Customized control system for electrical appliances using remote device

An electrical appliance control system using a remote device, comprising:

• an electrical appliance used by a user inside or outside the user's home using power;
• a social network for providing user set optimal control data that controls the electrical appliance to operate in a mode other than an operation mode provided by a manufacturer of the electrical appliance;
• and
• the remote device for controlling the electrical appliance using the optimal control data obtained via the social network,
• wherein the social network comprises at least one of a human network formed by actually contacting other people offline, and an online network that includes an online cafe, a blog, Twitter, or Facebook, formed via the Internet.

An electrical appliance control system using a remote device, comprising:

• an electrical appliance used by a user inside or outside the user's home using power;
• a social network for providing user set optimal control data that controls the electrical appliance to operate in a mode other than an operation mode provided by a manufacturer of the electrical appliance;
• the remote device for controlling the electrical appliance using the optimal control data obtained via the social network;
• and
• a search engine for searching optimal control data uploaded to a website, an Internet cafe, a blog, and a Social Network Service (SNS) in real time.

An electrical appliance control system using a remote device, comprising:

• an electrical appliance used by a user inside or outside the user's home using power;
• a social network for providing user set optimal control data that controls the electrical appliance to operate in a mode other than an operation mode provided by a manufacturer of the electrical appliance;
• and
• the remote device for controlling the electrical appliance using the optimal control data obtained via the social network;
• wherein the electrical appliance further comprises a feedback collector for, while or after the electrical appliance operates according to optimal control data provided from the remote device, collecting control status and result of the electrical appliance and generating feedback data by comparing the control status and result with the optimal control data, and
• wherein the remote device further comprises a feedback data part for processing and storing the feedback data provided from the electrical appliance.

An electrical appliance control system using a remote device, comprising:

• an electrical appliance used by a user inside or outside the user's home using power;
• a social network for providing user set optimal control data that controls the electrical appliance to operate in a mode other than an operation mode provided by a manufacturer of the electrical appliance;
• and
• the remote device for controlling the electrical appliance using the optimal control data obtained via the social network;
• wherein
• the electrical appliance is an air conditioner,
• a temperature sensor for measuring an indoor temperature is mounted to the remote device,
• the control part sends the indoor temperature detected by the temperature sensor to the electrical appliance through the appliance communication module, and
• the air conditioner is controlled according to the measured indoor temperature as provided from the remote device.

A remote device having an electrical appliance control function, comprising:

• an appliance communication module for communicating with an electrical appliance which is used by a user inside or outside the user's home using power;
• a network communication module for obtaining user set optimal control data that controls the electrical appliance to operate in a mode other than an operation mode provided by a manufacturer of the electrical appliance;
• a control part for controlling the electrical appliance based on the user set optimal control data;
• and
• a feedback data part for, while or after the electrical appliance operates according to the optimal control data provided by the remote device, receiving from the electrical appliance, processing, and storing control status and result of the electrical appliance, and feedback data generated by comparing the control status and result with the optimal control data.