Abstract: In an aspect of the disclosure, a method, a computer-readable medium, and an apparatus are provided. The apparatus may be a UE. The UE determines a priority order among a first set of time-frequency resources for a first uplink channel to a base station and one or more second sets of time-frequency resources for one or more second uplink channels to one or more repeaters. The UE allocates transmission power across the first set of time-frequency resources and the one or more second sets of time-frequency resources based on the determined priority order and a maximum transmission power limit. The UE transmits signals to the base station and the one or more repeaters based on the transmission power allocation.

Abstract: A handheld operation device includes a casing, a plurality of counterweight blocks and a counterweight module. The counterweight module is disposed on the casing. The counterweight module includes a base and a block plate. The block plate covers the base. One of the base and the block plate is capable of rotating with respect to the casing. The base has a plurality of accommodating recesses. The block plate has a broken hole formed thereon. One of the accommodating recesses is exposed in the broken hole such that one of the counterweight blocks is capable of passing through the broken hole and then being disposed in the accommodating recess.

Abstract: A handheld operation device includes a casing, a plurality of counterweight blocks and a counterweight module. The counterweight module is disposed on the casing. The counterweight module includes a base and a block plate. The block plate covers the base. One of the base and the block plate is capable of rotating with respect to the casing. The base has a plurality of accommodating recesses. The block plate has a broken hole formed thereon. One of the accommodating recesses is exposed in the broken hole such that one of the counterweight blocks is capable of passing through the broken hole and then being disposed in the accommodating recess.

Abstract: A housing with a sensed power switch includes a shell, a motherboard power switch, and a sensed switch module. The motherboard power switch is located in the shell for turning on or off the computer. The sensed switch module is located in the shell, and has a sensing element and a control circuit. The sensing element is pasted onto the shell and corresponds to a sensing area located outside of the shell. The control circuit is electrically connected with the sensing element and the motherboard power switch. When a sensing object approaches the sensing area, the sensing element outputs a pulse signal to the control circuit. The control circuit outputs a control signal to control the motherboard power switch to turn on or turn off the computer according to the pulse signal.