Project Link Box is open source make robot project. We try to assemble open source hardware and open source program. and sharing idea and collaboration

1. Project
LINK-BOX
EDUCATIONAL ROBOT KIT
LINK
BOX

2. CONCEPT OF LINK BOX
• Easy to study Technology
• Make your own Robot
• Connect your device
• Think your children’s future
SPACE.i.LAB
LINK
BOX
Many of people thinks Robot is very high technology.
but they think robot is almost cannot doing anything. We need to develop
robot for human. so, we need to opportunity make Robot for every one .
so, we try to develop.

3. PROJECT LINK BOX
SPACE.i.LAB
It improves usability with a simple function.
Recycling of used smartphones that are wasted and discarded in our desk drawers is an activity
to solve environmental problems.
The abandoned smartphone is used in many fields
- Music listening, companion animal management, video conferencing, etc.
The design of equipment only improves the usability in cafes and homes.
- Interior furnishings, small furniture
Technology
With community
Cooperation
ecosystem
Configuration
Interact with
humans. Emotional
Design Study
Conventional
household appliances
Smartphone
Artificial intelligent
speaker etc.
Increase connectivity.
Social issues
Solving Social
Problems
Technical
cooperation
Emotional field
Device-to-device
connection
Social field
LINK
BOX

4. WHO WE ARE
What is space intelligence Lab?
Connections and interactions between space, mobile objects, and handheld devices allow information to make substantial changes in
physical space. With this technology, we can solve many problems in the space we live in.
The Institute of Space and Intelligence is a group of people who study technology to solve social problems and design future society as
technology.
Our Lab has rolls of Living Lab and technology can make the right affection for Human society.
SPACE.i.LAB

5. WAHT PURPORSE
Technology for Human
Automation technology is a key factor in changing society. However, depending on how technology is used, It becomes a good society, and it becomes
a gloomy society. Our institute is trying to show how to use technology for human beings.
Mission
• Research/manufacturing/marketing ecosystem formation of companies pursuing technology-based business aimed at human happiness
• Technology develops and practices technology that does not aim but changes human life positively and brings social progress.
• Development of social technologies to show alternative future for future social problems such as job reduction, the concentration of wealth,
aging society
• We will develop future technologies to improve the quality of life, such as disabled people, who are vulnerable to society, and to protect the
human rights of all members of society.
Activity
• Research community: The purpose of research group research is to develop robots to communicate emotionally with human beings, and to
develop robots with emotional intelligence to help human communication rather than through various technologies and development
philosophies.
• Development of smartphone interworking technology
– Platform technology research
– Driving device research
– Voice command connection (STT/ TA)
– Artificial intelligence research (DL/ ML)
• Robot design research
– Security technology research
– Image processing technology research
– Robotics ethics research
SPACE.i.LAB

6. HISTORY(2018)
• Recycle box based robot combine with Arduino Robot
• Box Robot is worth it self. because smart phone have
enough function if we use appropriate app
SPACE.i.LAB
Arduino Robot
+ Smart Phone
Arduino & smartphone
combine Robot
Smart Phone Bot

7. HISTORY(2018)
• Robot can be design by Adobe illustration and laser cutting
for MDF and assemble
• The motif of the robot design is the film WALL-E, and it need
to a task to enable the cute motion to be implemented.
SPACE.i.LAB
Design (DWG format) Assemble RobotLaser Cutting

8. Scratch Robot
• Scratch Robot is using Scratch for Arduino
• S4A(Scratch 4 Arduino)
• http://s4a.cat/
SPACE.i.LAB

9. CONFIGURATION
SPACE.i.LAB
GND
5V
4
7
8
GND
3 Axis Robot
10

10. HARDWARE TYPE.1
• Arduino type Robot
SPACE.i.LAB
Arduino type robot

11. HARDWARE TYPE.2
• Rasberi Pi with AI speak Combine Robot
SPACE.i.LAB
GiGA Genie AI speaker
& Relay robot

12. SOFTWARE DEVELOPE
• We try to design simulate for robot action with cloud
SPACE.i.LAB
CODE
Simulator
Cloud Robot UX
- open source makers design for software develop

13. MAKER : LASER CUTTING
• MDF Laser cutting
• Robot Design (Adobe illustration ) -DWG file
SPACE.i.LAB
Maker space
FAB LAB Seoul

14. EDUCATIONAL COURSE
SPACE.i.LAB
1. Artificial intelligence robot
2. Artificial Intelligent Speaker and Robot Trend
3. Maker Space Production
4. Hardware Configuration
5. Software Configuration
6. Configuring the Python-based robot
development environment
7. Overview of Python
8. Python operator
9. Python functions (conditional statements, loop
statements)
10.Python Function Definition
11.Python and AI
12.Artificial intelligent speaker development
environment only registration
13.Connecting Arduino to Python
14.Source code practice

15. DATE TIME SUBJECT MEMO
1 DAY
1hr
* Become a reality
(Kim Dulple)
* Robot concept and design imagination
1hr
* Find your business
model (Kim Dulple)
* Robot-based business model
(Catch a Week Signal!)
1hr
* Future Technology Trend
(Kim Dulple, Kim Cheol-
Hoe)
* Trend related talk
(Robotics, Artificial Intelligence)
2 DAY
1hr
* What is IoT
(Project LinkBox)
(Kim Cheol-Hoe)
* Understanding IoT concept through
understanding of Arduino and Raspberry pie
* Emotional Robot Project Introduction
1hr
* SCRATCH Program
(Kim Cheol-Hoe)
* Programming Arduino and Scratch
1hr
* MAKE-Robot
(Kim Cheol-Hoe)
* Practice making through corrugated
cardboard and motor
SPACE.i.LAB
✓ Method name: Power to imagine reality - Link Box project
✓ Educational Objective: Understand and imagine the technical purpose for human
beings. Design and participate in a process to make our imagination a reality.
✓ Education Capacity: 30 (first-come-first-served basis)
✓ Education fee: 70,000 won (material cost 30,000 won extra)
✓ Deposit account: Deposit the registered OnOff site / After registering on site
✓ Application period: 2018.07. ~ 2018.08.
✓ Parents who want to share the basics of coding with their children, students who
are interested in making and coding, and preliminary technology entrepreneurs
who need experience to realize their imagination
Training Overview
Subject
Mini Track

16. EDUCATIONAL COURSE
• Open source maker space for Graduate Student
SPACE.i.LAB

17. SPACE.i.LAB
OPEN SOURCE MAKER PROGRAM

18. MAKER KIT
SPACE.i.LAB
1. Link Box Projects papercraft (4
Pages)
2. Arduino UNO 1 EA
3. USB cable 1EA
4. Breadboard 1EA
5. Stranded jumper wires 1 SET
6. LED 1EA
7. Small servo motor 3EA
8. Resistors 50 Ohms 1EA
PARTS
Arduino board and motor parts
The sample robot provided by 1/3 the
size of the original size robot.
Therefore, you can attach a used
smart phone by assembling parts
made up to three times the size of the
sticker drawings provided by the kit.
- In the course of time, stickers are
attached to cardboard in time relation.
- In case of actual assembly, make a
unique robot with recycled products.
How to make
LINK BOX KIT need computer

19. SPACE.i.LAB
Sample robot development chart
(you can cut out a development
chart to make a simple sample)
Stickers for use in
production
Paper craft design for Link box Project

20. REFERENCE
SPACE.i.LAB
KT GiGA Genie AIY Service kit function
KT AIY Kit

21. REFERENCE
SPACE.i.LAB
Remote AI speakers can be activated by a remote CCTV program if the puppy is alone. (Running the
radio function during the daytime and voicing the radio off at night to keep the puppy to sleep)
AI speaker and Alfred camera linked test
was operated remotely to operate AI speaker.
Remotely command down and control
- Experiment that it can be used to control home appliances by driving an artificial intelligent speaker remotely.
- Implementation to play the role of driving device to feed puppy later