KR20170084967A

KR20170084967A - Device for increasing the resistance of umbrellas to wind

Info

Publication number: KR20170084967A
Application number: KR1020160004469A
Authority: KR
Inventors: 서준
Original assignee: 서준
Priority date: 2016-01-13
Filing date: 2016-01-13
Publication date: 2017-07-21

Abstract

Most of the umbrellas have a round shape of the umbrella structure when they are opened, but when the winds are blown and the strong winds blow, they are easily turned upside down and the umbrella is broken. The present invention further comprises a bar frame between the umbrella and the umbrella, It was made to be a sturdy umbrella that did not rise over a certain length and was firm and strong, so that it could not be reversed even in strong winds.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention < RTI ID = 0.0 > [0001] <

Most of the existing umbrellas are made of fabric that can be folded over the handle and folded metal skeleton. It is a thing to cover the head by covering the head when it rains. The usual umbrella configuration is a skeleton that is connected to both the ring and the umbrella A spreader 100 as a part; Around the folding umbrella, a tie strap (200) with a fastener in a narrow band to secure an umbrella or canopy; A canopy 300 for protecting the rain with fabrics such as waterproof cloth or nylon; A ring (400) that slides up and down the umbrella stand (600) when the umbrella is folded or folded by folding the umbrella as a whole. (500) which can be manufactured in various shapes and shapes used to catch an umbrella in the state where the umbrella is folded or folded when the umbrella is engaged with the ring at the lower part and the upper part of the umbrella stand; It is made of a long rod of wood or metal, and the ring moves along this part (600); A pusher 601 as a pushing device for controlling the folding and unfolding of the portion near the handle to the large-down position; An end 700 for decorating the end of each umbrella 800 with a plastic or wooden frame ornament and concealing the part to which the canopy 300 is attached; And an umbrella 800 that hinges on a hinged metal rod or a wooden bar attached to the canopy 300 to hinge the upper part of the stand to tighten the canopy 300 cloth or fabric when the umbrella is unfolded.

Most of the existing umbrellas have a structure in which the spreader 100 and the umbrella 800 are arranged in a straight line in a straight line from the stand 600. As a result of winds and winds blowing, There is an umbrella which is sold at a high price by increasing the number of the spreader 100 and the umbrella 800 to 12 or 14. However, since it is a straight structure, it is not enough to withstand the strong wind and rain, and it is easily broken. Respectively.

Most of the existing umbrellas that have a circular shape are easily turned upside down and the umbrella is broken.

Although an umbrella capable of enduring strong weather and strong winds has been invented and developed globally, the golf course umbrella referred to above is supposed to increase the number of the spreader 100 and the umbrella 800 from 8 to 12 or 14, It was not.

There is an existing umbrella that can withstand another strong wind. The shape itself is M-shaped like an airplane wing or a hang glider, and it is a principle to use wind, In comparison, the price of the umbrella which can withstand the strong wind of the airplane wing structure is ten times as much, which leads to a problem of poor economy.

Most of the umbrellas have a spreader and umbrella-shaped structure that spread out in a straight line, which has the problem that it is easily overturned and ruined if winds are blown and strong winds blow.

Accordingly, the present invention can be applied to a folding and unfolding of an umbrella between a spreader and a spreader by applying a technique of connecting a flexible frame or an elastic property to a bar frame partially or entirely between the umbrella and the umbrella, , A triangular frame, which is a rigid structure without being widened beyond a certain length, is formed to be a solid umbrella which is not inverted even in strong winds.

Most of the existing umbrellas, which have a circular shape and have a circular shape when the winds are blowing and strong winds, are easily inverted and collapsed and the umbrellas are destroyed, shortening the product life cycle of the product cycle, .

World-class umbrellas have been invented and developed to withstand winds and strong winds, but existing umbrellas that can withstand strong winds are not an alternative because of the number of spreaders (100) and umbrellas (800) increased from 8 to 14 Respectively.

Another umbrella that can withstand strong winds and strong winds is the M-shape principle that uses the wind like airplane wings and hang gliders. Therefore, the umbrella is less practical than the conventional umbrella which is circular, And the economical efficiency is low.

The present invention relates to an existing umbrella structure having a circular shape and a flexible or X-shaped bar frame which is partially or entirely contained in a flexible or elastic property between a spreader and a spreader or between an umbrella and an umbrella, The umbrella is made up of a strong triangular frame that does not stretch more than a certain length, so that it is not inverted even in strong winds, so that the product life cycle is increased and semi-permanently used.

An umbrella is a piece of cloth that spreads over a handle and a foldable metal skeleton.

The umbrella configuration includes a spreader 100, which is a skeletal portion that is connected to both the ring and the umbrella; A fastener string 200 on which a fastener is mounted with a narrow band for fixing the umbrella 800 or the canopy 300 around the folding umbrella; A canopy 300 for protecting the rain with fabrics such as waterproof cloth or nylon; A ring (400) that slides up and down from the top of the umbrella when the umbrella is folded or folded with the structure surrounding the umbrella stand; (500) which can be manufactured in various shapes and shapes used for catching an umbrella in a state in which an umbrella is folded or folded when the umbrella is engaged with a ring at a lower portion and an upper portion of the umbrella stand (600); It is made of a long rod of wood or metal, and the ring moves along this part (600); A pusher 601 as a pushing device for controlling the folding and unfolding in the large-width portion; An end (700) for decorating the end of each umbrella with an ordinary plastic or wooden frame ornament and concealing the part to which the canopy is attached; It is usually made of hinged metal rods or wooden rods attached to the canopy 300 and hinged to the upper side of the stand to form a canopy 300 or an umbrella 800 for stretching the umbrella, Is a pharmacological structure with its round shape when it unfolds. It is easily overturned and collapsed when winds are blown up because it is windy and windy, and the umbrella is destroyed. There are umbrellas selling the umbrella water to the number of 12 or 14, So it was not enough to endure strong wind and rain, and it was easily broken, and the product life cycle was short.

The present invention is characterized in that a rod frame 900 made of a partially or entirely flexible material so that the umbrella can be entirely unfolded and folded in most of the conventional umbrella structures described above; Shaped bar of the bar frame 900 and an X-shaped bar O-shaped bar, and is made of a flexible material such as rubber, silicone, or fabric so that a part or the whole of the bar can be folded well, And is a rod-shaped case member configured to be connected to the spreader 100 and the spreader 100 or the umbrella 800 and the umbrella 800. The rod end of the rod frame 900 has a right- A hinge or a hinge is connected to a part of the spreader 100 or the umbrella 800 and the other end is connected to a part of the spreader 100 or the umbrella 800 without a hinge or a hinge, 900) is a steel straw bar structure, which is made of a flexible material that connects the straw and straw bars in a straight shape, or a buckling or connecting part of a silicone or fabric material acts as a hinge There may be umbrella configuration lock is in the overall disclosure without geolrimyeonseo not happen over a length which as a whole is solved the problem that the invention is robust umbrella that is turned upside down in the strong wind of the triangular frame structure.

The spreader 100 of the conventional straight type umbrella and the umbrella 800 have a reinforcing member 801 made of a strong material such as metal, plastic, ceramic or porcelain as a case member of a large-size case, The rod frame 900 is connected to the iron core 801 and the iron core 801 such that the bar frame 900 made of a partially or wholly flexible material is folded so that the rod frame 900 can be a straight rod or an X- And an O-shaped rod, and can be made of a flexible material such as rubber, silicone, or fabric so that some or all of the rod can be folded well and have elasticity, and the iron core is a rod- But it is also possible to use a strong material such as a plastic, a pottery, or a magnet. In order to connect the rod frame 900 to both ends, And the rod end of the bar frame 900 is connected to a part of the iron core 801 without a hinge or a hinge and the other end is connected to a part of the iron core 801 without a hinge or a hinge So that the umbrella is spread over the entire length of the umbrella so that the umbrella does not extend beyond a certain length, and as a whole, the umbrella is a solid umbrella that does not overturn in the strong wind of the triangular frame structure.

However, the present invention can be applied to a case where the spreader 100 and the spreader 100 or the umbrella 800 and the umbrella 800 are provided with a rod The frame 900 is more rigid than the existing umbrella so that it is not inverted even in a strong wind, and the product life cycle of the product cycle is also increased, so that the product can be used semi-permanently.

Fig. 1 is a perspective view of an embodiment in which the iron core 801 is emphasized when the umbrella which can be used for the strong wind of the present invention is unfolded.
2 is a perspective view of an embodiment in which a straight bar frame 900 between an umbrella spreader 100 and an umbrella 800 that can be used for strong winds of the present invention is emphasized.
3 is a perspective view showing an embodiment of an umbrella spreader 100 umbrella 800 that can be used for strong wind in accordance with the present invention, in which an X-shaped bar frame 900 is emphasized.
4 is a partial perspective view of an embodiment of the present invention in which the iron core 801 is enlarged for explaining an umbrella usable for strong wind.
5 is an enlarged partial perspective view for explaining a straight rod frame 900 in an umbrella usable for strong wind in the present invention.
6 is a partial perspective view of an embodiment of an X-shaped bar frame 900 enlarged for explaining an umbrella umbrella which can be used for strong wind of the present invention.

The umbrella is made of cloth that spreads over the metal frame that can be folded with the handle. It is a product that covers the head and covers the rain when it rains. Most umbrellas have a spreader (100) and umbrella (800) When winds and winds blew, they easily turned upside down and destroyed.

The present invention relates to an umbrella which does not overturn even in the case of a strong wind that solves the problem of existing umbrella. More particularly, the present invention relates to an umbrella which is partially or completely folded between a spreader 100 and a spreader 100, or an umbrella 800, And connected to a rod frame 900 made of one material to solve the problem of existing umbrellas.

Will be described with reference to the accompanying drawings.

Fig. 1 is a perspective view of an embodiment in which the iron core 801 is emphasized when a strong umbrella is unfolded even when the strong wind of the present invention is unfolded. Fig. 2 is a perspective view of a sturdy umbrella spreader 100, FIG. 3 is a perspective view of an embodiment in which a rigid umbrella spreader 100 umbrella 800 having an X-shaped rod frame 900 which is not inverted even by the strong wind of the present invention is emphasized. The foot is a strong umbrella that does not turn upside down even in strong winds. The spreader 100 is a skeleton part connected to both the ring and the umbrella, as shown in FIGS. 1 to 3; A fastener string 200 on which a fastener is mounted with a narrow band for fixing the umbrella 800 or the canopy 300 around the folding umbrella; A canopy 300 for protecting the rain with fabrics such as waterproof cloth or nylon; A ring (400) that slides up and down the umbrella stand when the umbrella is folded or folded with the structure surrounding the umbrella stand; A handle 500 that can be manufactured in various shapes and shapes to be used for holding an umbrella in a state in which the umbrella is folded or folded by being engaged with the ring 400 at the lower part and the upper part of the umbrella stand; (600), which is a long bar of wood or metal, along which the ring (400) moves; A pusher 601 serving as a pushing device for controlling folding and unfolding at the lower portion of the stand 600; An end 700 for decorating the end of each umbrella 800 with a generally plastic or wooden frame ornament and concealing the portion to which the canopy 9300 is attached; And a hinged metal bar or a wooden bar attached to the canopy and hinged to the upper side of the stand to tighten the canopy cloth or fabric when the umbrella is unfolded. And a bar frame 900, which is entirely made of a flexible material. FIG. 4 is a partial perspective view of an embodiment in which the iron core 801 is enlarged for explaining a solid umbrella which is not inverted even by the strong wind of the invention. FIG. 5 is a perspective view illustrating a straight rod frame 900 in a rigid umbrella, 6 is an enlarged partial perspective view of an X-shaped bar frame 900 in a rigid umbrella which is not inverted even by the strong wind of the present invention. The bar frame 900 has a bar- Or an X-shaped rod, but it may be formed in various shapes such as an O-shaped rod, and should be made of a flexible material such as rubber, silicone, or fabric so that a part or the whole of the rod can be folded well, and the spreader 100 and the spreader (100) or an umbrella stand (800) and an umbrella stand (800) The end of the rod at the right end of the strap 900 is connected to a part of the spreader 100 or the umbrella 800 without a hinge or a hinge and the other end is connected to a part of the spreader 100 or the umbrella 800 with a hinge 5, a flexible material such as a rubber material or a silicone material for connecting a straw and a straw bar in a straight shape with a steel straw bar structure serves as a hinging or connecting part of a fabric material, and a bar frame 900 So that the umbrella is extended over a certain length and spread over the entire length of the umbrella so that the umbrella does not flip over even in the strong wind of the triangular frame structure as a whole.

In addition, as shown in FIG. 1 and FIG. 4, a rod iron core 801 made of a metal material is additionally formed on the spreader 100 and the umbrella 800 of a conventional straight umbrella so that the umbrella can be unfolded and folded as a whole The rod frame 900, which is made of a partially or wholly flexible material, is connected between the iron core 801 and the iron core 801. The rod frame 900 may be a straight rod or an X- The iron core 801 may be made of a flexible material such as rubber, silicone, or fabric so as to be able to be variously configured and partially or entirely folded, and the iron core 801 may be a rod- A strong material such as one plastic, porcelain or porcelain may be used, and holes may be formed so that the bar frame 900 can be connected to both ends The end of the bar on the right side of the bar frame 900 is connected to a part of the iron core 801 without a hinge or a hinge and the other end is connected to a part of the iron core 801 without a hinge or a hinge, The present invention solves the problem by providing a sturdy umbrella that does not open beyond a certain length and is not inverted even in the strong wind of the triangular frame structure as a whole.

The foregoing has been described with reference to the accompanying drawings.

However, in addition to the embodiments shown in the drawings, for example, it is possible to embed the hooks in the connecting parts of each part and each frame to increase the softness or the fixing function in the folding, or to put tension on the part in which the spring is inserted, The present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments. For example, Modifications and variations are possible without departing from the spirit and scope of the invention, and are intended to be within the scope of the invention claimed herein.

Accordingly, the claims of the present invention include modifications and variations that fall within the true scope of the present invention.

100: spreader 200:
300: Canopy 400: Hook
500: Handle 600: Stand
601: Click to finish 700: End
800: umbrella sold 801: iron core
900: Rod frame

Claims

As an umbrella,
A spreader 100, which is a skeletal part connected to both the ring and the umbrella stand;
A canopy 300 for protecting the rain with fabrics such as waterproof cloth or nylon;
A ring (400) that slides up and down the umbrella when the umbrella is folded or folded with the structure wrapped around the umbrella stand;
(500) which can be manufactured in various shapes and shapes used to catch an umbrella in a state in which an umbrella is folded or folded when the umbrella is engaged with a ring at a lower portion and an upper portion of the umbrella stand;
It is made of a long rod of wood or metal, and the ring moves along this part (600);
An end (700) for decorating the end of each umbrella with an ordinary plastic or wooden frame ornament and concealing the part to which the canopy is attached;
An umbrella 800 that hinges above the stand with a hinged metal rod or a wooden bar attached to the canopy to tighten the canopy cloth or fabric when the umbrella is expanded;
A bar frame 900 made of a flexible material partly or entirely connected between the umbrella body 800 and the umbrella body 800 and having an end portion and the other end portion connected to the spreader 100;
Umbrella that can also be used for strong winds including.

As an umbrella,
A spreader 100, which is a skeletal part connected to both the ring and the umbrella stand;
A canopy 300 for protecting the rain with fabrics such as waterproof cloth or nylon;
A ring (400) that slides up and down the umbrella when the umbrella is folded or folded with the structure wrapped around the umbrella stand;
(500) which can be manufactured in various shapes and shapes used to catch an umbrella in a state in which an umbrella is folded or folded when the umbrella is engaged with a ring at a lower portion and an upper portion of the umbrella stand;
It is made of a long rod of wood or metal, and the ring moves along this part (600);
An end (700) for decorating the end of each umbrella with an ordinary plastic or wooden frame ornament and concealing the part to which the canopy is attached;
An umbrella 800 that hinges above the stand with a hinged metal rod or a wooden bar attached to the canopy to tighten the canopy cloth or fabric when the umbrella is spread;
A rod frame 900 made of a flexible material partly or entirely connected between the spreader 100 and the spreader 100 and having an end portion and another end portion connected to the spreader 100;
Umbrella that can also be used for strong winds including.

3. The method according to claim 1 or 2,
A rod iron core 801 made of a strong material such as metal, plastic, ceramic or porcelain so as to easily construct the rod frame 00 on a part of the spreader 100 and the umbrella 800,
Umbrella that can be used even in strong winds.

The method according to any one of claims 1 to 3,
A bar frame 900;
This umbrella can also be used for strong winds with a straight bar.

The method according to any one of claims 1 to 3,
A bar frame 900;
This umbrella can also be used for strong winds with an X-shaped bar.

The method according to any one of claims 1 to 3,
A bar frame 900;
This umbrella can also be used for strong winds with O-shaped bars.

3. The method according to claim 1 or 2,
Around the folding umbrella, a tie strap (200) with a fastener in a narrow band to secure an umbrella or canopy;
And an umbrella that can be used even for strong winds.

3. The method according to claim 1 or 2,
Located below the stand 600,
A pusher 601 which is a pushing device for controlling the folding and spreading;
And an umbrella that can also be used for strong winds.