Abstract: A method for transmitting data is applied to a receiver and a plurality of transmitters. The steps comprise respectively transmitting a data to the receiver at different first transmission times within a transmission interval by the transmitters. Next, the different first transmission times are respectively added with different accumulated values to become the different second transmission times. The different accumulated values are respectively added with a multiple of the different first transmission times. Finally, the transmitters respectively transmit a next data to the receiver at the different second transmission times within a next transmission interval.

Abstract: A method for transmitting data is applied to a receiver and a plurality of transmitters. The steps comprise respectively transmitting a data to the receiver at different first transmission times within a transmission interval by the transmitters. Next, the different first transmission times are respectively added with different accumulated values to become the different second transmission times. The different accumulated values are respectively added with a multiple of the different first transmission times. Finally, the transmitters respectively transmit a next data to the receiver at the different second transmission times within a next transmission interval.

Abstract: The present invention relates to a low current depletion control device that allows substituting MOS transistors for bipolar transistors and comprises a battery, a switch, a control switch, a self-holding switch, a controller, a driving unit, and a drain switch. The battery connects with the switch that connects with the control switch. The switch controls the control switch. The battery and the control switch connect with the self-holding switch that further connects with the controller. The control switch controls the self-holding switch. The controller connects with the driving unit that further connects with the drain switch. The controller controls the driving unit, and the driving unit controls the drain switch that turn off the control switch.

Abstract: A wireless transmission method for tire detection signals increases the percentage of successfully received tire detection signals received by the receiving unit and extends the usage life of batteries. A delay time for emitting the tire detection signals via the detection unit is calculated according to the acceleration of the tire. The operation time for one rotation of the tire is divided into several equal periods. Then, the tire detection signals are emitted to the receiving unit via a wireless transmission method.