Sports equipment stick with truss construction

Abstract

A sports stick exhibiting a superior strength to weight ratio. The sports stick design allows for decreased flexure, increased rigidity and increased durability, which lend to greater generation of force, accuracy, reliability and longer life expectancy. The sports stick utilizes aerodynamic features in order to achieve an exposed truss like structure which permits airflow through the internal sections of the shaft which creates greater shaft acceleration and velocity. The sports stick also affords enhanced strength in the direction of a shot and receipt of a pass. The sports stick also provides for channeling away of fluids throughout the length of the stick.

Description

FIELD OF THE INVENTION [0001] The present invention relates generally to sporting goods, namely sticks, shafts and bats for sports such as hockey, lacrosse, field hockey, golf, baseball, softball, polo and fishing. BACKGROUND OF INVENTION [0002] As designs of sports shafts, stick and handles have evolved from basic wooden structures lacking uniformity as to quality, strength, weight, and susceptibility to failure by fracturing. Many prior inventions have proposed the use of shafts or sticks comprising composites featuring plastic outer surfaces with inner cores of wood or aluminum. Further, as pointed out by prior inventions, many attempts have been made to utilize metallic material in the manufacture of sticks. [0003] The U.S. Pat. No. 3,473,806 issued to Patterson, discloses a lacrosse stick with a frame composed of reinforced plastic material with a much lighter material inserted into its core. Although a lightweight stick may results from this design, the requisite strength and ...

AI Technical Summary

Benefits of technology

[0012] The present invention reveals the next generation in sports shaft and stick technology. The instant design incorporates trusses and curved cutaway surfaces to add strength, reduce weight and provide aerodynamic airflow to sports sticks, and in particular to lacrosse sticks, is not revealed by the prior cited patents. The instant invention is designed with both concave and convex surfaces to enhance the strength of the handle in all directions. This concept utilized in the instant invention follows the design of an aircraft wing, where strength to weight ratio is extremely important.

Problems solved by technology

Further, incorporating modern material considerations into the instant design only serves to render a lighter, stronger stick.

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