の装置では２０秒間ガスバルブ５を開の状態にする
ためにＡＣソレノイド７の強力な力を必要とし、又電力
を多量に消費してしまう。The conventional device requires a strong force from the AC solenoid 7 to keep the gas valve 5 open for 20 seconds, and also consumes a large amount of electric power.
そこでＡＣソレノイド７をＤＣソレノイド２４とし、公
知の回路でバッテリー１５としてＤＣ１２Ｖ、ＤＣソレ
ノイド２４にＤＣ６Ｖ用を使用し、１０Ωの抵抗１６を
接続し、その後に１００００μＦのコンデンサー１７を
接続し、その後に４秒タイマ２２の接点１８を接続する
ことによりＤＣソレノイド２４の初期動作を強力なもの
とし、保持する為の電力は定格の半分で良い回路を採用
している。又完全に点火させる回路とする為にガスバル
ブ５と点火時の開時間は２０秒位が適当であると考えら
れるので、ＤＣソレノイド２４で４秒間保持し、残１６
秒間の開状態保持の為にオールディタイマ１２にもう一
接点１９を増設してあらかじめ１．５ｖのバッテリー２
０により充電されている大容量のコンデンサー２１によ
り、熱電対４の熱起電力が立ち上るまでの時間、ガスバ
ルブ保持ソレノイド６にそのコンデンサー２１の電力を
供給して、ガスバルブ５を開の状態に維持するようにし
た。Therefore, the AC solenoid 7 is replaced with a DC solenoid 24, the battery 15 is used as a DC 12V battery, the DC solenoid 24 is used as a DC 6V version, a 10Ω resistor 16 is connected, a 10000 μF capacitor 17 is connected after that, and a 4V battery is used as the battery 15. By connecting the contact point 18 of the second timer 22, the initial operation of the DC solenoid 24 is made strong, and a circuit is adopted that requires only half the rated power to maintain the DC solenoid. Also, in order to create a complete ignition circuit, it is considered appropriate for the gas valve 5 to be open for 20 seconds at the time of ignition, so the DC solenoid 24 is held for 4 seconds, leaving 16 seconds.
In order to maintain the open state for seconds, another contact 19 is added to the all-day timer 12 and a 1.5V battery 2 is connected in advance.
The large-capacity capacitor 21 charged by 0 supplies the power of the capacitor 21 to the gas valve holding solenoid 6 until the thermoelectromotive force of the thermocouple 4 rises, thereby maintaining the gas valve 5 in the open state. I did it like that.
（効 果）
本発明は電源をバッテリーとしたもので、オールディタ
イマと、そのタイマの出力を４つの接点に分岐する分岐
回路を有し、又その内２つの接点はそれぞれ約４秒と約
２０秒を出力するタイマ回路を有し、オールディタイマ
のＯＮと同時に２０秒タイマで点灯回路を駆動させ、４
秒タイマでＤＣソレノイドを駆動してガスバルブを押圧
しバルブを開の状態にして、温度センサー回路をＯＮす
ると同時に、あらかじめ充電されている大容量コンデン
サーの接点を切りかえて、その電力をガスバルブ保持ソ
レノイドに供給して２０秒位ガスバルブを開の状態に維
持するようにしたので、ガス灯−灯毎の自動点灯制御電
線及び中央の自動点灯制御盤が不要である経済的なガス
灯自動点火装置とすることが出来た。(Effects) The present invention uses a battery as a power source, and has an all-day timer and a branch circuit that branches the output of the timer to four contacts, and two of the contacts have a power supply of about 4 seconds and about 20 seconds, respectively. It has a timer circuit that outputs seconds, and at the same time as the all-day timer is turned on, the lighting circuit is driven by a 20-second timer.
Drive the DC solenoid with a second timer to press the gas valve to open the valve, turn on the temperature sensor circuit, and at the same time switch the contacts of the pre-charged large capacity capacitor and transfer the power to the gas valve holding solenoid. Since the gas valve is maintained in the open state for about 20 seconds after supplying gas, it is an economical automatic gas lamp ignition system that does not require automatic lighting control wires for each gas lamp or a central automatic lighting control panel. I was able to do it.
第１図は従来商用電源使用の装置の電気回路の説明図、
第２図は本発明装置の電気回路の説明図である。
１２・・・バッテリー式オールディタイマ１３・・・分
岐回路
１４・・・温度センサー回路用接点
１５・・・１２Ｖバツテリー
１６・・・１０Ω抵抗
１７・・・１００００μコンデンサー
１８・・・４秒タイマの接点
１９・・・増設された接点
２０・・・１．５ｖバツテリー
２１・・・１０Ｆコンデンサー
２２・・・４秒タイマ
２３・・・２０秒タイマ
２４・・・ＤＣソレノイド
２５・・・２０秒タイマの接点
手続補正書（自発差出）
昭和６１年Ｉ月 ｌ１日
特許庁長官 黒 １）明 雄 殿
、事件の表示
昭和６１年 特 許 願 第３１００３号、発明の名称
バッテリー式ガス自動点灯制御装置
補正をする物
事件との関係 特許出願人
〒２５２
住所 神奈川県綾瀬市深谷３４７０−１−２補正命令
の日付
自発差出
一０補正の内容 ニー −・・二
（１） Ｆ！ＩＨ［１１’４Ｆ’＆５３！Ｉ、ｍ（７１
１＜ｍｆｔ６゜ ’＜ 、′’（２）図面第２図に符
合［１４ｊを挿入補正する。
明 細 書
１、発明の名称
バッテリー式ガス自動点灯制御装置
２、特許請求の範囲
電源をバッテリーとしたもので、オールディタイマと、
そのタイマの出力を４つの接点に分岐する分岐回路を有
し、又その内２つの接点はそれぞれ約１秒と約２０秒を
出力するタイマ回路を有し、オールディタイマのＯＮと
同時に２０秒タイマで立入股且を駆動させ、上砂タイマ
でＤＣソレノイドを駆動してガスバルブを押圧しバルブ
を開の状態にして、又也の２つの 貞で温度センサー回
路をＯＮすると同時に、あらかじめ充電されている大容
量コンデンサーの接点を切りかえて、その電力を゛ セ
ンサー回路のガスバルブ保持ソレノイドに供給して２０
秒位ガスバルブを開の状態に維持するようにしたＡｙテ
リ一式ガス 占・ リ 。
３、発明の詳細な説明
（産業上の利用分野）
この発明は商用電灯線の配設なしで、ガス器具を自動点
灯、消灯するガス自動点灯制御装置に関するものである
。
（従来技術）
従来の装置を第１図によって説明する。オールディタイ
マ１の点灯時間に２つの接点２ａ。
２ｂをＯＮＬ、その１つの接点２ａで温度センサー（熱
電対）４とガスバルブ５に内蔵されているバルブ開保持
ソレノイド６を接続し、もう１つの接点２ｂで２つの２
０秒位のタイマ（３ａ。
３ｂ）を始動し、そのタイマの１つの接点３ａでＡＣン
レノイド７を駆動してガスバルブ５を開とし、もう１つ
のタイマの接点３ｂで点火装置８を駆動する。
もしガスが点灯しない時は温度センサー４の熱起電力が
発生せず、２０秒のタイマの接点３ａがＯＦＦ後、ガス
バルブ５を開路の状態に保持するソレノイド６に熱起電
力が供給されず。
ガスバルブ５は自然に閉路してガスの供給を止める。又
２０秒以内にガスが点灯すれば、温度センサー４の熱起
電力が発生し、ガスバルブ５を開路の状態に保持するソ
レノイド６に熱起電力を供給し、ガスが点灯を継続する
。又消灯する時、例えばオールディタイマ１の消灯時間
が来た時は、温度センサー回路の接点２ａを開にすれば
ガスバルブ５はバルブ開保持ソレノイド６への熱電対の
熱起電力の供給を止められるために強制的にガスバルブ
５が閉路し、ガスは消灯する。
（発明が解決しようとする問題点）
屋外に設置されるガス器具に従来装置をＭ！Ｉｉｔする
為には、ガス器具−器具毎に自動点灯制御電線及びガス
配管を配設しなければならず、又中央には自動点灯制御
盤を設置しなければならず、経済的に高価な装置になっ
てしまう欠点があった。
（問題点を解決するための手段）
そこで本発明は電源をバッテリーとしたもので、オール
ディタイマと、そのタイマの出力を４つの接点に分岐す
る分岐回路を有し、又その内２つの接点はそれぞれ約１
秒と約２０秒を出力するタイマ回路を有し、オールディ
タイマのＯＮと同時に２０秒タイマで点火装置を駆動さ
せ、１秒タイマでＤＣソレノイドを駆動してガスバルブ
を押圧しバルブを開の状態にして、又他の２つの接点で
温度センサー回路をＯＮすると同時に、あらかじめ充電
されている大容量コンデンサーの接点を切りかえて、そ
の電力を温度センサー回路のガスバルブ保持ソレノイド
に供給して２０秒位ガスバルブを開の状態に維持するよ
うにしたので商用電灯線なしでガスだけの配設工事だけ
で、自動点灯制御装置を持ったガス器具を設置出来るの
で、経済的なガス自動点灯制御装置とすることが出来た
。
（実施例）
本発明の装置を第２図によって説明すれば、オールディ
タイマ１２にバッテリー方式低消費電力ＬＣＤ表示ＣＬ
ＯＣＫ モジュ−）Ｌｉ （１，５Ｖ動作）を使用し
、分岐回路１３にコンデンサーとキープリレーを使用し
た回路を採用し、低消費電力の制御回路となる。又２０
秒タイマ２３の接点２５で動作する点火装置８にも１．
５ｖ〜３■動作の高圧トランスを使用する火花発生装置
とすることで低消費電力となる。
従来の装置では２０秒間ガスバルブ５を開の状態にする
ためにＡＣソレノイド７の強力な力を必要とし、又その
力を出力する為に電力を多量に消費してしまう。そこで
ＡＣソレノイド７をＤＣソレノイド２４とし、公知の回
路でバッテリー１５としてＤＣ１２Ｖ、ＤＣソレノイド
２４にＤＣｅＶ用を使用し、抵抗１６を接続し、その後
にコンデンサー１７を接続し、その後に１秒タイマ２２
の接点１８を接続することによりＤＣソレノイド２４の
初期動作を強力なものとし、保持する為の電力は定格の
半分で良い回路を採用している。又完全に点灯させる回
路とする為にガスバルブ５と点灯時の開時間は２０秒位
が適当であると考えられるので、ＤＣソレノイド２４で
１秒間保持し、残１９秒間の開状態保持の為にオールデ
ィタイマ１２にもう一接点１９を増設してあらかじめ１
．５■のバッテリー２０により充電されている大容量の
コンデンサー２１により、熱電対４の熱起電力が立ち上
るまでの時間、ガスバルブ保持ソレノイド６にそのコン
デンサー２１の電力を供給して、ガスバルブ５を開の状
態に維持するようにした。
（効 果）
本発明は電源をバッテリーとしたもので、オールディタ
イマと、そのタイマの出力を４つの接点に分岐する分岐
回路を有し、又その内２つの接点はそれぞれ約１秒と約
２０秒を出力するタイマ回路を有し、オールディタイマ
のＯＮと同時に２０秒タイマで点火装置を駆動させ、１
秒タイマでＤＣソレノイドを駆動してガスバルブを押圧
しバルブを開の状態にして、又他の２つの接点で温度セ
ンサー回路をＯＮすると同時に、あらかじめ充電されて
いる大容量コンデンサーの接点を切りかえて、その電力
を温度センサー回路のガスバルブ保持ソレノイドに供給
して２０秒位ガスバルブを開の状態に維持するようにし
たので、ガス器具−器具毎の自動点灯制御電線及び中央
の自動点灯制御盤が不要である経済的なガス自動点灯制
御装置とすることが出来た。
４、図面の簡単な説明
第１図は従来商用電源使用の装置の電気回路の説明図、
第２図は本発明装置の電気回路の説明図である。
１２・・・バッテリー式オールディタイマ１３・・・分
岐回路
１４・・・温度センサー回路用接点
１５・・・１２Ｖバツテリー
１６・・・抵抗
１７・・・コンデンサー
１８・・・１秒タイマの接点
１９・・・増設された接点
２０・・・１．５ｖバツテリー
２１・・・ＩＯＦコンデンサー
２２・・・１秒タイマ
２３・・・２０秒タイマ
２４・・・６ＶＤＣソレノイド
２５・・・２０秒タイマの接点Figure 1 is an explanatory diagram of the electric circuit of a device that uses conventional commercial power.
FIG. 2 is an explanatory diagram of the electric circuit of the device of the present invention. 12...Battery type all day timer 13...Branch circuit 14...Temperature sensor circuit contact 15...12V battery 16...10Ω resistor 17...10000μ capacitor 18...4 second timer contact 19...Added contact 20...1.5V battery 21...10F capacitor 22...4 second timer 23...20 second timer 24...DC solenoid 25...20 second timer Contact procedure amendment (voluntarily submitted) January 11, 1985 Commissioner of the Japan Patent Office Kuro 1) Mr. Akio, Incident indication 1986 Patent application No. 31003, title of invention Amended battery type automatic gas lighting control device Relationship with the product case Patent applicant 〒252 Address 3470-1-2 Fukaya, Ayase City, Kanagawa Prefecture Date of amendment order Voluntary submission 10 Contents of amendment Ni-...2 (1) F! IH[11'4F'&53! I, m (71
1<mft6° '<,'' (2) Insert and correct the symbol [14j in FIG. 2. Description 1. Title of the invention: Battery-type automatic gas lighting control device 2. Claims: A device using a battery as a power source, an all-day timer,
It has a branch circuit that branches the output of the timer to four contacts, and two of the contacts have timer circuits that output approximately 1 second and approximately 20 seconds, respectively, and the 20 second timer is activated at the same time as the all-day timer is turned on. , drive the tachiiri crotch, drive the DC solenoid with the upper sand timer, press the gas valve to open the valve, turn on the temperature sensor circuit with Mataya's two batteries, and at the same time turn on the temperature sensor circuit, which is charged in advance. Switch the contacts of the large capacity capacitor and supply the power to the gas valve holding solenoid in the sensor circuit.
A complete gas set that keeps the gas valve open for about seconds. 3. Detailed Description of the Invention (Field of Industrial Application) The present invention relates to an automatic gas lighting control device that automatically turns on and off gas appliances without installing a commercial power line. (Prior Art) A conventional device will be explained with reference to FIG. Two contacts 2a at the lighting time of the all-day timer 1. 2b is ONL, one contact 2a connects the temperature sensor (thermocouple) 4 and the valve open holding solenoid 6 built in the gas valve 5, and the other contact 2b connects the two 2
A timer (3a, 3b) of about 0 seconds is started, one contact 3a of the timer drives the AC renoid 7 to open the gas valve 5, and the other timer contact 3b drives the ignition device 8. If the gas is not lit, no thermoelectromotive force is generated by the temperature sensor 4, and no thermoelectromotive force is supplied to the solenoid 6 that keeps the gas valve 5 open after the 20 second timer contact 3a is turned off. The gas valve 5 closes naturally to stop the gas supply. Moreover, if the gas is turned on within 20 seconds, a thermoelectromotive force is generated by the temperature sensor 4, which supplies the thermoelectromotive force to the solenoid 6 that holds the gas valve 5 in an open state, so that the gas continues to be lit. Also, when the light is turned off, for example when the time to turn off the light of the all-timer 1 has come, by opening the contact 2a of the temperature sensor circuit, the gas valve 5 can stop supplying the thermoelectromotive force of the thermocouple to the valve-open holding solenoid 6. Therefore, the gas valve 5 is forcibly closed and the gas is turned off. (Problem to be solved by the invention) M! In order to do this, automatic lighting control wires and gas piping must be installed for each gas appliance, and an automatic lighting control panel must be installed in the center, which is an economically expensive device. There was a drawback that it became (Means for Solving the Problems) Therefore, the present invention uses a battery as the power source, and has an all-day timer and a branch circuit that branches the output of the timer to four contacts, and two of the contacts are about 1 each
It has a timer circuit that outputs seconds and approximately 20 seconds, and when the all-day timer is turned on, the 20-second timer drives the ignition device, and the 1-second timer drives the DC solenoid to press the gas valve and open the valve. Then, at the same time, turn on the temperature sensor circuit with the other two contacts, switch the contacts of the pre-charged large capacity capacitor, supply that power to the gas valve holding solenoid of the temperature sensor circuit, and turn on the gas valve for about 20 seconds. Since it is maintained in the open state, gas appliances with an automatic lighting control device can be installed without the need for commercial power lines and with only gas installation work, making it possible to install an economical automatic gas lighting control device. done. (Embodiment) To explain the device of the present invention with reference to FIG. 2, the all-day timer 12 has a battery type low power consumption LCD display CL.
OCK module) Li (1.5V operation) is used, and a circuit using a capacitor and a keep relay is used in the branch circuit 13, resulting in a low power consumption control circuit. 20 again
The ignition device 8 operated by the contact 25 of the second timer 23 also has 1.
Low power consumption is achieved by using a spark generator that uses a high voltage transformer that operates at 5V to 3V. The conventional device requires a strong force from the AC solenoid 7 to keep the gas valve 5 open for 20 seconds, and a large amount of electric power is consumed to output that force. Therefore, the AC solenoid 7 is replaced with a DC solenoid 24, the battery 15 is used for DC 12V, the DC solenoid 24 is used for DCeV, a resistor 16 is connected, a capacitor 17 is connected after that, and a one-second timer 22 is used.
By connecting the contact 18 of the DC solenoid 24, the initial operation of the DC solenoid 24 is made strong, and a circuit that requires only half the rated power to maintain the DC solenoid 24 is adopted. In addition, in order to completely light the circuit, it is considered appropriate for the open time of the gas valve 5 to be about 20 seconds, so the DC solenoid 24 is held for 1 second, and the remaining 19 seconds remain open. Add another contact 19 to the all-day timer 12 and set 1 in advance.
．． The large-capacity capacitor 21 charged by the battery 20 of 5■ supplies power from the capacitor 21 to the gas valve holding solenoid 6 until the thermoelectromotive force of the thermocouple 4 rises, thereby opening the gas valve 5. I tried to maintain the condition. (Effects) The present invention uses a battery as a power source, and has an all-day timer and a branch circuit that branches the output of the timer to four contacts, and two of the contacts are connected to each other for about 1 second and about 200 seconds, respectively. It has a timer circuit that outputs seconds, and at the same time as the all-day timer is turned on, the ignition device is driven by a 20-second timer, and 1
Drive the DC solenoid with a second timer to press the gas valve to open it, and at the same time turn on the temperature sensor circuit with the other two contacts, switch the contacts of the pre-charged large capacity capacitor. This power is supplied to the gas valve holding solenoid in the temperature sensor circuit to keep the gas valve open for about 20 seconds, eliminating the need for automatic lighting control wires for each gas appliance and for a central automatic lighting control panel. We were able to create an economical gas automatic lighting control device. 4. Brief explanation of the drawings Figure 1 is an explanatory diagram of the electric circuit of a device that uses conventional commercial power.
FIG. 2 is an explanatory diagram of the electric circuit of the device of the present invention. 12... Battery type all-day timer 13... Branch circuit 14... Temperature sensor circuit contact 15... 12V battery 16... Resistor 17... Capacitor 18... 1 second timer contact 19. ...Added contacts 20...1.5v battery 21...IOF capacitor 22...1 second timer 23...20 second timer 24...6VDC solenoid 25...20 second timer contact
Claims (1)
そのタイマの出力を４つの接点に分岐する分岐回路を有
し、又その内２つの接点はそれぞれ約４秒と約２０秒を
出力するタイマ回路を有し、オールデイタイマのＯＮと
同時に２０秒タイマで点灯回路を駆動させ、４秒タイマ
でＤＣソレノイドを駆動してガスバルブを押圧しバルブ
を開の状態にして、温度センサー回路をＯＮすると同時
に、あらかじめ充電されている大容量コンデンサーの接
点を切りかえて、その電力をガスバルブ保持ソレノイド
に供給して２０秒位ガスバルブを開の状態に維持するよ
うにしたバッテリー式ガス灯自動点灯制御装置。It uses a battery as a power source, and has an all-day timer.
It has a branch circuit that branches the output of the timer to four contacts, and two of the contacts have timer circuits that output approximately 4 seconds and approximately 20 seconds, respectively, and the 20 second timer is activated at the same time as the all-day timer is turned on. Drive the lighting circuit, drive the DC solenoid with a 4-second timer, press the gas valve to open it, turn on the temperature sensor circuit, and at the same time switch the contacts of the pre-charged large capacitor. A battery-powered gas lamp automatic lighting control device that supplies the electric power to a gas valve holding solenoid to maintain the gas valve in an open state for about 20 seconds.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP3100386A JPS62190323A (en) | 1986-02-17 | 1986-02-17 | Automatic gas lighting controlling device of battery type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP3100386A JPS62190323A (en) | 1986-02-17 | 1986-02-17 | Automatic gas lighting controlling device of battery type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS62190323A true JPS62190323A (en) | 1987-08-20 |
Family
ID=12319393
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP3100386A Pending JPS62190323A (en) | 1986-02-17 | 1986-02-17 | Automatic gas lighting controlling device of battery type |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS62190323A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH02259329A (en) * | 1989-03-30 | 1990-10-22 | Paloma Ind Ltd | Starter device for gas equipment |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5918152B2 (en) * | 1978-11-20 | 1984-04-25 | 株式会社クボタ | Narrow gap carbon dioxide arc welding method |
-
1986
- 1986-02-17 JP JP3100386A patent/JPS62190323A/en active Pending
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5918152B2 (en) * | 1978-11-20 | 1984-04-25 | 株式会社クボタ | Narrow gap carbon dioxide arc welding method |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH02259329A (en) * | 1989-03-30 | 1990-10-22 | Paloma Ind Ltd | Starter device for gas equipment |
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