Accidents often occur on hilly roads with cars falling down. All of the passengers (with driver) are dead from this accident and fortunately which persons are alive, they are deadly wounded. I send an idea to prevent these accidents.
For my innovation, on a car that runs on hilly roads, to be fitted with four extra (supported) wheels with chassis, which are foldable when needed. Two wheels to be fitted at just rear position of front spring plate and these wheels can fold parallel with chassis towards back side. Another two wheel to be fitted at the end of ...
There is no doubt now that we can create machines, driven by the force of gravity https://www.researchgate.net/publication/298045558_Method_for_converting_gravity_force_spring_force_and_force_of_permanent_magnets_in_a_rotary_motion.
My method of converting gravity force into rotary motion, described here: http://www.ipaustralia.com.au/applicant/zenin-vladimir-mr/patents/AU2013267055/, leads to the need to create complex engines.
In this article, I chose the way to explain the conversion method in models of a simple design. After that, the processes occurring in engines of complex design will be more understandable. I hope many of you are familiar with walking on the barrel. This little trick is some kind of pleaser (even if you fall off) and a fun way ...
My Hovercraft has the capability to operate over almost any flat surface including shallow water, ice, vegetation, mud, logs and debris, rapids and flood plains. Hovercraft are marine vessels which operate by creating a cushion of air between the hull of the vessel and the surface below.
-Width: 1432,546 cm
-Length: 2646,917 cm
-Height: 1249,097 cm
-Passengers (excluding crew): 120
-Maximum payload: 25 tonnes
-Maximum speed at full payload: 90 k/h (48,5 knots)
-Normal endurance hours: 20
-Engine type: 2 x MAN diesel engines
-Hull material: Marine grade alluminum
What problem does your design idea solve?
-The ability ...
An earlier entry described an ambitious Advanced ACV (Hovercraft).
Design iterations around the XFlo Blower arrangement showed problems which are taking longer than anticipated to resolve.
This interim Design shows the Main Intent of the Concept and incorporates known technologies that are going mainstream via Griffon Hoverwork in the United Kingdom.
1...The Lift System utilizes an Advanced Skirt Design which in principle follows the guidelines of the Griffon 995ED ACV
1,1 The Lift Fans are advanced mixed flow types individually powered by BLDC Motors providing asymmetrical delivery as required to the cushion
2...The Propulsion System utilizes ...
GREAT PLAINS DIESEL TECHNOLOGIES, L.C. (GPDT)
GPDT offers continuous direct control of diesel fuel injector needle lift, to control fuel injection flow rate. This is but one application of a robust, durable mechatronic actuator technology.
In the early 2000s, increasing the speed at which a fuel injector could open and close helped reduce emissions. A faster solenoid was needed to more rapidly shuttle the injector servovalve which in turn directed fuel pressure to only open or close the injector needle. First applied to injectors in 1913, physics limits solenoid speed.
United States Patent 7,255,290 embodies a theory for how to speed up ...
IC Combustion Enhancement by Air Ionization for Engine Peripherals i.e. EGR Supply etc.
Numerous patents have been issued that treat the entering air stream in IC engines prior to combustion with a goal of ionizing air thereby enhancing combustion. The literature states that a successfully ionized air stream will be transformed into reactive oxygen species (ROS) that aid combustion in the cylinder by creating the first stage of combustion prior to the cylinder. None of the devices proposed for IC engine air treatment have been successful in becoming a main stream commercial reality.
A common manifestation of air ionization ...
Riding a motorcycle in heavy traffic is a nerve-wracking and dangerous experience, because despite being open, there are large blind spots on motorcycles. Being aware of the position and relative speed of the vehicles around you is paramount to your safety.
Haptic Traffic Location will adapt sensors used on automobiles. They will be mounted on the back of the motorcycle and wirelessly transmit the strength (distance) signal to an array of haptic vibrators like those used in cell phones embedded in the back of a jacket.
With practice, the rider will learn to correlate the position and intensity of ...
Stringent CO2 emission legislation puts pressure on car manufacturers to search for cost effective methods to introduce alternative powertrains and to reduce the weight of cars with 200kg on average by 2025.
The weight reduction not only enables an improved fuel economy, but also enables the introduction of infotainment systems, safety systems and for example heavy battery packs for EVs.
Shifting from steel solutions to aluminum (1/3 of the density) is the first step in this race. The next level, to cut weight by an additional 50%, is the introduction of thermoplastic solutions.
ForTii PA4T is the next best ...
Our company, Potential Difference Inc., is now commercializing a new electric vehicle generator innovation that reverses the electric vehicle (EV) regenerative braking paradigm and introduces Electric Vehicle Regenerative Acceleration.
As the name implies EV Regenerative Acceleration accelerates the EV while recharging the EV's batteries rather than decelerating it as per EV regenerative braking.
EV regenerative braking occurs as a result of Generator Armature Reaction, which is a Counter-Electromagnetic-Torque produced inside the generator by the magnetic fields which are created around the current bearing wires inside all conventional generators when they are placed on-load and when delivering electric power, in ...
NASA Langley Research Center has developed a portfolio of technologies regarding clock synchronization in distributed systems. Distributed synchronous systems that are required to provide globally coordinated operations require each component (node) in the system to be precisely synchronized. Such systems could include electronic components within an aircraft or automobile, or large-scale networks of components that communicate with each other (e.g. multiple aircraft or automobiles). NASA's technologies provide for very quick synchronization while tolerating various faults. These protocols provide distributed autonomous synchronization (i.e. no master clock signal required) and do not rely on any assumptions regarding the initial state of ...