7results about How to "Save battery power" patented technology

The present invention discloses an underwater vital sign sensing wireless transceiver system, including an underwater vital sign wireless transmitting module and a wireless receiving module; the underwater vital sign wireless transmitting module includes a sensor module, a first MCU, a wireless transmitting chip, a power amplifier module and a transmitting antenna connected in sequence; the wireless receiving module includes a receiving antenna, a bandpass filter, a low noise amplifier, a wireless receiving chip and a second MCU connected in sequence. The underwater vital sign sensing wireless transmitting module uses a wireless transmitting circuit to transmit the collected vital signs and motion data to a receiving module on shore, which is processed by the MCU and then transmitted to a computer through a communication interface circuit, thereby improving the operation speed. The power amplifier module enables the wireless signal to be transmitted over long distances underwater, and the receiving module on shore can obtain a stable and reliable signal. And by optimizing the circuit structure and integrated design, the size of the device is reduced, making it easier to install and carry.

The invention relates to transportation equipment, in particular to an assembly and a method for moving a payload, in particular to a system and a method for moving a payload. The present invention provides a system and method for moving a payload based on the use of aircraft devices configured to interface with each other in order to enable interchange of guides and payloads. The invention comprises two independent claims and nine drawings.

The utility model relates to the technical field of camera shooting detection devices, and particularly discloses an unmanned aerial vehicle electric power line inspection monitoring device which comprises a shell, a camera, a spraying assembly, a heating device and a brush handle, the camera is installed in the shell, a conveying belt used for driving the brush handle to move up and down is arranged on the right side of the shell, and a first groove is formed in the periphery of the camera; the bottom of the shell is provided with a second groove communicated with the first groove, the second groove is internally provided with a washboard which is used for cleaning a brush head of the brush handle and can move left and right, and the other end of the washboard is connected with the electric telescopic rod. The brush head with the cleaning liquid can effectively remove stubborn stains on the camera lens, the electric telescopic rod stretches out and draws back to drive the washboard to move left and right to clean the brush head, repeated use can be achieved, and the heating device blows hot air towards the camera lens to conduct heating drying or demisting on the camera lens.

An electronic device is provided. The electronic device includes a housing including an inner space, a hole formed through the housing to the internal space, a stylus pen insertable into the internal space through the hole, wherein the stylus pen includes a first wireless communication circuit and a wireless charging receiver circuit, a wireless charging transmitter circuit positioned inside the housing and configured to provide charging to the wireless charging receiver circuit when the stylus pen is inserted into the inner space, a second wireless communication circuit positioned inside the housing, at least one processor operatively connected to the wireless charging transmitter circuit and the second wireless communication circuit, and at least one memory operatively connected to the at least one processor, wherein when executed, cause the at least one processor to detect whether the stylus pen is inserted into the inner space, start to provide charging for a first duration.

The invention provides a rudder blade hinge moment adjusting method, a hinge moment adjustable rudder blade and a control method thereof, and solves the problem of overlarge hinge moment in the flight process of an aircraft by changing the relative position between the rudder blade and a rudder shaft. The rudder shaft is a movable rudder shaft and can move within a set range in the chord length direction of the rudder sheet; therefore, the relative position between the rudder piece and the rudder shaft is changed (namely, the position of the rudder shaft relative to the rudder piece is changed), the distance between the resultant force point and the rudder shaft is changed, the hinge moment is changed, and the problem that the hinge moment is too large in the flight process of an aircraft is solved.

The present invention provides a performance evaluation method for an MEC task offloading strategy based on a double-layer edge structure, which includes: solving the average delay and average battery power of delayed tasks in the local and edge layers respectively; using the full probability formula to calculate the average battery power of delayed tasks in the MEC system, and then obtaining the average battery power of the MEC system; weighing the average delay of delayed tasks and the average battery power of the MEC system, and constructing a MEC system evaluation function with multiple inequality constraints; using the general constraint multiplier method PHR based on Lagrange multipliers, using MATLAB to solve the strategy optimization result that makes the MEC system evaluation function reach the minimum value, and obtaining the optimal task offloading probability combination, and the delayed tasks include real-time tasks and non-real-time tasks. The present invention is oriented to real-time tasks and non-real-time tasks, and makes reasonable allocation decisions on the tasks of the MEC system based on the double-layer edge structure, and has the characteristics of low delay, low battery power and efficient offloading performance.

A UE (102) and a RAN node (104) communicating via the NTN operate to avoid wasting radio communication resources and battery power of the UE during off-coverage of the NTN. Upon determining (908) that the UE is outside of NTN coverage, the UE avoids (910) seeking a reconnection until determining that the UE is in NTN coverage. Upon detecting an upcoming out-of-coverage period, the RAN node sends an RRC release message to the UE. The RRC release message may include a timer value that exceeds an estimated duration of upcoming out of coverage, and the UE waits for a time interval corresponding to the timer value before attempting to reconnect.