37results about How to "Realize on-site measurement" patented technology

The disclosed measuring device is composed of laser vision sensor, computer, image acquisition card in high speed, calibrating target drone and measuring software. The method includes steps: after imaging system for rail section images light plane projected from laser projector, the image acquisition card captures rail section images and sands them to computer. Processing the collected images, the computer picks up image coordinates of sectional feature contour, as well as calculates out vertical abrasion, side abrasion and total abrasion based on measured model. The invention is capable of measuring sectional contour of rail in single side, vertical abrasion, side abrasion and parameter of total abrasion through single laser vision sensor.

The invention provides a decoration effect displaying method and system of a cubic room. The method comprises: image information, obtained by scanning by a camera, of a cubic room is mapped to a display screen; a distance between the center of the display screen to a floor is recorded at a same position inside the cubic room, display screen rotation angle information that is detected by a gyroscope when the center of the display screen is aligned at each corner of the cubic room is recorded respectively; according to the display screen rotation angle information as well as the distance between the center of the display screen and the floor, calculation is carried out to obtain relative position relations between the eight corners of the cubic room; on the basis of the relative position relations of the eight corners, a 3D scene model of the cubic room is simulated by using a 3D engine; a 3D model of a household item needed by decoration of the cubic room is introduced and is configured into the 3D scene model of the cubic room; and the 3D scene model of the cubic room is displayed on the display screen. With the method and system, a room dimension can be measured on site and a room decoration effect can be displayed.

The invention relates to an on-site counting method for phytoplankton in seawater, which belongs to the field of marine survey methods. The target water sample is taken and passed through a 200 μm sieve to make seawater sample P1; Shake and mix well to make a mixed sample H2, and inject the mixed sample H2 into 8 long-necked glass funnels on the chemical and biological process online monitoring system at the same time, and the solution flows into the lower container through the funnel under the action of gravity; The process online monitoring system automatically collects / records the capacitively coupled non-contact conductance σ data of the flowing mixed sample H2; when all the mixed sample H2 completely flows out of the long-necked funnel, the chemical and biological process online monitoring system automatically counts the inverted peaks that appear in each detection channel Number of type signals n 1 ,n 2 …n 8 The method of the invention can measure the quantity of phytoplankton in the seawater sample on site, which is simple and quick.

The invention discloses a measuring device of the inner wall size of a large rotary workpiece. The device comprises a pedestal, a mounting frame, a rotary mechanism, a longitudinal moving mechanism, a transverse moving mechanism, a leveling mechanism and a laser displacement sensor, wherein the pedestal is used for supporting other parts of the device; the mounting frame is used for mounting the device on a workpiece to be measured; the rotary mechanism is arranged between the pedestal and the mounting frame and used for driving the laser displacement sensor to rotate on the horizontal plane; the longitudinal moving mechanism is used for adjusting the position of the laser displacement sensor in the vertical direction; the transverse moving mechanism is used for adjusting the distance of the laser displacement sensor relative to a workpiece measuring point in the horizontal direction; the leveling mechanism is used for adjusting the posture of the laser displacement sensor to enable laser beams emitted by the laser displacement sensor to horizontally illuminate the workpiece measuring point; and the laser displacement sensor is used for measuring the distance from the workpiece measuring point to the sensor. The invention also provides a measuring system and a measuring method based on the measuring device. The space coordinates of the measuring point are determined through laser triangulation theory, so that the measuring precision is high; and the measuring position can be automatically adjusted. The device, the system and the method are suitable for field measurement of various large rotary shell parts.

The invention discloses a portable lung counting device. The device consists of a small supporting device, a detector, a digital multi-channel analyzer, a high-voltage power supply, a low-voltage power supply, a communication interface and lung counting analysis software. The detector is a NaI(Tl) detector, so that the lung counting device has the advantages of small volume, light weight and high detecting efficiency and is convenient to carry and operate. The lung counting analysis software can be used for background rejection and committed effective dose calculation. The device can be used for quantitatively detecting the activity of gamma radioactive nuclides absorbed into the lung of a person on a nuclear and radiation emergency site and giving the committed effective dose, and provides a reliable data basis for field medical diagnosis and treatment.

The present invention relates to a method for measuring the bacterial content in a liquid sample. In the prior art, the measurement is slow and is inconvenient, and the result is not accurate. A purpose of the present invention is to mainly solve the problems in the prior art. The technical scheme of the present invention is that the bacterial content in a liquid sample is measured through the bacterial content measurement device in the liquid sample, and the bacterial content measurement device comprises a box, a reagent tube placement position, a reagent tube, an observation hole, and a bacterial enrichment and protein capture device. With the technical scheme of the present invention, the problems in the prior art are well solved. The method of the present invention can be used for the measurement of the bacterial content in the liquid sample.

The invention discloses an onsite simulated tester for the migration distance of a boulder under the trend effect. The tester comprises a pedestal, a simulated bed, a conductive film, electrodes, indicators and an elastic separator; the simulated bed is arranged on the pedestal, and a sealed accommodating space is formed between the pedestal and the simulated bed; the simulated bed includes an elastic fluctuating part; the conductive film is arranged in the inner wall of the fluctuating part; the electrodes are arranged on the pedestal, and correspond to relative recess positions of the fluctuating part respectively; the indicators are connected with the electrodes respectively; the elastic separator is arranged between the simulated bed and the pedestal; and the boulder presses down the simulated bed, so that the simulated bed is recessed and deformed, and the conductive film in the recessed position is connected with the electrode, the indicator indicates the location of the boulder, and migration distance data of the boulder is obtained. The onsite simulated tester realizes onsite actual measurement for the boulder migration process under the trend effect, has great significance in researching an evolution process from rubbles to the boulder, a transport process of rock and soil bodies in the bench, interaction between waves and the rock and soil bodies and the like, and is simple in structure, convenient to operate and helpful for large-scale popularization.

The invention relates to an automatic device for quickly measuring content of bacteria in sewage of an oil field and finished oil, which mainly aims at solving the problems of lower measuring speed, inconvenience and inaccurate results in the prior art. The automatic device for quickly measuring the content of bacteria in the sewage of the oil field and finished oil comprises a box body and bacteria enriching and nucleic acid molecule extracting equipment, wherein the bacteria enriching and nucleic acid molecule extracting equipment comprises a reagent tube placing position (1), a reagent tube placing position (4), a filtering membrane (2), an adsorbing layer (3), a reaction tank (5), a light source (6), a light filter (7), a light sensor (8) and at least four valves. By adopting the technical scheme, the automatic device has the advantages that the technical problems are well solved, and the method can be used for measuring the content of bacteria in a liquid sample.

The invention relates to a device for measuring the bacterial content in a liquid sample. The device mainly solves the problems of relatively low measurement speed, inconvenience and low result accuracy in the prior art. The device for measuring the bacterial content in the liquid sample is used, and comprises a box body, a reagent tube placing position, a reagent tube, an observation hole and bacterium enrichment and protein molecule capture equipment, wherein the bacterium enrichment and protein molecule capture equipment comprises the reagent tube placing position, a filtering membrane, an adsorption layer, at least two waste liquid pools and at least two valves. By using the technical scheme, the problems are better solved; the device can be used for measuring the bacterial content in the liquid sample.