| 摘要 |
A forearm worn support sleeve comprising of small polygon pockets containing several embedded thin neodymium magnet(s). When one of two quasi rectangular apparatuses is combined with said sleeve, together . . . an integral writing structure takes shape. Importantly, the invention (in-part) is one that is steeped in human factors and ergonomic design. The benefits are many, but most notably is the utility provided to pilots. Specifically, the reduction of error by minimizing line-of-sight transition i.e. outward to downward focus, then upward again . . . coupled with an ability to quickly note ATC (air traffic control) departure and approach instructions.;In general terms, both the primary (upper) and secondary (lower) apparatuses are planar in nature with rounded dis-similar corners. Ideally, materials may include card stock (chipboard) or plastic. In the latter case, various synthetic thermoplastic resins may include polyethylene, polyvinyl chloride, and polystyrene. What's more, the upper and lower apparatuses have a magnetic back surface which enables simple lift away and re-positioning. Both are contoured in form with a somewhat rigid curvature pliable enough to bend.;Moreover, a smart watch and/or other electronic devises like an iPod Touch can be integrated for optimum utility and functionality. For example, in one instance is a pilot assist system. There are of course many other like a golf (putting) assist system, doctors-dentist assist system, and/or a military (service-person) assist system. Importantly, these are just a few likely industry applications. In the first example, a tailored mobile software application can be utilized like ForeFlight Mobile or JeppCharts. In the second, Clinometer. The third . . . MyChart for doctors. Lastly, ClipBoard Manager for military individuals. |
