JPS5816099Y2 - interlocking switch circuit - Google Patents
interlocking switch circuitInfo
- Publication number
- JPS5816099Y2 JPS5816099Y2 JP1977059141U JP5914177U JPS5816099Y2 JP S5816099 Y2 JPS5816099 Y2 JP S5816099Y2 JP 1977059141 U JP1977059141 U JP 1977059141U JP 5914177 U JP5914177 U JP 5914177U JP S5816099 Y2 JPS5816099 Y2 JP S5816099Y2
- Authority
- JP
- Japan
- Prior art keywords
- relay
- self
- circuit
- switch
- holding
- 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.)
- Expired
Links
Landscapes
- Relay Circuits (AREA)
Description
【考案の詳細な説明】
本考案は電気的に連動する連動スイッチ回路に関するも
ので、ノンロックスイッチと自己保持形リレーおよび補
助リレーの組合せ回路で、連動スイッチ回路を行わせる
ようにしたものである。[Detailed description of the invention] The present invention relates to an electrically interlocking interlocking switch circuit, and is a combination circuit of a non-locking switch, a self-holding relay, and an auxiliary relay to perform an interlocking switch circuit. .
連動スイッチ機能とハ′；例えば複数の押ボタンスイッ
チが複数設けらｈｌ、個々゛に自己保持機能を持ったブ
ツシュ・ブツシュスイッチであるが、他の押ボメンスイ
ッチが押されることによっても連動して復旧するように
構成されたもので、いわゆる連動電鍵がそれである。Interlocking switch function and c'; For example, there are multiple pushbutton switches, and there are pushbutton switches that each have a self-holding function, but they can also be linked when other pushbutton switches are pressed. This is a so-called linked electric key.
従来の連動スイッチは。はとんどが機械的な構造による
連動機構であった。Conventional interlocking switches. Most of them were interlocking mechanisms based on mechanical structures.
そのため連動するスイッチの実装数を変更するためには
機械的に構造変更が必要で、自由な実装数の選択は容易
でない。Therefore, in order to change the number of interlocking switches mounted, mechanical structural changes are required, and it is not easy to freely select the number of mounted switches.
筐た従来は第３図のように負荷回路接点が連動スイッチ
Ｋにあるため負荷回路総数Ｗが多い場合には、配線の総
量が必要以上多くなりン捷た配線が錯綜しそ配線作業に
朧儀する事がある。In the conventional case, as shown in Figure 3, the load circuit contacts are located on the interlocking switch K, so when the total number of load circuits W is large, the total amount of wiring becomes larger than necessary, resulting in complicated wiring and tedious wiring work. I have something to do.
本考案は以上のような欠点を改善し、連動するスイッチ
数の変更が容易であり、且つ操作部分と負荷回路部分を
分離して負荷回路数に関らず操作部分の配線を少くする
事を目的とするものである。The present invention improves the above-mentioned drawbacks, makes it easy to change the number of interlocking switches, and separates the operating section from the load circuit section to reduce wiring for the operating section regardless of the number of load circuits. This is the purpose.
以下本考案につき詳細に説明する。The present invention will be explained in detail below.
第１図は本考案の一実施態様を示す連動スイッチ回路図
である。FIG. 1 is an interlocking switch circuit diagram showing one embodiment of the present invention.
Ｋ−にはノどロックスイッチで、本考案連動スイッチの
操作部分に当り主に機器の前面等に増付、け、られてい
る。K- is a throat lock switch, which is the operating part of the interlocking switch of the present invention, and is mainly added to the front of the device.
ｓｗ −ｓｗはスイッチ回路でその回路構成は全て同一
である。sw-sw is a switch circuit, and the circuit configuration thereof is all the same.
今スイッチ回路ＳＷを例にとり回路構成を説明工 する。I will now explain the circuit configuration using the switch circuit SW as an example. do.
Ａ は自己保持形のリレーで負荷回路接点ａ 〜１ ａｌ と駆動巻線ｐ１と復旧巻線ｓ１とを有し。A is a self-holding relay with load circuit contacts a to 1. al, a drive winding p1, and a recovery winding s1.
駆動巻線ｐ に通電する事により動作し通電を断っても
動作状態を保持し、復旧巻線Ｓ に通電する事により復
旧し通電を断っても復旧状態を保持する。It operates by energizing the drive winding P and maintains the operating state even if the energization is cut off, and restores by energizing the recovery winding S and maintains the restored state even if the energization is cut off.
リレーＢ１の常開接点ｂ１とリレーＡ の切換接点ａ１
１の常閉側とを並列接続したものと、リレーＢ１の巻線
と、リレーＢ１の常開接点ｂ１２とリレーＣ１の切換接
点ｃ１１の常閉側とを並列接続したものとを直列接続し
てリレーＢ１回路とし、リレーＢ１の常開接点ｂ□とリ
レーＣ□の常開接点Ｃ１２と前記切換接点ａ１１の常開
側と並列接続したものと、リレーＣ１の巻線とを直列接
続してリレーＣ，回路とし、該リレーＢ１回路と該リレ
ーＣ１回路とを並列接続し、その接続点ｑはノンロック
スイッチに１の接点に１を経て電源＋極に導かれ、他端
ｒは電源−極に接続されている。Normally open contact b1 of relay B1 and switching contact a1 of relay A
The normally closed side of relay B1 is connected in parallel with the normally closed side of relay B1, and the normally closed side of relay B1's normally open contact b12 and relay C1's switching contact c11 are connected in parallel. A relay B1 circuit is constructed by connecting in series the normally open contact b□ of relay B1, the normally open contact C12 of relay C□, the normally open side of the switching contact a11 connected in parallel, and the winding of relay C1. C, circuit, the relay B1 circuit and the relay C1 circuit are connected in parallel, the connection point q is led to the power supply + pole through the contact 1 of the non-lock switch, and the other end r is the power supply - pole It is connected to the.
リレーＡ１の駆動巻線ｐ１と復旧巻線ｓ１の一端はそれ
ぞれ電源十極に接続され、駆動巻線ｐ他端はリレーＢ１
の切換接点ｂ□の常開側に、復旧巻線Ｓ の他端は同じ
く常閉側に接続され該切換接点ｂ の親ばねは前記切換
接点ｃ１の常開側に接続され％さらに各スイッチ回路Ｓ
Ｗ〜ＳＷの同線に共通に接続されている。One end of the drive winding p1 and the recovery winding s1 of the relay A1 are each connected to the ten poles of the power supply, and the other end of the drive winding p is connected to the relay B1.
The other end of the recovery winding S is connected to the normally open side of the switching contact b□, and the master spring of the switching contact b is connected to the normally open side of the switching contact c1. S
It is commonly connected to the same line from W to SW.
Ｄ（１）〜Ｄ（４）はリレー巻線の逆起電力吸収用のダ
イオードである。D(1) to D(4) are diodes for absorbing back electromotive force of the relay winding.
次に動作説明をする。Next, the operation will be explained.
第２図は第１図回路の動作図である。FIG. 2 is an operational diagram of the circuit of FIG. 1.
（１）ノンロックスイッチに１を押下（ＯＮ−１）電源
（→−ｋ □ａ １−リレーＢ１巻線−ｅｌ−電源←）
の閉回路でリレーＢ は動作し、接点ｂ１ 、ｂｌで自
己保持し、同時に接点ｂ３も閉じるため電Ｑ＋）−ｋ
１−ｂ １３−１） レ−Ｃ１巻ｍ −電源Ｅ−）の閉
回路でリレーＣ１が動作し、接点０１′で自己保持し同
時に接点ｃ１１の常開側が閉じ
電源（→−駆動巻線ｐ１−ｂ□−Ｃ１−電源に）の閉回
路でリレーＡ が動作する。(1) Press 1 on the non-lock switch (ON-1). Relay B operates in the closed circuit of the power supply (→-k □a 1-relay B1 winding-el-power supply ←), and the contacts b1 and bl are self-contained. Since the contact b3 is held and the contact b3 is closed at the same time, the voltage Q+)−k
1-b 13-1) Relay C1 operates in the closed circuit of relay C1 winding m - power supply E-), self-holds at contact 01', and at the same time the normally open side of contact c11 closes and closes the power supply (→- drive winding p1 Relay A operates in the closed circuit of -b□-C1-power supply).
ノンロックスイッチＫ が復帰すれば接点ｋ は開きリ
レーＢ１、リレーＣ１は復旧するが、リレーＡ１は内蔵
の永久磁石゛により動作状態を保持する。When the non-lock switch K is restored, the contact k is opened and the relays B1 and C1 are restored, but the relay A1 is maintained in its operating state by the built-in permanent magnet.
（２）ノンロックスイッチＫ を再び押下（ＯＮ−２）
電源（→−に□−ａ１１ ｊ７レーＣ□巻線−電源（へ
）の閉回路でリレーＣは動作するが、リレーＢは接点ａ
１が開いているために動作しない。(2) Press the non-lock switch K again (ON-2). Relay C operates in the closed circuit of power supply (→- to □-a11 j7 relay C□ winding-power supply (to), but relay B has contact a
It does not work because 1 is open.
リレーＣ□が動作すると
電源←←復旧巻線５ｂ−ｃ −電源←）の閉回路でリ
レーＡ□が復旧し。When relay C□ operates, relay A□ is restored with a closed circuit of power supply←←recovery winding 5b-c - power supply←).
ノンロックスイッチに１が復帰すれば接点ｋ は再び開
き、リレーＣ１は復旧し初期状態に戻る。When the non-lock switch returns to 1, contact k opens again and relay C1 is restored and returns to its initial state.
（３）ノンロックスイッチに１を三度び押下（ＯＮ−３
）
（１）の場合と全く同様の動作を繰返しリレーＡ□は自
己保持される。(3) Press 1 three times on the non-lock switch (ON-3
) Repeating the same operation as in case (1), relay A□ is self-held.
（４）他のノンロックスイッチｋ を押下（ＯＮ−４）
（１）の場合と同様の動作によりリレーＡ が動作し自
己保持する。(4) Press the other non-lock switch k (ON-4)
Relay A operates and holds itself in the same manner as in case (1).
このとき別のスイッチ回路、例えばスイッチ回路ＳＷ
のリレーＡ□がすでに自己保持していた場合には、この
自己保持していたリレーＡ□は
電源（→−復旧巻線Ｓ□−ｂ□−ｃｎ−電源←）の閉回
路にてリレーＡ□は復旧し、スイッチ回路ＳＷ は初期
の状態に戻る。At this time, another switch circuit, for example, switch circuit SW
If relay A□ was already self-holding, relay A□ that was self-holding will become relay A in the closed circuit of the power supply (→-recovery winding S□-b□-cn-power supply←). □ is restored and the switch circuit SW returns to its initial state.
すなわち、前述した連動スイッチとして動作する。That is, it operates as the interlocking switch described above.
第４図は本考案の場合の配線図で、連動スイッチ操作部
即ちノンロックスイッチの配線Ｗ〜Ｗはそれぞれの負荷
回路線Ｗ〜Ｗの数に係わらずスイッチ回路数の倍即ち２
本にて足シるため、従来の第３図の場合に比して配線
の総量を減らす事が出来、且つ操作部子ペースが挾隘で
も配線作業が容易となる。Figure 4 is a wiring diagram for the case of the present invention, in which the interlocking switch operation unit, that is, the wiring W to W of the non-lock switch is twice the number of switch circuits, regardless of the number of the respective load circuit lines W to W.
Since the book takes up space, the total amount of wiring can be reduced compared to the conventional case shown in FIG. 3, and the wiring work becomes easier even if the operating parts are spaced out.
筐た連動するスイッチの実装数を変更しようとすれば、
スイッチ回路ＳＷの、部品類の取付は或は取外しと配線
変更で出、来るので従来の機械的４動スイッチに比して
容易に行う、ことが出来る。If you try to change the number of interlocking switches installed in the cabinet,
The parts of the switch circuit SW can be installed or removed by removing and changing the wiring, so it can be done more easily than conventional mechanical 4-action switches.
第１図は本考案の実施態様を示す連動スイッチ回路の回
路図、第２図は第１図の回路の動作図。
第３図は従業の連動スブツチ？場合の一線図、第４図は
本考案の連動スイッチ回路を使った場合の配線図である
。
Ａ −Ａ は自己保持形のリレー、Ｂ −ＢＣ１
〜Ｃｎは１）レー、Ｋ□ 〜Ｋｎはノンロックスイッチ
、Ｗ□〜Ｗｎはノンロックスイッチの配線、Ｗ□〜Ｗｎ
は負荷回路の配線、ａ□１−ａゎ４はリレーＡ１〜Ａｎ
？７点、２ｂ□１〜ｂｎ′はリレニＢ〜Ｂ の接点、ｃ
０〜ｃｎはリレーＣ□〜Ｃ！１の抜点、
ｋ工〜ｋｎはノンロックスイッチに１
〜Ｋｒ１ｇ
九FIG. 1 is a circuit diagram of an interlocking switch circuit showing an embodiment of the present invention, and FIG. 2 is an operational diagram of the circuit of FIG. 1. Figure 3 shows the linked subbutsutsu of employees? FIG. 4 is a wiring diagram when the interlocking switch circuit of the present invention is used. A-A is a self-holding relay, B-BC1
~Cn is 1) Ray, K□ ~Kn is a non-lock switch, W□ ~ Wn is the wiring of a non-lock switch, W□ ~ Wn
is the wiring of the load circuit, a□1-aゎ4 is the relay A1 to An
? 7 points, 2b□1~bn' are contact points of Relay B~B, c
0~cn is relay C□~C! 1 extra point, k-kn is 1-Kr1g 9 for non-lock switch
Claims (1)
リレーと、ノンロックスイッチと、該ノンロックスイッ
チを介して動作回路が構成きれる第１及び第２のリレー
とによってスイッチ回路あ；構成され、該スイッチ回路
は、上記第１のリレーの接点によって上記自己保持形リ
レーの一方の巻線が遼択されるようにするとともに、上
記第２のリレーの動作回路が閉成され、該第２のリレー
の接点によって上記選択された自己保持形リレーの巻線
に通電されるように威し、該自己保持形リレーの接点に
よって上記第１のリレーと第２のリレーの動作回路が切
替えられるように成し、該第１及び第２のリレーは、そ
れぞれ自己の接点によって自己保持されるように成し、
上記スイッチ回路を複数設けるとともに、上記第２□の
り一し−の接点による自己保持形リレーへの通電回路を
それぞれ複式に接続し、一つのスイッチ回路の上記ノン
ロックスイッチを操作することによって、該スイッチ回
路の自己保持形リレーを制御するとともに他のスイッチ
回路の自己保持形リレーを通電し、制御するようにした
ことを特徴とする連動スイッチ回路。At least 2 windings for operation and restoration*! A switch circuit is composed of a self-holding relay, a non-lock switch, and first and second relays whose operating circuit can be configured via the non-lock switch, and the switch circuit is configured by the first relay. One winding of the self-holding type relay is selected by the contacts of the second relay, and the operating circuit of the second relay is closed, and the selected self-holding type is selected by the contacts of the second relay. energizing the winding of the self-holding relay, and switching the operating circuits of the first and second relays by the contacts of the self-holding relay; Each relay is configured to be self-held by its own contacts,
By providing a plurality of the above switch circuits, connecting the energizing circuits to the self-holding relays through the contacts of the second square one in duplicate, and operating the above non-locking switch of one switch circuit, it is possible to An interlocking switch circuit characterized in that it controls a self-holding relay in a switch circuit and also energizes and controls a self-holding relay in another switch circuit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1977059141U JPS5816099Y2 (en) | 1977-05-10 | 1977-05-10 | interlocking switch circuit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP1977059141U JPS5816099Y2 (en) | 1977-05-10 | 1977-05-10 | interlocking switch circuit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS53155033U JPS53155033U (en) | 1978-12-06 |
| JPS5816099Y2 true JPS5816099Y2 (en) | 1983-04-01 |
Family
ID=28958586
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP1977059141U Expired JPS5816099Y2 (en) | 1977-05-10 | 1977-05-10 | interlocking switch circuit |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5816099Y2 (en) |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4816744B1 (en) * | 1967-12-20 | 1973-05-24 |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4816744U (en) * | 1971-07-06 | 1973-02-24 |
-
1977
- 1977-05-10 JP JP1977059141U patent/JPS5816099Y2/en not_active Expired
Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS4816744B1 (en) * | 1967-12-20 | 1973-05-24 |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS53155033U (en) | 1978-12-06 |
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