Learn Engineering with LEGO: A Practical Introduction to Engineering Concepts
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Elektronisch E-Book |
| Sprache: | English |
| Veröffentlicht: |
Berkeley, CA
Apress L. P.
2023
|
| Ausgabe: | 1st ed |
| Schriftenreihe: | Maker Innovations Series
|
| Schlagworte: | |
| Online-Zugang: | DE-2070s |
| Beschreibung: | Description based on publisher supplied metadata and other sources |
| Beschreibung: | 1 Online-Ressource (431 Seiten) |
| ISBN: | 9781484292808 |
Internformat
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| 245 | 1 | 0 | |a Learn Engineering with LEGO |b A Practical Introduction to Engineering Concepts |
| 250 | |a 1st ed | ||
| 264 | 1 | |a Berkeley, CA |b Apress L. P. |c 2023 | |
| 264 | 4 | |c ©2023 | |
| 300 | |a 1 Online-Ressource (431 Seiten) | ||
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| 490 | 0 | |a Maker Innovations Series | |
| 500 | |a Description based on publisher supplied metadata and other sources | ||
| 505 | 8 | |a Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Introduction -- Chapter 1: The Hub -- Assembling and Charging the Hub -- Controls and Displays -- Exercise: The Motor Spinner -- Activating the Motor -- Project: The Distance Spinner -- Using the Distance Spinner -- Summary -- Chapter 2: Programming -- Using the Robot Inventor App -- Installing and Updating the App -- The Interface -- Connecting the Hub -- Updating the Hub Operating System -- Exploring the Hub Screen -- The Program Design Process -- Writing the Algorithm -- Drawing the Flowchart -- Writing the Program -- Coding in Word Blocks -- Writing Comments -- Coding in Python -- The Complete Code -- Importing Code -- Creating an Object and Assigning It to a Variable -- Displaying Text on the Hub Screen -- Beeping the Hub Speaker -- Setting the Center Button Light -- Waiting Ten Seconds -- Ending the Program -- Downloading and Running Code -- Debugging and Troubleshooting -- Project: The Dance Floor -- The Word Blocks Code -- The Python Code -- Defining a Variable -- Beginning the Loop and Checking for a Button Press -- Setting the Center Button Light Color -- Beeping the Hub Speaker -- Lighting Up a Pixel -- Setting the Tempo with a Delay -- Incrementing a Variable -- Checking the Value of a Count -- Summary -- Chapter 3: Building Elements -- Liftarms -- Straight Liftarms -- Bent Liftarms -- Rectangular Liftarms -- Connecting Liftarms -- Pins -- Axles and Bushes -- Exercise: Triangular Structures -- Connectors -- Exercise: Symmetric Objects -- Project: Mechanical Linkages -- The Universal Joint -- The Eccentric -- Summary -- Chapter 4: Gears -- Gears in the Robot Inventor Set -- Spur Gears -- Beveled Gears -- Speeding Up Rotation, or "Gearing Up" -- Slowing Down Rotation, or "Gearing Down" -- Exercise: The Many-Geared Machine | |
| 505 | 8 | |a Direction of Rotation -- Calculating Gear Ratio for More Than Two Gears -- Exercise: The Torque Demonstrator -- Lowering Torque by Gearing Down -- Raising Speed by Attempting to Raise Input Torque (and Failing) -- Exercise: The Compound-Gear Spinner -- Project: Two-Speed Transmission -- Summary -- Chapter 5: Mechanisms -- Exercise: The Ratchet -- Exercise: The Cam -- Exercise: The Differential -- Assembling the Differential -- The Differential Demonstrator -- Exercise: Turntables -- Project: The Mechanized Cannon -- Summary -- Chapter 6: Motors -- Speed and Angle -- Exercise: The Speed and Angle Demonstrator -- Controlling Motor Speed in Word Blocks -- Controlling Motor Speed in Python -- Setting Motor Angle in Word Blocks -- Setting Motor Angle in Python -- Exercise: Understanding Torque and Stall -- Exercise: Powering a Vehicle with a Tank Drive -- Building the Tank -- Programming the Tank -- The Word Blocks Code -- The Python Code -- Exercise: Using a Motor As a Rotation Sensor -- Building the Position Mimic -- Programming the Position Mimic -- The Word Blocks Code -- The Python Code -- Project: The Rear-Wheel Drive Car -- Building the Rear-Wheel Drive Car -- Programming the Rear-Wheel Drive Car -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 7: The Motion Sensor -- Tilt Angle: Yaw, Pitch, and Roll -- Exercise: Programming with Tilt Data -- Measuring Tilt Angles in Word Blocks -- Measuring Tilt Angles in Python -- Exercise: The Cat Sound Generator -- The Word Blocks Code -- The Python Code -- Other Motion Sensor Measurements: Gyro Rate and Acceleration -- Project: The Up Pointer -- Building the Up Pointer -- Programming the Up Pointer -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 8: The Distance Sensor -- Exercise: The Ultrasonic Tape Measure -- Building the Ultrasonic Tape Measure | |
| 505 | 8 | |a Programming the Ultrasonic Tape Measure -- The Word Blocks Code -- The Python Code -- Project: The Scanning Cannon -- Building the Scanning Cannon -- Programming the Scanning Cannon -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 9: The Color Sensor -- Exercise: The Brightness Beeper -- Building the Brightness Beeper -- Programming the Brightness Beeper -- The Word Blocks Code -- The Python Code -- Project: The Color Sorter -- Building the Color Sorter -- The Baseplate -- The Chute -- The Pusher -- The Basket -- Final Assembly -- Programming the Color Sorter -- The Word Blocks Code -- The Python Code -- Summary -- Correction to: Learn Engineering with LEGO -- Correction to: -- Appendix A -- Index | |
| 650 | 4 | |a Engineering-Experiments | |
| 650 | 4 | |a Experiential learning | |
| 650 | 4 | |a LEGO Mindstorms toys | |
| 776 | 0 | 8 | |i Erscheint auch als |n Druck-Ausgabe |a Koch, Grady |t Learn Engineering with LEGO |d Berkeley, CA : Apress L. P.,c2023 |z 9781484292792 |
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Datensatz im Suchindex
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| adam_text | |
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| author | Koch, Grady |
| author_facet | Koch, Grady |
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| author_sort | Koch, Grady |
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| bvnumber | BV049876084 |
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| contents | Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Introduction -- Chapter 1: The Hub -- Assembling and Charging the Hub -- Controls and Displays -- Exercise: The Motor Spinner -- Activating the Motor -- Project: The Distance Spinner -- Using the Distance Spinner -- Summary -- Chapter 2: Programming -- Using the Robot Inventor App -- Installing and Updating the App -- The Interface -- Connecting the Hub -- Updating the Hub Operating System -- Exploring the Hub Screen -- The Program Design Process -- Writing the Algorithm -- Drawing the Flowchart -- Writing the Program -- Coding in Word Blocks -- Writing Comments -- Coding in Python -- The Complete Code -- Importing Code -- Creating an Object and Assigning It to a Variable -- Displaying Text on the Hub Screen -- Beeping the Hub Speaker -- Setting the Center Button Light -- Waiting Ten Seconds -- Ending the Program -- Downloading and Running Code -- Debugging and Troubleshooting -- Project: The Dance Floor -- The Word Blocks Code -- The Python Code -- Defining a Variable -- Beginning the Loop and Checking for a Button Press -- Setting the Center Button Light Color -- Beeping the Hub Speaker -- Lighting Up a Pixel -- Setting the Tempo with a Delay -- Incrementing a Variable -- Checking the Value of a Count -- Summary -- Chapter 3: Building Elements -- Liftarms -- Straight Liftarms -- Bent Liftarms -- Rectangular Liftarms -- Connecting Liftarms -- Pins -- Axles and Bushes -- Exercise: Triangular Structures -- Connectors -- Exercise: Symmetric Objects -- Project: Mechanical Linkages -- The Universal Joint -- The Eccentric -- Summary -- Chapter 4: Gears -- Gears in the Robot Inventor Set -- Spur Gears -- Beveled Gears -- Speeding Up Rotation, or "Gearing Up" -- Slowing Down Rotation, or "Gearing Down" -- Exercise: The Many-Geared Machine Direction of Rotation -- Calculating Gear Ratio for More Than Two Gears -- Exercise: The Torque Demonstrator -- Lowering Torque by Gearing Down -- Raising Speed by Attempting to Raise Input Torque (and Failing) -- Exercise: The Compound-Gear Spinner -- Project: Two-Speed Transmission -- Summary -- Chapter 5: Mechanisms -- Exercise: The Ratchet -- Exercise: The Cam -- Exercise: The Differential -- Assembling the Differential -- The Differential Demonstrator -- Exercise: Turntables -- Project: The Mechanized Cannon -- Summary -- Chapter 6: Motors -- Speed and Angle -- Exercise: The Speed and Angle Demonstrator -- Controlling Motor Speed in Word Blocks -- Controlling Motor Speed in Python -- Setting Motor Angle in Word Blocks -- Setting Motor Angle in Python -- Exercise: Understanding Torque and Stall -- Exercise: Powering a Vehicle with a Tank Drive -- Building the Tank -- Programming the Tank -- The Word Blocks Code -- The Python Code -- Exercise: Using a Motor As a Rotation Sensor -- Building the Position Mimic -- Programming the Position Mimic -- The Word Blocks Code -- The Python Code -- Project: The Rear-Wheel Drive Car -- Building the Rear-Wheel Drive Car -- Programming the Rear-Wheel Drive Car -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 7: The Motion Sensor -- Tilt Angle: Yaw, Pitch, and Roll -- Exercise: Programming with Tilt Data -- Measuring Tilt Angles in Word Blocks -- Measuring Tilt Angles in Python -- Exercise: The Cat Sound Generator -- The Word Blocks Code -- The Python Code -- Other Motion Sensor Measurements: Gyro Rate and Acceleration -- Project: The Up Pointer -- Building the Up Pointer -- Programming the Up Pointer -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 8: The Distance Sensor -- Exercise: The Ultrasonic Tape Measure -- Building the Ultrasonic Tape Measure Programming the Ultrasonic Tape Measure -- The Word Blocks Code -- The Python Code -- Project: The Scanning Cannon -- Building the Scanning Cannon -- Programming the Scanning Cannon -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 9: The Color Sensor -- Exercise: The Brightness Beeper -- Building the Brightness Beeper -- Programming the Brightness Beeper -- The Word Blocks Code -- The Python Code -- Project: The Color Sorter -- Building the Color Sorter -- The Baseplate -- The Chute -- The Pusher -- The Basket -- Final Assembly -- Programming the Color Sorter -- The Word Blocks Code -- The Python Code -- Summary -- Correction to: Learn Engineering with LEGO -- Correction to: -- Appendix A -- Index |
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| edition | 1st ed |
| format | Electronic eBook |
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| id | DE-604.BV049876084 |
| illustrated | Not Illustrated |
| indexdate | 2024-09-20T04:22:16Z |
| institution | BVB |
| isbn | 9781484292808 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-035215534 |
| oclc_num | 1378166008 |
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| owner | DE-2070s |
| owner_facet | DE-2070s |
| physical | 1 Online-Ressource (431 Seiten) |
| psigel | ZDB-30-PQE ZDB-30-PQE HWR_PDA_PQE |
| publishDate | 2023 |
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| publisher | Apress L. P. |
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| series2 | Maker Innovations Series |
| spelling | Koch, Grady Verfasser aut Learn Engineering with LEGO A Practical Introduction to Engineering Concepts 1st ed Berkeley, CA Apress L. P. 2023 ©2023 1 Online-Ressource (431 Seiten) txt rdacontent c rdamedia cr rdacarrier Maker Innovations Series Description based on publisher supplied metadata and other sources Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Introduction -- Chapter 1: The Hub -- Assembling and Charging the Hub -- Controls and Displays -- Exercise: The Motor Spinner -- Activating the Motor -- Project: The Distance Spinner -- Using the Distance Spinner -- Summary -- Chapter 2: Programming -- Using the Robot Inventor App -- Installing and Updating the App -- The Interface -- Connecting the Hub -- Updating the Hub Operating System -- Exploring the Hub Screen -- The Program Design Process -- Writing the Algorithm -- Drawing the Flowchart -- Writing the Program -- Coding in Word Blocks -- Writing Comments -- Coding in Python -- The Complete Code -- Importing Code -- Creating an Object and Assigning It to a Variable -- Displaying Text on the Hub Screen -- Beeping the Hub Speaker -- Setting the Center Button Light -- Waiting Ten Seconds -- Ending the Program -- Downloading and Running Code -- Debugging and Troubleshooting -- Project: The Dance Floor -- The Word Blocks Code -- The Python Code -- Defining a Variable -- Beginning the Loop and Checking for a Button Press -- Setting the Center Button Light Color -- Beeping the Hub Speaker -- Lighting Up a Pixel -- Setting the Tempo with a Delay -- Incrementing a Variable -- Checking the Value of a Count -- Summary -- Chapter 3: Building Elements -- Liftarms -- Straight Liftarms -- Bent Liftarms -- Rectangular Liftarms -- Connecting Liftarms -- Pins -- Axles and Bushes -- Exercise: Triangular Structures -- Connectors -- Exercise: Symmetric Objects -- Project: Mechanical Linkages -- The Universal Joint -- The Eccentric -- Summary -- Chapter 4: Gears -- Gears in the Robot Inventor Set -- Spur Gears -- Beveled Gears -- Speeding Up Rotation, or "Gearing Up" -- Slowing Down Rotation, or "Gearing Down" -- Exercise: The Many-Geared Machine Direction of Rotation -- Calculating Gear Ratio for More Than Two Gears -- Exercise: The Torque Demonstrator -- Lowering Torque by Gearing Down -- Raising Speed by Attempting to Raise Input Torque (and Failing) -- Exercise: The Compound-Gear Spinner -- Project: Two-Speed Transmission -- Summary -- Chapter 5: Mechanisms -- Exercise: The Ratchet -- Exercise: The Cam -- Exercise: The Differential -- Assembling the Differential -- The Differential Demonstrator -- Exercise: Turntables -- Project: The Mechanized Cannon -- Summary -- Chapter 6: Motors -- Speed and Angle -- Exercise: The Speed and Angle Demonstrator -- Controlling Motor Speed in Word Blocks -- Controlling Motor Speed in Python -- Setting Motor Angle in Word Blocks -- Setting Motor Angle in Python -- Exercise: Understanding Torque and Stall -- Exercise: Powering a Vehicle with a Tank Drive -- Building the Tank -- Programming the Tank -- The Word Blocks Code -- The Python Code -- Exercise: Using a Motor As a Rotation Sensor -- Building the Position Mimic -- Programming the Position Mimic -- The Word Blocks Code -- The Python Code -- Project: The Rear-Wheel Drive Car -- Building the Rear-Wheel Drive Car -- Programming the Rear-Wheel Drive Car -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 7: The Motion Sensor -- Tilt Angle: Yaw, Pitch, and Roll -- Exercise: Programming with Tilt Data -- Measuring Tilt Angles in Word Blocks -- Measuring Tilt Angles in Python -- Exercise: The Cat Sound Generator -- The Word Blocks Code -- The Python Code -- Other Motion Sensor Measurements: Gyro Rate and Acceleration -- Project: The Up Pointer -- Building the Up Pointer -- Programming the Up Pointer -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 8: The Distance Sensor -- Exercise: The Ultrasonic Tape Measure -- Building the Ultrasonic Tape Measure Programming the Ultrasonic Tape Measure -- The Word Blocks Code -- The Python Code -- Project: The Scanning Cannon -- Building the Scanning Cannon -- Programming the Scanning Cannon -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 9: The Color Sensor -- Exercise: The Brightness Beeper -- Building the Brightness Beeper -- Programming the Brightness Beeper -- The Word Blocks Code -- The Python Code -- Project: The Color Sorter -- Building the Color Sorter -- The Baseplate -- The Chute -- The Pusher -- The Basket -- Final Assembly -- Programming the Color Sorter -- The Word Blocks Code -- The Python Code -- Summary -- Correction to: Learn Engineering with LEGO -- Correction to: -- Appendix A -- Index Engineering-Experiments Experiential learning LEGO Mindstorms toys Erscheint auch als Druck-Ausgabe Koch, Grady Learn Engineering with LEGO Berkeley, CA : Apress L. P.,c2023 9781484292792 |
| spellingShingle | Koch, Grady Learn Engineering with LEGO A Practical Introduction to Engineering Concepts Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Introduction -- Chapter 1: The Hub -- Assembling and Charging the Hub -- Controls and Displays -- Exercise: The Motor Spinner -- Activating the Motor -- Project: The Distance Spinner -- Using the Distance Spinner -- Summary -- Chapter 2: Programming -- Using the Robot Inventor App -- Installing and Updating the App -- The Interface -- Connecting the Hub -- Updating the Hub Operating System -- Exploring the Hub Screen -- The Program Design Process -- Writing the Algorithm -- Drawing the Flowchart -- Writing the Program -- Coding in Word Blocks -- Writing Comments -- Coding in Python -- The Complete Code -- Importing Code -- Creating an Object and Assigning It to a Variable -- Displaying Text on the Hub Screen -- Beeping the Hub Speaker -- Setting the Center Button Light -- Waiting Ten Seconds -- Ending the Program -- Downloading and Running Code -- Debugging and Troubleshooting -- Project: The Dance Floor -- The Word Blocks Code -- The Python Code -- Defining a Variable -- Beginning the Loop and Checking for a Button Press -- Setting the Center Button Light Color -- Beeping the Hub Speaker -- Lighting Up a Pixel -- Setting the Tempo with a Delay -- Incrementing a Variable -- Checking the Value of a Count -- Summary -- Chapter 3: Building Elements -- Liftarms -- Straight Liftarms -- Bent Liftarms -- Rectangular Liftarms -- Connecting Liftarms -- Pins -- Axles and Bushes -- Exercise: Triangular Structures -- Connectors -- Exercise: Symmetric Objects -- Project: Mechanical Linkages -- The Universal Joint -- The Eccentric -- Summary -- Chapter 4: Gears -- Gears in the Robot Inventor Set -- Spur Gears -- Beveled Gears -- Speeding Up Rotation, or "Gearing Up" -- Slowing Down Rotation, or "Gearing Down" -- Exercise: The Many-Geared Machine Direction of Rotation -- Calculating Gear Ratio for More Than Two Gears -- Exercise: The Torque Demonstrator -- Lowering Torque by Gearing Down -- Raising Speed by Attempting to Raise Input Torque (and Failing) -- Exercise: The Compound-Gear Spinner -- Project: Two-Speed Transmission -- Summary -- Chapter 5: Mechanisms -- Exercise: The Ratchet -- Exercise: The Cam -- Exercise: The Differential -- Assembling the Differential -- The Differential Demonstrator -- Exercise: Turntables -- Project: The Mechanized Cannon -- Summary -- Chapter 6: Motors -- Speed and Angle -- Exercise: The Speed and Angle Demonstrator -- Controlling Motor Speed in Word Blocks -- Controlling Motor Speed in Python -- Setting Motor Angle in Word Blocks -- Setting Motor Angle in Python -- Exercise: Understanding Torque and Stall -- Exercise: Powering a Vehicle with a Tank Drive -- Building the Tank -- Programming the Tank -- The Word Blocks Code -- The Python Code -- Exercise: Using a Motor As a Rotation Sensor -- Building the Position Mimic -- Programming the Position Mimic -- The Word Blocks Code -- The Python Code -- Project: The Rear-Wheel Drive Car -- Building the Rear-Wheel Drive Car -- Programming the Rear-Wheel Drive Car -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 7: The Motion Sensor -- Tilt Angle: Yaw, Pitch, and Roll -- Exercise: Programming with Tilt Data -- Measuring Tilt Angles in Word Blocks -- Measuring Tilt Angles in Python -- Exercise: The Cat Sound Generator -- The Word Blocks Code -- The Python Code -- Other Motion Sensor Measurements: Gyro Rate and Acceleration -- Project: The Up Pointer -- Building the Up Pointer -- Programming the Up Pointer -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 8: The Distance Sensor -- Exercise: The Ultrasonic Tape Measure -- Building the Ultrasonic Tape Measure Programming the Ultrasonic Tape Measure -- The Word Blocks Code -- The Python Code -- Project: The Scanning Cannon -- Building the Scanning Cannon -- Programming the Scanning Cannon -- The Word Blocks Code -- The Python Code -- Summary -- Chapter 9: The Color Sensor -- Exercise: The Brightness Beeper -- Building the Brightness Beeper -- Programming the Brightness Beeper -- The Word Blocks Code -- The Python Code -- Project: The Color Sorter -- Building the Color Sorter -- The Baseplate -- The Chute -- The Pusher -- The Basket -- Final Assembly -- Programming the Color Sorter -- The Word Blocks Code -- The Python Code -- Summary -- Correction to: Learn Engineering with LEGO -- Correction to: -- Appendix A -- Index Engineering-Experiments Experiential learning LEGO Mindstorms toys |
| title | Learn Engineering with LEGO A Practical Introduction to Engineering Concepts |
| title_auth | Learn Engineering with LEGO A Practical Introduction to Engineering Concepts |
| title_exact_search | Learn Engineering with LEGO A Practical Introduction to Engineering Concepts |
| title_full | Learn Engineering with LEGO A Practical Introduction to Engineering Concepts |
| title_fullStr | Learn Engineering with LEGO A Practical Introduction to Engineering Concepts |
| title_full_unstemmed | Learn Engineering with LEGO A Practical Introduction to Engineering Concepts |
| title_short | Learn Engineering with LEGO |
| title_sort | learn engineering with lego a practical introduction to engineering concepts |
| title_sub | A Practical Introduction to Engineering Concepts |
| topic | Engineering-Experiments Experiential learning LEGO Mindstorms toys |
| topic_facet | Engineering-Experiments Experiential learning LEGO Mindstorms toys |
| work_keys_str_mv | AT kochgrady learnengineeringwithlegoapracticalintroductiontoengineeringconcepts |