52results about How to "Reduced battery life" patented technology

The invention provides a throwing type liquid taking device based on an unmanned aerial vehicle platform. The throwing type liquid taking device comprises an unmanned aerial vehicle and a throwing type liquid taking device. The unmanned aerial vehicle comprises an unmanned aerial vehicle main frame and a grabbing device. The grabbing device comprises a telescopic rod, a mechanical claw and a rotating rod. The throwing type liquid taking device mainly comprises a floater, an outer frame, a liquid collecting bin, a buffering balance weight bin, a wire box and other auxiliary components. Comparedwith traditional manual sampling, the device has the advantages that the labor cost of single sampling is low, and the real-time performance of samples is high; compared with an unmanned aerial vehicle sampling device for long-time hovering extraction sampling, the device has the advantages that the requirements for the balance capacity, cruising power, loading capacity and other performance of an unmanned aerial vehicle are low, the structure is simple, the device manufacturing cost is low, and the representativeness of taken samples is high. Meanwhile, according to the throwing type structural design, only the liquid taking device needs to be thrown down, the liquid taking device is clamped at a throwing point at certain intervals, the process is simple, the requirement for the performance of the unmanned aerial vehicle is not high, and the practicability is high.

The invention relates to the technical field of an electric vehicle, and discloses an electric vehicle battery pack with a temperature regulation function. The electric vehicle battery module comprises a battery box and a box cover, wherein an electric connector is arranged at the side surface of the battery box; a heat radiation plate is arranged on a bottom plate of the battery box; a heat conduction plate is arranged at the upper side of the heat radiation plate; the periphery of the heat conduction plate is fixedly connected with the inner wall of the battery box; a plurality of vertical heat conduction separation plates are arranged on the upper side surface of the heat conduction plate; a vertical heat conduction passage is arranged in the heat conduction separation plate; storage battery units are arranged in each battery installing cavity; two semiconductor refrigeration sheets are arranged at the bottom of the heat radiation plate; the hot end of the semiconductor refrigeration sheet is connected with the heat radiation plate through heat conduction glue; the cold end of the semiconductor refrigeration sheet extends out of the bottom plate; a heat insulation plate is arranged between the heat radiation plate and the bottom plate. In cold winter, the space inside the battery box is heated through the hot end of the semiconductor refrigeration sheet, so that the proper work temperature of the storage battery unit is maintained; the duration capability is further improved.

The invention discloses a multi-parameter wireless real-time monitoring self-powered fluorescent tracer system and method, comprising: a multi-parameter test probe for collecting at least data including water level and fluorescein concentration in the water and transmitting the collected data to a control unit; The intelligent hydraulic DC charging unit includes a connected rotating impeller and a generator, which uses water flow to drive the rotating impeller to rotate, and the generator can convert the mechanical energy generated by the water flow into electrical energy; the control unit includes a data recording module, a cellular data communication module and a remote An instruction control module, the remote terminal calculates the dynamic water flow by using the water level and the water flow velocity fitting correction. The invention can measure the water flow velocity, water level, turbidity, conductivity and fluorescein concentration in the water for a long time, and can realize timing or real-time remote viewing of test data by using terminal equipment. And it can correct the real-time flow parameters, and then obtain the total recovery quality of the channel measurement section within the set time.

The invention discloses a battery insulation control system for an electric vehicle after charging. The system keeps the heating system in the power-on state after the charging reaches the full charge state or reaches the designed target charging charge capacity SOC. According to the connection state of the charging gun, the battery The monomer temperature Ti, the ambient temperature T0 and the set target temperature Tt are used to determine whether the heating system is turned on. The present invention monitors the multi-states of the battery through the judgment of the charging gun, the temperature of the battery cell, and the ambient temperature state, so as to avoid reducing the service life and cruising range of the battery due to the decrease of the battery temperature after the charging is completed.

The invention provides a charging system and method of a belt conveyer inspection system. The charging system and method of the belt conveyer inspection system are used for providing electricity needed by running of monitoring components in the belt conveyer inspection system. The charging system mainly comprises a real-time charging unit and an initial terminal charging unit. The real-time charging unit comprises a speed increaser electric generator, a rechargeable battery, rolling wheels, a rotary shaft, a bearing and a bearing support. The initial terminal charging unit mainly comprises a fixed charging pile, a supporting plate and an electromagnet. According to the charging system and method of the belt conveyer inspection system, on the basis that normal running of the belt conveyer inspection system is fully taken into consideration, the charging system for achieving stable and long-time running of the monitoring components in the belt conveyer inspection system is built, the endurance capability of the belt conveyer inspection system is improved, and the workload of manual charging is reduced. The charging system is convenient to install, simple in structure and environmentally friendly, and energy is saved.