JP2005282030A - Canopy and method of mounting the same - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a canopy which is mounted on a building by convexly protruding its upper surface, to thereby impart cubic effect to the canopy, contribute to formation of a simple and lightweight structure, and facilitate mounting of the canopy, and to provide a method of mounting the canopy. <P>SOLUTION: According to the method of mounting the canopy, a mounting surface 1 has two fixing holes 2 at the center thereof, and three residual stress holes 3 on each side of the fixing holes, and the two fixing holes 2 are secured to the building by means of screws, followed by securing the residual stress holes to the same at locations lower than those of the central fixing holes by means of the screws such that the canopy upper surface 4 forms a convex surface. In this manner the canopy is mounted on the building successively from the center toward ends thereof, and therefore it forms a gentle arch. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

The present invention relates to a kite installed on an upper portion of a house window or the like to prevent rain and sunlight from falling, and a method of attaching the kite.

The traditional kites used pillars and arms when the house was completed to prevent the rain from being transferred and exposed to the sun by using tin and corrugated sheets on the wooden fence frame. There are things that are not. As a result, sunlight was inserted into the house, making it difficult to live comfortably, and because it relied on cooling, the summer bill was high.
JP 2002-235414 A

The window awning structure is a method of forming the awning by simply attaching the awning unit of the window without using arms even after the completion of the house. Can be formed on the window by a simple operation of fixing the window rod through the anchor bolt for the hollow outer wall, and fixing the window rod unit to the mounting bracket via the screw.
Moreover, since the window jar unit can be attached without using a brace, the window jar can be easily formed on the window according to the customer's request even after the completion of the house.
JP 2001-159209 A

In addition, the heel unit uses the same mounting base and heel body, the tip part can be attached to and detached from the heel body, and various types of different shapes or functions can be prepared to meet customer requirements. Can provide a variety of dredging units.
In addition, the mounting base and the main body can be mass-produced, so that the production cost can be reduced.
Furthermore, the hook unit can be easily assembled by connecting the selected tip part to the hook body.

The conventional kite was three-dimensionally constructed to protect its strength, so the kite itself became heavy and had to be solid to support the kite.
Also, because the kite itself is heavy, there was a risk of damage when flying in the wind.
In addition, the top surface of the kite was in a state where no force was applied from anywhere, so sounds such as rain were echoing.

Therefore, the scissors according to the present invention and the mounting method thereof provide a scissors that are three-dimensional by attaching the top surface (4) of the scissors to a convex surface. It is.

In order to achieve the above object, the scissors and the attaching method of the present invention attach the two fixing holes (2) opened at the center of the scissors attaching surface (1) with screw nails or the like.
Next, the residual stress holes (3) drilled at both ends are lowered and stopped with a screw nail or the like so that the upper surface (4) is convex.
If such work is attached in order from the center to the end, the upper surface (4) of the heel is raised like an arch.
And the rain gutter (5) is provided at the tip of the gutter upper surface (4) with the gutter (5) bent upward to maintain the strength of the gutter upper surface (4). Achieved.

The present invention has the following effects.
(Ii) Can be attached even after completion.
(B) The bag of the present invention is simple and can be made cheaper than the conventional one.
(C) By attaching the upper surface of the heel to the convex surface, the entire heel is in a tension state, so that the strength required for the heel can be maintained.
(D) Since the whole is in tension, rain sounds do not sound.
(E) The tip of the kite is folded upward to maintain strength, but it also serves as a rain gutter by folding the tip.

1 is a perspective view of a wall mounted on a window or the like on a wall surface of a building.
The shape of the ridge is almost N as shown in the cross-sectional view from the side of Fig. 2. If it is installed as it is, there is a risk of fatigue and damage due to external forces such as wind. Attach the two fixing holes (2) drilled in the center of the surface (1) with screw nails.
Next, the residual stress holes (3) opened at both ends as shown in FIG. 4 are lowered so that the upper surface (4) becomes a convex surface, and are fixed with screw nails or the like.

Then, as shown in FIG. 5, when such work is attached in order from the center to the end, the upper surface (4) becomes a gentle arch and maintains a tension state, so that it is strong against external forces such as wind.
If this is attached to a flat surface rather than a convex surface, no force is applied at the tip of the top surface (4). If no force is applied, it will be weak against external force from outside, and will move up and down with very little force. There was a risk of fatigue and damage over time due to vibrations such as wind.
A rain gutter (5) was provided at the tip of the gutter upper surface (4) by bending the rain water into both ends and bending upward to maintain the strength of the gutter upper surface (4).

The case where the bag of the present invention is made of stainless steel will be described with reference to FIG. 2. The thickness is 1.2 mm, and the cost is low because it can be bent.
The length of the ridge is 180 centimeters, the depth of the heel surface (4) is 40 centimeters, the slope of the heel surface (4) is 10 degrees, and the mounting surface (1) is 5 centimeters.
If the center of this ridge is attached to a convex surface so that it swells 10 centimeters, the force applied to the tip of the heel surface (4) is 50 centimeters even though it is lowered by 5 centimeters.

If there is no bulge in the center of the kite and it is flat, it will drop by less than 1 kilogram instead of being lowered by 5 centimeters.
In this way, the entire ridge is made into an arch shape, which is the same as having 10 cm of reinforcement.

The case where the bag of the present invention is made of aluminum will be described with reference to FIG. 2. The thickness is 3 mm, and the cost is low because it can be bent.
The length of the ridge is 180 centimeters, the depth of the heel surface (4) is 40 centimeters, the slope of the heel surface (4) is 10 degrees, and the mounting surface (1) is 5 centimeters.
If the center of this ridge is attached to a convex surface so that it swells 10 centimeters, the force applied to the tip of the heel surface (4) is 50 centimeters even though it is lowered by 5 centimeters.

If there is no bulge in the center of the kite and it is flat, it will fall below 3 kilograms instead of 5 centimeters, so it will be broken by wind and other vibrations, so flat installation is not good.
Thus, it is the same as having the reinforcement of 10 centimeters by having made the whole ridge into the arch shape.

The case where the bag of the present invention is made of reinforced plastic will be described with reference to FIG. 2. The thickness is 5 mm, and the upper surface (4) and the mounting surface (1) are partially reinforced by 8 mm.
The length of the ridge is 180 centimeters, the depth of the heel surface (4) is 40 centimeters, the slope of the heel surface (4) is 10 degrees, and the mounting surface (1) is 5 centimeters.
If the center of this ridge is attached to a convex surface so that it swells 10 centimeters, the force applied to the tip of the heel surface (4) is 50 centimeters even though it is lowered by 5 centimeters.
If there is no bulge in the center of the kite and it is flat, it will drop 5 kilograms or less when it is lowered 5 centimeters.
In this way, the entire ridge is made into an arch shape, which is the same as having 10 cm of reinforcement.

Since the present invention is such a simple object, it can be purchased at a home center and attached even by an amateur person. In addition, blinds and the like were used in buildings, etc., but the present invention allows easy installation of the kite, so preventing the kite from outside the window saves summer utility costs and thus prevents heat islands. .

The figure is a perspective view of the present invention. The figure is a cross-sectional view of the present invention. The figure is a perspective view with a fixing hole attached. The figure is a perspective view with a residual stress hole attached. The figure is a perspective view in which all the residual stress holes are attached. The figure is a perspective view of a string hanging on a gutter.

Explanation of symbols

1 Mounting surface
2 Fixing hole 3 Residual stress hole 4 Top surface 5 Rain gutter
6 string

Claims (1)

It is a gutter attached on the wall of a building on a window or the like.
Then, two holes formed in the center of the attachment surface (1) for attaching the heel to the wall surface are attached to the fixing holes (2) with screw nails or the like.
Next, as the residual stress holes (3) opened at both ends, the upper surface (4) is lowered so as to be a convex surface and is fixed with screw nails or the like.
When such work is attached in order from the center to the end, the upper surface (4) has an arch shape.
A rain gutter (5) that collects rain water and releases it at both ends is provided at the tip of the gutter upper surface (4) to divide rain water into both ends and to bend upward to maintain the strength of the gutter upper surface (4). And a method of attaching the same.

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