JPS605186A - Two-string type kite - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Industrial Field] The present invention relates to a kite, and particularly to a kite that can be remotely controlled from the ground, and belongs to a type of toy or sports equipment.

[Conventional technique - rain]

The commonly known kite is made by combining several strings attached to the kite into one string and connecting them to a single kite. During the kite flight, the kite is affected by the wind. It sways from left to right,
It is not possible to make a right turn or left turn as instructed from the ground. The height of the kite can only be adjusted slightly by pulling and relaxing the string.

[Purpose of the invention]

This invention aims to improve sportiness by enabling a kite flown in the air to turn right, turn left, or move left and right.

In addition, the floats are connected in multiple stages to make the floating action more dynamic, and are intended to improve sportiness and increase the potential for $A prizes.

[Nari]

This invention provides a triangular wing in which rod-shaped bones are attached only to the two sides including the apex of an isosceles triangular flexible sheet and to the center bisector of this included angle, respectively, and in the middle of the pair of connected rod-shaped bones. A cross beam bone is provided to connect these and fix the opening angle thereof, and the free end with the apex of the central rod, the free end of the other end, and the left and right sides 6>4' is provided. Six strings each tied at one end are attached to the section, and these three strings are connected as a set to a common round-shaped connecting clip, and the connecting section is symmetrically connected to the central rod-shaped bone. It is a two-pronged kite whose QF characteristic is that it is equipped with two pieces.

In other sprouts, rod-shaped bones are attached only to the two sides sandwiching the apex of the isosceles triangular flexible sheet and the central bisector of this included angle, and the rod-shaped bones are attached to the middle of the pair of connected rod-shaped bones. At least two triangular wings are provided with crossbeam bones that connect them and fix their opening angles. Each kite is connected in a parallel and hierarchical manner by a long connecting string, and the apex of the central rod-shaped bone of the lowermost wing among the wings, the free end of the other end, and the clip. Connected to the central styloid bone, there are two symmetrical connecting parts on the left and right sides.
This is a two-pronged kite that is characterized by its individual configuration.

The invention will now be described on the basis of exemplary embodiments shown in the drawings.

[First Embodiment of the Invention] As shown in Figures 1 to 417, 10 is an isosceles triangular flexible sheet, which is usually made of a lightweight fabric made of silk or polyamide fiber and waterproofed. It is used, but various plastic films, paper, and nonwoven fabrics may be used, and the shape is an isosceles right triangle.

The two sides 12 surrounding the apex 11 of this flexible sheet are sewn into a sleeve shape, into which a continuous rod-shaped bone 16 is inserted, and the three sides of the included angle e encompassed by these two sides 12 are A central rod-shaped rib 14 is attached along the upper side of the sheet 10 at the center position of the corner (see Figure 16). In this way,
So, is the edge rod-shaped? ? 15 can be moved from a position parallel to the central rod-shaped bone 14 to a position where the flexible sheet 10 is tensioned, and the flexible sheet 10 can be folded.

Reference numeral 15 denotes a crossbeam bone, and both ends thereof are provided so as to be fixed at intermediate positions of the side inertia bones 16 by means of girder support parts 16. This is for fixing the opening angle of the bone 16 at a constant open angle.

In the embodiment, the girder support member 16 is a rod-shaped bone 16
It is made of a tube made of elastic synthetic resin and has an inner diameter that is extremely small than the diameter of the tube.The length of the short tube is about 5 to 8 times the inner diameter, and the half length is cut in half in the circumferential direction. The sections are passed through the connecting rod-shaped bones 16, respectively, so that the crossbeam 15 can be attached to and removed from the remaining half length section (see Figure 2). Therefore, by sliding the girder support member 16 along the connecting rods 16, the opening angle of the pair of connecting rods 16 can be adjusted.

The mounting positions of the cross beam ribs 15 are located on the opposite side of the 7A hinge seat 100 from the central rod-shaped bone 14.

Straps 19as 2oa and 21 are attached to the apex 11 and the other free end 17 of the central rod-shaped $14 on the lower surface side where the cross beam bone 15 is located, and to the free end 18 of the connecting rod-shaped bone 16, respectively.
a, 19b, 120b, and 21b are provided, and these three strings are connected as a set to a common annular clip 22a, 22b for connecting the central rod-shaped bone 1.
4 as a line of symmetry, both annular clips 22a and 22b are positioned symmetrically.

In the illustrated embodiment, the strings 19a, 20a, and 19
b and 20b are a series of strings, and the lengths of these strings are longer than the length from the joint of the apex 11 of the central rod 14 to the free end 18 of the bony bone 16! ,
2M loop parts 25a, 23b are provided in the middle, and the ring-shaped clips 22a, 22b for connecting the extraction liquid are passed through and attached to the loop parts 25a, 23b.・Following θ Guako 2 ■ Loop part 23
a, 2. By changing the position where the ribs b are formed, the attachment positions of the annular clips 22a and 22b can be changed to the apex 11.
It can be made from 71 nt6. The above is a single wing A.

In addition, in the illustrated embodiment, the strings 21a and 21b are attached at the center (the free end portion 17 of the serpentine bone and the free end portion 1 of the connected rod-like bone 16).
8, [branched from the midpoint of the central chain f14 of f24a, 24b, and the string 21a,
A loop 25a125b is provided at the tip of 21b, and the loop 25a125b can be selectively fitted to either of the annular clips 22a or 221).

The shape of the annular clips 22a and 22b for connecting the slurry is not particularly limited, and may be a circle, an ellipse, a gourd shape, or a triangle. Moreover, it is preferable that a part of the opening is opened due to the elasticity of the member, or that it may be shaped like a slat.

[Embodiment of the configuration of the second invention] As shown in Figure 8, there are at least two 14 pieces, preferably from 2 to 8 pieces, and each straw is located at the apex of the central rod-shaped bone 14. and the free ends 17 and the free ends 18 of the connecting rod-shaped bones 16 are connected by connecting strings 26, 27, 28, and 29 of equal length, respectively, so that each I1. G.A.
so that they are parallel and hierarchical. 60 is a tail for balance and is not necessarily necessary.

,! Reference numerals 11a and 31b are pumps for raising the kite, the tips of which are connected to the annular clips 22a and 22b, respectively.
-ru.

[How to handle]

First, it is confirmed that the pair of annular clips 22a and 22b are in symmetrical positions.

Next, the tip loop portions 25a of #121a and 21b.

25b through each annular clip 22a, 22b. In this case, the present invention is the same even if the loop portion 25a of the string 21a is connected to the current clip 22b on the opposite side, and the other loop portion 25b is connected to the current clip 22a on the opposite side so as to cross.

Next, attach independent hot water ##31a, 51b to each of the current clips 22a, 22b (Picture 1, Picture 7).
(See Figure 9).

[How to fly a kite]

Generally, the kite is flown by a person flying a kite and an assistant. First, the assistant holds the kite of the present invention with the apex 11 facing upward. Hold, stand upwind from the kite, lift, l+1
61a, 3 [b] When the lines become parallel, the assistant gently releases his hand as if pushing the kite up.

In the second invention of spears, where there are several pieces of &KA, the assistant holds the most advanced A, and each connecting string 26.27.
28 and 29 are in tension, and
Gently push A up.

In this way, once the kite of the present invention has been flown in the air, the kite flyer carefully sends out a pair of kites 31a and 31b of the same size and a predetermined length of 20 to 5C12. By the way (generally the full length of the pudding), the left pudding 31a is held in the left hand, and the right pudding is held in the right hand.

[Kite flying operation]

First, if you pull both L51a and 31b toward you at the same time, the kite will fly higher, and if you loosen it, the kite will fly lower, which is the same as in conventional kites.

Next, when you want to rotate the kite to the left, pull the left wing 31a with your left hand, the kite will turn to the left bait, and change the state to aj.
# If you do this, the kite will continue to circle and can make around 15 to 20 turns.

Next, pull your right hand in the opposite direction, and the kite will start turning to the right.

If you increase the pulling force, the turning radius will be small, and if you pull towards it, it will make a slow and large turn. Therefore, if you combine these maneuvers arbitrarily, the kite will fly high and low, making complicated curves to the left and right. Can be made to fly traps.

It is no different from a normal kite in that all you have to do to land the kite is to loosen the pair of lifters M61a131b.

〔effect〕

The device of this invention is constructed as described above, and has a pair of lifting cords 5.
1a and 31b, by pulling either of these 61a and 451b, the angle of inclination of the hill in the left and right direction with respect to the wind direction changes, and the location can be moved to the left and right, and it can be turned. In addition, the turning radius can be changed depending on the strength of the pulling force, making it possible to maneuver unlike conventional kites, and by competing with each other in skill, the entertainment and sportiness of the kite can be improved.

In the second invention of my younger sister, 搗精31a%3'-1
According to b, if the kite closest to you is operated, the angles of the RLAs connected sequentially by connecting strings 26, 27, 28 and 29, which are all the same length, will change all at once at the same angle. - They make the same movement in unison, similar to the flight of an airplane on a rope, further enhancing the above effects, and the traction force due to wind pressure also increases according to the number of %A, which is useful in the direction of the body.

[Effects of embodiment]

Since the crossbeam 15 is detachable from the connecting rod-shaped bone 16, if it is removed, the zlA can be folded up, making it easy to store, package, and transport the parts.

In addition, since this girder support member 16 can be moved in the length direction of each side rod-shaped object 13, a flexible seat)
The tension of 10 can be adjusted and widened, that is, the crossbeam -'#
When 15 is moved to the apex portion 11iIll, the change in maneuverability is slow; on the other hand, when it is moved to the free end 19, the change in motion is rapid and the maneuverability becomes unstable and sophisticated.

In particular, force the free ends of the central rod-shaped bone 12 and the marginal bar-shaped samurai 13 together using the auxiliary strings 24a and 24b;
In the case where a and 21b are branched, due to the traction and relaxation of the ejaculate, the pLA is made to have a region F and at the same time the width of the barrier is different between the left and right sides, which requires a more advanced kite-flying technique, and this tendency is similar to that of M21a. , 21b are crossed and engaged with the nose-shaped clips 22a, 22b, which makes it even more complicated and increases the sportiness.

In other kites with a tail 60, not only is the stability of the kite good, but when the kite turns, the tail 30 traces its wake in a spiral shape, and when the kite is multi-winged, it has a special outer beauty.

Also, as shown in the figure, male 19a and 20a, 19b and 20
b is a series of strings, and in the case where the clips 22a and 22b are currently movable and fixed at intermediate positions, if the annular clips 22a and 22b are moved to the free ends DIb, they can be lifted even in a weak wind. , the movement by the monk vertical becomes slow, and the annular clip 22a122b is held at the vertex 1.
If you move it to the 1st part side, when there is a strong wind, tGl t, ,
At high altitudes (for flying and maneuvering), the kite's agility decreases to 0, and its movement becomes more severe.

In addition, since the girder support part #16 is simply an elastic tube made of plastic, it is easy to construct, is strong, and is easy to adjust.

The rod-like bones 16, 14 and the crossbeams 15 are not particularly limited, and may be made of lightweight irrigation pipes, bamboo, or plastic pipes.

Where the stand strings are tied to the rod bones 16.14, grooves in the circumferential direction are carved in the rod bones 13.14 so that these strings do not rtt. Good. (See Figure 5)

[Brief explanation of the drawing]

What is shown in the drawings is an embodiment of this device J. Figure 1 is a front perspective view of an exploded state, Figure 2 is an enlarged perspective view of parts of Figure 1 and 2, and Figure 6 is an enlarged perspective view of parts of Figure 1. Figure 6-6 is an enlarged sectional view taken along the arrow line, Figures 3 and 4 are enlarged perspective views of parts of Figure 1 and 4, and Figure 5 is Figure 1 b-56! Enlarged longitudinal section 1 IIll figure, spear 6
The figures are a cross-sectional plan view taken in the direction of the arrows 6-6 in Figure 7, Figure 7 is a bottom perspective view of the kite-flying state, ]-8 is a bottom perspective view of the multi-circle kite-flying state, and Figure 9 is the hanging of the string. FIG. 3 is a bottom perspective view of another embodiment of the present invention. Code 10...Flexible sheet, 11...Vertex,
12...Isosceles, 13...Marginal condylar bone, 14...Central styloid bone, 15...Transverse girder bone, 16... ...Girder support member, 17.18...
...Free end portion, 22a, 221)...Scattered clip, 26a, 251)...Loop portion, 24
a, 24b... Auxiliary plate, 25 a s 25 b... Loop part, 26.
27.28 and 29...Connection string, 6 u...
...tail, 5 1 a s 5 1 1) '...'...age AR.

Claims (1)

[Scope of Claims] 1) In a triangular wing in which rod-shaped bones are attached only to the two sides that include the apex of the isosceles triangular flexible sheet and the central triangular position of this included angle, the pair of side rod-shaped A crossbeam bone is provided in the middle of the bones to connect them and fix their opening angle, and connects the apex of the central bone, the free end of the other end, and the left and right side styloid bones. Six strings are attached to the ends, each tied at one end, and these three strings are connected as a set to a common Yoseiren #Scattered Clip, symmetrically with respect to the central rod bone. Two cord type 2, where two cord connecting parts are defined as 0m] The flexible sheet may be made of strong paper, non-woven fabric, cloth, waterproofed material of these, or flexible plastic film. The twin-cord kite according to claim 2.1, wherein the kite is a type of lFf9. 6) In a structure in which a crossbeam bone is provided between a pair of side styloid bones to connect them and fix the opening angle, the crossbeam and girdle can be attached to and detached from the side styloid bone. be free,
The double-flying kite according to claim 1, characterized in that the kite is provided so that the fixing position can be slightly changed along the periphery of the pedicle. 4) The strings each tied to the center +f, the tip of the bone, and the free end of the side rod-shaped bone are one string,
A two-flying mackerel type kite as claimed in claim 1, characterized in that the hoisting cord connecting regular clip is provided in the middle. 5) A rod-shaped rod h is attached only to the two sides sandwiching the apex of the isosceles triangular flexible sheet and to the central bisector 9 of this included angle, and in the middle of the pair of side rod-shaped bones, Connecting these and fixing the antlers, there are at least two triangular wings provided with transverse beams, each of which has an apex and a free end of the central styloid bone, and a free end of the side styloid bones of equal length. Each kite is connected in a parallel and hierarchical manner by connecting strings, and the apex of the central rod-shaped bone of the lowermost wing of the wing, the free end of the other end, and the right and left A two-pronged kite characterized by having two protruding connecting parts symmetrically provided with respect to the central rod-shaped bone as a side rod. 6) The number of triangular wings is 2 to 8. The double-polishing method according to claim 5, characterized in that