JP2003246559A - State display system for elevator - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a state display system for a facility capable of better monitoring a condition of each facility installed in many parts even in a high- rise building. <P>SOLUTION: This status display system is provided with a means to display a car component on a screen of a monitor synchronizing with operation of an elevator, a means analog displaying with the component indicating a floor in an area which means the floor of a building, and a means digital displaying the floor on a car component. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an elevator status display system capable of easily monitoring the status of an elevator on a screen of a display device.

[0002]

2. Description of the Related Art Generally, in order to efficiently monitor equipment such as a plurality of elevators, it is sufficient to collect the statuses of the equipments at one place so that the statuses of those equipments can be grasped. However, if there are many states of those facilities, there is too much information, and it becomes difficult to immediately grasp the state of each facility.

For example, recently, high-rise buildings on the 30th and 40th floors, and sometimes even higher, are being constructed.
Elevators are used as the means of transportation, but it is necessary to monitor multiple elevators in a large building. Also,
In the conventional system, level calls such as hall calls and car calls of each elevator are communicated to display LED lamps. Therefore, one LED has two level lines, and the higher the number, the more the number of LEDs displayed. However, there is a problem that the space for displaying and securing the cost becomes high, and the space saving and the cost reduction are avoided by using the personal computer. However, even if the equipment status at each location of the building as described above is displayed on the PC screen, there is a limit to the display area, and if you try to display many locations, the status of each location cannot be clearly seen. It becomes a state. The higher the height of the building, the greater the number of locations where equipment needs to be displayed, and the above situation becomes more noticeable.

[0004]

SUMMARY OF THE INVENTION The present invention has been made in view of the above-mentioned problems of the conventional equipment state monitoring and display system, and even in a high-rise building, each of them is installed in many places. An object is to provide an elevator status display system capable of better monitoring the status of equipment.

[0005]

In order to solve the above problems, according to claim 1 of the present invention, means for displaying car parts on the screen of a display device in synchronization with the operation of an elevator, and a building In the area meaning the floor of the elevator, and means for analog-displaying the car parts with parts for indicating the floor, and means for digitally displaying the floor of the car parts. I will provide a.

According to claim 2 of the present invention, means for displaying the car parts on the screen of the display device in synchronism with the operation of the elevator, and a floor for the car parts in an area meaning the floor of the building. And a means for alternately changing the background color of the area meaning the floor of the building, and a means for digitally displaying the floor on the car component. An elevator status display system is provided.

According to claim 3 of the present invention, means for displaying the car parts on the screen of the display device in synchronism with the operation of the elevator, and an area meaning the floor of the building, the floor of the car parts Means for analog display with a part for indicating, a part for indicating a floor in the car part moves up and down, a means for adjusting to an area meaning the floor of the building, and a means for digitally displaying the floor for a car part An elevator status display system characterized by comprising:

According to claim 4 of the present invention, means for displaying the car parts on the screen of the display device in synchronism with the operation of the elevator, and in the area meaning the floor of the building, the floor of the car parts. Means for analog display with a part indicating, a part for indicating a floor in the car part moves up and down, a means for adjusting to an area meaning the floor of the building, and a background of the area meaning the floor of the building There is provided an elevator status display system comprising means for alternately changing colors and means for digitally displaying a floor on a car part.

According to claim 5 of the present invention, means for displaying the car parts on the screen of the display device in synchronism with the operation of the elevator, and a floor for the car parts in an area meaning the floor of the building. A means for analog display with parts indicating, a means for displaying a representative floor in synchronization with the width of an area meaning the floor of the building, and means for digitally displaying the floor on the car component. An elevator status display system is provided.

According to claim 6 of the present invention, the status of the plurality of elevators in the building is displayed on the screen of the display device by moving the display parts, which are the car parts of the elevator, up and down. In the system, means for displaying the floor where the car component is located by the position of the display component in the up and down direction, and displaying the up and down moving direction of the car component by a symbol indicating the up and down direction displayed on the display component. An elevator status display system is provided.

[0011]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1A shows a screen configuration in which a plurality of elevators having high floors can be monitored on the screen of one personal computer. Screens are floor display 101, hall call display 1
02 Unit No. 1 hoistway section 103 No. 2 Unit hoistway section 10
4, car call button display unit 105, unit position display unit 1
06, the unit floor display 107 and the unit status display 10
It is composed of 8.

Unit 1 hoistway section 103, No. 2 hoistway section 104 and thereafter, when displaying No. 3 machine, No. 4 machine, 1 on the right side
They are displayed side by side like the elevator hoistway unit 103. The floor display unit 101 displays the floor position of the building, and the hall call display unit 102 displays when a hall call for each floor is set.

The car call button display section 105 displays the car call state of each elevator. Unit position display unit 106,
One car is composed of three parts, the unit floor display unit 107 and the unit status display unit 108, and the car is the unit 1 hoistway unit 10.
The hoistway parts such as the hoistway parts 104 of the No. 3 and 2 machines move up and down according to the hoisting of the car.

As shown in FIG. 1 (b), the car status display section 108 indicates ∧ when the car is moving upward. Also, ∨ is displayed when moving downward, and − is displayed when stopped. In addition, if the car that is going to move upward or downward is opened, | ∧ | is displayed, | ∨ | is displayed, and when stopped, |-| is displayed when the door is open.

The unit floor display unit 107 digitally displays the position of the car, and the unit position display unit 106 displays the floor area 109.
The position of the floor is indicated and the floor is visually displayed as an analog display.

When the number of floors increases, there is a restriction in the height direction on the personal computer screen when the number of floors increases.
Inevitably, the width of the floor area 109 display becomes narrow. Therefore, the hall call display unit 102, the floor display unit 101,
The car call button display portion 105 becomes narrow, and it becomes difficult to monitor only by analog display. Therefore, in this system, the floor is digitally displayed on the unit floor display unit 107 of each unit, so that the floor can be visually determined even if each floor area 109 is narrowed.

Further, the background color of the floor area 109 is changed alternately so that the display of each floor area 109 can be easily identified.

FIG. 2 shows an example of monitoring screen cross-section display on the top floor and the bottom floor. The top floor display example 201 will be described.
State 1 (203) is a state in which the car is displayed below the top floor for several floors. Normally, the unit position display unit 106 is displayed in the middle of the unit state display unit 108 and the unit floor display unit 107,
It points inside the floor area 109 and enables analog display. However, in the state 2 (204), which shows the vicinity of the uppermost floor, the car state display portion 108 and the uppermost surface of the screen overlap each other, and the car cannot be moved further upward. Therefore, when the width of the floor area 109 is narrower than the width of the machine status display unit 108, the machine position display unit 106 cannot enter the floor area 109 and analog display cannot be performed. Therefore, in this system, when the number of units reaches near the top floor and the units cannot move upward anymore, the unit position display unit 106 is moved upward in the floor area 109 as in state 3 (205). , Analog display.

Also in the case of the bottom floor display, similarly to the top floor display, the display of state 4 (206) is normally performed, and when the vicinity of the bottom floor is displayed like state 5 (207), The bottom surface of the screen and the unit floor display 107 overlap, and the unit cannot be moved further downward. At this time, if the width of the floor area 109 is narrower than the unit floor display unit 107, the unit position display unit 106 cannot enter the floor area 109 and analog display cannot be performed. Therefore, similarly to the case of the uppermost floor, the machine position display portion 106 is moved downward so as to be displayed in the floor area 109, and analog display is performed.

When the floor is raised, each floor area 109 is usually narrowed, and there is a problem that characters are overlapped on the floor display 101 and are hard to read. In this system, when the floor area of each floor area 109 is 26 floors or less with a sufficient width, each floor is clearly indicated on all floors like the floor display unit 101 in FIG. Further, in the case of 27 floors or more, since the width of each floor area 109 becomes narrower, the representative floor display 209 is performed and the floor can be easily read even in the analog display.

[0022]

As described above, according to the present invention, it is possible to avoid the problem of the display area even on the screen of the personal computer and effectively use and display the limited display area.

[Brief description of drawings]

FIG. 1 is a diagram for explaining a screen display in a status display system for each facility according to an embodiment of the present invention.

FIG. 2 is a diagram for explaining a screen display for displaying the states of the top floor and the bottom floor in the embodiment of the present invention.

[Explanation of symbols]

101 ... Floor display, 102 ... Hall call display, 103 ... Unit 1 hoistway, 104: Unit 2 hoistway, 105 ... Basket call button display, 106 ... Unit position display, 107-Unit floor, Unit floor display, 108 ... Unit status display, 109 ... floor area, 201 ... Top floor display example, 202 ... bottom floor display example, 203 ... State 1, 204 ... State 2, 205 ... State 3, 206 ... State 4, 207 ... State 5, 208 ... State 6, 209 ... representative floor,

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Claims (6)

[Claims] 1. A means for displaying car parts on the screen of a display device in synchronism with the operation of an elevator, and a means for analog-displaying a part indicating the floor to the car parts in an area meaning the floor of the building. And a means for digitally displaying a floor on a car component, an elevator status display system, comprising: 2. A means for displaying a car part on the screen of a display device in synchronism with the operation of an elevator, and a means for analog-displaying a part indicating the floor to the car part in an area meaning the floor of the building. And a means for alternately changing the background color of the area meaning the floor of the building, and a means for digitally displaying the floor on the car parts. 3. A means for displaying a car part on the screen of a display device in synchronization with the operation of the elevator, and a means for analog-displaying a part indicating the floor to the car part in an area meaning the floor of the building. And a means for moving a part indicating a floor to the car part up and down so as to match with an area meaning the floor of the building, and a means for digitally displaying the floor on the car part. Elevator status display system. 4. A means for displaying car parts on the screen of a display device in synchronism with the operation of an elevator, and a means for analog-displaying in the area meaning the floor of a building with parts for indicating the floor to the car parts. And a part for indicating the floor to the car part moves up and down, a means for matching the area meaning the floor of the building, and a means for alternately changing the background color of the area meaning the floor of the building, An elevator status display system comprising means for digitally displaying a floor on a car part. 5. A means for displaying a car part on the screen of a display device in synchronization with the operation of an elevator, and a means for analog-displaying a part indicating the floor to the car part in an area meaning the floor of the building. And a means for displaying a representative floor in synchronization with the width of the area meaning the floor of the building, and a means for digitally displaying the floor on the car part, of an elevator characterized by the above-mentioned. Status display system. 6. The status of a plurality of elevators in a building,
A status display system for an elevator that displays vertically moving display parts that mean elevator car parts on a screen of a display device, wherein the floor where the car parts are located is determined by the vertical position of the display parts. An elevator status display system comprising: means for displaying; and means for displaying the up and down movement direction of the car component by a symbol indicating the up and down direction displayed on the display component.