34results about How to "Power adjustment" patented technology

A network device of an optical network terminal (ONT) includes an optical communication interface, an input interface, a memory and a processor. Wherein the optical communication interface transmits optical signals with adjusted transmission power; the input interface is used to input a distance; the memory stores a plurality of distances, and a plurality of databases respectively correspond to the distances; the processor electrically connects to the optical communication interface, input interface and the memory, and is used to access the database in the memory corresponding to the inputted distance, and then adjust the transmission power of the optical communication interface according to the content in the database. In addition, a method of adjusting the power of optical signals is further provided in this invention.

The invention discloses a construction machinery power adjustment method based on displacement detection, comprising the following steps: detecting the displacement of the piston rod of the executive hydraulic cylinder; detecting the working load of the executive mechanism; Adjust the hydraulic pressure of the construction machinery hydraulic system. The invention also discloses a hydraulic power system for engineering machinery, including a main pump, a main control valve, an executive hydraulic oil cylinder and a controller. The main pump provides pressure liquid for the executive hydraulic cylinder through the main control valve, and the executive hydraulic cylinder is provided with The displacement sensor is used to detect the displacement of the piston rod of the hydraulic cylinder; the oil circuit in the rodless chamber of the hydraulic cylinder is equipped with a pressure sensor, and the controller can adjust the hydraulic pressure of the main pump according to the displacement of the piston rod of the hydraulic cylinder and the load pressure of the actuator. force. The invention can automatically adjust the liquid supply pressure of the hydraulic system according to the working state of the engineering machinery, has good power adaptability, and is energy-saving and environment-friendly.

The invention discloses a network card power consumption adjustment method and device, equipment and a readable storage medium. According to the application, the operation information of the server at a certain moment and the operation information of the network card on the server at the moment can be acquired in real time, then power consumption prediction is performed on the network card by using the neural network model and the LSTM model on the basis of the two kinds of operation information to obtain the two predicted values, and then the comprehensive value is determined based on the two predicted values. And the power consumption of the network card is adjusted based on the comprehensive value, so that the power consumption of the network card on the server is adjusted in real time to save energy of the server and improve the computing performance of the server. Correspondingly, the invention also provides a network card power consumption adjusting device and equipment and a readable storage medium, which also have the above technical effects.

The invention relates to a detonation-wave-front high-voltage electric plasma gas relay coupling ignition detonation engine which is formed by a pre-detonation burning pipe (7), a high-voltage ignition head c (8), a high-voltage ignition head, a plasma flow guide pipe (10), an annular face magnetic pole plate (14), a field coil (15), a detonation spraying pipe (16), a current controller (17), a high-voltage ignition-oil injection control ECU (19), a fuel and air premixing chamber (22), an air velocity transducer (25) and a high pressure oil spraying pump (26). Through multi-stage high-voltage ignition and plasma gas discharge, after a tiny pulse detonation wave is subject to three-stage relay coupling ignition, energy is amplified continuously, the best energy is achieved finally, the energy is sprayed out from a fuel gas spraying opening (24), and generation of detonation is guaranteed. The detonation-wave-front high-voltage electric plasma gas relay coupling ignition detonation engine has the beneficial effects that (1) the detonation, control and quick holding of the knock can be solved, and the pulse detonation wave can be gradually amplified; (2) atomization, jetting and doping of liquid fuel and an oxidizing agent can be achieved; (3) stable pushing force can be generated, low frequency to high-frequency continuous work can be achieved; and (4) pulse knock engine power adjustment can be achieved.

The invention discloses a novel high-voltage lithium ion storage battery with high performance and high capacity. The battery comprises a storage battery box, wherein an upper end of the storage battery box is fixedly connected with a box cover, an upper end of a bearing plate is fixedly connected with a high-voltage lithium ion battery pack, a protection box is arranged in the high-voltage lithium ion battery pack, a polar plate assembly is fixedly connected into the protection box, a first partition plate is fixedly connected with the interior of the protection box, the first partition plateis located at an outer side of the polar plate assembly, an electrode plate is fixedly connected with an upper end of the polar plate assembly, a protective cover is fixedly connected with an upper end of the protective box, a wire is fixedly connected into a binding post, a lower end of the wire is electrically connected with a pole column, and an upper end of the wire penetrates through a wiregroove to be electrically connected with a controller. The high-voltage lithium ion storage battery is advantaged in that the overall application range is enlarged, the overall power is conveniently adjusted, the overall heat dissipation performance and shock resistance are improved, and thereby the overall practicability is improved.

The invention discloses a power consumption adjustment method of a communication network. The power consumption adjustment method of the communication network comprises the following steps: detectingnetwork parameters of a current communication network of a mobile terminal; and adjusting the operation parameters of the mobile terminal according to the network parameters so as to adjust the powerconsumption of the mobile terminal. The invention further discloses a power consumption adjusting device of the communication network and a computer readable storage medium. The network parameters ofthe current network are detected, and the operation parameters of the mobile terminal are correspondingly adjusted according to the network parameters, so that the power consumption of the mobile terminal can be adjusted according to the performance of the communication network, and the purpose of optimizing the power consumption of the mobile terminal is achieved.

The invention relates to an intelligent direct-driven straddle-type airbus. The intelligent direct-driven straddle-type airbus includes an airbus body and a track beam, wherein the airbus travels on the track beam, a plurality of sets of supporting wheels, guide wheels, and stable wheels are arranged at the bottom of the air bus body, the supporting wheels are arranged on the track beam correspondingly, the guide wheels are arranged on the two side edges of the upper part of the track beam correspondingly, the stable wheels are correspondingly arranged on the two side edges of the lower part of the track beam, a linear motor driving device is further arranged at the lateral of the track beam and includes a linear motor primary winding and a linear motor secondary winding which are arrangedcorrespondingly, the linear motor primary winding is arranged on the airbus body, the linear motor secondary winding is arranged on the surface of the track beam, a winding is arranged in the linearmotor primary winding, and the linear motor secondary winding includes electric conduction copper or aluminum panels. The intelligent direct-driven straddle-type airbus has the characteristics that the operating efficiency is higher, a stable device is more concise and reliable, the gradeability is higher, and the turning radius is smaller.

The invention provides a pneumatic type ejector for carrier-based airplanes of an airplane carrier. A group of steel wire ropes are driven to shrink by a plurality of closed pneumatic cylinders at the same time, and a sliding shuttle on a takeoff runway is driven to slide through the shrinkage of the steel wire ropes, so that the carrier-based airplanes are pushed to take off in an ejecting mode. The structure comprises the carrier-based airplane takeoff runway, the sliding shuttle, the traction steel wire ropes, a plurality of pneumatic cylinder module components, high-pressure gas pipes and a resetting winch, wherein the pneumatic cylinder module components consist of fixed frameworks, the pneumatic cylinders, pistons, piston connecting rods, pulley frames, driving pulleys, anti-breaking pulleys and sliders; the cylinder bodies of the pneumatic cylinders are fixed in the fixed frameworks; the head parts of the pneumatic cylinders are arranged at intervals in a staggered and opposite mode; and the tail parts of the pneumatic cylinders are connected with the high-pressure gas pipes by electrically-controlled valves. Compared with the prior art, the large-thrust multiple acceleration type pneumatic ejector for the carrier-based airplanes of the airplane carrier is characterized in that: the large-thrust multiple acceleration type pneumatic ejector has a simple structure, low cost, light weight, a high power conversion rate and long service life, saves energy and can adapt to the launch of various carrier-based airplanes (including light aircrafts and unmanned aerial vehicles), and the power and the takeoff distance can be adjusted.

Conventional techniques involve operations of increasing power consumption of a motor by increasing an output voltage irrespective of an allowable power capacity of a connected regenerative braking resistor, and accordingly have problems that a loss of the motor increases carelessly even when the regenerative braking resistor still has an allowance, and that a resistor consumes power higher than the allowable power capacity of the regenerative braking resistor. To solve these problems, the present invention provides a power converting device that enables effective use of an allowable power capacity of a connected regenerative braking resistor that is previously set, by automatically adjusting an output voltage and deceleration time according to the power capacity. A voltage-type power converting device that controls driving of an induction motor, the voltage-type power converting device including a regenerated power consumption circuit and a regenerative braking resistor, wherein an allowable power capacity of the connected regenerative braking resistor and its resistance are previously set for the power converting device, and a voltage output to a motor at a time of deceleration is changed according to the allowable power capacity and its resistance.

The invention discloses a hinging mechanism for blades of a large wind generating set. The hinging mechanism comprises a hub, wherein more than three hub cantilevers are uniformly arranged along the periphery of the hub; the root parts of the hub cantilevers are in rigid connection with the hub; the top end of each hub cantilever is hinged to a hinging hole at the top end of the support arm of a paddle blade through a second hinge pin; a hinging hole at the lower end of each support arm is hinged to the top end of a hydraulic cylinder through a third hinge pin; the bottom end of each hydraulic cylinder is hinged to a hinging hole at the root part of the corresponding hub cantilever through a first hinge pin; the hydraulic cylinders, the hub cantilevers and the support arms form rectangular connection; each paddle blade consists of the corresponding blade and the corresponding support arm which are rigidly connected; the blades can be rotated for a certain angle around hinge points at the top ends of the hub cantilevers through telescopic adjustment of the hydraulic cylinders; and through the rotation of the certain angle, the air-sweeping area of the wind wheel of a wind generator can be changed, and the pneumatic performance of the wind generator is changed, so that the stress of the wind generator and wind power captured by the wind generator are accordingly adjusted.

An embodiment of the present invention provides a power adjustment method and a laser measurement device, wherein the method includes: controlling the power detection circuit to detect the power of the laser emitted by the laser emission circuit; obtaining the threshold power corresponding to the laser measurement device; according to the threshold power Adjusting the power of the laser light emitted by the laser emitting circuit can intelligently adjust the power of the laser light emitted by the laser measuring device, thereby improving the performance of the laser measuring device.

The device (V) has an exhaust gas recirculation unit (AGR) with a recirculation valve (8) which is connected with an exhaust gas line (4) and a suction line (3) of an internal combustion engine (1) to be associated. An air compressor (20) is provided for the compression of retrived exhaust gas and is connected with the exhaust gas line. An exhaust gas-pressure container (28) is formed for storing the compressed exhaust gas and is connected with the air compressor. An independent claim is included for a method for recirculating the exhaust gas of an internal combustion engine, particularly a diesel engine.

The invention relates to a screen dynamic monitoring method, which is used for monitoring and controlling the power consumption of the screen of a mobile terminal. The mobile terminal acquires factors such as the corresponding ambient light, temperature, fog, the humidity of the screen surface, and the touch pressure on the screen. In this way, the light intensity gradient index, power consumption fluctuation index, temperature control influence factor, fog influence factor, current operator's touch influence index on the mobile terminal screen, the obtained screen display humidity influence factor and the mobile terminal The adjusted refresh frequency of the screen and other main factors that affect the screen display, and then obtain the adaptive screen power consumption adjustment value of the mobile terminal for the screen power consumption, so as to more accurately reflect the power of the mobile terminal screen after being affected by various factors. The real situation after power consumption adjustment enables the mobile terminal to adjust the power consumption value of its screen more accurately, and realizes the monitoring and control of the power consumption of the screen of the mobile terminal.

The invention discloses a power consumption adjusting method and device for a wifi module, as well as an air conditioner integrated controller. The power consumption adjusting method comprises the following steps: acquiring a current operation mode and current power consumption of the wifi module, wherein the current power consumption of the wifi module is in the current operation mode of the wifi module; comparing the current power consumption with a preset power consumption threshold value to obtain a comparison result; acquiring an operation mode corresponding to the comparison result to obtain a target operation mode; controlling the wifi module to operate according to the target operation mode. The technical problem that in the prior art, the power consumption of a wifi module is relatively high is solved.

The embodiment of the present application discloses a sidelink power control method and terminal equipment. The method is applied to the terminal equipment, including: sending information to the first terminal equipment in the sidelink communication, so that the first terminal equipment Generate success control indication information according to the reception of the information, and receive the power control indication information from the first terminal device; determine the information transmission power of the terminal device in the side link communication according to the power control indication information. Utilizing the embodiment of this application, the terminal device can use the power control indication information in the side link communication to perform closed-loop power control, and further adjust the transmission power of the information sending terminal in the side link communication, so that the first terminal device It can always ensure that the information or signal sent by the information sending terminal is received with a better reception effect, thereby reducing power waste and improving the overall performance of the communication system.

The invention discloses a construction machinery power adjustment method based on angle detection, which comprises the following steps: detecting the angle between actuators; detecting the work load of the actuator; The workload adjusts the hydraulic supply pressure of the construction machinery hydraulic system. The invention also discloses a hydraulic power system, which is used for engineering machinery, including a main pump, a main control valve, an executive hydraulic cylinder, a controller, an included angle detection sensor and a pressure sensor; the main pump supplies the executive hydraulic cylinder through the main control valve. Pressure liquid, the included angle detection sensor is suitable for detecting the included angle between the actuators, the actuator pressure sensor can detect the load pressure of the actuator, and the controller can adjust the main pump according to the included angle state between the actuators and the load pressure of the actuator supply pressure. The invention can automatically adjust the liquid supply pressure of the hydraulic system according to the working state of the engineering machinery, has good power adaptability, and is energy-saving and environment-friendly.

The present invention is system and method of controlling the gasoline engine and the electric motor in motorcycle operating on mixed oil-electricity power. The control system includes one power control module and one charge control module. The power control module includes one throttle controller to control the power of the gasoline engine and one motor controller to control the power of the motor, and receives one wheel speed signal, one accelerating handle signal and one battery signal, so as to regulate the power matching between the gasoline engine and the electric motor and to make the gasoline engine in oil saving and low pollution state while maintaining the maximum torque output of the motorcycle.