Abstract: A system for integrating infrared remote controls of home appliances includes a smart electronic device, a transmission device and multiple conversion devices. The smart electronic device is collaborated with the transmission device to transmit a wireless control signal. The multiple conversion devices are respectively mounted on multiple home appliances. After receiving the wireless control signal, a selected conversion device converts the wireless control signal into an infrared remote control code that is further transmitted to a corresponding home appliance for remote control. Because of transmission using radio signals between the transmission device and the multiple conversion devices, there is no concern for communication failure arising from obstruction, limited distance and high directivity demanding to be within a receiving angle upon remote control. As only one remote control is used, operational convenience increases.

Abstract: A system for integrating infrared remote controls of home appliances includes a smart electronic device, a transmission device and multiple conversion devices. The smart electronic device is collaborated with the transmission device to transmit a wireless control signal. The multiple conversion devices are respectively mounted on multiple home appliances. After receiving the wireless control signal, a selected conversion device converts the wireless control signal into an infrared remote control code that is further transmitted to a corresponding home appliance for remote control. Because of transmission using radio signals between the transmission device and the multiple conversion devices, there is no concern for communication failure arising from obstruction, limited distance and high directivity demanding to be within a receiving angle upon remote control. As only one remote control is used, operational convenience increases.

Abstract: An integrated system of infrared remote controls includes a touch remote control and at least one infrared emitter. The touch remote control is wirelessly connected with the infrared emitter to transmit a remote signal. Each infrared emitter is mounted on a home appliance. When the infrared emitter receives the remote signal, the infrared emitter produces an infrared signal according to the remote signal and emits the infrared signal to the home appliance to control the home appliance. The infrared emitter can be adhered to or attracted on the home appliance by an adhesive layer or a magnet. Therefore, the infrared emitter can be easily mounted on the home appliance. It is very convenient for a user to set up and use the integrated system.

Abstract: A modular solar wireless transmission device includes a wireless transmitter and multiple sensing modules detachably and selectively connected to the wireless transmitter. The wireless transmitter has a housing, and a solar cell module and a wireless transmission and power supply module mounted inside the housing. The wireless transmission and power supply module is connected to the solar cell module and a first connection port exposed beyond the housing and connected to a second connection port of one of the sensing modules. The sensing modules can be selectively connected to the wireless transmitter to detect different signals. The wireless transmission and power supply module then wirelessly transmits the detected signals to an external controller to resolve the presence of duplicated wireless transmitters. Because of solar power generation, the modular solar wireless transmission is more compact and environmental friendly.

Abstract: A personalized home situation control system has a personalized situation control device, and at least one repeating device and at least one sensing device located in an environment of multiple users. The situation control device serves for editing a situation list. Each one of the at least one repeating device is connected to an electric appliance module capable of changing atmosphere in the environment, receives commands transmitted from the situation control device, and controls an operating state of the electric appliance. When activated by the situation control device, multiple electric appliance modules in the environment can be controlled by corresponding repeating devices, which are instructed by corresponding sensing devices, according to the situation list. Accordingly, the situation control device can be used to generate an editable and personalized home situation effect in a portable and less environmentally restrictive manner, thereby enhancing operational convenience and flexibility.

Abstract: An integrated system of infrared remote controls comprises a touch remote control and at least one infrared emitter. The touch remote control is wirelessly connected with the infrared emitter to transmit a remote signal. Each infrared emitter is mounted on a home appliance. When the infrared emitter receives the remote signal, the infrared emitter produces an infrared signal according to the remote signal and emits the infrared signal to the home appliance to control the home appliance. The infrared emitter can be adhered to or attracted on the home appliance by an adhesive layer or a magnet. Therefore, the infrared emitter can be easily mounted on the home appliance. It is very convenient for a user to set up and use the integrated system.