Ultrathin three-layer steam sterile mop and production process thereof

Abstract

The invention discloses an ultrathin three-layer steam sterile mop and a production process thereof. The production process comprises the steps of: selecting a towel which is used for removing dirt and absorbing water as a first layer; selecting a filtration surface, sponge, nonwoven fabric or sandwich mesh cloth which is for filtering impurities out of steam and has hardness as a second layer; selecting tricot or fleece which is in adhesion connection with a hook on a steam generator as a third layer; and when adjusting the pressure value of a wiping cloth machine to 5-8Kgf, pressing the first, second and third layers together in sequence, wherein the thickness after the pressing is 2-3mm. Through the ultrathin three-layer steam sterile mop, steam can permeate the mop to contact the ground more easily, so as to achieve the aim of high-temperature sterilization more effectively; the ultrathin three-layer steam sterile mop is simple in structure, easy to clean and easy to dry, so that the propagation and residue of bacteria are decreased more effectively and the water is saved more effectively; and the frictional resistance of the mop on the surface of the ground is decreased, so that the consumers are more free and relaxed during the cleaning.

Description

technical field [0001] The invention relates to the field of cleaning daily necessities, in particular to an ultra-thin three-layer steam aseptic floor mop and a production process thereof. Background technique [0002] Since 2006, when steam mopping was launched in Europe, America and other international fields, steam mopping has become a relatively popular furniture cleaning product in Europe, America, South Korea, Japan and China. However, the previous steam mop products have always had the following defects: [0003] 1. The thickness of the previous product was relatively thick, and the thickness was more than 4mm. The air permeability was not enough, so that the steam could not pass through the mop in a large amount to quickly remove the bacteria on the ground under high temperature conditions. Instead, a large amount of water vapor was absorbed to the ground. In the mop, the water content of the mop continues to increase, resulting in a large amount of water marks rem...

AI Technical Summary

Problems solved by technology

[0003] 1. The thickness of the previous product was relatively thick, and the thickness was more than 4mm. The air permeability was not enough, so that the steam could not pass through the mop in a large amount to quickly remove the bacteria on the ground under high temperature conditions. Instead, a large amount of water vapor was absorbed to the ground. In the mop, the water content of the mop is continuously increasing, resulting in a large amount of water marks remaining on the floor during the cleaning process, and the floor is not easy to dry quickly

[0004] 2. Due to the thickness and complicated process of the previous products, it was difficult to clean after use. Therefore, users unconsciously and continuously waste a large amount of domestic water in daily life, which is contrary to the current environmental protection concept that advocates water conservation all over the world. follow the path

[0005] 3. Due to the thickness of the previous product, it is difficult to cool and dry quickly after cleaning, resulting in the growth of more bacteria in a wet state. When the next use is made, the bacteria hidden in the mop will circulate in the home environment raging in

[0006] 4. The previous product is relatively heavy and has high water content when used, resulting in a very large resistance when consumers push and pull the ground, which makes users very annoyed

[0007] 5. In order to fix the floor mop on the steam engine, the previous products would manually sew long strips of Velcro on the floor mop. The disadvantage is that the steam cleaner cannot be accurately fixed on the corresponding Velcro position, and often dislocation

In addition, the hardness of Velcro often scratches people's hands when cleaning, and it is difficult to clean

[0008] 6. The production process of the previous products is purely hand-sewn, the labor cost is high, and the production efficiency is very low. In the current environment where the labor force in our country is becoming more and more tense, if the new technological process is not used to reduce the labor cost and improve production In terms of efficiency, the current product craftsmanship can no longer face the competitive environment of the international market in the near future.

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