Need identifying device, air-conditioning controlling system, need identifying method, and air-conditioning controlling method

Patent metadata

Field	Value
Publication number	US-9851117-B2
Application number	US-201414308944-A
Country	US
Kind code	B2
Filing date	Jun 19, 2014
Priority date	Jun 21, 2013
Publication date	Dec 26, 2017
Grant date	Dec 26, 2017

Abstract

A need identifying device is provided with a need storing portion that receives, from an informant, a need pertaining to the surrounding environment, an environment state variable controlling portion that calculates an environment state variable for indicating the state of the surrounding environment of the informant based on an environment element measured value collected from a space occupied by the informant, and calculates, from the environment state variable, a dissatisfaction level for the surrounding environment of the informant, and an identification processing portion that identifies, based on the dissatisfaction level, a need from the informant as a temporary need or as a persistent need.

First claim

The invention claimed is:

1. A need identifying device comprising:
an inputting portion that receives, from an informant, a need pertaining to air-conditioning a surrounding environment;
an environment state variable calculating portion that calculates an environment state variable for indicating the state of the surrounding thermal environment of a space occupied by the informant based on an environment element measured value collected from the space occupied by the informant;
a dissatisfaction level deriving portion that calculates a first and second dissatisfaction level regarding the surrounding thermal environment of the informant based on the environment state variable;
an identification processing portion that identifies the need from the informant as a temporary need or as a persistent need based on the dissatisfaction level; wherein
when calculating the dissatisfaction level in accordance with the state of the thermal environment, indicated by the environment state variable, the dissatisfaction level deriving portion calculates the first dissatisfaction level corresponding to occupants in the surrounding environment feeling too hot and the second dissatisfaction level corresponding to the occupants feeling too cold; and
the identification processing portion identifies the need reported by the informant as a temporary need if:
the need from the informant indicates the informant is too cold when the first dissatisfaction level is greater than the second dissatisfaction level or
the need reported by the informant indicates the informant is too hot when the first dissatisfaction level is less than the second dissatisfaction level,

and identifies other needs as persistent needs; and
a control plan determining portion that establishes, in response to a temporary need being identified, that a control setting value of the device will change in accordance with the need from the informant, and that the control setting value will be returned to a value from prior to the change after a specific sustaining time has elapsed; and
in response to a persistent need being identified, establishes that the control setting value will be changed on a persistent basis in accordance with the need from the informant.

2. A need identifying device comprising:
an inputting portion that receives, from an informant, a need pertaining to air-conditioning a surrounding environment;
an environment state variable calculating portion that calculates an environment state variable for indicating the state of the surrounding thermal environment of a space occupied by the informant based on an environment element measured value collected from the space occupied by the informant;
a dissatisfaction level deriving portion that calculates a first and second dissatisfaction level regarding the surrounding thermal environment of the informant based on the environment state variable;
an identification processing portion that identifies the need from the informant as a temporary need or as a persistent need based on the dissatisfaction level; wherein
when calculating the dissatisfaction level in accordance with the state of the thermal environment, indicated by the environment state variable, the dissatisfaction level deriving portion calculates the first dissatisfaction level corresponding to occupants in the surrounding environment feeling too hot and the second dissatisfaction level corresponding to the occupants feeling too cold; and
the identification processing portion identifies the need reported by the informant as a temporary need if:
the need from the informant indicates the informant is too cold when the environmental state variable corresponds to occupants feeling too hot or
the need reported by the informant indicates the informant is too hot when the environment sate variable corresponds to occupants feeling too cold,

and identifies other needs as persistent needs; and
a control plan determining portion that establishes, in response to a temporary need being identified, that a control setting value of the device will change in accordance with the need from the informant, and that the control setting value will be returned to a value from prior to the change after a specific sustaining time has elapsed; and
in response to a persistent need being identified, establishes that the control setting value will be changed on a persistent basis in accordance with the need from the informant.

3. A need identifying method, comprising:
an inputting step that receives, from an informant, a need pertaining to air-conditioning a surrounding environment,
an environment state variable calculating step that calculates, via a processor, an environment state variable for indicating the state of the surrounding thermal environment of a space occupied by the informant, based on an environment element measured value collected from the space occupied by the informant;
a dissatisfaction level deriving step that calculates, via the processor, a first and second dissatisfaction level regarding the surrounding thermal environment of the informant based on the environment state variable,
an identifying step that identifies, via the processor, the need from the informant as a temporary need or as a persistent need based on the dissatisfaction level, wherein
the dissatisfaction level deriving step includes a step that calculates the first dissatisfaction level corresponding to occupants in the surrounding environment feeling too hot and the second dissatisfaction level corresponding to the occupants feeling too cold; and
the identifying step includes a step that identifies the need reported by the informant as a temporary need if:
the need from the informant indicates the informant is too cold when the first dissatisfaction level is greater than the second dissatisfaction level or
the need reported by the informant indicates the informant is too hot when the first dissatisfaction level is less than the second dissatisfaction level, and

identifies other needs as persistent needs; and
a control plan determining step that establishes, in response to a temporary need being identified, that a control setting value of the device will change in accordance with the need from the informant, and that the control setting value will be returned to a value from prior to the change after a specific sustaining time has elapsed ; and
in response to a persistent need being identified, establishes that the control setting value will be changed on a persistent basis in accordance with the need from the informant.

4. A need identifying method, comprising:
an inputting step that receives, from an informant, a need pertaining to air-conditioning a surrounding environment,
an environment state variable calculating step that calculates, via a processor, an environment state variable for indicating the state of the surrounding thermal environment of a space occupied by the informant, based on an environment element measured value collected from the space occupied by the informant;
a dissatisfaction level deriving step that calculates, via the processor, a first and second dissatisfaction level regarding the surrounding thermal environment of the informant based on the environment state variable,
an identifying step that calculates, via the processor, the need from the informant as a temporary need or as a persistent need based on the dissatisfaction level, wherein
the dissatisfaction level deriving step includes a step that calculates the first dissatisfaction level corresponding to occupants in the surrounding environment feeling too hot and the second dissatisfaction level corresponding to the occupants feeling too cold; and
the identification processing step includes a step that identifies the need reported by the informant as a temporary need if:
the need from the info

Assignees

• Azbil Corp

Inventors

• Miura Mayumi
• Dazai Ryota
• Tanaka Masato

Classifications

• F24F2110/10

  Temperature · CPC title

• F24F2110/00

  Control inputs relating to air properties · CPC title

• F24F2110/20

  Humidity · CPC title

• F24F2120/20

  Feedback from users · CPC title

• F24F11/63 Primary

  Electronic processing · CPC title