Aerospace & Defense
Mar 12, 2017
Not wearing a seat belt exposes a passenger (and his or her neighbors) to the risk that a turbulence encounter will lift them briefly out of their seat and then return them abruptly back down, possibly on an armrest, a galley cart or another passenger. If the passenger is up walking about, the potential for injury from falling or landing awkwardly on hard objects during a turbulence encounter is even greater. Therefore, observing and obeying the fasten seat belt sign is a key safety precaution. Keeping this in mind, safety level can be brought to next level by automating ...
Mountain View, California
Mar 9, 2017
The problem: getting small satellites into space. If you're with a typical nonprofit, university, or small-budget government program without millions of dollars and years to spare, but want to use the "common heritage of mankind" above our heads to help your mission, you build a small, cheap satellite. But rockets today are designed to take big satellites, not small.
There are no commercially available rockets today with a payload of less than 100 kilograms. The smallest now under serious development (except ours) are around 20. But the dominant small satellite standard is the CubeSat, massing 1-5 kilograms. Their only ways ...
JULLS appears as single form-factor of Light-set that could be equipped with interchangeable lights and other equipment of standard size for different goals.
Form-factor and design of JULLS could provide more efficiency and economy of resources in processes of prototyping, producing, supplying, exploitation and repairing or changing of vehicles lights and of vehicles, equipped with JULLS.
Today all producers of military vehicles lights use unique form-factors, designs and measures of such lights that raising their costs and prices, make some difficulties and rise processes of supplying of final customers.
Form-factor and design of JULLS give possibility ...
We all would have heard of Elon Musk’s proposed Hyperloop system and the competition to design certain aspecs of the Pod, and of particular interest was how to provide a braking system. How do you brake or stop a Pod that is traveling through a vacuum tube at up to 760 mph (1,223 km/h), that was the problem given to engineering students around the world. I am not an engineer, I am an inventor, and this is my solution. You use the Linear Motor that has propelled the pod to the high speeds required, to act as a braking ...
This particular Nuclear Powered Aircraft uses heat generated during Nuclear Fission to generate steam from stored water.
The nuclear fission is performed on a low weight radioactive material like Iodine. The heat so released is used to convert water into steam, which in turn drives the turbine. the water is stored initially in water tank which is at level 1 in the plane, and later is generated by heating air to turn water vapor to water. the fission is controlled according to power demand. the turbine converts steam pressure energy to mechanical energy. this is directed towards the propellers by ...
STAR TO STAR DIRECT COMMUNICATION SYSTEM
Stars emit massive numbers of photons of which some are waste some are converted into other. This is to use wasted photons emits by stars for communication with stars to stars. It does not have calculated the exact number of stars. But to one star others are visible. My idea to use the old light house communication system for communication by covering and uncovering the star by a machine.
It can use the satellites which send close to the other stars. Need only simple shelter which may be folded and expanded. ...
State of the Art, Novel Technology, Featured Project Development / Space, Satellite and Habitat, Power-Plant, Generator, Self-Feed Unit; H2O=>HHO=>H2O=>HHO=>Etc... *4 Systems All in One Unit, One By One, Plus Four-4 Projects added One to Other; *·1-Gearturbine, ·2-Imploturbocompressor, ·3-Dynamic Generator, ·4-Electrolysis System:
·1-GEARTURBINE; Rotary-Turbo-InFlow Tech, Have the similar basic system of the Aeolipilie Heron Steam Turbine device from Alexandria 10-70 AD * With Retrodynamic = DextroRPM VS LevoInFlow + Ying Yang Way Power Type - Non Waste Looses *8X/Y Thermodynamic CYCLE Way Steps. 4 Turbos, Higher efficient percent. No blade erosion by sand & very low heat target signature Pat:197187IMPI ...
TWO SEATS (PILOT AND CREW) COMBAT, STEALTH AND STOVL AIRPLANE HAVING THE FOLLOWING MAIN CHARACTERISTICS:
LENGHT= 20,6 m
WINGSPAN= 14,2 m
HEIGHT= 3,66 m (Gears out)
MTOW= about 40,000.00 kgs
CEILING= 60,000.00 ft
SPEED= over 2,2 MACH (IAS)
ENGINES= N.2 PW100 powered FADEC (190 kN per single engine with AB)
FAN LIFT= 90 kN + (12+12 kN) FADEC
WEAPONS (MAIN CONFIGURATION):
- N.1 M61A1 VULCAN 6BARRELS CANNON
- N.1 JDAM JBU-31 (FRONT CENTRAL WEAPON BAY)
- N.2 AMRAAM (FRONT CENTRAL WEAPON BAY)
- N.2 AIM7 SPARROW (FRONT CENTRAL WEAPON BAY)
- N.2 AIM7 SPARROW (SIDEWARD FRONT CENTRAL WEAPON BAY ...