Robotics Quizzies 4 , 5 , and 6

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3 broad categories of robots are …

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I WILL GET AN A ON MY ROBOTICS MIDTERM EXAM! I WILL PASS WITH A HIGH SCORE! EVERYTHING WILL BE OKAY!

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3 broad categories of robots are …

  • stationary

  • wheeled

  • walking

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2
<p>SCARA stand for …</p>
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<p>SCARA stand for …</p>

SCARA stand for …

Selective Compliance Articulated Robot Arm

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3
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What type of robot only has translational movement?

Cartesian

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4
<p>This is an example of a ____________ drive system.</p>
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<p>This is an example of a ____________ drive system.</p>

This is an example of a ____________ drive system.

harmonic

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5
<p>Name an <strong>industrial</strong> task, a robot end effector might handle. <strong>Your answer should end in &quot;ing&quot;</strong></p>
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<p>Name an <strong>industrial</strong> task, a robot end effector might handle. <strong>Your answer should end in &quot;ing&quot;</strong></p>

Name an industrial task, a robot end effector might handle. Your answer should end in "ing"

  • material handling

  • welding

  • painting

  • drilling

  • deburring

  • palletizing

  • spraying

  • picking

  • placing

  • assembling

  • 3D printing

  • engraving

  • machining

  • operating

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6
<p>The Unimate is an example of __________ robot geometry.</p>
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<p>The Unimate is an example of __________ robot geometry.</p>

The Unimate is an example of __________ robot geometry.

polar

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7
<p>In RoboDK, what does this menu icon represent?</p>
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<p>In RoboDK, what does this menu icon represent?</p>

In RoboDK, what does this menu icon represent?

The online library

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8
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If you are having difficulty with a particular tool in RobotDK, the easiest way to get more information is to ....

press F1

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9
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Which coordinate system is at the base (AXIS 1) of an industrial robot?

world

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10
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What are 2 conditions that must be met in order to jog the Kuka robot arm?

  • Robot must be in Teach Mode

  • The enabling switch must be pressed

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11
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Which 3 statements below accurately describes the WORLD coordinate system?

  • The arm can move linear in, and rotate in X , Y , and Z

  • By default, the world coordinate system is located in the base of the robot

  • All 6 axes may move for the robot arm to attain a position in X , Y , or Z

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12
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What are the 2 predetermined FEATURES on the Universal robot?

  • Base

  • Tool

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13
<p>Which symbol represents the Tool Coordinate system?</p>
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<p>Which symbol represents the Tool Coordinate system?</p>

Which symbol represents the Tool Coordinate system?

d

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14
<p>This is an example of …</p>
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<p>This is an example of …</p>

This is an example of …

the right hand rule

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15
<p>Which set of coordinates best describe where the pallet is located in respect to the base of the robot?</p>
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<p>Which set of coordinates best describe where the pallet is located in respect to the base of the robot?</p>

Which set of coordinates best describe where the pallet is located in respect to the base of the robot?

X = 100 , Y = 300 , Z = 10

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3 places a robot could receive a digital input signal  include:

  • safety equipment (light curtain)

  • a light sensor

  • an external switch is on (1) or off (0).

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17
<p>Match the axis rotation with its movement description.</p>
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<p>Match the axis rotation with its movement description.</p>

Match the axis rotation with its movement description.

  • rotation about the X axis : roll

  • rotation about the Y axis : pitch

  • rotation about the Z axis : yaw

  • swing

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18
<p>Where on the RoboDK screen  would you jog the shoulder axis (Axis 2)?</p>
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<p>Where on the RoboDK screen  would you jog the shoulder axis (Axis 2)?</p>

Where on the RoboDK screen  would you jog the shoulder axis (Axis 2)?

D

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<p>This screen shows where you would.....</p>
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<p>This screen shows where you would.....</p>

This screen shows where you would.....

jog the robot by axis

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A tool (attached to the flange of a robot arm) coordinate system will always be based on the ____________.

TCP

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On the Kuka robot, jogging the robot arm can only occur when in ____________ mode, when the ____________ _____________ is in the middle position.

  • manual

  • enabling switch

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22
<p>How many time do you have to press an ON or POWER ON button to activate the Universal Robot?</p>
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<p>How many time do you have to press an ON or POWER ON button to activate the Universal Robot?</p>

How many time do you have to press an ON or POWER ON button to activate the Universal Robot?

3

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_______________  _________________ jogging allows the TCP to move along the X-Y-Z axes.

tool coordinate

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24
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FEATURE on a Universal Robots is equal to a ________________ on RoboDK.

FRAME

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The _____________________________________is the point on the tool/end of arm system where weight is distributed evenly on each side (of the point).

center of gravity

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26
<p>An irregular pose of an articulated arm robot, where joints are aligned, and cannot resolve the next position is called __________________.</p>
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<p>An irregular pose of an articulated arm robot, where joints are aligned, and cannot resolve the next position is called __________________.</p>

An irregular pose of an articulated arm robot, where joints are aligned, and cannot resolve the next position is called __________________.

singularity

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Which 2 of these are characteristics of a MoveL and MoveC commands?

  • The tool follows a defined path

  • The path is predictable

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Which would be the best time to use MoveJ?

Moving through an open space with no obstructions

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RoboDK is an example of

Flexible Offline programming

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<p>This type of robot move has a constant TCP speed and “blends” the waypoints.</p>
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<p>This type of robot move has a constant TCP speed and “blends” the waypoints.</p>

This type of robot move has a constant TCP speed and “blends” the waypoints.

MoveP

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31
<p>On the UR robot, what are the units used for the Tool Speed?</p>
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<p>On the UR robot, what are the units used for the Tool Speed?</p>

On the UR robot, what are the units used for the Tool Speed?

mm/sec

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32
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What would be 2 reasons for using a WAIT or PAUSE command in a computer program?

  • After a call for a gripper to open or close

  • Waiting for an input signal from a sensor

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33
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What are 3 characteristics of LINKED waypoints?

  • It is possible to re-use the same waypoint in the program

  • They share their position

  • Each linked waypoint can have unique speed and acceleration

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34
<p>What are 2 differences between a MoveL ,and a MoveL with a blend?</p>
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<p>What are 2 differences between a MoveL ,and a MoveL with a blend?</p>

What are 2 differences between a MoveL ,and a MoveL with a blend?

  • with a blend the robot and will not stop at the waypoint

  • with a blend the robot will take a curved path around the waypoint

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35
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What is a "Popup" used for in a program?

It will pause the program and wait for the operator to either stop the program or click "Continue".

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36
<p>Which motion produces a predictable robot path?</p>
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<p>Which motion produces a predictable robot path?</p>

Which motion produces a predictable robot path?

point to point motion commands with path control

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If a change is made in a programming point or waypoint, you should always run the program _____________________.

at reduced velocity, to test its performance

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<p>The only way to resolve a &quot;singularity&quot; is to....</p>
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<p>The only way to resolve a &quot;singularity&quot; is to....</p>

The only way to resolve a "singularity" is to....

put the robot in joint jogging mode and jog the affected joint

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For a MoveC you need 3 things.

<ul><li><p>starting point</p></li><li><p>via point</p></li><li><p>end point</p></li></ul>
  • starting point

  • via point

  • end point

<ul><li><p>starting point</p></li><li><p>via point</p></li><li><p>end point</p></li></ul>
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