Aerospace & Defense - 2014
The MACAS-UAS will use the installed electro-optical and infrared sensor units, common devices installed to today’s military-security UAV/UAS and future civilian UAV/UAS, that conduct or will conduct maritime operations.
During emergency conditions such as a loss of remote control signal-malfunction-damage of a critical system-no more fuel-ditching procedure, the electro-optical and infrared sensor unit inputs will be processed by image processing software, which will automatically provide basic emergency inputs to the autopilot of the UAS/UAV, when a possible obstacle will be detected and its course will be tracked, inside the initial UAS ditching flight path. The automatic flight path change ...
Karaikudi, Tamil Nadu
Jun 25, 2014
MICRO LASER SOLAR WITH NANO TECHNOLOGY RUPEES NOTE
Keeping in mind the present situation all of our country with heavy black money, theft , robbery , cheating,election black money, bank & ATM theft, misuse government money, we have designed this MICRO LASER SOLAR WITH NANO TECHNOLOGY RUPEES NOTE with more stability and can be used in all situations.
Advantages & benefits:
1. Stop black money
2. Better safety for banks & ATMs
3. Stop misuse of government money
4. Stop Theft
5. Stop Robbery
6. Stop election black money
7. Can be used by all levels of ...
The aerospace industry has been searching for methods for 3D printing with metals, however it's something yet too far. The Mold3d technology comes to circumvent this problem by transforming printed plastic parts into injected metal parts ready for use, without any decrease in resolution and quality.
Mold3d is a technology to fabricate extremely complex pieces in a cheap and fast way. Using a 3D printer with more than 1m³ of usable volume and special materials, the technology consists of printing a piece in a soluble high-precision plastic and depositing it into a block of clay. After hardening the clay, ...
My aircraft concept is to take a single aircraft platform and turn it into as many different roles as needed by our changing combat and survailence priorities.
The aircraft I have chosen as my concept platform is the ARES type 151, designed by Burt Rutan and built by Scaled Composites, it is a low cost ground support aircraft designed for the ARMY and first flew in 1990 but was not put into production.
I would modify this design to lengthen the fusalage so the cockpit would extend to just forward of the forward swept canards, shorten the verticle stabilizer ...
Bacolod City, Western Visayas
May 18, 2014
The proposed concept is a jet engine harnessing the advantages and amplifying characteristic of two or more linear combustions taking place inside the engine all together at the same time. The engine is composed of a combustor as usual, and a nozzle with an extended length to provide space for additional fuel feeders or injectors and at the same time confine two or more combustions inside the engine. Each combustion represents one stage each, which will take place inside the engine all together at the same time so that the velocities of combusted gases are amplified by providing the ...
After the disappearance of an airliner in midair earlier this year, ICAO organized an exclusive Special Meeting on Global Flight Tracking of Aircraft: “Meeting participants will explore the use of existing technologies that may provide the means to support globally track airline flights at a reasonable cost.” In our view the dedicated satellite tracking link as a vital part of envisioned system must have specific features to differ from existing satellite communication networks that the best way is the dedicated satellite network to be designed from scratch.
The tracker operates independently from embedded avionics and traffic control systems. It is ...
Practical manned Vertical Take-Off and Landing aircraft have yet to develop from multi-rotor technology. Although small-scale multirotor vehicles are now common, they do not scale well to viable manned systems and lack endurance for hover and cruise. Current multi-rotor vehicles generally use direct-drive differential rotor stabilization. They “cruise” by negatively pitching the entire vehicle, unlike a helicopter which pitches just the rotor head for forward thrust. A new class of vehicles (Type A) has been developed which utilize multi-rotors, but cruise on wings. A separate proprietary winged Type B uses multi-rotors, a high L/D gyroscopic wing-disk and outboard fans ...
Cagayan De Oro City, Misamis Oriental
May 2, 2014
The start of widespread use of drones was a significant leap for the world's military & other agencies. Most, if not all designs however, are limited to a particular role.
Current fielded UAV/UCAVS, such as the MQ Predator/Reapers on one hand, primarily employed in surveillance & ground strike roles, lack a real capability of performing air combat & lacking full autonomy, while in the other, drones such as the RQ Global Hawk, whilst having autonomy, lack the capability to attack targets.
How do we address this? The solution is simple: Design/build a UCAV capable of performing not just in ...
Ring Vortices - . In recent conflicts our military interact with civilians either in battles or violent demonstrations so non-lethal weapons must be reconsidered, after earlier programs were terminated. Analytical and experimental efforts regarding the ring vortex generators started 50 years ago when I operated my open channel shock tube in the engine laboratory of U.C. Berkeley. The initial shock wave created by the outflow from the tube startled people who, if they were in the line of fire, reacted violently to the ring vortex that followed. No harm was done, but all avoided the expected trajectory of the ...
Atypical InFlow Thermodynamic Technology Proposal Submission
Novel Fueled Motor Engine Type
This innovative concept consists of hull and core where are held all 8 steps of the work-flow which make the concept functional. The core has several gears and turbines which are responsible for these 8 steps (5 of them are dedicated to the turbo stages). The first step is fuel compression, followed by 2 cold turbo levels. The fourth step is where the fuel starts burning – combustion stage, which creates thrust for the next, 5th step – thrust step, which provides power to the planetary ...