9results about How to "Solve power consumption" patented technology

This invention relates to the field of online water quality monitoring technology, and discloses a method, system, and device for online monitoring of manhole water quality. A matching flange is installed on the maintenance valve flange of the water supply pipeline inside the manhole to establish a water intake and return path. The system is activated according to a preset cycle, triggering a time relay to control the operation of a DC water pump. After the pump shutdown delay, a data acquisition command is executed, and sensor data is read in priority order based on the chemical response speed and attenuation characteristics of the sensor. Based on the sensor data, the system monitors the remaining battery power, wireless communication signal strength, and water quality parameter change rate in real time, and dynamically adjusts the working mode according to the monitoring results. When it is determined that the battery or sensor needs to be replaced, a hook rod is used to close the ball valves on the water intake and return pipelines from the wellhead, cutting off the water flow and releasing pipeline pressure. Maintenance is then performed, and after resetting, the valves are reopened to resume monitoring. This invention achieves safe, accurate, low-consumption, and manhole-free online monitoring of pipeline water quality.

The utility model discloses a telescopic electrotome pen which comprises a pen body and a limiting piece, the pen body is provided with an inner cavity, a circuit board is installed in the inner cavity, a telescopic electrode and an LED lamp bead which are electrically connected with the circuit board are installed at the front end of the pen body, a power connection seat is arranged on the middle rear portion of the pen body, and a toggle switch electrically connected with the circuit board is installed on the front portion of the power connection seat. The toggle switch can move back and forth to control the LED lamp bead to work, and a storage battery electrically connected with the circuit board is arranged in the rear portion of the pen body. A toggle part is arranged at the front end of the limiting piece, a limiting part is arranged at the rear end of the limiting piece, buckling parts are arranged on the left side and the right side of the limiting piece respectively, clamping grooves are correspondingly formed in the two sides of the power connection base respectively, the buckling parts can be clamped in the clamping grooves, and when the buckling parts are clamped in the clamping grooves, the limiting part can prevent the toggle switch from moving forwards. According to the embodiment of the utility model, the lamp source can be effectively prevented from being accidentally turned on in the transportation process.

An ice hockey puck, charging device, and ice hockey kit relate to the field of ice hockey sports equipment technology. The kit includes a housing, at least partially translucent; a light-emitting device disposed within the housing, capable of emitting light through the translucent portion of the housing; a power source, with the light-emitting device electrically connected to the power source; and a magnetic induction switch disposed within the housing and electrically connected to the power source, used to control the conduction or cutoff of the circuit between the light-emitting device and the power source based on changes in an external magnetic field. By incorporating a light-emitting device on the housing, the entire body illuminates, allowing athletes or enthusiasts to clearly observe the ice hockey puck, significantly improving the usage environment and applicability of ice hockey.

The application relates to a low-power operation adjustment method for a tire pressure monitoring system based on user driving habits, which comprises the following steps: obtaining navigation planning information and real-time road condition information; determining an actual driving scene according to real-time vehicle speed and road traffic data, and generating conflict event information when a preset road type is inconsistent with the actual driving scene; obtaining a user driving habit image containing a conflict response habit sub-image; predicting a personalized behavior mode based on the conflict event information and the user habit image; and dynamically generating and executing a corresponding tire pressure monitoring power consumption adjustment strategy according to the predicted behavior mode. Through deep integration of scene conflict detection and user conflict response habits, the application solves the problem of strategy mismatch when a preset scene is inconsistent with an actual scene in the prior art, and realizes intelligent power consumption management according to roads and users.

The invention relates to a tire pressure monitoring system low-power-consumption operation adjusting method based on user driving habits. The method comprises the following steps that navigation planning information and real-time road condition information are obtained; judging an actual driving scene according to the real-time vehicle speed and the road traffic flow data, and generating conflict event information when the preset road type is inconsistent with the actual driving scene; obtaining a user driving habit portrait containing the conflict coping habit sub-portraits; predicting a personalized behavior mode based on the conflict event information and the user habit portrait; and according to the predicted behavior mode, dynamically generating and executing a corresponding tire pressure monitoring power consumption adjusting strategy. Through deep fusion of scene conflict detection and user conflict coping habits, the problem of strategy mismatching when the preset scene does not accord with the actual scene in the prior art is solved, and intelligent power consumption management which varies from person to person due to road conditions is realized.

The invention discloses a time-to-digital converter based on a split capacitor and a low-jitter digital phase-locked loop. The time-to-digital converter comprises a capacitor array, a time-to-voltage conversion circuit, a charging and discharging power supply and a control signal generation circuit, the control signal generation circuit receives a reference clock and a frequency division clock thereof, and generates a charging control signal and a discharging control signal. The charging and discharging power supply charges and discharges the capacitor array according to the signals, so that residual voltage is formed. The time voltage conversion circuit is electrically connected with the capacitor array, receives the residual voltage and performs multiple quantization operations on the residual voltage. And in each quantization operation, a corresponding residual voltage value is obtained by switching the reference voltage connection state of the capacitor array, a multi-bit digital code word corresponding to the residual voltage is finally obtained, and a conversion completion mark signal is generated and fed back to the control signal generation circuit, so that the noise of the final digital code word is reduced through multiple quantization processes.

This invention discloses a fully digital in-memory computing device based on a lookup table structure, comprising: a first SRAM unit and a second SRAM unit, and a lookup table structure; the lookup table structure is connected to the first SRAM unit and the second SRAM unit respectively; the input and output of the first SRAM unit are both first weights of a neural network; the input and output of the second SRAM unit are both second weights of a neural network; the lookup table structure directly uses the outputs of the first SRAM unit and the second SRAM unit as inputs, and also receives a first input stimulus and a second input stimulus; the output of the lookup table structure includes: carry output and bit output; before inputting the first input stimulus and the second input stimulus, the lookup table structure receives weights from the first SRAM unit and the second SRAM unit respectively for pre-calculation; when inputting the first input stimulus and the second input stimulus, the lookup table structure selects the output based on the data obtained from the pre-calculation.

The present application relates to the technical field of communication circuit, specifically relates to low-power consumption communication circuit based on DPD algorithm, including main control module, power amplifier, DPD processing module, power detection module, signal acquisition module, power management module.Main control module is responsible for switching the working mode of DPD processing module;Power amplifier is used for amplifying signal power, so that it can be sent to a long distance;The power detection module is used for real-time detection of the output power of power amplifier;The DPD processing is used for pre-distortion processing to input signal;Signal acquisition module is used for collecting the output power data detected by power detection module;Power management module is used for power supply for each module.The present application solves the technical problems of high power consumption, poor adaptability, transient distortion of working mode switching and other technical problems in the prior art.

The application provides an atmospheric environment corrosion monitoring system, comprising a double electrode sensor, a current-voltage IV conversion circuit, a secondary amplification circuit, an analog-digital conversion circuit, a range switching circuit and a processor, the input end of the IV conversion circuit is connected with the double electrode sensor, the output end is connected with the first input end of the analog-digital conversion circuit through the secondary amplification circuit and is connected with the second input end of the analog-digital conversion circuit; the output end and the enable control end of the analog-digital conversion circuit are respectively connected with the corresponding ports of the processor; the output end of the range switching circuit is connected with the connection end of the IV conversion circuit, and the enable control end of the range switching circuit is connected with the corresponding port of the processor. The application has a wide measurement range, high precision and a simple measurement method.