JPS5878981A - Monitor device for elevator - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to an elevator monitoring device comprising a central processing unit (hereinafter referred to as CPU) and a cathode ray tube display device (hereinafter referred to as CRT).

In skyscrapers and λ-type buildings, elevators and escalators are generally supplied by multiple companies. In such a building, if an elevator or escalator malfunctions, the staff will confidentially contact the maintenance company for the elevator or escalator.
Passengers trapped in the corner of the elevator must be accommodated as soon as possible, and the malfunctioning elevator and escalator must be restored. However, in the conventional elevator monitoring device 1, the failure number of the elevator and escalator Because the only display was 1, the staff was in contact with the liaison and maintenance company vII for the unit in question, which caused a long delay in responding.
I have 5 questions on my shoulders.

Therefore, 1 dud W! A is to eliminate the drawbacks mentioned above, and if a breakdown occurs in an elevator or escalator, the name and phone number of the relevant maintenance company will be displayed to KCRT immediately so that staff can contact Rinchi. It provides 5 ulv* of elevator monitoring.

Below is a detailed explanation of the elevator monitoring device according to the present invention using AMV hani! 0 Part 1 II shows a complete example of an uninvented elevator monitoring device.
is CPU5, il is memory, and 1 is inside t.
The program shown in FIG. 42 is stored.

3 is a CRT control section, which connects the CP via the data bus.
CR after receiving screen data and display commands supplied from UI
Display one T4 screen. 5 is a failure of company A's elevator.
ct6, failure information 6m generated from Company B elevator failure detection device 7 and Company 0 escalator failure detection device 8ρ)
,? a, 8all CPUIKie2 input device.

Figure 2 shows the 9% CP stored in memory 2 shown in Figure 1-.
-s! in the flowchart of the program decoded and executed in U1! show.

In the device configured in this way, if no failure occurs in the elevator or escalator, the failure information 6a, 7m, and 8m are all 10''. - Then, when Jin's program starts, the processing Fault signal 6m at 20, ?a.

A process 21 of reading 8a and storing it in the memory 2 is executed.

In this case, since 6m=@O°, the program moves to process 23 and executes that process.

Also, since 7&="0°, it moves to i-processing 25 and executes the process.@ Also, since ga="o", this program completes execution. That is, C'RT4 Execution completion processing Ilv is performed without displaying a failure indication, and the process moves to the next step.

Next, what if Company B's elevator breaks down for some reason? 'a = @1'' is 0. Then, when the program starts, it moves to process 3 according to the above process and executes that process. Since %71=@l'', it moves to process 24 and executes that process. V Execute.゛In this case, process 24 is memory 1 a' to B maintenance company name and telephone 1
14 screen data is read and the CRT control iron equipment tCa
1CRT screen display command is given by inputting i. 3
A place like Ojin that shows the name of B maintenance company and its telephone number on CRT4! When lt-completion is completed, the process moves to process 25, but since S, = @ 0 @, the execution of the program is completed and the process moves to the next step. In addition, if the elevators of multiple companies break down while the elevator is out of service, the names and maintenance numbers of the multiple companies that apply to the CRT4 will be displayed using the same procedure as in the case described above. In the example, only the maintenance company name and telephone number are displayed in '1, but by also displaying the elevator number of the elevator where the failure occurred, etc., j! ni'f'
It's going to be a bit of a bit of a bit of a bit of a bit of a bit of a bit of a bit of a bit of a bit of a bit of a bit of. Also, color cR' on CRT
rvl! The effect will be further increased if color indications are displayed in places where it is desired to alert the staff.

As explained above, the present invention monitors elevators that have failed due to the CPU and CRT, and if a failure occurs in the elevator, it immediately displays the corresponding maintenance fee company name and telephone number on the CRT. Therefore, if the maintenance company is contacted quickly, it will have the excellent effect of shortening the time it takes to rescue the passengers who are trapped in the area.

[Brief explanation of the drawing]

Figure 1 shows an elevator monitoring device according to an uninvented invention!
Block diagram showing an example, 2nd @ is -S of 70-chart
It shows ugliness. l...CPU%2...Memory%3...CRT control 114...CRT, 5...Input device%6-8...
Fault detection fold t. Daitsujin Kazuno Bien - f 1 Figure 1 Spear 2 Figure

Claims (1)

[Claims] In an elevator monitoring device equipped with a central processing unit and a cathode ray tube display device, if a failure occurs in the elevator, the name and telephone number of the maintenance company are sent to the cathode ray tube display device. ! Showing vq # mold and elevator monitoring equipment.