123results about How to "High debugging accuracy" patented technology

The invention relates to a large view field off-axis three-reflector system and an adjusting method. The large view field off-axis three-reflector system comprises a main mirror, a secondary mirror, an aperture diaphragm, a third mirror and a focal plane. The main mirror is an off-axis hyperboloid reflector; the secondary mirror is a protruding spherical surface reflection mirror; the third mirror is an off-axis secondary recessed flat spherical mirror; the master axes of the master mirror and the third mirror are superposed as a reference axis; the aperture diaphragm is successively arranged on the secondary mirror; the optical axis of the secondary mirror is superposed with the master axis of the third mirror; a target light ray from infinity enters the secondary mirror after reflection of the main mirror and enters the third mirror through the reflection of the secondary mirror; and then the light ray is imaged on the focal surface. The invention solves the contradiction between the large view field off-axis three-reflector system, the processing and adjusting. The large view field off-axis three-reflector system adopts a simple structure and can realize the wide width imaging, wherein the effective view field reaches 12 degree*3.5 degree.

The invention discloses an air conditioning testing and regulating device which comprises an air conditioner to be debugged, an electronic expansion valve, a refrigerant increasing and decreasing device, a value control unit and a central control module, wherein the air conditioner to be debugged comprises a compressor, a condenser and an evaporator which are connected through a refrigerant pipeline, the electronic expansion valve is detachably installed on a pipeline between the condenser and the evaporator, the refrigerant increasing and decreasing device is detachably connected with the refrigerant pipeline, the value control unit is used for controlling the action of the electronic expansion valve, and the central control module is used for controlling the value control unit. The invention also discloses an air conditioning testing and regulating method. The size of a path of the electronic expansion valve and the volume of the refrigerant are regulated by the central control module. With the adoption of the air conditioning testing and regulating device and method, the debugging process of an air conditioning is greatly simplified, the debugging time of the air conditioning is saved, the production efficiency of the air conditioning is enhanced, and the production cost of the air conditioning is lowered.

The invention provides a microwave cavity filter intelligent debugging method based on a particle swarm optimization algorithm, and the method comprises the steps: firstly, randomly changing the length D of each coupling screw in an electromagnetic simulation model of a microwave cavity filter into a cavity, obtaining a corresponding dissipation parameter S, and constructing an original sample data set; secondly, preprocessing the data in the sample data set; based on a block modeling method and a BP neural network, performing training to obtain an electromechanical characteristic model of themicrowave cavity filter; and finally, based on the electromechanical characteristic model and a particle swarm optimization algorithm, debugging the microwave cavity filter to be adjusted. The adjustment amount of each coupling screw is determined through a particle swarm optimization algorithm, so that the value of the value function is continuously reduced until the output of the microwave cavity filter meets the preset performance index, and the debugging process of the microwave cavity filter is completed. The debugging method has the beneficial effects that the debugging difficulty is reduced, the debugging precision and the debugging speed are improved, and the practicability and the applicability are high.

The invention provides a small-diameter tube nondestructive testing method based on a phased array ultrasonic flaw detector. The small-diameter tube nondestructive testing method comprises the following steps: carrying out CIVA and sound field simulation on a detected workpiece; debugging the phased array ultrasonic flaw detector by a simulation test block and verifying on a simulated workpiece; grinding two sides of a welding seam of the detected workpiece, detecting the detected workpiece ground smoothly by the debugged phased array ultrasonic flaw detector; and analyzing the detection graph to obtain a detection result. The method can perform CIVA and sound field simulation on the detected workpiece before field detection, and adopts an appropriate comparison test block and the simulation workpiece for debugging the phased array ultrasonic flaw detector; the method adopts different scanning modes according to the different thicknesses of the simulation workpieces in a debugging process, can improve the debugging precision, can improve the field detection sensitivity, can prevent repeated detection, saves the detection time and reduces the detection cost.

A control method of a convection and radiation adaptive supply heating and ventilation system. The system includes a system master controller and an outdoor heat pump system, a temperature control center, an outdoor temperature sensor, an indoor temperature humidity sensor, a convection air conditioning terminal, and a radiant air conditioning terminal respectively connected to the system master controller. In operation, the system master controller compares the detection temperature to the set temperature, the convection air conditioner terminal is operated to quickly adjust the indoor air temperature when the temperature difference is large, and the convection air conditioner terminal is turned off or weakened after the temperature difference is less than a certain value to operate the radiant air conditioner termnial to increase comfort.

The invention provides a radio-frequency adaptive interference cancellation device, and the device comprises a vector modulation circuit, a feedback control circuit, and a synthesis and feedback circuit. An output end of a directional coupler A is electrically connected with the input end of the vector modulation circuit. The directional coupler A transmits a reference signal to a vector modulator, and the output end of the vector modulator is electrically connected with the input end of the feedback circuit. The output end of the feedback circuit is electrically connected with the input end of the feedback control circuit. The vector modulator is electrically connected with a feedback controller, and the output end of a transmitter is electrically connected with the input end of the directional coupler A. The output end of the feedback circuit is electrically connected with the input end of a receiver. Aiming at ironing out the defects in the prior art, the invention provides the radio-frequency adaptive interference cancellation device and a debugging method therefor, so as to achieve the zero-drift precise inhibition of a multiplier in the radio-frequency adaptive interference cancellation device and the precise matching of time delay.

The invention discloses a calibrating method of a weighing sensor of a belt scale, belonging to the technical field of dynamic weighing. The calibrating method is characterized by comprising the following steps of: obtaining a comparative standard value range by collecting actual weighing values, obtaining a real-time zero value by using logarithm values of different combinations of accumulative amounts to be compared with the standard value, automatically tracking and judging an error tendency of the accumulative amounts of the weighing sensor, further diagnosing the position and system where the error is; and calibrating the weighing sensor according to the error curve. The calibrating method has the advantages: structurally, a mature general technology is adopted, the calibrating method can be used for timely, accurately and reliably judging errors, is not only convenient to check and but also has the function of fault prevention so that traditional breakdown maintenance turns into beforehand maintenance, thereby substantially reducing the failure rate.

The invention relates to an antenna modulating method and equipment for a 1.064 mu m laser distance measurement machine. It aims at the working wave length of the laser distance measurement machine, with parallel light ocular incident coming from the emitting antenna, modulating the focal surface and repetition of the focal surface of the ocular, when the object lens overlaps with the focal surface of the object lens and ocular lens, with beam from the object lens as parallel light.

The invention discloses an optical axis debugging system of a laser range finder. The optical axis debugging system comprises a laser, an illumination light source and a CCD camera with a CCD lens, wherein the laser is connected with an emission optical system, and a computer is connected between the CCD camera and the laser. The optical system is connected with the receiving optical system, and the receiving optical system is connected with a detector module, and an attenuating film, a right angle prism and a corner cube prism are arranged in front of the receiving optical system. The invention also discloses a debugging method. The optical axis debugging system can monitor the sharpness of the target surface of the detector assembly in real time, adjust the position of the detector assembly to the optimal position by the adjusting device, and direct the laser spot to the target surface of the detector assembly for optical axis debugging, so that the system is visual and efficient.

The invention discloses a debugging method and a debugging device of an intelligent face monitoring camera, the camera and a medium, and relates to the technical field of camera debugging and image processing. The debugging method is implemented by the specific steps of: acquiring an initial shooting region, and determining coordinates of the initial shooting region in a camera coordinate system,wherein the initial shooting region is obtained by marking a monitoring picture of a camera in advance; and determining a position relationship of the initial shooting region in the monitoring pictureof the camera according to the coordinates, and adjusting parameters of the camera according to the position relationship. By means of the pre-marked initial shooting region, parameter debugging is automatically achieved through the camera, professional technicians do not need to conduct debugging according to experience, and the debugging efficiency and precision are improved.

The invention relates to an automatic debugging and correcting system and method of the light-splitting path for an X-ray fluorescence spectrometer with sequential wavelength dispersion. The automaticdebugging and correcting system comprises an operation interface module, a crystal-frame control module, a goniometer theta-axis and 2theta-axis high-accuracy stepping motor control module, a detector data acquisition module and a data image processing module. The automatic debugging and correcting system selects the spectral line of a measured element as a reference spectral line of a calibration goniometer, calculating out a crystal glancing angle and a detector emergence angle by a Bragg equation, rotating a theta axis and a 2theta axis of the goniometer to specified positions, realizing automatic adjustment of the positions of crystals and a detector by controlling a stepping motor, the crystal frame and the detector arranged at the theta axis and the 2theta axis and obtaining a crystal correction factor so as to correct the crystal glancing angle and the detector emergence angle. The automatic debugging and correcting system and method have the advantages that remote and automatic debugging for the light splitting path can be realized, debugging persons can be protected from X-ray radiation, the dependency on the debugging experience of the debugging persons can be reduced and the debugging efficiency and accuracy can be improved.

The invention provides a heating and ventilation system and a flow regulation method therefor, belongs to the technical field of heating and ventilation projects and solves the problems that the existing heating and ventilation system is inconvenient to construct, regulate and maintain and the flow regulation method is complex. The heating and ventilation system comprises a primary pipe network, a heat exchanger and a secondary pipe network, wherein the primary network is connected to a heating station to form a circulating loop and the secondary pipe network forms another circulating loop. The secondary pipe network is provided with a plurality of user ends. Each user end is provided with a regulating valve. A bypass network which can form a circulating loop is parallelly connected to the primary pipe network and/or the second pipe network. A plurality of user ends are connected to the bypass networks in parallel. An access end of the bypass network is provided with a control valve. The flow regulation method for the heating and ventilation system includes the steps of A, regulation preparation; B, regulation of the secondary pipe network; C, regulation of the bypass network; and D, precise regulation. The heating and ventilation system and the flow regulation method therefor have the advantages of low cost, high regulation precision and the like.

The invention discloses a human-computer interactive debugging method of an EC (Electronic Computer) by inputting a character string command based on a UART (Universal Asynchronous Receiver/Transmitter) terminal, which comprises the following steps of: firstly, adding and analyzing a character string of specified format, received from a serial terminal, to an EC firmware to obtain a related command and parameters, and executing codes of the command; then, realizing interactive debugging with EC by using the character string receiving and sending functions of a serial terminal tool in an operating system of HOST. The method can be used for carrying out human-computer interactive debugging on the development of EC and other embedded systems provided with the UART interface, and can perform reading and writing debugging by using a command to instantly obtain required feedback results; the operating state of each module of the firmware can be visually observed, the problem that the traditional debugging method using a bright LED lamp is not visualized and not convenient is completely solved, the debugging efficiency and accuracy are greatly increased, and meanwhile, the method has low realization cost, great flexibility and high efficiency.

The present invention provides a needle and shuttle cooperation automatic adjustment mechanism. The needle and shuttle cooperation automatic adjustment mechanism comprises a main motor, an upper shaft, a needle driving and thread take-up assembly with a needle rod and a frame needle, a lower shaft, a rotating shuttle, a needle rod height adjustment driving source, a rotating shuttle angle adjustment driving source, a rotating shuttle position adjustment driving source, a needle rod height adjustment mechanism connected between the needle rod height adjustment driving source and the needle rod,a rotating shuttle angle adjustment mechanism connected between the rotating shuttle angle adjustment driving source and the lower shaft, and a rotating shuttle position adjustment mechanism connected between the rotating shuttle position adjustment driving source and the lower shaft, wherein the needle rod height adjustment driving source drives the needle rod to move in the vertical direction through the needle rod height adjusting mechanism; the rotating shuttle angle adjustment driving source drives the lower shaft to rotate around the self axis through the rotating shuttle angle adjusting mechanism; and the rotating shuttle position adjustment driving source drives the lower shaft to move in the self axial direction through the rotating shuttle position adjusting mechanism. The height of the needle rod, the angle of the rotating shuttle and the left-right position of the rotating shuttle can be automatically adjusted, so that the debugging efficiency and the debugging accuracy ofneedle and shuttle cooperation are improved.

The invention relates to a light spot machine debugging system and a light spot machine debugging method for medium/long-working-distance single-mode single-fiber collimators. The system comprises a laser point light source, a light spot machine, a medium/long-working-distance single-mode single-fiber collimator, a five-dimensional adjusting frame, and a sliding table. The laser point light source is connected with the medium/long-working-distance single-mode single-fiber collimator. The light spot machine is connected with a computer. The medium/long-working-distance single-mode single-fiber collimator is arranged on the five-dimensional adjusting frame. The light spot machine is arranged on the sliding table. By using the light spot machine debugging system and the light spot machine debugging method for medium/long-working-distance single-mode single-fiber collimators, the light path debugging difficulty is reduced, the debugging precision is improved, the medium/long-working-distance single-mode single-fiber collimator has smaller insertion loss and higher degree of pairing, and the consistency and first-pass yield of products are higher, the debugging time is reduced, and the work efficiency of employees is improved. The system and the method are also applicable to medium/long-working-distance single-mode single-fiber collimators of which the medium/long working distance is at specific bands, such as 850nm and 1060nm.

The invention relates to a system and method for debugging a single-mode broadband double-fiber collimator. The system for debugging the single-mode broadband double-fiber collimator comprises an FP-LD laser light source with a wavelength of 1550nm, a Photon Nano Scan spot device, a one-dimensional adjusting bracket, a five-dimensional adjusting bracket, a computer and a to-be-debugged single-mode broadband double-fiber collimator, wherein the FP-LD laser light source with a wavelength of 1550nm is arranged at one end of the single-mode broadband double-fiber collimator; the to-be-debugged single-mode broadband double-fiber collimator is arranged on the one-dimensional adjusting bracket on the five-dimensional adjusting bracket; the one-dimensional adjusting bracket is used for adjusting a clearance between a single-mode double-fiber pigtail and a lens in the single-mode broadband double-fiber collimator; the Photon Nano Scan v2 spot device is interconnected with the computer; the debugging of the single-mode broadband double-fiber collimator is realized by debugging the five-dimensional adjusting bracket; the spot device is used for double beam debugging. The debugging method according to the invention is simple and convenient in operation, high in debugging result consistency, low in insertion loss and high in yield, and can be widely applied to the field of optical fiber communication.

The invention discloses a Cassegrain system primary and secondary mirror optical axis consistency debugging method which utilizes a large-aperture collimator, an internal focusing telescope and a standard ball to realize Cassegrain system primary mirror and secondary mirror optical axis consistency debugging by using an auto-collimation method. An advantage is that the standard ball whose diameter is the same as that of the central hole of the primary mirror is used, a primary mirror optical axis is explicitly expressed through a primary mirror center hole with high coaxial precision. The standard ball is arranged in a central hole of the primary mirror, the center of the standard ball is located on the axis of the central hole of the primary mirror, the curvature center of the reflecting surface of the primary mirror and the center of the standard ball are subjected to auto-collimation through the focusing function of an internal focusing telescope, a curvature center image and a standard ball center image are located on the optical axis of the internal focusing telescope at the same time, and the optical axis of the internal focusing telescope is the optical axis of the primary mirror. And the position of the secondary mirror is adjusted to enable the optical axis of the secondary mirror to be coaxial with the optical axis of the internal focusing telescope to complete primary and secondary mirror optical axis consistency debugging. According to the method, the assembling efficiency and the adjusting quality of the optical axis consistency of the Cassegrain system can be effectively improved.

The invention discloses a radio frequency device debugging method, device, equipment and system and a storage medium. The method comprises the steps of acquiring device parameters of a tested machineto serve as input data of a trained machine learning network; determining debugging parameters of a debugging mechanism through the machine learning network according to the input data; and outputtingthe debugging parameters to the debugging mechanism, wherein the debugging mechanism is used for adjusting the tested machine according to the debugging parameters. The method disclosed by the invention realizes the purpose of automatic debugging, and achieves the effects of improving the production efficiency and reducing the production cost.

The invention discloses an electromagnetic valve response time testing method which comprises the steps of fixing a to-be-tested electromagnetic valve on a testing bench; fixing the electromagnetic valve through a high-speed camera; transmitting a working instruction to the electromagnetic valve so that a valve pin of the electromagnetic valve extends out; receiving the image of the electromagnetic valve in a process from receiving the working instruction to total extension of the valve pin through the high-speed camera; and processing and analyzing the image so as to obtain the response timeof the electromagnetic valve and the action time of the valve pin through the image. The electromagnetic valve response time testing method has advantages of realizing testing to the response time andthe action time of the electromagnetic valve, facilitating debugging of the electromagnetic valve in use, and improving debugging precision of the electromagnetic valve.

The invention discloses a double-core servo driving system. The double-core servo driving system comprises a master CPU module used for calculation of a control algorithm; a slave CPU module used for acquiring motor state data in real time and establishing a motor mathematics model; an FPGA module used for acquiring data exchange media and correlation signals; a storage module; an encoder interface module connected with a motor encoder for receiving photoelectric encoder pulse signals or rotary encoder output signals carried by a motor; and a button module used for configuring input parameters and a control mode of a servo driver, wherein the master CPU module is connected with the slave CPU module through the FPGA module, the encoder interface module, the storage module and the master CPU module are connected, and the button module is connected with the FPGA module. The invention further discloses a servo motor real-time online modeling method. The servo control system provided by the invention can calculate a system model in real time so that debugging personnel can select corresponding control parameters according to motor model, and thus the production efficiency is improved.