KR20100128673A

KR20100128673A - Umbrella dryer

Info

Publication number: KR20100128673A
Application number: KR1020090047200A
Authority: KR
Inventors: 박지환
Original assignee: 박지환
Priority date: 2009-05-29
Filing date: 2009-05-29
Publication date: 2010-12-08

Abstract

The present invention is an umbrella dryer made to avoid the inconvenience of the user when entering the room by drying the umbrella in a short period of time using hot air after using the umbrella in the rain.

The first embodiment of the present invention has a main body that can be unfolded after inserting the umbrella, the main body is a fixed portion for fixing the umbrella, the power supply for operating the device, blowing air to create a wind in the lower body The wind formed by the means and the blowing means is configured to remove water while flowing on the umbrella surface.

The second embodiment of the present invention has a main body having an insert portion of the umbrella, the main body is a power supply for operating the device at the lower end, a rotating part for rotating the umbrella, a blowing means for generating wind at the top and the blowing means The wind created by the wind flows on the surface of the umbrella and is configured to remove moisture.

Description

Umbrella Dryer {Umbrella Dryer}

The present invention is a device made to drop or remove the water on the surface of the umbrella while hot air made by the blowing means is connected to the main body and the compression type blowing means that the umbrella can be inserted. The operation of the device is operated when the umbrella presses the power installed under the umbrella stand, and the water collected below is discharged through the inclined outlet so that the user has to deal with the water collected at the bottom periodically. prevent.

If you enter the room after using the umbrella in rainy weather, water on the umbrella will fall on the floor of the room or make the user feel uncomfortable. Therefore, in the conventional case, the umbrella is stored in a separate storage box, or the user shakes the umbrella and removes water or puts it in a plastic bag to carry it indoors. However, if you keep it in the storage box, it may cause the umbrella to be lost, and in other cases, water may remain or waste of vinyl.

In addition, in a space where many people gather, not only can the environment be polluted by an umbrella, but it can also cause damage when contacted with others, so a device that can dry the umbrella within a short time when entering the room is required.

The present invention by applying the principle of the hot air used in the hand dryer to dry the umbrella in recognition of the above needs to develop a device to remove the moisture of the umbrella in a short time to improve the inconvenience of consumers and to prevent indoor pollution To help.

The umbrella is inserted into the umbrella stand of the umbrella dryer to remove moisture from the umbrella by using hot air generated by the blowing means. At this time, by introducing a rotating means to reduce the size of the umbrella dryer can make a hot air flow path only in one portion.

You can shorten the time it takes to get your umbrella dry when entering the room.

By completely removing the water from the umbrella, you can prevent accidents caused by the water remaining on the ground.

It is possible to prevent the loss situation that can occur when the umbrella is stored in the storage box, and to prevent the indiscriminate consumption of vinyl that occurs when using the vinyl storage.

By pressing the power supply located at the bottom of the umbrella stand to facilitate the use of the device by blocking the inconvenience that may occur to users without prior knowledge of the device.

Water was removed from the umbrella through an inclined discharge path at the bottom of the dryer so that it was discharged by itself along the discharge path so that no separate management was required.

Referring to the present invention with reference to the accompanying drawings as follows.

1 is a perspective view of an umbrella dryer according to a first embodiment of the present invention and is applied to FIG. 1A.

Referring to Figure 1 with reference to the appearance of the umbrella dryer according to the first embodiment is removed from the umbrella stand (3) and the mirror (2) and the umbrella to see the inside of the main body 1 gathered along the discharge path There is a discharge hose 4 which drains the water out.

As shown in FIG. 1, an umbrella is inserted into an umbrella stand to extend an umbrella as shown in FIG. 2. When the end of the open umbrella presses the power 12, the power detection means 14 detects a signal of power.

When it is detected that the power source 12 is pressed, the fixing unit 10 selectively operated by the sensing means 14 is extended to hold the umbrella, and the fan motor 16 is operated.

The wind emitted by the fan motor 16 is converted into a hot air passing through the hot wire 17, which flows through the guide flow path (18). Some of the hot air flowing in the guide flow path 18 follows the injection flow path 11 and is sprayed into the umbrella through the injection nozzle 13.

Hot air sprayed through the injection nozzle 13 serves to remove moisture in the umbrella. At this time, the spray nozzle 13 faces the lower part so that the hot air flows on the umbrella.

The removed water is discharged along the drainage path 19 through the gap between the power source 12.

2 and 2a are a perspective view and a cross-sectional view of an umbrella dryer according to a second embodiment of the present invention. The main body 21 has an umbrella stand 23, which is arranged in a number, a side mirror 22 to view the drying process, and a discharge hose 24 from which water is removed.

When the umbrella is inserted into the umbrella stand 23, the sensing means 38 connected to the rotating means 35 checks whether the umbrella is properly inserted. Then, the rotary motor 37 and the fan motor 34 which are selectively operated by the sensing means 38 are operated.

When the rotary motor 37 located at the upper end of the main body operates, the rotating means 35 connected thereto starts to rotate, and the umbrella fixed to the rotating means 35 starts to rotate.

The wind generated by the fan motor 34 is changed into hot air passing through the hot wire 32, which follows a guide flow path 36 and is partially sprayed into the umbrella through the spray nozzle 31.

At this time, as in the first embodiment, the spray nozzle 31 faces downward so that hot air does not go out. Since the umbrella rotates by the rotating means 35, even if the injection nozzle 31 is only in one part, the water of all surfaces can be removed.

The water falling from the umbrella flows through the discharge path 39 inclined toward the discharge port through the gap beside the rotating means 35 and is discharged through the discharge hose 24.

1 is a perspective view of an umbrella dryer according to a first embodiment of the present invention

Figure 1a is a configuration diagram showing a cross section of Figure 1 according to a first embodiment of the present invention

Figure 2 is a perspective view of an umbrella dryer according to a second embodiment of the present invention

Figure 2a is a configuration diagram showing a cross section of Figure 2 according to a second embodiment of the present invention

Claims

Umbrella dryer consists of an umbrella stand that can hold an umbrella perpendicular to the main body, a blower that blows air to the umbrella stand at the bottom of the body, and a fixed part that fixes the umbrella.

Umbrella dryer that consists of a main body and an umbrella stand to be able to put the umbrella obliquely, and an air blower means for blowing air to the umbrella stand to the upper end of the main body and a rotating means for rotating the umbrella