Abstract: A shoe includes a shoe body, a power supply unit, a sensing unit and a control unit. The power supply unit is disposed in the shoe body and is configured to provide electric power. The sensing unit and the control unit are electrically connected to the power supply unit for receiving the electric power therefrom. The sensing unit is disposed in the shoe body and is configured to continuously measure a distance to a ground. The control unit is configured to communicate with the sensing unit, to calculate a statistical value of a plurality of measured distances that are measured by the sensing unit within a predetermined period, to obtain a comparison result by comparing the statistical value with a predetermined standard, and to determine that the ground is uneven in response to determining that the comparison result is greater than a predetermined value.

Abstract: A shoe with enhanced wireless signal transmission includes a shoe body, a wireless circuit module, and a metal conductive component. The shoe body includes an upper, a midsole that is disposed below the upper, and an outsole that is disposed below the midsole. The wireless circuit module is disposed on the midsole and includes a transmission segment that is configured to transmit a wireless signal, and a grounding segment that is configured to provide grounding for the transmission segment. The metal conductive component is disposed on the shoe body and is electrically connected to the grounding segment, wherein a length of the metal conductive component ranges from 20 mm to 100 mm, and a width of the metal conducting component ranges from 20 mm to 110 mm.

Abstract: A lamp set with remotely group setting function comprising a plurality of lamp assemblies and a remote controller; each lamp assembly including a casing, a signal receiver; a lamp body, a base, a circuit assembly, a power device and a group switch set; the casing for receiving element of the lamp assembly; the function group switches having a plurality of buttons for selecting the package signals sent from the remote controller; the circuit assembly of the lamp assembly being electrically connected to the lamp body, the power device, the receiver, and the group switch set. The circuit assembly serving to read package signals received from the receiver; the group switch set determining whether it is necessary to process the received package signals; if necessary, the circuit assembly will send driving signals to the lamp body to has to present different light effects according to the signals.

Abstract: A lamp set with remotely group setting function comprising a plurality of lamp assemblies and a remote controller; each lamp assembly including a casing, a signal receiver; a lamp body, a base, a circuit assembly, a power device and a group switch set; the casing for receiving element of the lamp assembly; the function group switches having a plurality of buttons for selecting the package signals sent from the remote controller; the circuit assembly of the lamp assembly being electrically connected to the lamp body, the power device, the receiver, and the group switch set. The circuit assembly serving to read package signals received from the receiver; the group switch set determining whether it is necessary to process the received package signals; if necessary, the circuit assembly will send driving signals to the lamp body to has to present different light effects according to the signals.

Abstract: A remote control integration device for controlling electronic devices, comprises a remote controller having a memory unit for storing an instruction set having a plurality of instructions; a key set having a plurality of keys; a first transceiver and a first processor for generating instruction signals according to operation of keys; for storing the instruction set to the memory unit and for emitting the generating instruction signals and the instruction set in the memory unit through the first transceiver; and a remote controller having a second transceiver; and a second processor receiving the instructions or instruction set from the remote controller; and decoding the receiving signals into control signals; and a switch receiving electric power and outputting the electric power according to the decoding signals from the second processor.