KR20120059781A - Shoes drying stand - Google Patents

Abstract

PURPOSE: A shoes dryer is provided to dry shoes in short time by using air in which moisture is removed and to control to sterilize after drying in an optimized time. CONSTITUTION: A shoes dryer(100) comprises an air injecting unit(110), a shoe fastening unit(120), a case(130), a temperature sensor(140), a humidity sensor(150), and a controller(160). The temperature sensor measures heat of air inside the case. The humidity sensor measures the humidity contained in the case. The controller compares a first temperature value inside the case by each kind of shoes with a second temperature value transmitted from the temperature sensor, thereby controlling a second temperature value not to be over the first temperature value. The controller compares a first humidity value inside the case by each kind of shoes with a second humidity value transmitted from the humidity sensor, thereby controlling a second humidity value not to be over the first humidity value.

Description

Shoes drying stand

The present invention relates to a shoe dryer, and more particularly, when shoes such as sneakers, shoes, boots, indoor shoes, etc., have generated moisture inside by sweat, wet after washing, wet by rain, etc. in various cases. A shoe dryer that dries quickly and sterilizes at an optimized time.

As a conventional technology, the shoe dryer of the Republic of Korea Patent Publication No. 2001-0085054 is rotated when the power is supplied to a fan that sucks the external air and the heater to receive the external air sucked from the fan and to heat the shoe, Shoe hanger tube is formed over to dry the inside of the shoe with the heating air discharged from the heater; And a plurality of air vents formed at one side to discharge the air discharged from the shoe hanger tube to the outside, and the fan, the heater, and the shoe hanger tube are configured to be seated and fixed therein.

The prior art only heats the air to dry the shoes, and in order to dry the shoes effectively, the shoes are dried only by heat without using dehumidified air, or the shoes are dried because no special structure is configured. There was a problem that took a very long time.

In addition, there was no control means to sterilize the shoes at the optimal time.

Accordingly, the present invention has been made to solve the above-described problems, the object of the present invention is to remove various types of shoes at the optimized time by removing the moisture in the air dry and fast by using the air to remove the moisture in the atmosphere The purpose is to provide a structure that can dry shoes in time.

Another objective is to control the sterilization after drying the shoe at an optimized time.

According to an embodiment of the present invention for achieving the above object, the shoe dryer includes an air injection unit for removing the moisture of the first air in the air to dry and generate a second air including heat; A shoe hanger unit in which a tube through which the second air moves is formed, and the second air is injected from the end of the tube, and at the same time a wet shoe of one curl is inserted and fixed at a predetermined angle; The space is formed to include the shoe hanger and the shoe, and an injection hole is formed through which the dry air generated by the air injection unit is injected, and a discharge hole through which the air contained in the space is discharged is formed, and the wet shoe is dried. A case having a pedestal for receiving the water discharged from the section; A temperature sensor built in the case and measuring heat of air contained in the space; A humidity sensor built in the caisson to measure humidity included in the space; And a type of shoes for drying the wet shoes, and a first temperature value and a first humidity value inside the case are set for each type of the shoe, and compared with the second temperature value transmitted from the temperature sensor. Controlling the temperature of the second air injected from the air injection unit so as not to exceed a temperature value and comparing the second humidity value transmitted from the humidity sensor with the first air injection unit so as not to exceed the first humidity value; 2 The control means for controlling the humidity of the air is a solution.

As described above, the present invention has the effect of drying the shoe drying at an optimized time according to various kinds of shoes to save time and energy required to dry, and the effect of making the shoes comfortable by sterilization with drying.

1 is a configuration diagram of a shoe dryer according to the present invention
2 is a shoe hanger configuration diagram according to the present invention
3 is an exemplary view of the shoe hanger operation according to the present invention
Figure 4 is an illustration of the distance distance adjustment of the right shoe and the left shoe according to the present invention
Figure 5 is an illustration of a shoe hanger variable depending on the length of the neck of the shoe according to the invention
Figure 6 is an exemplary view including an elastic member in the shoe dryer according to the invention

Best Mode for Carrying Out the Invention Hereinafter, the configuration and operation of the preferred embodiments of the present invention will be described with reference to the accompanying drawings.

1 is a configuration diagram of a shoe dryer according to the present invention, wherein the shoe dryer 100 includes an air injection unit 110, a shoe hanger unit 120, a case unit 130, a temperature sensor 140, and a humidity sensor 150. ) And the controller 160.

In more detail, the air injection unit 110 removes the moisture of the first air in the atmosphere to dry and generate second air including heat.

In this case, as shown in FIG. 1, the air injection unit 110 may be injected with the second air into the injection hole 131 formed in the case 130 by the nozzle 111, but the second air is It is also preferable that the injection hole 131 is designed to be directly injected without the nozzle 111.

In particular, the air injection unit 110 is preferably further provided with a sterilizing device for removing bacteria when the second air is injected and the shoe is dried at a set time.

The sterilization apparatus generates anions and inputs them to the tube 121 or inputs sterilization-related substances such as silver nanotubes to the tube 121.

In addition, the air injection unit 110 is preferably one of a hair dryer or a dehumidifier, and in particular, in the case of the dehumidifier, the moisture is removed from the air and sprayed onto wet shoes, so that the drying of the shoes is faster.

The shoe hanger 120 is formed with a tube 121 to which the second air moves, the second air is injected from the end of the tube 121, and at the same time the shoes of one curled at a certain angle relative to the vertical It is formed to be fixed.

In particular, when the wet shoes are dried after washing, when the wet shoes are hung on the shoe hanger 120 at a predetermined angle, the washed water is accumulated in the part of the wet shoes where the heel is closed, and the deceased water is second. Since it takes quite a long time to dry with air, it is preferable to configure the neck of the shoe to face the ground so that the standing water falls on the pedestal 133.

Thus, although the heel portion of the wet shoe that is caught on the shoe hanger 120 in various forms may be designed to face the ground, as shown in FIG. 2, the shoe hanger 120 is an air injection unit 110. The second air is injected from the tube 121 is formed so that the first support 122 is fixed to the case 130 and the tube 121 is formed to extend the second air is injected into the neck of the shoe and The neck is fitted to fix the wet shoes and at the same time it is made of a first hook 123 that is combined with the first support 121 to rotate.

Although FIG. 2 includes the joint 124, the first support 122 and the first hook 123 may be configured to be directly configured without the joint 124.

The rotational movement is configured such that the first hook 123 and the joint 124 rotate together with each other as shown in the enlarged view B shown in FIG. 2, and the first hook 123 is directly connected to the first support 122. It is also preferable to configure the mesh to rotate.

That is, since the first hook 123 coupled to the first support 122 rotates in the front and rear direction as shown in FIG. 3A, water accumulated on the heel of the shoe naturally falls to the pedestal 131, thereby quickly drying the shoe. Proceed. Moreover, it is also preferable to rotate in the lateral direction rather than the forward direction, such as A so that water accumulated on the heel of the shoe naturally falls to the pedestal 131.

Such a rotational movement is composed of a mechanical type that is operated by a human hand or an electronic type that is operated according to a value input from the controller 160.

In addition, a hole is formed in the end portion of the first hook 122 so that the second air is injected into the shoe, and the second air may be injected through one hole, as shown in FIG. 2 or 3. As described above, it is preferable that a plurality of holes are formed to inject the second air.

Particularly, in order to increase the injection pressure in the process of injecting the second air, a portion in which the second air is injected is widely formed as shown in C of FIG. 2, and a portion of the second air is narrowly formed.

In addition, since the right shoe and the left shoe are fitted with one curl, the distance between the right shoe and the left shoe should be adjusted because it varies according to the type and size of the shoe.

That is, as shown in Figure 4, the shoe hanger 120 is a second support (122-) which is formed in the tube 121, the second air is injected from the air injection unit 110 is fixed to the case 130 1) and the pipe 121 formed on the second support 122-1 are formed to extend and the joint portion 124 is configured to adjust the length of the second support 122-1 into the free entry and exit, and, The tube 121 formed on the joint 124 is formed to extend, and a second air is injected into each neck of the shoes of the one curl and fitted into the neck of each shoe to fix the shoes and at the same time the second support 122 -1) is composed of a second hook (123-1) for rotational movement.

Furthermore, in the case of shoes, when the neck of the shoe is long, such as basketball shoes, women's boots, as shown in FIG. 5, the first hanger 123 or the second hanger 123-1 to hang on the shoe hanger 120. Is preferably configured to vary by the length of the neck of the shoe.

The variable method is the same as that of the joint part 124, and FIG. 5 shows only an operation method.

The case 130 forms a space to include the shoe hanger 120 and the shoes, and an injection hole 131 through which the dry air generated by the air injection unit 110 is injected is formed and included in the space. A discharge hole 132 through which air is discharged is formed.

At this time, since the time for drying the shoes is very long when the second air is accumulated without flow, the second air flow is generated by providing the injection hole 131 and the discharge hole 132. By drying the shoes will be faster.

On the other hand, the case 130 is preferably further provided with an elastic member 134 in a portion of the shoe bottom surface in order to prevent the shoe shaken by the second air injected during the drying process of the shoe.

The elastic member 134 may be various, but typically, such as a spring, sponge is preferred.

The temperature sensor 140 is built in the case 130 to measure the heat of air contained in the space. The measured first temperature value is transmitted to the controller 160.

The humidity sensor 150 is built in the case 130 to measure the humidity included in the space. The measured first humidity value is transmitted to the controller 160.

The controller 160 lists the types of shoes for drying the shoes, and sets the first temperature value and the first humidity value inside the case for each type of shoes, and transmits the second temperature transmitted from the temperature sensor 140. Control the temperature of the second air injected from the air injection unit 110 so as not to exceed the first temperature value compared to the value and the first humidity compared to the second humidity value transmitted from the humidity sensor 150 The humidity of the second air injected from the air injection unit 110 is controlled so as not to exceed the value.

That is, the control unit 160 compares the first temperature value and the second temperature value and when the second temperature value is large, it is necessary to adjust the second temperature value because the material of the shoe, ie, the cloth and the leather, is damaged. The temperature is controlled by transmitting a signal to the air injection unit 110 and the humidity is controlled in the same manner.

In addition, the control unit 160 is electrically connected and controlled so that the first hook 123 coupled with the first support 122 is rotated and coupled with the second support 122-1. -1) is electrically connected and controlled to rotate.

In addition, the controller 160 automatically operates the sterilizer at a set time to remove germs of the wet shoes after the shoes are dried at the optimized time.

In the drawings and detailed description of the preferred embodiments are disclosed, the specific terms used above are used only for the purpose of illustrating the present invention, it is used to limit the scope of the invention described in the meaning limitations or claims It is not.

Therefore, those skilled in the art can be various modifications and other equivalent embodiments from this, and the true technical protection scope of the present invention should be determined by the technical spirit of the claims.

100: shoe dryer 110: air injection unit
111: nozzle 120: shoe hanger
121: tube 122: first support
122-1: second support 123-1: second hook
123: first hook 124: seam
130 case 131 injection hole
132: discharge hole 133: pedestal
134: elastic member 140: temperature sensor
150: humidity sensor 160: control unit

Claims (8)

An air injection unit that removes moisture contained in the first air in the air and generates a second air including heat and heat;
A shoe hanger for forming a tube through which the second air moves, and a pair of wet shoes are fitted into and fixed at a predetermined angle while the second air is injected from the end of the tube;
The space is formed to include the shoe hanger and the shoe, and an injection hole is formed through which the dry air generated by the air injection unit is injected, and a discharge hole through which the air contained in the space is discharged is formed, and the wet shoe is dried. A case having a pedestal for receiving the water discharged from the section;
A temperature sensor built in the case and measuring heat of air contained in the space;
A humidity sensor built in the Ktm and measuring humidity included in the space; And
Types of shoes for drying the wet shoes are listed, and the first temperature value and the first humidity value inside the case are set for each type of shoes, and the first temperature value is compared with the second temperature value transmitted from the temperature sensor. Controlling the temperature of the second air injected from the air injection unit so as not to exceed a temperature value and comparing the second humidity value transmitted from the humidity sensor with the second air injected from the air injection unit so as not to exceed the first humidity value; Shoe dryer, characterized in that consisting of a control unit for controlling the humidity of the air. The method of claim 1, wherein the air injection unit
And a sterilizer for removing germs when the second air is sprayed to complete the drying at the set time. The method of claim 1 or 2, wherein the air injection unit
Shoe dryer, characterized in that any one of a hair dryer or a dehumidifier. The method of claim 1 or 2, wherein the shoe hanger
A first supporter formed with a tube into which the second air is injected from the air injection part and fixed to the case;
The tube is formed to extend so that the second air is injected into the neck of each pair of wet shoes and is fitted to the neck of each wet shoe to secure the wet shoes and at the same time combined with the first support to rotate the first hook Shoe dryer, characterized in that made. The method of claim 4, wherein the rotational movement
Shoes dryer characterized in that it is configured to be operated by a human hand or an electronically operated according to the value input from the controller. The method of claim 1 or 2, wherein the shoe hanger
A second support which is formed with a tube into which the second air is injected from the air injection part and fixed to the case;
A joint portion formed to extend the tube formed on the second support and freely entering and exiting the second support, the length of which is adjusted;
Tubes formed at the joints are formed at each of the joints formed at both sides, and second air is injected into each neck of the pair of wet shoes, and the second support is fixed to the neck of each wet shoe to secure the shoes. Shoe dryer characterized in that consisting of a second hook coupled to the rotation movement. The method of claim 6, wherein the rotational movement
Shoes dryer characterized in that it is configured to be operated by a human hand or an electronically operated according to the value input from the controller. The method of claim 1, wherein the control unit
Shoe dryer, characterized in that to automatically operate the sterilizer at a set time to remove the germs of the wet shoes after the shoes are dried at the optimized time.

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