JPH01317967A - Parking driving device for elevator - Google Patents

Abstract

PURPOSE:To improve service by making service unavailable in the floors other than those between the present position of an elevator cage through the floor to which a parking is designated when the elevator cage ascending or descending through multiple floors starts parking drive, and by giving an alarm for it. CONSTITUTION:A zone where service is unavailable is operated and output to a detection device Zi by a detection device 3 when parking driving informa tion 1 of an elevator cage and information for the position of the cage 2 are input. For example, in the floors from a 1st floor to a 10th floor, a parking floor is supposed to be the 2nd floor, and the cage is supposed to be running downward through a 5th floor. Calls that are registered until a parking is instructed are to be all ignored at the floors other than from the 5th floor to the 2nd floor. Also, registration of a call for the cage through a call button Bi at the floors other than those of the 5th floor to the 2nd floor during a parking, is rejected. An invalid call and the rejection thereof are informed to a zone where service is unavailable through the switching off of a registration device Ai and an alarm device Ci. Thereby, service for a passenger is improved.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to an elevator parking operation device, and particularly to improving service to customers in zones where service is unavailable during parking operation.

[Conventional technology]

As described in Japanese Patent Application Laid-open No. 59-2058, in the parking operation of an elevator, the parking switch is installed at a remote control point in the hall or monitoring panel of a specific floor, and in the elevator. The completion of the process was dormant after arriving at the parking floor.

[Problem to be solved by the invention]

The above-mentioned conventional technology does not take into account the point of service for customers who are in a zone where service is not possible during parking operation, and service cannot be provided to registered calls after the elevator reaches the parking floor and the elevator is in a dormant state. There was a drawback to knowing that.

The purpose of the present invention is to improve the above-mentioned drawbacks, and to improve the service for customers who are in zones where service is not available.

[Means to solve the problem]

The above purpose is to detect zones where service is not possible and cancel calls registered in zones where service is not possible, and also to detect when a call button in a zone where service is not available is pressed and to indicate that service is not available at the time the button is pressed. This is achieved by informing customers.

[Effect]

During parking operation, the system distinguishes between zones where service is possible and cancels calls in zones where service is not possible, and also detects when a call button is pressed in a zone where service is not possible. By informing customers that service is unavailable, it is possible to improve service to customers who are in zones where service is unavailable.

〔Example〕

An embodiment of the present invention will be described below with reference to block diagrams shown in FIGS. 1 and 2.

In the figure, 1 indicates parking operation information indicating whether or not parking operation is being performed, and outputs output if parking operation is in progress.
2 is elevator position information indicating the elevator zone, 3
inputs the information from 1 and 2, compares it with the position of the parking floor, and outputs the service-unavailable zone detection device, which detects the service-unavailable zone, and the service-unavailable zone, respectively.

zl is a first floor service unavailable zone detection device that inputs the signal from 3 and outputs it if it is a service unavailable zone, 22 to Z
picture. are for the 2nd to 10th floors, respectively.

This is an A1 call registration device, and the registered call is canceled by a signal from Z engineer. A, ~A engineering.

are for the 2nd to 10th floors, respectively. B1 is a first floor call button insertion detection device that outputs an output when the first floor call button is pressed; are for the 2nd to 10th floors, respectively.

C1 is a first floor alarm device that receives signals from Zl and B, and outputs when both signals are present, informing the customer who pressed the call on the first floor that the service is unavailable. C engineering.

are for the 2nd to 10th floors, respectively.

Next, we will show the operation of this embodiment. To simplify the explanation, the elevator floor is assumed to be the 10th floor, and the parking floor is the 2nd floor.
The elevator is currently running downward on the 5th floor, and the registration status of the calls is that there is a call on the 1st floor and a downward call on the 8th floor, and that the parking command was issued by the manager. do.

In response to the parking command, the parking operation information 1 outputs an output. Since the elevator position is currently on the 5th floor, the elevator position information 2 signals that the elevator position is 5FW. Based on the signals from the parking operation information 1 and the elevator position information 2, the service unavailable zone detection device After calculating the parking floor and the input signal, it was determined that service for calls other than those on the 2nd to 5th floors was not possible, and Z□, Z6 to Z. Output for .

The call registration is for the 1st floor and 8th floor, so the call registration device 1st floor 〇 and 8th floor A are output, but the call is output from the service unavailable zone detection device 1st floor Z□ and 8NZ. is canceled, and customers on the 1st and 8th floors can be informed that the elevator will not be able to service their registered calls.

Next, there is one condition that explains when a call for a no-service zone is registered during parking operation.

Under the same conditions as described above, it is assumed that the 10th floor hall call is pressed. When the 10th floor hall call is pressed, the call button insertion detection device 10th floor B1° outputs an output when the hall call button is pressed.

Service unavailable zone detection device Z. Since the conditions are the same as above, the output is output. Call button insertion detection device 10th floor B1゜ and service unavailable zone detection device 10FIZ
1. The alarm device 10FJC is activated by the input.

outputs an output, which informs the passenger who pressed the call button for the platform on the 10th floor that service cannot be provided.

〔Effect of the invention〕

According to the present invention, service can be improved for customers in zones where service cannot be provided during parking operation9.

[Brief explanation of the drawing]

FIG. 1 is a first block diagram showing an embodiment of the present invention;
FIG. 2 shows a second block diagram. 1... Parking operation information, 2... Elevator position information, 3... Service unavailable zone detection device, 2nd construction~
Z1゜...No service zone, Kenroso W1-10th floor,
A1~A engineering. ...Call registration device 1st to 10th floors.

Claims (1)

[Claims] (1) In an elevator car that is equipped with an elevator car that services between multiple floors and a means for parking the elevator car, when the parking operation means operates, all calls in the zone where the elevator car cannot be serviced are An elevator parking operation device characterized by comprising a means for canceling the parking operation.