JPH0275580A - Elevator controller - Google Patents

Abstract

PURPOSE:To enable the non-stop floor to be registered arbitrarily if necessary without damaging the interior appearance of both a cage and the elevator by providing both a non-stop floor registering means and a display locking means which locks to keep an indication lamp unlit which corresponds to the floor registered as an non-stop floor. CONSTITUTION:There are provided an indicating means 101 which is put at the elevator gate site and has switch-operted indicating lamps corresponding to floors, a mode change-over means 102 by which the stop floor indicating mode or the non-stop floor setting mode is able to be selected arbitrarily, and a display control means 103 which lights an indication lamp according to the stop floor data when the mode change-over means is set in the stop floor display mode. Furthermore there are provided both a non-stop floor registering means 104 which registers the switch operation signal of the indicating lamp is registered as a non-stop floor setting signal when the mode selection means is set in the non-stop floor setting mode, and a locking means which locks to keep said indicating lamp unlit corresponding to the floor registered as a non-stop floor.

Description

DETAILED DESCRIPTION OF THE INVENTION [Object of the Invention] (Industrial Application Field) The present invention relates to an elevator control device that sets non-stop floors and displays a stop floor display at a landing.

(Prior Art) FIG. 5 is a block diagram showing the configuration of a conventional elevator control device of this type. In the figure, a non-stop signal 1 from a non-stop floor setting device installed in a car or a landing, and a non-stop signal 2 from a non-stop floor setting device on a monitoring panel are input to an input data processing section 5, where: After the signal processing is performed, it is combined with the call mask data 3 based on the operation. The call mask data synthesized by the input data processing section 5 and the call mask data 4 from the group management device are synthesized by the call mask data synthesis section 6. Furthermore, based on the call mask data of the call mask data synthesis unit 6,
A car call mask processing section 7 prohibits car calls, and a landing call mask processing section 8 prohibits landing calls. With this configuration, non-stop floors can be registered on either the car, the landing, or the monitoring panel, and among the indicator lights of the stop floor display device installed at the landing, the indicator light corresponding to the floor set to be non-stop can be registered. It is possible to prevent the light from lighting up (including the change in color).

(Problems to be Solved by the Invention) In the conventional elevator control device described above, non-stop floor setting devices are provided in the car or at the landing, and on the monitoring panel, and the non-stop floor setting devices are configured to Since the stop signals 1 and 2 are combined by the input data processing section 5, non-stop floors can be flexibly registered in various combinations. However, since the non-stop floor setting device requires non-stop setting switches for all floor bones, its external dimensions become large, which has the problem of spoiling the aesthetics of the inside of the car and the landing area.

This invention has been made to solve the above-mentioned problems, and aims to provide an elevator control device that can flexibly register non-stop floors without spoiling the aesthetics of the inside of the car and the landing area.

[Structure of the invention]

(Means for Solving the Problems) As shown in FIG. A mode switching means 102 that can switch between a floor display mode and a non-stop floor setting mode at any time, and a display control means 103 that lights up the indicator light based on stop floor data when this mode switching means is in the stop floor display mode. and a non-stop floor registration means 104 for registering the switch operation signal of the indicator light as a non-stop floor setting signal when the mode selection means is in the non-stop floor setting mode, and a non-stop floor registration means 104 corresponding to the floor registered as a non-stop floor. The present invention is characterized by comprising a display locking means 105 for locking the indicator light so that it is not turned on.

(Function) In this invention, an indicator light with a switch is used as an indicator light provided at a landing to indicate a stop floor, and a mode is set so that the switch function of this indicator light can be used as a non-stop floor setting switch. A switching means 102 is provided, and when the mode switching means is in the stop floor display mode side, the indicator light is turned on based on the stop floor data, and when it is in the non-stop floor setting mode, the switch operation signal is set to the non-stop floor data. It is registered as a setting signal, and furthermore, the indicator light corresponding to the floor registered as non-stop is locked so that it is not turned on, so that it is only necessary to provide the mode switching means 102 in place of the conventional non-stop floor setting device. As a result,
To allow non-stop floors to be registered on an ad hoc basis without spoiling the beauty of the inside of a car or a landing area.

(Embodiment) FIG. 2 is a front view of an elevator showing the arrangement of main elements according to an embodiment of the present invention, and FIG. 3 is a block diagram showing the overall configuration of the embodiment. Here, when viewed from the elevator landing, a car position display device 12 for displaying the running position of the car is provided above the door 11, and on the right side of the door 11, a landing call button 13 for ascending and a descending An hour call button 14 is provided. In addition, above and outside of these landing call buttons, there are indicator lights 151°152...15R with switches corresponding to each floor.
A display device 15 is provided in which the display devices are arranged vertically, and a key switch 16 as mode switching means is provided below the display device 15. Note that the key switch 16 is turned on and off using a key, and can only be operated by a specific staff member.

On the other hand, the indicator lights 151, 152, . . . , 15R each consist of an indicator light 15a and a setting switch 15b.
The key switch 16 is also connected to the CPU 18 via an I/F 17. Further, the CPU 18 is connected to a ROM 19 in which control procedures and fixed data necessary for the calculation processing are written in advance, a buffer 20 as a working area for the calculation processing, and a table 21 for registering non-stop floor data. There is.

The operation of this embodiment configured as described above will be explained below. Note that the operations of the car position display device 12, the landing call buttons 13, 14, etc. at the landing are well known, so the explanation thereof will be omitted, and in particular, the display of the stopping floor and the registration of the non-stopping floor will be explained.

The key switch 16 is turned on and off at any time by a key held by an attendant. For example, when this switch is off, it is a stop floor display mode, and when it is on, it is a non-stop floor setting mode. In the stop floor display mode, even if the setting switch 15b is pressed and operated, the on/off signal is not stored in the buffer 20.
The CPU 18 turns on the indicator light 15a based on the stop floor data given from a control section (not shown). On the other hand, if you are in the non-stop floor setting mode, turn on the setting switch 15b,
The off signal is stored in the buffer 20, and the CP
U18 registers the non-stop floor and locks the indicator light 15a corresponding to the registered floor from being turned on. Among these operations, registration of non-stop floors will be explained in detail according to the flowchart of FIG. 4.

First, the CPU 18 switches the key switch 1 at step 111.
6 is checked, and if it is on, it is determined that it is the non-stop floor registration mode, and the data in the table 21, that is, the non-stop floor registration data, is saved in the buffer 20.

Subsequently, the CPU 18 takes in the signal from the setting switch 15b in step 113, and further determines whether or not it is on-edge in step 114.

Next, in step 115, the CPU 18 determines from the contents of the buffer 20 whether or not the floor corresponding to the setting switch 15b where on-edge has been detected has been registered in advance as a non-stop floor, and if it has been registered, the step The contents of the buffer 20 are left as they are in step 116, and if they have not been registered, they are written to the buffer 20 in step 117.

Next, in step 118, the CPU 18 determines whether these processes have been performed for all floors, and repeats the processes of steps 114 to 117 until they are completed for all floors. Therefore, the operation signals of the setting switches 15b corresponding to the floors on all floors are stored in the buffer 20.

Next, when the staff member turns off the key switch 16, the CP
U18 determines whether the signal of the key switch 16 is off-edge in step 119, and if it is off-edge,
At step 120, the contents of the buffer 20 are stored in the table 21.
to complete the registration of non-stop floors.

In accordance with the registration data, the CPU 18 locks the indicator light 15a corresponding to the floor registered as non-stop so that it is not turned on.

The processing procedure shown in FIG. 4 corresponds to the non-stop floor registration means 104 in FIG. Note that the processing procedures corresponding to the display control means 103 and display lock means 105 in FIG. 1 can be easily inferred from the above description, and therefore will be omitted.

Thus, according to this embodiment, a key switch 16 is provided in place of the conventional non-stop floor setting device because an indicator light with a switch is used as an indicator light provided at the landing to indicate the stop floor. This allows non-stop floors to be registered on an ad hoc basis without damaging the aesthetics of the inside of the car or the landing area.

Further, according to this embodiment, the indicator light 15 for indicating the stop floor
When the non-stop floor is set by pressing a, the indicator light 15a turns off when the key switch 16 is set to the stop floor display mode, so quick confirmation can be made on the spot.

In the above embodiment, the key switch 16 is used as the mode switching means, but instead of this, the indicator lights 151, 1
It is also possible to use each setting switch 15b of 52...15H as a reciting number manual device, and enter the non-stop floor setting mode only when a specific number is input. In this case, a program is required to determine whether the recitation number matches the registered one, but this
This has the effect of further improving the aesthetic appearance of the boarding area.

〔Effect of the invention〕

As is clear from the above description, according to the present invention, an indicator light with a switch is used as an indicator light for indicating a floor to be stopped, and the switch function of this indicator light can be used as a non-stop floor setting switch. is provided with a mode switching means, and when the mode switching means is in the stop floor display mode side, the indicator light is turned on based on the stop floor data, and when it is in the non-stop floor setting mode, the switch operation signal is turned on. It is registered as a floor setting signal, and the indicator light corresponding to the floor registered as non-stop is locked so that it is not turned on, so it is essentially a mode switching means instead of the conventional non-stop floor setting device. As a result, the non-stop floors can be registered on an ad hoc basis without spoiling the aesthetics of the inside of the car and the landing area.

[Brief explanation of the drawing]

Fig. 1 is a block diagram showing the configuration of the present invention, Fig. 2 is a front view of an elevator showing the arrangement of main elements of an embodiment of the invention, and Fig. 3 is a block diagram showing the overall configuration of the embodiment. 4 are flowcharts for explaining the operation of the same embodiment, and FIG. 5 is a block diagram showing the configuration of a conventional elevator control device. 15... Display device, 15a... Indicator light, 15b...
・Setting switch, 16...Key switch, 18...
CPU. 20...Buffer, 21...Table, 101...
・Display means, 102...Mode switching means, 103...
-Display control means, 104...non-stop floor registration means, 10
5...Display locking means. Applicant's agent Mr. Sato Figure 1 Figure 4

Claims (1)

[Claims] A display means provided at an elevator landing, in which indicator lights with switches are arranged corresponding to each floor; a mode switching means capable of switching at any time between a stop floor display mode and a non-stop floor setting mode; display control means for lighting the indicator light based on the stop floor data when the means is in the stop floor display mode; and a switch operation signal for the indicator light when the mode selection means is in the non-stop floor setting mode. An elevator comprising: a non-stop floor registration means for registering a non-stop floor setting signal; and a display lock means for locking the indicator light corresponding to the floor registered as a non-stop floor from being turned on. Control device.