Walter Hector Gonzales Arnao's project focuses on developing a digital loom that integrates Andean textile techniques with modern technology. It features a digital interface controlled by switches and servos, allowing for programmable operations using an X-duino platform. The project aims to advance traditional crafts into the digital age while acknowledging the support from the Fab community and university mentors.

1. PROTOYPE COMPONETS WITH FAB LABLAB
CLASS 18:
CLASS 18:
Project Development (May 23)
Project Development (May 23)
STUDENT: WALTER HECTOR GONZALES ARNAO
STUDENT: WALTER HECTOR GONZALES ARNAO

2. TEXTILES ARE VERY
IMPORTANT FOR
THE PERUVIAN
CULTURE BECAUSE
THEY ARE AN
ANCIENT
INHERITANCE.
THIS PROJECT TAKES
THE ANDEAN
Summary
TECHNIQUES TO A
• My project is a DIGITAL LOOM NEW LEVEL BY
Inspired in inca´s systems.
• It´s works with a physical MEANS OF DIGITAL
interface to program it with 4
swiches controlling the position FABRICATION
of wires through 4 servos.
• It Used X-duino to program and ADAPTING A
control.
• At future I would like to develop MILENARY CRAFT TO
a digital interface to control more
servos for complex tissues. THE PRESENT.
UNIVERSIDAD NACIONAL DE INGENIERÍA
CLASS 18:Project Development (May 23) FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

3. 1
loom fab7
Loom food
2
FINAL PROJECT
Loom prototype A 3
Loom prototype B
4
Loom prototype C
5
Loom prototype D
6
Loom prototype E
7
DIGITAL LOOM DESIGNER
Loom prototype F
8
Loom prototype G
using local components
9
Loom prototype H
componets with fab lablab
10
UNIVERSIDAD NACIONAL DE
FUTURE PROJECT
interface
Loom prototype X
Graphical user
TELARDUINO
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES
INGENIERÍA
Graphical user interface-GUI
11

4. FINAL PROJECT DIGITAL LOOM DESIGNER
SENSORS AND Graphical user
Loom machine Controller interface
ACTUATORS BOARD
Xduino
UP
Design software
DOWN Control software FUTURE PROJECT
Loom prototype X
CLASS 18:Project Development (May 23) UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

5. input: switch Graphical user
interface
Xduino based on arduino
PC
pro (sv, 16 MHz)
interface code to
Out serial
create, compile
Xduino the code
simulation
sensors and actuators
LED 4
LED 3 INPUT Xduino
TELARDUINO
board LED 2
LED 1 LED RGV
S1 sensors and
Control servo S2 actuators
S3 imput: board
Switches Slide
S4
401-2012-1-ND INTERFACE
S4 S3 S2 S1
out put S4 S3 S2 S1
S4 S3
S2 S1
S4 S3 S2 S1
up S4 S3 S2 S1 S4 S3 S2 S1
down
Loom prototype H FUTURE PROJECT Loom prototype X
CLASS 18:Project Development (May 23)

6. DIGITAL LOOM DESIGNER- prototype H
Machine
The Atoms Servomechanism
Digital Loom Designer
Electronic circuits
Control software
The Bits
Design Software (GUI)
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

7. DIGITAL LOOM DESIGNER; Machine
Machine This tissue product
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

8. DIGITAL LOOM DESIGNER; Servomechanism
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

9. DIGITAL LOOM DESIGNER; ELECTRONICS Circuits
Xduino
Out serial
INPUT
Xduino based on arduino pro (sv, 16 MHz)
LED RGV
LED 4 LED 3 LED 2 LED 1
S4 S3 S2 S1
sensors and actuators board
imput:

10. DIGITAL LOOM DESIGNER
-Control software
THE MICROCONTROLLER READS THE VOLTAGE (0 TO 5 VOLTS) OF EACH
SWICH AND INSTRUCTS THE SERVO THAT MOVES UP OR DOWN UNIVERSIDAD ARQUITECTURA, URBANISMO Y ARTES
FACULTAD DE
NACIONAL DE INGENIERÍA

11. This project was posible because all the suport given by the fabcomunity in Lima and abroad, The
FAUA UNI specially MSc.Luis Delgado (dean), MSc. PATRICA CALDAS (INIFAUA ‘s director) DE INGENIERÍA
CLASS 18:Project Development (May 23) UNIVERSIDAD NACIONAL
and MSc.
AURELIO PADILLA (rector). FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES

12. THANKS
UNIVERSIDAD NACIONAL DE INGENIERÍA
FACULTAD DE ARQUITECTURA, URBANISMO Y ARTES