35results about How to "Realize the detection purpose" patented technology

The invention discloses a glass bottle defect detection apparatus and an image splitting device. The glass bottle defect detection apparatus comprises a plane light source, a polarizer, a diaphragm, the image splitting device, a lens and a camera, wherein the polarizer is arranged in front of the plane light source, the diaphragm is arranged in front of the polarizer, a to-be-detected glass bottle is located between the polarizer and the diaphragm, the image splitting device, the lens and the camera are coaxially arranged in front of the diaphragm and are increasingly far away from the diaphragm, the image splitting device comprises a Fresnel biprism, two obliquely intersecting incident planes of the Fresnel biprism face the diaphragm and are arranged to be corresponding to to-be-detected positions, an intersecting prism ridge of the two incident planes is perpendicular to a horizontal plane, a left or right half part of an emergent plane of the Fresnel biprism is plated with a polarizing film, and the polarization direction of the polarizing film is perpendicular to the polarization direction of the polarizer. According to the invention, the detection apparatus can realize detection of conventional and uneven stress defects of a glass bottle only by using one camera, is capable of measuring boundary dimension of the glass bottle and has the advantages of low detection cost, a small occupation space, high accuracy and a low false drop rate.

The present invention proposes a microelectrode and a probe containing the microelectrode and its application in measuring oxygen content in the brain, the microelectrode comprises: a carbon fiber electrode; a hydrophobic modification layer, the hydrophobic modification layer is formed on the carbon fiber electrode an outer surface; and a catalyst modification layer, the catalyst modification layer is formed on the outer surface of the hydrophobic modification layer, and the catalyst modification layer is formed by ISAs-Co / HNCS. The microelectrode of the present invention can effectively detect the oxygen content, especially the in-situ detection of oxygen in the brain, realizes the direct four-electron oxygen reduction process, and at the same time is not disturbed by the hydrogen peroxide reduction current, avoiding the generation of excessive cytotoxic hydrogen peroxide, With a controllable and stable electrode interface, the electrode detection has strong stability and good repeatability, and has wide application prospects.

The invention relates to a method for measuring antigen protein in serum by chemiluminescence protein chips and a kit, which belongs to the medical detection technology. The method is characterized in that a chemiluminescence technology, a standard curve and a protein chip technology are combined for performing quantitative determination of certain antigen protein substance in serum, the high specialty and sensitivity of the chemiluminescence technology and the standard curve are employed for realizing the quantitative determination; the protein chip technology can realize simultaneous detection and analysis of several samples, so that the detection time consumption of a whole set ofe sample is greatly reduced, and the method has the characteristics of reliability, accuracy and low cost; and the method is suitable for general analysis of common antigen protein level in serum and quantitative analysis of great disease antigen marks, and the method is an medical auxiliary detection method having great meaning. The invention also provides a matched kit based on the method.

The invention discloses a solid-state electrochemiluminescence sensor for mercury ion detection and its preparation method and application. -Hg 2+ -T mismatch binding DNA2, biotin at the end of DNA2 and glassy carbon electrode of avidin; its preparation method includes the preparation step of immobilized DNA1 glassy carbon electrode and the assembly step of solid-state electrochemiluminescence sensor, the advantage is that it has sensitivity High, good stability, strong selectivity, good reproducibility, easy operation, saving reagents, etc.