2016
Entries
Personal Vertical Take Off and Landing (PVTOL) plane is a proposed flight application for Wearable Power Modules (WPM). Primary concern of aviation is safety. PVTOL is composed of three portable functional blocks (1) Power Module (2) Contra Rotating Propellers Module (3) Frame Module (Fig. 1).
In recent decades, cardiac phantoms have proven instrumental in empowering researchers and physicians to develop improved myocardium imaging protocols. Fostering innovation via their reproducibility, durability, and ability to conveniently map various disease pathologies, phantoms are able to bypass problems inherent in using natural hearts for protocol development (legal limitations,
Use of photochromatic windshield on vehicles eliminating the need of sun visors.
(1) Protecting the driver's eyes from sharp, direct sunlight which may be a distraction while driving.
(2) Preventing the need for the driver to take his hand off the steering wheel to open the sun visor.
The Photovoltaic Wind Turbine for Geothermal Heat Pump would lend to the enhancement of the sustainable energy that is available for production by utilizing photovoltaic solar panels mounted on a wind turbine. The wind turbine generator powers a geothermal heat pump.
We have designed, built and tested/installed a very special pipe support that drains liquid/water from the underside of the pipe that is being supported.
The Piston Deactivation Engine
For many decades it has been the desire of motor engineers to create a “flexible” engine with the ability to vary a number of parameters in order to achieve ultimate economy and/or ultimate performance.
Ever increasing specific power of diesel engines has put huge demand on effective thermal management of the pistons for the desired reliability and durability. The life of the piston is related to the temperature distribution in it because of the operating variables.
The Planet Rider is something like an electric car, but is half the size of a Volkswagen Beetle and weighs 200lbs.
THE PRE -- A UNIQUE POWER DENSE &
The project is an automated platform for the treatment of ankle injuries controlled by android app where the user can program the movement, speed and time for exercise the ankle according orthopedic or medical recommendations, and also can move the platform manually through a virtual jostick on the app.
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