Shared intelligent multifunctional drying equipment with disinfection function and method

Abstract

The invention discloses shared intelligent multifunctional drying equipment with a disinfection function and a method, and belongs to the field of clothes drying. College students are limited by space in dormitories, and clothes cannot be aired and dried; and most of portable dryers in the market have the problems that the occupied space is small, the use efficiency is low, the drying range is small, sterilization is not thorough, the drying speed is low, and wrinkles are likely to be generated. On the basis of the green sharing concept, a multifunctional shared dryer is designed and can be used by a plurality of users at a time; the dryer uses a PTC heater for heating, and a fan works to form hot air circulation to heat and dry clothes and shoes, so that the use space is saved, and the use efficiency is improved; the drying function, the sterilizing function and the temperature sensing function are integrated, and clothes state information is obtained in real time through the humidity sensor; and low-concentration ozone is generated through an ultraviolet lamp tube and ultraviolet irradiation for efficient sterilization, the sterilization and drying functions can be independently or simultaneously achieved in the equipment using process, and more convenience is provided for a user to obtain better experience feeling.

Description

technical field [0001] The invention relates to a shared intelligent multifunctional drying equipment and method including a disinfection function, belonging to the field of clothes drying. Background technique [0002] In daily life, dirty clothes need to be changed and washed, and drying after washing is an indispensable step. However, if people need clothes urgently, they will not be able to dry them in a short time. Unable to dry clothes after washing, resulting in a lot of mold and bacteria, causing the clothes to smell musty, etc.; for college students living in school dormitories, those who do not have a balcony or the balcony is full and cannot dry their clothes, they will choose to do it under the dormitory building Drying, which may lead to mishandling of clothes, clothes falling on the ground, mud on clothes, forgetting to take them back when it rains, causing clothes to become wet again, etc. Therefore, the demand for drying is increasing. [0003] The dryers th...

AI Technical Summary

Problems solved by technology

The use efficiency of small dryers on campus is low, and multiple pieces of clothes cannot be dried within a certain period of time, and the drying range is relatively small, which may easily lead to wrinkles, uneven drying areas, or incomplete sterilization; large drying machines If the computer is used on campus, it will be listed as prohibited items in the dormitory because of its high power. At the same time, it will take up space, making the originally small dormitory look even narrower.

[0004] At present, portable dryers in this field can not solve the above problems and can be shared.

For example, CN202023247017.7 is a fully intelligent clothes dryer. This device can be remotely controlled and moved, and the cost is low, but it cannot be sterilized during work, and it is easy to breed bacteria, and it cannot dry shoes; such as CN202023146106.2 A campus Clothes dryers for laundry rooms are structurally designed for easy cleaning, but the disadvantages are that it is inefficient to use in the laundry room and can only be used by a single person at a time. It cannot be used by multiple users at the same time, and it cannot be intelligently set according to the condition of the clothes. dry time

[0005] Considering the requirements of drying efficiency, convenience, sharing, intelligence, energy saving, and comprehensiveness, the present invention designs a shared intelligent multifunctional drying equipment with disinfection function to solve the problem of drying in existing dryers. Problems of low drying efficiency, incomplete sterilization, low utilization rate, and high energy consumption, and set up its operation mode by referring to the principle of sharing

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