Patent Application
20220001978
The present invention relates to a kite, and more particularly, to an integrally formed light kite.
Flying a kite is an activity suitable for both young and old people with a long history. Since ancient times, there have been various kite designs, such as soft-winged kites, three-dimensional kites, cross kites, folding kites, and the like. Although a boneless kite is popular in modern times, the boneless kite is only made of hard materials to form a three-dimensional shape. A structure of the boneless kite is still complex and difficult to produce. Generally, a kite needs additional horizontal and vertical supporting rods to make a kite frame so as to support the kite, and relatively professional technologies are needed to accurately balance the kite. Therefore, it is difficult for ordinary people to master a kite manufacturing technology. In terms of materials, a traditional kite is made of paper and bamboo, which are easily damaged. Although carbon fiber is used to manufacture the kite in the prior art to reduce a weight, a production cost of carbon fiber materials is high, and the carbon fiber material is fragile, so that the kite may be damaged easily in a case of falling to the ground. Moreover, most people like to add a pattern on the kite, which may cause a production difficulty. Therefore, it is absolutely necessary to improve the existing kite in view of the above problems.
In order to overcome the technical defects of complex structure, difficult mass production, heavy weight, inconvenient carrying, and easy damage of a kite in the prior art, the present invention provides a kite which is simple in structure, easy in production, low in production cost, and convenient in carrying.
The technical solutions used in the present invention for solving the technical problems are that:
a light kite which includes a body, wherein the body includes a wing, a supporting member, and a tying place, the supporting member is arranged on the wing and integrally formed with the wing, the body of the kite is made of a blister material or a material capable of being embossed or indented, and the supporting member is made by blistering or embossing or indenting on the wing, so that the supporting member is integrally formed with the wing and maintains a shape of the body.
According to the light kite of the present invention, the supporting member is arranged on the wing transversely, vertically and/or obliquely relative to the wing.
According to the light kite of the present invention, the supporting member is arranged on the wing in a straight line and/or an arc line relative to the wing.
According to the light kite of the present invention, the wing consists of an upper wing and a lower wing, and the supporting member is arranged on the upper wing.
According to the light kite of the present invention, the wing consists of a left wing and a right wing, and the supporting members are symmetrically arranged on the left wing and the right wing.
According to the light kite of the present invention, the supporting member extends upwardly from a middle position of the body, and extends outwardly along an upper edge of the wing.
According to the light kite of the present invention, the supporting member protrudes in a downwind or upwind direction. Preferably, a cross-section of the supporting member is streamline.
According to the light kite of the present invention, the tying place is arranged at a position other than the supporting member or on the supporting member.
Further, the tying place is a through hole penetrating through the body. Preferably, one or two through holes are provided.
The present invention has the beneficial effects that: by adopting the above solutions, each supporting member is manufactured by a blistering method, so that a lot of existing kite production procedures may be omitted; and the integrally formed kite of the present invention does not need to be externally provided with a supporting rod, so that a weight of the kite is not increased.
In addition, a pattern may be printed on the body of the kite before blistering, with a simple structure, so that a color and a pattern of the kite may be clearly seen after flying into the air. The weight of the kite of the present invention is only an original weight of the blister material, which is just light and slim as needed by the material of the kite. On the other hand, the blister material or composite paper have a low cost, a high moldability, a durability, and a strong water resistance, and is very suitable for manufacturing the kite.
The present invention is further described hereinafter with reference to the accompanying drawings and the embodiments, in which:
The description of the reference signs in the drawings:
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Preferably, the body 10 of the kite is made of a blister material or a material capable of being embossed or indented, and the supporting member 30 is made by blistering or embossing or indenting on the wing 20, so that the supporting member 30 is integrally formed with the wing 20 and maintains a shape of the body. For example, the material capable of being embossed or indented includes composite paper, such as PP and paper composite material, or YUPO paper, etc.
According to the kite of the present invention, the shape of the body 10 can be cut out according to a design in advance, and the shape may be a traditional wing shape or shapes of various plane kites in the prior art. As long as the supporting member 30 is made on the corresponding wing 20 according to the above method, a supporting rod in a traditional design may be replaced.
The kite of the present invention is mainly balanced when flying in terms of position and shape of the supporting member 30. Therefore, the supporting member 30 may be arranged on the wing 20 transversely, vertically and/or obliquely relative to the wing 20. Further, the supporting member 30 may be arranged on the wing 20 in a straight line or an arc line relative to the wing 20, so that the kite has different appearances.
In order to achieve a better balance effect of the kite of the present invention, a cross-section of the supporting member 30 is set to be streamline, and after the supporting member 30 is integrally formed, the supporting member 30 may protrude in a downwind or upwind direction. This design can reduce turbulences formed on the supporting member 30 when the air flows through the body 10 of the kite, and maintains the kite flying smoothly.
In an embodiment of the present invention, the tying place 5 of the kite is a through hole penetrating through the body. Preferably, the tying place 5 is arranged at a position other than the supporting member 30 to avoid weakening a supporting effect of the supporting member 30. Or, the tying place 5 can be positioned on the supporting member 30. Certainly, the through hole may also be arranged in the supporting member 30 as needed. Preferably, a number of the tying places 5 may be set according to a situation, for example, one tying place 5, two tying places 5, or three tying places 5 may be provided.
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Unless otherwise defined, all technical and scientific terms used in the text have the same meanings as those commonly understood by those skilled in the technical field of the present invention. The terms used in the specification of the present invention in the text are only for the purpose of describing the embodiments and are not used to limit the present invention. The term “and/or” used in the context includes any and all combinations of one or more associated listed items.
| Number | Date | Country | Kind |
|---|---|---|---|
| 18114984.9 | Nov 2018 | HK | national |
| Filing Document | Filing Date | Country | Kind |
|---|---|---|---|
| PCT/CN2019/119331 | 11/19/2019 | WO | 00 |
