KR20030032606A - Dry apparatus of ski boots - Google Patents

Abstract

PURPOSE: A drying device for ski boots is provided to dry the boots in short time by providing hot wind in the wet ski or snowboard boots with hanging the boots upside down. CONSTITUTION: A drying device(100) for ski boots is composed of a base(110) having an air inlet hole to form a lower portion, a closed space structure(120) having an inner space(128) in which the lower portion is wider than an upper portion, a hot blower(130) for blowing hot wind in the inner space of the space structure(120) by introducing the air from the outside, a hot wind supplier(140) for discharging the hot wind from the hot blower(130) through a hot wind outlet(142), and a control box(150) having an on/off switch and timer(154) for the operation time of the hot blower. The hot wind blows to dry the ski and snowboard boots from the inner space of the space structure through the hot wind outlet.

Description

Dry boots of ski boots

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a ski boot drying apparatus, and more particularly, to a ski boot drying apparatus capable of drying a large number of wet ski boots in a limited time in a limited space.

It is a well-known fact that the number of people who enjoy various sports every season is increasing with the recent leisure. In particular, winter is the most representative winter sports that can enjoy speed on the snow, skiing is a popular sport for all ages.

In addition, as a winter sports, snowboarding, which can use speed and various skills other than skiing, is rapidly gaining popularity. These snowboards, unlike two pairs of skis, put their feet on one board and snow. It is a sport that you can enjoy by sliding on your stomach.

As mentioned above, as skiing and snowboarding are rapidly gaining popularity as winter sports, the population of sports who enjoy them also grows rapidly, and each ski resort has dedicated slopes for each step for skiing and snowboarding users. It provides various conveniences for users.

On the other hand, as described above, the ski and snowboarding as the most representative winter sports, which helped the industry can be referred to as a ski and snowboard rental business that can be easily rented and used without purchasing ski or snowboard equipment. As these ski and snowboard rental businesses are successful around the ski slopes, more and more people want to enjoy skiing and snowboarding.

In order to wear skis and snowboards as described above, ski and snowboard boots must be worn, and these skis and snowboard boots are wetted by snow or foot sweat while using the slopes, and are loaned to the next user. To do this, you have to dry wet boots.

However, as a conventional method of drying wet ski and snowboard boots, the wet ski and snowboard boots are widely distributed around the stove and dried.

In the conventional drying method as described above, it takes a considerable time to dry up to the inside of the wet ski and snowboard boots, and there is a problem such that a part which is not partially dried occurs. Moreover, since it is widely distributed and dried around the stove, the surroundings are cluttered, which makes it difficult to clean up.

In addition, as a conventional drying method, there is a method of drying the hot skis and snowboard boots through the hot air in a widely distributed state on the floor, but such a drying method also cannot be delivered deep inside the wet ski and snowboard boots. Therefore, there exists a problem of generating the part which does not dry partially.

Drying method by the hot air as described above is also difficult to clean up because the surroundings are cluttered because it is widely distributed around.

The present invention has been devised to solve the problems described above, by directly supplying the hot air to the inside of the ski and snowboard boots in a state of hanging the ski and snowboard boots neatly upside down boots in a shorter time It is an object of the present invention to provide a ski boot drying apparatus for drying.

Another object of the present invention is to install a plurality of hot air supply pipes on the front and back and the top line of the space structure formed space therein so that the boots can be dried in a state of neatly tidy up the boots for skiing and snowboarding Thus, the maximum drying effect can be expected in the minimum space.

Still another object of the present invention is to hang the ski and snowboard boots neatly in a hot air supply pipe so that they can be neatly arranged and neatly arranged.

In addition, the present invention is to improve the utility of the space by allowing the ski boot drying device to move through the roller.

Furthermore, the present invention provides a device capable of drying the boot in a state in which a plurality of hot air supply pipes are installed on the same line as the front and back and top of the structure having a space therein, so that the boots for skiing and snowboarding are neatly arranged. By providing convenience to the user.

1 is a longitudinal sectional view showing an internal configuration of a ski boot drying apparatus according to a first embodiment of the present invention.

Figure 2 is a front view showing a ski boot drying apparatus according to the first embodiment of the present invention.

Figure 3 is a longitudinal sectional view showing the internal configuration of the ski boot drying apparatus according to a second embodiment of the present invention.

Figure 4 is a front view showing a ski boot drying apparatus according to a second embodiment of the present invention.

5 is a perspective view showing a ski boot drying apparatus according to a second embodiment of the present invention.

*** Explanation of symbols for the main parts of the drawing ***

100, 300. Ski Boot Dryer 110, 310. Base

120, 320. Spatial structure 128, 328. Internal space

130, 330. Heater 132, 332. Blower

134, 334. Hot wire 140, 340. Hot air supply pipe

142, 342. Hot air outlet 150, 350. Control box

152, 352. On / Off switch 154, 354. Timer

160, 360. Reinforcement piece 170, 370. Rolling roller

200, 200a. Ski boots

The present invention configured to achieve the above object is as follows. That is, the ski boots drying apparatus according to the present invention is a base for forming a lower air inlet hole is formed on one side up and down; To the upper side of the base, the lower part is wide and the upper part is installed in a three-dimensional shape of a certain height so as to form a narrow internal space, and the front and rear surfaces are arranged in a plurality of left and right lines and the left and right equally spaced up and down at equal intervals. A space structure of a sealed structure having a plurality of installation holes formed on intersections where lines cross each other; A blower and a hot air blower having a hot wire structure installed inside the space structure above the air inlet hole of the base to introduce air from the outside to generate hot air in the space inside the space structure; It has a diameter related to the installation hole, the lower end is open and the upper end is closed, but a plurality of hot air discharge holes are formed at the upper end to be installed and fixed diagonally to each installation hole of the space structure, while hot air generated by the hot air is hot air. A hollow hot air supply pipe configured to discharge the discharge hole by pollution; And an on / off switch installed on one side of the outer surface of the space structure to control the on / off of the hot air and a control box for setting an operating time of the hot air. Hot air is generated in the internal space of the space structure by operating the hot air fan while the wet ski and snowboard boots are hanging upside down in the upper part of the supply pipe. It is a structure to dry by blowing.

In the above-described configuration, the space structure includes: an upper cylinder configured to bend two iron plates to be coupled to the front and rear surfaces, and to form an upper portion; An upper plate coupled to and sealed at the upper end of the upper cylinder; And installed on the upper portion of the base may be made of a lower cylinder to which the upper cylinder is coupled to the top.

In the above-described configuration, a plurality of installation holes penetrated in and out at the upper end of the space structure may be further formed so that the hollow hot air supply pipes may be installed and fixed to each installation hole.

Meanwhile, rolling rollers may be further installed at each of the lower corners of the base to allow the ski boot drying apparatus to move arbitrarily.

In addition, a reinforcing piece for preventing shaking of the hot air supply pipe may be further provided on a longitudinal surface in which the hot air supply pipe is installed on the front and rear surfaces of the above-described space structure.

Hereinafter, a ski boot drying apparatus according to a preferred embodiment of the present invention will be described in detail.

1 is a longitudinal sectional view showing an internal configuration of a ski boot drying apparatus according to a first embodiment of the present invention, Figure 2 is a front view showing a ski boot drying apparatus according to a first embodiment of the present invention.

As shown in Figure 1 and 2 ski boot boots drying apparatus 100 according to the present invention is large in the base 110, the upper side of the base 110, the upper side of the air inlet 112 is formed large and the upper narrow The internal space 128 is formed so as to be formed while the front and rear surfaces are introduced into the outside air through the space structure 120 and the air inlet hole 112 in which a plurality of installation holes 122a are formed. Blower 132 for generating hot air in the internal space 128 of the space structure 120 and the hot air blower 130 of the hot wire 134 structure, the bottom is open and the top is closed, but a plurality of hot air discharged at the top On / off to control the on / off of the hot air supply pipe 140, the hot air blower 130, the hollow hot air supply pipe 140 is fixed to be installed in each installation hole (122a) in a diagonal direction Off) the control box 150 is installed with a timer 154 to set the operating time of the switch 152 and the hot air fan 130 It is configured to hereinafter.

When the ski boot boots drying apparatus 100 according to the present invention configured as described above to operate the hot air fan 130 in a state in which the wet ski and snowboard boots 200 hang upside down at the upper end of the hot air supply pipe 140, space Hot air generated in the internal space 128 of the structure 120 is supplied into the ski and snowboard boots 200 through the hot air discharge holes 142 of the hot air supply pipe 140 to allow wet ski and snowboard boots. The interior of the 200 is dried.

On the other hand, in the ski boot boots drying apparatus 100 according to the present invention configured as described above, the space structure 120 is bent two iron plates are coupled to the front and rear surfaces to form an upper cylinder 122, the upper cylinder 122 The upper plate 124 is coupled to the upper end of the) and is installed on the upper portion of the base 110, but consists of a lower cylinder 126 to which the upper cylinder 122 is coupled to the upper portion.

Ski boot boots drying apparatus 100 according to the present invention configured as described above is provided with a timer 154 in the control box 150 to set the operating time of the hot air fan 130, and of the space structure 120 On the front and back surface, the longitudinal surface in which the hot air supply pipe 140 is installed is further provided with a reinforcing piece 160 to prevent the shaking of the hot air supply pipe 140, the ski boots drying apparatus 100 can be moved to a desired place. A plurality of rolling rollers 170 are installed in the lower portion of the base 110 so as to be provided.

The timer 154 of the above-described configuration can prevent the waste of power by setting the drying time of the ski and snowboard boots 200, and also by freeing the time of the user using the ski boots drying apparatus 100 Convenience can be provided.

The above-described rolling roller 170 may move the ski boot drying device 100 to a desired place by allowing the ski boot drying device 100 to be movable.

Referring to the ski boots drying apparatus 100 according to the present invention in more detail as follows. First, the base 110 forms a lower portion of the ski boot drying apparatus 100, and the base 110 may form a lower structure of the space structure 120 to be described later, which forms a hermetic structure.

On the other hand, one side of the base 110 as described above is formed through the air inlet hole 112 through which the outside air flows into the internal space 128 of the space structure 120 to be described later.

The space structure 120 is installed to supply hot air generated by the hot air supply 130 to be described later to the hot air supply pipe 140 to be described later to the hot air supply pipe 140, the space structure 120 is the base 110 The upper side of the lower portion is wide and the upper portion is installed in a three-dimensional shape of a certain height so that the inner space 128 of a narrow form is formed.

The reason why the lower inner space 128 is formed as described above is to secure a space for installing the hot air blower 130 on the upper surface of the base 110, and narrow the upper inner space. The reason why the 128 is formed is to improve the design of the ski boot drying apparatus 100 as well as allowing the hot air generated by the hot air blower 130 to be described later to be saturated quickly in the internal space 128. .

Meanwhile, a plurality of installation holes for installing the hot air supply pipe 140 to be described later are formed through the inside and outside of the space structure 120 on the front and rear surfaces of the space structure 120, and the installation hole 122a is a space structure ( 120 is formed on the intersection of the left and right lines arranged in a plurality of up and down at equal intervals and the upper and lower lines arranged in a left and right at equal intervals. At this time, the interval of the installation hole (122a) is formed at equal intervals of the top and bottom and left and right are formed in relation to the size of the ski and snowboard boots 200.

As described above, the space structure 120 configured as described above is bent by combining two iron plates to the front and rear surfaces, but the upper cylinder 122 to form an upper portion, the upper plate coupled to the upper end of the upper cylinder 122 is sealed 124 and the base 110 is provided on the upper portion of the lower cylinder 126 to which the upper cylinder 122 is coupled. Of course, this coupling is only one example of coupling the spatial structure 120.

The hot air blower 130 generates hot air in the interior of the space structure 120, and the hot air blower 130 is fixed to the upper surface of the base 110, which is an internal space 128 of the space structure 120. At this time, the hot air fan 130 is installed on the upper side of the air inlet hole 112 of the base 110 is installed to allow the outside air to flow into the interior space 128 of the space structure 120.

As described above, the hot air fan 130 installed and fixed is introduced into the inner space 128 of the space structure 120 through the air inlet hole 112 of the base 110 to the upper side of the inner space 128. It is composed of a blower 132 for blowing and an upper side of the blower 132 and a hot wire 134 that is a heat source of hot air.

The hot air blower 130 configured as described above, when the blower 132 is operated while the hot wire 134 is being heated, inflows cold air to pass through the hot wire 134, and the cold air is heated by the hot wire 134. Through the change to the hot air, the interior space 128 of the space structure 120 is saturated with the hot air.

The hot air supply pipe 140 allows the user to hang the boots 200 for skiing and snowboarding, as well as the hot air saturated in the internal space 128 of the space structure 120 for the skiing and snowboarding boots 200. The hot air supply pipe 140 is a pipe for supplying to the lower end is open and the upper end is made of a structure, but the upper end is made of a structure in which a plurality of hot air discharge holes 142 are formed. It will be apparent that the hot air supply pipe 140 configured as described above has a diameter related to the installation hole 122a formed on the front and rear surfaces of the space structure 122.

On the other hand, the hot air supply pipe 140 configured as described above is inserted in the lower end is fixed to the installation hole (122a) formed on each of the front and rear surfaces of the space structure 120 is installed in an oblique direction. The reason for installing the hot air supply pipe 140 in an oblique direction is to allow the ski and snowboard boots 200 to be upside down on the top of the hot air supply pipe 140. At this time, four hot air discharge holes 142 of the hot air supply pipe 140 were formed to allow hot air to be discharged in all directions.

The hot air supply pipe 140 installed as described above is generated by the hot air blower 130 in the inner space 128 of the space structure 120 in a state in which the wet ski and snowboard boots 200 are held upside down. The hot air is discharged into the inside of the wet ski and snowboard boot 200 through the hot air discharge hole 142 to be dried.

The control box 150 is for controlling the hot air blower 130, and the control box 150 is an on / off switch 152 for controlling the on / off of the hot air blower 130. ) And a timer 154 for setting an operating time of the hot air fan 130 is installed on one side of the outer surface of the space structure 120.

The control box 150 configured as described above controls the on / off of the hot air fan 130 through an on / off switch 152 and the hot air fan through the timer 154. By setting the operating time of 130, it is possible to prevent the waste of power, and also to provide convenience by freeing the user's time using the ski boots drying apparatus 100.

The reinforcing piece 160 is installed on each of the front and rear surfaces of the upper cylinder 122, but is installed on each of the longitudinal installation lines of the hot air supply pipe 140. That is, as shown in FIG. 2, if there are nine longitudinal installation lines of the hot air supply pipe 140 on each side, 18 reinforcing pieces 160 of front and rear surfaces are installed. In this case, each of the reinforcing pieces 160 is formed with a through hole 162 through which the hot air supply pipe 140 penetrates to fit the installation position of the hot air supply pipe 140.

The reinforcement piece 160 installed as described above has a weak bearing force because the hot air supply pipe 140 is installed on the front and rear surfaces of the upper cylinder 122 and is supported only by the upper cylinder 122. Since the shaking may occur, the hot air supply pipe 140 is supported on each of the front and rear surfaces of the upper cylinder 122 to reinforce the weakening of the shaking and the supporting force of the hot air supply pipe 140.

On the other hand, the ski boot drying device 100 configured as described above is provided with a plurality of rolling rollers 170 to enable the movement of the ski boot drying device 100, the rolling roller 170 is the base 110 Are installed at each of the lower four corners. As such, by installing the rolling rollers 170 at each of the lower four corners of the base 110, the ski boots drying apparatus 100 can be stably moved.

An example of an operation of drying the ski and snowboard boots 200 of the ski boot drying apparatus 100 according to the present invention configured as described above is as follows. First, the top of each hot air supply pipe 140 and the ski and snowboard boots 200 are placed upside down on the top of each hot air supply pipe 140 so that the upper portion of the hot air supply pipe 140 can be located inside the boots 200 for skiing and snowboarding. After setting the operating time of the hot air blower 130 in the state by using the timer 154, the on / off switch 152 is turned on to operate the hot air blower 130.

As described above, when the on / off switch 152 is turned on to operate the hot air blower 130, the blower of the blower 132 is heated while the hot wire 134 of the hot air blower 130 is heated. By the outside air is introduced through the air inlet hole 112 to pass through the hot wire 134, and thus the hot air passing through the hot wire 134 is hot-aired to continue in the interior space 128 of the space structure 120 Saturated by the normal blowing.

On the other hand, when the hot air reaches a saturation state in the internal space 128 of the space structure 120 by the continuous blowing of the hot air blower 130 as described above, the hot air is hot air installed on the front and rear surfaces of the space structure 120 It is discharged into the ski and snowboard boots 200 caught in the upper end of the hot air supply pipe 140 via the hot air discharge hole 142 via the supply pipe 140. Accordingly, the interior of the wet ski and snowboarding boots 200 is dried by hot air.

In this way, while the hot air is blown into the inside of the wet ski and snowboard boot 200, the operation of the hot air fan 130 is automatically turned off.

Figure 3 is a longitudinal sectional view showing the internal configuration of the ski boot drying apparatus according to a second embodiment of the present invention, Figure 4 is a front view showing a ski boot drying apparatus according to a second embodiment of the present invention, Figure 5 is a present invention A perspective view of a ski boot drying apparatus according to a second embodiment of the present invention.

3 to 5, the ski boot drying apparatus 300 according to the second embodiment of the present invention also has an air inlet hole 312 formed in the same way as the ski boot drying apparatus 100 according to the first embodiment. Base 310, the space structure 320, a plurality of installation holes 322a is formed so that the lower portion is wide and the upper portion is formed in a narrow form of the inner space 328, the inner space 328 of the space structure 320 Blower 332 and hot wire 334 having a hot wire 334 structure to generate a hot air, a plurality of hot air discharge holes 342 are formed at the upper end of the hollow to be installed fixed to each installation hole (322a) in an oblique direction An on / off switch 352 for controlling the on / off of the hot air supply pipe 340, the hot air fan 330, and a timer 354 for setting an operation time of the hot air fan 330 is provided. It is configured to include a control box 350 installed. However, in the ski boot drying apparatus 300 according to the second embodiment, a plurality of installation holes 324a are further formed at the upper end of the space structure 320, and the lower ends of the installation holes 324a are open and the upper ends thereof. It is made of a closed structure, but a plurality of hot air discharge holes (342a) is formed in the upper end is further provided with a hollow hot air supply pipe 340a is installed fixed to each installation hole 324a in a diagonal direction.

As described above, the hollow hot air supply pipe 340a installed at the upper end of the space structure 320 is installed upright.

On the other hand, the configuration and operation of the ski boots drying apparatus 300 according to the second embodiment configured as described above is the same as the ski boots drying apparatus 100 according to the first embodiment. Therefore, the construction and operation of the ski boots drying apparatus 300 according to the second embodiment may refer to the description of the ski boots drying apparatus 100 according to the first embodiment.

The present invention is not limited to the above embodiments, and various modifications can be made within the scope of the technical idea of the present invention.

As described above, according to the present invention, the boots can be dried in a shorter time by directly supplying hot air into the wet ski and snowboard boots while the wet ski and snowboard boots are kept upside down.

Another effect of the present invention is to install a plurality of hot air supply pipes on the front and back and top of the space structure formed space therein to hang the boots for wet skis and snowboards upside down to dry the boots in a neat and tidy state In this way, the maximum drying effect can be expected in the minimum space.

Another effect of the present invention has the advantage that can be neatly tidy even in aesthetic appearance by hanging the wet ski and snowboard boots neatly in the hot air supply pipe.

In addition, the present invention has an effect that can further improve the utility of the space by allowing the ski boots drying apparatus to move through the roller.

In addition, the present invention by installing a plurality of hot air supply pipe on the front and back and the upper line of the structure having a space inside the device that can dry boots in a state in which the wet ski and snowboard boots upside down neatly arranged Providing a convenience to the user will be provided.

Furthermore, by applying a timer, an unnecessary power waste can be prevented even in the absence of a user, and the effect of facilitating management of the device is exerted.

Claims (5)

A base having air inlets formed on one side up and down to form a lower portion thereof; It is installed in a three-dimensional shape of a certain height so that the lower portion is wider and the upper portion is narrower to the upper side of the base, but the front and rear surfaces are arranged in a plurality of left and right lines and the left and right sides of the same interval, which are arranged up and down at equal intervals. A space structure of a closed structure having a plurality of installation holes formed on intersections where upper and lower lines cross each other; A blower and a hot air blower having a hot air structure installed inside the space structure above the air inlet hole of the base to generate air from the outside by generating air from the outside; The lower end is opened and the upper end is closed with a diameter related to the installation hole, but a plurality of hot air discharge holes are formed at the upper end, and fixedly installed in each of the installation holes of the space structure in the diagonal direction, while being generated by the hot air blower. A hollow hot air supply pipe configured to discharge the hot air through the hot air discharge holes; And Is installed on one side of the outer surface of the space structure consists of an on / off (On / Off) switch to control the on / off (On / Off) of the hot air blower and a control box provided with a timer for setting the operating time of the hot air blower , The ski and snowboard for the ski and snowboard through the hot air discharge hole of the hot air supply pipe by operating the hot air fan while the wet ski and snowboard boots are hanged upsidely on the upper end of the hot air supply pipe. A ski boots drying device that dries by blowing hot air into the boots. According to claim 1, wherein the space structure is bent two iron plates to be coupled to the front and rear surfaces to form an upper cylinder; An upper plate coupled to and sealed at the upper end of the upper cylinder; And Ski boot boots drying apparatus characterized in that the upper cylinder is installed on the upper portion of the base but the upper cylinder is coupled to the upper portion. The ski boot boots drying apparatus according to claim 2, wherein a plurality of installation holes penetrated in and out at an upper end of the space structure are further installed and fixed to each of the installation holes so that the hollow hot air supply pipe is upright. 4. The ski boot drying apparatus according to claim 3, wherein rolling rollers are further installed at each of the lower corners of the base to move the rollers. The ski boot boots drying apparatus according to any one of claims 1 to 4, further comprising reinforcing pieces provided on front and rear surfaces of the longitudinal space structure in which the hot air supply pipe is installed, to prevent shaking of the hot air supply pipe. .