JPS5960607A - Centralized load controlling system - Google Patents
Centralized load controlling systemInfo
- Publication number
- JPS5960607A JPS5960607A JP17219682A JP17219682A JPS5960607A JP S5960607 A JPS5960607 A JP S5960607A JP 17219682 A JP17219682 A JP 17219682A JP 17219682 A JP17219682 A JP 17219682A JP S5960607 A JPS5960607 A JP S5960607A
- Authority
- JP
- Japan
- Prior art keywords
- control
- terminal
- switch
- operation panel
- main operation
- 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
Classifications
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04Q—SELECTING
- H04Q9/00—Arrangements in telecontrol or telemetry systems for selectively calling a substation from a main station, in which substation desired apparatus is selected for applying a control signal thereto or for obtaining measured values therefrom
- H04Q9/14—Calling by using pulses
Landscapes
- Engineering & Computer Science (AREA)
- Computer Networks & Wireless Communication (AREA)
- Feedback Control In General (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】
本弁明は、集中負荷制御システムに関し、例えはそり数
の照明装置を主操作盤から制御でい゛るよう（こりると
としに主操作盤に監視端末機をｆＰシて接続された操ｆ
′Ｉスイッチにより高速磨で所定の照明装置なとのル１
］陣ができるようにしたシステムに閏する。DETAILED DESCRIPTION OF THE INVENTION This defense relates to a centralized load control system. The operation f connected to
'I switch allows you to set the specified lighting device at high speed.
] Encroach on the system that allows the camp to be created.
従来、照明装置などの集中負荷制御システムとして主操
作盤に複数の端末機を接続し、各端末機に照明器具など
の負荷装置および操作スイッチを接続したものが知られ
ている。このにうなシステムにおいては、主操作盤から
の制御にＪ、り各端末機に接続された照明装置の点灯お
よび潤灯あるいは照度調節などを（１なうことができる
（まか、各端末機に接続された操作スイッチの操作にに
り各照明装置を制御することが可能Ｃあった。BACKGROUND ART Conventionally, as a centralized load control system such as a lighting device, a system in which a plurality of terminals are connected to a main operation panel, and a load device such as a lighting device and an operation switch are connected to each terminal is known. In this new system, it is possible to control the lighting devices connected to each terminal from the main operation panel, turn on the lights, or adjust the brightness of each terminal. It was possible to control each lighting device by operating the operation switch connected to the.
しかしながら、前記従来形においでは、主操作盤が各９
ｄ末機を順次４ノイタリツクに操作１〕で各端末間に制
御信号を入力するとともに各端末機に接続された操作ス
イッチの状態の検出を行４丁っているため、主操作盤が
全部の端末機を操作する時間が良くなり主操作盤から各
照明装置を制御覆る場合における応答速度が遅くなると
ともに操作スイッチの状態を主操作盤が検出づるまでの
１．′Ｉ間が良くなり、従って各操作スイッチから照明
装置などを制御りる場合の制御速度が遅くなるという不
都、１５かｄりった。However, in the conventional type, the main operation panel has nine
The main operation panel is used to input control signals between each terminal and detect the state of the operation switch connected to each terminal by sequentially operating the terminal terminals 4 times (1). 1. The time it takes to operate the terminal device becomes longer, the response speed when controlling each lighting device from the main operation panel becomes slower, and the time it takes for the main operation panel to detect the state of the operation switch becomes longer. 'I distance has been improved, and therefore the control speed when controlling lighting equipment etc. from each operation switch is slowed down, which is 15 days longer.
本５を明の１−１的（ま、前述の従来形にお（〕る問題
魚（、−鑑み、主操作盤からの操作により複数の負荷装
置をＨｌｌｌ １ａｌｌ ＶＪる集中ｆ１拘制御シスー
ｊムにおいで、主（粱ｆｌ ；＋３にｔ（］数のＶ≦；
ン５を端末（幾をｉ容１売づ−るどども（ご、各１１：
旨３〕端末供に操ｆ’ｌスイッヂを接続し、該操１′１
スイ・にヂの操作により各監視端末機から任意のｌＦｆ
貞＋、１ ｆ’ｒ ｆ’＋ Ｉ′Ｉ：ｉ装置を制御でさ
るようにでるという構想に阜つき、主操作ｆｉＶ１′Ａ
からの操作ととも【こ各操作スイッチの操作にｊ、り高
ｊψ度で各負伺装（Ｒを制御できるＪ、うにづることに
ある。Book 5 is based on Akira's 1-1 (well, in view of the above-mentioned conventional type ()), a centralized f1 constraint control system that controls multiple load devices by operating from the main operation panel. In the program, the main (粱fl;+3 and t() number V≦;
5 terminals (for those who sell 1 item (11 each)
3] Connect the operation f'l switch to the terminal, and set the operation 1'1
Any lFf from each monitoring terminal by operation of Sui Niji.
Sada+, 1 f'r f'+ I'I: I was confused by the concept of controlling the i device, so the main operation fiV1'A
With the operation from [this is to operate each operation switch, it is possible to control each function (R) at a height of Jψ degree.
４＼弁明は、］１操竹盤および核子）”Ａ ｌ’＋ ；
＋ｘど伝送線Ｃ接続されｌ、：複数のル制御端末（幾を
具備し、該１蒔（すＮｇ カラ（７） Ｒｏｌｌ １ａ
ｌｌ ｆｉ’ ５−シｆｃ 、Ｊ、り各制御娼；宋機ニ
接続された（＝Ｉ ｉ’ｓｉ装め゛を電力制御でる末中
負前制ｉｌｌシステムにおいて、該−１操作ｉ１８に別
の仏５：Ａ線を介じ−（複数の１信６１端末機を接続す
るととしに各を：１祝端末（凋（こ操作スイッｙを接続
し、該操作スイッチの操１′１（、Ｉ Ｊり該操作か行
なわれた１１″ｆ点Ｃ′主操作盤を介しく該操１′１ス
イッチに割り付１ノられたｆ）伺装置を制以下、図面に
より本発明の詳細な説明Ｊる。4＼Excuse is] 1 manipulation bamboo board and nucleon) "A l'+;
+ x connected to the transmission line C: equipped with a plurality of control terminals (7) Roll 1a
ll fi' 5-Si fc, J, and each control unit; In the final middle negative pre-control ill system that is connected to the Song machine (=I i'si) and can control the power, the -1 operation i18 is 5: If you connect multiple 1-61 terminals via the A line, connect each: 1 terminal (凋) to the operation switch y, and then operate the operation switch 1'1 (, The following is a detailed explanation of the present invention with reference to the drawings. Jru.
添（＝Ｉの図面は本発明の１実施例に係る封、中ｆ４
ｎ？ｉ制御システムの構成を承り。同図のシスーｊムは
、主操作盤１、制り１１端末１（ｌＩ２−１．２−２．
・・・、２−ｎおにび監視端末機３−１．・・・、 ３
−ｍイ、’−どにＪ、って構成される主操イ′１席１ど
各制御端末機２−１．２−２．・・・。Attachment (=Drawing I is a seal according to one embodiment of the present invention, middle f4
n? We accept configuration of i-control system. The system in the figure includes a main operation panel 1, control 11 terminals 1 (lI2-1.2-2.
..., 2-n Onibi monitoring terminal 3-1. ..., 3
-m i, '-doni J, Main controller A'1 Seat 1 and each control terminal 2-1.2-2. ....
２−１１とは伝送線４によって１シ続されて＋５す、ま
た、主操作盤１ど各監視端末ｉｔ！３−１．・・・、３
−１１１どは別の伝）４線すにＪ：って接続されＣいる
。各制御端末機はそれぞれｕｐ ＶＪ、または複数の照
明択置イｊどの負荷装置に接続されている。に／こ、各
監視端末機（５二は干−１〜設定スイッチ６−１．・・
・、６−ｍ、起ｉＦＪノスイッ’ｆ７−１．・・・、７
−ｍおよび発光クイオードなどで（１４成される起動表
示装置８−１．・・・、［１ｎなどが接続されている。2-11 is connected to +5 by transmission line 4, and each monitoring terminal, such as main operation panel 1, is connected to IT! 3-1. ..., 3
-111 is another story) 4 wires are connected to J: and C. Each control terminal is connected to a load device such as an up VJ or a plurality of lighting options. ni/ko, each monitoring terminal (52 is dry-1 ~ setting switch 6-1...
・, 6-m, IFJ NO SWIT'f7-1. ..., 7
-m and light emitting diodes (14) are connected to the activation display devices 8-1, . . . , [1n, etc.].
１− ’ｒ！Ｎのシステムに＋Ｉ５いては、各計１１祝
イ１μｊ末機３−１゜・・・、３−ｍにぞれぞれ接続さ
れた起動スイッチ７−１゜・・・、７−１１が押されて
いないとぎは自動操負（−−ドどなり、主操作盤１から
各制ｉｌｌ端末機２ １．２−２゜・・、２ｎに順次１
ブイクリツクに制御信尼がｊス出されて各９百に置の動
作が制御される。この場合、各自に’Ｉ Ｈ置を制１Ｊ
ＩＩする方法としくは、主操作５ｊｄ ’１に６′！け
られた図示しないキースイッチなとにＪ、る人ノフ）こ
７．ｔつき各制ｉ用端末機にＲ，制御１八月を伝送して
各０間装置を制（財）する方法、また（土↑操作盤１内
のメｔりに紀１０された所定のタイムスケシコール（こ
基つき各負荷装置のオンオフ制御あるい（Ｊ調先制（Ｊ
ｉｌ ％とを行なう方１人がある。あるい１ｊ、各制ｔ
ａｌｌ端末機２−１． ２−２． ・・、２−ｎ、ま
たは主操作盤１１こ）１１−センリを接続し、該光Ｌン
リからの′ｌｉ′４報にＭ−）さ−各装置むとの副ンＡ
７シ１ｊη１）または調’ｔｒ、 ａ＋’ｌ ｉｌＩ１
を行／１″′）こともＣきる。（７Ｊ）、各制御端末機
２〜１゜２−２．・・・、２−旧こ接続される負荷狂１
ｄが例えば（（α明）冒１″“７τある場合１ま該照明
装置の制１ＪＩＩ Ｅさ様に応しＣ制１ＪＩＩ端末（（
ｖ内に所要の制御回路かシ１−＋られる。1-'r! In the +I5 system of N, the start switches 7-1゜..., 7-11 connected to the terminal devices 3-1゜..., 3-m, respectively, are pressed for a total of 11 days. If the power is not set, the automatic operation (--) will start from the main control panel 1 to each illumination terminal 2 1.2-2°..., 2n in sequence.
Control signals are sent to the switch to control the operations at each position. In this case, each person must control the IH position.
To do this, use the main operation 5jd '1 to 6'! 7. A key switch (not shown) that was turned off. How to control each 0 device by transmitting R and control 18 to each control i terminal with t, and (Sat ↑) Time schedule call (ON/OFF control of each load device with this base)
There is one person who does il%. Or 1j, each system t
all terminal 2-1. 2-2. ..., 2-n, or the main operation panel 11) Connect the 11-sensor, and receive the ``li'' message from the optical L.
7shi1jη1) or key 'tr, a+'l ilI1
(7J), each control terminal 2~1゜2-2..., 2-old load error 1 connected
For example, if d is ((α 明)
A necessary control circuit is included in v.
ｉ’ｉＵ ｚｊ、 １．１．賃め′のインΔ〕制御を行
イｒう機１゛ＩＬを−イ」−＋ＪろルＩＩ １ＪＩｌ喘
未（幾においでは、制御信号に応じＴ照明装置ｌ（の市
原Ｖ４・（１人またｆｉｔ ；ｌ畠１１Ｊｉ ＩＪるリ
レー４１：ど／）’ ＋２ ｔ−ノらＦｔ 、また照明
装置の調光機１止をＦｉ ’ｌる制御端末機においては
制御信号に応じて照明装置に供給される゛市諒Ｖの流通
角を制御する１ノ−イリスタなどが設置ノられる。i'iU zz, 1.1. Ichihara V4 of the T lighting device l (in response to the control signal) In addition, in the control terminal that controls the dimmer of the lighting device, it is supplied to the lighting device according to the control signal. A no-iristor, etc., is installed to control the flow angle of the flow direction.
ところで、ト述のシステムにおいていずれかの１ｕｌｌ
視端末１幾３１．・・・、３−ｍに接続された起ΦＩＪ
スイッヂ７−１．・・・、７−ｔｎが即された場合は、
押された起動スイッチに接続された監視端末機から伝送
線５を介して主操作盤１に＋１込がか（Ｊられる。、こ
れによりシステムは手動操作モードどなる。例えば監視
端末機３−１の起動スイッチ７−１が押されたものどづ
−ると、該監視端末機３−１から１操作ケ１に１（こ刈
込かかＣ〕られるどどもに発光タイΔ−１・８−１か３
ｊａ月覆る。監視端末機３−１は次ｉ、’： １−−ド
スイッチ６−１の状態を検出し、この状態を主操作盤１
１こ電送りる。主操作盤１においては各モードスイツ”
Ｌ６−’１．・・・、６−ｍにＪコって制御される０荷
装置の番弓が配置、されており、従って監視端末機３−
１からモードスイッチ６−１の状態、すなわらＡンある
い（、ＩＡ）をポリ−信号か電送ハれｌＪときに該スイ
ッチ６−１に割当られた負荷装置に送出すべき制ｔａｌ
ｌ ｆ呂シシをｆ１成ザる。この制御１信舅は、例えば
制１ａｌｌ端末＋ｉｌｉの吊おおよび相ｖｉ装置の番号
とともに該スイツｆ６１（こ塁つき作成された制御−１
−一タが含まれる。By the way, in the system described above, if any 1ull
Visual terminal 1 31. ..., ΦIJ connected to 3-m
Switch 7-1. ..., if 7-tn is immediately given,
A +1 signal is sent from the monitoring terminal connected to the pressed start switch to the main operation panel 1 via the transmission line 5. As a result, the system goes into manual operation mode.For example, when the monitoring terminal 3-1 When the start switch 7-1 is pressed, the monitoring terminal 3-1 emits a light emitting tie Δ-1 and 8-1 for each operation. or 3
cover the moon. The monitoring terminal 3-1 detects the state of the switch 6-1 and transmits this state to the main operation panel 1.
Send a wire. Each mode switch is available on the main operation panel 1.
L6-'1. . . . 6-m is located at the center of the zero-loading device controlled by J-co, and therefore the monitoring terminal 3-
1 to the state of the mode switch 6-1, that is, the control that should be sent to the load device assigned to the switch 6-1 when the poly-signal or electric transmission is interrupted.
I will make F1 into F1. This control 1 signal is, for example, the control 1 all terminal + the number of the ili and phase vi device, and the control 1 created with this switch f61.
- Includes one ta.
このよう（こしで作成された制御信号が伝送線４を汗し
て対応づ−るｒ−２間装ｎに入力され、制御Ｉデータ（
こ応じてｆｉ−（ｍの照明装置のオンオフ動作が行なわ
れる。、ｊ、た、ｌ？：１視端末ｌＮ５−ｍに１８続さ
れた起動スイッＴ７−ｍが押された場合は、七−ドスイ
ッチ６ｎ１の状態に基づき作成された制御ｊ゛−タか主
操作盤１から伝旧１にを介して該モートスＹツヂ（３１
ｎにター１応つ＋−Ｊられたｆ１荷装置に入力される。The control signal created in this way (through the transmission line 4) is input to the corresponding r-2 connector n, and the control I data (
In response, the illumination device of fi-(m is turned on and off. , j, ta, l?: 1 When the activation switch T7-m connected to the viewing terminal lN5-m is pressed, The motor controller (31
f1 is input to the loading device, which is +-J multiplied by n.
ｔ−トスイッチ（’３−ｍは多接点型のスイッチとなっ
てお０、各接Ｊ：、！の１）°ｌ置（Ｊ応じて例えば点
刻、減）ｖ、１、減光２、消灯等の制御を行なうことが
できる。t-t switch ('3-m is a multi-contact type switch, 0, each contact J:, 1) ° l position (depending on J, for example, stipple, dim) v, 1, dimming 2 , turning off the lights, etc.
この上うに、本発明によれば、各監祝端末桟（５接続さ
れた操作スイッチの操作により主操作盤１（、、−１ら
（こ＾１１込をか（Ｊることによって、該操作スイ・・
ノーｆにＹめ対応づ（−ｊられた負荷装ｚ７を制御する
ことかできるの（、ト操ｆｌ−盤から各操作スイッチの
状態をリイクリックに監視づる？、ｒ、来形のシステム
に比べ（より高速度で負荷装置の制御を行なうことが可
能と／７る。また、従来形のシステムにおいては端末機
の数か多くなればなるほど全ての端末機を操作する時間
が長くなり（端末（入数が６４のもので例えば約０．８
秒）、操作スーｒツチを操作した後、照明装置の点滅な
どが直ちに行なわれず操作上不自然な而があったが、本
発明によれｉＪこの」：うな不自然さは完全に除去され
る。In addition, according to the present invention, by operating the operation switch connected to each supervisory terminal block (5), the main operation panel 1 (,, -1, etc.) can be operated. Sui...
Is it possible to control the load equipment Z7 that is connected to the No.F system? In comparison, it is possible to control load devices at higher speeds. In addition, in conventional systems, the more terminals there are, the longer it takes to operate all the terminals. (If the number of inputs is 64, for example, about 0.8
After operating the operating switch, the lighting device did not blink immediately, causing an unnatural operation, but with the present invention, this unnaturalness is completely eliminated. .
添ｆ」の図面は本発明の１実施例に係る集中負荷制御シ
ステｌ＼の構成を示づブロック回路図τ′ある′。
１：１−操作盤、２−１．２−２．・・・、 ２−ｎ：
制御端末（本、３−１．・・・、３−ｍ；監？Ｊｌｉ！
端末機、４，５；伝送線、６−１．＝−，６−ｍ： Ｅ
−ドスイッチ、７−１．・。
７−ｍ ： ＪＷ動スイッ”ｆ、８−Ｌ −＝、 ８
ｍ；表示部。
特許出願人 東芝電材株式会着
代理人 弁理１１Ｊ１東辰ム１１
代Ｉｊｄ人 弁理士 伊東哲也The drawing in Appendix F is a block circuit diagram τ' showing the configuration of a centralized load control system l\ according to one embodiment of the present invention. 1:1-operation panel, 2-1.2-2. ..., 2-n:
Control terminal (book, 3-1...., 3-m; supervisor? Jli!
Terminal, 4, 5; transmission line, 6-1. =-,6-m: E
-Do switch, 7-1.・. 7-m: JW moving switch "f, 8-L -=, 8
m; Display section. Patent Applicant Toshiba Electric Materials Co., Ltd. Representative Patent Attorney 11J1 Totatsumu 11th Ijd Patent Attorney Tetsuya Ito
Claims (1)
数の制御ｉ１１端末機を奥面し、該主操作盤からのｉ１
ｉ制御信号により各ｆｔｒｌｌ ｆａｌ＋端末機に接続
された０向装置を電力制御する集中負荷制御システムに
おいて該１操作盤に別の伝送線を介しＣ複数の監視端末
機を接続づるとともに各監視端末機に操作スイッチを接
続し、該操作スイッチの操作ににり該操作か行イｆわれ
た時点で主操作盤を介して該操作スイッチにス′１１付
（〕られた０荷装置を制ｉｌ＋するようにしたことを特
徴とする集中負荷制御システム。1 operation (facing the multiple control i11 terminals connected by transmission lines to the main operation panel and the i1 control panel from the main operation panel)
In a centralized load control system that controls the power of 0-direction devices connected to each ftrll fal+ terminal using an i control signal, a plurality of monitoring terminals are connected to one operation panel via another transmission line, and each monitoring terminal An operation switch is connected to the operation switch, and when the operation is performed by operating the operation switch, the zero load device attached to the operation switch is controlled via the main operation panel. A centralized load control system characterized by:
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP17219682A JPS5960607A (en) | 1982-09-30 | 1982-09-30 | Centralized load controlling system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP17219682A JPS5960607A (en) | 1982-09-30 | 1982-09-30 | Centralized load controlling system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| JPS5960607A true JPS5960607A (en) | 1984-04-06 |
Family
ID=15937356
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP17219682A Pending JPS5960607A (en) | 1982-09-30 | 1982-09-30 | Centralized load controlling system |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5960607A (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5349683A (en) * | 1976-10-18 | 1978-05-06 | Hokushin Electric Works | Process control apparatus |
| JPS54162865A (en) * | 1978-06-15 | 1979-12-24 | Toshiba Electric Equip | Load controller |
| JPS5790702A (en) * | 1980-11-28 | 1982-06-05 | Toshiba Electric Equip Corp | Remote controller |
-
1982
- 1982-09-30 JP JP17219682A patent/JPS5960607A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS5349683A (en) * | 1976-10-18 | 1978-05-06 | Hokushin Electric Works | Process control apparatus |
| JPS54162865A (en) * | 1978-06-15 | 1979-12-24 | Toshiba Electric Equip | Load controller |
| JPS5790702A (en) * | 1980-11-28 | 1982-06-05 | Toshiba Electric Equip Corp | Remote controller |
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