Elevator systems and programs

Abstract

To provide an elevator system to control an elevator car operation considering the reduction of discomfort to the thermal sensation of elevator users.SOLUTION: An operation management system 30 has an information reception part 31, a thermal load estimation part 33, a car determination part 35, a car control part 36 to move the determined car to a user waiting floor, and a display control part 37 to control so that a car number to identify the determined car is displayed on a mobile terminal 10, where the information reception part receives movement route information that a user with a mobile terminal 10 indicates the movement route from an outside destination to returning to a company's own building and receives activity amount information indicating the user activity amount during the user movement, the thermal load estimation part estimates thermal environment obtained from metrological information on the movement route during the user movement and estimates the user thermal load from the activity amount during the movement when returning to the own building, and the car determination part determines a comfortable car capable of reducing the thermal load for the user in thermal environment referring to the in-car temperature of the elevator car in own building and to the user thermal load.SELECTED DRAWING: Figure 1

Claims

1. 1. An elevator system for a building having multiple cars, a means for acquiring movement path information indicating a movement path from a departure point of a user of an elevator in the building to the building that is a destination, and action amount information indicating an action amount which is an amount of movement of the user in the movement from the departure point to the building; A weather information acquisition means for acquiring weather information on the route along which the user moves; an estimation means for estimating a thermal load of the user when getting into an elevator car by referring to the behavior amount information and the weather information; A temperature acquisition means for acquiring an in-car temperature of each car when the user uses the car; a determining means for determining a car that provides a thermally comfortable space for the users by using a predetermined correspondence relationship between the thermal load of the users and the temperature inside the cars; An elevator system comprising:

2. a floor boarding / alighting information acquiring means for acquiring floor boarding / alighting information that identifies a departure floor at which the user boards a car and an arrival floor at which the user alights when the user arrives at the building, 2. The elevator system according to claim 1, wherein the determining means determines the car by using a predetermined correspondence relationship between the thermal load of the passenger and the temperature inside the car of each car, as well as the floor number on which the passenger is riding.

3. 3. The elevator system according to claim 2, wherein the boarding and alighting floor information acquisition means acquires the boarding and alighting floor information from a portable terminal device carried by the user, the portable terminal device having a means for receiving the departure floor and the arrival floor specified by the user and generating the boarding and alighting floor information.

4. The elevator system according to claim 2, characterized in that the boarding and alighting floor information acquisition means acquires the boarding and alighting floor information from an entrance and exit management system which manages entry and exit of the building, and has a means for generating the boarding and alighting floor information by setting a floor where an entrance of the building is located as the departure floor and setting a destination floor of the user specified based on identification information of the user read from an IC card carried by the user when entering the building as the arrival floor.

5. 3. The elevator system according to claim 2, wherein the determining means selects a car that can reduce the thermal load of the passenger more quickly the passenger is on a lower floor of the car.

6. 2. The elevator system according to claim 1, wherein the determining means determines the car using a predetermined correspondence relationship between the thermal load of the passenger and the temperature inside the car of each car, as well as a time period during which the passenger uses the car.

7. A computer included in an elevator system in a building having multiple cars, a means for acquiring movement path information indicating a movement path from a departure point of a user of an elevator in the building to the building that is a destination, and action amount information indicating an action amount which is an amount of movement of the user in the movement from the departure point to the building; A weather information acquisition means for acquiring weather information along the travel route of the user while the user is traveling; an estimation means for estimating a thermal load acting on the user when getting into an elevator car by referring to the activity amount information and the weather information; a temperature acquisition means for acquiring an in-car temperature of each car when the user uses the car; a determining means for determining a car that provides a thermally comfortable space for the occupants by using a predetermined correspondence relationship between a thermal load applied to the occupants and an in-car temperature of each of the cars; A program to function as a

Images