A kite skeleton and its manufacturing and assembling method
A kite and skeleton technology, which is applied in the field of flying toys, can solve problems such as inability to swing, scratches on human hands, troublesome kite skeletons, etc., and achieve the effects of convenient and fast production, industrial production, and quick connection
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Embodiment 1
[0035] like Figure 1-4 As shown, the kite frame includes a transverse main rod 1 and a longitudinal main rod 2 , which are characterized in that the horizontal main rod 1 and the longitudinal main rod 2 are hinged to each other through an easy-to-install hinge structure 3 . At least one strut 14 is arranged between the transverse main pole 1 and the longitudinal main pole 2, the strut 14 is hinged with the transverse main pole 1 through the easy-to-install hinge structure 3, and the strut 14 is connected to the longitudinal main pole 2 through the easy-to-install hinge structure 3 hinged. There are two poles 14, which are a first pole 15 and a second pole 16, and the first pole 15, the second pole 16 and the longitudinal main pole 2 are hinged through the same easy-to-install hinge structure 3 . One end of the transverse main rod 1 is hinged with a first wing rod 17 through the easy-to-install hinge structure 3 , and the other end of the transverse main rod 1 is hinged with ...
Embodiment 2
[0040] Wherein, the easy-to-install hinged structure 3 includes a hinged post 11 and a third installation hole 12, the hinged post 11 is matched with the third installation hole 12, and the head of the hinged post 11 expands to form an enlarged head 13, and the diameter of the enlarged head 13 larger than the third installation hole 12. When assembling, you only need to press the hinged post 11 into the third installation hole 12. This installation method is simpler and more convenient than the rubber sleeve fixing method. It can realize quick connection, and it can also be easily disassembled, which is convenient for users to carry. The first wing bar 17 and the second wing bar 18 can swing, that is, the two wings of the kite can swing during flight, and the enlarged head 13 can prevent the hinged post 11 from slipping out of the third mounting hole 12, which is conducive to a stable structure.
[0041]More specifically, the horizontal main rod 1 is provided with a hinged pos...
Embodiment 3
[0043] The method for making and assembling the kite skeleton comprises the following steps:
[0044] A. The transverse main rod 1, the longitudinal main rod 2, the first strut 15, the second strut 16, the first wing bar 17, and the second wing bar 18 are produced by an injection molding machine.
[0045] B. Assemble and fix the transverse main rod 1 and the longitudinal main rod 2 through the easy-to-install hinge structure 3 .
[0046] C. Install the middle part of the first pole 15 and the middle part of the second pole 16 on the longitudinal main pole 2 through the easy-to-install hinge structure 3, and then install one end of the first pole 15 on the horizontal direction through the easy-to-install hinge structure 3 On the main pole 1 , one end of the second pole 16 is installed on the transverse main pole 1 through the easy-to-install hinge structure 3 .
[0047] D. Install one end of the first wing bar 17 to one end of the transverse main bar 1 through the easy-to-inst...
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