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E-raamat: Makerspace Workbench: Tools, Technologies, and Techniques for Making

  • Formaat: 300 pages
  • Ilmumisaeg: 10-Sep-2013
  • Kirjastus: O'Reilly Media
  • Keel: eng
  • ISBN-13: 9781449355654
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  • Hind: 19,88 €*
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  • See e-raamat on mõeldud ainult isiklikuks kasutamiseks. E-raamatuid ei saa tagastada.
  • Formaat: 300 pages
  • Ilmumisaeg: 10-Sep-2013
  • Kirjastus: O'Reilly Media
  • Keel: eng
  • ISBN-13: 9781449355654
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Create a dynamic space for designing and building DIY electronic hardware, programming, and manufacturing projects. With this illustrated guide, you’ll learn the benefits of having a Makerspace—a shared space with a set of shared tools—that attracts fellow makers and gives you more resources to work with. You’ll find clear explanations of the tools, software, materials, and layout you need to get started—everything from basic electronics to rapid prototyping technology and inexpensive 3D printers.

A Makerspace is the perfect solution for many makers today. While you can get a lot done in a fully-decked out shop, you’ll always have trouble making space for the next great tool you need. And the one thing you really miss out on in a personal shop is the collaboration with other makers. A Makerspace provides you with the best of both worlds.

Perfect for any maker, educator, or community, this book shows you how to organize your environment to provide a safe and fun workflow, and demonstrates how you can use that space to educate others.

Arvustused

"I have just finished reading Adam Kemp's 'The Makerspace Workbench, ' and I'm enormously impressed. He has a command of a very broad range of tools and skills, and his guidance will save both novice and experienced Makers a good deal of trial and error. Kemp discusses complicated equipment like laser cutters and 3D printers in depth, but does not let the glamor of high tech run away with the show. His discourse on clamps and tape, for example, was a revelation and explained clearly why they behave the way they do and the applications in which they will be the most useful. In short, this is a fantastic book and already has earned a location on the shelf in our Makerspace."-- David RossellDirector of Technology, Holton-Arms School

Preface ix
1 Making the Space
1(22)
Choosing the Location
1(9)
Understanding the Constraints
2(3)
The Library Makerspace
5(2)
The School Makerspace
7(2)
The Garage Makerspace
9(1)
Project: Equipment Donations and Discounts
9(1)
Designing the Space
10(6)
Work Areas
12(1)
Project: Makerspace Layout Tool
13(3)
Safety
16(7)
Safety Tests
16(2)
Hazardous Materials
18(2)
Ventilating Your Equipment
20(1)
Project: Directed Smoke Absorber
21(2)
2 Tools
23(46)
Tool Safety
24(5)
Hand Tools Safety Test
25(1)
Power Tools Safety Test
26(1)
Safety Test Answer Keys
27(2)
Hand Tools
29(22)
Screwdrivers
29(2)
Pliers
31(5)
Wrenches
36(3)
Hammers
39(2)
Thread Cutting
41(3)
Saws
44(2)
Sanding and Filing
46(3)
Punches
49(2)
Power Tools
51(18)
Drills
51(4)
Portable
55(8)
Standing
63(3)
Heat Sources
66(3)
3 Clamping, Joining, and Measurement
69(24)
Clamps and Vises
69(3)
Clamps
69(2)
Vises
71(1)
Adhesives and Fasteners
72(12)
Adhesives
72(6)
Fasteners
78(6)
Measurement
84(9)
Dimensional
84(4)
Inspection
88(5)
4 The Electronics Workbench
93(32)
Soldering Irons and Tip Types
94(4)
Soldering Iron Types
94(2)
Soldering Iron Tips
96(2)
Project: Solder Holder and Iron Stand
98(1)
Solder and Flux
98(4)
Solder
99(1)
Flux
100(1)
Project: Two-Ingredient Soldering Flux
101(1)
Through-Hole Soldering
102(6)
Identifying Poor Through-Hole Solder Joints
103(2)
Soldering Technique
105(1)
Project: Simple Constant-Current LED Tester
106(2)
Surface-Mount Soldering
108(12)
Identifying Poor SMD Solder Joints
109(1)
Hand-Soldering SMDs
110(5)
Reflow Soldering SMD Components
115(3)
Project: Skillet Reflow
118(2)
Desoldering and Rework
120(5)
Desoldering Tools
121(1)
Project: Inexpensive Hot-Air Desoldering/Rework Tool
122(3)
5 Playing with Electronics
125(46)
Facilitating Design
126(14)
Finding Parts and Understanding Datasheets
126(1)
Computer-Based Circuit Design
127(1)
Working with EAGLE Libraries
128(1)
Project: Creating a Custom Library in EAGLE
129(3)
Schematic Layout with EAGLE
132(2)
Project: Creating a Schematic in EAGLE
134(3)
Board Design with EAGLE
137(1)
Project: Creating a Board Layout in EAGLE
138(2)
Soft Circuits
140(7)
Prepairing Your Components
141(3)
Sewing and Knots
144(1)
Project: The Static Sticky
145(2)
Making Circuit Boards
147(3)
Generating CAM Files Within EAGLE
147(1)
Professional Manufacturing
147(1)
Project: Toner-Transfer Circuit Board
148(2)
Working with Microcontrollers
150(21)
Microcontroller Fundamentals
150(2)
Analog and Digital Input
152(1)
Communications
152(6)
Interfacing with Hardware
158(3)
The Arduino Development Platform
161(3)
Project: Arduino RFID Power Control
164(7)
6 2D Design and the Laser Engraver
171(26)
Facilitating Design by Using 2D CAD
172(9)
The 2D Design Environment
172(4)
Joints
176(3)
Project: Creating a Default Template
179(2)
Laser Fundamentals
181(6)
About the Laser
181(2)
Lens Types and Focusing
183(1)
The Print Driver
184(2)
Project: Creating Presets for Your Machine
186(1)
Machine Mechanics and Operation
187(10)
The Axis Mechanics
188(1)
The Exhaust System
189(1)
Air Assist
189(1)
Engraving
190(2)
Cutting
192(1)
Machine Operation
192(1)
Project: Project Box
193(4)
7 3D Design and the 3D Printer
197(36)
Facilitating Design Using 3D Computer-Assisted Design Software
198(8)
The 3D Environment
198(4)
Project: 123D Design for 3D Design
202(4)
CNC Fundamentals
206(15)
CNC Hardware
206(5)
Computer-Aided Manufacturing and G-Code Generation
211(3)
The Controller
214(4)
Project: Mechanical Centering, Alignment, and Calibration
218(3)
3D Printing
221(12)
Extruder Mechanics
221(5)
Material Types
226(2)
The Build Platform
228(2)
Project: Bolt Hobbing
230(3)
8 Learning in a Makerspace
233(36)
Makerspace Education
233(2)
Achieving "STEM" Focus
234(1)
What About Art?
234(1)
Makerspace Science
235(7)
Lab #1 Making a Lemon Battery
235(2)
Lab #2 Making a Solar Cell
237(3)
Lab #3 Making a Microscope
240(2)
Makerspace Technology
242(10)
Lab #4 Making a Water Rocket and Launcher
243(3)
Lab #5 Making a 3D Printed Robot
246(3)
Lab #6 Making a Brushless DC Motor
249(3)
Makerspace Engineering
252(7)
Lab #7 Making a Sail Car
252(1)
Lab #8 Making a Wind Turbine
253(3)
Lab #9 Making a Hot-Air Balloon
256(3)
Makerspace Art
259(5)
Lab #10 Making a Silhouette
259(2)
Lab #11 Making a Mold and Casting a Part
261(1)
Lab #12 Making a Printing Press
262(2)
Makerspace Math
264(5)
Lab #13 Making Plane Shapes
264(1)
Lab #14 Making a Pythagorean Calculator
265(2)
Lab #15 Making a Parabolic Focuser
267(2)
Index 269
Adam Kemp is a high school teacher who has been teaching courses in Energy Systems, Systems Engineering, Robotics, and Prototyping since 2005. He is Energy Systems Lab Director at Thomas Jefferson High School for Science and Technology and the author of the "Ask an Educator" column on Adafruit Industries' blog.