33results about How to "Capable of self-adaptive adjustment" patented technology

The invention provides a fast repairing device for cracks in road engineering construction, which relates to the technical field of road engineering, to solve the problem that when the existing crack repairing devices are in use, the repairing agent is directly poured into the material, and there is a narrow space in the cracks, which causes problems. The repair agent is difficult to reach, so that there are still hidden dangers in the crack, and the way to expand the crack is usually a linear damage repair method, which makes the crack expand and increases the problem of the damaged surface of the crack, including repairing the main body of the car; the owner of the repair car The middle part of the upper end of the body cavity is horizontally slidably equipped with a vertical lifting mechanism. In the present invention, since the middle part of the rotating base at the upper end of the cleaning mechanism is fixedly installed with an inverted servo motor, the repairing mechanism is then slid and clamped in the groove of the guide rail. When the servo motor rotates, the crack can be corrected by the crushing knife, and The gravel can be cleaned through the cleaning head, so that the subsequent repair mechanism can repair it, so that the whole process is consistent.

The invention relates to compressed air preparation technology, and aims to provide a general multi-mode intelligent adsorption drying method with low energy consumption for compressed air preparation. The present invention is aimed at the adsorption drying system with double adsorption cylinders or multiple adsorption cylinders running in parallel. The air flow organization of the hot air flow is carried out from the upper part of the regeneration adsorption cylinder downwards to realize the regeneration of the adsorbent; it includes the regeneration stage of compressed air waste heat heating, the pressure release stage, The air blast goes deep into the heating stage and the circulation blowing cooling stage. The advantages of the present invention are: (1) low energy consumption, making full use of compression waste heat and environmental cooling capacity; (2) multi-module design, realizing multi-level dew point control); (3) multi-mode regeneration, ensuring long-term operation of the desiccant; (4) ) has adaptive adjustment capability; (5) digital energy efficiency analysis. The present invention utilizes desiccant optimization control based on real-time monitoring of the humidity of the adsorption cylinder to ensure that the overall adsorption process runs smoothly for a long time, ensures long-term stable operation of the desiccant, and greatly reduces its replacement cost.

The invention discloses a communicator for a hydraulic-support electrohydraulic control system, which comprises a CAN (Controller Area Network) bus and a support controller connected to the CAN bus, wherein the support controller is used for implementing multiple serial communications, including CAN communication. The communicator disclosed by the invention has adaptability, integrates multi-function network communication modes, and provides great flexibility, practicality, diversity and reliability for the hydraulic-support electrohydraulic control system in the aspect of communication architecture.

A high dynamic range self-adaptive adjustment method for an infrared thermal imager, comprising the following steps: S1: parameter acquisition; using a high-precision area source black body as a standard reference source, using a cooling staring infrared thermal imager for normal imaging and outputting digital video; The temperature of the high-precision surface source black body can be adjusted, and the integration time of the cooling staring infrared thermal imager can be switched between multiple setting values; S2: data processing; first, establish different integration times of the cooling staring infrared thermal imager, and secondly, Design integration time switching logic and threshold; S3: multi-segment two-point calibration; use surface source black body, under different integration time gears, use the general two-point calibration algorithm offline to calculate the correction gain value and offset value; S4: Real-time optimization; integrate the integration time switching logic and threshold algorithm in S2 into a programmable FPGA hardware development method to form a program and solidify it into the imaging circuit.

The invention discloses a multi-variable limiting protection control method for an aero-engine. Aiming at the defects existing in the existing aero-engine limit protection control method, the present invention is based on the model-based control idea, through online linearization and parameter prediction of the airborne model, selects and activates the main control loop or the corresponding limit protection loop in real time, and The prediction results are used to realize the adaptive reconstruction of instructions under the multivariable framework, and then the multivariable controller is used to realize direct control or restriction of the unmeasurable. Its applicable objects are all kinds of power machinery that can establish complex analytical models and have multiple adjustable variables, including but not limited to turbojet engines, turbofan engines, turboshaft engines, turboprop engines, variable cycle engines, and turbine-based ram combination engine etc.

The invention belongs to the field of intelligent prosthetics, in particular to an intelligent upper limb prosthesis with self-adaptive adjustment capability. The left end of the fixing device is provided with an extension rod, and the left end of the fixing device is movably connected with the right end of the extension rod. The bottom of the rod is provided with a power source, and the bottom of the extension rod is fixedly connected with the top of the power source, the interior of the power source is provided with a main shaft, and the inner wall of the power source is in contact with the outer surface of the main shaft, and the bottom of the main shaft is provided with a main shaft. a torsion device, and the bottom of the main shaft is movably connected with the top of the torsion device, the bottom of the torsion device is provided with a secondary shaft, and the bottom of the torsion device is movably connected with the top of the secondary shaft, the bottom of the secondary shaft is provided with a palm, and The bottom of the secondary shaft is movably connected to the top of the palm. Aiming at the deficiencies of the prior art, the present invention provides an intelligent upper limb prosthesis with self-adaptive adjustment ability, which solves the problems of the traditional upper limb prosthesis being easily damaged and uncomfortable to wear.

The invention belongs to the technical field of substation metering, and relates to a metering error remote online detection method of a reinforcement learning algorithm. In the error detection and evaluation process, error comparison is carried out by utilizing a metered power acquisition sample and a standard ammeter value, and a standardized error expert database value is optimized; a Q-Learning function reinforcement learning algorithm is used to construct a mapping model of electric quantity imbalance; the numerical value of the expert database is updated to guide the initial value definition of the Q iterative network; the electric quantity value of the next moment is accurately predicted through the change process of the electric quantity data collected in real time, the electric quantity value prediction function is achieved, the average prediction error value is obtained by comparing and calculating the electric quantity value with the standard value in the expert database, and when the error range exceeds the error confidence interval, early warning information is sent out immediately. The method has the advantages of being capable of remotely testing the overall error ofthe metering system, high in self-adaptive adjustment capacity, accurate in evaluation conclusion and easy to implement, and meeting the dynamic characteristics of error generation.

The invention discloses a receiving and transmitting integrated multifunctional circuit which relates to the technical field of receiving and transmitting dual-purpose microwave monolithic integrated circuits. The receiving and transmitting integrated multifunctional circuit comprises an antenna end channel selection switching circuit, a receiving channel low noise amplifier circuit, a drive end channel selection switching circuit, a transmitting channel power amplifier circuit and a receiving and transmitting branch power control circuit, wherein the antenna end channel selection switching circuit is an asymmetric switching circuit; the drive end channel selection switching circuit is a symmetric switching topological structural circuit; the receiving channel low noise amplifier circuit is a resistance bridge biasing circuit; and the transmitting channel power amplifier circuit is an active biasing circuit. The circuit has the characteristics of complicated integration functions, good batch production amplitude and phase equalization, high working temperature stability, high output power and the like.

An adaptive frame control system and method for improving the bandwidth of a torque gyroscope, the system includes an adaptive double-loop PI controller, a speed observer and a bearing aging degree judgment module; the adaptive double-loop PI controller is used to control the low-speed frame motor control of the torque gyroscope , the adaptive dual-loop PI controller is based on the traditional current loop and speed loop dual-loop PI controller, in which the gain parameters in the current loop and speed loop PI controllers have adaptive adjustment functions; the speed observer is used for observation control The difference between the relative actual speed of the torque gyro low-speed frame motor and the relative command speed is converted into a criterion for adaptive control; the bearing aging degree judgment module is used to judge the frictional resistance of the bearing after long-term operation The gain parameters of the adaptive double-loop PI controller will be adaptively adjusted according to the above-mentioned changes in the frictional resistance torque.

The present invention provides a method for anti-clutter and interference in the characteristic domain of sky-wave over-the-horizon radar. Multi-channel data is obtained from the receiving channel in the middle; beams are formed with different azimuth angles; pulse compression is used to accumulate the data of each beam in the time domain; the clutter interference space completes the extraction of clutter interference space for all beam data; Extract the beam data to complete the dimension determination of the clutter and interference data, and extract the required beam data; filter and detect to achieve Doppler filtering and target detection of the extracted data. The invention adopts the characteristic domain information to carry out anti-interference processing, which can suppress clutter and multi-pattern interference to the greatest extent, and has relatively strong adaptability to interference. The invention also provides a corresponding anti-clutter and interference device in the characteristic domain of the sky-wave over-the-horizon radar.

This invention discloses one mixture power filter and its control method, wherein, it comprises the following structure: forming filter branch by source filter and filter without source and the branch and the needed non-linear load are connected; it also comprises electricity network current test device and compensation tester with one end of test connected with input circuit and other end with source filter and the tester two one end is connected to filter branch and other end with source filter.