Air conditioning controlling device and method

Abstract

An air-conditioning controlling device sends to an air-conditioning system, which controls air-conditioning equipment that is provided in an air-conditioned space, a control setting value, to control the air-conditioned space to an arbitrary air-conditioning environment. The air-conditioning controlling device includes a data inputting portion that obtains a surface temperature of a boundary member that structures the air-conditioned space, measured within the air-conditioned space, a reverse analysis portion that estimates a control setting value for controlling the air-conditioned space to the target air-conditioning environment through performing reverse analysis of the air-conditioning environment within the air-conditioned space, based on setting condition data that indicates a structure of the air-conditioned space and boundary condition data that indicates the effect on the air-conditioning environment within the air-conditioned space, including the surface temperature, and an air-conditioning instructing portion that sends, to the air-conditioning system, the control setting value estimated by the reverse analysis portion.

1 : An air-conditioning controlling device for sending to an air-conditioning system, which controls air-conditioning equipment that is provided in an air-conditioned space, a control setting value, to control the air-conditioned space to an arbitrary air-conditioning environment, the air-conditioning controlling device comprising:
 a data inputting portion that obtains a surface temperature of a boundary member that structures the air-conditioned space, measured within the air-conditioned space;   a reverse analysis portion that estimates a control setting value for controlling the air-conditioned space to the target air-conditioning environment through performing reverse analysis of the air-conditioning environment within the air-conditioned space, based on setting condition data that indicates a structure of the air-conditioned space and boundary condition data that indicates the effect on the air-conditioning environment within the air-conditioned space, including the surface temperature; and   an air-conditioning instructing portion that sends, to the air-conditioning system, the control setting value estimated by the reverse analysis portion.   
     
     
         2 : The air conditioning controlling device as set forth in  claim 1 , wherein:
 the data inputting portion extracts the surface temperature from temperature distribution data detected by an infrared array sensor that is disposed within the air-conditioned space.   
     
     
         3 : An air-conditioning controlling method used in an air-conditioning controlling device for sending to an air-conditioning system, which controls air-conditioning equipment that is provided in an air-conditioned space, a control setting value, to control the air-conditioned space to an arbitrary air-conditioning environment, the air-conditioning controlling method comprising:
 a data inputting step wherein a data inputting portion obtains a surface temperature of a boundary member that structures the air-conditioned space, measured within the air-conditioned space;   a reverse analyzing step wherein a reverse analysis portion estimates a control setting value for controlling the air-conditioned space to the target air-conditioning environment through performing reverse analysis of the air-conditioning environment within the air-conditioned space, based on setting condition data that indicates a structure of the air-conditioned space and boundary condition data that indicates the effect on the air-conditioning environment within the air-conditioned space, including the surface temperature; and   an air-conditioning instructing step wherein an air-conditioning instructing portion sends, to the air-conditioning system, the control setting value estimated in the reverse analysis step.   
     
     
         4 : An air conditioning controlling method as set forth in  claim 3 , wherein:
 the data inputting step extracts the surface temperature from temperature distribution data detected by an infrared array sensor that is disposed within the air-conditioned space.