KR200172009Y1 - Shoes dryer - Google Patents

Abstract

The present invention relates to a shoe dryer, a heating plate (4) provided with a case (1) having a plurality of heat radiating holes (1a), and a heat transfer heater (3) formed inside the body (2) having a function of radiating far infrared rays (4). At least one unit dryer (10) and a power connection means 20 for applying power to the unit dryer 10 is configured.

When the shoes need to be dried, the present invention can be easily and evenly dried, and the shoes can be refreshed to be worn comfortably, and by removing the germs, odors, etc., such as fungi and athlete's foot, by drying the shoes As it can, there is an effect that can be worn hygienically. And, by adopting the far-infrared drying method does not damage the material of the shoe, there is an advantage that does not make noise during drying. In addition, because it is compact, it takes up less space and consumes less power, and can be easily used by carrying it not only in a residence but also in a travel destination.

Description

Shoe Dryer {SHOES DRYER}

The present invention relates to a shoe dryer, in particular, when it is necessary to dry the shoe with a unit dryer that is combined with a heating plate having a far-infrared radiation function inside the case formed in a streamline to be suitable for insertion into the shoe, It relates to a shoe dryer that can be dried evenly and quickly dried.

Conventionally, when a shoe gets wet in the rain or the shoe is washed, a dryer is used to dry the shoe faster than natural drying, and the dryer is dried by blowing hot air into the wet shoe using a blower. Is known.

However, such blower dryers have a noise-prone defect, and excessively high hot air is partially concentrated on the shoes, resulting in a partial burnout of the material making up the shoes, especially leather shoes. There was a problem that the value of the shoes is damaged by deformation and discoloration of expensive shoes.

Therefore, the present invention devised to solve the above-mentioned defects and problems as described above, the unit is to combine the heating plate having a far-infrared radiation inside the case is formed in a form suitable for insertion into the interior of the shoe When it is necessary to dry shoes with a dryer, an object of the present invention is to provide a shoe dryer that can be easily dried evenly and quickly dried.

1 to 6 is a view of the present invention shoe dryer,

1 is a perspective view of a unit dryer.

2 is an exploded perspective view of a unit dryer.

3 is an exploded perspective view of the heating plate;

4 is a partially cutaway plan view of a unit dryer.

5 is a longitudinal sectional view of a unit dryer.

Figure 6 is a perspective view showing a state of use of the shoe dryer.

<Description of the reference numerals for the main parts of the drawings>

1: Case 1 ', 1': Upper and lower case

1a: heat sink 1h: semi-cylindrical support

1f: Rib 2: Body

2 ', 2': upper and lower plates 2a: far infrared radiation coating layer

3: electrothermal heater 4: heating plate

5: power terminal 6: lamp

7: protective tube 9: border member

10: unit dryer 20: power connection means

In order to achieve the object as described above, the shoe dryer according to the present invention is coupled to the case and the heating plate is provided with a case formed with a plurality of heat dissipation holes, the heat transfer heater is formed inside the body having a far infrared radiation function; At least one unit dryer comprising a power terminal for connecting power to the electric heater, a lamp coupled to the case adjacent to the power terminal, and lit when power is applied to the electric heater, and power to the unit dryer It is configured to include a power connection means for applying.

For example, the case of the unit dryer is made of a synthetic resin injection molding upper and lower cases, and is formed in a streamline shape so that it can be easily inserted into the interior of the shoe.

The heating plate is composed of a metal plate upper plate and the lower plate and the edge member for wrapping and coupling the upper periphery of these upper and lower plates, the upper and lower plates are coated with a far-emission radiation material.

In addition, the lower case is formed with a semi-cylindrical support portion, and the lamp is inserted into the semi-cylindrical support portion in a form inserted into the protective tube is coupled.

The unit dryer is configured to be a pair of two to dry a pair of shoes.

Since the shoe dryer of the present invention is formed in a streamline shape to be suitable for insertion into the shoe, the dryer can be easily inserted into the shoe dryer when the shoe is to be dried, and can be easily dried. The heat is evenly distributed over the entire surface of the heated plate, so that the shoe can be dried evenly throughout. In addition, since the heating plate is coated with far-infrared emitting material having various beneficial ingredients, it can be dried faster and more uniformly by far-infrared rays. I can wear it.

Far-infrared rays have various beneficial properties, radiant heating properties, and long wavelengths that penetrate deeply into objects and easily vibrate the molecules of the material to produce heat by themselves. In addition, the convection method evaporates the moisture contained in the object to be dried during the drying process, but the radiation method evenly dries it by a strong heat action in which heat spreads out in all directions and is transferred to the inside of the object. It is known that it heats rapidly by normal heat transfer.

Therefore, the object to be dried is easily heated and dried, evenly dried, and the energy saving effect is large, it is widely used in far-infrared stoves, microwave ovens, roasting plates, thermotherapy, dry heating and the like.

Hereinafter, with reference to the accompanying drawings, the present invention as described above in more detail as follows.

1 to 6 is a view of the present invention shoe dryer, Figure 1 is a perspective view of a unit dryer, Figure 2 is an exploded perspective view of the unit dryer. 3 is an exploded perspective view of the heating plate, respectively, FIG. 4 is a partially cutaway plan view of the unit dryer, FIG. 5 is a longitudinal cross-sectional view of the unit dryer, and FIG. 6 is a perspective view showing a state of use of the shoe dryer. have.

As shown in the drawing, a case 1 in which a plurality of heat dissipation holes 1a are formed, and a heating plate 3 provided with an electrothermal heater 3 inside the body 2 having a function of radiating far infrared rays ( 4), a power supply terminal 5 coupled to an end of the case 1 and for connecting a power supply to the electric heater 3, and adjacent to the power supply terminal 5 at an end of the case 1; And at least one unit dryer 10 including a lamp 6 that is turned on when power is applied to the electrothermal heater 3, and a power connection means 20 for applying power to the unit dryer 10. Consists of.

The case 1 of the unit dryer 10 is formed in a streamline shape as a whole in which the front part of the flat and elongated body is gradually reduced in width, and is suitable for being inserted into the shoe s, and the shoe s It is configured to dissipate heat evenly inside. In addition, the heating plate 4 is also formed in a similar shape to the case 1 as a whole.

The case 1 is composed of the injection molding material upper, lower case (1 '), (1'), a plurality of heat dissipation holes (1a) are formed in the upper, lower case (1 '), (1'). In addition, the upper case 1 'is provided with a terminal opening opening 1b and a lamp through hole 1c, and the power supply terminal 5 is exposed through the terminal exposed opening 1b to expose the lamp through hole 1c. The lamps 6 are exposed to each other, and a plurality of ribs 1f are formed on the upper and lower cases 1 'and 1' to support the heating plate 4 on the inner surface thereof. have.

The lower case 1 'is formed with a plurality of ?? shaped support bars 1g on the rear end side, and the power supply terminal 5 having a rectangular body is fitted into the plurality of support bars 1g and fixed thereto. A semi-cylindrical supporting rod 1h is formed at one side thereof and inserted into the lamp 6 and the protective tube 7.

The protective tube (7) has an annular tapered surface (7a) and a through hole (7b) for allowing light to pass through the upper end of the cylindrical body, the lamp (6) is placed in the protective tube (7) and a semi-cylindrical support section (1h) ) And put them together.

Inside the periphery of the upper and lower cases 1 'and 1', a plurality of hook-type locking intervals 1d and locking jaws 1e are formed to be hooked and fixed to each other to form upper and lower cases 1 'and (1). 'Is configured to be coupled by the locking section 1d and the locking step 1e, and the boss 1i is formed adjacent to the cylindrical support section 1h on the rear end side of the lower case 1'. A boss (not shown) corresponding to the upper case 1 'is also formed, and a bolt 8 inserted into the boss 1i of the lower case 1' is screwed into the boss of the upper case 1 '. It is configured to be fixed.

As shown in FIG. 3, the heating plate 4 wraps and combines the upper plate 2 'and the lower plate 2' of the metal plate such as stainless steel plate and the periphery of the upper and lower plates 2 'and 2'. It consists of a frame member for 9, and the far-infrared radiation material is coated on the upper and lower plates (2 '), (2'), the far-infrared radiation material coating layer (2a) is formed.

The upper and lower plates 2 'and 2' are formed with a heater inserting groove 2b into which the electric heater 3 is inserted, and the rim member 9 has upper and lower plates 2 'and 2'. The periphery insertion groove 9a into which the periphery is inserted is formed, and the wire through hole 9b is formed at one side thereof. The frame member 9 is formed of elastic heating rubber or the like.

For example, a plurality of lead wires 23 and 24 are connected to a lead wire 22 connected to one end of a plug 21 connected to an outlet 30 provided on a wall or the like, for example. A power supply line 20 'connected to the connectors 25 and 26 at the ends of the lead wires 23 and 24 is used.

The shoe dryer of the present invention as described above, as shown in Figure 3, by connecting the electric wire (3a) to the heat transfer heater (3) to lead to the periphery through hole (9b) of the rim member 9, the upper and lower plates (2 ') (2 ') and the rim member (9) and the electric heater (3) are placed and overlapped therebetween, and the edges of the upper and lower plates (2') and (2 ') are slightly slowed while the rim member (9) is slightly overlapped. The heating plate 4 is formed by inserting the peripheral portion insertion groove 9a so as to surround the frame member 9.

Subsequently, as shown in FIG. 2, the power supply terminal 5 is connected to the electric wire 3a drawn from the heating plate 4, and the lamp 6, which is previously connected to the power supply terminal 5 by the electric wire 6a, is connected to the protective tube 7. ), The protective tube 7 is inserted into the semi-cylindrical support section 1h formed in the lower case 1 ', and the power supply terminal 5 is formed of a plurality of ??-shaped supports formed in the lower case 1'. After inserting and fitting between the livers 1g, the upper and lower cases 1 'and 1' are joined together to be fixed by hooking between the locking interval 1d and the locking jaw 1e and the lower case 1 '. The bolt (8) is inserted into the boss (1i) to fasten to the boss formed corresponding to the upper case (1 ') to complete the assembly of the unit dryer (10).

Hereinafter, the operation of the shoe dryer according to the present invention as follows.

For example, when the shoe (s) is wet with water or wet in the rainy season or wet and needs to be dried, and when the shoe (s) is to be washed and dried, a pair of shoes (as shown in FIG. 6) ( s) Inserting the unit dryer 10 into the inside of the unit and plugging the plug 21 connected to the inlet line 22 of the power line 20 'into the outlet 30 on the wall, the outlet line 23 branched on both sides When the power is applied by plugging the connectors 25 and 26 connected to the ends of 24 and 24 into the power supply terminal 5 of the unit dryer 10, the lamp 6 is turned on and the electrothermal heater 3 is heated. Then, the generated heat is released through the heat dissipation hole (1a) of the case (1) to dry the shoe (s).

Further, the far-infrared radiation coating layer 2a is formed on the upper and lower plates 2 'and 2' of the heating plate 4, so that the upper and lower plates 2 'and 2' are heated, and the far infrared rays are irradiated. Since the far infrared rays are emitted from the radiation coating layer (2a), the shoe (s) is dried quickly and uniformly by the heat generated from the heat transfer heater (3) and far infrared rays generated from the far infrared radiation coating layer (2a), and the type of shoes B, depending on the wet condition, but can usually be dried in about 1 to 8 hours.

When the shoe dryer of the present invention as described above needs to dry the shoes at any time, it is easy to use it evenly and evenly, and it is easy to dry the shoes to be refreshed, and by drying the shoes, various molds, athlete's foot, etc. Since germs, odors, etc. can be removed, there is an effect that can be worn hygienically.

Further, by adopting the far-infrared drying method, it is possible to dry the shoes smoothly without difficulty, and thus the material of the shoes is not damaged, and there is an advantage that noise is not generated during drying because it is not a heating blowing method (blower method). In addition, because it is compact, it takes up less space and consumes less power, and can be easily used by carrying it not only in a residence but also in a travel destination.

Also, it is effective for drying, deodorizing and maintaining cleanness of various shoes including shoes, ski shoes, skating shoes, and golf shoes. Especially, it is the best dryer because there is no material damage to the drying of leather shoes. .

Claims (5)

A case 1 having a plurality of heat dissipation holes 1a, a heating plate 4 provided with a heat transfer heater 3 inside the body 2 having a far infrared ray radiating function, and the case 1 When coupled to the power supply terminal 5 for connecting power to the electric heater 3, the case 1 is coupled to the power supply terminal 5 adjacent to and the power is applied to the electric heater 3 Shoe dryer comprising at least one unit dryer (10) consisting of a lamp (6) to be turned on, and a power connection means (20) for applying power to the unit dryer (10). According to claim 1, wherein the case 1 of the unit dryer 10 is made of a synthetic resin injection molding upper, lower case (1 '), (1'), and is easily inserted into the interior of the shoe (s) and In addition, the shoe dryer, characterized in that formed in a streamline that can emit heat in a wide plane. According to claim 1, wherein the heating plate 4 is a border member for wrapping and joining the periphery of the metal plate upper plate (2 ') and the lower plate (2') and the upper, lower plates (2 ', 2') ( 9), wherein the upper, lower plates (2 '), the surface of the far-emission material is coated on the surface of the (2'), far infrared radiation material coating layer (2a) is formed, characterized in that the shoe dryer. The semi-cylindrical support section 1h is formed in the lower case 1 ', and the lamp 6 is inserted into the semi-cylindrical support section 1h in the form of being inserted into the protective tube 7. Shoe dryer, characterized in that combined. The shoe dryer according to claim 1, wherein the unit dryers (10) are configured in a pair of two to dry a pair of shoes (s).