56results about How to "Facilitate automated mass production" patented technology

The invention provides an anti-counterfeiting method and an anti-counterfeiting product using the anti-counterfeiting method. The anti-counterfeiting method comprises the following steps: providing a first electronic tag, arranging the first electronic tag on a first component, storing an identity identification code in the first electronic tag, proving a second electronic tag, arranging the second electronic tag on a second component, detachably arranging the second component on the first component, storing an identity identification code in the second electronic tag, and judging whether the identity identification code corresponds to or is matched with the identity identification code of the second electronic tag or not to judge the authenticity of a product. The automatic mass production of the anti-counterfeiting product is easy to achieve.

The invention discloses a split type diamond grinding wheel which comprises a grinding ring tightly clamped between a pressing plate and a base plate. The grinding ring is composed of a plurality of singe teeth in a splicing mode, an anti-flying mechanism which limits the radial direction, the axial direction and the circumferential degree of freedom of each single tooth is arranged between each single tooth and the pressing plate and the base plate. Each anti-flying mechanism comprises a clamping embedded structure which is formed by matching of a convex strip and a concave groove and an embedded body with moderate hardness and deformation, the convex strips and the concave grooves are placed between the single teeth and the pressing plate or / and the base plate, the embedded bodies are arranged between the splicing grinding ring and the clamping face of the pressing plate or the clamping face of the base plate or between the clamping face of the pressing plate and the clamping face of the base plate in squeezed and deformed modes. A manufacturing technology of the diamond grinding wheel comprises the steps that all the single teeth with equiform abrasion structures are manufactured first, then all the single teeth are spliced into the grinding ring, at last the spliced grinding ring is tightly clamped between the pressing plate and the base plate, and the anti-flying mechanisms are arranged to limit the radial direction, the axial direction and the circumferential degree of freedom of each single tooth. According to the split type diamond grinding wheel and the manufacturing technology thereof, the equiform abrasion structures which are difficult to machine on the entire grinding ring are machined conveniently by being split into single teeth to be spliced.

The invention discloses a side light-emitting deep ultraviolet LED packaging bracket and a production process thereof, the production process includes forming aluminum nitride slurry, injecting it into a base layer mold to form an aluminum nitride base layer; forming a metal layer on the surface of the aluminum nitride base layer; arranging a metal electrode block in a preset electrode region on the metal layer; covering layer of aluminum nitride paste on the metal layer to form an aluminum nitride substrate embryo body; The aluminum nitride substrate embryo is sintered and annealed at high temperature to form an aluminum nitride ceramic structure; The aluminum nitride ceramic structure is laser drilled in each die bonding region on the first surface on the side of the second enclosure damto form a hole from the first surface to the metal layer, and the hole is filled with a metal material; A circuit is formed by photolithography on the first surface according to a preset circuit, anda plurality of independent aluminum nitride ceramic supports are formed after cutting. By the invention, the deep ultraviolet LED lateral light emission can be realized.