31results about How to "Mitigate insufficient resources" patented technology

The invention provides a target detection method for drones in a 5G environment, which belongs to the technical field of 5G technology, drones, target detection and edge computing. The computing power of the terminal side of the man-machine can detect the images obtained by the aerial photography of the UAV in real time, and the undetermined target is transmitted back to the 5G base station side for analysis through 5G, and the results are fed back to the UAV in real time, changing the UAV. The way of travel, change the angle or adjust the sensing equipment to complete the target detection task. In addition, the edge intelligent computing nodes are managed uniformly through the cloud center, and intelligent models and services are assigned to the edge nodes according to the UAV target detection task.

The invention provides a technology for producing a fulvic acid fertilizer and high-strength corrugated paper by using whole cotton stalks as raw materials. With the whole cotton stalks as the raw materials, by a weakly-acid imidized machine pulp pulping technology, through optimal combination of the cooking temperature, the cooking time and the pH value as well as high-concentration pulping and other pulping technological links, pulping red liquor rich in fulvic acid is prepared for producing the fertilizer, and high-performance pulp with a relatively light color is produced for producing thehigh-strength corrugated paper. By the technology, defects and shortcomings of a strong-alkali and strong-acid technology are avoided, differences in traits, components and structures of the whole cotton stalk raw materials are overcome, fulvic acid producing active components contained in cotton stalk cores, cotton stalk pulps, cotton boll shells and cotton stalk skins in the whole cotton stalksare effectively utilized, the advantage of combination of long and short whole cotton stalk fibers is effectively played for producing the high-strength corrugated paper, comprehensive utilization ofwhole cotton stalk resources is achieved, and a technological path for industrial and commercial utilization of the whole cotton stalk raw materials is opened up.

The invention discloses a preparation method of a corn viscose fiber, an antimicrobial viscose fiber and a garment production method with the corn viscose fiber and the antimicrobial viscose fiber. The method belongs to the technical field of textile. The method comprises the following steps: preparing the unmolded corn husks, steaming and boiling, washing with water, bleaching, using acid and alkali treatment, yellowing, filtering, defoaming, spinning and administering post-treatment process, obtaining the viscose fiber. The preparation method uses corn husks as raw material for the production of viscose fiber, provides new raw materials for the viscose fiber production, enriches the diversity of viscose fiber family, lessens the raw material deficiency of viscose fiber, transforms wastes into treasures, exploits the added value of corn husks and creates conditions for the income growth of farmers.

Disclosed is an acidic ammonium sulfite method-based production process for preparing fulvic acid and a high-strength corrugated paper pulp with non-wood fibers as a raw material. With the non-wood fibers as a raw material and by using an acidic ammonium sulfite method-based production process, pulping and fulvic acid extraction or leaching are completed under acidic cooking environment conditions with a pH of 2-7, while the dissolution of humic acid and ulmic acid are inhibited. By means of this production process, fulvic acid is prepared by means of cooking and pulping, and at the same time a high performance paper pulp with a lighter color is produced for use in producing a fiber article such as high-strength corrugated paper. The production process realizes synergistic optimization of the cooking step for pulping and fulvic acid from all-cotton straws and other non-wood fiber resources, so that a black pulping liquor is turned from waste into something of value, the technical key to industrialization and commercialization for realizing clean production and sustainable development is solved, and cyclic development with regard to economic and ecological benefits can be realized.