3results about How to "Structural continuity" patented technology

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.

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.