KR100259508B1 - Elevator call register apparatus - Google Patents

Abstract

PURPOSE: An elevator call register apparatus is provided to be capable of register accurate call floor by displaying the button status pushed by a passenger and by immediately recognizing the input status of error floor. CONSTITUTION: An input part(60) reads the status of various buttons(51,52,53). A button input detection part(61) reads and stores the button status values per every period through the input part(60). A button input processing part(62) generates signals displaying the input status of the buttons. A button input monitoring part(63) clears a display(54) displaying error inputs, and drives a button failure display(55) when the button failure is detected. A call floor register processor(64) generates a normal button input as registered floor data, and generates LED signals(LED1-60) for displaying the registered floor. A button input cancel processor(65) clears the display(54) by cancelling the button input when the operation of the reset button(52) is sensed. A display driver(66) drives the display(54).

Description

Elevator call registration device

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a technique for registering elevator call floors, and more particularly, to an elevator call registration device adapted to register a plurality of call floors using a small number of buttons.

The first part of the passengers boarding in the elevator cage is the calling floor registration device that inputs the calling floor to reach the desired floor.

The present invention is a device for registering the floor call using a combination of these buttons using a small number of buttons, the passengers in the elevator cage after boarding the desired call floor registration state so that you can know through the display device accurate call floor registration If the registration of the calling floor is incorrect due to the inexperienced operation of the passengers, the passengers can be notified in advance so that the registration of the calling floor can be re-registered immediately so that the passengers can easily register the desired calling floor and go to the desired floor. It is an elevator call registration device.

This invention will be described later.

1 is an external view of a conventional elevator call registration device, as shown therein, the closing button 42 and the opening button 43 is installed on the lower end of the call registration device 40, and the upper ten units Call layer registration button (BUT10 ~ BUT60), daily call layer registration button (BUT1 ~ BUT9), set button (43) used to register call layer input as registration layer, cancel if wrong input button It consists of a reset button 44 and a light emitting diode (LED1 to LED60) for displaying the call layer registration.

2 is a circuit configuration diagram of a conventional elevator call registration device, as shown in this, connected to the call floor buttons (BUT1 ~ BUT60), the reset button (RESET) and the set button (SET) in parallel to the input state of the button The button input unit 10 which informs, the control part 20 which detects an input state according to the signal transmitted through the button input part 10, and the light emitting diode connected in parallel according to the control output of the control part 20 ( It consists of an output unit 30 to conduct or cut off the LED1 ~ LED60.

Looking at the prior art configured as described above is as follows.

The passenger waits on an arbitrary floor and then presses a call registration button installed in the call registration device 40 to move to a desired floor after boarding in the cage.

For example, if the call registration layer has more than ten layers, when any one of the corresponding ten unit call registration buttons BUT10 to BUT60 is pressed, the control unit 20 detects the pressed state of the pressed button through the input unit 10 and the inside thereof. Store in the tens buffer.

After pressing one of the unit buttons BUT1 to BUT9 again, the pressed state of the pressed button is detected by the control unit 20 through the input unit 10 and stored in the unit buffer therein.

When the unit button is pressed again, and the set button 43 is pressed, the control unit 20 recognizes the call layer registration through the input unit 10, and stores the data stored in the ten-unit buffer and the daily unit buffer, respectively. The call layer is registered using the call layer, and when the call layer is registered, the corresponding light emitting diode (LED1 to LED60) is turned on through the output unit 30 to indicate that the call layer is registered.

When the calling layer is less than ten layers, when one of the corresponding unit call registration buttons BUT1 to BUT9 is pressed, the control unit 20 detects the pressed state of the corresponding button in the daily unit buffer. If the set button 43 is pressed afterwards, the control unit 20 registers a calling layer by using data stored in a daily buffer, and when the calling layer registration is performed, a corresponding layer is registered through the output unit 30. The LED is turned on to indicate that the calling layer has been registered.

If the call layer input is wrong, that is, if two or more ten-minute call buttons or one-day buttons are input before the set button 43 is pressed, the call layer registration is not possible. Therefore, the reset button 44 is canceled. .

In addition, even if the desired floor button is not entered correctly, press the reset button 44 to cancel.

Then re-enter the desired floor and register the calling floor.

When the floor is registered in the same manner as above, the elevator moves the passenger to the registered floor.

However, in the prior art as described above, when the passenger inputs the calling floor using the calling floor button, the passenger does not know the operating state of the button pressed by the passenger, so that the desired floor is correctly input. If the wrong call layer is registered, the inconvenience is known only by checking the LED that displays the call layer registration status. If the registered call layer is registered, the call layer registration time is increased by registering the call layer again. It may take a long time and other passengers may not be able to move to the desired floor.If the call registration button and the reset button are continuously operated, the call floor registration may not be possible or passengers may not register the desired floor. I'm not able to do this, and the lettered layers (underground ... B1, B2, As for the ..), there is a problem that the confusion of passengers may be caused when registering the calling floor because the floor letters displayed on the calling floor call registration and the registration layer display light emitting diodes are different.

Therefore, an object of the present invention for solving the conventional problems as described above is to display the button state pressed by the passenger until the floor registration is completed through the display device so that the correct calling floor registration, the passenger at the wrong floor input The present invention provides an elevator call registration device that enables a call floor registration to be immediately recognized.

It is another object of the present invention to provide an elevator call registration device which displays a failure state if the button continues to be operated, and makes it possible to register the call floor using a normal button by excluding the motion detection.

It is still another object of the present invention to provide an elevator call registration device that allows a floor to be registered by calling name by attaching a button indicating a floor indicated by a letter.

1 is an external view of a conventional elevator call registration device.

2 is a circuit diagram of a conventional elevator call registration device.

Figure 3 is an external view of the elevator call registration device of the present invention.

4 is a circuit configuration diagram of a call registration device of the elevator of the present invention.

5 is an operation process diagram for the elevator call registration method of the present invention.

*** Explanation of symbols for main parts of drawing ***

54: display device 55: button failure display device

60 input unit 61 button input detection unit

62: button input processing unit 63: button input detection unit

64: call floor registration processing unit 65: button input cancellation processing unit

66,67: display device driver 68,69: output unit

BUT: Button LED: Light Emitting Diode

To achieve the above object, the present invention provides a button for displaying ten units and one unit, a character button for displaying a layer displayed in letters, a set button for determining layer registration, and a reset button for canceling layer input. The button input detection unit reads and stores the button state value every cycle and the input data detected by the button input detection unit determines whether the button is in operation state, and then generates tens, ones, and character data. The button input processing unit which generates a signal indicating the state and the data input by the button input processing unit judge whether the button input is normally performed, and when an incorrect input occurs, the display device displaying the button input state is cleared, and the button failure When it is detected, the button input monitoring unit for driving the button failure display device and the normal button are input and set. If there is an input of a button, the button input data is generated as registration layer data, and a call layer registration processing unit for generating a light emitting diode on-signal for displaying a registration layer, and an operation state of a reset button for canceling the input are detected to perform button input cancellation processing. And a button input cancellation processing unit for clearing the button input display device, a display device driver for driving the registration layer display device by receiving a drive signal generated by the call layer registration processing unit, and a display device drive signal generated by the button input processing unit. It is characterized in that it comprises a registration layer display device driver for driving a display device for receiving a button input state receiving the input, and an output unit for driving the button input display device, a button failure display device and a light emitting diode by a signal of the drive unit.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

3 is an external view of the elevator call registration device according to the present invention. As shown in the drawing, a closing button 41 and an opening button 42 are provided at the lower end of the call registration device 50, and the upper unit has ten units. A character button 51 incorporating a ten-unit button (BUT10 to BUT60) to display, a one-unit button (BUT1 to BUT9) to display a daily unit, and a lamp (L1) for displaying a layer indicated by a letter; Reset button 52 with built-in lamp (L2) that can be canceled when incorrect floor input, set button (53) with built-in lamp for determining floor registration, call floor registration status and actual call floor count The light emitting diodes (LED1 to LED60), the display device 54 for displaying the button input state, and the button for displaying the failure state of the button are composed of the button failure display device (55).

4 is a circuit configuration diagram of the elevator call registration device of the present invention. As shown therein, the state of the ten-unit and one-unit buttons, the character button 51, the set button 52, and the reset button 53 are shown. By using the input unit 60 to read and transfer, the button input detector 61 to read and store the button state value every cycle through the input unit 60, and the input data detected by the button input detector 61 After determining whether the button is in operation, the button input processor 62 generates a unit of ten, unit of day, and character data, and generates a signal indicating the input state of the button, and the data generated by the button input processor 62 is used. By determining whether the button input is normally performed, if an incorrect input occurs, the display device 54 displaying the button input state is cleared, and when the button failure is detected, the button input driving the button failure display device 55 is detected. When the monitoring unit 63 and the normal button are input and the set button 53 is input, the calling layer creates the button input data as the registration layer data, and creates the on-signal of the light emitting diodes (LED1 to LED60) for registration layer display. The button input cancellation processing unit 65 which detects the operation state of the registration processing unit 64 and the reset button 52 which cancels the input, performs the button input canceling process, and clears the button input display device 54. A display device driver 66 for driving the registration layer display device 54 by receiving the drive signal generated by the floor registration processor 64; and driving a button input display device, a button failure display device, and a light emitting diode by the drive signal. It consists of the output parts 68 and 69.

Referring to the operation and effect of the present invention configured as described in detail as follows.

Passengers waiting in any platform can be desired floor registration using the call registration device 50 configured as shown in Figure 3 after boarding the elevator cage.

For example, if the passenger wants to register the calling floor to move to the 27th floor, first press the corresponding button (BUT20) on the 20th floor among the ten unit buttons (BUT10-BUT60), the button input detection unit 61 of the control unit 70. The controller detects a button state through the input unit 60 to determine whether the button operation is normal, and if it is normal, stores it in the internal buffer.

Then, the button input processor 62 compares the button operation state by using the data generated by the button input detector 61 to store the data in the tens digit buffer when the button operation occurs, and transfers the data to the display device driver 66. do.

Accordingly, the display device driver 66 displays the button input data on the display device 54 through the output unit 68.

In this way, the ten-button input is completed.

When the passenger presses the button BUT7 corresponding to 7 in the button BUT1-BUT9, the button input detector 61 detects the button state through the input unit 60 to determine whether the button operation is normal, and then it is normal. Store it in its internal buffer.

Then, the button input processor 62 compares the button operation state by using the data generated by the button input detector 61 to store the data in the one-digit buffer when the button operation occurs, and transfers the data to the display device driver 66. do.

Accordingly, the display device driver 66 displays the button input data on the display device 45 through the output unit 68.

In this way, the daily button input is completed.

When the 27th floor call floor input is completed as described above, the controller 70 displays the 27th floor on the display device 54 so that the button input state pressed by the passenger can be checked.

Then, the passenger presses the set button 53 when the desired call layer is displayed on the display device 54. At this time, the call layer registration processing unit 64 detects the operation state of the set button 53 and sets the set button 53. The lamp (L3) in the inside to display the button operating state.

Then, the call registration processor 64 creates and registers a calling layer by combining ten digits and one digit data stored in a buffer in the button input detector 61, and registers the state where the calling layer is registered. The display is transferred to the floor display driving unit 67.

Accordingly, the registration layer display driving unit 67 corresponds to the light emitting diodes LED1 to LED60 in the cage through the output unit 69 in order to display the calling layer transmitted from the calling layer registration processing unit 64. Drive LED27 to indicate to passengers the desired floor is registered.

The same call layer registration is also possible when button input is performed in the order of button input (BUR1 to BUT9), ten button (BUT10 to BUT60), and set button 53 in the order of call layer registration.

As another example, if a user wants to register the basement 2nd floor, that is, the floor indicated by B2 (other characters may be used instead of “B”), pressing the character button 51 causes the input unit to be input by the button input detection unit 61 of the control unit 70. 60) it recognizes that the character button is pressed and stores the data in the buffer.

At this time, the call floor registration processing unit 64 detects the operation state of the character button 51 and drives the lamp L1 in the character button 51 to display the operation state of the button.

Then, when the user presses a button (BUT2) corresponding to 2 in the unit buttons BUT1 to BUT9, the basement 2nd floor is input, and the display device driver 66 and the output are controlled by the call floor registration processing unit 64. The display unit 54 is displayed through the unit 68 so that the passenger can check it.

When the call layer input is completed as described above and the set button 53 is pressed, the lamp L3 in the set button 53 is driven to display the button operating state.

Then, by driving the light emitting diodes (LED1 ~ LED60) in the cage, the basement 2nd floor is registered as a calling floor so that the passenger can recognize the desired floor.

In addition, when the basement floor registration is input in the order of one button (BUT1 ~ BUT9), the character button 51, the set button 53, the floor registration is possible.

When the call floor registration is completed, the button input display device 54 enters the display state in a clear state.

Calling layer registration as described above is made by the combination of the last input button (10 unit button, one unit button, character button) and the set button (53).

And, if you want to cancel the input layer before registering it as a calling layer and input it to another calling layer, press the reset button 52, re-enter the desired floor button, and press the set button 53 to register the desired calling layer. It is possible.

When entering a floor other than the calling floor during the registration of the calling floor, the data of the display device 54 indicating the button input status is cleared before the set button 53 is pressed so that the passenger is aware that an incorrect calling floor registration has occurred. After that, you can register again.

If the button is continuously operated by monitoring the status of each button, the failure status of the button is displayed on the button failure display device 55, indicating that the button is not available, and immediately notifying the manager of the failure. After the repair, the call layer can be registered by using a button that operates normally even when a failure occurs.

Referring to FIG. 5 for the above operation, first, the ten unit buttons (BUT10 to BUT60), the daily unit buttons (BUT1 to BUT9), the character button 51, the reset button 52, and the set button 53 are described. The operating state of the signal is detected. (S100)

When the operation state of each button is detected in step S100, the processing for ten unit buttons (BUT10 to BUT60) is performed (S200). When the ten unit button processing is finished, the processing for one unit buttons (BUT1 to BUT9) is performed. (S300)

Subsequently, the character button 51 is processed (S400), a button input state is monitored to perform a button input monitoring process for displaying a fault state when an incorrect input occurs or a button failure occurs (S500). When the set button 53, which is a registration button, is operated after the processing for the one-day button, the ten-day button, and the text button, the call floor registration process (S600) for performing call layer registration is performed.

Lastly, when the reset button 52 for canceling the button input is operated, the cancellation process is performed (S700).

In addition to the above-described method, it is possible to configure an external view of the call registration device in other ways. ), And set button (53) to fit the maximum number of calling floors of the building and the name of each calling floor (basement 2F B1, basement 1F B1, reference floor G, 1F, 2F ..) Can be used.

For example, if there is a building where the maximum number of floors is 30, the first basement floor is "B1", the reference floor is "G", and the first to 28th floors are the numbers "1" to "28". The configuration is provided with ten unit buttons (BUT10-BUT20), one unit buttons (BUT1 to BUT9), and character buttons (B and G) to register the calling layer.

That is, according to the number of the call registration floor of the building and the name of the call registration floor can be provided with the necessary buttons.

Therefore, the present invention displays the button state pressed by the passenger until the floor registration is completed through the display device so that accurate calling floor registration can be performed, and if the button continues to operate, the broken state is displayed and the normal button is called. It is possible to register floors and to call floors such as basement floors marked with letters so as to prevent confusion of passengers when registering floors, by calling buttons indicating floors marked with letters so that the floors can be registered. This has the effect of enabling floor registration.

Claims (2)

Reads and saves the button status values every cycle for the button for displaying tens and days, the text button for displaying the floor marked with characters, the set button for determining floor registration, and the reset button for canceling floor input. Button input detection unit and the input data detected by the button input detection unit to determine the state of the button operation state, the button input to create a unit indicating the input state of the button to create a tenth unit, one-day unit, character data Determining whether the button is normally input by using the processing unit and the data created by the button input processing unit, and if an incorrect input occurs, the display device displaying the button input state is cleared, and when the button failure is detected, the button failure display device is driven. Button input monitoring unit and normal button are input and set button is input. Is used as a registration layer data, and a call layer registration processing unit for generating a light emitting diode on-signal for displaying a registration layer and an operation state of a reset button for canceling an input are performed to perform button input cancel processing, thereby clearing the button input display device. A button input canceling processing unit for inputting a driving signal generated by the call layer registration processing unit to drive a registration layer display device, and a display device driving signal generated by the button input processing unit to display a button input state. An elevator call registration device, comprising: a registration layer display device driver for driving a display device; and a button input display device, a button failure display device, and an output device for driving a light emitting diode in response to a signal from the driver. The elevator call registration device according to claim 1, wherein the character buttons, the reset buttons, and the set buttons each include lamps indicating a button operating state.