JPS58115512A - Automatic power source throw-in system - Google Patents

Automatic power source throw-in system

Info

Publication number
JPS58115512A
JPS58115512A JP56213660A JP21366081A JPS58115512A JP S58115512 A JPS58115512 A JP S58115512A JP 56213660 A JP56213660 A JP 56213660A JP 21366081 A JP21366081 A JP 21366081A JP S58115512 A JPS58115512 A JP S58115512A
Authority
JP
Japan
Prior art keywords
signal
power
adapter
optical
electric
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
Application number
JP56213660A
Other languages
Japanese (ja)
Inventor
Noriyasu Watanabe
渡辺 徳保
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Fujitsu Ltd
Original Assignee
Fujitsu Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Fujitsu Ltd filed Critical Fujitsu Ltd
Priority to JP56213660A priority Critical patent/JPS58115512A/en
Publication of JPS58115512A publication Critical patent/JPS58115512A/en
Pending legal-status Critical Current

Links

Classifications

    • GPHYSICS
    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/26Power supply means, e.g. regulation thereof

Landscapes

  • Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • General Engineering & Computer Science (AREA)
  • General Physics & Mathematics (AREA)
  • Remote Monitoring And Control Of Power-Distribution Networks (AREA)
  • Direct Current Feeding And Distribution (AREA)
  • Power Sources (AREA)

Abstract

PURPOSE:To supply the power to a device automatically without a power supply signal line, by supplying the power to the device or transmitting a corresponding signal to the next device when signal transmission is detected on a signal line from a computer. CONSTITUTION:When a polling signal 7 reaches an optical adapter A1 from a CPU at intervals of a certain time, this signal is detected by a detecting means 8-1. The means 8-1 is connected to a power supply means 10-1, and means 8-1 and 10-1 are always started by a battery 11-1. When the signal 7 is detected by the means 8-1, the power is supplied to the adapter A1 by the means 10-1, and an LED 12-1 converts the signal 7 from the means 8-1 to an optical signal, and the optical signal is sent to an optical adapter A2 through an optical fiber 6. If the power is already supplied to the adapter A1, a preparation signal generator 9-1 discriminates this state and converts the signal 7 to the optical signal in the LED 12-1 and sends it to the adapter A2. The optical signal is converted to an electric signal by a light receiving circuit 13-2 in the adapter A2, and a power supply means 10-2 is driven through a detecting means 8-2 to supply the power to the adapter A2.

Description

【発明の詳細な説明】 (1)  発明の技術分野 本発明は計算機本体から少なくともいもする式に接続さ
れた装置の電飾投へ方式に関するものである。
DETAILED DESCRIPTION OF THE INVENTION (1) Technical Field of the Invention The present invention relates to a system for projecting lights from a computer main body to a device connected in at least one way.

(11)技術の背葺 一般に計算機本体から少なくともbもする弐に接続され
た裟鎗の11I111i1投入方式は、計算機本体かラ
オペレータの操作およびプUグラムからの命令などKよ
りIIl曹に電源役人信号が送られ、該信号を検知して
電診投人を行なうようになフてhる。
(11) Back of the technology In general, the 11I111i1 input method of the 11I111i1 input method is that the 11I111i1 input method is connected to the computer body at least to the 2nd side. A signal is sent, the signal is detected, and the electrodiagnosis is performed.

しかし、この場合、装置の電III投入のためにわざわ
ざ電III投入個号が必要とされていた。
However, in this case, a power supply III input number was required in order to power on the power supply III of the device.

(11D  従来技術と間融点 蘂1図rt疵米の電鍵投入方式の図である。(11D Conventional technology and melting point Figure 1 is a diagram of the electric key insertion method for rt defective rice.

−において、1は処理装置等の計算機本体、(以下CP
Uと称する)2はCPUIよすいもする式に接続されて
いる装置、3はCPUIと装置2を接続する傷′@機で
ある。
-, 1 is a computer main body such as a processing device (hereinafter CP
(referred to as U) 2 is a device that is connected to the CPU in a similar manner, and 3 is a device that connects the CPU and the device 2.

CPUIが鉄112に応答しなから処理動作を開始する
とする0ところがこの場合には、装置i12に電−が投
入されていることが必須となうている・そのため装置2
Km−が投入されていなければ、電#を投入すゐ動作が
なされる。
However, in this case, it is essential that power is supplied to the device i12.Therefore, the device i12 must be powered on.
If Km- is not turned on, an operation is performed to turn on the voltage.

―投入へ号が亀#II投入慟号発生部1′より送られて
きたこと管慣知して電鍵を投入する・さらに該−3 信号−をJIIlり緘置ト≦1へ電−を投入する@この
ようにcputからの電り投入信号によ〕各装置2の電
−が順番に投入されてい〈O しかし、装置2の電#を投入するのにわざわざ、電S投
入信号用信号−を設け、CPUIから電鍵投入信号管送
らなければならず、コストアラ1となるだけでなく、設
計上面倒であうた。
Knowing that the input signal has been sent from the turtle #II input signal generation unit 1', insert the electric key.Furthermore, input the electric key to the terminal≦1 by passing the −3 signal−. In this way, the power of each device 2 is turned on in order by the power-on signal from cput. It was necessary to provide a key input signal tube from the CPU, which not only increased costs but also caused trouble in terms of design.

鳴り 発明の目的 本発明はわざわざ電飾投入信号−を用いることなしにC
PUと接続している装置へ目動的に電紛會投入しようと
することを目的とするO(ψ 発明の411成 この目的は計算機本体に接続された装置の電紗投入方式
において、計算機本体に接続されている信号!1iiK
@号が現われたか否か1監視する信号監視中&を備え、
該信号監視手段が該信号−に信号が埃われたことt検知
した際、当咳装置に電#投入を行ない、当該鉄11に電
−が投入されているときは上紀佃号に対応した信号を次
の装置へ出力するようにしたことによりて達成されるO
付−発明の実施例 以下本発明の最j実施例を一面にようて評述すb・ 第2IQ社光遥傷システムを用い九本発明の実施例であ
為・ −であ為・ CPUIからはワークステーシ冒ン4.Sがいtず為式
El1号線で**−sれてシ)、第1のワークステージ
璽ン4とS雪のワークステージ璽ン5絖されてい!oc
PU1からたとえばワークステーV雪ノ<w4h会わせ
tするポーリンダ儂奇がポーリング信号ii*滲1から
送シ出される・するとで党から電気4I4#へと丹び変
j(1号−Xt遍〉ワークステージly5へと送p出さ
れていく。
Purpose of the Invention The present invention provides a C
The purpose of this invention is to intentionally insert electricity into a device connected to a PU. Signal connected to!1iiK
Equipped with signal monitoring & to monitor whether the @ issue has appeared or not.
When the signal monitoring means detects that the signal is contaminated, it applies power to the coughing device, and when the iron 11 is energized, it corresponds to the No.1 signal. O achieved by outputting the signal to the next device
Embodiments of the Invention Below, the most preferred embodiments of the present invention will be described in detail.B. Nine embodiments of the present invention will be described using the 2nd IQ optical scanning system. Workstation attack 4. When S was on route El1, the first work stage 4 and S Yuki's work stage 5 were installed! oc
From PU1, for example, the polling signal ii*滲1 is sent from the workstation V Yukino <w4h meetup>, and then it changes from the party to electricity 4I4# (No. 1-Xt). It is sent to work stage ly5.

ボーリンダ信号とは各ワークステーVIIン等の電量 末彊量への−い合わせに別してデータの送信を執次促が
すようにした4B号である。
The Bolinda signal is a No. 4B signal that continuously prompts the transmission of data in addition to adjusting the amount of electricity at each workstation VII.

とζろで光通儂は一般に外部ノイズに対して強いから、
長距離での使用が可11!亀ため近年多く使われてきて
いゐ・しかし、電気信号から光匍号へ両方の電−が投入
されていなければ11に2−におけるシステム全体の1
勘は途中で途だえてし壕う・そζで、切断されている電
−を投入することを考えると光アダラタム1.AJ等の
動電が離れているため電鍵投入管はなi九場所オで入れ
に行かねばならずとても不便でめる・ ゆえに本発fI#実施例では光)1イ/<ケーブルで接
続されている光アダプタム1.A2への自−電III[
投入方法について説明する。
Because light transmission is generally strong against external noise,
Can be used over long distances11! It has been used a lot in recent years because of the turtle. However, if both electric signals are not input from the electric signal to the Kokan-go, the entire system in 11 and 2-
My intuition gave up on the way, so when I thought about putting in the disconnected electricity, I decided to use Hikari Adaratum 1. Since the electrodynamics of the AJ etc. are far apart, the electric key insertion tube has to go to the 9th place to insert it, which is very inconvenient.Therefore, in the present fI# example, it is connected by an optical) 1/< cable. Optical adapter 1. Self-den III to A2 [
We will explain how to insert it.

第3図は$II2wJにある光アダプタム1.A2にお
いての1−電鍵投入方式の実施例である・11において
、8−s−8−*は信号が光ア〆プ)A1.Al内に送
られた仁とを4114#監視手RKよ)検知し、光アメ
1タム1に電−が投入されていればその1141号を送
り出す信号監視手段である検知手段、9−s 、9”s
 #i光アダプタム1゜ム2の電鍵投入が既Kf?なわ
れていることを示す準備41考−生傷、10−*、10
−曹は検知手段8−*−8−−からの信号と準備信号発
生119−#9−一からの信号により光アダプタA1.
ム2に電−が投入されているかを判断し、投入されてい
なければ電鍵會炊入す為ようにした電鍵投入手段、11
”@、11−■は検知手段8−*−8−・およさせてお
くためのバッテリー、12−sは電気信号を光信号に変
換する九めのり、EDii置、13  mFi光アメグ
Iム1からの光信号を受けて光信号から電気信号へ変換
すみための受光1路、藺−と同様の記勺は両図と同じ%
r)を示す・ CPU#C電#が投入されるC−には示してない)と、
一定の時間間隔でポーリング信号7が送出される・l、
−bt、IIIIのポーリング信号7が信号−3−4上
に光アダプタAIK送られゐ・光アダプタAl内では、
信号線3−4に信号(この場合はボーりング信号7)が
現われ友か否かt検知手段8− sが監視して信号が現
われえことt検知している・検知手段8−1はさもkt
#投入手ff1lOiK接続されていゐ・電rIM投入
手段10−1は準備信号発生郁9−1からの信号と検知
手段8−1からの信号により準備信号発生119−tr
からの信号がなくても、検知手R8−1からの信号が入
力さtltlば光アダプタAIK電−が投入されていな
ければ電−の投入を行なうところである・したがうて光
アダプタA1に電鍵が投入されていなければ準備信号発
生59−1からの信号と検知手R8−からの尚諌ポーリ
ング信号7によets投入手段1O−iKて光アダ1り
A I El、$1投入する・尚、検知手段8−1、電
鍵投入手段10−−にはバッテリ11−−が壁!I!さ
れており、常時起動されて−ゐ・もし4ヒのjr一手段
にバッテリ1ト11勢の電鍵寥供給されていなければポ
ーリング信勺テが送られても検知手段8−1、電S投人
手段1〇−富は作動すゐことは勿論ない・ 光アダプタAIK電Iliが投入され大ならば、次光ア
ダプタム1のLICDII置12−装で光信号に変わ)
、光ファイバ・ケーブル6で党アダプタム2に眩光信号
として送られる・光アダプタAIの検知手段8−1では
電鍵投入が行なわれ走のでポー雫ンダ信号が現われ九こ
とt検知してそのま壕送〉出している・光アダプタA鵞
では党傷今を受光−路13−1で電気411考に変え、
検知手段8−富にて傷4#が現われ光かを検知する・さ
らに光アダプタム8に電−が投入されていなければ、電
#i投入手段10−sで準備4II4#尭生部9−・か
ら慟生する準備信号とともkt―投入する・これで光7
ダグ/Al、ム2ともに電Sが投入され大ことKなゐ・
また次のポーリング4117では光アダプ)Alム!!
を通り傷Mfi13−・に送られ編2−に示しであるワ
ークステージ璽ン5へト送うれる・4/ll  発明の
効果 以上、詳aK説明し九ように、本@f#によれば。
Figure 3 shows the optical adapter 1 in $II2wJ. This is an example of the 1-electronic key insertion method in A2. In 11, 8-s-8-* is an example of the 1-electronic key insertion method in A2. Detection means 9-s, which is a signal monitoring means that detects the signal sent into Al (4114 #monitoring hand RK) and sends out the signal No. 1141 if electricity is input to optical ammeter 1, 9-s; 9”s
#i Is the key inserted for optical adapter 1mm 2 already Kf? Preparation to show what has been done 41 thoughts - fresh wounds, 10-*, 10
The optical adapter A1.
11. Electric key insertion means for determining whether electricity is applied to the system 2, and turning on the electric key if the electricity is not applied.
``@, 11-■ is a battery for keeping the detection means 8-*-8-, 12-s is a nine-meter glue that converts electrical signals into optical signals, EDii place, 13 mFi optical amegim 1 light receiving path for receiving the optical signal from 1 and converting it from the optical signal to an electrical signal.
(not shown in C- where CPU #C power is input) and
Polling signal 7 is sent out at regular time intervals・l,
-bt, III polling signal 7 is sent to optical adapter AIK on signal -3-4.In optical adapter Al,
A signal (boring signal 7 in this case) appears on the signal line 3-4, and the detection means 8-s monitors and detects whether the signal appears or not. Samo kt
#Insertion hand ff1lOiK is connected - Electric power input means 10-1 generates a preparation signal 119-tr by a signal from preparation signal generation 9-1 and a signal from detection means 8-1.
Even if there is no signal from the sensor, if the signal from the detection hand R8-1 is input, the power will be turned on if the optical adapter AIK power is not turned on.Therefore, the power key will be turned on to the optical adapter A1. If not, according to the signal from the preparation signal generation 59-1 and the polling signal 7 from the detection hand R8-, the ets injection means 1O-iK inserts A I El, $1 into the optical adapter 1. The means 8-1 and the key insertion means 10-- have the battery 11-- on the wall! I! If a battery is not supplied to the 4th JR vehicle and the 11th power key is not supplied, even if a polling message is sent, the detection means 8-1 and the power supply will not be activated. Of course, the human means 10-wealth does not work. If the optical adapter AIK electric power is input, the next optical adapter 1's LICD II device 12- device converts it into an optical signal)
, is sent as a dazzling signal to the adapter 2 via the optical fiber cable 6. When the electric key is inserted in the detecting means 8-1 of the optical adapter AI, a power drop signal appears, detects 9 things, and immediately sends it to the trench. 〉With the optical adapter A, I changed the problem to electricity 411 on the optical receiver path 13-1,
The flaw 4# appears in the detecting means 8-rich and detects whether it is light.Furthermore, if the optical adapter 8 is not powered, the power #i inputting means 10-s prepares 4II4# Yaseibu 9-. With the preparation signal to be released from the kt-input, light 7 is now activated.
Doug/Al and M2 are both powered up and it's a big deal.
Also, in the next polling 4117, the optical adapter) Alm! !
It is sent to the wound Mfi13-・ and is sent to the work stage 5 shown in Part 2-4/ll As described above, the effect of the invention is explained in detail, according to the book @f#. .

特別な電j1投入侶号を用いることな(、CPUからい
もする弐に#VCされている戴置への電鍵投入を簡単に
行うことができ、脅に光遁傷システム【用い九ときのそ
の効果は大であゐ・
You can easily insert the telephone key from the CPU to the place where it is #VC'd without using a special electric key. The effect is great.

【図面の簡単な説明】[Brief explanation of the drawing]

鵬1−は従来の電鍵投入方式の九めの−、畠2−は本尭
明貢′jN例金体図、纂3−は不尭―夷織例である・ 図に訃いて、1はCPU、2は一置、3は9ヒ号巌、4
.sはワークステージ冒ン、@は光71イパ・ケーブル
、7はポーリ:、’f*’19、A1# A2は光アダ
プタである・
Peng 1- is the ninth version of the conventional electric key insertion method, Hatake 2- is the model of the gold body of the Motoya Mingmitsu'jN example, and series 3- is the example of Fukai-Iori. CPU, 2 is 1 place, 3 is 9 Higou Iwao, 4
.. s is work stage access, @ is optical 71 IPA cable, 7 is Poli:, 'f*' 19, A1# A2 is optical adapter.

Claims (1)

【特許請求の範囲】 (1)  計算機本体に接続さtまた装置の電飾投入方
式におhて、計3!磯本体に接続されている信号線に信
号が埃われたか否か全監視する信号監視手段管備え、該
信−1!監視手段が該信号−に信号が現われたことを検
知した際、当該製置に電鍵が投入されていないときには
蟲該装置に電シ投人を行ない、d該装置に電−が投入さ
れているときKFi上記儒号に対応し九個号を他の装置
へ出力するようにし九ことを%像とする自勧電#投入方
式〇セ) 土配佃号−はポーリング信号が伝達される伽
4g−であることf特徴とする臀許自求の範囲第4埃配
畝の自動電鍵投入方式・ (3)上記装置内の少なくともひとつのとな9あう装f
jl#光7yイパケーブルで縁続されてお夕、上記@!
1号を受けて電鯨投入をおこなりたあと、次のポーリン
グ16号を次の装置kJJtm号で送るようkL、たこ
とを特徴とする特!FF111!求の範囲絽2項配歌の
自勧電飾投入万弐〇 (4)上紀信49!−受けて、信号であることを検知す
る検知手段、電飾が装置に投入されていなhときかつ検
知手段からの信号により装置の電源をシ入する電飾投入
手段を装置にトけ、該検知手段、電#伐入手8#i常時
パッチV−サポートk ?7 ft −zでいることを
特徴とする特計祠求の範囲第3項配置0目勧電I!l1
1投入方弐〇
[Claims] (1) A total of 3 lights connected to the computer main body and the illumination input method of the device! Equipped with a signal monitoring means tube that monitors whether or not the signal line connected to the main body of the beach is contaminated, the signal line-1! When the monitoring means detects the appearance of the signal, if no electric key is inserted into the device, the device is powered on, and the device is powered on. When KFi corresponds to the above-mentioned Confucian code and outputs 9 numbers to other devices, the 9th number is used as a percentage image. - An automatic key insertion system with a fourth dust distribution ridge, characterized by the following features: (3) At least one of the nine matching devices in the above-mentioned device
Jl # Hikari 7y Ipa Cable connected in the evening, @ above!
After receiving No. 1 and inserting the electric whale, kL ordered to send the next polling No. 16 using the next device kJJtm! FF111! The scope of the search is 2 terms of the poem, and the self-contained illumination is introduced. Man 20 (4) Jo Kishin 49! - A detection means for receiving the signal and detecting that it is a signal, and an illumination turning-on means for turning on the power of the apparatus when the illumination is not turned on to the apparatus and the signal from the detection means are installed in the apparatus; Detection means, electric # logging 8 #i constant patch V-support k? 7 ft -z Range of special shrine request 3rd term placement 0 item Kanden I! l1
1 Insertion method 2〇
JP56213660A 1981-12-29 1981-12-29 Automatic power source throw-in system Pending JPS58115512A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP56213660A JPS58115512A (en) 1981-12-29 1981-12-29 Automatic power source throw-in system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP56213660A JPS58115512A (en) 1981-12-29 1981-12-29 Automatic power source throw-in system

Publications (1)

Publication Number Publication Date
JPS58115512A true JPS58115512A (en) 1983-07-09

Family

ID=16642839

Family Applications (1)

Application Number Title Priority Date Filing Date
JP56213660A Pending JPS58115512A (en) 1981-12-29 1981-12-29 Automatic power source throw-in system

Country Status (1)

Country Link
JP (1) JPS58115512A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO1991014978A1 (en) * 1990-03-29 1991-10-03 Fanuc Ltd Numeric controller having a plurality of displays

Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5493936A (en) * 1978-01-06 1979-07-25 Matsushita Electric Ind Co Ltd Data communication system
JPS5769956A (en) * 1980-10-20 1982-04-30 Nec Corp Remote monitor device

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS5493936A (en) * 1978-01-06 1979-07-25 Matsushita Electric Ind Co Ltd Data communication system
JPS5769956A (en) * 1980-10-20 1982-04-30 Nec Corp Remote monitor device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO1991014978A1 (en) * 1990-03-29 1991-10-03 Fanuc Ltd Numeric controller having a plurality of displays

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