JPS5812014A - Remote controller - Google Patents
Remote controllerInfo
- Publication number
- JPS5812014A JPS5812014A JP56111232A JP11123281A JPS5812014A JP S5812014 A JPS5812014 A JP S5812014A JP 56111232 A JP56111232 A JP 56111232A JP 11123281 A JP11123281 A JP 11123281A JP S5812014 A JPS5812014 A JP S5812014A
- Authority
- JP
- Japan
- Prior art keywords
- operation panel
- panel
- contents
- control
- terminal
- 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.)
- Granted
Links
Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F17/00—Digital computing or data processing equipment or methods, specially adapted for specific functions
- G06F17/40—Data acquisition and logging
Landscapes
- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Physics & Mathematics (AREA)
- Theoretical Computer Science (AREA)
- Computer Hardware Design (AREA)
- Data Mining & Analysis (AREA)
- Databases & Information Systems (AREA)
- Mathematical Physics (AREA)
- Software Systems (AREA)
- General Physics & Mathematics (AREA)
- Selective Calling Equipment (AREA)
- Testing And Monitoring For Control Systems (AREA)
Abstract
Description
【発明の詳細な説明】
本発明は遠隔制御装置、さらに詳しくは、操作１１に信
号線を介して複数の端末器が接続さｈ、操作盤から伝ｊ
ｌＩ擺れ為伝送信号にて各端末器に接続１れた負荷が制
御葛れると共に、信号線上に接続瘍れたｌ！樵盤にて伝
送信号の内容が表示壊れる制御装置に関する。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a remote control device, more specifically, a remote control device in which a plurality of terminal devices are connected to the operation 11 via signal lines, and a plurality of terminal devices are connected to the operation panel 11.
The load connected to each terminal device is lost control due to the transmission signal, and the connection on the signal line is broken! This invention relates to a control device in which the content of a transmission signal is displayed on a woodcutter's board.
一般にζ０＠０逮隔制御装置は、操作盤に設けられ大記
憶Ｓに負荷の制御内容とその制御内容を伝送す為時刻と
を記憶１せ、その記憶部の記憶内容に基づ−て負荷制御
をするいわゆるプログラム制御が行なえ為ようになって
いるものであるが、Ｉｌ来は、操作盤と端末器とが常時
接繞畜れてぃえもＯ″ｆ６為から、づ０クラ４制御のた
めの記憶部内Ｏｇ憶内審−ＩＩＸ正し＾かどうかをチェ
ックすゐと會に４１１１作ｇから端末１１に５に送信号
が伝送瘍れてしまうこととなり、こＯ遠隔制御装置を店
舗の照＠攻どＫＭ％Ａている場合には、記憶内容のチェ
ッりのと會に負荷の動作が変化してしまうために、記憶
内容の変更やチェックは夜間や休日にしか行なえないと
いう不都合があった。In general, a ζ0@0 arrester control device is installed on an operation panel and stores the load control contents and the time for transmitting the control contents in a large memory S, and calculates the load based on the stored contents of the storage section. It is now possible to perform so-called program control, but since the operation panel and the terminal are always in contact with each other, it has become difficult to perform control. To check whether the Og memory in the storage unit is correct or not, the transmission signal from 4111 to terminal 11 will be corrupted, and this remote control device will not be connected to the store. In the case of teru@attack KM%A, there is an inconvenience that the load behavior changes when checking the memory contents, so the memory contents can only be changed or checked at night or on holidays. there were.
本発明はかかる従来の欠点に鑑みて為されたものであっ
て、その主な目的とするところは、記憶内容の変更時や
チェック時に操作盤から端末６を切り離すことができる
ようにして記憶内容を監縄盤にてシニュレーシ３シで會
るようにし、負荷への影響を与えずに記憶内容の変更と
チェックが行なえるようにすることにも為。The present invention has been made in view of such conventional drawbacks, and its main purpose is to enable the terminal 6 to be separated from the operation panel when changing or checking the stored contents. It is also possible to meet the 3 sini- rations on the supervisory board, and to change and check the memorized content without affecting the load.
以下、本発明の実施例を図に基づいて説明する＊ ’Ｉ
Ｓ １図は装置金体の一例を示すものであって、食料品
売場などに用いる例を示している。操作盤１Ｋ）は主操
作盤（１Ｍ）と副操作盤（１ｂ）との２種を有しており
、これらの操作盤１１）には伝道線１！１を介して端末
＠ Ｉｌｌや制−ａ１４３及び＠ ＠ ａ、１） ｔｆ
ｉ 接４９ 曝ｔＬ テｖ＝る。鯛−盤１４）Ｋは夫々
冷凍ショーケース（＠）や空１機（１１やクーリシクタ
ワ−１） ｔＩＸ接続され、冷凍ショーケース（・）や
空調＠１丁）の接続握れた鯛−盤ｔ４） Ｋ ＃ｆ温度
ｔ−Ｊすｆｌ）が接続纏れて冷凍ショーケース１１）や
ＩＩ １１）からの伝送信号Ｃ８ｒ”）を受信してその
内容を表示するものである。端末器ｉｌｌ Ｋは照明負
荷１励が接繞葛れて操作盤（１）からの伝送信号（ＳＴ
） Ｋてオシオフ制御を九は纒光制４１１１１れる。ｔ
ＩＡ中、１１）は装置への電源を供給する分電盤、（１
１６１１震は夫々昼光センサと鐘スイッチである。伝送
信号（ＳＴ）はＳｔ図のようにスタート信号（８ｇ）、
アドレス信号（Ｓム）、制−信号（８ｃ）及び返遇袴機
パルス（８ｍ）を順次逼繞して−Ｗａ畜れゐ、スタート
信号（Ｓｓ）Ｆｉ傷信号順を示し、アドレス信号（Ｓム
）は各端末５ＩＩＩＫ夫々固有なアドレスをアクセスす
ることにより、制御すべ自照用負荷−が接続された端末
＠ ｉｌｌを呼び出し、端末器１魯】は自己のアドレス
と伝Ｒ−４れたアドレス信号（８ム）とが一致すると、
次の制御信号（Ｓｃ）を読んでそ０ＩＩＩＩｌｌ内審に
応じて照明負荷−を制御するのであ為、そして、端末＠
ｉｓ）は次の返送待機パルス（ａｍ）６Ｋｌｌ内Ｋｊ
［ｔ！Ａ負１ｆｎｏ制―状ｓ１にどｔａ送信号として操
作盤（１） Ｋ ｊＥ遇する。ところで、操作４＄ ４
１）は５ｓａａのように一成番れる。すなわち、操作ｓ
ｌｏａｍ作５ｌｌｉｉ、 ａｍａｓｓ、ｌ！復１１ｇｔ
ｌ、時計ｇ ａｓ 、記憶Ｓ鱒などから一成番れるもの
であって、操作部−にて照明負荷−を手動制御するか、
ある−はプロクラム制−するかを決めて制御内容を入力
する。演算Ｉ／Ａ−ではこの入力をコード化して伝送信
号（！Ｉｔ）Ｋ編成し、手動制御時にはそのま資波形成
１ｌＳ−に信号を出方し、変復調ｌｌＡ１１ｆｉを遥し
て信号纏圓を伝遥場せ、プロクラム書込み時には操作部
−から入力握れた制御内容が演算部−でコード化畜れて
時計ａｌｌ＃からｅａ＊ダータと共に記憶１！ｄｉ）へ
格納壕れ、この記憶内容がプ０りうム制一時に読み出さ
れて波形成１ｌｓ−及び変復調Ｓ−ηを経て信号線ｍ上
を伝ｊ１１れ↓のである。一方、端末５１３）から返信
感れるａａ信号は変復調ｓ１ηと返送信号入力Ｓ−とを
遥って演算ａｍに人カ堪れ、演算／Ｓ−ではその返送信
号に基づめで照明負荷−の鯛−波層を表示１１Ａ＠に示
すのである０図中−は商用電源（ＡＣ）を降圧整流すゐ
電Ｊｌ墨である。一方、端末１１ｉｓ）は第４図に示す
ように、アトしス設定ａ＠、演ａｓｓｓ、リレードライ
ブ部（ロ）などで嫌成暮れる。すなわち、信号線１りを
通って操作＠ １１）よりＬ５ｋａｇれ九伝送信号（Ｓ
ｔ）は端末ＩＩ １８）の枝形整廖Ｉｓ−を経て演算ａ
ｍ濶に印加される。演算部副では予めアドレス設＊ｓａ
＠で設定握れた自己のアドレスと伝送信号（８丁）中の
アドレス信号（Ｓム）とが一致す為と次の制−信号（８
ｃ）を読み込んで信号の内容を閤訳し、制−信号（８Ｃ
）の内容に基づいてリレードライブｊＩ（財）をオシオ
フ制御して照明負荷−の点滅を行なうものである。ｊ［
明負荷Ｌ１１が制Ｊｉｌｔｓれると演算部−〇Ｉ！ｉ褪
入カ端ｍＫ１１ｌ明負荷−の動作状層−監視入力として
印加され、この内容が演算Ｓ−内でコード化され、返送
信号ドライブＩＡ四を礒で返送信号として信号線ｌりを
介して操作盤（１） Ｋ遍ａＳれる。ｓＩ中ｍは電ｇ部
であって、信号線礁引上を流れ為伝道信号（ＳＴ）を整
流して端末ＩＩ １３３の電源として−るものであゐ。Hereinafter, embodiments of the present invention will be explained based on the drawings.
Figure S1 shows an example of the metal body of the device, and shows an example for use in a food store or the like. The operation panel 1K) has two types, a main operation panel (1M) and a sub-operation panel (1b), and these operation panels 11) are connected to the terminal @Ill and the control panel via the transmission line 1!1. a143 and @ @ a, 1) tf
i contact49 exposure tL tev=ru. Sea bream board 14) K is connected to the frozen showcase (@) and 1 empty unit (11 and cool tower 1) tIX, and the frozen showcase (・) and air conditioner @1 unit) are connected to the sea bream board t4) K#f temperature t-Jsfl) is connected and receives the transmission signal C8r") from the refrigeration showcase 11) and II 11) and displays the contents. The terminal device illumination The load 1 excitation is connected and the transmission signal (ST
) The oscillator-off control is controlled by the light control 41111. t
In the IA, 11) is a distribution board that supplies power to the device, (1
The 1611 earthquake is a daylight sensor and a bell switch, respectively. The transmission signal (ST) is a start signal (8g) as shown in the St diagram.
The address signal (Sm), control signal (8c) and return hakama machine pulse (8m) are sequentially passed to indicate the order of -Wa, start signal (Ss) and signal, and address signal (Ss). By accessing the unique address of each terminal 5IIIK, the terminal 5IIIK calls the terminal @ ill connected to the control module 5IIIK, and the terminal device 1L calls its own address and the transmitted address signal R-4. (8m) matches,
The next control signal (Sc) is read and the lighting load is controlled accordingly, and the terminal @
is) is the next return waiting pulse (am) Kj within 6Kll
[t! A negative 1 fno control s1 is sent to the control panel (1) as a transmission signal. By the way, operation 4 $ 4
1) is a single number like 5saa. That is, operation s
5llii by loam, amass, l! Fuku11gt
1, a clock, a memory, etc., and the lighting load can be manually controlled using the operating section, or
Decide whether to use the program system and input the control details. In the calculation I/A-, this input is coded and organized into a transmission signal (!It)K, and during manual control, the signal is directly output to the signal waveformer 11S-, and the signal is transmitted through the modulator/demodulator 11fi. When writing the program, the control contents input from the operation section are encoded in the calculation section and stored together with the ea* data from the clock all#! The stored contents are read out at the same time in the program mode and transmitted on the signal line m via the waveform 1ls- and modulation/demodulation S-η. On the other hand, the aa signal returned from the terminal 513) is transmitted through the modulation/demodulation s1η and the return signal input S-, and the calculation/S- calculates the lighting load based on the return signal. The wave layer is shown in the display 11A@. In the figure, the symbol - is the electric wire that rectifies the voltage of the commercial power source (AC). On the other hand, as shown in FIG. 4, the terminal 11is) is not satisfied with the attribution setting a@, the operation asss, the relay drive section (b), etc. That is, the L5kagre9 transmission signal (S
t) is the terminal II 18) The operation a is passed through the branch shaping Is-
m is applied. The address is set in advance in the sub-computation section *sa
Because the own address set with @ and the address signal (S) in the transmission signal (8) match, and the next control signal (8)
c), translate the contents of the signal, and select the control signal (8C).
), the relay drive jI (incorporated) is controlled to turn off and blink the lighting load. j [
When the light load L11 is controlled, the calculation unit -〇I! The operating state of the input terminal mK11l is applied as a monitoring input to the load, this content is encoded in the operation S, and the return signal is sent to the drive IA4 as a return signal via the signal line. Operation panel (1) KhenaS. M in sI is a power section g, which rectifies the transmission signal (ST) flowing through the signal line pull-up and serves as a power source for terminal II 133.
七ころで、ａ上のようにして構成された遺隔制ｍ装置に
お−て、操作盤４１）でいつ、どの照明負荷１謹を点灯
するかを予め記憶ｇ−に記憶１せて、その記憶内容に＠
りて操作盤１１３が自動的に照明負荷１Ｍｍを点滅させ
為、いわゆるづ０りうム制御時には、操作盤（１）から
伝送される伝送信号（８丁）が監視盤＋ＩＩ Ｋのみ伝
ｊｌｌれて、端末５１ｍ３ Ｋは伝送されないようＫす
る状態と、端末器＋１） Ｋも伝送信号（Ｓｔ）が−伝
送される状態とに切換えることので會る切換手段が設け
られてめる。以下、切換手段について説明す為。切換手
段には次の３実施例がある。すなわち、ＩＩ １０ｍ１
ｍ例は、第６図のように操作盤（凰）′ と端末器（３
１との聞に監視盤Ｉｉ１を接続し、監視盤＋ｉｌにリレ
ーなどのスイッチＣ５’ｌｌ＞を設けて、このスイッチ
＜ＳＷ）を操作＠ １１）から信号線（！１を介して伝
送遥れる信号で開閉し、信号線＋１１が操作盤（１）と
端末器１＄１とを接続する位置と、操作盤１１）から端
末器１組を切り離して操作盤＋ｓ） Ｋ Ｉｌｌ視盤１
）のみを接続する位置との藺で切換自在としたものであ
ゐ、Ｉｌｌの実施例では操作盤＋１）と監視盤１＠）と
を近接名せて接続する必要があったが、操作＠ １１）
と監視１１ ｉｌｌとが離れている場合には次のように
して切換えるものである。すなわち、ｗ！の実施例では
Ｉｌ視盤ｔｌ） Ｋも固有のアドレスを設定して、遥當
は端末Ｓｔ３１と監視ａ圓との両方のアドレス信号（Ｓ
Ａ）を伝送し、プロタラム制御のシニル−シ３ンを行な
うと壷には、監視盤ｉｌｌのアドレス信号（ＳＡ）のみ
を伝送して端末５１１１を事実上、操作盤ｆｌｌより切
り離すのであり、また、第３の実施例では、第６−のよ
うに伝送信号（！！１）中に認識信号（Ｓ、）を加えて
、通常の伝道時には認識信号（ＳＰ）をＩＫＬ、、端末
１１＋１１を切り離すと自には認識信号（Ｓ、）をＯＫ
するものである、勿論、認識信号（ＳＰ）のバリディは
逆に設定してもよめ。こうして認識信号のパリティを端
末器ｉｍｌでチェックして、伝送信号（ＳＴ）を受信す
る場合と受信しな一場合とく切換えればよいのである。At around 7, in the remote control device configured as above in a, the operation panel 41) is used to store in advance which lighting loads are to be turned on in the memory g. In the memory contents @
The operation panel 113 automatically blinks the lighting load 1 mm, so during so-called dimming control, the transmission signals (8 signals) transmitted from the operation panel (1) are transmitted only to the monitoring panel + II K. , a switching means is provided for switching between a state where the terminal 51m3K is not transmitted and a state where the terminal 51m3K is also transmitted with the transmission signal (St). The following is an explanation of the switching means. There are the following three embodiments of the switching means. i.e. II 10m1
The m example has an operation panel (凰)' and a terminal (3) as shown in Figure 6.
Connect the monitoring board Ii1 between the terminal 1 and the monitoring board +il, and install a switch C5'll such as a relay on the monitoring board +il, and operate this switch (SW). It opens and closes with a signal, and the position where the signal line +11 connects the operation panel (1) and the terminal device 1$1, and the position where one set of terminal devices is disconnected from the operation panel 11) and the operation panel +s) K Ill viewing panel 1
) can be freely switched depending on the position where only the control panel is connected.In the embodiment of Ill, it was necessary to connect the operation panel +1) and the monitoring panel 1@) in close proximity. 11)
When the monitor 11 ill and the monitor 11 ill are located apart from each other, switching is performed as follows. In other words, lol! In the embodiment shown in FIG.
When A) is transmitted and the signal signal of the protalam control is performed, only the address signal (SA) of the monitor panel ill is transmitted to the terminal, and the terminal 5111 is effectively separated from the operation panel flll. , In the third embodiment, a recognition signal (S,) is added to the transmission signal (!!1) as in No. 6-, and during normal transmission, the recognition signal (SP) is IKL, , terminals 11+11 are separated. OK the recognition signal (S,) for yourself.
Of course, the validity of the recognition signal (SP) can be set in the opposite way. In this way, it is only necessary to check the parity of the recognition signal using the terminal device iml and to switch between receiving the transmission signal (ST) and not receiving it.
尚、第１の実施例に′５Ｐｖｈて、操作盤＋１３内に＠
褪盤、−１ＯＩｍ歯を組み入れている場合には、第７図
のように、操作盤１１３ Ｋ直接にスイッチ（８Ｗ）を
取り付ければよ一０端車＠ ｉｌｌは操作盤（１）から
切り畦道れている閾は、その前に伝ａＳれた伝送信号（
ＳＴ）の制欄内廖を保持して一石、尚、本実施例では端
末５１３１に照明負荷−を設は九が他の負荷でもよ１４
゜本発明は上述のように、操作盤と端末器との間に操作
盤に監視盤のみが接続葛れる状態と、操作盤に監視盤と
端末器とが接続成れる状態とに切換自在となった切換手
段を設け、操作盤に監視盤のみが接続された状態で、端
末器の負荷の制御状層を変化させることなく、操作盤の
記憶部の記憶内容を監視しｔｋｆＩＸらＲＩ！設電可能
とし九ので、記憶部の記憶内容の変更時やチェック時に
操作盤から端末器を切り離すことがで會、記憶内容を監
視盤にてシ！ユレーシヨシしても負荷への影響を与える
仁とがなく自由に記憶内容の変更や？Ｉラックできると
いう利点を有する。In addition, in the first embodiment, @
If the turntable is equipped with a -1OIm tooth, just attach a switch (8W) directly to the operation panel 113K as shown in Figure 7. The threshold value is determined by the previously transmitted transmission signal (
In addition, in this embodiment, the terminal 5131 is equipped with a lighting load, but other loads may also be used.
゜As described above, the present invention can freely switch between a state in which only the monitoring panel is connected to the operation panel and a state in which the monitoring panel and the terminal device are connected to the operation panel between the operation panel and the terminal device. A switching means is provided, and with only the monitoring panel connected to the operation panel, the contents of the storage section of the operation panel can be monitored without changing the load control layer of the terminal. Since the terminal can be disconnected from the operation panel when changing or checking the memory contents of the storage unit, the memory contents can be displayed on the monitoring panel! Is it possible to freely change the memory contents without affecting the load even if you change the memory? It has the advantage of being able to be used as an I-rack.
第１ｇ１は本発明の一実施例を示す概略構成図、１３２
図は同上の伝送信号の一例を示す動作説明図、ｓｓｗＪ
は同上に使用する操作盤の一例を示す概略−成因、第４
図は同上に便用する端末器の一例を示す概略−成因、第
６図は同上の一例を示す概略−成因、ｊ１図は同上の伝
−送信号の他の例を示す動作説明図、第７図は同上の他
の例を示す概略構成図であり、ＩＯは操作盤、（雪１は
信号線、１１）は端末器、ｉｌｌは監視盤、ｃｍは負荷
、３ｍは記憶部、（ＳＴ）は伝送信号である。
代理人 弁理士 石 １）長 七1g1 is a schematic configuration diagram showing an embodiment of the present invention, 132
The figure is an operation explanatory diagram showing an example of the same transmission signal as above, sswJ
The following is an outline showing an example of the operation panel used in the above-mentioned example, Part 4
Figure 6 is a schematic diagram showing an example of a terminal device conveniently used in the above, Figure 6 is a schematic diagram showing an example of a terminal device, and Figure j1 is an operation explanatory diagram showing another example of the transmission signal in the same manner. Figure 7 is a schematic configuration diagram showing another example of the above, where IO is the operation panel, (Snow 1 is the signal line, 11) is the terminal, ill is the monitoring panel, cm is the load, 3m is the storage unit, (ST ) is the transmission signal. Agent Patent Attorney Ishi 1) Choshichi
Claims (1)
され、操作盤から伝送される伝送信号にて各端末器に接
続成れた負荷が制−成れると共に、信号線上に接続され
た監視盤にて伝送信号の内容が表示される制ａｓ１置で
あって、端末器は１つの伝送信号が伝送されると次に伝
送信号が伝送されるまで前９伝送信号の制御内容を保持
して負荷制御を行な＾、操作盤は制御内容とその制−内
容を伝送する時刻とを記憶する記憶部とを有してその記
憶部の記憶内容を変更自在とし、操作盤と端末器との間
には、操作盤に監視盤のみが接続される状態と、操作盤
に監視盤と端末器とが接続される状態とに切換自在と□
なった切換手段が設けられ、操作＃Ｉｉに監視鑓のみが
接続された状態で、端末器の負荷の制御状態を変化させ
ることなく、操作値の記憶１８０記憶内容を監視盤で監
視しながら置更設定可詭としたことを特徴とする遠隔制
御ｌ！ｌｌ装置。+1) Multiple terminals are connected to the operation panel via signal lines, and the transmission signal transmitted from the operation panel controls the load connected to each terminal, and the load connected to the signal line is controlled. This is a system in which the contents of the transmission signal are displayed on the monitoring panel, and when one transmission signal is transmitted, the terminal retains the control contents of the previous nine transmission signals until the next transmission signal is transmitted. The operation panel has a storage section that stores the control contents and the time at which the control contents are transmitted, and the storage contents of the storage section can be changed freely. In between, it is possible to freely switch between a state in which only the monitoring panel is connected to the operation panel and a state in which the monitoring panel and terminal device are connected to the operation panel.
A switching means is provided, and when only the monitoring pin is connected to the operation #Ii, the storage of operation values 180 and the storage contents can be monitored on the monitoring panel without changing the control state of the load of the terminal device. A remote control feature that allows for easy settings! ll device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP56111232A JPS5812014A (en) | 1981-07-15 | 1981-07-15 | Remote controller |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP56111232A JPS5812014A (en) | 1981-07-15 | 1981-07-15 | Remote controller |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5812014A true JPS5812014A (en) | 1983-01-24 |
| JPS6352839B2 JPS6352839B2 (en) | 1988-10-20 |
Family
ID=14555904
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP56111232A Granted JPS5812014A (en) | 1981-07-15 | 1981-07-15 | Remote controller |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5812014A (en) |
-
1981
- 1981-07-15 JP JP56111232A patent/JPS5812014A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6352839B2 (en) | 1988-10-20 |
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