KR20160135129A

KR20160135129A - Automatic movable shoes sterilizer having air cleaning function

Info

Publication number: KR20160135129A
Application number: KR1020150068485A
Authority: KR
Inventors: 이삼철
Original assignee: 이삼철
Priority date: 2015-05-17
Filing date: 2015-05-17
Publication date: 2016-11-25

Abstract

The present invention relates to an automatic transfer type shoe sterilizer having an air cleaning function. More particularly, the present invention relates to a shoe sterilizer for automatically transferring shoe to a shoe, a carbon fiber for removing ultrafine dust, The present invention relates to a shoe sterilizer for automatically transferring and purifying natural phytoncide by disposing a natural phytoncide.
In order to achieve the above object, the present invention is characterized in that a shoe storage is formed from the outside by the movement of the transfer device for automatically transferring the carbon fiber board (11) and the front surface (14) ) For about 15 minutes at 60 ° C., the ultra-fine carbon fiber discharge electrode (17) charges the ultrafine dust particles with high efficiency to remove ultrafine dust, and the air is sterilized by the natural phytoncide plate (13) Step process.

Description

[0001] The present invention relates to an automatic transfer shoe sterilizer having air cleaning function,

The present invention relates to an automatic transfer type shoe sterilizer which is fused with an air cleaning function, and more particularly, to a vacuum drying method for heating an automatically transferred shoe by reducing pressure, The carbon fiber discharge electrode and the natural phytoncide reduce the harmful substances such as ozone to a very small amount while removing the ultra fine dust from the room with high efficiency and sterilization and direction. The present invention relates to a shoe sterilizer configured to solve the above problems.

In modern people, as the standard of living improves, interest in well-being is growing. In particular, foot health starts from the cleanliness of shoes that spend most of their time. When shoes are indoors, foot odors are spread to people around them. Unpleasant shoe odor is caused by bacteria contaminated in shoes and it is necessary to sterilize them to remove odor of shoes. In general, the method of sterilization of shoes uses heating, chemical disinfectant, and drying and sterilization ultraviolet rays.

In this way, disinfection of feet and socks is easy, but serious problems such as the use of chemical disinfectant or damage when boiled are highlighted, and the disinfection effect is low only by natural drying method, and it takes long time.

In addition, the shoe sterilizer is not automated for one person, but it does not have the ability to remove super fine dust and it is heavy. It is a situation that is making a lot of effort.

Accordingly, the present invention has been made in view of the above problems, and it is an object of the present invention to provide a vacuum drying method capable of drying a wet material at a relatively low temperature (60) The micro micro carbon fiber discharge electrode efficiently discharges even at a low applied voltage to remove ultrafine dust by charging the ultrafine dust particles with high efficiency. In order to reduce the weight of the product, the automatic transfer device is adapted to the modern sense. In order to reduce the weight of the product, carbon material is substituted for carbon material, sterilizing with natural phytoncide, Is supplied to a specific space, and a shoe sterilizer including a cleaning function in a home, which can be used individually or simultaneously in various spaces of the indoor space, as well as being easily and conveniently used by residents as needed It has its purpose.

The present invention relates to a method and apparatus for automatically transferring shoe from outside the apparatus to the apparatus, vacuum drying the apparatus, maintaining continuous maintenance without filter replacement, reducing the pressure loss, A shoe sterilizer installed in one place in the room to supply the treated air to the room is provided with at least one natural phytoncide supply for sterilizing, deodorizing, releasing or blocking the air before discharging the air to the outside of the apparatus do.

The shoe sterilizer automatically moves the shoe sterilizer to the outside of the apparatus when the shoe shoe comes out of the apparatus by the button, and automatically shuts the plate made of FRP when the shoe is put on the shoe shoe. A vacuum pump installed at the lower end of the case so as to vacuum-dry the shoe introduced by the pump existing under the shoe plate located slightly inclined; An indoor static wet air cleaning apparatus and a natural phytoncide using carbon fibers for filtering fine dust and germs contained in the discharged air, and an indoor static wet air cleaning apparatus and a natural phytoncide plate to purify the air and remove the odor A plate that is vertically mounted on the bracket in the case, the plate having a plate case that forms the edge of the natural phytoncide plate and the plate; And a cover provided on the front surface of the case with a switch for forming a plurality of vents and applying power.

The present invention relates to a method of automatically putting shoes into and out of a sterilizer by using an automatic transfer device and removing the unpleasant odor of a shoe caused by bacteria contaminated by shoe using a vacuum drying method, It is possible to dry shoe in a short time without damage of the air cleaner, and it is possible to highly efficiently remove indoor fine dust from the room while reducing the level of harmful ultrafine dust to a very small level by using air purification technology using carbon fiber, It is possible to provide an automatic, short-time drying, wet electrostatic air purification, sterilization, forest scent, miniaturization, and economical shoe sterilizer for personal use by providing a plate for spraying phytoncide on a part .

1 is a front view showing a structure of a general shoe sterilizer.
Fig. 2 is a structural view of automatic transfer, vacuum drying, microfine carbon fiber cleaning, phytoncide sterilization, and smell diffusion used in the present invention.
3 is a structural view of a shoe plate including carbon fibers.

The present invention will now be described in detail with reference to the accompanying drawings.

2 is a structural view of a front surface 14 on which an FRP is mounted on a surface of a carbon fiberboard 11 conveying channel 12 of an automatic transfer plate so that shoes can be seen. At the lower end, a vacuum pump 15 and a blower 16 are connected to perform sterilization, smell diffusion, vacuum drying, and ultrafine dust removal. 3 is a structural view of the carbon fiberboard 11 which is automatically transported at an inclined angle of the shoe in the structure as shown in Fig. 1, in which grooves are made so as not to slip when the shoe is inclined, thereby ensuring stability. The front surface 14 to which the FRP of the surface is automatically attached is automatically moved through the door door rail 31.

In the structure shown in FIG. 1, the movement of the front face 14 with the FRP attached to the carbon fiber plate 11 and the transport channel 12 for automatic transport is first performed as shown in FIG. The carbon fiber (17) for cleaning and the control switch (18) are used to remove ultrafine dust and automatically adjust it.

Not applicable

Claims

It is a vacuum drying method that heats autogenously transported shoe under reduced pressure. It boils water at low temperature and dries wet shoes at relatively low temperature to dry shoe in a short time without damage of shoes, And an air cleaning function configured to sterilize and direct the indoor air pollutant with high efficiency while reducing harmful substances such as dust,

The front surface 14 on which the FRP is attached on the surface is closed at the same time so that the shoe can be seen as the shoe sterilizer enters the shoe sterilizer through the conveyance channel 12 by the lightened carbon fiber board 11 on the automatic transfer facility, The rubber packing is installed on the windshield by the connected vacuum pump (15) and the vacuum drying method. Vacuum drying is performed by removing compressed air before the shoe is automatically discharged from the apparatus after vacuum drying, and then the natural phytoncide plate 13) and the ultra-fine carbon fiber discharge electrode are discharged through the air blowing device 16 in a state of vacuum drying, sterilization and smell removal, and ultrafine dust removed, and then the shoes are automatically discharged Automatic transfer type shoe sterilizer that combines air cleaning feature.

The method according to claim 1,

The automatic transferring rail is composed of aluminum and features leek and pinion gears. It features carbon fiber for light weight of shoe sterilizer itself and shoe plate. Ultra clean dust removal is a very fine carbon fiber discharge electrode. And the direction of the forest atmosphere is characterized by the detachable phytoncide pack, air freshener is fused automatic transfer type shoe sterilizer.