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Current trends in the development of technologies for optimizing shopping center ecosystems
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. Current trends in the development of technologies for optimizing shopping center ecosystems//Science online: International Scientific e-zine - 2024. - №12. - https://nauka-online.com/en/publications/technical-sciences/2024/12/05-20/

Annotation: In recent years, specialists and manufacturers have made significant progress in the search and selection of the most practical and efficient technical solutions aimed at the comprehensive optimization of fuel mixture preparation and delivery processes to combustion chambers of thermodynamic equipment within the infrastructure of smart homes. Experimental installations have been carried out on diesel engines, boilers, diesel generators, gas turbines, and other thermodynamic equipment used to equip fuel subsystems and supersystems within the smart home infrastructure and smart manufacturing facilities.

Keywords: Comprehensive Optimization Electromagnetic Resonance Spectroscopy Experimental Installation Logistics Principles in Management and Control Systems Shopping Center Ecosystem Smart Home Infrastructure Smart Manufacturing Facility Systematic Search Technology Development Trends Technology Improvement Thermodynamic Equipment
Categories: Technical sciences
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Water and milk quality control and monitoring in smart home infrastructure
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. Water and milk quality control and monitoring in smart home infrastructure//Science online: International Scientific e-zine - 2024. - №11. - https://nauka-online.com/en/publications/technical-sciences/2024/11/06-19/

Annotation: Inventions in the Field of Contactless Control and Monitoring of Drinking Water and Cow's Milk Quality in the Ecosystem and Infrastructure of a Smart Home. Introduction. The quality of drinking water and milk in the infrastructure of a smart home essentially determines the quality of life. In all methods of quality control for water and milk, conductivity is commonly considered a clear indicator of purity. The more contaminants there are in water or milk, the lower its electrical resistance, and the cleaner the water or milk, the higher its electrical resistance. This was acceptable for a long time, until international terrorism reached its current level of proliferation, and until overall environmental pollution reached unprecedented scales and dimensions, as it is today. Purpose. These are certainly not all the factors that justify the urgent need for more comprehensive quality control of water or milk, but they are very important ones. Almost all existing technologies, devices, and equipment for monitoring the quality of water or milk have a very narrow range of technical capabilities and do not cover all the parameters that need to be constantly monitored. This is necessary to ensure that water or milk, which, due to the aforementioned reasons, is contaminated to the extent that it poses a danger to human life and health, does not reach the consumer.

Keywords: Comprehensive Digital Indicator of Dynamic Water State Drinking Water Milk Parameters of Resonance Phenomena Real-time Monitoring of Drinking Water Quality Status Real-time Monitoring of Milk Quality Status Smart Home Smart Home Ecosystems Smart Home Infrastructure
Categories: Technical sciences
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Water treatment in a smart home ecosystem
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. Water treatment in a smart home ecosystem//Science online: International Scientific e-zine - 2024. - №12. - https://nauka-online.com/en/publications/technical-sciences/2024/12/03-27/

Annotation: Regeneration and recycling of water in the ecosystem and infrastructure of a smart home with chemical-free treatment. Introduction. The modular purification system consists of one or more columns, each made up of standardized segments. Typically, the column may have one, two, or three segments connected by a special element made of nylon and polyvinyl chloride, with a silicone rubber seal. It takes no more than 1 minute to connect or disconnect a segment. Each segment accommodates up to three ion-exchange cartridges. Each ion-exchange cartridge consists of a knitted sleeve made of fibers, into which is filled OZOLA. The ion-exchange cartridges are single-use. The knitted sleeves made from polymer fibers are mass-produced, and their cost does not exceed 5 USD each. Purpose. The columns and necessary piping are assembled and mounted on a special stand, which includes pumps, mechanical self-cleaning filters, and measuring and control instruments. The cost of one modular purification system, designed for a capacity of 1 cubic meter per hour, which includes three columns (each with three segments), a pump, a cascade of two mechanical filters at the inlet, and a cascade of two automatic mechanical filters at the outlet, is 35,000 USD.

Keywords: Active Working Surface Application for Purification of Dried Biomass Ion Exchange Purification Process Modular Purification Systems Smart Home Ecosystem Smart Home Infrastructure Symmetrical Electrochemical Electrode Cell
Categories: Technical sciences
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