KR101698268B1

KR101698268B1 - Elevator hall indicator

Info

Publication number: KR101698268B1
Application number: KR1020150073787A
Authority: KR
Inventors: 다쿠야 야마다
Original assignee: 미쓰비시덴키 가부시키가이샤
Priority date: 2014-06-13
Filing date: 2015-05-27
Publication date: 2017-02-01
Also published as: JP2016003074A; CN105270946B; KR20150143305A; JP6230492B2; CN105270946A

Abstract

[Problem] The use of the same equipment on all layers is enabled, production costs are suppressed, and productivity is improved.
[MEANS FOR SOLVING PROBLEMS] There are provided a direction indicator (16, 17) for indicating the running direction of an elevator car, elevator car position indicators (11 to 15) for indicating the elevator car position, and rotary switches 23 and the elevator car 25 from the elevator control panel 25 and controls the direction lights 16 and 17 based on the direction of travel so as to control the direction lights 16 and 17 based on the elevator car position and the installation floor, And a landing control circuit 21 for controlling the lighting operation of the position indicator lamps 11 to 15 so that the elevator car position indicator lamps 11 to 15 can be switched on and off when the elevator car lamp 11 And an elevator car access information display lamp 12 to display elevator car access information, and the landing control circuit 21 controls the elevator car access information display lamps 11, 12, and 13 when the elevator car position is on the upper layer The elevator car access information display lamps 12 and 14 above the installed layered lamps 11 are turned on or blinked and the elevator car access information display lamps 13 , 15) are turned on or off.

Description

[0001] ELEVATOR HALL INDICATOR [0002]

The present invention relates to an elevator indicator of an elevator. More particularly, the present invention relates to an elevator indicator installed in an elevator platform for displaying a running direction of the elevator car and access information of the elevator car.

The conventional elevator display device has a plurality of lamps or indicator lamps each displaying a layered name indicating each stopping layer, and the lamps corresponding to the positions of the elevator car are sequentially lit according to the running of the car (for example, Patent Document 1).

Patent Document 1: Japanese Patent Application Laid-Open No. 59-64481 (particularly, Fig. 1)

However, when the elevator display device of Patent Document 1 is prepared, the number of the lamps is changed in accordance with the constants of the constructions of the building, and the name of the layer on each stationary layer is displayed Thus, it is necessary to prepare an elevator display device. As a result, there is a problem in that productivity is lowered compared to the case of mass production of the same product. In addition, the number of lamps increases in a building with many stop layers, resulting in a high production cost of the elevator display device itself.

SUMMARY OF THE INVENTION The present invention has been made to solve such a problem, and it is an object of the present invention to obtain an elevator indicator of an elevator capable of suppressing a production cost and improving productivity.

The present invention relates to an elevator indicator for an elevator installed on a platform of an elevator, comprising: a direction indicating a running direction of the elevator car of the elevator; and three or more vertically arranged elevators And a control unit for controlling the elevator control unit to control the elevator control unit so as to obtain the information on the driving direction and the position of the elevator car from the elevator control board provided outside, And a controller for controlling the lighting operation of the direction or the like on the basis of the information on the driving direction and for controlling the lighting operation on the basis of the information on the position of the elevator car and the information on the installation floor, The point of the elevator car position indicator Wherein the elevator car position indicator is disposed at a central position in the longitudinal direction and is illuminated when the elevator car position is on the installation layer, And two or more car access information indicating lamps which are divided into upper and lower positions of the elevator car and turn on or blink when the car position is above or below the installation floor, When the elevator car position is on a layer above the installation layer, the elevator car access information display lamp disposed at a position above the installed layered lamp is turned on or blinked, and when the elevator car position is lower than When it is on a layer, Light or flash the car approach information indicating lamp is arranged in value by the indicator of the elevator platform that displays access information to the install the layer of the car.

In the present invention, the landing control section controls the lighting operation of the elevator car position indicator based on the information of the elevator car position and the information on the registered installation layer, and when the elevator car position is on the installation floor, When the lamp is lit and when the elevator car position is above or below the installation floor, the elevator car access information indicating lamp disposed above or below the installed floor lamp in the elevator car position indicator lights or blinks, It is not necessary to change the number of lamps for each building and to display the floor name on the ramp only by registering the information on the installed floor in the installed floor registering section at the time of installation of the elevator indicator of the elevator , The same elevator wins on all floors of the building Since the display section can be used to suppress the production cost of the indicator of the elevator landing, and can improve the productivity.

1 is a front view showing the configuration of a landing platform provided with a landing indicator of an elevator according to Embodiment 1 of the present invention.
2 is a front view showing an example of the appearance of a landing indicator of an elevator according to Embodiment 1 of the present invention.
3 is a view showing another example of the appearance of the landing indicator of the elevator according to the first embodiment and the internal structure of the landing indicator of the elevator.

Embodiment 1

Fig. 1 is a front view showing a landing platform on a mounting floor provided with a landing indicator 7 of an elevator according to Embodiment 1 of the present invention. Fig.

As shown in Fig. 1, an elevator 4 on an installation layer on which an elevator display 7 of the elevator according to the first embodiment is installed is provided with an elevator door 1 and a platform wall 3 around the elevator door 1 A fixed entrance frame 2 is provided.

The entrance frame 2 has a first vertical frame 2a and a second vertical frame 2b installed on both sides of the left and right sides and a second vertical frame 2b connected between the upper portion of the first vertical frame 2a and the upper portion of the second vertical frame 2b And a platform entrance and exit are formed together with the floor surface of the landing platform 4. As shown in Fig.

In the present embodiment, as shown in Fig. 1, the elevator display 7 of the elevator is provided on the first vertical frame 2a of the door frame 2.

Fig. 2 is a front view of the elevator display 7 of the elevator according to the present embodiment in an enlarged manner. 2, the elevator display 7 of the elevator is provided with a display section (indicator section) 10 in which a direction light 9 for indicating the direction of travel of the car and an elevator car position, And an elevator car location indicator 8 for displaying access information of the car.

The direction light 9 includes an upward direction light 16 and a downward direction light 17 as shown in Fig. The upward direction light 16 lights up when the car is running in the upward direction (upward direction), and the downward direction light 17 is turned on when the car is running in the downward direction (downward direction) .

The elevator car position indicator 8 displays the current position of the elevator car on the installation floor where the elevator indicator 7 of the elevator is installed (that is, the elevator car is arriving or stopped on the installation floor) An elevated lamellar lamp 11 and elevator car access information display lamps 12 to 15 for displaying the access information of the elevator car to the user. 2 shows an example in which five lamps are arranged in the elevator car position indicator lamp 8, that is, a total of one installed lamellar lamp 11 and four elevator car access information indicating lamps 12 to 15 However, the number of lamps is not limited to this, and the number of lamps may be arbitrarily set to an arbitrary number.

First, the installation layered lamp 11 will be described.

The installed layered lamp 11 is arranged at a central position in the vertical direction (height direction) of the display unit 10 of the elevation display 7 of the elevator. The installed layered lamp 11 lights up when the present elevator car position is on a mounting layer on which the elevator indicator 7 of the elevator is installed. That is, when the elevator display 7 of the elevator is installed on the 10th floor, when the elevator car arrives or stops on the 10th floor, the installed floor lamp 11 lights up.

2, the outline shape of the installed layered lamp 11 is circular like the elevator car approach information display lamps 12 to 15. Thus, the shape of the installed layered lamps 11 is of the same shape or similar shape as that of the elevator car access information display lamps 12 to 15, and has a cooperative design. In the example of Fig. 2, although it is circular, it may be a square such as a square. 2, the size (diameter) of the installed layered lamp 11 is larger than the size (diameter) of the elevator car access information display lamps 12 to 15, and is designed to be most prominent. 2, the opening of the installed layered lamp 11 is larger than the elevator car access information indicating lamps 12 and 13. In the example of FIG. 2, the opening of the opening of the installed layered lamp 11 is set so as not to place a burden on the eyes of the user. A shield is provided at the center. The design of the installed layered lamp 11 is not limited to this case. For example, the opening of the installed layered lamp 11 and the opening of the elevator car access information display lamps 12, 13 may be the same size, Only the mounting layered lamp 11 may be provided with a circular rim on the outside thereof. Also in this case, if the frame is included, the size (diameter) of the installed layered lamp 11 is the largest, and the installed layered lamp 11 is the most visible design. 2, the size of the car access information display lamps 14 and 15 is smaller than that of the car access information display lamps 12 and 13. However, the present invention is not limited thereto, The lamps 12 to 15 may all be the same size. However, only the size (diameter) of the installed layered lamp 11 is necessarily larger than that of the elevator car access information indicating lamps 12 to 15, so that the user can set the installation layer on the installation layer, It is possible to immediately recognize that the lamp 11 corresponds. LED lamps of the same type as the lamps constituting the elevator car access information display lamps 12 and 13 may be used as the lamps constituting the installed layered lamps 11, Only the output (wattage) of the LED bulb of the installed layered lamp 11 may be increased. With this design, in this embodiment, it is assumed that the installed layered lamp 11 corresponds to the installation layer, and the other elevator car access information display lamps 12 to 15 correspond to layers above or below the installation layer, It is not necessary to display the layer name on the installed layered lamp 11 and the elevator car access information indicating lamps 12 to 15. Hence, on each building and each floor, The display 7 can be used as it is. As a result, the elevator display 7 of the elevator can be mass-produced, and the cost of the product can be reduced. In addition, if the direction lights 16 and 17, the installed layered lamps 11, and the elevator car access information display lamps 12 to 15 are all formed of LED bulbs and the LED substrate is composed of one substrate, Can be suppressed.

Next, the elevator car access information display lamps 12 to 15 will be described.

The elevator car access information display lamp (near) 12 is lit when the elevator car position is one level above the installed floor on which the elevator indicator 7 of the elevator is installed. Specifically, when the installation layer is " 10-layer ", it is lit when the elevator car position is " 11 ".

The elevator car access information display lamp (near) 13 is lit when the elevator car position is one level below the installed floor on which the elevator indicator 7 of the elevator is installed. Specifically, when the installation layer is " 10-layer ", it is lit when the elevator car position is " 9 ".

The elevator car access information display lamp 14 is lit when the elevator car position is located two layers above the installation layer on which the elevator display 7 of the elevator is installed. Specifically, when the installation layer is " 10-layer ", it is lit when the elevator car position is " 12-layer ".

The elevator car access information display lamp 14 (far away) 14 has three or more elevator car positions on the floor of the elevator in which the elevator indicator 7 is installed, Flashes in a flashing pattern.

When the elevator car position is located three layers above the installation floor, the elevator car access information indicating lamp 14 (for example, farther away) shows a blinking pattern of 1.5 seconds on and 1.5 seconds off blinking pattern or flashing pattern. Specifically, when the installation layer is " 10 stories ", when the elevator car position is " 13 stories ", the blinking pattern is blinked.

When the elevator car position is located four layers above the installation floor, the elevator car access information indicating lamp 14 (for example, farther away) flashes, for example, a period of 2 seconds, a lighting of 1.0 second, It blinks in pattern. Specifically, when the installation layer is " 10 stories ", when the elevator car position is " 14 stories ", the blinking pattern is blinked.

When the elevator car position is located five layers above the installation floor, the elevator car access information display lamp 14 (for example, farther away) flashes, for example, a period of 2 seconds, Pattern. Specifically, when the installation layer is " 10 stories ", when the elevator car position is " 15 stories ", it blinks in the flashing pattern.

When the elevator car position is more than six in the above layer, the lamp is turned off without lighting any lamps, or the cycle is longer than 2 seconds and the lighting time is set to 0.5 seconds or less. Blink in pattern. Specifically, when the installation layer is " 10 stories ", when the elevator car position is " 16 stories " or more, it is turned off or blinks in the flashing pattern.

The elevator car access information display lamp 15 is turned on when the elevator car position is located two layers below the installation layer on which the elevator display 7 of the elevator is installed. Specifically, when the installation layer is " 10-layer ", it is lit when the elevator car position is " 8-layer ".

The elevator car access information display lamp 15 (farther away) indicates that when the elevator car position is located in three or more layers below the installed floor on which the elevator indicator 7 of the elevator is installed, Blinks in the same blink pattern.

When the elevator car position is located three layers below the installation floor, the elevator car access information display lamp 15 (farther away) is, for example, a blinking pattern of 1.5 seconds to turn on and 0.5 seconds to turn off Flashes. Specifically, when the installation layer is " 10 stories ", when the elevator car position is " 7th floor ", the blinking pattern is blinked.

When the elevator car position is located four layers below the installation floor, the elevator car access information display lamp (remote) 15 flashes for a period of 2 seconds, for example, 1.0 second lighting, 1.0 second lighting off Pattern. Specifically, when the installation layer is " 10 stories ", when the elevator car position is " 6 stories ", the blinking pattern is blinked.

When the elevator car position is located on five or less layers above the installation floor, the car access information display lamp 15 (for example, at a distance of 15 seconds) flashes for 0.5 sec. It blinks in pattern. Specifically, when the installation layer is " 10 stories ", when the elevator car position is " 5 stories ", the blinking pattern is blinked.

If the elevator car position is located on more than six floors than the installed floor, either lamp is turned off without lighting, or the period is longer than 2 seconds and the lighting time is set to 0.5 seconds or less. Blink in pattern. Specifically, when the installation layer is " 10 stories ", when the elevator car position is equal to or smaller than " 4th floor ", it is turned off or blinks in the flashing pattern.

In addition, the period, lighting time, and off time of each blinking pattern in the elevator car access information display lamps (14, 15) are not limited to the above example, but may be appropriately set.

As described above, in the present embodiment, when the elevator car position is on the N-layer (layered car = N) above the installation floor in the car access information display lamps 12 to 15, The elevator car access information display lamp is turned on when any of the elevator car access information display lamps 12 to 15 is located at N positions of the elevator car 11, If there is no access information display lamps 12 to 15, instead, the car access information display lamp located at the uppermost position is blinked in a preset flashing pattern. That is, in the example of Fig. 2, when the installation layer is " 10-layer ", when N is equal to 1 when the elevator car position is " 11 ", N = 12) is present, it is turned on. Similarly, when the elevator car position is " 12th floor ", N becomes 2, and N = 2 elevator car access information display lamps 14 are turned on. However, when the elevator car position becomes " 13th floor ", N becomes 3, and N = 3 elevator car access information display lamps are not provided. Instead, the elevator car located at the uppermost position The access information display lamp 14 is blinked in a preset flashing pattern.

When there is any one of the elevator car access information indicating lamps 12 to 15 below the N number of the installed layered lamps in the case where the elevator car position is on the layer below the N layer above the installation layer, If the elevator car access information display lamps 12 to 15 are not located under N positions of the installed layered lamps 11, instead of displaying the elevator car access information displayed at the lowest position The lamp is blinked with a preset blink pattern. Namely, in the example of FIG. 2, when the installation floor is "10 stories", when the elevator car position is "9th floor", N becomes 1 and N = 1 lower car access information display lamp 13) is present, it is turned on. Similarly, when the elevator car position is " 8 ", N becomes 2, and N = 2 lower car access information display lamps 15 are turned on. However, when the elevator car position is " 7th floor ", N becomes 3 and N = 3 lower car access information display lamps are not provided. Instead, the elevator car located at the lowest position The access information display lamp 15 is blinked in a preset flashing pattern.

The blinking pattern is repeated at a constant cycle (the cycle is 2 seconds in the above example), and the ratio of the lighting time to the light-off time in the cycle is the distance between the elevator car position and the installation layer And the ratio of the lighting time is set to be small as the distance is increased. That is, when the layer difference is 3, the lighting time is 1.5 seconds and the off time is 0.5 seconds, and the ratio is 3: 1. When the layer difference is 4, the lighting time is 1.0 second and the lighting time is 1.0 second, and the ratio is 1: 1. When the layer difference is 5, the lighting time is 0.5 second, the light-off time is 1.5 second, and the ratio is 1: 3. As described above, in the present embodiment, the ratio of the lighting time is set to be small in accordance with the increase of the distance between the elevator car position and the installation layer (layered difference).

However, the present invention is not limited to this case, and the blinking pattern may be another pattern. For example, the period of the blinking pattern may be set so that the blinking speed becomes slower in accordance with the increase in the distance between the elevator car position and the installation floor.

In the present embodiment, when the elevator is installed in the elevator display 7 of the elevator and the upper and lower two layers of the elevator are lit up by lamps, It is possible to recognize the position of the elevator car, so that the same elevator indicator 7 can be used on each floor regardless of the constants of the building.

3 is a view showing another example of the landing display 7 of the elevator and the internal structure of the landing display 7 of the elevator according to the present embodiment. In Fig. 3, the same reference numerals as those in Fig. 2 denote the same components as those in Fig. 2, and a description thereof will be omitted.

As shown in the left drawing of Fig. 3, the landing indicator 7 of the elevator may be provided with landing call buttons 5, 6 at the lower position of the display unit 10. [ The landing call buttons 5 and 6 are buttons for registering a landing call by pressing a user who waits in the elevator car 4 at the landing station 4. [ The landing call button 5 is a button pressed when a user registers a call in a downward direction (downward direction), and a landing call button 6 is a button pressed when a user registers a call in an upward direction Button. When the landing call buttons 5 and 6 are pressed, a signal from the landing call buttons 5 and 6 is transmitted to the elevator control panel 25, and a landing call to the landing station is registered. The elevator control panel 25 controls the elevator car to travel to the landing area 4 in accordance with the landing call.

3, reference numeral 21 denotes a platform control circuit, 22 denotes a drive circuit, 23 denotes a rotary switch, 25 denotes an elevator control panel, and 26 denotes a communication path. These configurations are described below.

The drive circuit 22 is provided for each landing position 4 and is used to turn on / off the lamps 11 to 17 of the direction light 9 of the elevation display 7 of the elevator and the elevator car position indicator 8 Drive circuit.

When the elevator indicator 7 of the elevator is installed on each floor, the rotary switch 23 is provided with information (hereinafter referred to as " installed floor information ") on the installation layer on which the elevator indicator 7 of the elevator is installed It is a switch to register. As shown in Fig. 3, two rotary switches 23 are provided in total, one (e.g., the left) corresponds to the 10th position on the installation layer, and the other (e.g., the right) It corresponds to the place of 1. A scale (not shown) is displayed on the outer periphery of the rotary switch 23 and the rotary switch 23 is rotated by a knob to fit the desired scale so that the rotary switch 23 can be set to any numerical value have. By setting the two rotary switches 23 to the desired numerical values in this way, the numerical values are registered as the installed layer information. The worker registers installation layer information by operating the rotary switch 23 in this manner. Specifically, for example, when the elevator display 7 of the elevator is installed on the 10th floor, the worker operates the rotary switch 23 to set one of the rotary switches 23 corresponding to the 10th position 1 " and the other rotary switch 23 corresponding to the position 1 is set to " 0 ", " 10th floor " The installation layer information may be registered in the rotary switch 23 in this way, but may be registered in the memory of the landing control circuit 21 from an input device such as a keyboard such as a ten key keyboard or a numeric keyboard . In any case, the landing control circuit 21 can recognize which layer is on the installation layer of the landing indicator 7 of the elevator by acquiring the installation layer information as necessary.

The elevator control panel 25 is generally installed in a machine room at the uppermost stage of a hoistway in which an elevator car of an elevator ascends and descends. However, the installation position of the elevator control panel 25 is not limited to this, and any place may be used. The elevator control panel 25 controls the elevator control panel 25 based on the landing call registration by the landing call buttons 5 and 6 and the registering of the elevator car call by the destination floor button (not shown) of the operation panel installed in the elevator car, . Further, the elevator control panel 25 detects the running direction of the current car and the current position of the car, and transmits it to the landing control circuit 21 as the car position information.

The platform control circuit 21 is provided for each platform 4, and is constituted by, for example, a CPU. The platform control circuit 21 communicates with the elevator control panel 25 via the communication path 26. The communication path 26 may be either a communication line of a serial communication or a communication line of a parallel communication. The platform control circuit 21 reads the installation layer information registered by the rotary switch 23. The platform control circuit 21 controls the drive circuit 22 on the basis of information on the running direction of the car from the elevator control panel 25 and information on the position of the car in the car and information on the installed floor by the rotary switch 23, The operation of turning on / off the direction lights 9 of the elevator display 7 of the elevator and the elevator car position indicator 8 are controlled.

Whether or not the platform control circuit 21 turns on or blinks any of the installed floor lamp 11 and the elevator car access information indicating lamps 12 to 15 in the elevator car position indicator light 8, It is possible to uniquely determine the layered difference at the current elevator car position and the determination result of whether or not the current position of the elevator car is upward or downward than the installation floor. For this reason, a look-up table in which the result of determination of the lamellar difference and the upward or downward direction is used as an input parameter, and the lamp to be driven and its operation content (information on whether to turn on or off) The landing control circuit 21 inputs the layered difference and the determination result in the up and down direction to the landing control circuit 21 so that the landing control circuit 21 can be operated in the elevator car position display lamp 8 (Any of the installed laminar lamps 11 and the elevator car access information indicating lamps 12 to 15) and the operation contents thereof (information of lighting or how to blink) can be extracted from the lookup table have.

An example of the look-up table is shown in Table 1 below. In the look-up table, "drive target lamp" and "operation content" are preliminarily input for each of the "layered difference" and "determination result". Therefore, when the "lamellar difference" and the "judgment result" are inputted, the "driving object lamp" and the "operation contents" are uniquely determined and outputted.

More specifically, for example, it is assumed that the installed layer information registered by the rotary switch 23 is " 10 layers ".

At this time, when the elevator car position information from the elevator control panel 25 is " 11th floor ", the landing control circuit 21 compares the " 10th floor " , It is judged that the elevator car position and the lamellar difference on the installation layer are 1, the elevator car position is above the installation floor, and "from the look-up table," the elevator car access information display lamp (near) , And information on " lighting " as the operation contents, and lights up the elevator car access information display lamp (close) 12 located above the installed layered lamps 11.

Similarly, when the elevator car position information from the elevator control panel 25 is " 8th floor ", the landing control circuit 21 compares the " 10th floor " , It is judged that the layered car is 2 and that the position of the car is lower than that of the installation layer. From the lookup table, information of " elevator car access information display lamp (remote) Quot; on " information as contents and lights up the car access information display lamp 15 (which is close to the car) two below the installed layered lamps 11.

When the elevator car position information from the elevator control panel 25 is " 7th floor ", the landing control circuit 21 compares the " 10th floor " , It is judged that the layered difference is 3 and that the position of the elevator car is lower than that of the installation layer. From the lookup table, information of " elevator car access information display lamp (away) (1.5 seconds) and off (0.5 seconds) ", and the information on the car access information display lamp (close to two) below two of the installed layered lamps 11 is displayed in a cycle of 2 seconds, It flashes with 1.5 seconds lighting and 0.5 seconds lighting off.

In the conventional elevator display device described in Patent Document 1, since the layered name is displayed on the ramp, the same lamp is turned on in all the floors where the elevator display device is installed (that is, if the elevator car position is two floors, The two-layer lamps of all the floors are lighted), there is no need to set the installation layer of the elevator display device in advance. However, in this embodiment, since the lamps to be turned on or off are different for each installation layer, it is necessary to register the installation layer information by the rotary switch 23. However, since only the registration work of the installed layer information is required, and the platform indicator of the same elevator can be used on each layer, the manufacturing cost can be greatly suppressed. 3 shows an example in which the landing call buttons 5 and 6 and the rotary switch 23 are provided separately but the landing call buttons 5 and 6 are provided without the rotary switch 23, May be used to register the installation layer information. In this case, since the rotary switch 23 is unnecessary, the cost can be further reduced. In the case of registering the installation layer information by using the landing call buttons 5 and 6, for example, when the landing call buttons 5 and 6 are pressed simultaneously by a preset number of times while the elevator is stopped, After performing a specific operation such as, for example, By doing this, it is possible to prevent registration on the installation layer from being performed by erroneous operation by the general user. As a registration operation, a zero layer is registered as an initial value, and the numerical value increases by 1 each time the elevator car call button 6 is pressed. On the other hand, each time the elevator car call button 5 is pressed, 1, and the platform call buttons 5 and 6 are pressed to set the desired layer constants. After the setting, a specific operation such as simultaneously pressing the landing call buttons 5, 6 again a predetermined number of times is performed to confirm the setting. In addition, the registration operation on the installation layer using the landing station call buttons 5 and 6 is not limited to this example, but may be appropriately set.

Next, the operation of the landing display 7 of the elevator according to the present embodiment will be described.

First, the platform control circuit 21 reads the installation layer information set by the rotary switch 23 and recognizes the layer on which the platform indicator 7 of the elevator is installed. Next, the landing control circuit 21 communicates with the elevator control panel 25 via the communication path 26 to obtain the information on the elevator car position and information on the direction of the elevator car traveling (ascending or descending). The platform control circuit 21 turns on either the upward direction light 16 or the downward direction light 17 in the direction light 9 on the basis of the information on the direction of travel of the car. At the same time, the elevator control circuit 21 compares the elevator car position information from the elevator control panel 25 with the obtained elevated floor information to obtain a layered difference between the elevated car floor position and the elevated car floor, It is determined whether the position is upward or downward with respect to the installation layer. The platform control circuit 21 inputs the layered difference and the determination result of the up and down direction as input and outputs from the lookup table the lamp to be driven (the installed layered lamp 11 in the elevator car position indicator 8 and the elevator car access information Information on the operation details (on / off flicker pattern), and generates a control signal based on the extracted information and transmits the control signal to the drive circuit 22. [ The drive circuit 22 generates a drive signal based on the control signal to turn on or off any one of the installed layered lamp 11 and the elevator car access information indicating lamps 12 to 15.

As described above, the elevator indicator 7 of the elevator according to the present embodiment is provided in the elevator 4 of the elevator, and is provided with directions 16 and 17 indicating the running direction of the elevator car of the elevator, (Rotary switch 23) for registering the information on the installation layer of the elevator display 7 of the elevator, and a floor registration register , The information on the running direction and the information on the position of the elevator car from the elevator control panel 25 provided outside and acquires the information on the installation layer registered by the installed floor registration section (rotary switch 23) On the basis of the information of the elevator car position and the information of the elevator car on the basis of the information of the elevator car position and the information on the installation floor, (Platform control circuit 21 and drive circuit 22) for controlling the lighting operation of the elevator car position indicator lamps 11 to 15 and the elevator car position indicator lamps 11 to 15 are arranged at a central position in the vertical direction , A mounting layered lamp (11) which is lit when the elevator car position is on the installation layer of the elevator display (7) of the elevator and a vertically arranged position of the installed layered lamp (11) (Elevation control circuit 21, drive circuit 22) of the elevator car includes two or more elevator car access information display lamps 12 to 15 which are respectively lit or blinked when the elevator car is in the upper or lower position, The elevator car access information display lamps 12 and 14 disposed at positions above the installed layered lamps 11 are turned on or blinked when the car position is on a layer above the installation layer, The access information display lamps 13 and 15 disposed under the installed layered lamps 11 are turned on or blinked when the values are on a layer lower than the installation layer, . With this configuration, only by setting the installation layer on the installation floor of the elevator display 7 of the elevator to the installed floor registration register (rotary switch 23) , The landing area indicator 7 of the same elevator can be used. This makes it possible to suppress the production cost of the elevator display device of the elevator and to improve the productivity.

2, the elevator car access information display lamp 14, the elevator car access information display lamp 12, the installed layered lamp 11, the elevator car access information display lamp 13, And the elevator car access information display lamp 15 are arranged in the vertical direction, the present invention is not limited to this case, and the lamps may be arranged in the lateral direction. In this case, the elevator car access information display lamp 14, the elevator car access information display lamp 12, the installed layered lamp 11, the elevator car access information display lamp 13, and the like are sequentially (or sequentially) , And a car access information display lamp 15 in that order. Needless to say, the same effect can be obtained in this case as well.

1: elevator door, 2: entrance frame,
3: platform wall, 4: platform,
5, 6: a landing call button, 7: a lift indicator of the elevator,
8: Elevator car position indicator, 9: Direction light,
10: display section, 11: installation layered lamp,
12, 13: Elevator access indicator lamp (close),
14, 15: Elevator access indicator lamp (far away),
16: upward direction, etc. 17: downward direction,
21: platform control circuit, 22: drive circuit,
23: rotary switch, 25: elevator control panel,
26: communication path.

Claims

An elevator indicator of an elevator installed on a platform of an elevator,
A direction indicating the running direction of the elevator car of the elevator,
Three or more elevator car position indicating lamps arranged in the vertical direction indicating the current elevator car position of the elevator car,
An installation layer registration unit for registering information on an installation layer of the elevator indicator of the elevator;
Wherein the control unit acquires information on the running direction and information on the position of the elevator car from an elevator control board provided outside and acquires information on the installation layer registered by the installed floor registration unit, And a landing control section for controlling the lighting operation of the elevator car location indicator based on the information of the car position and the information on the installation layer,
The elevator car location indicator may include:
A mounting lamellar lamp disposed at a central position in the longitudinal direction and illuminated when the elevator car position is on the installation layer;
And two or more car access information indicating lamps which are divided into upper and lower positions of the installed layered lamp and are lit or blinked when the car position is above or below the mounting floor,
The landing zone control unit,
When the elevator car position is on a layer higher than the installation floor, the elevator car access information display lamp disposed at a position above the installed floor lamp is turned on or blinked,
When the elevator car position is on a lower layer than the installation floor, the elevator car access information display lamp disposed at a position below the installed lamellar lamp is turned on or blinked
And an access to the elevator car on the installation floor.

The method according to claim 1,
The landing zone control unit,
When the elevator car position is on a layer above the N layer above the installation layer,
When the elevator car access information display lamp is located at a position N above the installed lamellar lamp, the car access information display lamp is turned on,
Wherein when the elevator car access information display lamp is not located at N positions of the installed layered lamps, the elevator car access information display lamp disposed at the uppermost position blinks in a preset flashing pattern,
When the elevator car position is on a layer lower than the N-layer than the installation layer,
When the elevator car access information indicating lamp is located at a position below N of the installed lamellar lamps,
Wherein when the elevator car access information display lamp is not located at N positions below the installed lamellar lamp, the elevator car access information display lamp, which is disposed at the lowest position, is blinked in a preset flashing pattern, .

The method of claim 2,
Wherein the blinking pattern is set in accordance with a distance between the elevator car position and the installation floor, and is set so that the blinking speed becomes slower as the distance increases.

The method of claim 2,
Wherein the blinking pattern is repeated at regular intervals, and the ratio of the lighting time to the unlit time in the period is set in accordance with the distance between the elevator car position and the installation layer, and the ratio of the lighting time is small A platform indicator of an elevator to be set up.

The method according to any one of claims 1 to 4,
Further comprising a landing call button for registering a landing call of the elevator,
The information on the installation layer is registered in the installed floor registration section by performing a specific operation on the landing call button.

An elevator indicator of an elevator installed on a platform of an elevator,
A direction indicating the running direction of the elevator car of the elevator,
Three or more elevator car position indicator lights arranged in the horizontal direction indicating the current elevator car position of the elevator car,
An installation layer registration unit for registering information on an installation layer of the elevator indicator of the elevator;
Wherein the control unit acquires information on the running direction and information on the position of the elevator car from an elevator control board provided outside and acquires information on the installation layer registered by the installed floor registration unit, And a landing control section for controlling the lighting operation of the elevator car location indicator based on the information of the car position and the information on the installation layer,
The elevator car location indicator may include:
A mounting lamellar lamp disposed at a center position in the horizontal direction and illuminated when the elevator car position is on the installation layer;
And two or more car access information indicating lamps which are divided into left and right positions of the installed layered lamp and are lit or blinked when the car position is above or below the mounting floor,
The landing zone control unit,
When the elevator car position is on a layer higher than the installation floor, the elevator car access information display lamp disposed at one of the left and right sides of the installed lamellar lamp is turned on or blinked,
When the elevator car position is on a lower layer than the installation floor, the elevator car access information indicating lamp disposed at the other of the right and left of the installed lamellar lamp is turned on or blinked
And an access to the elevator car on the installation floor.