33results about How to "Real-time display of measurement results" patented technology

The invention discloses a carbon dioxide gas analyzer and an analysis method thereof. The optical probe of the analyzer adopts a spatial double-optical path structure which is composed of a single light source, a single gas chamber and double detectors. The analysis method comprises the following steps: firstly, the values of the voltage at the two ends of the main detector and the reference detector in the optical probe are measured when the light source is turned off , then the values of the voltage at the two ends of the main detector and the reference detector are measured when the light source is turned on and after the infrared light emitted from the light source passes through the gas chamber, after the treatment of error elimination, by using the Lambert-Beer's Law as the theoretical basis and by combining with the working mechanism of a spatial double-optical path optical structure, the measurement model of the analyzer is established and calibrated, therefore, the gas concentration of carbon dioxide can be directly calculated and output by the analyzer through the measurement value. The carbon dioxide gas analyzer has the advantages of small volume, light weight, low power consumption, high reliability and high measurement accuracy.

The invention provides an electric cleaning device of a dirty belt of a post insulator of a DC converter station. The device consists of a base plate, an insulating frame, a pneumatic arm and the like. A whole system comprises three control loops such as a circuit, a gas circuit and a cleaning liquid loop. The device is electrified by a 220V AC power supply, can automatically walk, but needs to manually adjust the walk direction; and the insulating frame is divided into three grades, wherein a second-grade insulating frame and a third-grade insulating frame can be controlled to be automatically lifted up and down through an insulating rope to drive the pneumatic arm for cleaning to move up and down. The device is provided with a top rod, and the base plate at the lower part of the top rod compresses the ground, so that wheels on the base plate of the device are lifted without being contacted with the ground to prevent the base plate of the cleaning device from rolling front and back during working. In order to guarantee a cleaning mechanism to be capable of stably completing each cleaning action, four diagonal draw bars are arranged between the first-grade top part of the insulating frame and the base plate. The device has the characteristics of good safety performance, high automation degree and good cleaning effect.

The invention relates to an instrument and method for fast detecting a bicarbonate radical and a carbonate radical in water through a double-electrode method. The instrument is used for fast detecting the bicarbonate radical and the carbonate radical in underground water, surface water and seawater and comprises a microprocessor with a built-in intelligent temperature compensation and quantitative calculation software algorithm, a pH electrode, a carbon dioxide electrode, a signal conditioning unit, a temperature collecting unit, a human-computer interaction unit and a load power source management unit, wherein the load power source management unit is responsible for converting battery voltage into load circuit work voltage, the pH electrode and the carbon dioxide electrode are connected with input of the signal conditioning unit, output of the signal conditioning unit is connected with collection pins of the microprocessor, the temperature collecting unit is connected with collection pins of the microprocessor, and the human-computer interaction unit is connected with an I/O interface of the microprocessor and controls unit parameter setting and result displaying of the microprocessor to be completed. Low-power operation is achieved, power source support is not needed, and the problem that the bicarbonate radical and the carbonate radical in the water cannot be fast detected on a field site is solved.

The invention belongs to the technical field of metal material machining process control systems, and particularly relates to a roll-cutting shear quality monitoring system and method based on laser and visual inspection. The invention aims to improve the intelligent control level of the roll-cutting shear and improve the shearing quality of a medium plate. The system comprises a system monitoringupper computer, a system detection device, a system regulation and control execution device and a control system, a shear blade gap wedge-shaped adjusting mechanism is driven by a servo hydraulic cylinder, a servo valve is used for regulation and control, the adjustment of the shear blade gap is achieved, the shear blade gap wedge-shaped adjusting mechanism converts longitudinal linear motion ofthe hydraulic cylinder into horizontal transverse motion of a shear blade, the rigidity of the shear blade is guaranteed through a wedge-shaped block and a pressing mechanism, and the control over theshear blade gap of the roll-cutting shear is achieved.

The invention provides a ratio fringe counting method based on a dual F-P (Fabry-Perot) interferometer and a displacement sensor demodulating system. Two interference optical intensity signals are divided directly; an obtained ratio generates positive and negative pulses during a cavity length changing process of an F-P cavity after direct current items are eliminated; the increase or decrease of the F-P cavity length is judged according to the positive and negative of the pulses; and a counter counts two times when an optical path difference is changed by a wavelength. The corresponding displacement sensor demodulating system comprises a laser device, an optical fiber isolator, a first optical fiber coupler, a second optical fiber coupler, a third optical fiber coupler, a sensing unit, photoelectric detectors, a pre-amplification unit, a DSP (Digital Signal Processing) module and a peripheral display unit. The method and the system have the following benefits that sensor type calibration, operation and orientation-judgment processes are removed; the complexity of a demodulating algorithm is reduced; the theory precision of the ratio fringe counting method is two times the precision of the general fringe counting method; and due to a congenital anti-interference capacity, the miniaturization of a measurement instrument is realized by the DSP module.

The invention discloses a nuclear island water system sealing measurement device and method. The measurement device comprises: a water tank which is provided with a liquid level sensor and a temperature sensor; a water filling pipeline, a pressurizing pipeline, an exhaust pipeline and a test connecting pipeline which are all connected with the water tank; a control module used for calculating a water leakage volume according to the water level change in the water tank, converting the water leakage volume into a gas leakage volume, correcting the gas leakage volume to a standard condition according to the temperature measured by the temperature sensor, and calculating the leakage amount of the valve to be measured; and a display screen used for displaying the test related parameters and thetest result. Compared with like devices and methods in the prior art, the device and the method of the invention have the advantages that a to-be-tested system does not need to be filled with water and drained repeatedly in the test period, so the test time is shortened, and the problem that the system function is affected by rust slag and the like due to the fact that a water system is not filled with water for a long time can be prevented; and moreover, the device and the method have the advantages of high test precision, reliable data result, simple equipment operation, small size, portability, real-time display of measurement results and the like.

The invention relates to the field of panel detection, in particular to a fully automatic defect detection device, which includes a conveying mechanism, a detection mechanism and a general control system. The conveying mechanism includes a product return module, a roller conveying module and a handling mechanism, and the product return module is parallel It is installed on one side of the roller conveying module. Guide rollers are installed on the rollers of the roller conveying module. The handling mechanism includes a loading manipulator and an unloading manipulator. The detection mechanism includes a line-scanning camera module and a line light source module, and the detection mechanism is located above the roller conveying module; the total control system is respectively connected to the transmission mechanism and the detection mechanism circuit, and the total control system controls the transmission mechanism and the detection mechanism , the invention can solve the problem of low efficiency of the mobile phone glass panel defect detection structure in the prior art.

The invention provides a dual-wavelength LD self-mixing vibration measuring instrument with adjustable resolution, and the measuring instrument comprises a dual-wavelength LD for emitting laser, an optical path adjustment device, a light density filter, a to-be-detected target, a drive power supply in electrical connection with the dual-wavelength LD, a signal processing device and a data collection and analysis device, wherein the optical path adjustment device, the light density filter and the to-be-detected target are sequentially set along a transmitting optical path, and the signal processing device and the data collection and analysis device are sequentially in communication connection with the dual-wavelength LD. The invention also provides a measurement method of the measuring instrument, and the laser with the dual wavelengths outputted by the dual-wavelength LD passes through the optical path adjustment device and the light density filter to reach the to-be-detected target. The laser is reflected by the to-be-detected target and then returns to the respective resonant tube cavities to perform the self-mixing interference with the light in the resonant tube cavities. A computer carries out the analysis processing of the self-mixing signal transmitted through communication via an even equivalent wavelength Fourier transform algorithm, thereby achieving the adjustable-resolution target vibration measurement.

An air volume measuring device includes a measuring body and an intelligent display instrument. The air volume measuring device also comprises a flow totalizer. The measuring body is electrically connected with the flow totalizer, and the flow totalizer is electrically connected with the intelligent display instrument. Measurement results can be displayed in real time, and the adaptability to windpressure and air volume is high. By forming a plurality of total pressure holes and detection holes, measurement accuracy and measurement efficiency can be improved.

The invention discloses speech recognition-based multifunctional wireless measurement engineering equipment, comprising an engineering car and a voice remote terminal, wherein the engineering car and the voice remote terminal are in radio communication; on one hand, the engineering car collects surrounding environment parameters and transmits to the surrounding environment parameters to the voice remote terminal by wireless communication when working, and the voice remote terminal displays the collected information; on the other hand, the voice remote terminal identifies a speech instruction emitted by a worker, and transmits the identified instruction to the engineering car by wireless communication, and the engineering car works according to the received instruction. By adopting the speech recognition-based multifunctional wireless measurement engineering equipment, the car can be controlled through speech to carry out wireless remote collection of data and display the collected data in real time. Therefore, the speech recognition-based multifunctional wireless measurement engineering equipment is simple to operate and low in cost.

The magnetic steel is one of the commonly used components in a steel pipeline corrosion defect and deformation magnetic flux leakage detection magnetizing system, and the space magnetic field distribution is important for magnetizing effect and magnetic flux leakage detection precision. A novel automatic measuring device is designed for measuring the space magnetic field of the cylindrical magnetic steel, the detection device consists of a measuring table, a lifting table, a mounting base, eight linear feeding mechanisms used for adjusting the measuring positions of the magnetic field sensor are evenly arranged on the magnetic steel magnetic field measuring table, the mechanism includes a stepping motor, a lead screw sliding block, a guide light bar, a magnetic field sensor propelling rod,and magnetic field intensity distribution measurement of different positions of the same section of the magnetic steel is realized; the vertical lifting mechanism of the magnetic steel is composed ofa servo air cylinder, a lifting rod, a connecting rod and a sliding block, and through the combination with the linear feeding mechanism of the measurement position of the magnetic field sensor, themagnetic field intensity of different sections in the height direction of the magnetic steel can be measured, and therefore the drawing of the magnetic field intensity distribution of the space aroundthe magnetic steel is realized.

The utility model relates to a general current measuring device for a high-voltage DC withstand voltage test, which belongs to the technical field of direct current measurement, and in particular relates to a general current measuring device for a high-voltage DC withstand voltage test. The invention provides a high-safety, convenient-to-use universal current measuring device for a high-voltage direct current withstand voltage test. The present invention includes a wireless measurement terminal and a handheld device. The main points of the structure are that the handheld device includes a housing 3, on which a button 4, a liquid crystal screen 5 and a charging interface 13 are arranged, and the housing 3 is provided with a handheld device battery 6, a handheld device antenna 7, LCD screen interface 8, handheld device MCU9, storage circuit 10, handheld device wireless communication module 11 and real-time clock circuit 12; The liquid crystal screen interface 8 is connected with the liquid crystal screen 5 .

The invention discloses an electronic module wedge-shaped packaging slot locking force measuring system, and aims to provide a measuring system capable of measuring the locking force of a two-degree-of-freedom wedge-shaped locking strip. The method is realized through the following technical scheme: a rectangular short base and a rectangular long base which are in vertical lap joint with each other are adopted in the test module; the end face of the formed L-shaped vertical body is provided with positioning bolts which are arranged in a linear array and linear array grooves which are perpendicular to each other and are provided with pressure sensors on the inner sides; each pressure sensor is connected with a data acquisition instrument through a wire hole in the back end of the linear array groove, and the positioning bolts are combined with the pressure sensors and inserted into check blocks below the low-heat-conduction locking strips and the high-heat-conduction locking strips to adjust the test distance; the test module uploads a measurement result to the upper computer in real time through the pressure sensor, carries out dynamic test on the locking force of the wedge-shapedlocking strip, and transmits and displays the measurement result in real time.

The invention discloses a modularized intelligent hanger device which comprises a head hanger and a body hanger connected with the head hanger through a data transmission line, wherein the body hangeris arranged on a body part and is provided with a controller; the head hanger is arranged outside a safety helmet; the head hanger is provided with AR glasses and detection instruments for meeting different working environment requirements; and the detection instruments are used for detecting power equipment, transmitting detection data to the controller through the data transmission line for real-time processing, and displaying a data processing result in real time through the AR glasses. The modularized intelligent hanger device is provided witha flexible interface, so that the AR glasses anda thermal imaging sensor, an electrified sensor, a gas sensor, a laser indicator, a distance meter and the like which are required by inspection can be hung and connected, and the inspection requirements of most industries are met; and the controller can process the measured data in real time, equipment faults and measurement results can be displayed in real time, and more intelligent functionsare realized.