30results about How to "Easy to measure data" patented technology

The invention discloses a relative height measuring device which comprises a host computer, a microprocessor module, as well as an array type gas pressure sensor module, a power supply module, a liquid crystal display module and a serial port communication module which are respectively connected with the microprocessor module. A measuring method employing the relative height measuring device comprises the following steps: accomplishing a genetic algorithm optimized BP (Back Propagation) neural network in a host computer, transmitting obtained weights, thresholds and relative height calculation equations to the microprocessor module, acquiring gas pressure and temperature through the array type gas pressure sensor module and transmitting the gas pressure and temperature to the microprocessor module, processing the received air pressure and temperature through the microprocessor module so as to obtain the relative height, and transmitting the result to the liquid crystal display module to be displayed and stored in the host computer. With the combination of software and hardware, noise can be suppressed, useful signals can be recovered, enhanced and extracted, and the great precision and stability are achieved.

The invention discloses a suspended particulate matter mass concentration real-time detection device. The suspended particulate matter mass concentration real-time detection device comprises a photoelectric sensor, a voltage amplitude discriminator, an FPGA multi-channel acquisition module, a microprocessor module, a liquid crystal display module, a humidity sensor module, and a power module; signals collected by the photoelectric sensor are transformed into voltage signals via a signal adjusting circuit, and the voltage signals are send to the voltage amplitude discriminator; the voltage amplitude discriminator is connected with the FPGA multi-channel acquisition module and the microprocessor module successively; the microprocessor module is connected with the liquid crystal display module and the humidity sensor module respectively. According to a measuring method using the suspended particulate matter mass concentration real-time detection device, after establishment of a BP neural network via particle swarm optimization, obtained weight values, threshold values, and a mass concentration calculation formula obtained via relative humidity correction are send to the microprocessor module; and the microprocessor module is used for humidity algorithm compensation of received measuring results based on the mass concentration calculation formula; so that influences of environment change on measuring results are avoided, and measuring data is optimized.

An environment sensor is mounted in a measurement unit. The measurement unit is adapted to be transported by a transportation apparatus. Measurement data from the environmental sensor is stored in a data format suitable for associating the measurement data with a state of the measurement unit.

In one embodiment, a radio measurement collection method comprises: a step S11 of transmitting, by a E-UTRAN, a MDT Configuration message including a measurement trigger to the radio terminal UE; a step S14 of setting, by the radio terminal UE, the measurement trigger included in the MDT Configuration message received from the E-UTRAN in the radio terminal, and then performing radio environment measurement when an event corresponding to the measurement trigger occurs in an idle state and recording measurement data including a result of the measurement and location information; a step of S16 of transmitting, by the radio terminal UE, trigger type information indicating the measurement trigger to the E-UTRAN when the radio terminal UE is transitioned to a connected state from the idle state; and a step S17 of determining, by the E-UTRAN, whether to request the radio terminal UE to transmit the measurement data on the basis of the trigger type information from the radio terminal UE.

The invention discloses a device for simulating human vocal cord vibration. The device comprises a vocal cord model channel, a vocal cord model, a frequency conversion device, a vacuum pump, an air measurement system, a vibration measurement system, a particle picture speed measurement system, a data acquisition card and a computer, wherein the frequency conversion device is connected with the vacuum pump, and the vacuum pump is arranged at one end of the vocal cord model channel; the air measurement system and the vibration measurement system are arranged on the vocal cord model channel, and output ends of the air measurement system and the vibration measurement system are both connected with the data acquisition card; and the data acquisition card is connected with the computer. A method for simulating the human vocal-cord vibration by using a physical model is designed by the invention; and an emulational vocal cord is simulated by adopting a spring-mass block-damping model theory, and a particle picture speed measurement device is induced, which provides a support for researching and establishing a relation between the vocal cord and a sound production parameter. The method can be used for providing a support for medical researches of vocal cord vibration characteristics and the like under different sound production conditions and different pathological change conditions.

The invention discloses a general-purpose tester of a disconnecting switch and relates to the technical field of switch testing devices. The general-purpose tester comprises an opening range and synchronizing measurement assembly, a contact head and contact finger base gap measurement assembly and a data receiving and analyzing terminal, wherein the opening range and synchronizing measurement assembly is used for measuring the opening range and synchronizing value of the disconnecting switch, the contact head and contact finger base gap measurement assembly is used for measuring the value of a gap between a contact head of the disconnecting switch and a contact finger base of the disconnecting switch, and the data receiving and analyzing terminal is used for receiving measured data, analyzing the measured data and displaying the measured data. The general-purpose tester has the advantages of being convenient to use, high in measurement accuracy and the like.

The invention provides a drawing test device for processing of a nylon heat insulation strip. The device comprises a base and a clamping assembly. First sliding grooves are formed in the two ends of one side of the top of the base correspondingly; a sliding plate is movably mounted on the first sliding groove; a U-shaped frame is arranged on the sliding plate; a first pneumatic cylinder is arranged in the middle of the top of the U-shaped frame; the output end of the first pneumatic cylinder penetrates through the U-shaped frame and is provided with a clamping plate; a second sliding groove isformed in the middle of the top of the base, and a connecting frame is arranged at one end of the second sliding groove; a connecting block extending into the second sliding groove is arranged at thebottom of the sliding plate; and a tension meter is connected between the connecting block and the connecting frame. The first pneumatic cylinder presses the clamping plate downwards to fix one end of the nylon strip, the clamping assembly clamps the other end of the nylon strip, the nylon strip can be drawn for testing through movement of the sliding plate, the toughness value of the nylon stripcan be obtained through the degree difference of the tension meter, and testing is more convenient.

The invention relates to a close-range electromagnetic measurement method and system, and the method comprises the steps of setting a height collection subsystem which is used for measuring the heightof an antenna in real time; dividing the measurement areas in a measurement field, scanning a target body in a vertical interval by adjusting the height of an antenna at a starting point of each measurement area, and recording the corresponding actual field intensity distribution to obtain a reference height value of the corresponding measurement area; starting a carrier vehicle to execute the antenna circular motion to scan a to-be-measured target, acquiring the radar data, and establishing an antenna three-dimensional trajectory model in the scanning process through the height collection subsystem and the carrier vehicle GPS acquisition information; and in combination with the reference height value of each measurement area, performing compensation correction on each acquisition point of the antenna three-dimensional trajectory model and the corresponding radar data to obtain the corrected target close-range electromagnetic measurement data. According to the invention, the radiationgain of the electromagnetic wave emitted by the antenna in the space of the target can be compensated in the measurement process, and the measurement accuracy is improved.

The invention discloses a pipeline internal field manufacturing and detection tool which comprises a manufacturing platform and a plurality of V-shaped wedge blocks. The V-shaped wedge blocks are arranged on the manufacturing platform. Every two V-shaped wedge blocks form a set. The same set of V-shaped wedge blocks are consistent in V-shaped opening shape and size and coaxial in axis. The manufacturing platform is provided with transverse and longitudinal scale lines. The distance between every two adjacent transverse scale lines and the distance between every two adjacent longitudinal scale lines are both 100 mm. The pipeline internal field manufacturing and detection tool is simple in structure, low in operating difficulty, high in manufacturing precision and good in quality.

The invention discloses a special detection device for a template, which comprises two horizontal rectangular pipes arranged in parallel vertically; one end of one horizontal rectangular pipe is connected with one end of the other horizontal rectangular pipe via two sections of a vertical rectangular pipe; the horizontal rectangular pipes are connected with the vertical rectangular pipe via rotating shafts (5); the upper section and the lower section of the vertical rectangular pipe are connected by a rotating shaft (5); a plumb (4) is hung below the top horizontal rectangular pipe (1); and an instrument pointer (7) is arranged on the upper section of the vertical rectangular pipe (2). The tool can effectively detect verticality of the template in an erection process and re-detect the verticality of the template after reinforcement. The tool can be operated by a single person, and is simple to operate, and measured data are accurate. The tool effectively improves the working efficiency of an operator and the construction quality of template engineering at the same time.