Hy-wire Technology: Artificial Intelligence Replacing Man's. Era lead forward by leading car manufacturer General Motors. The idea was. Hy-Wire Cars Ppt - Download as Powerpoint Presentation .ppt /.pptx), PDF File ( .pdf), Text File .txt) or view presentation slides online. Hy-Wire Car Full Report - Download as Word Doc .doc), PDF File .pdf), Text File .txt) or read online.
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Hy Wire Car, Ask Latest information, Hy Wire Car Abstract,Hy Wire Car Report,Hy Wire Car Presentation (pdf,doc,ppt),Hy Wire Car technology discussion,Hy. In this we describe about car that runs on Hydrogen. ➢ We give in Hydrogen as source of fuel for running the vehicle. ➢ The technology used in this is “WIRE”. INTRODUCTION. ➢Cars are immensely complicated machines, but they do an incredibly simple job. ➢Most of the complex stuff in a car is decided to turning.
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Veena Kulkarni. Ashish Pandey. Akhil Menon. Gaurav Soni. Sahil Jain. Jaydeepsinh Solanki. Srajit Saxena. More From Ashish Pandey. Popular in Health.
Coaching for Character Mechanisms of Influence On. Syed Idrushahab. Hyojin Im. Vero Romero. Scott Cristobal Ingaruca. Yuli Hdy. Toxoplasma — the brain parasite that influences human culture: It transmits a constant stream of electronic command signals from the car controller to the central computer. It sends electronic signals to the motor control unit to vary the speed.
Ten physical linkages lock the body to the chassis structure. To steer the car. To accelerate. The driver's control unit.
Electronic motion sensors. Buttons on the controller let you switch easily from neutral to drive to reverse. Since absolutely everything is hand-controlled. The controller has two ergonomic grips.
It's also easy to adjust the X-drive up or down to improve driver comfort. It would also be possible in this sort of system to store distinct control preferences for each driver in the family. A second monitor. In future drive-by-wire vehicles.
The 5. One of the coolest things about the drive-by-wire system is that you can fine-tune vehicle handling without changing anything in the car's mechanical components -.
Since it doesn't directly drive any part of the car. In the current Hy-wire sedan model. It also gives you rear-view images from video cameras on the sides and back of the car. The big concern with drive-by-wire vehicles is safety. The other major hurdle for this type of car is figuring out energyefficient methods for producing.
With the current state of technology. Since there is no physical connection between the driver and the car's mechanical elements. In order to make this sort of system viable in the real world. But even if the Hywire team doesn't meet this goal.
hy wire cars pdf
GM and other automakers are definitely planning to move beyond the conventional car sometime soon. In all likelihood. With adequate safety measures like this. Another problem is adding adequate crash protection to the car. So will we ever get the chance to download a Hy-wire?
General Motors says it fully intends to release a production version of the car in The life on the high way will see some major changes within the next few decades. Flag for inappropriate content.
Related titles. Design and investigation on a novel system coupling a natural gas reformer and. Jump to Page.
The Hy-Wire Car
Search inside document. GM's diagram of the Autonomy design. The Hy-wire's X-drive. The X-drive can slide to either side of the vehicle. GM concept of the Autonomy with and without a body attached.
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Salamah ambar. Marco Narco Torre. Camilo Lacouture. Omar Vega. But it takes its orders from a higher power -- namely, the driver in the car body. The computer connects to the body's electronics through a single universal docking port.
This central port works the same basic way as a USB port on a personal computer: It transmits a constant stream of electronic command signals from the car controller to the central computer, as well as feedback signals from the computer to the controller. Additionally, it provides the electric power needed to operate all of the body's onboard electronics. Ten physical linkages lock the body to the chassis structure.
GM's diagram of the Autonomy design The driver's control unit, dubbed the X-drive, is a lot closer to a video game controller than a conventional steering wheel and pedal arrangement. The controller has two ergonomic grips, positioned to the left and right of a small LCD monitor.
To steer the car, you glide the grips up and down lightly -- you don't have to keep rotating a wheel to turn, you just have to hold the grip in the turning position. To accelerate, you turn either grip, in the same way you would turn the throttle on a motorcycle; and to brake, you squeeze either grip.
Electronic motion sensors, similar to the ones in high-end computer joysticks, translate this motion into a digital signal the central computer can recognize.
Buttons on the controller let you switch easily from neutral to drive to reverse, and a starter button turns the car on. Since absolutely everything is hand-controlled, you can do whatever you want with your feet imagine sticking them in a massager during the drive to and from work every day.
The Hy-wire's X-drive The X-drive can slide to either side of the vehicle. The 5. It also gives you rear-view images from video cameras on the sides and back of the car, in place of conventional mirrors. A second monitor, on a console beside the driver, shows you stereo, climate control and navigation information.
Since it doesn't directly drive any part of the car, the X-drive could really go anywhere in the passenger compartment.
-BY Ashish Pandey (Te Mechanical)
In the current Hy-wire sedan model, the X-drive swings around to either of the front two seats, so you can switch drivers without even getting up. It's also easy to adjust the X-drive up or down to improve driver comfort, or to move it out of the way completely when you're not driving.
One of the coolest things about the drive-by-wire system is that you can fine-tune vehicle handling without changing anything in the car's mechanical components -- all it takes to adjust the steering, accelerator or brake sensitivity is some new computer software.
In future drive-by-wire vehicles, you will most likely be able to configure the controls exactly to your liking by pressing a few buttons, just like you might adjust the seat position in a car today. It would also be possible in this sort of system to store distinct control preferences for each driver in the family. GM concept of the Autonomy with and without a body attached The big concern with drive-by-wire vehicles is safety. Since there is no physical connection between the driver and the car's mechanical elements, an electrical failure would mean total loss of control.
In order to make this sort of system viable in the real world, drive-by-wire cars will need back-up power supplies and redundant electronic linkages.
Hy-Wire Car Full Report
With adequate safety measures like this, there's no reason why drive-by-wire cars would be any more dangerous than conventional cars. In fact, a lot of designers think they'll be much safer, because the central computer will be able to monitor driver input.
Another problem is adding adequate crash protection to the car. The other major hurdle for this type of car is figuring out energyefficient methods for producing, transporting and storing hydrogen for the onboard fuel-cell stacks.
With the current state of technology, actually producing the hydrogen fuel can generate about as much pollution as using gasoline engines, and storage and distribution systems still have a long way to go see How the Hydrogen Economy Works for more information. So will we ever get the chance to download a Hy-wire?In future it will have a wide application. In this article, we'll look at one interesting vision of the future, General Motor's remarkable concept car, the Hy-wire.
Two basic elements largely dictate car design today:
Hy-wire is quiet, smooth-riding, and lively on the The hydrogen tanks and fuel-cell stack in the Hy-wire This system delivers DC voltage ranging from to volts, depending on the load in the circuit. Hy wire ppt 1. Fuel cell plug-in hybrid. Instead of an engine, it has a fuel cell stack, which powers an electric motor connected to the wheels.