JPS582169A - Register for calling of 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 improvement in a device for registering elevator calls.

When you operate a hall button at an elevator hall, a hall call for that direction is registered. Additionally, when a destination button is operated within the car, a car call is registered. The car is then operated in response to these hall calls and car calls. However, the destination button inside the car is usually installed on the wall near the car entrance, making it inoperable for passengers who are pushed to the back of the car when the car is full. Such passengers must ask a passenger at the entrance to press the button for the floor they want to go to. This is troublesome even for people who are used to riding elevators, and it is even more painful for women, girls, the elderly, etc. who are not used to riding elevators. In addition, operating the landing buttons can be a hassle if there are many cars arranged side by side, and people who are not used to riding elevators may get confused as to which landing button to operate. I can say it.

The present invention is intended to improve the above-mentioned problems, and aims to provide an elevator call registration device that can automatically register calls according to traffic conditions without complicated operations.

An embodiment of the present invention will be described below with reference to FIGS. 1 to 3.

In Figure 1, (1) is the 1st floor floor, (2) and (3) are 1
The entrance/exit of the elevator halls of Units 1 and 2, (4) is the entrance/exit (2).

The landing button installed on the wall of the landing between (3) and (5)
is the elevator car that has landed on the first floor (1), (
6) Destination button installed inside the heel (5), (7) load detection device installed under the floor of the heel (5) to detect the load in the basket (5), (8) on the ceiling of the first floor , (9) is a well-known waiting passenger number detection device that is installed near the ceiling (8) and detects the number of waiting passengers at the landing by emitting ultrasonic waves, etc. (1 is installed on the upper floor of the building). The elevator machine room (■1 is the control panel installed in machine room 4).

In Figure 2, ('') is the landing button signal that is emitted when the landing button (4) is operated, and (6a) is the destination button (6).
Destination button No. 746 issued when is operated, (7a)
is the signal emitted from the load detection device & (7), and the signal from the car (
5) The car load wandering signal corresponds to the load in (9a), the signal emitted from the waiting passenger number detection device (9), the waiting passenger number signal corresponding to the number of waiting passengers at the hall, (1 car is the clock ( A time signal emitted from (not shown), which corresponds to the current time;
l is also a signal emitted from a car position detection device (not shown), which is a car position signal indicating the car position, and θ~ are signals (4a), (6a) + (7a), (9a) +
Q4] An input circuit that takes in +(16), 07) is an arithmetic circuit composed of a microcomputer, and 011 is a central processing unit (hereinafter referred to as CPU) that constitutes the central part of the arithmetic circuit αη.
), (11 is a read-only memory (hereinafter referred to as ROM) that stores the program that commands the operating procedure shown in Figure 3 and fixed value data, and ■ is a read/write memory that stores data such as calculation results. Memory (hereinafter referred to as RAM),
■υ is a converter (hereinafter referred to as I/F) for taking input signals into CPU iIQ, @ is cPU (I/F),
The converter (hereinafter referred to as I/F) that outputs the output signal from l to the outside, the wire is the path that connects each device 0 barrel to wire, and (c) registers the call corresponding to the input signal. This is a call registration circuit.

In FIG. 3, (to) to (46) follow the operating procedure shown in FIG. 2. Next, the manufacturing of this embodiment will be explained.

In step (1), the input circuit - input signals (4a), (6a
) + (7a) + (9a) , 04) , (takes I@ and sends it to Te (!PUOII) through I/PC!l. In step C1,), the time signal (from 14I, at rising congestion time) Determine whether there is. Increased congestion time is from 8 a.m.
This refers to the time when there are many passengers heading from the first floor to each floor above, such as when dispatched at 9 a.m.

If it is determined that it is the increasing congestion time, proceed to step (2), and from the number of waiting customers signal (9a) and the car load signal (7a), the number of customers waiting on the first floor and the load in the car are both above the predetermined value. to judge. If it is determined that these are greater than or equal to a predetermined value, automatic call registration is determined in step (to).

On the other hand, in procedure -, input signals (7a), (9a),
From 041, conditions such as the current time, number of customers waiting, and load are set.

In step (to), when the conditions are the same as the above, R
Parsimony from data stored in AMH. Steps (7)
), the car call on the floor to be registered is determined from the data retrieved above. On the other hand, in step (B), it is determined whether Kato (5) is on the first floor, and if it is on the first floor, in step (7), the signal corresponding to the above floor is sent to the call registration circuit via I/F (c). (c), and the call number for the above floor is automatically registered. If it is determined in step (b) that car (5) is not on the first floor, the car call will be automatically registered after waiting for car (5) to arrive on the first floor in step -. In addition, based on the input signals taken in step (), step - determines at what time, how many passengers are waiting, what load condition is in the car (5), and what hall calls and car calls have occurred. Accumulate data over a long period of time.

Next, if step 61) does not determine that it is an increasing congestion time,
Proceed to step (4)) and determine whether it is the descending congestion time. The descending congestion time refers to the time when there are many passengers heading from each floor to the first floor, such as when leaving work between 5:00 pm and 6:00 pm. If it is not determined that it is a descending congestion time, the operation returns to step Oυ□ and does not proceed to the next step.0 If it is determined that it is a descending congestion time, the process proceeds to indication (42), and the number of waiting customers on each floor and the load in the car are calculated. It is also determined whether the value is greater than or equal to a predetermined value. Thereafter, as in the case of upward congestion, steps (43) to (46) are followed, and the hall calls for the corresponding floors are automatically registered.

Note that it is also possible to implement as follows.

(7) In addition to the rising and falling crowd times, it is also used during the lunch rush hour.

(b) To prevent stored data from disappearing due to power outages, RAM [is required to be powered by a battery or to be powered by a non-volatile RA.
Use M.

(I: ARAMlall requires a large capacity, so bubble memory is used.

2) Automatic call registration is not automatically determined, but can be switched manually.

As explained above, in the present invention, a storage device is provided for storing and accumulating at least the occurrence situation of a call corresponding to a time signal or the condition of a landing hall, and a call is made based on the output of this storage device. Since the registration is fully automatic, it is possible to eliminate the trouble of asking passengers to operate buttons when the car is full, and the worry of getting confused about how to operate the landing button when a large number of cars are arranged side by side. ,.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing an embodiment of an elevator call registration device according to the present invention, FIG. 2 is a block circuit diagram of FIG. 1, and FIG. 3 is a flowchart of the operation of FIG. 2. (5)... Car, (7a)... Car load signal, (9a
)...number of waiting customers signal, (14)...time signal, clear/incoming direction, 07)...arithmetic circuit, (18)...CPU5)
・RAM, (c)...Call registration circuit agent Makoto Kuzuno-
(1 other person) Figure 1 f Figure 2/7

Claims (3)

[Claims] (1) In a device that registers a call when it occurs, a clock that emits a time signal, at least records and stores the occurrence situation of the above-mentioned call corresponding to the above-mentioned time signal or the situation of the landing area. 1. A call registration device for an elevator, comprising: a storage device for storing the elevator information; and an automatic call registration circuit for automatically registering the call based on the output of the storage device. (2) The elevator call registration device according to claim 1, wherein the car load is the car condition. (3) The elevator call registration device according to claim 1, in which the number of passengers waiting at the hall is used as the status of the hall.