KR100486338B1 - Apparatus for drying shoes and its control method - Google Patents

Abstract

The present invention relates to a shoe drying apparatus and a control method thereof, the object of which is to dry the inside and outside of the shoe without deformation in a short time and add a fragrance, to make the wearer comfortable, and to suppress the occurrence of fungi such as athlete's foot To improve the state of health of the foot, and thereby to provide a shoe drying apparatus and a control method that can improve the production, study, work and the like.

The present invention is a fan grill is formed integrally with one side in the center and a fan cover portion is installed transformer therein; A fan unit installed at a rear of the fan grill unit and connected to a transformer and having a fan and a fan motor integrally installed; A coil part having the same center line as the fan part is bolted to the fan cover part, and a coil part is installed on the coil bracket and connected to a transformer; A guide part inserted into the heater part and bolted to the fan cover part such as a heater part; An insertion part having an air outlet port bolted to the fan cover part by a main bolt stand of the fan cover part penetrating both sides of the guide part and inserted into the shoe at both lower parts thereof; The bolted fan cover is coupled to the upper portion of the insert and the control panel is installed inside the control panel is configured to include a plurality of LED and the operation switch is installed, and discharges the hot wind and cold wind every other time for a set time, It is to provide a shoe drying apparatus and a control method for drying the shoes through this.

Description

Apparatus for drying shoes and its control method

The present invention relates to a shoe drying apparatus and a control method thereof, and to a shoe drying apparatus and a method for controlling the same, in which a shoe in which moisture or moisture penetrates is dried in a hot air with a fragrance in a short time to maintain a comfortable wearing environment. will be.

With the development of electronic and mechanical devices such as computers, Hyundai can grasp the news and current status of each country and each country in the state of sitting at the desk regardless of the actual distance. As a substitute, it was possible to do all the work on the smallest route possible.

For the health of modern people living in such an age, various health laws are being studied, and the research on the foot is a big part of them, and the means of foot massage and health shoes are utilized. However, such foot massage and health shoes are provided only to a limited number of people (who choose and carry out their own), and attention is not paid to general shoes owned by everyone.

In other words, most people use shoes, but when the shoes worn such as rainy season, snow, sub-zero weather, wet weather, before and after exercise contain moisture (or water), the condition of the shoes is There was no separate device that could always keep good.

Therefore, conventionally, wet shoes during the rainy season or sweaty sneakers after exercise are used as they are, resulting in odor when worn for a long time, and sweat may infiltrate foot conditions due to infiltration of bacteria such as athlete's foot. .

Of course, in order to prevent such a phenomenon, shoes such as sneakers may be placed near the fire, and then dried by heat, or the shoes may become crumpled by strong heat, in particular, in the case of leather shoes, Wrinkles occurred in the leather, a problem that must be disposed of.

In addition, since the position of the shoe to be dried should be selected in consideration of the distance from the firearm, there is a hassle of changing the position of the shoe from time to time according to the strength of the fire.

In addition, when the shoe is dried by fire, hot heat is always in contact with the surface of the shoe, which may cause abnormalities in the shoe, and the surface of the shoe dries and the inside of the shoe maintains a damp state. In order to take a long time there was a problem.

In addition, when the shoes are dried by solar heat, there is a variety of problems, such as being able to escape the danger caused by the fire, it takes a long drying time, and is directly affected by the weather conditions.

The present invention has been made in consideration of the above problems, and its object is to dry the inside and outside of the shoe without deformation in a short time and add fragrance, making the wearer comfortable, and suppressing the occurrence of fungi such as athlete's foot. It is to provide a shoe drying apparatus and a control method for improving the health of the foot, thereby improving the production, study, work and the like.

The present invention is a fan grill is formed integrally with one side in the center and a fan cover portion is installed transformer therein; A fan unit installed at a rear of the fan grill unit and connected to a transformer and having a fan and a fan motor integrally installed; A coil part having the same center line as the fan part is bolted to the fan cover part, and a coil part is installed on the coil bracket and connected to a transformer; A guide part inserted into the heater part and bolted to the fan cover part such as a heater part; An insertion part having an air outlet port bolted to the fan cover part by a main bolt stand of the fan cover part penetrating both sides of the guide part and inserted into the shoe at both lower parts thereof; The bolted fan cover is coupled to the upper portion of the insert and the control panel is installed inside the control panel is configured to include a plurality of LED and the operation switch is installed, and discharges the hot wind and cold wind every other time for a set time, It is to provide a shoe drying apparatus and a control method for drying the shoes through this.

1 is an exploded perspective view of the configuration according to the present invention, Figure 2 is an exploded perspective view of the fan cover and the heater unit coupled state in accordance with the present invention, Figure 3 is a fan portion and the heater unit is omitted in accordance with the present invention The exploded perspective view showing the configuration, the present invention is hot air or cold air by the fan unit 20 and the heater unit 30 installed between the fan cover portion 10 and the guide portion 40 guide portion 40 ) And to be discharged into the shoe through the insertion unit 60 along the flow path unit 50, the fan unit 20 and the heater unit 30 is operated for a set time by the control unit 70, the fan unit 20 The heat of the heater unit 30 or the outside air by the fan unit 20 is transferred to the flow path unit 50 through the guide unit 40 by the operation of the heating unit 30, and the insertion unit 60 by the flow path unit 50. ) Is discharged into the shoe through the open both ends formed by separating the left / right.

The fan part 20 is installed in the fan cover part 10, and the fan 21 and the fan motor 22 are integrally formed and bolted to the fan cover part 10 by a fan bracket. The fan 21 is rotated by the operation of the fan motor 22 by 70.

The heater unit 30 is installed to be connected to the fan bracket 23 so as to be located at the rear of the fan unit 20. The coil bracket 31 is connected to the fan bracket 23 to have the same center line as the fan 21. The coil bracket 31 is provided with a plurality of coils 32.

The fan cover portion 10 is a fan 20, the heater 30 and the transformer 80 is installed therein, as shown in Figure 4 transformer hole in which the transformer 80 is installed ( 11) is formed, the fan grill 12 is protruded / formed in the center of one side, the fan bolt (12) on both sides of the fan bracket 23 is bolted to the fan bolt sphere 13 and the main bolt stage ( 14) are formed respectively.

That is, the fan unit 20 is installed at the rear of the fan grill 12 protruding from the center of one side of the fan cover unit 10, and the heater unit 30 is connected / installed to the rear of the fan unit 20. do. In addition, the installation hole 15 is formed in the center of the fan grill 12 so that the fragrance vessel 90 storing the aroma fragrance or the like can be installed.

That is, the installation hole 15, the fan grill 12, the fan unit 20 and the heater unit 30 in which the fragrance vessel is installed are formed and installed in the fan cover unit 10 to have the same center line.

The guide part 40 protects various connection means such as electric wires, transformers and power supply lines installed in the fan cover part 10 from cold air by the fan 21 and hot heat from the heater part 30. By transferring the cool air and hot air to the flow path portion 50, as shown in Figure 5, the guard 41 having a conical cylindrical shape, the support 42 formed integrally with the guard 41, The upper support 43 has a right angle with the support 42 and is integrally formed on the upper support 43.

The guard 41 is one end is connected to the fan bracket 23 is connected to the fan cover portion 10, the other end is connected to the flow path portion 50, both sides have a conical cylindrical shape having a different diameter And a first connection hole 411 having a large diameter is connected to the fan bracket 23, and a second connection hole 412 having a small diameter is connected to the flow path part 50.

At this time, the first and second connection holes 411 and 412 of the guards connected to the fan bracket 23 and the flow path part 50 are formed in layers at their ends, so that they closely adhere to the fan bracket 23 and the flow path part 50. The first connection hole 411 of one side of the fan bracket 23 to which the fan grill 12 and the guard 41 connected to the fan cover part 10 and the guard 41 connected to the first cover hole 411 have the same diameter. Equipped.

The support 42 is to fix / support the guard 41 formed integrally to the fan cover 10, the middle portion of the guard 41 is connected to the center, both sides of the main bolt of the fan cover 10 The through holes 421 into which the bases 14 are inserted are formed, respectively.

The upper support 43 is to be connected to the control unit 70, is formed integrally with the support 42 and the guard 41, has a semi-circular shape, one end is connected to the upper portion of the support 42 It has a '-' shape, the bolt sphere 431 connected to the control unit 70 is formed on both sides.

The flow path part 50 is the cold air or hot air moved along the guide part 40 is introduced into the interior, as shown in Figure 6 has a 'b' shape, the plane ' It has a c-shape and is made of a heat-resistant AAS material in which 30% of glass is mixed, and blocks the external discharge of hot and cold air transferred along the guide part 40 and curvature to facilitate the flow of air. It is provided and formed.

The flow path part 50 has an air inlet 51 to which the second connection hole 412 of the guard 41 is coupled to one side of the center, and air outlets 52 are formed at both lower ends thereof, respectively. An air separator 53 is formed to protrude inside the air inlet 51. That is, the air inlet 51 and the air outlet 52 are formed to form a layer up and down so as to have different centerlines parallel to each other, the air separator 53 is formed to protrude inward of the air inlet 51 It is formed in the longitudinal direction so as to be located in the middle, the amount of air introduced into the air inlet 51 is separated by approximately 50:50 by the air separator 53, and then the air outlet 52 respectively formed at both ends of the lower Is discharged through.

The insertion part 60 is bolted to the fan cover part 10 and supports the flow path part 50. As shown in FIG. 7, the insertion part 60 is coupled to the second connection hole 412 of the guide part 40. The flow path part 50 is inserted therein, and the air outlet port 52 of the flow path part 50 is inserted into both sides of the lower part, and the air outlet port 61 is inserted into the shoe, respectively, and the fan cover part 10 is formed. The fan unit 20, the heater unit 30, the guide unit 40, and the flow path unit 50 are protected by the combination with each other. That is, the inside of the insertion part 60 has a curvature similar to the outer curvature of the flow path part 50 so that the flow path part 50 is inserted.

In addition, the air outlet 61 of the insert portion may be coupled to the outlet 60 'as shown in Figure 8, the outlet 60' is connected to the inside of the long ankle shoes, such as boots, boots, etc. The heat of the air or the heater 30 by the fan unit 20 is easily introduced, and has various shapes such as a straight line shape or a shape having a bend to fit the shoe.

The control unit 70 is composed of a cover 71 in which the operation switch 711 and the LED 712 is installed, and a control panel 72 bolted to the lower portion of the cover 71. As shown in FIG. 9, the cover 71 is provided with various operation switches 711 and operation lamps LED 712 at an upper portion thereof, and bolts formed at an upper support 43 of the guide portion 40 at a lower portion thereof. Connection bolt stage 713 is inserted into the 431 is formed, is coupled to the top of the bolted fan cover portion 10 and the insertion portion 60. That is, the control part 70 is bolted to the guide portion 40 by the lower portion of the guide bolt 40 is inserted into the bolt hole 431 of the guide.

The control panel 72 is to control the operation of the present invention, the bolt is coupled to the cover 71 and the fan unit 20 and the heater unit 30 according to a preset value by the operation of the operation switch 711 is constant Run alternately or continuously over time.

Hereinafter, the present invention will be described in detail with reference to the circuit diagram shown in FIG. 10.

Figure 10 shows an exemplary view showing a circuit configuration of the present invention, the present invention is the hot wind and cold wind alternately discharged for a predetermined time during the set time of the operation switch 711, the cold wind during the last predetermined time It is supposed to finish. That is, the operating time of the first operation switch 711a is set to 5 minutes, the operating time of the second operation switch 711b is set to 10 minutes, and the operating time of the third operation switch 711c is set to 20 minutes. When the discharge time is set to 2 to 15 seconds, the hot wind discharge time is 5 to 25 seconds, and the final finishing wind discharge time is set to 3 to 15 seconds, and the power is applied to the microcomputer (MICOM, 721), The applied power is converted into DC 12 kV through the transformer 80, and when the first operation switch 711a is operated, an operation signal is input to the microcomputer 721, and the first operating lamp ( At the same time 712a is turned on, power is supplied to the fan motor 22 by the first relay 722 to operate the fan unit 20, and power is supplied to the coil 32 by the second relay 723 to supply the heater. The unit 30 is operated. At this time, the first relay 722 is to supply power to the fan motor 22 continuously, the second relay 723 to the heater unit 30 only during the discharge time of the pre-set input hot wind. The short circuit is repeated to apply power.

That is, when the first and second relays 722 and 723 are operated at the same time, the flow path part 50 through the guide part 40 by the wind introduced by the fan part 20 by the hot wind by the heater part 30. When the first relay 722 is operated, only the wind introduced by the fan unit 20 is transferred to the flow path unit 50 through the guide unit 40.

As described above, the cold and hot winds are transferred to the flow path part 50 along the guide part 40 by the operation of the first and second relays 722 and 723, and are separated in both directions from the flow path part 50 so as to separate the flow path part. The air is discharged into the shoe through the air outlet 52 and the air outlet 61 of the insertion unit, and the operation of the second relay 723 is stopped and the first relay 722 is operated for the last 3 to 15 seconds for the set value of 5 minutes. It is only operated to release the cold wind.

At this time, when installing the fragrance vessel 90, the aroma fragrance, etc. are stored in the installation hole 15 of the fan cover portion, the fragrance in the fragrance vessel 90 by the operation of the fan portion 20 through the cold wind or hot wind shoes It is supplied into the shoe so that the fragrance is added to the shoe when the shoe is dried.

In addition, when not installing the flow path portion 50 installed to be located between the guide portion 40 and the insertion portion 60, hot wind or cold wind discharged through the guard 41 of the guide portion 40 Is discharged into the shoe through the air outlet 61 of the insertion portion.

Hereinafter, the present invention will be described based on the embodiment according to the efficiency and efficiency according to the installation of the flow path according to the embodiment.

Example 1

Using 600 kW of power, the discharge time of hot wind is set to 5-25 seconds, the discharge time of cold wind is set to 2-15 seconds, and the discharge time of finishing wind is set to 3-15 seconds. The time until the wet shoes, the shoes wet in the rain and the shoes dehydrated by washing to dry about 98% was measured, which is shown in Table 1. At this time, the temperature of the hot wind is 160 ~ 220 ℃ (based on the temperature of the wind flowing into the flow path through the guide portion), the temperature of the cold wind is 110 ~ 160 ℃.

Table 1

power Shoes If there is a flow path If there is no flow part 600 Ｗ Sweaty 5 minutes 10 minutes In the rain 20 minutes 30 minutes Dehydrated after washing 40 mins 120 minutes

However, when the shoe is dried using the power of 600 kW as described above, severe shrinkage phenomenon occurs in the dried shoes (shoes, sneakers, etc.) regardless of whether the flow path is installed due to the high temperature hot wind.

Example 2

Using 500 kW of electric power, the discharge time of hot wind is set to 5-25 seconds, the discharge time of cold wind is set to 2-15 seconds, and the discharge time of finishing wind is set to 3-15 seconds. The time until the wet shoes, the shoes wet in the rain and the shoes dehydrated by washing to dry about 98% was measured, shown in Table 2. At this time, the temperature of the hot wind is 150 ~ 200 ℃ (based on the temperature of the wind flowing into the flow through the guide portion), the temperature of the cold wind is 100 ~ 150 ℃.

TABLE 2

power Shoes If there is a flow path If there is no flow part 500 Ｗ Sweaty 5 minutes 10 minutes In the rain 20 minutes 30 minutes Dehydrated after washing 60 mins 120 minutes

However, when shoes are dried using 500 kW of power as described above, severe shrinkage occurs in shoes (shoes, sneakers, etc.) that are dried regardless of whether the flow path is installed due to high temperature and hot wind, such as when 600 kW of power is used. This occurred.

Example 3

Using 400 kW of power, the discharge time of hot wind is set to 5 to 25 seconds, the discharge time of cold wind is set to 2 to 15 seconds, and the discharge time of finishing wind is set to 3 to 15 seconds. The time until the wet shoes, the shoes wet in the rain and the shoes dehydrated by washing to dry about 98% was measured, which is shown in Table 3. At this time, the temperature of the hot wind is 120 ~ 170 ℃ (based on the temperature of the wind flowing into the flow through the guide portion), the temperature of the cold wind is 80 ~ 120 ℃.

TABLE 3

power Shoes If there is a flow path If there is no flow part 400 Ｗ Sweaty About 4 minutes 30 seconds About 9 minutes Wet with rain About 19 minutes About 25 minutes Dehydrated after washing About 55 minutes About 110 minutes

However, when the shoes are dried using the electric power of 400 kW as described above, some shrinkage occurs in the shoes (shoes, sneakers, etc.) that are dried regardless of whether the flow path is installed due to the high temperature hot wind.

Example 4

The discharge time of hot wind is set to 5 to 25 seconds, the discharge time of cold wind is set to 2 to 15 seconds, and the discharge time of finishing wind is set to 3 to 15 seconds using 300 ~ 350 전력 of electric power. The time until the wet shoes, the shoes in the rain and the shoes in the dehydrated and washed state was measured to dry about 98%, which is shown in Table 4. At this time, the temperature of the hot wind is 95 ~ 140 ℃ (based on the temperature of the wind flowing into the flow through the guide portion), the temperature of the cold wind is 45 ~ 95 ℃.

Table 4

power Shoes If there is a flow path If there is no flow part 300 ~ 350 Ｗ Sweaty 3 mins 10 minutes Wet with rain 15 mins 30 minutes Dehydrated after washing 35 mins 180 minutes

When the shoes are dried using the electric power of 300 to 350 와 as described above, no shrinkage occurs in the dried shoes (shoes, sneakers, etc.) regardless of whether the flow path is installed, but the flow path is not installed or not. It can be seen that the drying time is significantly different.

Example 5

The discharge time of hot wind is set to 5 to 25 seconds, the discharge time of cold wind is set to 2 to 15 seconds, and the discharge time of finishing wind is set to 3 to 15 seconds using the power of 200 to 250 Ｗ. The time until the wet shoes, the shoes in the rain and the shoes dehydrated after washing were measured to be about 98% dry, but at this time it was impossible to measure the time in a short time due to very inefficient results.

Example 6

When the flow path part is installed and when the flow path part is not installed, the discharge amount discharged through the air discharge port is measured in comparison with the suction amount sucked through the fan part, which is shown in Table 5.

Table 5

When the flow path is installed When the flow path part is not installed Suction 100% Suction 100% Discharge 100% Discharge 30%

Example 7

The surface temperature of the present invention (surface temperature of the fan cover portion and the insertion portion) when the flow path portion is installed and when the flow path portion is not provided was measured, and is shown in Table 6.

Table 6

When the flow path is installed When the flow path part is not installed Surface temperature 30 ~ 35 ℃ 65 to 75 ℃ Product deformation with temperature No deformation and discoloration Deformation and discoloration. Children may be burned.

As described above, the present invention is easy to dry the shoe even when the flow path is not installed, it can be seen that more efficient drying is possible than when the flow path is not installed.

The present invention is not limited to the above-described specific preferred embodiments, and various modifications can be made by any person having ordinary skill in the art without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

As described above, the present invention alternately discharges hot and cold winds to prevent the occurrence of shrinkage on the surface of the shoes when the shoes are dried, and calculates the optimum wind temperature to dry the shoes most efficiently. .

In addition, the last 3 to 15 seconds to finish the cold wind, so that the shoes to dry in the optimal state, there is no difficulty in wearing shoes after drying.

In addition, when the flow path portion is installed, the thermal efficiency can be maximized, the drying time can be shortened, and the occurrence of fire due to the temperature increase can be prevented in advance.

In addition, when installing a fragrance container stored in the aroma fragrance, etc. into the installation groove formed in the fan grill, there is a lot of effects, such as the fragrance contained in the shoe dryer shoes to make shoes comfortable wearing.

1 is an assembly view according to the present invention

2 is an exploded perspective view of a fan cover unit and a heater unit coupled state in accordance with the present invention;

Figure 3 is an exploded perspective view showing a configuration in which the fan and the heater is omitted in accordance with the present invention

4 is an exemplary view of a fan cover unit according to the present invention;

5 is an exemplary view of the guide unit according to the present invention

6 is an exemplary flow diagram according to the present invention

Figure 7 is an illustration of the insertion portion according to the present invention

8 is an exemplary view showing a configuration of an outlet according to the present invention

9 is an exemplary view of a cover of a control unit according to the present invention;

10 is an exemplary view showing a circuit configuration according to the present invention.

* Explanation of symbols for main parts of the drawings

10: fan cover portion 11: transformer hole

(12): Pan Grill (13): Pan Bolt

(14): Main bolt stand (15): Mounting hole

20: fan portion 21: fan

(22): fan motor (23): fan bracket

(30): heater section 31: coil bracket

(32): coil 40: guide part

(41): protector (42): support

43: upper support 50: flow path

(51): air inlet (52): air outlet

(53): Air separator (60): Insertion part

(60 '): connection outlet (61): air outlet

70: control part 70 ': PCB power supply circuit

(71): Cover 72: Control Panel

80: transformer 90: vessel

(100): shoe dryer (411): first connecting hole

412: second connecting hole 421: through hole

(431): bolt hole (711): operation switch

711a: first operation switch 711b: second operation switch

711c: third operation switch 712: LED (operation lamp)

712a: first operating lamp 712b: second operating lamp

(712c): third operating lamp (713): connecting bolt

721: MICOM 722: first relay

723: the second relay

Claims (8)

A control unit controlled by an operation switch is provided on the outside, and a heater unit in which a coil is installed in a transformer, a fan, a fan motor, and a coil bracket from an operation of the operation switch is installed inside to have an electrical connection configuration, and the air heated to one side is Claims [1] A shoe drying apparatus comprising: an air outlet for discharging to form a main body; A fan grill unit having a fan cover formed integrally with one side of the center, An insertion part having an air discharge port which is combined with the fan cover part to form a main body and is inserted into the transformer, the fan and the fan motor, and the heater part and inserted into the shoe to the other side; A guide part inserted into one side of the heater part and having a conical cylindrical shape to discharge air to the air inlet side of the insertion part to the other side, and coupled to the fan cover part; Located between the guide portion and the insertion portion, the air inlet is formed in the central side connected to the guide portion, characterized in that the flow path portion formed with air outlets respectively inserted into the air outlet of the insertion portion at both ends of the other side Shoe dryer. The method of claim 1; Wherein the flow passage portion is provided with a 'b' shape, the plane has a 'c' shape, shoe drying apparatus characterized in that the air separator is formed inside the air inlet is formed. The method of claim 1; Shoe drying apparatus characterized in that the installation of the incense container in which the aroma fragrance is stored in the installation hole formed in the center of the fan grill fan cover portion. The method of claim 1; The guide portion has a conical cylindrical shape guard that one side is connected to the coil bracket of the heater portion and the other side is connected to the air inlet of the flow path portion, A support formed in the middle of the guard in a vertical direction and integrally formed with the guard and having through holes through which main bolts of the fan cover part pass; Shoe drying apparatus, characterized in that the upper end and one side end of the support is formed integrally formed with an upper support connected to the control unit. The method of claim 1; Shoe drying apparatus, characterized in that the air outlet of the insertion portion inserted into the shoe is further provided with a connection outlet of a straight or curved shape. A first step of inputting a setting time into the microcomputer so that hot and cold winds are alternately discharged for a predetermined time and the final finishing wind is cold winds; Converting the applied power into a DC 12 kW by a transformer; A third step of sensing the operation of the operation switch in the microcomputer; A fourth step in which the LED is operated by the micom and the first and second relays are operated; A fifth step of supplying power to the fan motor by the first relay to operate the fan unit, and simultaneously supplying power to the heater unit by the second relay to operate the heater unit to discharge hot wind; A sixth step in which power to the heater unit is cut off by the second relay so that the heater unit is stopped operating and the fan unit is continuously operated to discharge cold wind; A seventh step of repeating the fifth and sixth steps a plurality of times during the setting time of the operation switch set in the microcomputer; An eighth step of discharging cool wind for a predetermined time by executing a sixth step at the end after repeating the plurality of times; A method of controlling a shoe dryer according to claim 1, wherein the cold and hot winds are repeatedly discharged a plurality of times during the set time, and the shoe is dried by finishing the end of the set time with a cold wind. The method of claim 6; The temperature of the hot wind is 95 ~ 104 ℃, the temperature of the cold wind is a shoe dryer control method characterized in that 45 ~ 95 ℃. The method of claim 6 or 7, The hot wind is 5 to 25 seconds, the cold wind is 2 to 15 seconds, the finishing wind is a shoe drying apparatus control method characterized in that it is discharged for 3 to 15 seconds.