The era of intelligent cleaning: redefining the breathing formula of the home

Gu Yang, who came home from overtime late at night, unlocked the fingerprint and pushed the door open, the entrance sensor light automatically lit up, and the air conditioner had been adjusted to a comfortable temperature, but the musty smell in the air reminded of the invasion of the rainy season. It wasn't until he met the bottle of detergent that he "thought" that he discovered that the ultimate form of smart home is to let every corner learn to self-purify.

01 Space self-healing system When the APP pops up the warning of "bathroom tile joint bacteria exceeds the standard", Gu Yang starts the smart spray gun. The detergent equipped with Internet of Things technology automatically proportions electrolyzed water and peracetic acid to accurately cover the blackened gaps. Microscopic testing after 72 hours showed that the mold concentration decreased from 5600 CFU/cm² to 12 CFU/cm². This cleaning method, which is like injecting the house with "vaccines", allows the old house to maintain laboratory-level air quality in the wet rainy season.

02 Material DNA Recognition The moment the red wine stain spreads on the leather sofa, the detergent touches the ground and immediately activates the material recognition mode. The lipolytic enzyme encapsulated in microcapsules avoids the pores of leather and decomposes tannin pigments in a directed manner; The coffee stain treatment on the cashmere carpet is switched to low-temperature foaming mode to avoid feltification. A 2,000-time friction test certified by TÜV proves that its intelligent loss avoidance system reduces material loss by 93% compared to traditional cleaning.

03 Clean Memory Network Every Sunday, the cleaning becomes a data collection ceremony. The sweeping robot sends back the floor wear map, and the cloud system generates a customized cleaning plan based on it: nano-coating technology is enabled in the high-frequency walking area to form an invisible protective layer while decontamination; In the low-frequency corners, biodegradation mode is activated to avoid chemical redundancy. Six months later, Gu Yang's detergent consumption was reduced by 47% compared to his neighbors, and the gloss of the floor increased by 20 index points.

04 Ecological Breathing Cycle The rainwater harvesting system on the balcony is linked to cleaning. The wastewater after each mopping is triple filtered to a pH of 6.8-7.2 and directly irrigated with mint and rosemary. According to the SGS report, the plant absorption rate is 18% higher than that of the ordinary water cultivation group, and the selenium contained in the detergent actually increases the concentration of vanilla flavor substances by 18%.

When the visiting colleague exclaimed, "Your home looks like an air dialysis machine", Gu Yang pointed to the row of silver bottles and cans in the storage room. These detergents, loaded with fluid mechanics algorithms and eco-bionics technology, are quietly reconstructing the relationship between people and space - they are no longer passive cleaning tools, but "organs" that allow houses to acquire metabolic power, completing gentle iterations of modern lifestyles in every decontamination.