3results about How to "Avoid elimination" patented technology

The application belongs to the technical field of agricultural product quality detection, and discloses an agricultural product quality data fusion evaluation method and system based on artificial intelligence. The quality data and sample posture of the same monomer agricultural product collected at at least two different detection mechanism workstations are acquired, the detection area is mapped to the sample coordinate system, the detection scope and the overlapping subdomain are determined; the target source input is excluded, the cross-source reference representation is generated according to the support source, the controversial detection subdomain is determined through temporary replacement after reference checking; the target source is re-collected and the different physical response quantity is verified for the controversial detection subdomain, according to the difference between the original measured attribute representation, the re-collected attribute representation, the verified attribute representation and the cross-source reference representation, the collection abnormality, the local quality difference or the further verification are determined, and the quality grade is replaced, retained or suspended according to the output, and the quality evaluation result is generated.

The utility model discloses a multilayer composite density foamed shoe sole, foamed shoe sole includes the foot pad layer, high resilience layer, transition layer and high density rubber layer from top to bottom are sequentially stacked and set up, and the accommodation cavity that sets up in the arch of foot part area, and the soft porous breathable cover plate that shape with the opening of accommodation cavity is adapted, still includes a connecting piece, to make soft porous breathable cover plate detachably closes the opening of accommodation cavity, multilayer composite density foaming structure can carry out accurate mechanical property optimization to different area of foot, the bottom layer adopts high density material to provide durable support and stability, the middle layer adopts transition density material to realize effective force transmission, and the upper layer and the bottom contact layer adopt low density high resilience material to provide the extreme soft foot feeling, this gradient density design makes the foot more evenly distributed when walking and standing, effectively relieves foot fatigue.