78results about How to "Quick Auto Adjust" patented technology

A control system for a cutting reel unit includes a height-of-cut adjusting system and a reel-to-bedknife clearance adjusting system. The height-of-cut adjusting system includes a first frame; a second frame; a cutting reel supported by the second frame; a bedknife arranged adjacent to the cutting reel and supported by the second frame; at least one support element arranged to translate along the ground and arranged to support the first frame; and at least one first actuator connected between the first frame and the second frame and arranged to adjust the relative elevation of the second frame with respect to the first frame. The reel-to-bedknife clearance adjusting system includes at least one second actuator operatively connected between the reel and the second frame and a sound detector.

For controlling a threshing mechanism of a combine harvester parameters of the threshing mechanism are adjusted with respect to a nominal crop throughput determined for corresponding harvesting conditions to an optimal value, the changing automatically and the adjustment includes automatically determining a deviation of an actual crop throughput from the nominal crop throughput, and adjusting at least one threshing mechanism parameter for adaptation to the actual crop throughput; also a combine harvester with the control device for performing the method is proposed.

The invention discloses a method for learning non-player character combat strategies on the basis of deep Q-learning networks. The method for learning the non-player character combat strategies on thebasis of the deep Q-learning networks has the advantages that the locations, skill cooling time and control states of learning non-player characters and locations, skill cooling time and control states of sparring characters are used as input states, all skills of the learning non-player characters are used as output action sets, the deep Q-learning networks are used as learning algorithms, bloodvolume difference information of the characters of two parties is used as reward for the deep Q-learning networks, the minimum time difference errors are used as targets, back propagation computationis carried out, and hidden layer weight coefficients and output layer weight coefficients of deep neural networks can be updated; the non-player character combat strategies can be automatically generated by the aid of the method, accordingly, the efficiency and the flexibility can be improved, the battle capacity can be reinforced, and the challenging and the interestingness of games can be obviously enhanced.

The invention relates to a radar communication antenna capable of accurately adjusting signal receiving height and orientation, comprising a base, a base frame is welded on the base, and a base cover is welded on the top of the base frame; the base frame is provided with a guide groove in a spiral structure, the base frame The outer wall is equipped with a support sheet in a spiral structure, and a guide chute in a spiral structure is arranged on the support sheet; a ring-shaped guide mechanism is installed at the lower end of the base cover, and a rotating gear is installed at the lower end of the ring-shaped guide mechanism. The left and right sides of the rotating gear Both ends are meshed with a driving mechanism; a sliding mechanism is installed in the guide chute, and an antenna mechanism is installed on the sliding mechanism; a winding mechanism is installed on the lower surface of the rotating gear, and the driving mechanism, rotating gear, ring guide mechanism, The mechanism, the sliding mechanism and the antenna mechanism cooperate to move to complete the spiral lifting and guiding process of the antenna mechanism. The invention can realize the functions of stable automatic spiral lifting signal height of radar antenna and precise adjustment of signal receiving azimuth.

The invention relates to a 0-20mA or 4-20mA direct current analog quantity output device. According to the technical scheme of the invention, a voltage output end AOUT and data input ends DI0-DI7 of a D/A (Digital/Analog) converter (2) are respectively and correspondingly connected with a voltage input end VIN1 and data output ends P1.0- P1.7 of a current output type operational amplifier (4), a voltage input end VIN2 and a voltage output end VOUT of an voltage output type operational amplifier (7) are respectively and correspondingly connected with a sampling output end VSP of a sampling resistor (5) and a voltage input end AIN of an A/D (Analog/Digital) converter (8), data input ends P2.0-P2.7 of a CPU (Central Processing Unit) module (1) are connected with data output ends Do0-Do7 of the A/D converter (8), a command receiving end RX of the CPU module (1) is externally connected with the upper computer, a current output end IOUT of the current output type operational amplifier (4) and a sampling input end of the sampling resistor IIN (5) are respectively and externally connected with a current input end IL1 and current output end IL2 of a load. The device has the advantages of current output accuracy, simpleness in operation and good stability.

The invention discloses a self-correction method of multi-device data synchronization. By adjusting the delay of a BUFR reset signal in an FPGA in a ADC test mode, performing consistency judgment on multiple paths of data output by a multi-core ADC, and performing statistical analysis on the results to obtain an optimal delay set value, the synchronization between ADC multi-core data is ensured;on the basis, the delay of the ADC reset signal is continuously adjusted, the relationship between the ADC reset signal and a sampling clock SCLK is judged by changing the optimal delay set value of aBUFR synchronous reset signal, and an optimal delay value of the ADC reset signal is obtained at last to ensure the stability of the ADC reset; and finally, the value of an ADC synchronization register is adjusted by judging the sampling data of each ADC in the test mode to ensure the synchronization between multiple ADCs, thus achieving stable integration of the data between the multiple ADCs and improving the sampling rate of a collection system.

The invention provides an automatic adjusting system of a laser resonant cavity reflector. The system comprises a remote angle adjusting device, a light beam monitoring device and a data processing module. The light beam monitoring device is configured to detect the centroid data of a laser output by a laser in real time, compare the centroid data with initial centroid data to determine whether the centroid data exceeds a centroid fluctuation range or not, and convert the centroid fluctuation quantity and the fluctuation direction into driving signals and send the driving signals to the remoteangle adjusting device if yes. The present invention further provides an automatic adjusting method of a laser resonant cavity reflector. The method can monitor the parameters of the laser output bythe laser in use in real time to determine whether a laser resonant cavity reflector is moved or not, can determine the movement data of the laser resonant cavity reflector according to the parameterchange trend and can feedback the movement data to the automatic adjusting system of the laser resonant cavity reflector to achieve rapid and automatic adjusting of the laser resonant cavity reflectorso as to improve the adjustment rate of the reflector and improve the use efficiency of the laser.

The invention discloses a posture adjusting device and method for a cold atom interference type gravimeter probe, and relates to the field of cold atom interference precision measurement. The device is characterized in that a supporting plate, three electric supporting legs or two electric supporting legs and a common supporting leg are arranged on a supporting surface; a probe is arranged on thesupporting plate, and an inclinometer is arranged on the probe or the supporting plate; the electric supporting legs, a circuit and a computer are sequentially connected; and the inclinometer and thecomputer connection. According to the method, the calibration process comprises the steps of A changing the posture of a probe point by point; B recording inclination angle data, and recording probe output; C and carrying out fitting; the adjusting process comprises the steps of a placing the probe; b reading an inclination angle; c carrying out a PID algorithm; d enabling the electric supportinglegs to stretch out and draw back; and e the inclination angle value being equal to the calibration inclination angle value. According to the invention, the posture of the gravimeter probe can be adjusted rapidly and automatically, so that the operation laser wave vector direction is parallel to the gravity direction; enough data points can be obtained; the calibration inclination angle value is accurately determined; and the system error of the gravimeter is reduced.

A control system for a cutting reel unit includes a height-of-cut adjusting system and a reel-to-bedknife clearance adjusting system. The height-of-cut adjusting system includes a first frame; a second frame; a cutting reel supported by the second frame; a bedknife arranged adjacent to the cutting reel and supported by the second frame; at least one support element arranged to translate along the ground and arranged to support the first frame; and at least one first actuator connected between the first frame and the second frame and arranged to adjust the relative elevation of the second frame with respect to the first frame. The reel-to-bedknife clearance adjusting system includes at least one second actuator operatively connected between the reel and the second frame and a sound detector. The reel mower cutting unit may be manual or self-adjusting. In the manual mode, adjustments can be made by engaging and turning an adjustment actuator on the side of the cutting reel with a hand tool such as a socket wrench. In the self-adjustment mode, adjustments can be made by engaging and turning adjustment actuators with an output shaft of an electric motor. The same adjustment actuators are used in both adjustment modes, and the reel cutting unit may be converted between modes by fastening or unfastening electric motor assembly from the unit.

The invention discloses an aerial ladder fire truck rotary table and a leveling control method thereof. A proportional valve is connected with a leveling oil cylinder. Two tilt angle sensors are arranged on the rotary table. The two tilt angle sensors and the proportion valve are electrically connected with a controller. The output error caused by signal jumping of one tilt angle sensor is eliminated through signal comparison of the tilt angle sensors. The controller monitors the current feedback of the proportion valve in real time. Closed-loop control is conducted on the opening size of the proportion valve. The angular speed of rotary table movement is combined with an automatic proportion valve specialist PID level system to achieve automatic leveling of the rotary table. The aerial ladder fire truck rotary table and the leveling control method are high in applicability, and automatic adjusting of rotary table leveling can be conducted quickly according to the angular speed of the rotary table; detection is conducted through the double tilt angle sensors, the output error caused by signal jumping of one single tilt angle sensor can be eliminated according to signal comparison of the tilt angle sensors, and the security level is increased; the proportion valve current change caused by proportion valve resistance heating can be eliminated through closed-loop control of the feedback current.

A front-end signal-processing device having an automatic gain-control function used in the analog-to-digital conversion. The circuit comprises a buffer circuit, an amplifying/attenuating circuit, a pre-processing gain-adjusting circuit and an amplification/attenuation gain-adjusting circuit. In the front-end signal-processing device having an automatic gain-control function used in the analog-to-digital conversion, a set of gain-adjusting signals S1 and S2 are produced by hardware for controlling the amplification or attenuation gain of signals, thereby automatically adjusting the amplitude of the input signals. In addition, the microprocessor can select an appropriate restoring parameter according to the gain-adjusting signals to ensure that the numeral result conforms to the original input signal.

The invention relates to a hybrid simulation-based electromagnetic direct-current model automatic adjustment method and system. The method comprises the steps of obtaining initial running condition information from electromagnetic side power flow data, and assigning initial values to initialized information components of a pre-built electromagnetic direct-current model; based on control process parameters of the information components in the initial running condition information, adjusting a current running state of the electromagnetic direct-current model; and when current running state dataafter adjustment is consistent with the electromagnetic side power flow data, switching off a clamping power supply on a converter bus, thereby enabling the electromagnetic direct-current model and anelectromechanical side power grid to form a closed loop through a hybrid simulation interface, and starting hybrid simulation. Therefore, quick and automatic adjustment of running conditions of the electromagnetic side direct-current power transmission model in electromechanical-electromagnetic hybrid simulation of a large-scale alternating-current and direct-current power grid is realized; the workload of manual adjustment of running modes of the electromagnetic direct-current model during the hybrid simulation of the alternating-current and direct-current power grid is greatly reduced; quick adjustment of the running modes of the direct-current electromagnetic model is realized; and the simulation efficiency is remarkably improved.

The invention provides an ejector pin mechanism horizontal adjusting device which comprises a plurality of ejector pin mechanisms and a plurality of ejector pin adjusting assemblies, wherein each ejector pin mechanism comprises an ejector pin and a jacking structure; the ejector pin adjusting assembly comprises a vertical displacement adjusting unit and an angle adjusting unit, the vertical displacement adjusting unit is connected with a fixing part of the jacking structure through a connecting piece, and adjustment of the vertex of an ejector pin in the height direction is achieved; and the upper end of the angle adjusting unit is fixedly connected with the cavity, and the lower end is fixedly connected with the vertical displacement adjusting unit for adjusting the angle between the ejector pin and the bottom surface of the cavity. According to the device, the ejector pin mechanism can be conveniently installed, the levelness is adjustable, and during installation, the angle between the ejector pins and the bottom surface of the cavity can be rapidly adjusted, so that the plane where the vertexes of the multiple ejector pins are located is enabled to be in a horizontal state; and after the cavity is adjusted to be horizontal, by adjusting the angle between the support and the bottom surface of the cavity, deviation of the vertex of the ejector pin in levelness caused by low machining precision or assembly errors of all equipment can be compensated, and the requirement for the machining precision of the equipment is lowered.

The present invention discloses a motor rotor axial clearance adjusting machine. The adjusting machine includes a rack and an operation platform. A lower female die is fixed on the operation platform. A top pressing block is vertically installed on the lower female die in a sliding manner. A lower slide seat is vertically installed on the rack in the sliding manner. A top pressing transmission piece is fixed on the lower slide seat. A lower ejector pin is vertically installed on the lower slide seat in the sliding manner. The lower ejector pin is driven by a lower ejector pin lifting power apparatus. An upper slide seat is vertically installed on the rack in the sliding manner. The upper slide seat is provided with an upper pressing die. The upper pressing die is provided with a through hole. An upper ejector pin is installed on the upper slide seat in the sliding manner. The upper ejector pin is corresponding to the rear end of a motor rotor shaft. The upper ejector pin is connected with a measuring mechanism for measuring an upper ejector pin moving distance. The clearance adjusting machine can rapidly perform axial clearance adjustment on each motor before the motor leaves the factory, thereby greatly improving clearance adjustment precision, improving efficiency, facilitating adjustment, being applicable to mass production, and ensuring product quality stability.

The invention relates to a method for automatically adjusting one or more tunable passive antennas and a single-input-port and single-output-port tuning unit. The invention also relates to an apparatus for radio communication using this method, for instance a radio transceiver. An apparatus for radio communication of the invention comprises: a tunable passive antenna; a feeder; a single-input-port and single-output-port tuning unit; a sensing unit; a transmission and signal processing unit which applies an excitation to the input port, which delivers one or more antenna adjustment instructions, and which delivers one or more tuning unit adjustment instructions; and a control unit which delivers one or more antenna control signals to the tunable passive antenna, and one or more tuning control signals to the single-input-port and single-output-port tuning unit.