Shape Memory Material And Method Of Making The Same
The Present Invention Relates Generally To A Shape Memory And/Or Super-Elastic Material, Such As A Nickel Titanium Alloy. Additionally Or Alternatively, The Present Invention Relates To A Super-Elastic Or Pseudo-Elastic Material That Has An Initial Transition Temperature Af Above A Body Temperature. The Shape Memory Material Can Have A Super-Elasticity Or Pseudo-Elasticity Property At A Temperature Below The Initial Transition Temperature Af Of The Material. For Example, The Shape Memory Material Can Have Its Workable Temperature For Producing Super-Elasticity Or Pseudo-Elasticity Of About 0 Deg C. To 15 Deg C. Below The Initial Transition Temperature Af. The Shape Memory Material Can Be Malleable At A Room Temperature, And Become Super-Elastic Or Pseudo-Elastic At A Body Temperature.; In Addition, The Present Invention Relates To A Method Of Making A Shape Memory Or A Super-Elastic Material. The Treatment Protocols Can Include But Not Limited To Thermo-Mechanical, Thermo-Mechanical, Radiation, And Ternary Alloying Treatments.
Inventor: Humphreys, Johnny
Priority Number: US20090014486A1
IPC Current: B62J000704
US Class: 224430 | 224413 | 224419 | 224440 | 414809
Title: Golf bag motorcycle transport system
Usefulness: Golf bag motorcycle transport system
Summary: Golf bag motorcycle transport system for transporting a golf club and a golf bag pocket such as golf ball, tee and glove, in a golf bag on a motorcycle by a motorcycle rider and a user.
Novelty: Golf bag motorcycle transport system for transporting e.g. golf club, has pair of bag side frameworks including motorcycle support to attach and detach pair of bag sides by using cross support when in transport configuration
Automotive
Engine/Motor
Hong Kong
