KR20000061619A - Floor button lamp gradual rise apparatis of elevators - Google Patents

Abstract

PURPOSE: A light system of an elevator call lamp of an elevator is provided to process an elevator call quickly and exactly, so to improve an efficiency and a reliability. CONSTITUTION: A light system of an elevator call lamp of an elevator includes an elevator call button(10), an elevator car controlling section(11) and an elevator processing section(13). The elevator call button(10) outputs a selective signal to move the elevator upward or downward. The elevator car controlling section(11) is an elevator unit system controlling section to controls an operation and a speed of a call system. The elevator processing section(13) includes a data storing section(21) for storing a data of the elevator call registration permission, and physical processes the registration and light of the elevator button(10).

Description

Elevator call button lamp lighting device {FLOOR BUTTON LAMP GRADUAL RISE APPARATIS OF ELEVATORS}

The present invention relates to an elevator call button lamp lighting device of the elevator, in particular, in a single elevator and military management system, when the user (passenger) pressed the elevator (call platform) elevator call button through the quick and accurate lighting of the button lamp An elevator call button lamp lighting device for providing a user convenience.

In current elevators, it is common to use an elevator call button as a means for moving to an elevator where the user is located. When the user presses the elevator call button, the elevator control system turns on the elevator call button lamp in response. It informs the user that a boarding call has been registered.In particular, in a moving system involving multiple (two or more) units, such as military elevators, each boarding call button is for split operation, handicapped or VIP. As it is divided into passengers and the like, the need for a response device such as a flight call button lamp is increasing.

In general, the lighting method of the elevator button lamp in the military management elevator system has a method using a timer and a lamp lighting command is accumulated in the exhalation, when described with reference to the accompanying drawings as follows.

1 is a block diagram showing a configuration for a flight call button lamp processing using a timer in a conventional single elevator, as shown in the exhalation controller 11 for controlling the speed and operation of the exhalation in the connection between the exhalation and the flight Wow; Boarding call button 10 for outputting a selection signal for moving the elevator up, down; Built-in timer 12 is built in the timer 12 to be started after the lamp of the button corresponding to the selection signal of the boarding call button 10, and transmits the boarding call command to the exhalation control unit (11) When the user presses the boarding call button 10, the boarding processing unit 13 commands the lamp to be turned on, and starts the timer 12. When the registration permission command is transmitted from the exhalation controller 11, the lighting state is turned on. If the permission command for the call to the board is not transmitted from the exhalation controller 11 so that a predetermined time passes, the boarding call button lamp (not shown) is turned off again.

FIG. 2 is a block diagram showing a configuration for directly calling a call button lamp in a conventional elevator. As shown in FIG. 2, when the drawing call button 10 is pressed, the boarding process unit 13 moves to the breath control unit 11. When the boarding command is transmitted, the breath control unit 11 transmits a registration permission command to the boarding processing unit 13, and the boarding process unit 13 turns on the boarding call button lamp.

FIG. 3 is a block diagram showing a configuration for processing a flight call button lamp using a timer in a conventional military management elevator. As shown in the drawing, the flight call unit 10 having a flight call button 10 and a timer 12 embedded therein is shown. And group management control unit 15 for controlling the speed and operation of the exhalation in accordance with the information on the call to the board input to the configuration of Figure 1 composed of the breath control unit 11; The command is transmitted to the military management control unit 15 via a communication relay board (not shown) for the boarding call, and the permission command for the boarding call transmitted from the military management control unit 15 is transmitted to the boarding process unit 13. It further comprises a communication relay processing unit 14 for transmitting. When the boarding call button 10 is pressed, the boarding unit button 13 lights up the boarding call button lamp, and then the timer 12 is started to operate. While maintaining the lighting, the military management control unit 15 waits for the registration permission command of the corresponding platform call lamp and turns off afterwards if the registration permission command is not transmitted.

Figure 4 is a block diagram showing a configuration for processing the landing call button lamp through a direct command in the conventional military management elevator, as shown in the communication call processing command unit 14 in the same manner as shown in FIG. When transmitting to the military management control unit 15, if the military management control unit 15 transmits the registration permission command of the boarding call, it is relayed from the communication relay processing unit 14 to the boarding processing unit 13, where the boarding processing unit ( 13) lights up the platform call button lamp.

As described above, the method using the timer in the related art has the advantage of immediately responding to the call by lighting the button lamp unconditionally for the calling of the boarding, but when the call registration for the boarding is not permitted, the user is turned off again. In order to cause confusion and to receive a lamp lighting command from the unit, the waiter waits for the registration permission command to be sent from the air control unit or the military management control unit. there was.

Therefore, the present invention was devised to solve the above-mentioned problems. In the single elevator, the boarding call registration permission data is stored in the boarding process unit to directly control the lighting of the boarding call button lamp, and in the military management elevator, It is an object of the present invention to provide an apparatus for providing an accurate and quick response by allowing the communication relay processing unit to store boarding call registration permission data to directly control the lighting of the boarding call button lamps.

1 is a block diagram showing a configuration for the process of calling the ramp button using a timer in a conventional single elevator.

Figure 2 is a block diagram showing a configuration for direct landing call button lamp processing in a conventional single elevator.

Figure 3 is a block diagram showing a configuration for the process of calling the ramp button using the timer in the conventional military management elevator.

Figure 4 is a block diagram showing a configuration for the process of calling the landing button through direct command in the conventional military management elevator.

Figure 5 is an exemplary view showing the configuration of the lift call button lamp lighting device of the present invention elevator.

Figure 6 is another exemplary view showing the configuration of the elevator call button lamp lighting device of the present invention.

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

10: call the flight button 11: the breath control unit

12: timer 13, 20: boarding processing unit

14, 30: communication relay processing unit 15: military management control unit

21, 31: data storage

The elevator call button lamp lighting device of the present invention for achieving the above object is an elevator call button for outputting a selection signal for moving the elevator up and down, an exhalation control unit for controlling the operation and speed of the exhalation, and the elevator button When there is a single elevator system composed of a boarding unit which is in charge of physical registration of the registration and the lighting of the boarding button lamp, or the exhalation control unit, the boarding call button, the boarding unit and the arrangement of each unit and the call in the boarding area A military management elevator system comprising a military management control unit in charge of allocation of a flight and a communication relay processing unit in charge of flow control of communication packets between each of the air control units, the military management control unit, and the boarding process unit, wherein the boarding process unit or the communication relay is performed. A data storage unit for storing boarding call registration permission data is added to the processing unit. It characterized by configured to hereinafter.

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

5 is an exemplary view showing the configuration of the elevator call button lamp lighting device of the present invention, as shown in the elevator call button 10 for outputting a selection signal for moving the elevator up and down; An exhalation controller 11 for controlling the operation and speed of the exhalation unit; A data storage unit 21 for storing boarding call registration permission data is built in, and the boarding unit 20 is configured to perform physical processing related to registration of the boarding button and lighting of the boarding button lamp.

Figure 6 is another exemplary view showing the configuration of the landing call button lamp lighting device of the elevator of the present invention, as shown in the exhalation control unit 11; Boarding call button 10; An airline board processing unit 13; A group management and control unit (15) which is in charge of the allocation of the unit when there is a call in the arrangement and boarding of each unit; A communication relay processor 30 having a data storage unit 31 for storing the boarding call registration permission data and controlling the flow of communication packets between the unit control units, the military management control unit 15 and the boarding process unit 13. ).

Referring to the operation process and effect of the embodiment according to the present invention configured as described above are as follows.

In the single elevator system, as shown in FIG. 5, when the landing call occurs, the landing call button lamp is turned on or off by referring to the information stored in the data storage 21 of the landing processing unit 20 whether the landing call registration is permitted or not. The data storage unit 21 in the boarding processing unit 20 receives data from the exhalation control unit 11 at every point in time at which communication between the exhalation control unit 11 and the boarding processing unit 20 occurs. There is no permission information for boarding call registration so that the boarding call button lamp is not turned off too late.

In the group management elevator system, as shown in FIG. 6, when the boarding call button 10 is pressed, the boarding call unit 12 transmits the boarding call command to the communication relay processing unit 30, and the communication relay processing unit 30 sends data. With reference to the information stored in advance in the storage unit 31 to determine the lighting of the landing call button lamp, it is also updated when there is communication between the communication relay processing unit 30 and the military management control unit 15.

As described above, the elevator call button lamp lighting apparatus of the present invention provides an accurate and quick response by directly controlling the lighting of the elevator call button lamp in the elevator processing unit or the communication relay processing unit, thereby improving efficiency and reliability of the elevator call processing. It is effective to let.

Claims (2)

An elevator call button that outputs a selection signal for moving the elevator up and down, an exhalation control unit that controls the operation and speed of the exhalation unit, and an elevator process unit in charge of physical processing of registration of the elevator button and lighting of the elevator button lamp. A single elevator system or the exhalation control unit, the boarding call button, the boarding board processing unit, the group management control unit that is responsible for the allocation of the unit when each unit is arranged and the call in the boarding unit, each unit control unit and military management In the military management elevator system composed of a communication relay processing unit for controlling the flow of communication packets between the control unit and the boarding processing unit, further comprising a data storage unit for storing boarding call registration permission data in the boarding processing unit or the communication relay processing unit. Elevator call button lamp lighting device, characterized in that. According to claim 1, wherein the data storage unit to the boarding call registration permission data stored in the previous period when the communication between the control unit and the boarding processing unit (or military management control unit and communication relay processing unit) occurs the breathing control unit (or military management control unit) Elevator call button lamp lighting device characterized in that received from the update.