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E-grāmata: 3D Printing Projects: Toys, Bots, Tools, and Vehicles To Print Yourself

  • Formāts: 288 pages
  • Izdošanas datums: 07-Oct-2015
  • Izdevniecība: O'Reilly Media
  • Valoda: eng
  • ISBN-13: 9781457187223
  • Formāts - PDF+DRM
  • Cena: 11,84 €*
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  • Formāts: 288 pages
  • Izdošanas datums: 07-Oct-2015
  • Izdevniecība: O'Reilly Media
  • Valoda: eng
  • ISBN-13: 9781457187223

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Even if you've never touched a 3D printer, these projects will excite and empower you to learn new skills, extend your current abilities, and awaken your creative impulses. Each project uses a unique combination of electronics, hand assembly techniques, custom 3D-printed parts, and software, while teaching you how to think through and execute your own ideas. Written by the founder of Printrbot, his staff, and veteran DIY authors, this book of projects exemplifies the broad range of highly personalized, limit-pushing project possibilities of 3D printing when combined with affordable electronic components and materials. In Make: 3D Printing Projects, you'll: Print and assemble a modular lamp that's suitable for beginners--and quickly gets you incorporating electronics into 3D-printed structures. Learn about RC vehicles by fabricating--and driving--your own sleek, shiny, and fast Inverted Trike. Model a 1950s-style Raygun Pen through a step-by-step primer on how to augment an existing object through rapid prototyping. Fabricate a fully functional, battery-powered screwdriver, while learning how to tear down and reconstruct your own tools. Get hands-on with animatronics by building your own set of life-like mechanical eyes. Make a Raspberry Pi robot that rides a monorail of string, can turn corners, runs its own web server, streams video, and is remote-controlled from your phone. Build and customize a bubble-blowing robot, flower watering contraption, and a DIY camera gimbal.
Preface xi
1 Lamp3D
1(14)
Parts, Tools, and Files
2(1)
Get Your Parts Printing!
3(1)
Wiring the Barrel Jack
3(2)
Add the LED Driver to the Barrel Jack
5(1)
Solder Wires to the LED
6(2)
Assemble the Arm
8(1)
Connect the Base
9(1)
Final Electronics Assembly
9(2)
Finishing Up
11(1)
Possible Upgrades and Improvements
12(3)
2 1950s Raygun Pen
15(32)
Parts, Tools, and Files
16(1)
Brainstorming the Raygun Pen
17(1)
Selecting a Pen
17(1)
Prototyping the Grip
18(8)
Paper Sketch to SVG conversion
19(2)
Importing into Tinkercad
21(1)
Rescaling and Adjusting the Imported SVG
22(1)
Testing the Prototype
22(4)
Developing the NeoPixel Shell
26(3)
Prototyping the Circuit
29(2)
Solder the PCB Headers
29(2)
NeoPixel Animation
31(2)
Download the Code
31(1)
Install the NeoPixel Library
31(1)
NeoPixel Ring Code
32(1)
Connect the NeoPixel Ring
33(1)
Breadboard the Circuit
33(3)
Attach Jumpers to the Battery Box
33(1)
Power, Ground and PCB Connections
33(2)
Pen Test
35(1)
Transferring the Circuit
36(5)
Hardwire the Headers
37(1)
Spray-Paint the Mint Tin
38(1)
Trace the Base
38(1)
Cut the Wiring Holes
38(1)
Begin Inserting Components into the Tin
39(2)
Final Electronics Assembly
41(3)
Add the Grip
42(2)
Light It Up!
44(1)
Upgrades and Improvements
45(2)
3 Two-Axis Camera Gimbal
47(30)
Parts, Tools, and Files
48(2)
Tilt Body Assembly
50(5)
Mount the IMU Board
51(1)
Insert the Motor
52(1)
Seat the Bearing
53(2)
Roll Body Assembly
55(5)
Route the Motor Wires
55(2)
Secure the Motor Mount
57(1)
Secure the Tilt/Roll Body Assembly
58(2)
Base and Roll Motor Mount Assembly
60(3)
Final Assembly and Balancing
63(4)
Electronics Setup
67(3)
Solder the Headers
67(1)
Plug in the IMU Board
67(1)
Connect the Motors
68(1)
Mount the Board
68(2)
Software Configuration
70(7)
Install the Software
70(1)
Install the VCP Drivers
70(1)
Open the SimpleBGC GUI
70(1)
Add the Battery
70(1)
Connect and Begin Calibration
71(1)
Modify the Controller Settings
72(5)
4 BubbleBot
77(20)
Parts, Tools, and Files
78(2)
Fabricate the Chassis
80(1)
Assemble the Chassis
81(1)
Paint the Chassis
82(1)
Assemble the Fan Mount
83(1)
Attach Fan to Chassis
84(1)
Attach the Stepper
85(1)
Attach the Shaft Coupler to the Axle
85(1)
Make the Bubble Solution Reservoir
85(1)
Print the Bubble Wand
86(1)
Assemble the Bubble Wand
87(1)
Attach the Bubble Wand
88(1)
Solder the Headers
89(1)
Solder the Stepper Wires
90(1)
Add Power Connections
91(1)
Connect the Sensor
92(2)
Add the Fan
94(1)
Download and Customize the Code
95(2)
5 DDriver Rechargeable Screwdriver
97(22)
Parts, Tools, and Files
98(3)
Screwdriver Teardown: Can I Fix It?
101(2)
Exploring the Innards
102(1)
Can I Just Replace the Motor?
102(1)
We Can Rebuild It!
103(3)
Solder Wires to the Breakout
104(1)
Prep the Plastic Parts
105(1)
Light-Pipe Upgrade (Optional)
106(2)
Add the Electronics
108(7)
DPDT Switch Buttons!
115(4)
6 Animatronic Eyes
119(28)
Parts, Tools, and Files
120(2)
3D Printable Files
122(2)
Build and Assemble the Link Wires
124(2)
Bend Wire with Pliers
124(1)
Cut Wire to Length
124(1)
Repeat for Different Lengths
124(1)
Glue the straight 80mm wires to Micro Ball Links
125(1)
Assemble the Eyeball Gimbal
126(4)
Connect the "L"-Shaped Links to the Drive Bars
126(1)
Install the Ball Studs into the Eyelids
127(1)
Screw the Up/Down Drive Bar to the E-Bar
128(1)
Install the Outer Gimbal Rings
129(1)
Assemble the Eyeballs
130(1)
Install the Servos
130(2)
Build the Servo Horns
132(1)
Set Up the Electronics
133(2)
Assemble the Servo Motor Shield
133(1)
Connect the Servo Shield to the Receiver
134(1)
Load the Code
135(2)
Final Connections
136(1)
Installing and Centering the Servo Horns
137(8)
Eye Servo Horn Adjustments
137(1)
Adjusting the Offset Values in Code
138(2)
Eyelid Servo Horn Adjustments
140(1)
Install Eyelids
140(3)
Test the Eyes
143(2)
Enjoy Your Accomplishment!
145(2)
7 Inverted Trike RC
147(30)
Parts, Tools, and Files
148(2)
Printing Tips and Profiles
150(2)
Baseline Settings
150(2)
Front Wheel Assembly
152(3)
Front Steering Assembly
155(2)
Back Wheel Assembly
157(2)
Frame Assembly
159(3)
Steering Components
162(6)
Mount the Steering Servo
163(2)
Insert the Shock Absorbers
165(3)
Electronics
168(4)
Insert the Speed Controller
168(2)
Connect the Wires
170(1)
Adding the Receiver
171(1)
Programming and Usage
172(1)
Extras
173(4)
8 Skycam
177(32)
Parts, Tools, and Files
178(2)
Assemble the Top Plate
180(2)
Attach Switches
180(1)
Mount the servos
180(2)
Add the Wheels
182(1)
Raspberry PI SD Software Setup
182(1)
Install Google Coder for Raspberry Pi
183(2)
Google Coder
184(1)
Coder Interface
185(1)
Install Pi-Blaster on Your Raspberry Pi
185(2)
Install MJPG-Streamer and Enable Your Camera
187(3)
Assemble the Midsection
190(1)
Mount the Raspberry Pi
190(1)
Add the Endstops
191(1)
Camera Assembly
192(3)
Add the Pan/Tilt Servos
192(1)
Assemble the Camera Case
192(3)
Mount the camera tilt arm
195(1)
Attach the Camera to the Bottom Plate
195(2)
Test Fit
197(1)
Connect Pi Camera
197(1)
Electronics!
197(1)
Power and Signal
198(5)
Power/Regulator Board
198(3)
Signal Board
201(2)
Connect the Pi
203(1)
Test the Software Controls
204(5)
9 Chauncey: The Wrylon Robotical Flower Care Robot
209(46)
Files, Parts, and Tools
210(4)
Fabrication Phases
214(1)
Print and Assemble the Legs and Feet
215(1)
Print the Body
216(1)
Assemble the Body
216(11)
Glue and Friction-Weld the Body
217(2)
Assemble the Leg Sockets
219(2)
Add the Eye
221(1)
Complete the Deck Rim, Railing, Deck, and Stovepipe
221(4)
Test-Fit the Legs
225(2)
Create the Watering Contraption
227(2)
Mount the Watering Can
227(2)
Electro-Mechanical Prep
229(1)
Painting
230(3)
Electro-Mechanical and Software Overview
233(2)
Install the Arduino IDE
234(1)
Install the Motor Shield Library
234(1)
Chauncey's Code
235(1)
Hardware Assembly
235(10)
Power LED
236(1)
Alert LED
237(1)
Moisture Sensor Probes
237(1)
Heat and Bend the Tubing
238(3)
Solder the Probe Wires
241(1)
Moisture Sensor Circuit
242(1)
The Motor
243(2)
Programming the Arduino
245(4)
Upload the Code
245(1)
Place the Electronics
246(3)
Brain Implant and Assembly
249(2)
Testing/Deployment
251(1)
Upgrades
252(3)
Appendix A Installing Arduino Libraries 255(4)
Index 259
Brook Drumm is the founder and CEO of Printrbot, Inc. Brook is an American maker who set out to start a side business in his garage. After a wildly successful kickstarter in 2011, Brook was catapulted to the white-hot intersection of crowdfunding, 3d printing and the exploding maker- culture. Printrbot is an example of what blood, sweat and tears can produce if you set your mind and heart on what you are passionate about.James is a writer who lives in Atlanta, GA with his wife and two young sons. He has degrees in Industrial Engineering and English and enjoys making things, writing about those things, and training young makers. He has written over 25 books on a variety of subjects from LEGO robotics to Open Source software to building your own CNC machine and 3D printer.Matt Stultz is a community leader and frequent contributor to Make. He is a member of the Make 3D Printing Testing team and has created numerous projects for Make. Matt was a founder of HackPittsburgh and 3D Printing Providence.Rick has code in brain, soldering iron in hand, Art Blakey blaring in the background... transforms techno babble into reality and is strangely fond of the ellipsis.John Edgar Park is a producer at Disney Research. He has worked in animation production at Disney for ten years and has worked in computer graphics since 1994 at various companies, including IBM, Novalogic game studio, and Sony Pictures Imageworks. John was the host and co-writer of the Emmy Award nominated series Make: Television. He regularly demos his projects at Maker Faires, and builds and writes about technology projects for Make magazine and other places online and in print.John Baichtal writes books about toys, tools, robots, and hobby electronics. His first book was The Cult of Lego (No Starch), an exploration of the culture and work of adult Lego builders. Most recently he wrote Maker Pro for MAKE, Robot Builder for Que, as well as The Locksmith's Apprentice, a fantasy novel. He lives in Minneapolis, MN, with his wife and 3 children.Brian Roe is a Tinkerer at heart and a Mechanical Designer by trade. His diverse career has led him down many interesting paths. He worked as a creature creator for Hollywood films, was part of a successful combat robot team for the show Battlebots, and I assisted with the design of the 3D cameras used for the film Avatar. Brian is currently working on The 10,000 Year Clock project for The Long Now Foundation along with engineering for Printrbot.Nick served in the Marine Corps for eight years, after which he decided to go back to school and pursue a career in Electronics Engineering. He spent two years at Parallax Inc. as the lead developer of the Elev-8 Multi-rotor platform, before coming over to work on electronics at Printrbot Inc. He is a maker at heart, and enjoys tinkering and hacking on all size and shapes of electronics. If it ain't broken, you haven't tinkered enough!Steven Bolin is currently working at Printrbot as a Production Manager and assists in the R&D department. He has always enjoyed working with his hands whether it be in construction or just projects around the house, so building and designing 3D printers has been an absolute joy. As a former Youth Pastor and father of 2 kids, he loves making and playing with toys, so 3D printing lends naturally to this hobby. Steven hopes to continue developing new product that incorporates 3D printing into everyday use.Mark was born in Missouri and found his way to California. Having grown up with 3 brothers, one older and two younger, he is competitively driven in everything he does. Mark grew up in a God-fearing household and lives his life at the same level of integrity from which he was taught. Currently, he is searching for what he wants to do for the rest of his life and is the Printern at Printrbot.Caleb Cotter works at Printrbot as an R&D Specialist. He's a maker with a passion for 3D printing and rapid prototyping. He's fascinated with the world of opportunity in which you can make anything on your desk. When he's not in his garage hacking up stuff, he's still in his garage hacking up his car. On the rare occasion he's not making anything, he's out exploring or getting into trouble with friends.