36results about How to "Unnecessary power consumption" patented technology

There is disclosed a method of indicating a resource occupancy scheme and processing a resource occupancy scheme indicator so as to enable a UE to be aware a resource occupancy scheme of the network side and avoid an unnecessary power waste and unnecessary interference, and in the method, a base station generates a corresponding resource indicator for a resource occupancy scheme of a legacy control resource area and an enhanced control resource area in each downlink subframe to be transmitted in a specific periodicity and sends the resource indicator to a UE in a resource indication message, and the UE determines from the obtained resource indicator the resource occupancy scheme of the legacy control resource area and the enhanced control resource area in each downlink subframe to be transmitted in the specific periodicity and performs a corresponding resource handling mode, so that the UE can blindly detect in PDCCH common and user spaces or receive control information carried on PHICH resource at an accurate position to thereby avoid an unnecessary power waste of and unnecessary interference to the UE due to blind detection or reception and improve effectively the performance of a system.

The electromagnet includes a valve-opening side coil portion supplied with a current to thereby generate a first magnetic flux and generate electromagnetic force in a direction moving the valve-opening side moving element toward a valve-opening position, and a valve-closing side coil portion supplied with a current to thereby generate a second magnetic flux and generate electromagnetic force in a direction moving the valve-closing side moving element toward the valve-closing position. The valve-opening side coil portion and the valve-closing side coil portion are constituted of an identical connection. The electromagnet further has a sub-coil constituted of a separate connection from the valve-opening side coil portion and the valve-closing side coil portion. By the current supply to the sub-coil, a third magnetic flux reducing at least one of the first magnetic flux and the second magnetic flux is generated.

A satellite radio-wave reception device includes a demodulator. A demodulator determines an assumption code, identifies a plurality of reception codes from a received radio wave, collates an assumption code in a deviation range, which is previously set with respect to reception timing of the reception codes, and each of the reception codes, holds information related to a collation result in each deviation amount with respect to the plurality of reception codes, determines one of correspondences and noncorrespondences, the number of which one is larger, as matching in each code block, and identifies a deviation amount in which the integrated value of matching corresponding to an integrated value of the number of matching codes in a plurality of code blocks in each deviation amount satisfies a predetermined matching condition.

A method of controlling cooling fans for a vehicle is configured to control operation speeds of first and second cooling fans depending on a running state and operation of an air conditioner of the vehicle in a cooling module including a stack radiator, an electrical equipment radiator disposed in front of the stack radiator, a condenser disposed in parallel with reference to a width direction of the electrical equipment radiator and the vehicle, and the first and second cooling fans being provided at positions respectively corresponding to the electrical equipment radiator and the condenser in the rear of the stack radiator, including: independently controlling operation of each cooling fan by comparing required speeds of the cooling fans of constituent elements when operating the cooling fans provided as a pair in the cooling module depending on the running state and the operation of the air conditioner in the electric vehicle.

A wearable device which diagnoses personal cardiac health condition by monitoring and analyzing heartbeat includes a motion sensor detecting whether the user is in a motion state; a heart rhythm sensor detecting the user's signal of heartbeat interval; a memory storing algorithm program and database for data process, comparison, and analysis; a microprocessor calculating, filtering and judging the signal of heartbeat interval; and a feedback module displaying or alarming a judgment result, wherein the wearable device continuously detects the user's motion state and heartbeat condition, and detects heart rhythm when the user is not in the motion state to further judge the user's cardiac health condition, such as atrial fibrillation.

A method for processing data using a time-stationary multiple-instruction word processing apparatus, arranged to execute a plurality of instructions in parallel, said method comprising the following steps: generating a set of multiple-instruction words (INS(i), INS(i+1), INS(i+2)), wherein each multiple-instruction word comprises a plurality of instruction fields, wherein each instruction field encodes control information for a corresponding resource of the processing apparatus, and wherein bit changes between an instruction field related to a no-operation instruction, and a corresponding instruction field of an adjacent multiple-instruction word are minimised; storing input data in a register file (RF0, RF1); processing data retrieved from the register file based on control information derived from the set of multiple-instruction words; disabling the write back of result data to the register file during execution of a no-operation instruction using a first dedicated no-operation code (ws00, ws10, wp00, wp10).