Robotics

Hydraulics is the use of fluids, usually oil or other hydraulic fluids, that are used under pressure to move a piston from the inside of a cylinder to the outside of the cylinder. If you attach this to a lever or tool, it can be used to cut, fold, crimp, move, punch an item or many other tasks. By reducing the pressure in the cylinder, the piston will retract back inside of the cylinder, thus retraction the tool or device it is attached to.

Preumatics does the same action or function by using air under pressure instead of using a fluid.

In a way, they are. But it depends on the circumstances. Most of the things we use on a daily basis are made by machines, this helps speed up the process and thus makes the companies more money. The outcome is generally much better, too. The same goes for operations. Though, a machine is just as liable to make as mistake. Humans have emotion, we fear things, we tremble when scared or feel like somethings going wrong. Machines, however, don't have any emotion.

At a mechanical engineering class at most accredited universities.

Yes, lots of them. Most of his robotic stories revolve around the laws and the flaws in the laws were built in on purpose

Depends on the purpose and functionality of the robot as well as its usage

I like eve.

WALL-E! definitely him!

In any general application, hydraulic fluid is contained inside a system consisting of pumps, actuators, and hoses. The hydraulic fluid is not actually consumed, except in the case of leaking fluid or a fluid change.

One known place in the BARC, which has a department called Dept.of Remote Handling & Robotics. They deal with handling of isotopes, reactor work etc. from a remote location.

Many people are afraid of losing their jobs to robots. They want to feel a sense of purpose in working and they want the income.

Type it into google

If you mean legged race...... make your legs long enough. Just right so it can go fast!

No, cleverbot is not a real person. cleverbot is just the computer generated system. cleverbot talks to thousands of people at once and one person can only talk to so many people. CLEVERBOT IS JUST THE COMPUTER HOWEVER REAL IT MAY LOOK(just to put it bluntly)

There are 7, But here are 5

1. A recognition of the fundmental worth and dignity of every person.

2. A respect for the equality of all persons.

3. A faith in majority rule and an insistance upon minority rights.

4. An insistance of the necessity of compromise.

5. An insistance upon the widest possible degree of individual freedom.

You should analyze your own situation, considering things such as:* What do you like

* What are you good at

* Is there a reasonable amount of jobs in the career you are considering?

* Is it affordable?

Honda Asimo

No, androids is NOT an element or type of element. Perhaps you are referring to actinoids, which are a group of elements that appear in the periodic table.

The lower the cost to buy or build the lower the quality of what you get for the money

One way of doing this, although maybe not the easiest, would be to use a so-called embedded computer. There are a number of embedded computers made for hobbyists that are relatively inexpensive and easy to use. Although these computers cannot themselves control 12 volts DC, they can control transistors or relays which in turn can turn 12 volt DC on and off. Two examples of these computers are the Arduino and the computers made by Parallax.

I have no idea i have tried this myself and as it is a discontinued product there is not any anywhere, sorry!

That is a formidable project.

To control fingers, most likely you should use something like miniature linear motors. The position controls become more of a problem, since you would need to use microcontrollers, analog to digital converters and feedback loops to detect position.

It would be best if you didn't bite off such a big project until after you've learned some of the basics.

good luck.

Instead of using wires to model tendons in humans, the use of hydraulics allows better control of force.

Sensors, solenoids, motors and control computers are all electronic devices.

Every machine must be designed by an engineer. Or in many cases a team of engineers. Once the design is complete, a prototype must be assembled by a person or by many people. This prototype is then tested. After testing, reports are sent back to the engineers who initially designed the machine to have the design perfected. At this point another prototype must be assembled and tested. Once the machine is proven to be fully functional, the machines are put on the market.

These machines then need to be fabricated, assembled and transported to the job site. Humans do all of which.

Of course, over time, these human jobs turned into machine jobs do in fact outnumber the amount of jobs created.

The only jobs that can be done by machines are those who never change. Machines can only be programmed to do one task. Therefore any job that requires moral judgment, the need to differentiate, or even more than one level of thought, cannot be done by any machine or robot.

They are not trademarked as far as I am aware though, of course, they are copyrighted. The have come to be a standard fare in robotic stories. No doubt they will also be incorporated into robots if we ever progress that far.

it means the model number , which is mentioned on the name tag on the motor top or on the side , depending on where the manufacturer puts it.