Deodorizing foot warmer

Abstract

A deodorizing foot warmer comprises a non-sealed shell (1), a heating assembly (2) and a fan (3), and is characterized in that a plurality of air guide grooves (4) are formed in the shell. The deodorizing foot warmer further comprises a water electrolyzing module (5) and an ultrasonic atomizing module (6), electrolyzed water generated by the water electrolyzing module (5) is atomized through the ultrasonic atomizing module and blown away from the shell (1) by the fan (3), and the electrolyzed water can make contact with air and microorganisms on shoes, and has the functions of sterilizing, deodorizing and improving the comfort level.

Description

technical field

[0001] The invention relates to a foot warmer, in particular to a foot warmer with a deodorizing function. Background technique

[0002] CN201821940880.0 An automatic induction foot warmer, which discloses a foot warmer. In practical applications, for people with foot odor problems, when using the foot warmer, the hot air will intensify the odor diffusion, affecting the experience of users and surrounding people. Conventional methods cover the odor by adding air fresheners, etc., which will introduce new organic chemical substances, and long-term use is not conducive to the health of users. In addition, long-term use of traditional foot warmers will dry out the air near the user, causing dry nose and lips of the user, reducing immunity to respiratory viruses, and increasing the risk of illness for the user in cold weather where respiratory diseases are easily infected , It can also cause dry skin on the face, causing skin discomfort, chapped and other probl...

Examples

Embodiment Construction

[0010] A deodorizing foot warmer, including a shell made of heat-resistant materials, a heating component, and a fan. A plurality of air guide grooves are arranged horizontally in the shell, and the number of air guide grooves is 2 or more. The electrolyzed water module and the ultrasonic The atomization module and the heating components are respectively arranged in different air guide slots.

[0011] Preferably, the shell material is phenolic resin, and the position of each air guide slot is lower, and the electrolyzed water module and the ultrasonic atomization module are arranged in the area where the air flow passes; the position of each air guide slot is higher, and the air flow The passing zone is provided with a heating element.

[0012] The heating element is used to heat the air by converting electrical energy into heat energy. Various thicknesses, shapes, bending states, and quantities of resistance wires, or resistance wires plus heat sinks can be used to improve th...

technical field

[0001] The invention relates to a foot warmer, in particular to a foot warmer with a deodorizing function. Background technique

[0002] CN201821940880.0 An automatic induction foot warmer, which discloses a foot warmer. In practical applications, for people with foot odor problems, when using the foot warmer, the hot air will intensify the odor diffusion, affecting the experience of users and surrounding people. Conventional methods cover the odor by adding air fresheners, etc., which will introduce new organic chemical substances, and long-term use is not conducive to the health of users. In addition, long-term use of traditional foot warmers will dry out the air near the user, causing dry nose and lips of the user, reducing immunity to respiratory viruses, and increasing the risk of illness for the user in cold weather where respiratory diseases are easily infected , It can also cause dry skin on the face, causing skin discomfort, chapped and other probl...

Examples

Embodiment Construction

[0010] A deodorizing foot warmer, including a shell made of heat-resistant materials, a heating component, and a fan. A plurality of air guide grooves are arranged horizontally in the shell, and the number of air guide grooves is 2 or more. The electrolyzed water module and the ultrasonic The atomization module and the heating components are respectively arranged in different air guide slots.

[0011] Preferably, the shell material is phenolic resin, and the position of each air guide slot is lower, and the electrolyzed water module and the ultrasonic atomization module are arranged in the area where the air flow passes; the position of each air guide slot is higher, and the air flow The passing zone is provided with a heating element.

[0012] The heating element is used to heat the air by converting electrical energy into heat energy. Various thicknesses, shapes, bending states, and quantities of resistance wires, or resistance wires plus heat sinks can be used to improve th...

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