KR200397164Y1 - Shoes dryer with the ionizer - Google Patents

Abstract

The present invention relates to a shoe dryer equipped with an anion generator, and more particularly, to form a shoe fixing unit on a shelf that can store sneakers or sneakers, and to circulate hot air into the shoe fixing unit inner space to dry the shoe interior. It relates to a shoe dryer having an anion generator that can remove bacteria inhabiting shoes with anions.

According to the present invention, the shoes can be dried, sterilized and deodorized with hot air and negative ions at the same time, and the amount of negative ions can be automatically adjusted.

Description

Shoe Dryer with Negative Ion Generator {SHOES DRYER WITH THE IONIZER}

The present invention relates to a shoe dryer equipped with an anion generator, and more particularly, to form a shoe fixing unit on a shelf that can store sneakers or sneakers, and to circulate hot air into the shoe fixing unit inner space to dry the shoe interior. It relates to a shoe dryer having an anion generator that can remove bacteria inhabiting shoes with anions.

In general, when shoes are wet due to washing, going out, sweating, etc., a method of waiting for them to naturally dry or using a hair dryer or the like is used. Drying using a hair dryer has a disadvantage in that a large heat loss causes a large power loss and noise.

In particular, large-sized shoe dryers are used to improve hygiene in facilities used by many people, such as schools, the military, and kindergartens.However, after placing the shoes on a large number of shelves and closing the doors, the interior is heated or circulated hot air. To dry shoes.

However, even in such a technology, since the hot air is not evenly circulated to the inside of the shoe, there is an inconvenience that it is difficult to completely dry the inside of the shoe.

In addition, since only shoes are dried, there is a limit in removing bacteria or viruses inhabiting the shoes.

The present invention is devised to solve the above problems, the shoe fixing portion to be inserted into the shoe is formed on the shelf, the shoe is inserted into the shoe fixing portion, the hot air through the air circulation passage inside the shoe fixing portion It is an object of the present invention to provide a shoe dryer having an anion generator that can dry shoes evenly by circulating.

In addition, an object of the present invention is to provide a shoe dryer having a size adjustment unit that can increase or decrease the size of the fixing portion of the shoe according to the size of the shoe by adding a sliding member to the fixing portion of the shoe.

In addition, the present invention is intended to be fixed to the bottom of the shelf when the use of the fixing portion of the shoe is made of a corrugated pipe and shoe shape, when not in use, the object is to raise the top of the shelf.

In addition, an object of the present invention is to provide a shoe dryer having an anion generator to increase the sterilization effect and deodorizing effect by using anion as well as hot air in drying shoes.

In addition, an object of the present invention is to provide a shoe dryer equipped with an anion generator to stop the operation of the anion generator so as not to harm the human body when the concentration of anion is higher than a certain level.

Shoe dryer according to the present invention for solving the above problems, a plurality of shelves that can put the shoes; Shoe fixing portion attached to the upper surface of the shelf; A fan for circulating air into the inner space of the shoe fixing unit; A heater for heating air in the shoe dryer; An anion generator for generating an anion and supplying the inside of the shoe dryer; And a sensor for sensing the concentration of negative ions supplied by the negative ion generator; Including, but one side of the shoe fixing is characterized in that a plurality of exhaust holes formed.

Here, the shoe fixing portion is formed inside the air circulation passage, the air circulation passage is connected to the inner space of the shelf, it is preferable that the body having an exhaust port formed at the end has a shoe shape approximately.

Here, the shoe fixing portion is formed inside the air circulation passage is connected to the inner space of the shelf, it is preferable to include a size adjustment unit of the sliding type that can increase or decrease the size in the rear portion.

In addition, a shoe dryer according to the present invention, a plurality of shelves; Shoe fixing portion attached to the bottom of the shelf; A fan for circulating air into the inner space of the shoe fixing unit; A heater for heating air in the shoe dryer; An anion generator for generating an anion and supplying the inside of the shoe dryer; And it includes a sensor for sensing the concentration of negative ions supplied by the negative ion generator, it is preferable that a plurality of exhaust holes formed on either side of the shoe fixing.

Here, the shoe fixing unit, the air circulation passage is formed therein, the corrugated pipe member connected to the inner space of the shelf; And a connecting pipe rotatably connected to the corrugated pipe member by a predetermined angle. Including, but preferably the shoe fixing portion is approximately shoe shape.

Here, the shoe fixing unit further includes a sliding type size adjusting unit that can increase or decrease the size of the rear portion, it is preferable that the shoe fixing unit is a shoe shape.

In addition, a shoe dryer according to the present invention, the main body; A pair of shoe fixing parts attached to an upper surface of the main body and having a plurality of exhaust holes formed on one side thereof; A fan for circulating air into the inner space of the shoe fixing unit; Heater for heating the air in the inner space of the shoe fixing unit; Anion generator for generating and supplying negative ions in the inner space of the shoe fixing portion; And it includes a sensor for detecting the concentration of negative ions supplied by the negative ion generator, it is preferable that the fan, heater, negative ion generator and the sensor is installed in the interior space of the body.

Here, the fan, the heater, the negative ion generator and the sensor is preferably installed in the interior space of the shelf.

Here, the heater preferably generates heat at 30 to 35 ° C using a quartz tube heating element.

Here, the sensor detects whether the concentration of negative ions in the shoe dryer exceeds 30%, and stops the operation of the negative ion generator when the concentration exceeds 30%.

Here, the door includes a transparent glass; It further comprises, it is preferable to stop the operation of the heater, fan and negative ion generator when opening the door.

A description with reference to the drawings is as follows.

First Embodiment

1 is a perspective view showing an external shape of a shoe dryer (hereinafter referred to as a 'shoe dryer') having an anion generator according to a first embodiment, and FIG. 2 is a view illustrating a rear shape of the shoe dryer.

Referring to FIGS. 1 and 2, the shoe dryer 10 includes a plurality of shelves 104 on which shoes can be placed. The interior and exterior spaces of the shoe dryer 10 are made of steel or glass doors 102. Are distinguished. The hinge or door contact portion of the door 102 is provided with a sensor capable of detecting the opening / closing state of the door 102, and in the open state of the door 102, the shoe dryer 10 to reduce power consumption and prevent the user. Turn off the main power supply.

Shelf 104 is preferably made of a material that can withstand heat or moisture well, it may be formed of iron or plastic material. In addition, a name tag may be attached to the front portion of the shelf 104 to facilitate identification of the user.

The control panel 112 is formed outside the front of the shoe dryer 10, it is possible to conveniently control the operating state. The control panel 112 may be provided with a power on / off switch, a temperature controller, an anion generator switch, a fan switch, and the like, and it is preferable to control the operation of each shelf.

As shown in FIG. 2, the inlet 108 and the exhaust 110 are formed at the rear of the shoe dryer 10. The air introduced into the shoe dryer 10 through the inlet 108 is heated, and then the shoe is dried and discharged through the exhaust port 110. Since the air is heated inside the shoe dryer 10, the height of the exhaust port 110 is preferably higher than the height of the suction port 108.

On the other hand, Figure 3 is a view showing a shoe dryer shoe dryer.

Referring to FIG. 1, a space in which air can move is formed in the shelf 104. The interior space of the shelf 104 is preferably connected to the inlet 108 of the rear side.

In the inner space of the shelf 104, a heater 114, a fan 116, an anion generator 118, and a detection sensor 122 are installed. And a plurality of shoe fixing portion 106 is formed on the upper surface of the shelf (104).

Here, the inner space of the shelf 104 and the inner space (air circulation passage) of the shoe fixing part 106 are connected to each other.

The heater 114 uses a quartz tube heating element, and heats the air to a temperature of 30 ° C. to 35 ° C., which is enough to dry shoes, sterilize and deodorize. However, such a temperature can be changed according to the type of shoes, the number of pairs, the use place, and the like, and can be easily operated from the outside by the control panel 112.

The fan 116 serves to circulate air forcibly, and the negative ion generator 118 discharges negative ions inside the shoe dryer 10 through a high-pressure discharge action.

The sensor 122 measures the concentration of the negative ions emitted from the negative ion generator 118 and stops the operation of the shoe dryer 10 when the negative ions are above a certain level.

Negative ions purify the air by eliminating bacteria in the air and adsorbing heavy metals. However, negative ions may cause side effects such as respiratory organs and eyes when contained in the air excessively.

Therefore, to prevent the negative ions rise above a certain concentration is provided with a sensor 122 to prevent damage to the human body in advance.

Typically, since the concentration of negative ions may be harmful to the human body in excess of 30% in the air, the sensor 122 in the present invention monitors whether the amount of negative ions contained in the air inside the shoe dryer 10 exceeds 30% Is set to.

The shoe fixing part 106 formed on the upper surface of the shelf 104 has an air circulation passage formed therein, and the air circulation passage of the shoe fixing unit 106 is connected to the inner space of the shelf 104.

Shoe fixing portion 106 has a cylindrical body formed with an exhaust hole 120 at the end, and the middle portion of the body is bent at an obtuse angle and directed toward the door 102.

Therefore, the user can be fitted to the shoe fixing unit 106 in the state in which the heel of his shoes turned over toward the shoe dryer (10).

The user closes the door 102 and turns on the operation switch of the control panel 112 while the user inserts his shoe into the shoe fixing unit 106.

Then, while the fan 116 is operated, the outside air is sucked in through the inlet 108 and sent to the air circulation passage of the shoe fixing unit 106.

At this time, the heater 114 raises the temperature of the air, and negative ions generated in the negative ion generator 118 are mixed in the air.

The hot air moved by the fan 116 comes out through the exhaust hole 120 of the shoe fixing unit 106 to dry the inside of the shoe, and is discharged to the rear of the shoe dryer 10 through the exhaust port 110 again.

The sensor 122 controls the operation of the negative ion generator 118 by measuring the concentration of negative ions contained in the air.

Second Embodiment

4 is a view showing a modified embodiment of the shoe fixing portion.

As a modified embodiment of the shoe fixing unit of the first embodiment as described above, it will be described with reference to FIGS. 1 and 2, but the structure except for the shoe fixing unit is the same, so as to avoid overlapping description as follows. .

The shoe fixing part 106a has an air circulation passage formed therein, is connected to the inner space of the shelf, and an exhaust hole 120a is formed.

In addition, the rear portion of the shoe fixing unit 106a is formed by further comprising a sliding size control unit 124a that can increase or decrease the size.

With the above configuration, the user may increase or decrease the size of the shoe fixing unit 106a by using the size adjusting unit 124a at the rear of the shoe fixing unit 106a to adjust the size of the shoe.

Third Embodiment

Figure 5 is a perspective view showing the outer shape of the shoe dryer with an anion generator according to the third embodiment, Figure 6 is a view showing the back shape of the shoe dryer, Figure 7 has a shelf and shoe shape inside the shoe dryer It is a figure which shows the fixing part.

Referring to the third embodiment according to the present invention with reference to Figures 5 to 7, the inside of the shoe dryer 20 is provided with a plurality of shelves 204 to put the shoes, made of steel or glass The interior and exterior spaces are divided by the door 202.

The hinge of the door 202 or the door contact part is provided with a sensor for detecting the opening / closing state of the door 202, and in the state in which the door 202 is opened, a shoe dryer for reducing power consumption and preventing a user's burn. Turn off the main power supply.

The shelf 204 is preferably made of a material that can withstand heat or moisture well, and may be formed of iron or plastic material.

In addition, a name tag may be attached to the front portion of the shelf 204 to facilitate identification of the user.

The control panel 212 is formed outside the front of the shoe dryer 20, it is possible to conveniently control the operating state.

The control panel 212 may be provided with a power on / off switch, a temperature controller, an anion generator switch, a fan switch, and the like, and it is preferable to control the operation of each shelf.

On the back of the shoe dryer 20, an inlet 208 and an exhaust port 210 are formed. The air introduced into the shoe dryer 20 through the suction port 208 is heated, and then the shoe is dried and discharged through the exhaust port 210.

Since the air is heated inside the shoe dryer 20, the height of the exhaust port 210 is preferably higher than the height of the suction port 208.

Here, a space in which air can move is formed in the shelf 204. The interior space of the shelf 204 is preferably connected to the inlet 208 of the rear.

The heater 214, the fan 216, the negative ion generator 218, and the detection sensor 222 are installed in the inner space of the shelf 204. In addition, a plurality of shoe fixing parts 206 are formed on the bottom surface of the shelf 204.

Here, the shoe fixing part 206 connected to the inner space of the shelf 204 is the inner space of the fixing part 206 of the shoe through the connecting pipe 230 connected to the corrugated pipe member 226 so as to be rotated by a predetermined angle ( Air circulation passages) are connected to each other.

In addition, the shoe fixing part 206 is the shape of the shoe formed with a plurality of exhaust holes 220 on the bottom surface, the rear portion further includes a size adjusting unit 224.

The heater 214 uses a quartz tube heating element, and heats the air to a temperature of 30 ° C. to 35 ° C., which is enough to dry shoes, sterilize, and deodorize.

However, such a temperature can be changed according to the type of shoes, the number of pairs, the use place, and the like, and can be easily operated from the outside by the control panel 212.

The fan 216 serves to circulate air forcibly, and the negative ion generator 218 discharges negative ions inside the shoe dryer 20 through a high-pressure discharge action.

The sensor 222 measures the concentration of the negative ions emitted from the negative ion generator 218, and stops the operation of the shoe dryer 20 when the negative ions are above a certain level.

Negative ions purify the air by eliminating bacteria in the air and adsorbing heavy metals. However, negative ions may cause side effects such as respiratory organs and eyes when excessively contained in the air.

Therefore, the sensor is provided with a sensor 222 to prevent the negative ions to rise above a certain concentration in order to prevent damage to the human body in advance.

Typically, since the concentration of negative ions may be harmful to the human body if the concentration of more than 30% in the air, the sensor 222 in the present invention monitors whether the amount of negative ions contained in the air inside the shoe dryer 20 exceeds 30% Is set to.

When the user pulls down the fixing part 206 of the shoe, it descends to the bottom of the shelf located at the bottom by the elongated property of the corrugated pipe member 226.

Here, the shoe fixing part 224 when the user is used by the corrugated pipe member 226, the shoe fixing part 206 can be pulled down to extend its length, and when not in use, the shoe fixing part 206 is pushed upward. ) Can be folded.

In addition, the fixing member 228 is able to fit the shoe to the fixing member 228 according to the size of the user's shoes.

In addition, by the connecting pipe 230 rotatably connected to the corrugated pipe member 226 by a predetermined angle, the shelf 204 is fitted to the heel of the shoe by adjusting the angle up and down after fitting the shoe to the shoe fixing unit 224. Put it on, and you can dry it.

According to the heel of the shoe using the connector 230, the user fits the shoe size to the shoe fixing unit 206 by using the size adjusting member 224 while the shoe is fitted to the shoe fixing unit 206. After the height is adjusted, the door 202 is closed and the operation switch of the control panel 212 is turned on.

The fan 216 is then operated to suck in the outside air through the inlet 208 and send it to the air circulation passage of the shoe fixing unit 206.

At this time, the heater 214 raises the temperature of the air, and negative ions generated by the negative ion generator 218 are mixed in the air.

The hot air moved by the fan 216 is dried through the exhaust hole 220 of the shoe fixing part 206 to dry the inside of the shoe, and is discharged to the rear of the shoe dryer 20 through the exhaust port 210 again.

The sensor 222 controls the operation of the negative ion generator 218 by measuring the concentration of negative ions contained in the air.

Fourth Embodiment

8 is a view showing a shoe drying apparatus according to a third embodiment.

Unlike the above-described structure, referring to FIG. 8, a structure in which a pair of shoes can be dried without drying a plurality of shoes using a shelf is as follows.

However, before the description, the structure excluding the main body is substantially the same, so the following description is avoided by overlapping description.

Shoe fixing part 306 connected to the inner space of the main body 300 is composed of a pair.

The shoe fixing part 306 connected to the inner space of the main body 300 is connected to each other by the inner space (air circulation passage) of the fixing part 206 of the shoe through the connecting pipe 330 connected to the corrugated pipe member 326. do.

In addition, the shoe fixing part 306 is the shape of the shoe formed with a plurality of exhaust holes 320 on the bottom surface, the rear portion further includes a size adjusting unit 324.

Here, the inside of the main body 300 is not shown, but a fan (not shown) for circulating air to the inner space of the shoe fixing unit 306 and a heater (not shown) and anion generator (not shown) for heating the air therein. C) and a sensor (not shown) are the same as the conditions formed in the inner space of the shelf, so that shoes can be dried.

As described above, the present invention removes moisture inside the shoe and removes odors and bacteria, and the scope of the present invention is not limited by these embodiments, and the right can be easily modified by those skilled in the art. Go crazy

In the present invention, but described as stopping the operation of the negative ion generator when the concentration of the negative ion is more than 30%, it may be adjusted differently depending on the use state.

According to the present invention, the shoes can be dried, sterilized and deodorized with hot air and negative ions at the same time, and the amount of negative ions can be automatically adjusted.

1 is a perspective view showing the external shape of the shoe dryer with an anion generator according to the first embodiment.

2 is a view showing the back shape of the shoe dryer according to the first embodiment.

Figure 3 is a view showing a shoe fixing unit and a shelf inside the shoe dryer.

Figure 4 is a view showing a modified embodiment of the shoe fixing.

Figure 5 is a perspective view showing the external shape of the shoe dryer with an anion generator according to the second embodiment.

Figure 6 is a view showing the back shape of the shoe dryer according to the second embodiment.

7 is a view showing a fixing portion having a shoe shape and a shelf inside the shoe dryer.

8 is a view showing a shoe drying apparatus according to a third embodiment.

Claims (11)

In the shoe dryer, A plurality of shelves on which shoes can be placed; Shoe fixing part attached to the upper surface of the shelf; A fan for circulating air to the inner space of the shoe fixing unit; A heater for heating air in the shoe dryer; An anion generator for generating an anion and supplying the inside of the shoe dryer; And A sensor for sensing a concentration of anion supplied by the anion generator; Including, but one side of the shoe fixing portion, characterized in that a plurality of vent holes formed, shoe dryer with an anion generator. The method of claim 1, The shoe fixing unit An air circulation passage is formed therein, and the air circulation passage is connected to the internal space of the shelf, and a shoe dryer having an anion generator is characterized in that the body having an exhaust port formed at an end has a substantially cylindrical shoe shape. . The method of claim 1, The shoe fixing unit An air circulation passage is formed therein, which is connected to the inner space of the shelf, and includes a sliding type size adjusting unit capable of increasing or decreasing a size at a rear portion thereof, and a shoe dryer having an anion generator. In the shoe dryer, Multiple shelves; Shoe fixing portion attached to the bottom of the shelf; A fan for circulating air to the inner space of the shoe fixing unit; A heater for heating air in the shoe dryer; An anion generator for generating an anion and supplying the inside of the shoe dryer; And A sensor for sensing a concentration of anion supplied by the anion generator; Including, but one side of the shoe fixing portion, characterized in that a plurality of vent holes formed, shoe dryer with an anion generator. The method of claim 4, wherein The shoe fixing unit An air circulation passage formed therein, and a corrugated pipe member connected to the inner space of the shelf; And a connecting pipe rotatably connected to the corrugated pipe member by a predetermined angle. Including, but the shoe dryer with a negative ion generator characterized in that the shoe shape is approximately shoe shape. The method of claim 5, The shoe fixing unit Sliding size adjustment unit that can increase or decrease the size in the rear portion; Further comprising, a shoe dryer with an anion generator. In the shoe dryer, main body; A pair of shoe fixing parts attached to an upper surface of the main body and having a plurality of exhaust holes formed on one side thereof; A fan for circulating air to the inner space of the shoe fixing unit; A heater for heating air in the inner space of the shoe fixing unit; An anion generator for generating and supplying negative ions in the inner space of the shoe fixing unit; And A sensor for sensing a concentration of anion supplied by the anion generator; Including, but characterized in that the fan, heater, anion generator and the sensor is installed in the inner space of the body, shoe dryer with an anion generator. The method according to any one of claims 1 to 6, The fan, heater, anion generator and the sensor is a shoe dryer with an anion generator, characterized in that installed in the interior space of the shelf. The method according to any one of claims 1 to 6, A door including transparent glass; Additionally contains Opening the door, the shoe dryer with an anion generator, characterized in that to stop the operation of the heater, fan and anion generator. The method according to any one of claims 1 to 6, The sensor detects whether the concentration of negative ions in the shoe dryer exceeds 30%, and when the concentration exceeds 30%, shoes having an anion generator, characterized in that to stop the operation of the negative ion generator dryer. The method according to any one of claims 1 to 7, The heater is a shoe dryer with an anion generator, characterized in that for generating heat of 30 to 35 ℃ using a quartz tube heating element.