7results about How to "Structural continuity" patented technology

The application discloses a kind of micro-fruit and vegetable fresh-keeping film preparation device and method, the device includes forming cylinder assembly, feeding coating component, dust generation and settlement component, air cooling device and film winding collection component;Forming cylinder assembly includes rotatable self-heating forming cylinder, feeding coating component is used to coat film-forming liquid on the left upper surface of self-heating forming cylinder, dust generation and settlement component is used to settle nano antibacterial catalyst dust on the film surface on self-heating forming cylinder;Air cooling device is used to cold blow setting on the film surface of the right lower part of self-heating forming cylinder, and film winding collection component is used to winding collection of the film formed.The device of the application utilizes the time window period of film not completely solidified to load nano catalytic functional powder, so that the powder is firmly attached to the film surface layer, the contact area of catalytic powder and oxygen is increased, the catalytic efficiency is improved, and the migration risk of catalytic powder is reduced.

This invention pertains to compositions of polymeric compounds, specifically a recycled rubber powder modified asphalt based on a renewable composite activator, its preparation method, and its application. The recycled rubber powder modified asphalt comprises a base asphalt and activated rubber powder in a mass ratio of 1:(0.2~0.3). The activated rubber powder comprises waste tire rubber powder and a composite activator in a mass ratio of 10:(0.8~1.5). The composite activator comprises an organic phase and an inorganic phase in a mass ratio of (1.5~3):1. The organic phase is a chitosan-amino acid derivative, and the inorganic phase is a layered bimetallic hydroxide. Compared with existing technologies, the rubber powder modified asphalt prepared by this invention exhibits good high-temperature storage stability and interfacial structural integrity, demonstrating excellent anti-aging properties and high-temperature rutting resistance during long-term service.

The invention discloses a composite device and method for preparing a double-metal gradient structure circular pipe through single-step deformation. The composite device comprises a first half die, a second half die, a first forming die, a second forming die, a clamp, a punch, a supporting rod and a taking-out rod, modular integrated design is adopted, and disassembly and combination are convenient. Through cooperative plastic flowing of the forming channel, the outer layer metal material and the inner layer metal material are stably combined in the one-time forming process, the problems of multi-pass machining, mold replacement and the like in a traditional technology are solved, and the production efficiency is remarkably improved. The gradient structure can effectively improve stress distribution between the inner metal layer and the outer metal layer, and the fatigue life and the overall service performance of the pipe are improved. The method is suitable for combination of various metal materials, has wide application prospects, and particularly has important application values in the fields requiring high strength, corrosion resistance, wear resistance and the like.

This invention discloses a method for preparing a high-oil-content O / W film-forming formulation, comprising the following steps: Step 1, raw material pretreatment and screening; Step 2, preparation of the oil phase component; Step 3, preparation of the aqueous phase component; Step 4, primary pre-emulsification treatment; Step 5, high-pressure homogenization and fine emulsification; Step 6, compounding of film-forming aids and system conditioning; Step 7, vacuum degassing treatment; Step 8, low-temperature curing and stabilization treatment; Step 9, molding, coating and curing film formation; Step 10, post-treatment and quality inspection. This invention employs nonionic and anionic compound emulsification, combined with multi-stage high-pressure homogenization and interface modifier optimization, to achieve uniform oil droplet size distribution and effectively suppress stratification, demulsification, and flocculation phenomena under high oil-phase ratios. Through a low-temperature segmented curing process, the emulsifier is fully adsorbed and arranged at the oil-water interface, enhancing the strength and toughness of the interfacial film, while simultaneously improving the compatibility between the film-forming agent and the emulsification system.

This invention discloses a device and method for preparing a micro-atmosphere modified atmosphere (MAA) fruit and vegetable preservation film. The device includes a forming cylinder assembly, a feeding and coating assembly, a dust generation and settling assembly, an air-cooling device, and a film hoisting and collecting assembly. The forming cylinder assembly includes a rotatable self-heating forming cylinder. The feeding and coating assembly coats the film-forming liquid onto the upper left surface of the self-heating forming cylinder. The dust generation and settling assembly settles nano-antibacterial catalyst dust onto the film surface on the self-heating forming cylinder. The air-cooling device cools and shapes the film surface on the lower right side of the self-heating forming cylinder. The film hoisting and collecting assembly collects the formed film. This invention utilizes the time window before the film completely solidifies to load nano-catalytic functional powders, allowing the powders to adhere firmly to the film surface, increasing the contact area between the catalytic powders and oxygen, improving catalytic efficiency, and reducing the risk of catalytic powder migration.

The application relates to the field of space intelligence, and provides a cross-scene space intelligent semantic topology generation method and system. In the process of constructing a cross-scene space semantic topology, a transition region modeling mechanism with a transition node as a core is introduced, regions where mutations in geometric structures, semantic attributes and topological scales simultaneously occur between different space scenes are identified, expanded and processed as independent objects, and the problem of semantic rupture, topological distortion and space incoherence caused by simple splicing at the scene boundary level in the prior art is avoided. The transition node is structurally expanded based on a topological connection relationship, a transition region reflecting the connectivity of different space scenes is constructed, and semantic transition consistency constraints and topological structure deformation compensation are implemented in the transition region. In addition, the application combines a multi-scale topological self-adaptive adjustment mechanism, so that the cross-scene semantic topology can dynamically adjust node granularity and topological levels under different space scales.

The invention relates to the technical field of municipal engineering, and discloses a municipal road asphalt pavement surface layer seamless splicing construction method, which comprises the following steps: carrying out cutting operation along the longitudinal edge of a firstly paved pavement by using a milling device to form a longitudinal splicing interface, and carrying out texture roughening treatment on the longitudinal splicing interface to obtain a rough splicing interface; a new asphalt mixture is laid on the outer side of the rough splicing interface, and vibration rolling forming operation is conducted on the new asphalt mixture, so that the new asphalt mixture is compactly embedded into the deep anchoring structure, and an outer side new asphalt mixture layer is obtained; the new asphalt mixture layer on the outer side and the firstly-paved road surface are subjected to synergistic curing, and an integral type road surface structure is obtained; and a sealing material is injected into the splicing position of the corresponding top of the integral pavement structure, and a target spliced pavement is obtained after the sealing material penetrating and filling surface gaps of the splicing position is solidified. The service life of the municipal road can be prolonged.