Automotive and manufacturing industries have taken many transformations. One of the major transformations is computerization of their systems. Computerizing these systems has raised levels of safety of vehicles and other machines. Active alignment is one of the technologies that have brought us this far and it is done using computers.
Present day automobiles come with actively aligned cameras which let the drivers see everything around the automobile. A monitor installed inside the vehicle lets the driver access all the camera views. At night infra red night vision is active and it provides an even better view for the drivers to use when driving.
This kind of alignment has helped drivers come out of compromising situations. The actively aligned cameras also warn the driver when the vehicle is too near to a pedestrian, another vehicle or any other obstacle. The driver can therefore avoid such imminent accidents. Statistics show that actively aligned automobiles have recorded very few accidents compared to the rest.
Sensors are incorporated in the vehicle control system in such a way that they can take over when the driver is unable to control the vehicle. The sensors can force the car to brake to avoid accidents. Airbags also automatically come out when an accident takes place. The cameras also have an analog video recorder which records information. In the event of an accident crash investigators use this information to access the accident cause.
Both planar and single channel systems are utilized to actively align processes of manufacturing. Quality performing products are acquired easily because adjustment is made on the manufacturing processes dynamically. Safety for workers has also improved because they no longer have to make the changes by hand.
It is very easy to make even minor measurements and adjustments. This means that quality and performance of products has improved significantly. In the long run active alignment is also cheaper than passive methods.
Present day automobiles come with actively aligned cameras which let the drivers see everything around the automobile. A monitor installed inside the vehicle lets the driver access all the camera views. At night infra red night vision is active and it provides an even better view for the drivers to use when driving.
This kind of alignment has helped drivers come out of compromising situations. The actively aligned cameras also warn the driver when the vehicle is too near to a pedestrian, another vehicle or any other obstacle. The driver can therefore avoid such imminent accidents. Statistics show that actively aligned automobiles have recorded very few accidents compared to the rest.
Sensors are incorporated in the vehicle control system in such a way that they can take over when the driver is unable to control the vehicle. The sensors can force the car to brake to avoid accidents. Airbags also automatically come out when an accident takes place. The cameras also have an analog video recorder which records information. In the event of an accident crash investigators use this information to access the accident cause.
Both planar and single channel systems are utilized to actively align processes of manufacturing. Quality performing products are acquired easily because adjustment is made on the manufacturing processes dynamically. Safety for workers has also improved because they no longer have to make the changes by hand.
It is very easy to make even minor measurements and adjustments. This means that quality and performance of products has improved significantly. In the long run active alignment is also cheaper than passive methods.
About the Author:
You can visit the website http://www.kasalis.com for more helpful information about active alignment.
No comments:
Post a Comment