Ionic Mineral Technologies (Ionic MT) has developed Ionisil™, a nano-silicon anode drop-in technology for lithium-ion batteries. The product is designed to replace graphite (the current mainstream anode material) in the anode of the battery, both partially and completely,
The illustrated row-guidance hitch is a simple mechanism that combines articulation and side shift to provide adjustable on-the-go variable draft and position of tools for in-row fieldwork. The hitch adjustments also provide a way to couple with field implements automatically.
Closed-loop Control of Heliostats in Concentrated Solar Power for Electricity and Hydrogen Production
Concentrated Solar Power (CSP) uses heliostat mirrors to direct sunlight onto a central collector where heat is converted to electric power. CSP has a significant potential cost advantage over photovoltaics, mirror area being less expensive than photocells.
This design idea solves the problems of heavy weight and costs in aircraft and vehicle systems design and manufacturing by eliminating thousands of feet of copper wire that power and connect various systems, most EMI, and time and costs with less additive steps of manufacturing.
There are numerous sources’ of salt water and very limited of fresh water in the world. A lot of different distillers work everywhere but most of them are very expensive and require a lot of energy. We suggest a very cheap distiller with very low consumption of energy.
The illustrated drone is a simple mechanism that combines articulation and side shift to provide adjustable, on-the-go, variable roll, pitch, and yaw.
Past drones have been controlled in several ways, with multi-engine, and counter-rotating blades, for example. Imagine, however,
The illustrated rock crawler axle is a simple mechanism that combines articulation and side shift to provide adjustable on-the-go variable caster and camber angles throughout the range of steering.
Rock crawling/bouncing introduces significant forces on the tires of a vehicle.
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