Abstract:
Provided are a method and a system which can control the charging of an electric vehicle at home using home network equipment (a home pad, a wall pad, a personal computer, etc.). A user of the electric vehicle can conveniently control the charging of the electric vehicle indoors. Additionally, the present invention is economical because the user can use existing home network equipment, indoor UI, and an electric vehicle charging system in the same way as before.
Abstract:
The present invention relates to a method for home network management using Wi-Fi, and which method includes: a step for receiving a request for Wi-Fi network connection from a mobile terminal; a step for judging whether the mobile terminal has rights for authentication for Wi-Fi connection or not; a step for connecting the Wi-Fi to the mobile terminal and adding the ID of the mobile terminal to an occupant list if the mobile terminal has the rights for authentication; and a step for modifying a management mode of a home network when the number of occupants included in the occupant list is smaller than 2, and more efficiently manage the home network. [Reference numerals] (310) Receiving a request for Wi-Fi network connection from a mobile terminal;(320) Judging whether the mobile terminal has rights for authentication for Wi-Fi connection or not;(330) Connecting the Wi-Fi to the mobile terminal and adding the ID of the mobile terminal to an occupant list if the mobile terminal has the rights for authentication;(340) Modifying a management mode of a home network when the number of occupants included in the occupant list is smaller than 2, and more efficiently manage the home network;(AA) Start;(BB) End
Abstract:
PURPOSE: An adaptive vertical handover system and method thereof are provided to adaptively determine threshold line according to a condition. CONSTITUTION: A transmitting unit transmits a network state information value to a CRRM(Common Radio Resource Management). A controlling unit includes vertical handover determining analysis system in a data mining scheme. The network state information value includes a plurality of network related elements.
Abstract:
The present invention relates to a home energy management system. It includes a home server managing energy of an electric device and controlling the device, a management server storing energy information of the device received from the server by analyzing it and providing the energy information and energy saving information to a user terminal, and the user terminal scanning a QR code of the device and communicating with the management server by using the QR code in order to receiving the energy information and the energy saving information and controlling the electric device through communication with the home server. It provides a user friendly home energy management system by using inter-user information sharing and the QR code. [Reference numerals] (110) Home server;(120) Management server;(130) User terminal;(140) Electric device
Abstract:
PURPOSE: A power management terminal and a power management apparatus are provided to easily check power consumption state of power use apparatuses and to effectively manage the power consumption state. CONSTITUTION: Smart plugs(10a-10n) are installed within building and supply power to a power use apparatus. The smart plugs read power use amount of the power use apparatus and outputs power use information with unique location information. A gateway(20) collects the power use information from the smart plugs and transmits it to a power management terminal of a subscriber. The gateway transmits the power use information collected by an upload request of the power management terminal to an energy management server through a communications network. The gateway transmits analysis energy information to the power management terminal. An energy management server(50) analyzes energy consumption type of the subscriber based on the power use information. The energy management server outputs the analysis energy information including an energy consumption pattern in response to an analysis energy information request of the power management terminal.