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A toy helicopter landing skid structure includes an upper support stand, a propping member and a bottom stand. The upper support stands are connected to the bottom of a helicopter airframe, and the propping member is connected to the bottom of each upper support stand, two insert slots extended in o

A toy helicopter landing skid structure includes an upper support stand, a propping member and a bottom stand. The upper support stands are connected to the bottom of a helicopter airframe, and the propping member is connected to the bottom of each upper support stand, two insert slots extended in opposite directions at each connecting position of the upper support stand, the propping member and the bottom stand, a hollow portion disposed in each insert slot for clamping an elastic member, a plurality of fixing holes disposed at the bottom of each propping member, a plurality of bottom stands disposed at each propping member for passing a binder through the two fixing holes for binding the propping member with the bottom stand, so as to absorb external forces and impact by the slanting connected upper support stand with the insert slot and the installed elastic member.

대표청구항 ▼

What is claimed is: 1. An improved toy helicopter landing skid structure, comprising: a plurality of upper support stands, transversally and parallelly coupled to the bottom of a helicopter airframe and having an inwardly and upwardly slanting lateral insert slot disposed separately disposed at the

What is claimed is: 1. An improved toy helicopter landing skid structure, comprising: a plurality of upper support stands, transversally and parallelly coupled to the bottom of a helicopter airframe and having an inwardly and upwardly slanting lateral insert slot disposed separately disposed at the bottom of both distal ends of said each upper support stand, and a lateral hollow portion disposed in a distal end of said each lateral insert slot for containing an elastic member; two propping members, having a plurality of insert slots disposed at a side of said each propping member and inserted into a lateral insert slot of said each upper support stand, and a hollow portion disposed in a distal end of said insert slot and corresponding to said lateral hollow portion of said upper support stand for clamping said elastic member, and a plurality fixing holes disposed on another side of said propping member; two bottom stands, having a plurality of fixing holes disposed at the middle section of said each bottom stand and corresponding to said fixing hole of said propping member for passing a binder through said two fixing holes and binding said propping member and said bottom stand; thereby, the slanting connection of said upper support stand and said propping member into said insert slot and said elastic member can effectively absorbs shocks and prevent a distortion or a deformation caused by an external force. 2. The improved toy helicopter landing skid structure of claim 1 further comprising an insert slot separately disposed at the bottom of said helicopter airframe and the top of said each upper support stand, and an upper hollow portion disposed in a distal end of said each insert slot for clamping an elastic member, such that the installation of said elastic member can improve the overall capability of absorbing shocks. 3. The improved toy helicopter landing skid structure of claim 1, wherein said bottom stand is curvedly and upwardly extended from a middle section of said bottom stand and an indent is disposed at the bottom of said bottom stand for inserting and fixing a shock absorber into a prepared insert crevice, such that said shock absorber can be used for improving the overall capability of absorbing shocks. 4. The improved toy helicopter landing skid structure of claim 2, wherein said bottom stand is curvedly and upwardly extended from a middle section of said bottom stand and an indent is disposed at the bottom of said bottom stand for inserting and fixing a shock absorber into a prepared insert crevice, such that said shock absorber can be used for improving the overall capability of absorbing shocks.