4results about How to "Reduced scattering effect" patented technology

This invention discloses a high-strength, high-conductivity beryllium copper alloy rod for limit switches and its manufacturing method, belonging to the field of electronic component manufacturing technology. Its chemical composition, by weight percentage, includes: Be: 0.10%–0.30%, Co: 0.10%–0.30%, Ni: 0.30%–0.50%, Si: 0.020%–0.040%, Mn: 0.05%–0.10%, Zr: 0.05%–0.10%, Ag: 1.00%–1.20%, RE: 0.0140%–0.0180%, Ag-SiC: 0.80%–1.20%, Cu-CNTs: 0.40%–0.80%, Pb ≤ 0.005%, Sn ≤ 0.005%, other impurity elements ≤ 0.01%, and the balance being Cu. The manufacturing method includes electroless plating of SiC and CNTs with Ag and Cu, respectively, followed by gas atomization powdering, mixing, vacuum hot pressing sintering, hot extrusion, cold drawing, and aging treatment to obtain rods. This invention achieves simultaneous improvement in strength and conductivity through the synergistic effect of low Be and metal cladding reinforcement. The finished product has a yield strength >1050MPa, tensile strength >1200MPa, elongation >4%, and conductivity >40% IACS.

This invention specifically relates to a machine vision-based visual correction method and system for intelligent conveyor belts in mining, belonging to the field of automation technology for mining transportation equipment. It includes: a continuous image acquisition module for conveyor belt edges; a temporal extraction module for lateral displacement at the edges; a frequency domain conversion and high-frequency jitter filtering module; a low-frequency deviation trend temporal restoration module; and an anti-interference correction execution control module. This invention employs global shutter imaging technology and a near-infrared grazing illumination scheme to address image geometric distortion under high-speed motion. Simultaneously, it utilizes the characteristics of long-wavelength light to reduce the impact of dust scattering, forming clear and sharp grayscale step features at the conveyor belt edges. Combined with a damped shock-absorbing gimbal and a pneumatic blowing device, it further suppresses the interference of mechanical vibration on image quality, maintaining the long-term cleanliness and thermal stability of the optical system.

This invention relates to the technical field of high-end voice coil motor spring preparation methods, specifically to a method for preparing CuTi alloy strip based on ultrasonic-assisted solidification and liquid nitrogen cold rolling. The specific process is as follows: ingredient preparation, determining the approximate content range of each element in the copper-titanium alloy; vacuum induction melting; ultrasonic vibration by applying ultrasonic fields of different power during alloy melting and solidification; solution treatment of the obtained copper-titanium alloy ingot, followed by water cooling; liquid nitrogen cold rolling, during which the copper-titanium alloy plate remains in a low-temperature environment to obtain a high-density nanotwinned structure; and aging treatment of the copper-titanium strip in a vacuum atmosphere furnace to obtain the final copper-titanium alloy strip. This invention solves the problem in existing methods where copper-titanium alloy ingots are prone to compositional segregation and coarse primary phase structures, leading to microstructural inheritance during subsequent deformation, thus hindering the synergistic improvement of the strength and conductivity of the copper-titanium alloy strip.

The utility model discloses a portable detector for heavy metal content of agricultural products, including detector body, is set up with the window on the detector body, the window top is provided with the cover of size matching, the inside installation of detector body has the light source and light source detector, the inside of detector body is placed with the colorimetric cup, the colorimetric cup is centrally arranged between the light source and light source detector. A kind of portable detector for heavy metal content of agricultural products of the utility model, in the process of detecting heavy metal content of agricultural products, through the cooperation of installation component, driving assembly, rotating assembly and knocking component, not only make the impurities suspended in sample solution surface in colorimetric cup settle, improve the precision of heavy metal content detection result, also eliminate the hidden trouble of fingerprint and liquid residue that manual shaking colorimetric cup can bring, reduce its influence on the transmission and scattering of light, reduce measurement error.