37results about How to "Avoid measurement failures" patented technology

The invention discloses a hollow inclusion crustal stress telemetry system and a method and relates to the technical field of geology, energy, deep mineral products and underground geotechnical engineering reconnaissance survey. The hollow inclusion crustal stress telemetry system comprises a hollow inclusion strainometer and a telemetry master computer. A strain foil, an orientator, a gathering module, a transmitting module and a transmitting antenna are arranged inside the hollow inclusion strainometer which is used for measuring, gathering and transmitting strain and azimuthal angles. The telemetry master computer is composed of a receiving antenna, a receiving module, a signal processing module, a data processing module and a data outputting and displaying module. The telemetry master computer is used for receiving, processing and storing parameter information such as the strain and the azimuthal angles. Through wireless transmission long-distance telemetry, the hollow inclusion crustal stress telemetry system and the method have the advantages that the problems of the redundant wiring process of geostress survey, cable winding, drilling cooling and the like are solved, test efficiency and precision are improved, measuring cost is saved, capacity of resisting disturbance is strong, and instruments are easy and convenient to operate.

The invention discloses a donor-acceptor distance distribution measuring method based on fluorescence correlation spectroscopy. Fluorescent labeled living cells of donors and acceptors are subjected to a selective donor excitation operation through a fluorescence correlation spectroscopy module of a laser scanning confocal microscope in different laser power. A correlation card acquires photon number fluctuation signals of a donor channel and an acceptor channel to form a self-correlation curve. Energy transfer rate and energy transfer efficiency can be calculated through triplet state analysis of the self-correlation curve of the acceptors. In addition, triplet state distribution of the energy transfer rate and the energy transfer efficiency can be inverted from the self-correlation curve of the triplet state of the acceptors through a maximum entropy algorithm so that donor-to-acceptor distance distribution can be calculated. A fluorescence correlation spectrum analysis method itself is an excellent technology of measuring concentration of a dilute solution, so that the measuring method can be used for measuring donor-acceptor non-paired fluorescence resonance energy transfer efficiency and donor-acceptor non-paired distance distribution after integration items of overlap items of the spectrum being corrected with respect to the donor-acceptor concentration proportion. The measuring method is convenient to use and high in measuring precision.

The invention discloses a dynamic temperature measuring device in high-temperature breaking strength tensile test. The dynamic temperature measuring device comprises a cylindrical tensile test piece, a tensile test machine chuck, an infrared radiation array, a temperature measuring thermocouple wire, a thermocouple end temperature measuring point, high-temperature-resisting insulation casing pipes, tension springs, a two-groove crown block, a computer, a high-power phase-shifting voltage controller and a light high-temperature insulating board. The dynamic temperature measuring device can be used in the high-temperature breaking strength tensile test, when the diameter of the cylindrical test piece is continuously reduced and even a great reducing deformation process occurs, the dynamic variation of the temperature on the surface of the cylindrical tensile test piece still can be reliably recorded, the key characteristic parameters such as strength limit of aerospace materials in a variable thermal environment at high speed can be acquired, and important test evidence can be provided for determining the load bearing capacity of the aerospace materials in the fast dynamic thermal environment.

The invention relates to the technical field of tire pressure detection, and discloses tire pressure information acquisition equipment and an operation system thereof, the tire pressure is monitored by adopting a mode of combining a direct method and an indirect method, so that the measurement failure of a tire pressure monitor caused by factors such as high temperature can be avoided, and the measurement failure caused by factors such as high temperature can also be prevented; and furthermore in an indirect measurement method, the condition that the tire pressure of a plurality of tires is abnormal at the same time and cannot be known by a wheel speed sensor is avoided, the monitoring precision is improved, the safety of vehicle driving is improved, a temperature sensor and the like are arranged, a piston is matched with an air inlet pipe for continuous air inlet, the air pressure in the tires is reduced in a self-adaptive mode, and the tire burst phenomenon caused by too high tire pressure is avoided; through arranging an exhaust electromagnetic valve and the like, the highly-compressed gas in the gas storage pipe barrel is gradually exhausted into the tire through the exhaust pipe, so that the tire pressure of the tire in the corresponding low-temperature environment is increased in a self-adaptive manner, the phenomena of driving comfort weakening and the like caused by insufficient tire pressure in the low-temperature environment are avoided, and the safety of a vehicle in the driving process is further improved.

The invention discloses a frequency point information processing method and user equipment. One frequency point information processing method comprises the following steps of: receiving measurement control information sent by the network equipment, wherein the measurement control information comprises the frequency information of inter-frequency measurement under the condition of not starting the compression mode; and eliminating the stored frequency information of inter-frequency measurement under the condition of not starting the compression mode when the type of the frequency information of inter-frequency measurement under the condition of not starting the compression mode in the measurement control information is different from that of the stored frequency information of inter-frequency measurement under the condition of not starting the compression mode. According to the technical scheme of the invention, the measurement failure problem is avoided when UE (user equipment) measures adjacent frequency and the compression mode is not started.

The embodiment of the invention relates to a shear wave attenuation coefficient measurement method and system, and solves a problem of measurement failure caused by the fact that an ultrasonic detection method cannot penetrate through some media. The shear wave attenuation coefficient measuring method comprises the following steps of applying a nuclear magnetic resonance pulse sequence to a measured object with a stable vibration state, performing motion coding in cooperation with a static or controllable gradient magnetic field to detect nuclear magnetic resonance echo signals of at least twodifferent positions of the measured object, and analyzing and processing the nuclear magnetic resonance echo signals to obtain a shear wave attenuation coefficient; the system comprises a magnetic resonance system, a mechanical vibration excitation device and a nuclear magnetic resonance console. The method is advantaged in that the attenuation coefficient of the solid or semi-solid is measured in a non-invasive and non-destructive manner based on low-field nuclear magnetic resonance.

The invention provides a mine rigid shaft guide spacing measurement system and method. The system comprises a first eddy current displacement sensor used for measuring a first actual distance between the first eddy current displacement sensor and one side of a shaft guide, a first laser displacement sensor used for measuring a second actual distance between the first laser displacement sensor and a first sliding block, a second eddy current displacement sensor used for measuring a third actual distance between the second eddy current displacement sensor and the other side of the shaft guide, a second laser displacement sensor used for measuring a fourth actual distance between the second laser displacement sensor and a second sliding block, and a controller which determines the distance between the shaft guides according to the first actual distance, the second actual distance, the third actual distance, the fourth actual distance, a fifth actual distance, a sixth actual distance and a seventh actual distance. Therefore, non-contact measurement of the first actual distance and the third actual distance can be realized with high precision based on the eddy current effect of the eddy current displacement sensor, and the measurement precision is ensured; and the measurement system can synchronously run along with a lifting container, and the shaft guide gap and the joint dislocation amount are accurately measured.

The present invention relates to a disposable cartridge. A housing (70) forms a cartridge (22), and a slider (72) is displaceably provided in the housing (70) with a set of guide rails (78) in between. A hook (80) is tiltably provided between the guide rails (78). After the cartridge (22) is installed in a piercing device (10), the slider (72) is displaced to the other end side of the housing (70) while in contact with a casing (12) forming the piercing device (10). This causes the hook (80) not to be tiltable by the slider (70). An end of the hook (80) comes into contact with a step (26) of the casing (12) to limit the installation of the cartridge (22) in the piercing device (10).

A method and system for real-time calculating the dynamic phase shift signal are disclosed. The method comprises the following steps: segmenting the medium frequency signals in the testing channel and the reference channel, respectively; reading out the medium frequency signals in the testing channel and the reference channel at the present time period and converting the signals into the digital signals by an A/D conversion, respectively; converting the digital signals in the testing channel and the reference channel obtained at the present time period into the frequency domain signals by Fourier transform, respectively; and synchronously obtaining the accurate frequency at the present time period; and obtaining the phase difference by conducting a conjugate calculation on the frequency domain signals in the reference channel and the testing channel at the present time period according to the accurate frequency at the present time period. A plasma diagnostic method and system are also disclosed. The method and system for real-time calculating the dynamic phase shift signal can achieve the unattended and reliable real-time phase calculation and output, and the plasma diagnostic method and system which use the method and system for real-time calculating the phase shift signal can further reliably achieve the unattended real-time measurement for the electronic density and the current density.

The invention relates to a temperature monitoring device for a motor of a conveying unit of a circulating type conveying system; the motor is arranged on the conveying unit and by means of which the motor can be cyclically operated along a support beam of the conveying system and/or the height of which the motor can be adjusted, the temperature monitoring device comprises a data acquisition module, a data transmission module and a data processing module; the data acquisition module is arranged on the upper side of the supporting beam and comprises an image recognition device and an infrared measurement device which are used for shooting images of the passing conveying unit and/or the motor thereof, respectively, identifying the number associated with the motor in the images, and infrared-measuring the temperature of the passing motor therebelow; the data transmission module performs data transmission in a manner of correlating the identified serial number with the measured temperature;the data processing module processes transmitted data and outputs a temperature monitoring signal. In addition, the invention also relates to a temperature monitoring method for the motor of the conveying unit of the circulating type conveying system and the circulating type conveying system.

The invention provides a system for detecting the bending degree of a sublance of a steelmaking converter, which comprises a sublance probe, a measuring position limiter and a signal acquisition device, and is characterized in that the signal acquisition device is used for acquiring image information of the sublance probe; the signal processing device is used for receiving the image information, analyzing the image information to obtain an image display interface and then outputting an analysis result; and the signal control device is used for automatically controlling whether the sublance at the measuring position continues to descend or not according to the analysis result. On the other hand, the invention further provides a method for detecting the bending degree of the sublance of the steelmaking converter. According to the system and method for detecting the bending degree of the sublance of the steelmaking converter, the technical problems that in the prior art, bending of the sublance cannot be found in time, the sublance is prone to being damaged, and production is affected are solved, the equipment failure rate is reduced, and the production efficiency is improved.

The embodiment of the invention provides a method and a device for MDT (Minimization of Drive Test) measurement. The method includes the steps of: when MDT is the region-based MDT, and an OAM (Operation Administration Module) obtains an MDT task, sending a task request for establishing the MDT task to a CC (Call Control) module; judging whether the task identifier of the MDT task does not exists and the configuration parameter of the MDT task meets an audit condition by the CC module, wherein the task identifier is used for uniquely identifying the MDT task, and when the judgment result is yes, the CC module selects a user terminal positioned in the configuration cell of the MDT task for configuration. According to the method and device, the success rate of MDT measurement is improved.

A temperature measuring mechanism of a ring main unit is disclosed by the present invention, and comprises a cabinet body, the outer wall of one side of the cabinet body is movably connected with a cabinet door, the inner wall of the cabinet body is fixedly connected with a mounting plate, the outer wall of one side of the mounting plate is provided with a rectangular groove, the inner wall of the rectangular groove is fixedly connected with a mounting seat, the inner wall of the cabinet body is fixedly connected with a partition plate, the outer wall of one side of the partition plate is fixedly connected with a heat conduction mechanism, and one end of the heat conduction mechanism makes contact with the mounting plate. According to the invention, the heat conduction mechanism is arranged between the mounting plate and the partition plate, and a plurality of connecting mechanisms are arranged in the heat conduction mechanism, so that the temperature of different areas on the mounting plate can be conducted out; and a temperature measuring seat corresponding to the heat conduction mechanism is arranged in the detection box, and a temperature measurement probe in a detection mechanism in the detection box is matched to measure the temperature of the temperature measurement seat, so that the temperature of different areas on the mounting plate can be conveniently measured, and errors during measurement are reduced.