Off-line Programming (OLP) is a Robot programming method where the Robot Program is created independent from the actual robot cell. The robot program is then uploaded to the real robot for execution. In off line programming the robot cell is commonly represented as a graphical 3Dmodel.
ANSWERWhat kind of robot do you mean? There are a lot of them.Is it mobile or not? What must your robot do?If it is mobile, f.e. robot vacuum-cleaner it has:- central processor- chassis (wheels)- sensors (to detect walls, furniture etc)- vacuum cleanerIf it is not mobile, f.e. welding robot on cars plant it has:- central processor- video camera ("eyes") or some other kind of sensors- manipulator with the welding deviceIf you mean the humanoid robot the things are more sophisticated- power central processor (brain)- eyes- ears- speaker- arms- legsand so on
Engineers are the ones that make the majority of a robot. Mechanical engineers build the parts, and software engineers create the programs. Electrical, pneumatic, industrial and hydraulic enngineers are all disciplines that are involved.
he is the first person to make a robot.
It is industrial
Off-line Programming (OLP) is a Robot programming method where the Robot Program is created independent from the actual robot cell. The robot program is then uploaded to the real robot for execution. In off line programming the robot cell is commonly represented as a graphical 3Dmodel.
EusLisp Robot Programming Language was created in 1986.
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Industrial robots can create jobs in programming
The three main parts of an industrial robot are mechanical, electrical, and programming-related. At its most basic, a robot includes an arm, a controller, and a teach pendant. All three communicate with one another. The teach pendant is a hand held device used to program the robot. The controller is a box with all the electrical parts necessary to direct the robot's movements. The robotic arm requires the other two components to function.
in car companies
Anyone can make them. All you need is the parts, a computer with robot programming software, and a way to get the robot's program to its brain.
An autonomous robot has complete control over its actions and can think for itself. It can learn and adapt very much like AI. A semiautonomous robot is controlled by its programming and is restricted to what its programming tells it. It can not learn further than a certain point. A manual robot is just that. A robot that must be controlled manually by someone or something. It needs to be told what to do, how to do it, and when to do it. It cannot learn or think for itself.
No, however their programming can be used to 'give birth' to new models of robots.
Robot software is used to perform autonomous tasks. Many software systems and frameworks have been proposed to make programming robots easier.
An industrial robot is designed to work- to build things. You see in car factories how the arms are putting the cars together- that is an industrial robot. They are programmed to make certain moves and perform certain tasks. The reason why companies use robots is because they don't have any needs (food, toilet, sleep) except electricity, so they can always be at work.
An industrial robot which repeats the same sequence of motions continuously.