JPH09124237A - Operation control device of elevator - Google Patents

Abstract

PROBLEM TO BE SOLVED: To give the service of an elevator to a floor which is set as a nonstop floor in a simple operation by informing the service execution conditions to the non-stop floor, when it is detected that a hall call register device set at the floor which is set as a nonstop floor is operated. SOLUTION: It is confirmed whether a nonstop floor call register device Y2 is operated or not by a nonstop floor hall call operation detector 17. When it is operated, a service execution condition is informed to the nonstop floor by a hall report device controller 20, and a nonstop floor service permission table 18 is checked so as to decide the necessity of the service. When a specific time does not pass in case of outputting no service permission, it is checked whether the hall call register device Y2 is operated again or not. When it is decided to be operated again, and the operation suitable to the hall call operation condition is made, the service permission table 18 is checked, and when the permission is output, the hall call signal of the nonstop floor is recorded on a hall call register table 15, and the service to the nonstop floor is carried out.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an elevator operation control device, and more particularly, to service control to an unstoppable floor in an elevator in which some of a plurality of service floors are set as unstoppable floors.

[0002]

2. Description of the Related Art Operation control for setting a part of a service floor of an elevator as a non-stop floor is performed for security or express operation for increasing transportation capacity. However, the existence of these non-stop floors means that unhealthy people who use wheelchairs and the like who have difficulty in using stairs and those who carry luggage using trolleys that cannot use stairs are on other floors. It is extremely inconvenient because the means to move to the floor will be lost.

Japanese Unexamined Patent Publication (Kokai) No. 5-97330 proposes a hall call registration device which enables a call to the non-stop floor by a cryptographic operation for controlling the operation time of a hall call button.

In Japanese Patent Laid-Open No. 2-147580, a stop floor is displayed on a floor set as a non-stop floor,
It is described that the user should move to the stop floor using stairs and then use the elevator.

[0005]

However, the hall call operation method by the cryptographic operation can be used only by a specific limited person who knows the cryptographic operation, and the stop floor display method is that the movement to the stop floor is not possible. Since it is necessary to use the stairs, it is not possible to eliminate the inconvenience for those who cannot use the stairs.

An object of the present invention is to provide an operation control device capable of servicing an elevator with a simple operation on a floor set as a non-stop floor.

[0007]

According to the present invention, when it is detected that a hall call registration device installed on a floor set as a non-stop floor is operated, a service execution condition for the non-stop floor is notified. However, when a hall call operation conforming to the service execution condition is performed, the service is executed on the non-stop floor.

[0008]

1 is a block diagram of an elevator operation control apparatus showing an embodiment of the present invention. Hall call registration device Y1, Y2 for attracting elevators
Is installed in the hall on each floor and is connected to the control processing device 10 via the transmission path C1.

The control processor 10 has a hall call table 11, a service floor setting (nonstop floor setting) section 12, a service floor setting (nonstop floor setting) table 13, a stop floor check section 14, and a hall call registration table 15. , Non-stop floor hall call operation detection table 16, non-stop floor hall call operation detection unit 17, non-stop floor service permission table 18,
A hall notification device control table 19, a hall notification device control unit 20, and a hall call response lamp output table 21 are provided.

When the hall call registration devices Y1 and Y2 on each floor are operated, the hall call signal is transmitted through the transmission line C1 and recorded in the hall call input table 11.

The service floor setting unit 12 is a program for deciding a floor to be serviced by the elevator. As a method of setting the service floor, there is a method of determining the necessity of service based on factors such as the specifications of the building and the presence / absence of an entrance / exit during the elevator design, and setting it in the ROM. Also, after operating the elevator, in order to make the elevator divided and express in response to an increase in traffic demand and to make a specific floor a non-stop floor for the purpose of security, reflect the customer's request and service floor There is a method of setting with a setting means. Further, in a group management elevator or the like, there is also a method in which a group management control device learns traffic demand of a building and automatically determines and sets service floors for divided express operation and skip operation. The service floor setting unit 12 comprehensively judges the information from these service floor setting means to determine the final service floor, and sets this in the service floor setting table 13.

The stop floor check unit 14 determines the data in the hall call input table 11 and the data in the service floor setting table 13, and determines the hall call registration device Y1 on the service floor.
(Here, it is assumed that the hall call registration device Y2 is set as a non-stop floor), this is recorded in the hall call registration table 15, and the hall call registration device Y2 on the non-stop floor is When operated, it is registered in the non-stop floor hall call operation detection table 16.

The hall call response light output table 21 is also provided.
The data recorded in the hall call registration table 15 is copied to the hall call response lamp output table 2
The output signal of No. 1 is transmitted to the hall call registration devices Y1 and Y2 via the transmission line C1, and the hall call registration devices Y1 and Y2 are transmitted.
Turn on the 2 response light.

When the non-stop floor hall call operation detection unit 17 detects from the data of the non-stop floor hall call operation detection table 16 that the non-stop floor hall call operation is being performed, a signal is sent to the hall notification device control table 19. Is output, and it is instructed to generate data to be guided by the display or speaker of the floor hall. When it is detected that the hall call operation is continuously performed, this is recorded in the non-stop floor service permission table 18.

The hall notification device control unit 20 generates the display contents of the display device and the data of the voice guidance to be broadcast by the speaker according to the data output from the hall notification device control table 19, and the data is transmitted via the transmission line C2. Information is transmitted to the hall notification devices H21 to H23 (H11 to H13) installed above the floor entrances and exits E21 to E23 (E11 to E13) of each floor.

FIG. 2 is a flow chart of a program executed by the stop floor check unit 14. The stop floor check unit 14 first checks the hall call input table 11 in step F10, and confirms the hall call registration device Y.
Check whether 1 and Y2 are operated. When the hall call registration devices Y1 and Y2 are operated, the data of the service floor setting table 13 and the data of the hall call input table 11 are compared in step F11.
When the hall call registration device Y1 on the service floor is operated, the process proceeds to step F12 and is registered in the hall call registration table 15. If the hall call registration device Y2 on the non-stop floor is operated, step F13
Then, the data is recorded in the non-stop floor hall call operation detection table 16.

In step 14, all floors and directions (UP,
It is checked whether or not the processing for DOWN) is completed, and the processing is repeated by returning to step F10 until it is completed.

FIG. 3 is a hall call operation detecting section 1 of the non-stop floor.
7 is a flowchart of a program executed by 7. The non-stop floor hall call operation detection unit 17 firstly, in step F20, the non-stop floor hall call operation detection table 1
6 is checked to see if the hall call registration device Y2 on the non-stop floor is operated. If the hall call registration device Y2 on the non-stop floor is operated, step F
At 21, the notification signal is recorded in the hall notification device control table 19, and the hall notification device control unit 20 notifies the non-stop floor. The notification signal is for notifying the service execution condition for servicing the non-stop floor, and is the caution information of the non-stop floor,
The service waiting time information, the hall call operation condition information which is a condition for executing the service to the non-stop floor, and the like. The contents of notification and the form of notification (display / broadcast) can be changed appropriately. The hall call operation conditions are simple so as to avoid complication of the call operation, but in order to avoid being used by normal people, the service waiting time is longer than the service waiting time for the normal stop floor ( 3 minutes).

In step F22, the non-stop floor service permission table 18 is checked to determine whether or not the non-stop floor is to be serviced. When the service permission to the non-stop floor (service permission will be described later) has not been issued, the process branches to step F23 to check whether a predetermined time has elapsed. In this step F23, the time elapsed since the hall call registration device Y2 was first operated is counted, and if the predetermined time has elapsed, it is considered that the hall call has not been re-operated.
Proceed to step 28, and the non-stop floor hall call operation detection table 16
Is cleared, the process goes to step F29 to clear the hall notification device control table 19 to stop the notification to the hall and return to the state before the operation of the hall call registration device.

If the predetermined time has not elapsed in the confirmation of the elapsed time in step F23, step F2
It branches to 4 and checks whether or not the non-stop floor hall call registration device Y2 has been re-operated. This check is to confirm whether or not the hall call operation is performed according to the hall call operation condition which is the service execution condition notified by the hall notification device control unit 20 in step F21. Then, if the hall call operation that meets this condition is performed, it is determined that the re-operation has been performed. The hall call operation condition is, for example, the hall call registration device Y2.
Is to be re-operated once and continuously operated for a predetermined time.

When an operation that meets the hall call operation condition is performed, the process proceeds from step F24 to step F25, and the service permission data for the non-stop floor is recorded in the non-stop floor service permission table 18.

If service is permitted in the check processing of the non-stop floor service permission table 18 in step F22, the process proceeds to step F26, and the hall call signal of the non-stop floor is recorded in the hall call registration table 15. , Execute the service to the non-stop floor. afterwards,
In step F27, the service permission data for the non-stop floor is cleared from the non-stop floor service permission table 18, and the hall call operation condition on the non-stop floor is met 1
The service is executed only once for each re-operation. This service restriction can be repeatedly used within a short time if the service permission data recorded in the non-stop floor service permission table 18 is cleared after a predetermined time has elapsed from the hall call re-operation using a timer. It is convenient for such cases.

In step F30, all floors, direction (U
P, DOWN) is checked to see if the above process has been completed, and the process returns to step F20 and is repeated until it is completed. FIG. 4 is a configuration diagram of various tables described in FIG. These tables are configured in RAM, and the service floor setting table 13, the non-stop floor service permission table 18, and the hall notification device control table 19 have an area of (number of elevators) × (direction) × (number of floors). Be prepared. Further, the hall call input table 11, the hall call registration table 15, the non-stop floor hall call operation detection table 16, and the hall call response lamp output table 21 are (wheelchair call type, general call type, VIP call type, etc.). Areas for x (direction) x (number of floors) are prepared.

FIG. 5 shows an example of a non-stop floor hall in the elevator according to the present invention. Hall alarm devices H21-H installed above the entrances and exits of each elevator in the hall
23 is a display H21a ~ H23a and a speaker H21b
To H23b, the display units H21a to H23a inform the service execution condition by character information, and the speakers H21b to H23H.
Reference numeral 23b is voice information for notifying the service execution condition.

In the normal state, the hall notification devices H21 to H21
No. 23 is in a state of not notifying anything, or "nonstop floor" is displayed on the displays H21a to H23a. Then, when the hall call registration device Y2 is operated, the display devices H21a to H23a and the speakers H21b to H23b give notification to encourage the use of other floors, and in addition, for people who are unhealthy or who use a dolly Is notified of the service execution condition for the non-stop floor.

[0026]

The elevator operation control apparatus of the present invention comprises:
Elevator service can be performed with a simple operation on a floor set as a nonstop floor.

[Brief description of the drawings]

FIG. 1 is a block diagram of an elevator operation control device according to the present invention.

2 is a flowchart of a program executed by a stop floor check unit in the elevator operation control device according to the present invention shown in FIG. 1. FIG.

FIG. 3 is a flowchart of a program executed by a non-stop floor hall call operation detection unit in the elevator operation control device according to the present invention shown in FIG.

FIG. 4 is a configuration diagram of various tables in the elevator operation control device according to the present invention shown in FIG.

FIG. 5 is a front view showing an example of a hall on a non-stop floor in the elevator according to the present invention.

[Explanation of symbols]

 Y1, Y2 Hall call registration device H11 to H23 Hall notification device 12 Service floor setting unit 13 Service floor setting table 14 Stop floor check unit 15 Hall call registration table 16 Non-stop floor hall call operation detection table 17 Non-stop floor hall call operation detection Part 18 Non-stop floor service permission table 19 Hall alarm device control table

Claims (6)

[Claims] 1. An elevator operation control device for servicing a plurality of floors and servicing a call floor registered by a hall call registration device provided in a hall, wherein a part of the service floor is set as a non-stop floor. Stop floor setting means and non-stop floor hall call operation detection means for detecting that the hall call registration device installed as a non-stop floor has been operated, and service to the non-stop floor where the hall call registration device has been operated The service execution condition notifying means for notifying the execution condition, the hall call operation detecting means for detecting that the hall call operation conforming to the service execution condition is performed, and the hall call operation conforming to the service execution condition are performed. An operation control device for an elevator, comprising: non-stop floor service executing means for executing a service on a non-stop floor. 2. The non-stop floor service executing means according to claim 1, when the hall call operation conforming to the service executing conditions is performed, the setting of the non-stop floor set in the non-stop floor setting means is released. An operation control device for an elevator, wherein after the service is executed on the non-stop floor, the service is set as the non-stop floor again. 3. The non-stop floor service executing means according to claim 1, wherein when the hall call operation conforming to the service executing conditions is performed, the non-stop floor setting means sets the non-stop floor for a predetermined time. An elevator operation control device, which is released only during a period of time and is set as a non-stop floor again after a predetermined time has elapsed. 4. The elevator operation control device according to claim 1, further comprising non-stop floor notifying means for notifying that the hall call registration device has operated the non-stop floor. . 5. The elevator operation control device according to claim 4, wherein the non-stop floor notifying means notifies that the service to the floor has a long waiting time. 6. The elevator according to claim 1, wherein the non-stop floor service executing means makes a service waiting time to the non-stop floor longer than a service waiting time to the stop floor. Operation control device.