JPS5912059A - Remote monitor device for elevator - Google Patents
Remote monitor device for elevatorInfo
- Publication number
- JPS5912059A JPS5912059A JP12160782A JP12160782A JPS5912059A JP S5912059 A JPS5912059 A JP S5912059A JP 12160782 A JP12160782 A JP 12160782A JP 12160782 A JP12160782 A JP 12160782A JP S5912059 A JPS5912059 A JP S5912059A
- Authority
- JP
- Japan
- Prior art keywords
- output
- signal
- elevator
- fault
- failure
- 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
Landscapes
- Selective Calling Equipment (AREA)
- Indicating And Signalling Devices For Elevators (AREA)
- Maintenance And Inspection Apparatuses For Elevators (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】
この発明はエレベータを遠隔監視する装置の改良に関す
るものである。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an improvement in a device for remotely monitoring elevators.
エレベータに故障が生じたとき、これを中央の監視セン
タに電話回線を通じて自動的に通報する装置が用いられ
ている。When an elevator malfunction occurs, a device is used that automatically reports this to a central monitoring center via a telephone line.
しかし、この装置では、エレベータにどのような故障が
生じ、またそのエレベータには過去にどのような故障が
生じていたかは分からない。更に、エレベータごとに1
台の送信装置と電話装置が必要であり、十分に通報機能
が満足されているものとは言い難いだけでなく、高価で
もある。However, with this device, it is not possible to know what kind of failure has occurred in the elevator, or what kind of failures have occurred in the elevator in the past. In addition, 1 per elevator
This system requires two transmitting devices and a telephone device, and not only does it not provide a sufficient reporting function, but it is also expensive.
この発明は上記不具合を改良するもので、エレベータご
とに発せられる複数の故障信号の内から一つを選択し、
この故障信号と建物番号とを電話回線を通じて監視セン
タへ通報してこれを表示することにより、多数のエレベ
ータの故障を1台の電話装置と送信装置で伝送でき、安
価に構成できるようにしたエレベータの遠隔監視装置を
提供することを目的とする。This invention improves the above-mentioned problem by selecting one of the plurality of fault signals issued for each elevator.
By reporting this failure signal and building number to a monitoring center through a telephone line and displaying it, failures of many elevators can be transmitted with one telephone device and transmitting device, making it possible to construct an elevator at low cost. The purpose is to provide a remote monitoring device.
以下、第1図〜第6図によりこの発明の一実施例を説明
する。An embodiment of the present invention will be described below with reference to FIGS. 1 to 6.
第1図中、(1)〜(9)はそれぞれ第1〜第9建物、
(IA)〜(IE)は第1建物(1)に設置されたA号
機〜E号機のエレベータの制御盤、(2A)〜(2E)
はそり、ぞれ制御盤(LA)−(’1りに接続された故
障検出装置、(3)は故障検出装置I(2A)〜(2E
)K接続された号機選択装置、(4)は電話機、(5)
は号慢選択装置(3)及び電話機(4)に接続され信号
を電話回線(IX)に送出する送信装置、(6)は各建
物からの電話回線(lX)〜(9X)に接続され出力を
電話回線(6Y)に送出する周知の電話交換機、(7)
は監視センタ、(8)は監視センタ(7)の電話機、(
9)は電話回線(6Y)及び電話機(9)に接続された
受信装置、0(1は受信装置(9)に接続された監視装
置である。In Figure 1, (1) to (9) are the 1st to 9th buildings, respectively.
(IA) to (IE) are control panels for elevators A to E installed in the first building (1), (2A) to (2E)
The fault detection device (3) is connected to the control panel (LA) - (1), respectively, and (3) is the fault detection device I (2A) to (2E).
)K connected number selection device, (4) is a telephone, (5)
is a transmitting device that is connected to the honor selection device (3) and the telephone (4) and sends the signal to the telephone line (IX), and (6) is connected to the telephone lines (lX) to (9X) from each building and outputs the signal. A well-known telephone exchange that sends out to the telephone line (6Y), (7)
is the monitoring center, (8) is the telephone of the monitoring center (7), (
9) is a receiving device connected to the telephone line (6Y) and the telephone set (9), and 0(1 is a monitoring device connected to the receiving device (9)).
第2図中、(a)はエレベータのかご内でインタホンボ
タンが押されたとき、巻上電動機が温度上昇I7たとき
等にそれぞれrl(Jとなる故障信号、(b)は呼びが
あってもかごが走行しないとき、電源が゛故障したとき
、安全回路が動作したとき、行先ボタンが押されている
が戸開しないとき等にそれぞれ「H」となる故障信号、
(C)はかごが着床すべき位置を外れて停止したとき、
戸閉動作を繰り返えすとき等にそれぞれl’HJとなる
故障信号、(21A)〜(21D)は入力が「H」にな
ってから一定時間経過すると出力もrn」となり入力が
rLJになると出力もrLJとなるタイマ、(22A)
〜(22D)は人力がrHJになった数を計数しそれが
所定値に達すると出力がrHJとなるカウンタ、 (2
′:5A)〜(23C)はORゲートで、(’a−A)
〜(c−A)はORブザー−(23A)械23C)の出
力で、故障信号、(ハ)は入力を順次記憶する記憶装置
、(イ)は読出しボタン、Vpは読出しボタン(ハ)、
ウヨ押されると記憶置割幌(ハ)の内容を一つ読み出す
読出し装置、(5)は入力を一時記憶しそれに対応する
表示を行う表示装置である。In Fig. 2, (a) shows a fault signal that becomes rl (J) when the intercom button is pressed in the elevator car or when the temperature of the hoisting motor rises I7, etc., and (b) shows a failure signal when a call is received. A failure signal that becomes "H" when the car does not run, when the power supply fails, when the safety circuit is activated, when the destination button is pressed but the door does not open, etc.
(C) When the basket deviates from its intended landing position and stops;
Failure signals (21A) to (21D) each become l'HJ when the door closes or closes repeatedly, etc. When a certain period of time elapses after the input becomes "H", the output also becomes "rn" and when the input becomes rLJ. Timer whose output is also rLJ (22A)
~(22D) is a counter that counts the number of times when human power reaches rHJ, and when it reaches a predetermined value, the output becomes rHJ, (2
':5A) to (23C) are OR gates, ('a-A)
~ (c-A) is the output of the OR buzzer (23A) machine 23C), which is the failure signal, (c) is the storage device that sequentially stores the input, (a) is the read button, Vp is the read button (c),
A reading device (5) reads out the contents of the storage space (c) when pressed, and a display device (5) temporarily stores the input and displays a corresponding display.
第3図中、(a−A)〜(C−A)・・・’ (a−K
)−(c−K)はそれぞれA号機〜E号機の故障信号、
(31人)〜(:ug)は入力GがrHJになると入力
A −Of(出力−するゲート回路、(aa−A)〜(
cc−A、) ・・・・(aa−E)ヘ−(cc−E)
はゲート回路(:nh)〜(31K)の出力で、故障信
号、(:′52A)〜(32丁:)はORゲート、(:
憾A)433E)はANDゲート、←0はORゲート、
(ト)は例えば]0キロヘルツの振動数で出力されるパ
ルス、に)はANDゲート、C37)は出力(37a
)−(37e)に順次1−HJが移動しANDゲートC
力の出力がrLJになると上記移動が停止しそのときの
出力(37a)〜(37e)のいずれかがrHJとなる
循還形シフトレジスタである。In Figure 3, (a-A) to (C-A)...' (a-K
)-(c-K) are failure signals of units A to E, respectively;
(31 people) ~ (:ug) is a gate circuit that outputs input A -Of (when input G becomes rHJ, (aa-A) ~ (
cc-A,) ...(aa-E) He-(cc-E)
are the outputs of the gate circuits (:nh) to (31K), which are failure signals, (:'52A) to (32nd:) are the OR gates, (:
Sorry A) 433E) is an AND gate, ←0 is an OR gate,
For example, (G) is a pulse output at a frequency of 0 kilohertz, C37) is an AND gate, C37) is an output (37a
) - (37e) 1-HJ sequentially moves to AND gate C
This is a circulating shift register in which the movement stops when the force output reaches rLJ, and any of the outputs (37a) to (37e) at that time becomes rHJ.
第4図及び第5図中、(5]A)〜(5]、z)はOR
ゲート、(52)はORゲート、(53)Vi監視セン
タ(7)の電話機(8)の電5話番号全自動ダイヤルす
る自動ダイヤル信号(5:3a)を発する自動ダイヤル
装置、(54)は建物番号(54,a)を記憶しており
これを上記自動ダイヤルが完了すると発信する建物番号
発信装置、(55)は故障イイ号(a、a−A)〜(c
c−A)−・・(aa−E)〜(cc−B)を直列信号
に変換する並直変換装置、(56)はORゲート、(5
7)は常時電話回線(IX)にORブザー−(56)を
接続し必要に応じ人為的にこれを電話機(4)に切り換
える切分は器である、。In Figures 4 and 5, (5]A) to (5], z) are OR
The gate, (52) is the OR gate, (53) the automatic dialing device that emits the automatic dialing signal (5:3a) to fully automatically dial the telephone number 5 of the telephone (8) of the Vi monitoring center (7), (54) is The building number transmitter (55) stores the building number (54, a) and transmits it when the automatic dialing is completed;
c-A)--parallel to serial converter that converts (aa-E) to (cc-B) into serial signals, (56) is an OR gate, (5
7) is a switch that connects an OR buzzer (56) to the telephone line (IX) at all times and artificially switches it to the telephone set (4) when necessary.
第6図及び第7図中、(91)は切分は器(57)と同
様の切分は器、(92)は自動受信装置、(93)は直
列信号を並列信号に変換する置皿変換器、(93a)〜
(931)は置皿変換器(93)の出力で、第1〜第9
の建物番号信号、(aaa、−A)〜((! cc−A
)・−・(aaa−B)−(ace−Eりは同じくA号
機〜E号機の故障信号、(101)は入力を記録するレ
ジスタ、(102)はレジスタ(101)の出力を表示
する表示装置、(103)はORブザー 、(104)
はベル、ブザー等の警報器である。In Figures 6 and 7, (91) is a cutting device similar to (57), (92) is an automatic receiving device, and (93) is a dish that converts serial signals into parallel signals. Converter, (93a) ~
(931) is the output of the plate converter (93), the first to ninth
building number signal, (aaa, -A) ~ ((! cc-A
)...(aaa-B)-(ace-E is also a failure signal for units A to E, (101) is a register that records input, (102) is a display that displays the output of register (101) Device, (103) is OR buzzer, (104)
is an alarm device such as a bell or buzzer.
次に、この実施例の動作を説明する。Next, the operation of this embodiment will be explained.
第1ull(F)の1号機のエレベータの制量盤(IA
)から発せられる故障信号(a)のいずれかが「H」に
なると、故障検出装@(2人)のORゲート(23A)
の出力である故障信号(a −A )は[HJとなる。1ull (F) Unit 1 elevator control panel (IA)
) When any of the fault signals (a) emitted from ) becomes “H”, the OR gate (23A) of the fault detection device
The fault signal (a − A ) which is the output of is [HJ.
この故障信号(a−A)は、直接検出された故障信号を
表す。また、故障信号(b)のいずれかがrHJになる
と、一定時間後タイマ(21A)〜(21D)の出力の
いずれかがrHJとなり、ORゲート(23B)の出力
である故障信号(b−A)はIHJとなる。この故障信
号(b−A)は異常が一定時間継続して検出された故障
信号を表す。−1,た、故障信号(Q)のいずれかがr
HJになり、その数が所定値に達するとカウンタ(22
A)〜(22D)の出力のいずれかが[′H」となり、
ORブザー(230)の出力である故障信号(C,−A
)はrHJとなる。この故障信号(c−A)は、異常が
所定回数発生して検出され、近い将来故障になると予測
される故障信号を表す。This fault signal (a-A) represents a directly detected fault signal. Further, when any of the fault signals (b) becomes rHJ, after a certain period of time, any of the outputs of the timers (21A) to (21D) becomes rHJ, and the fault signal (b-A) which is the output of the OR gate (23B) ) becomes IHJ. This failure signal (b-A) represents a failure signal in which an abnormality has been detected for a certain period of time. -1, either of the fault signals (Q) is r
When the number reaches a predetermined value, the counter (22
Any of the outputs from A) to (22D) becomes ['H],
The fault signal (C, -A) which is the output of the OR buzzer (230)
) becomes rHJ. This failure signal (c-A) represents a failure signal that is detected after an abnormality occurs a predetermined number of times and is predicted to become a failure in the near future.
今、第】、建物(1)の1号機のかご内でインタホンボ
タンが押されたとすると、上述のように故障信号(a−
A)ばrHJとなる。そして、これは記憶装置(ハ)圧
記憶される。一方、故障信号(a −A )は号機選択
装If?!3)へ人力すり、 、OR/F’ −1−(
32,i+)ノ出71;j: rHJ 、!= する。Now, if the intercom button is pressed in the car of car No. 1 in building (1), the failure signal (a-
A) It becomes barHJ. This is then stored in the storage device (c). On the other hand, the failure signal (a-A) is the machine selection device If? ! 3) Manual pickpocketing, , OR/F' -1-(
32, i+) No. 71; j: rHJ,! = Do.
−力、循尿形シフトレジスタ@はパルスC肴に応じ−C
出力(:’、7 a、)〜(、’37 e )が循還し
てお(]、出力(3’7a ’)がl’ 8.1になっ
たとき、ANDゲート(z3h)はrHJとなる1、こ
れで、ゲート回路(31A)は開かれ、故障信号(・1
−A)に対応する故障信号(aa−A)はrHJとなる
。同時に、ORゲート■の出力はrHJとなり、AND
ゲート(7)の出力1qtrLJとなるため、シフトレ
ジスタ(ロ)tit出力(37a )がrHJの状態で
停止する。故障信号(aa−A)は送信装fif’、
(5) ヘ入力され、ORゲート(51A)の出力け「
H」となり、ORゲート(52)の出力も「H」となる
のこれ〒、自動ダイヤル装置(53)は動作し、監視セ
ンタ(7)の電話f!I(8)のm話番号を自動ダイヤ
ルする。この動作は周知のように、切分は器(57)、
に話回線(]、x)、電話交換@(6)、電話回線(6
Y)、切分は器(9]、)及び自動受信装[Fl(92
)の間で行われる。この自動ダ・イヤルが完了すると、
自動ダイヤル装置(53)は建物番号発信装置(54)
に信号を送り、ここで建物番号(この場合は「1」)が
電話回線(IX)に送出される。建物番号の送信が完了
すると、建物番号発信装置(54)は並直変換装置(5
5)に信号を発し、ここで故障信号(aa−A)が伝送
される。もし、外に信号(bb−A)、 (co−A)
も入力されていれば、これらが第5図に示すように直列
信号に変換されて伝送される。-Power, circulation type shift register@according to pulse C side-C
When the output (:', 7 a,) ~ (, '37 e) circulates (], and the output (3'7a') becomes l' 8.1, the AND gate (z3h) is rHJ 1, now the gate circuit (31A) is opened and the fault signal (・1
The fault signal (aa-A) corresponding to -A) becomes rHJ. At the same time, the output of OR gate ■ becomes rHJ, and AND
Since the output of the gate (7) becomes 1qtrLJ, the shift register (b)tit output (37a) stops at rHJ. The fault signal (aa-A) is transmitted by the transmitter fif',
(5) is input to the output of the OR gate (51A).
The output of the OR gate (52) also becomes "H".The automatic dialing device (53) operates and the telephone f! of the monitoring center (7) is activated. Automatically dial the m-phone number of I(8). As is well known, this operation is performed as follows:
telephone line (], x), telephone exchange @ (6), telephone line (6)
Y), cutter (9), ) and automatic receiver [Fl (92
). Once this automatic dialing is complete,
The automatic dialing device (53) is a building number transmitting device (54)
The building number (in this case "1") is sent to the telephone line (IX). When the transmission of the building number is completed, the building number transmitting device (54) transmits the parallel-to-serial converter (54).
5), where the fault signal (aa-A) is transmitted. If outside signal (bb-A), (co-A)
If also input, these are converted into serial signals and transmitted as shown in FIG.
さて、電話回線(6Y)を介して送信装置t(9)へ入
力された故障信号(aa−A)は、切分は器(91)を
通り、自動受信装置(92)で受信される。置皿変換器
(93)では、信号の変換が行われ、@1建物番号信号
(93a )及び故障信号(aaa−A)がrHJとな
る。これは監視装置01へ入力され、レジスタ(101
)に記録される。これで、ORグー)(103)の出力
はrHJとなり、警報器(104)が鳴動すると共に、
建物番号と故障(この場合は直接検出故障)が表示装置
(102)に表示される。これらにより、係員は第1建
物(1)の1号機のエレベータで直接検出故障が発生し
たことを知り、修復に赴くことになる。Now, the failure signal (aa-A) inputted to the transmitter t (9) via the telephone line (6Y) passes through the receiver (91) and is received by the automatic receiver (92). The plate converter (93) performs signal conversion, and the @1 building number signal (93a) and fault signal (aaa-A) become rHJ. This is input to the monitoring device 01, and the register (101
) is recorded. Now, the output of OR Goo (103) becomes rHJ, the alarm (104) sounds, and
The building number and the fault (in this case, a directly detected fault) are displayed on the display device (102). As a result, the staff learns that a directly detected failure has occurred in the elevator of No. 1 in Building 1 (1), and goes to repair it.
1号機の機械室に到着した係員が読出しボタン(イ)を
押すと、読出し装置に)は動作し、記憶装置(ハ)に記
憶されていた故障信号(a)が読み出され、表示装置(
2)に表示される。この表示により、それまでに配憶さ
れているすべてのデータを知ることができ、それf参考
にして故障修理を行う。修理完了すれば、故障信号(a
)は日月となり、初期状態に戻る0
実施例では、故障信号(a)の発生について説明したが
、他の故障信号(b) 、 (C)についても同様であ
ることけ容易に了解されよう。When the staff member who arrived at the machine room of Unit 1 presses the readout button (a), the readout device) operates, the fault signal (a) stored in the storage device (c) is read out, and the display device (a) is activated.
2) will be displayed. This display allows you to know all the data that has been stored up to that point, and use it as a reference when troubleshooting. When the repair is completed, the failure signal (a
) become the sun and month, and return to the initial state 0 In the embodiment, the generation of the fault signal (a) has been explained, but it will be easily understood that the same applies to the other fault signals (b) and (C). .
なお、次のように実施することも可能である。Note that it is also possible to implement as follows.
(7)故障信号(a−A)〜(c−A)を故障別(例え
ば、乗客閉込め、使用不能9着床不良9戸開閉不良等)
に分けて出力させる。(7) Fault signals (a-A) to (c-A) by fault (e.g. passenger trapped, unusable 9 faulty landing, 9 faulty door opening/closing, etc.)
Output it separately.
(イ) 記憶装置(ハ)は、停電時電池を電源として供
給し、記憶を保持させる。(a) The storage device (c) supplies the battery as a power source during a power outage and retains the memory.
(つ) 読出しボタン(2)の読出しの代わりに、自動
的に順次読み出して表示する0
に) 故障信号(a)〜(C)の中に停電、故障検出装
置(2A)〜(2E)自体の故障等も含める。(1) Instead of reading out the readout button (2), it will automatically read out and display 0 in sequence.) Among the failure signals (a) to (C) are power failures and failure detection devices (2A) to (2E) themselves. Also includes malfunctions, etc.
(3) 記憶装置(ハ)には、故障信号(a)〜(c)
とその発生時刻を記憶させ、故障がいつ生じたか分かる
ようにする。(3) The storage device (c) has failure signals (a) to (c).
and the time of occurrence, so that you can know when the failure occurred.
(至) 号機選択装置(3)では、最初に故障の生じた
かごだけを出力するようにしたが、これをその後に故障
を生じたかごの故障信号も出力させる。(To) The car selection device (3) initially outputs only the car in which the failure occurred, but thereafter also outputs a failure signal for the car in which the failure occurred.
(→ 号機選択装置(3)では、故障が生じたかごの故
障信号をすべて出力するようにしたが、これをそのかご
の最初に生じた故障信号だけ出力させる。(→ In the car selection device (3), all the failure signals of the car in which the failure has occurred are outputted, but only the failure signal that occurs first in that car is outputted.
(イ)故障に優先順位を設け、号機選択肢rN、(3)
から優先順位の高いものだけを出力させる。(b) Prioritize failures, select machine number rN, (3)
Output only those with high priority.
(刀 送信装置(5)では、第5図に示すように、]号
機〜5号機全体のタイミングスロットを設けて号機の区
別をしたが、これを号機番号と故障信号の1台分のタイ
ミングスロットで出力する。(In the sword transmitter (5), as shown in Figure 5, the timing slots for all units 5 to 5 are provided to distinguish between units. Output with .
(コ) 自動ダイヤルしたとき話中の場合は、一定時間
抜再度自動ダイヤルさせる。(j) If the call is busy when the call is automatically dialed, the call will be automatically dialed again after a certain period of time.
0) 受信装@(9)に複数の電話機を設置し、自動ダ
イヤルしたとき話中であれば、他の電話機に自動ダイヤ
ルさせる。0) Install multiple telephones in the receiver @ (9), and if the call is busy when automatically dialing, other telephones will be automatically dialed.
(a かご内のインタホンと監視センタ(7)の間で、
1b接A話ができるようにする。(a) Between the intercom in the car and the monitoring center (7),
1) Be able to speak in close and A language.
に) 監視装置N (1+)の方からエレベータに制御
信号(1+!Iえ訂、自動体止させる信号)を送ってエ
レベータを制御するように構成すZ)。2) The monitoring device N (1+) is configured to send a control signal (1+! I correction, signal for automatic stop) to the elevator to control the elevator.
(→ エレベータと監視装置(1(iの間で、動作確認
の信号全授受−するよりに性成する。(→ Elevator and monitoring device (1) All operation confirmation signals are exchanged between the elevator and the monitoring device (1).
し) エレベータ以外の受電・変電、空気調和。) Power reception/transformation and air conditioning other than elevators.
給水・排水、ボイラ等の設備にも適用する。Also applies to equipment such as water supply, drainage, and boilers.
以上説明したとおりこの発明では、建物に設置されたエ
レベータの故障を検出して故障信号を発生し、これを直
列信号に変換すると共に、その建物の番号を出力し、こ
れを電話回線をiMして監視センタへ伝送し、これを受
信して表示するようにしたので、多数のエレベータの放
線′ft1台の電話装置と送信装置で伝送することがで
き、安価に構成することができる。As explained above, in this invention, a failure in an elevator installed in a building is detected, a failure signal is generated, this is converted into a serial signal, the number of the building is output, and this is sent to the iM telephone line. Since the information is transmitted to the monitoring center, received and displayed, the radio waves of a large number of elevators can be transmitted using one telephone device and one transmitting device, and can be constructed at low cost.
第1図はこの発明によるエレベータの遠隔監視装置の一
実施例を示すブロック回路図、第2図は第1図の故障検
出装置のブロック回路図、第3図は同じく号機選択装置
、のブロック回路図、第4図は同じく送信装置のブロッ
ク回路図、第5図は第4図の送信信号図、第6図は第1
Mの受信装置のブロック回路図、第7図は同じく監視装
置のブロック回路図である。
(1)〜(9)・・・第1〜第9建物、(IA)只IE
) ・A号機〜E号機のエレベータの制圓盤、(2人
)穢2B) ・・・同左故障検出装置、(5)・・送信
装置、(IX)〜(9X)・・・第1〜第9建物の電話
回線、(6)・・・電話交換機、(6Y)・・・電話回
線、(7)・・・監視センタ、(9)・・・受信装置、
(ld・・監視装置
なお、図中同一部分は同一符号により示−し代理人 葛
野信−(外1名)
第1図
第2図
A
第:3図
第4図
第5図
時間−FIG. 1 is a block circuit diagram showing an embodiment of an elevator remote monitoring device according to the present invention, FIG. 2 is a block circuit diagram of the fault detection device shown in FIG. 1, and FIG. 3 is a block circuit diagram of the elevator car selection device. Figure 4 is a block circuit diagram of the transmitting device, Figure 5 is a transmission signal diagram of Figure 4, and Figure 6 is a transmission signal diagram of Figure 1.
FIG. 7 is a block circuit diagram of the receiving device of M. Similarly, FIG. 7 is a block circuit diagram of the monitoring device. (1) to (9)...1st to 9th buildings, (IA) only IE
) ・Elevator control panel of Units A to E, (2 people) 2B) ...Failure detection device on the left, (5)...Transmission device, (IX) to (9X)...1st to 9th building telephone line, (6)...telephone exchange, (6Y)...telephone line, (7)...monitoring center, (9)...receiving device,
(LD...Monitoring device) Note that the same parts in the figures are indicated by the same reference numerals.Representative: Makoto Kuzuno (1 person) Fig. 1 Fig. 2 A Fig. 3 Fig. 4 Fig. 5 Time -
Claims (1)
する故障信号を発する故障検出装置、この故障検出装置
の出力を直列信号に変換すると共にあらかじめ記憶して
bる建物番号を出力する送信装置、この送信装置の出力
を電話回線を通じて自動送信する電話装置、監視センタ
に設置され上記電話装置の出力を受信する受信装置、及
びこの受信装置の出力を表示する監視装置を備えてなる
エレベータの遠隔監視装置。A fault detection device that detects a fault in an elevator installed in a building and issues a corresponding fault signal; a transmitting device that converts the output of this fault detection device into a serial signal and outputs a pre-stored building number; A remote monitoring device for an elevator comprising: a telephone device that automatically transmits the output of the transmitting device through a telephone line; a receiving device installed in a monitoring center that receives the output of the telephone device; and a monitoring device that displays the output of the receiving device. .
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP12160782A JPS5912059A (en) | 1982-07-13 | 1982-07-13 | Remote monitor device for elevator |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP12160782A JPS5912059A (en) | 1982-07-13 | 1982-07-13 | Remote monitor device for elevator |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS5912059A true JPS5912059A (en) | 1984-01-21 |
JPS6363465B2 JPS6363465B2 (en) | 1988-12-07 |
Family
ID=14815436
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP12160782A Granted JPS5912059A (en) | 1982-07-13 | 1982-07-13 | Remote monitor device for elevator |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5912059A (en) |
Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS5415250A (en) * | 1977-07-05 | 1979-02-05 | Mitsubishi Electric Corp | Device for transferring management signal in trasporter |
JPS5574972A (en) * | 1978-11-30 | 1980-06-05 | Mitsubishi Electric Corp | Controller for elevator |
-
1982
- 1982-07-13 JP JP12160782A patent/JPS5912059A/en active Granted
Patent Citations (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS5415250A (en) * | 1977-07-05 | 1979-02-05 | Mitsubishi Electric Corp | Device for transferring management signal in trasporter |
JPS5574972A (en) * | 1978-11-30 | 1980-06-05 | Mitsubishi Electric Corp | Controller for elevator |
Also Published As
Publication number | Publication date |
---|---|
JPS6363465B2 (en) | 1988-12-07 |
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