JPH11132655A - Umbrella drying machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an epochal umbrella drying machine, very prominent in utility, such as capability of removing water drops on the superposed surface between pleats very efficiently, capability of removing and drying the water drops more promptly compared with a conventional embodiment, remarkable improvement in performance, capability of being designed simply, excellence in mass-productivity, improvement in maintenance property and improvement in inserting and pulling-out handling of an umbrella and the like, through a simple improving means. SOLUTION: This umbrella drying machine is provided with a receiving unit 2 for receiving the wet umbrella 1 inserted from the ferrule side of the same, and a ventilating device 3 for sending air into the receiving unit 2 to remove water drops adhered to the surface of an umbrella cloth 1A. In such an umbrella drying machine, a ventilating unit 4 for sending air against the surface of the umbrella cloth 1A by the ventilating device 3 is constituted annularly substantially so as to surround the received umbrella 1 around the substantially whole periphery of the same and a plurality of stages of the ventilating units 4 for sending air into substantially central direction of the annular constitution, are arranged in the receiving unit 2 with predetermined spaces in the inserting and receiving direction of the umbrella, while a guide unit 6 for guiding the tip end 1B of ribs of the umbrella 1 is provided at the deep side of the umbrella inserting unit of the ventilating unit 4, which is at least nearest to the umbrella inserting port.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an umbrella dryer for dehydrating and drying an umbrella wet with rain or snow.

[0002]

2. Description of the Related Art In a conventional umbrella dryer, for example, a suction device is provided in a funnel-shaped storage section (umbrella receiving section) for inserting and storing a folded umbrella (bubble umbrella) from above, and the umbrella inserted and stored in the storage section. It is configured to remove water droplets from the surface of the umbrella cloth.Specifically, for example, a perforated plate is provided on the inner peripheral surface of a funnel-shaped storage unit having an insertion opening at the top, and water is further absorbed on this perforated plate. A seat is attached. The lower end opening of the storage section is connected to an intake casing via a duct, and a sirocco fan driven by a motor is disposed in the intake casing.

[0003] When the sirocco fan is rotated and the storage unit is negatively pressured and the wet umbrella is pressed down and inserted, the umbrella cloth adheres to the water-absorbing sheet due to the negative pressure action, and water droplets attached to the umbrella cloth absorb water into the water-absorbing sheet. Will be removed.

[0004] Therefore, such an umbrella dryer can remove water droplets simply by inserting an umbrella wet with rain. For example, if this device is installed at the entrance of a building, it can be used indoors on a rainy day. If the water droplets on the umbrella are removed by this device, the floor will not wet even if the umbrella is carried indoors.

[0005]

However, in such an umbrella dryer, since the storage section is formed in a funnel shape, the umbrella cloth of the umbrella folded when the umbrella is inserted into the storage section overlaps. However, the rainwater in the overlapped portion penetrates the umbrella cloth and is not absorbed by the water-absorbing sheet, so that water droplets attached to the umbrella cannot be removed satisfactorily.

In addition, if the water-absorbent sheet is too wet, water droplets cannot be absorbed, and if the water-absorbent sheet is too dry, the water-absorbing performance is reduced. It is difficult to maintain water absorption performance.

Further, when absorbing water droplets adhering to the umbrella, the water-absorbent sheet and the umbrella cloth come into close contact with each other, so that the water-absorbent sheet gradually becomes dirty, and the water-absorbent sheet needs to be washed or replaced periodically, which is cumbersome to handle.

In order to solve such a problem of the overlapping of the folds, for example, as shown in Japanese Patent Application Laid-Open No. 6-42864, a configuration is made in which the sucked air is blown to the inside of a folded umbrella cloth, and this blown air is used. An umbrella dryer has also been proposed that removes water droplets even when the umbrella cloth is overlapped in a pleated shape by vibrating or stretching the umbrella cloth.

However, since the blower tube must be disposed above the storage portion toward the inside of the storage portion, the air blower may obstruct insertion and insertion of an umbrella or may be provided with a member for supporting the blower tube. There are problems such as the need for more space and poor appearance.

Further, it is necessary to additionally provide the blower tube for branching from the suction device and sending air into the inside of the umbrella so as to switch the suction air to the outside or to discharge the suction air to the inside of the umbrella via the blower tube. The structure becomes very complicated, for example, a switching valve is provided at the branch portion, and the production is troublesome, the cost increases, and there are many practical problems such as not being suitable for mass production.

The present invention solves such a problem, and by means of simple improvement means, water droplets on the overlapping surface of the pleats can be removed very efficiently. To provide a revolutionary umbrella dryer that is extremely practical and can be designed easily, excels in mass productivity, is easy to maintain, improves umbrella insertion and removal. The purpose is.

[0012]

The gist of the present invention will be described with reference to the accompanying drawings.

An umbrella drying unit including a storage unit 2 for inserting and storing a wet umbrella 1 from the side of a stone, and a blowing device 3 for blowing air into the storage unit 2 to remove water droplets attached to the surface of the umbrella cloth 1A. The umbrella 1 in which a blowing unit 4 for blowing air toward the surface of the umbrella cloth 1A by the blowing device 3 is stored in the storage unit 2.
Is formed in a substantially annular shape so as to surround from substantially the entire circumference, and the blowing portion 4 for blowing air in a substantially central direction, which is formed in the substantially annular shape, is umbrella-inserted into the storage portion 2 and a plurality of stages are provided at predetermined intervals in the storage direction. The umbrella 1 is provided with a tip 1B of the bone of the umbrella 1 at least on the umbrella insertion rear side of the blowing section 4 closest to the umbrella insertion port.
The present invention relates to an umbrella dryer having a guide portion 6 for guiding the umbrella.

A storage unit 2 for inserting and storing the wet umbrella 1 from the side of the stone, and an umbrella cloth 1 for blowing air into the storage unit 2
An umbrella dryer provided with a blower 3 for removing water droplets attached to the surface of the umbrella 1 in which the blower 4 for blowing air toward the surface of the umbrella cloth 1A by the blower 3 is stored in the storage 2. Is formed in a substantially annular shape so as to surround from substantially the entire circumference, and the blowing portion 4 for blowing air in a substantially central direction, which is formed in the substantially annular shape, is umbrella-inserted into the storage portion 2 and a plurality of stages are provided at predetermined intervals in the storage direction. When the umbrella 1 is inserted and stored in the storage unit 2, at least the air blowing unit 4 on the umbrella insertion port side is provided.
The air is introduced into the inside of the umbrella by the blowing of the umbrella, and the umbrella cloth 1A is inserted through the umbrella cloth 1A at least into the umbrella insertion side of the blowing section 4 closest to the umbrella insertion port side. The umbrella dryer according to claim 1, characterized in that a guide portion (6) is provided to guide the tip (1B) of the bone of the umbrella (1) when the umbrella (1) is pulled out. is there.

The umbrella dryer according to claim 1, wherein said guide portion 6 is configured to have a tapered guide surface 6A which is inserted toward the back side and inserted into the umbrella.

Further, the air blowing section 4 is constituted by arranging an air blowing slit section 4B in a substantially annular shape so as to surround the umbrella 1 housed in the housing section 2 from substantially the entire circumference. It relates to the umbrella dryer according to any one of Items 1 to 3.

Further, the blower nozzles 4A are scattered in a substantially annular shape so as to surround the umbrella 1 housed in the housing 2 from substantially the entire circumference, or the blower slits 4 of the blower 4 are provided.
4. The umbrella dryer according to claim 1, wherein the blowers 4 are configured by dispersing B in a substantially annular manner. 5.

Further, the storage section 2 is configured to insert and store the wet umbrella 1 downward from the side of the stone, and the blower section 4 formed in a substantially annular shape is provided within the storage section 2 at a predetermined interval. When the umbrella 1 is pulled out from the blowing unit 4 into which the umbrella cloth 1A has been inserted and passed at least below the uppermost blowing unit 4, the bones of the umbrella 1 The umbrella dryer according to any one of claims 1 to 5, wherein a guide portion 6 for guiding the leading end portion 1B so as to be guided into the blowing portion 4 is provided.

[0019]

BEST MODE FOR CARRYING OUT THE INVENTION Preferred embodiments of the present invention (how to implement the invention) will be briefly described with reference to the drawings, showing the operational effects thereof.

By the operation of the air blower 3, air is blown from the air blower 4, and water drops on the surface of the umbrella cloth 1 A of the umbrella 1 inserted into the storage 2 are removed and dried. The blower 4 is formed in a substantially annular shape so as to surround the inserted umbrella 1 from substantially the entire circumference and discharges toward the center, so that water drops can be efficiently removed from substantially the entire circumferential direction. Since a plurality of stages are provided, water droplets can be more efficiently removed.

More specifically, according to the present invention, since the multi-stage blower unit 4 is provided in the insertion direction of the umbrella 1, when the umbrella 1 is inserted into the storage unit 2, the umbrella cloth of the umbrella 1 1
The tip portion of A is firstly blown by the blowing section 4 on the insertion port side, blows off water droplets attached to the surface of the umbrella cloth 1A, and is further blown by the next blowing section 4 by inserting the umbrella 1 further. . In this case, the base end side of the umbrella cloth 1A of the umbrella 1 receives a blown air by the blower 4 on the insertion port side.

As described above, since the umbrella cloth 1A of the umbrella 1 receives the air from substantially all the circumferential directions by the different blowing units 4 sequentially by the insertion operation, the umbrella cloth 1A receives the air from various angles, so that it is extremely efficient. Water droplets on almost the entire surface of the surface of 1A can be removed.

In addition, when the umbrella 1 is inserted into the storage section 2, the wind discharged from the blower section 4 provided on the insertion port side collides near the center of the substantially annular shape, and splits vertically in the insertion direction of the umbrella 1. One wind flows into the inside of the umbrella 1 and spreads the umbrella cloth 1A, thereby preventing the folds from overlapping. Then, when the wind discharged from the blower unit 4 disposed in the middle part of the umbrella cloth 1A hits the umbrella cloth 1A, the wind is split up and down along the umbrella cloth 1A,
Due to this wind, water droplets attached to the surface of the umbrella cloth 1A are blown off and removed.

Further, the wind from the blower section 4 arranged on the insertion side flows into the umbrella 1, and then the wind flows into the umbrella cloth 1A.
, And bounces off, and flows upward along the umbrella cloth 1A. On the other hand, the wind from the blower unit 4 located in the middle part of the umbrella cloth 1A hits the surface of the umbrella cloth 1A and splits up and down along the umbrella cloth 1A. Then, the wind that has flowed upward collides with the wind that has flowed along the inside of the umbrella cloth 1A at the end of the umbrella cloth 1A, and turbulence occurs at the end of the umbrella cloth 1, thereby causing the umbrella cloth 1A to vibrate greatly. , Promotes the removal of water droplets.

As described above, at least a part of the air blown by the air blower 4 on the side closest to the insertion port is introduced into the inside of the umbrella 1, so that it is vibrated against the overlapping surface of the folds of the umbrella cloth 1A, Because the tensioning force occurs, water drops on the overlapping surface can be efficiently removed by simply inserting the umbrella as before,
It is an extremely excellent umbrella dryer.

When the umbrella 1 is pulled out after removing the water droplets of the umbrella cloth 1A inserted and passed into the air blowing section 4 as described above, even if the umbrella cloth 1A bulges due to the air blowing from the air blowing section 4, Even if the umbrella 1 is slightly opened due to vibration or the like, the tip 1B of the bone of the umbrella 1 is guided by the guide portion 6 and guided into the blower 4, and the tip 1B of the bone of the umbrella 1 is It is possible to smoothly pull out without being caught or not pulled out or slipping out.

Further, by designing the arrangement of the blower 4 by the blower 3, a device that achieves the object of the present invention can be easily realized, and by forming the blower 4 in a ring shape, the umbrella 1 can be formed.
The umbrella dryer is extremely practical because it does not hinder the insertion of the umbrella, has a good appearance, does not take up equipment space, can be easily configured in multiple stages, and has improved maintainability.

[0028]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Specific embodiments of the present invention will be described with reference to the drawings.

A water collecting portion 5 is provided at a lower portion of a storage portion 2 configured to insert and store the folded umbrella 1 (the umbrella 1 that has been pressed) downward from the side of the stone, and from the water collecting portion 5 appropriately. It is configured to drain. In this storage section 2,
A plurality of air blowing sections 4 having a plurality of discharge ports arranged annularly so as to surround the stored umbrella 1 from all around are provided at predetermined intervals.

That is, in the present embodiment, an annular blower 4 is provided in a casing provided with an insertion port on the upper part, and the storage section 2 is configured so that the umbrella 1 which is pinched between the blowers 4 is inserted. The bottom of the casing is a water collecting section 5. As described above, in the present embodiment, the storage unit 2 is constituted by the mere casing and the blower unit 4. However, a receiving unit that receives a ramming portion may be provided, and the storage unit 2 functions as a cover or an insertion guide that receives scattered water. Such a member may be provided in the casing.

FIGS. 1 to 5 show the first embodiment. In the first embodiment, the blowers 4 are arranged in two stages in the vertical direction which is the umbrella insertion direction.

As shown in FIG. 6, another example of the blower section 4 is provided to surround the umbrella 1 to be inserted.
Although a plurality of A's may be scattered at the radiating position with respect to the umbrella 1, in this embodiment, a substantially horizontal annular blower 4 </ b> C is provided in the storage unit 2, and the blower 4 </ b> C is directed toward the center. And a blower discharge section 4B for discharging (pressurizing) the blown air.

As shown in FIG. 7 showing another example, the ventilation slit portion 4B may be formed by being scattered around the inner periphery of the blowing member 4C. In this embodiment, however, the ventilation slit portion 4B is provided. Are formed continuously along the inner peripheral portion.

Therefore, in the present embodiment, the ventilation slit portion 4B disposed substantially horizontally so as to surround the umbrella 1
Then, air is blown toward the center from the umbrella, and air is blown from the entire circumference to the surface of the umbrella cloth 1A of the umbrella 1 to remove and dry water droplets.

Further, in this embodiment, the air is blown into the annular blower 4C and is discharged from the blower slit 4B formed on the inner peripheral surface thereof. The configuration is such that the 4D is connected to an output pipe 3A of the blower 3 composed of a fan device, a compressor, and the like.

Further, in this embodiment, the vertical interval between the upper and lower air blowers 4 and 4 is set to 1/3 to 2/3 of the length of the umbrella cloth portion (substantially the umbrella radius) excluding the handle portion. Is set to Then, in a state where the umbrella 1 is inserted into the storage section 2, the upper blowing section 4 is configured to be located slightly above the end of the umbrella cloth portion.

Therefore, when the umbrella 1 is inserted into the storage section 2, the tip of the umbrella cloth 1A of the umbrella 1 is firstly blown by the blowing section 4 on the insertion port side as shown in FIG.
The water drops adhering to the surface are blown off, and the umbrella 1 is further inserted.
In this case, the base end side of the umbrella cloth 1A of the umbrella 1 receives a blown air by the blower 4 on the insertion port side.

As described above, since the umbrella cloth 1A of the umbrella 1 receives air from substantially all the circumferential directions by the sequentially different air blowing units 4 by the insertion operation, the umbrella cloth 1A receives the air from various angles, so that it is extremely efficient. Water droplets on almost the entire surface of the surface of 1A can be removed.

Moreover, as shown in the rightmost diagram in FIG.
In the state where the umbrella 1 is inserted into the umbrella, the wind discharged from the blower unit 4 arranged on the insertion port side hits near the center of the substantially annular shape, splits up and down in the insertion direction of the umbrella 1, and one wind flows inside the umbrella 1 To spread the umbrella cloth 1A to prevent the pleats from overlapping. When the air blown from the blower 4 disposed in the middle of the umbrella cloth 1A hits the umbrella cloth 1A,
The water droplets attached to the surface of the umbrella cloth 1A are blown off and removed by this wind.

The wind from the blower 4 disposed on the insertion port side flows into the umbrella 1 and then flows therethrough.
, And bounces off, and flows upward along the umbrella cloth 1A. On the other hand, the wind from the blower unit 4 located in the middle part of the umbrella cloth 1A hits the surface of the umbrella cloth 1A and splits up and down along the umbrella cloth 1A. Then, the wind that has flowed upward collides with the wind that has flowed along the inside of the umbrella cloth 1A at the end of the umbrella cloth 1A, and turbulence occurs at the end of the umbrella cloth 1, thereby causing the umbrella cloth 1A to vibrate greatly. , Promotes the removal of water droplets.

As described above, at least a part of the air blown by the blower 4 on the side of the insertion port is introduced into the inside of the umbrella 1, so that it is vibrated on the overlapping surface of the folds of the umbrella cloth 1, A tensioning force is generated (a force to expand the overlapping surface by inflating the umbrella 1), and water droplets on the overlapping surface can be efficiently removed by simply inserting the umbrella as before, resulting in an extremely excellent umbrella dryer. .

Further, by designing the arrangement of the blower 4 by the blower 3, a device that achieves the object of the present invention can be easily realized, and by forming the blower 4 in a ring shape, the umbrella 1 can be formed.
The umbrella dryer is extremely practical because it does not hinder the insertion of the umbrella, has a good appearance, does not take up space in the device, and can be easily configured in a plurality of stages.

Further, in the present embodiment, the umbrella cloth 1 is located at the rear of the umbrella insertion side of the blowing section 4 closest to the umbrella insertion port.
When the umbrella 1 is pulled out from the air blower 4 into which A is inserted and passed, a guide portion 6 is provided to guide the tip 1B of the bone of the umbrella 1 so as to be guided into the air blower 4.

That is, in the present embodiment, since the air blowing section 4 is provided in a plurality of stages in the vertical direction, the umbrella cloth 1A of the umbrella 1 is inserted under the uppermost air blowing section 4 and passed therethrough. When pulling out the umbrella 1 from the part 4, the guide part 6 which guides so that the front-end | tip part 1B of the bone of this umbrella 1 is guided in this blowing part 4 is provided.

The guide portion 6 of the present embodiment is formed in a downwardly expanding flared shape having a tapered guide surface 6A extending toward the back of the umbrella insertion, and the tapered guide surface 6A is provided.
The base portion (upper portion) of the umbrella cloth is arranged in a continuous manner on the inner surface of the blower portion 4 for pulling out and passing the base portion, and the tip end (lower portion) of the tapered guide surface 6A is the end of the inserted umbrella cloth 1A, that is, the tip of the bone. When the umbrella 1 is pulled out from the blower 4 through which the umbrella cloth 1A is inserted and passed, the distal end 1B of the bone of the umbrella 1 which is slightly opened is positioned on the guide 6 so as to extend below the portion 1B. While being guided and approached to the center of the umbrella, this blower 4
It is structured so that it can be guided inside and pulled out smoothly.

Therefore, even if the umbrella cloth 1A of the umbrella 1 that has been inserted and passed through the blower unit 4 is expanded or vibrated by the blower from the blower unit 4 and the umbrella 1 is slightly opened, the umbrella 1 is pulled out. The tip 1B of the bone of the umbrella 1
As a result, the tip 1B of the bone of the umbrella 1 is smoothly pulled out without being caught or pulled out by the blower 4 without being caught by the blower 4. In addition, the guide portion 6 prevents the umbrella 1 from being opened more than necessary even if it receives a blowing pressure inside the umbrella cloth 1A by the blowing portion 4.

In other words, in this embodiment, the inner diameter of the annular blower 4 is designed to substantially match the outer diameter of the umbrella 1 to be folded and inserted so that the water droplet removing action is improved. Blower section 4 through which umbrella cloth 1A is inserted and passed
The umbrella 1 can be opened slightly below the blower 4 so that the umbrella cloth 1B can expand and vibrate to expand the folds of the umbrella cloth 1A by blowing air into the umbrella cloth 1A. However, when the umbrella 1 is pulled out (pulled out) from the blowing section 4 by the flared tapered guide surface 6A, the tip 1B of the bone at the end of the umbrella cloth 1A can be caught by the blowing section 4 and pulled out. It can be reliably prevented that it is not pulled out or difficult to pull out. In other words, the umbrella dryer is an extremely revolutionary umbrella dryer that exhibits the above-mentioned functions and effects to remove water droplets well and smoothly perform a drawing operation.

Therefore, the guide portion 6 may be simply arranged to be suspended between the blower portions 4 in a state of being erected, but in this embodiment, as described above, the divergent taper is provided so as to exert the above-mentioned excellent water droplet removing effect. It has a configuration having a guide surface 6A in the shape of a circle.

The guide surface 6A has a good sliding surface (smooth) so that it can slide smoothly when the tip of the bone of the umbrella 1 abuts so that it can be pulled out more smoothly. Surface), and the taper angle of the guide surface 6A is determined by the ease of pulling out and the umbrella cloth 1A.
It is desirable that the umbrella 1 be designed so that the umbrella 1 can be swollen or vibrated by receiving blast pressure therein, and that the umbrella 1 does not open too much more than necessary.

In this embodiment, since the umbrella cloth 1A of the umbrella 1 to be inserted is made to pass only through the uppermost blowing section 4, the guide section 6 is provided only on the lower side of the uppermost blowing section 4. However, in the case where the second-stage blowing unit 4 is further inserted and passed, the second-stage blowing unit 4, that is, all the blowing units 4 that allow the umbrella cloth 1A to pass through are used. Is desirably provided.

Further, in the first embodiment, the air blowing section 4 has two upper and lower stages. However, as in the second embodiment shown in FIG.

As described above, by increasing the number of stages, air can be blown from various positions and angles, and water droplets can be satisfactorily removed.

Further, as in the second embodiment, the blowing unit 4 disposed slightly below the uppermost blowing unit 4 for blowing the air inside the umbrella, that is, in the second embodiment, the middle blowing unit 4 ,
The umbrella 1 is slightly expanded by blowing air into the inside of the umbrella 1, and the umbrella 1 is formed into an annular shape with a slightly larger diameter in consideration of the fact that the umbrella slightly expands outward by stretching the folds. Umbrella cloth 1A.

This not only increases the number of stages, but also blows the inside of the umbrella 1 by the blowing unit 4 at the top to vibrate the umbrella cloth 1A or expand and swell from the inside to the outside. While spreading the folds of the cloth 1A, air is blown from a short distance to the outer surface of the umbrella cloth 1A so that the cloth can be dried very efficiently.

Further, in the present embodiment, as described above, the air blower 4 at the most outlet side, that is, the air blower 4 at the uppermost stage, is blown so that a sufficient amount of air is blown into the umbrella 1. The wind direction is set so as to be slightly backward, that is, slightly downward. For example, as shown in FIG. 5, the discharge port (the forming angle of the inner surface of the slit opening of the blower discharge unit 4A) is slightly inclined so that the air is blown slightly toward the center of the annular blower 4, that is, toward the center slightly downward. It is configured to incline downward.

Although the present embodiment has been described with respect to the structure for inserting and removing an umbrella vertically, a structure for inserting and removing an umbrella in a horizontal direction or an oblique direction may be employed.

[0057]

Since the present invention is constructed as described above, the surface of the umbrella cloth of the umbrella to be inserted and stored in the storage portion receives air from substantially the entire peripheral area and receives air from different places in the length direction of the umbrella. That is, therefore, the entire area of the umbrella cloth is blown from various angles by the operation of inserting the umbrella into the storage part, and it is possible to remove water droplets efficiently and efficiently, and even if the folds of the umbrella cloth overlap, simply Just by inserting the umbrella into the storage section, it is also blown inside this umbrella, receiving blast pressure from the inside, the folds are vibrated or spread under tension and more efficiently and well dried It is a revolutionary umbrella dryer with significantly improved performance and improved maintainability compared to the conventional example.

When the umbrella cloth is further inserted into the blower section and the umbrella is pulled out, even if the umbrella cloth expands or is vibrated due to the air blown from the blower section, the umbrella bone is opened. The tip is guided by the guiding portion and guided into the blowing portion, and the tip of the umbrella bone is not caught by the blowing portion and does not slip out,
This is an epoch-making umbrella dryer that is extremely practical and can be easily pulled out and pulled in and out easily.

According to the third aspect of the present invention, the umbrella is simply inserted into the storage portion, and air is also blown into the inside of the umbrella. Even if the umbrella is slightly opened by this action, even if the umbrella is slightly opened, the tip of the umbrella bone does not get caught in the blower part, and it can be extracted smoothly, even if it is opened slightly by this action As a result, an umbrella dryer that can achieve the functions and effects described above more reliably is provided. In addition, even if the blowing part receives the blowing pressure into the umbrella cloth, it is possible to prevent the umbrella from opening more than necessary.

According to the fourth and fifth aspects of the present invention, an umbrella dryer which can easily realize the present invention, excels in mass productivity and is extremely practical.

According to the sixth aspect of the present invention, the umbrella dryer is a plug-in type from above, is easy to use, and is an extremely excellent umbrella dryer that reliably uses and effects the present invention.

[Brief description of the drawings]

FIG. 1 is a schematic structural explanatory view of the present embodiment (first embodiment).

FIG. 2 is an operation explanatory diagram accompanying an umbrella insertion operation of the present embodiment (first embodiment).

FIG. 3 is an explanatory perspective view of a blower of the present embodiment (first embodiment).

FIG. 4 is an explanatory sectional view of a blower of the present embodiment (first embodiment).

FIG. 5 is an explanatory perspective view showing that the blowing direction of the uppermost blowing section of the present embodiment (first embodiment) is slightly downward.

FIG. 6 shows another example 1 of the configuration of the blower section of the present embodiment (first embodiment).
FIG.

FIG. 7 shows another configuration example 2 of the blower section of the present embodiment (first embodiment).
FIG.

FIG. 8 is an operation explanatory view of the second embodiment in an umbrella inserted and stored state.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 umbrella 1A umbrella cloth 1B tip 2 storage section 3 blower 4 blower section 4A blower nozzle section (blower discharge section) 4B blower slit section (blower discharge section) 4C blower 6 guide section

Claims (6)

[Claims] 1. An umbrella dryer comprising: a storage section for inserting and storing a wet umbrella from the side of a stone; and a blower for blowing air into the storage section to remove water droplets attached to the surface of the umbrella cloth. A blower that blows toward the surface of the umbrella cloth by a blower is formed in a substantially annular shape so as to surround the umbrella stored in the storage portion from substantially the entire circumference, and a blower that blows in a substantially central direction formed in the substantially annular shape. Are arranged in a plurality of stages at a predetermined interval in the storage portion in the storage portion, and guide the tip of the bone of the umbrella to at least the umbrella insertion depth side of the blower portion closest to the umbrella insertion port side. An umbrella dryer having a guide section. 2. An umbrella dryer, comprising: a storage section for inserting and storing a wet umbrella from the side of a stone, and a blower for blowing air into the storage section to remove water droplets attached to the surface of the umbrella cloth. A blower that blows toward the surface of the umbrella cloth by a blower is formed in a substantially annular shape so as to surround the umbrella stored in the storage portion from substantially the entire circumference, and a blower that blows in a substantially central direction formed in the substantially annular shape. A plurality of umbrellas are arranged in the storage section at predetermined intervals in the storage direction, and when the umbrella is inserted and stored in the storage section, air is blown at least to the inside of the umbrella by blowing air from the blower section on the umbrella insertion port side. When the umbrella is pulled out from the air blower through which the umbrella cloth is inserted and passed at least to the umbrella insertion rear side of the air blower at the most umbrella insertion port side, the tip of the bone of the umbrella is configured to introduce air. Part inside this blower The umbrella dryer according to claim 1, further comprising a guide portion for guiding the umbrella. 3. The umbrella dryer according to claim 1, wherein the guide portion has a tapered guide surface that is inserted into the umbrella and expands toward the back. 4. The air blower according to claim 1, wherein the air blow slits are arranged in a substantially annular manner so as to surround the umbrella housed in the housing from substantially all around. An umbrella dryer according to any one of the preceding claims. 5. An air blower nozzle portion is scattered in a substantially annular shape so as to surround the umbrella stored in the storage portion from substantially the entire circumference, or a blower slit portion of the blower portion is scattered in a substantially annular shape. The umbrella dryer according to any one of claims 1 to 3, wherein the blowing unit is configured. 6. The storage section is configured to insert and store a wet umbrella downward from a ramming side, and the substantially annular blower section is vertically arranged at predetermined intervals in the storage section. Arranged in a plurality of stages, at least below the uppermost blowing section, when pulling out the umbrella from the blowing section through which the umbrella cloth is inserted and passed, so that the tip of the umbrella bone is guided into this blowing section. The umbrella dryer according to any one of claims 1 to 5, wherein a guide portion for guiding the umbrella is provided.