SlideShare a Scribd company logo
1 of 29
1Mentoring Program 08.13.2014
MAUS – AGV
Antonio E. Arróyave Treviño
Manufacturing
Tutor: Omar Gonzalez
 Design, develop and implementation of an automated guided
vehicle for material transportation.
 Coil movement from fabrication area to K5 Kit area and from
fabrication to shipping.
OBJECTIVE
2 Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 2015
DESCRIPTION
3
An automated guided vehicle capable of the
material transportation.
Consisting:
 Trolley
 Sensors (Path)
 Control Interface
 CAS
 RF Interface
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 2015
STRUCTURE
4
We considered several factors in the design of
the structure:
 Availability
 Functionality
 Ergonomics
 Resistance
 Aesthetics
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 2015
First Concept
Bare concept for settling dimensions.
Second Iteration
Two redesigns later, more compact, low
profile concept.
Fourth Iteration
Four redesigns later, curved
surfaces, operation panel added.
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 20155
STRUCTURE (EVOLUTION)
FINAL
ASSEMBLY
 Easy operation
access
 Best hitch
position
 Wide space
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 20156
75 cm
SENSORS (PATH)
7
Several sensor options for a track following
system were considered:
 NFC Tags
 GPS
 Line Follower
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 2015
Vastly used in AGVs for autonomous
movement.
 Easy to implement
 Low cost
 Reliable and simple
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 20158
LINE FOLLOWER
LINE
FOLLOWER
 Explanation
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 20159
10
This system should be safe and robust
 Fast response
 Suitable for the application and
environment
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201510
CAS (COLLISION AVOIDANCE SYSTEM)
This sensor are the LV-MaxSonar-EZ2
 Small in size
 Low cost
 Maximum range ~6 m
 Good response time
 Susceptible to noise
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201511
ULTRASONIC SENSORS (FIRST ATTEMPT)
OMRON OS32C
 Up to 15 meters of sensing range
 270° detection angle
 2 warning zones and a safety zone
 Small size
 Fast response
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201512
SAFETY LASER SCANNER (PROPOSAL)
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201513
SAFETY LASER SCANNER (PROPOSAL)
FYI:
The new tube bender from Pedrazzoli has an
OS32C on it.
Based on an nRF24L01+PA+LNA 2.4GHz RF
module
 Long distance transmission
 Inexpensive
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201514
RF INTERFACE
This will be held by:
 3x Arduino Mega 2560
‒ Line Following, Motor Drivers
‒ CAS
‒ RF Interface
 2x Motor Drivers i70
 Relay Module
 Signal conditioners & regulators
 Buttons & light indicators
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201515
CONTROL INTERFACE
Several tests were made with the motor
drives.
The purpose was:
• Understand the coding and way to
program it
• Limitations
• Behavior
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201516
TESTING (DRIVERS)
Several test were made with ultrasonic
sensors.
The purpose was:
• Response to noise
• Limitations
Things discovered:
 Susceptible to noise and crosstalk
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201517
TESTING (ULTRASONIC SENSORS)
This small prototype was made with the
purpose to understand the behavior of the US
sensors and start to debug some program
thoughts.
Two important things discovered:
 Moment of inertia is crucial
 Turning
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201518
TESTING (PROTOTYPE)
Several tests were made with the motors in
order to find their current consumption.
At the same time some test were made with
the batteries, so we can find how long they
can last.
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201519
TESTING (MOTORS & BATTERIES)
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201520
CONSTRUCTION (PROGRESS)
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201521
CONSTRUCTION (PROGRESS)
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201522
CONSTRUCTION (PROGRESS)
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201523
CONSTRUCTION (PROGRESS)
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201524
CONSTRUCTION (PROGRESS)
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201525
ROUTING (PROGRESS)
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201526
CONSTRUCTION (PROGRESS)
 Structure – Complete
 Painting
 Cable routing – Complete
 Microcontrollers, Drivers, Module, Buttons,
Light Indicators, Emergency Stop,
Batteries, Regulators and Signal
Conditioners – Connected
 Turret installation – In progress
 Sensors – In progress
 RF interface – In progress
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201527
COMPANY BENEFITS
 Distancia por vuelta: 117.1 mts
 Distancia recorrida al dia: 2342 mts
 Distancia recorrida al año: 585500 mts
585.5 km
Coil - Área de Kiteo
Encargado: Alejandro Castillo
Ida Vuelta
Tiempo (min): 1.084 1.04
Pistas: 20
Tiempo Total x Dia
(min): 42.48
Tiempo Total al Año
(hr): 178 20 dias
CONFIDENTIAL
While making this project I have learned and
improve several skills.
 CAD design (improvement)
 Electronic design (improvement)
 Electric connections (improvement)
 Electric Motors (improvement)
 Manufacturing
 Mechanics
 Sensors Integration
 Programming (improvement)
 SAP
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201528
PERSONAL LEARNING
Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201529
ROAD MAP
Phase 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52
Concept and Technology selection IE, PPP
1 Sensors and parts quotation IE, SAP, XLS
Structure Design Others
2 CAD Construction SolidWorks
3 Structure Review/Redesign Others
4 Construction (Main Body) Others
Sensors Integration Others
5 Program Development Arduino
6 Car Assembly (Electronics) Others
7 Testing Others
8 Improvement Others
0%
### Rot
### Gelb
### Grün
###
SCYLLA - AGV
Plant
KNA Monterrey /
August September Oktober
Datum
2015
November Dezember
Status
des AP erfüllt
des AP erfüllt
Erledigungsgrad
des AP erfüllt
des AP erfüllt
des AP erfüllt
Mai
Bestellung auslösen
Blau
Zielerreichung leicht gefährdet
Action Item
April
Tools
Januar Februar März Juni Juli
2015
Zielerreichung gefährdet
Meilenstein
Orange
Legende
Zielerreichung gesichert
Zeitbedarf
M
1

More Related Content

What's hot

Fabrication of AGV
Fabrication of AGVFabrication of AGV
Fabrication of AGVSOORAJ V R
 
Rajpremani 160514091645
Rajpremani 160514091645Rajpremani 160514091645
Rajpremani 160514091645RAJPREMANI
 
Agv with robotic system
Agv with robotic systemAgv with robotic system
Agv with robotic systemKumar Chirra
 
Automated Guided Vehicle(AGV)
Automated Guided Vehicle(AGV)Automated Guided Vehicle(AGV)
Automated Guided Vehicle(AGV)latestapps krsr
 
Integrate with AGVs - Webinar Presentation by FlexQube
Integrate with AGVs - Webinar Presentation by FlexQubeIntegrate with AGVs - Webinar Presentation by FlexQube
Integrate with AGVs - Webinar Presentation by FlexQubeAnders Fogelberg
 
automated guided vechiles
automated guided vechilesautomated guided vechiles
automated guided vechilesRAJPREMANI
 
Automated guided vehicle
Automated guided vehicle Automated guided vehicle
Automated guided vehicle Jagannath12345
 
Automatic Guided Vehicle
Automatic Guided VehicleAutomatic Guided Vehicle
Automatic Guided Vehiclesgrsoni45
 
(Powerpoint presentation)line following automated guided vehicle using hoverc...
(Powerpoint presentation)line following automated guided vehicle using hoverc...(Powerpoint presentation)line following automated guided vehicle using hoverc...
(Powerpoint presentation)line following automated guided vehicle using hoverc...Abhyuday Raj Sinha
 
Auto guided vehicle
Auto guided vehicleAuto guided vehicle
Auto guided vehicleMahesh Magar
 
Basics of AGVs (Automated guided vehicles)
Basics of AGVs (Automated guided vehicles)Basics of AGVs (Automated guided vehicles)
Basics of AGVs (Automated guided vehicles)smit1994
 
aotomated guided vehicle
aotomated guided vehicleaotomated guided vehicle
aotomated guided vehicleAlamkhan Pathan
 
2006 mine integration plan
2006 mine integration plan2006 mine integration plan
2006 mine integration planElliot Duff
 
Material handling robots
Material handling robotsMaterial handling robots
Material handling robotsManoj Gowda K
 
DREAM QUADCOPTER
DREAM QUADCOPTERDREAM QUADCOPTER
DREAM QUADCOPTERAJILMON
 

What's hot (19)

Fabrication of AGV
Fabrication of AGVFabrication of AGV
Fabrication of AGV
 
Automated guided vehicle systems (AGVs)
Automated guided vehicle systems (AGVs)Automated guided vehicle systems (AGVs)
Automated guided vehicle systems (AGVs)
 
Rajpremani 160514091645
Rajpremani 160514091645Rajpremani 160514091645
Rajpremani 160514091645
 
Agv with robotic system
Agv with robotic systemAgv with robotic system
Agv with robotic system
 
Automated Guided Vehicle(AGV)
Automated Guided Vehicle(AGV)Automated Guided Vehicle(AGV)
Automated Guided Vehicle(AGV)
 
Integrate with AGVs - Webinar Presentation by FlexQube
Integrate with AGVs - Webinar Presentation by FlexQubeIntegrate with AGVs - Webinar Presentation by FlexQube
Integrate with AGVs - Webinar Presentation by FlexQube
 
automated guided vechiles
automated guided vechilesautomated guided vechiles
automated guided vechiles
 
Automated guided vehicle
Automated guided vehicle Automated guided vehicle
Automated guided vehicle
 
Automatic Guided Vehicle
Automatic Guided VehicleAutomatic Guided Vehicle
Automatic Guided Vehicle
 
Automated guided vehicle
Automated guided vehicleAutomated guided vehicle
Automated guided vehicle
 
Unit 3 55
Unit 3 55Unit 3 55
Unit 3 55
 
(Powerpoint presentation)line following automated guided vehicle using hoverc...
(Powerpoint presentation)line following automated guided vehicle using hoverc...(Powerpoint presentation)line following automated guided vehicle using hoverc...
(Powerpoint presentation)line following automated guided vehicle using hoverc...
 
Auto guided vehicle
Auto guided vehicleAuto guided vehicle
Auto guided vehicle
 
Basics of AGVs (Automated guided vehicles)
Basics of AGVs (Automated guided vehicles)Basics of AGVs (Automated guided vehicles)
Basics of AGVs (Automated guided vehicles)
 
aotomated guided vehicle
aotomated guided vehicleaotomated guided vehicle
aotomated guided vehicle
 
AGV
AGVAGV
AGV
 
2006 mine integration plan
2006 mine integration plan2006 mine integration plan
2006 mine integration plan
 
Material handling robots
Material handling robotsMaterial handling robots
Material handling robots
 
DREAM QUADCOPTER
DREAM QUADCOPTERDREAM QUADCOPTER
DREAM QUADCOPTER
 

Similar to MAUS – AGV FINAL

Patrick Meneroud, Cedrat Technologies, FR (Intefix)
Patrick Meneroud, Cedrat Technologies, FR (Intefix)Patrick Meneroud, Cedrat Technologies, FR (Intefix)
Patrick Meneroud, Cedrat Technologies, FR (Intefix)I4MS_eu
 
Alessandro Arcidiacono, Enginsoft, IT (Fortissimo)
Alessandro Arcidiacono, Enginsoft, IT (Fortissimo)Alessandro Arcidiacono, Enginsoft, IT (Fortissimo)
Alessandro Arcidiacono, Enginsoft, IT (Fortissimo)I4MS_eu
 
Motivations, Opportunities and Challenges of Additive Manufacturing for Space...
Motivations, Opportunities and Challenges of Additive Manufacturing for Space...Motivations, Opportunities and Challenges of Additive Manufacturing for Space...
Motivations, Opportunities and Challenges of Additive Manufacturing for Space...Altair
 
Tsc cav@digital catapult_march2019
Tsc cav@digital catapult_march2019Tsc cav@digital catapult_march2019
Tsc cav@digital catapult_march2019Peter Bloomfield
 
MCG mind for metal | company presentation
MCG mind for metal | company presentationMCG mind for metal | company presentation
MCG mind for metal | company presentationMCGmindformetal
 
Model-based Development for Vehicular Embedded Systems
Model-based Development for Vehicular Embedded SystemsModel-based Development for Vehicular Embedded Systems
Model-based Development for Vehicular Embedded SystemsAlessio Bucaioni
 
ABB EPC_General Presentation_March 15
ABB EPC_General Presentation_March 15ABB EPC_General Presentation_March 15
ABB EPC_General Presentation_March 15Antonio Biasiolo
 
Lean six sigma black belt project by iftakhar
Lean six sigma black belt project   by iftakharLean six sigma black belt project   by iftakhar
Lean six sigma black belt project by iftakharMohammad IFTAKHAR
 
Multiphysics CAE for Engineering Innovation_ ICCMEH- 2014 Keynote
 Multiphysics CAE for Engineering Innovation_ ICCMEH- 2014 Keynote Multiphysics CAE for Engineering Innovation_ ICCMEH- 2014 Keynote
Multiphysics CAE for Engineering Innovation_ ICCMEH- 2014 KeynoteATOA Scientific Technologies
 
RapidAIR- a new urban dispersion modelling platform for air quality analysis ...
RapidAIR- a new urban dispersion modelling platform for air quality analysis ...RapidAIR- a new urban dispersion modelling platform for air quality analysis ...
RapidAIR- a new urban dispersion modelling platform for air quality analysis ...Scott Hamilton
 
General_Presentation_Altran_Engineering
General_Presentation_Altran_EngineeringGeneral_Presentation_Altran_Engineering
General_Presentation_Altran_EngineeringFred Strijbos
 
Final ams power_point_slides-------newwww
Final ams power_point_slides-------newwwwFinal ams power_point_slides-------newwww
Final ams power_point_slides-------newwwwvivekmsmech
 
MroNet.it - the Italian Network for MRO
MroNet.it - the Italian Network for MROMroNet.it - the Italian Network for MRO
MroNet.it - the Italian Network for MROAntonio Musto
 
Slope Final Review Meeting - WP3
Slope Final Review Meeting - WP3Slope Final Review Meeting - WP3
Slope Final Review Meeting - WP3SLOPE Project
 
171130 Dimanex MSc project (Pieter Ruijssenaars-Elise Kok)
171130 Dimanex MSc project (Pieter Ruijssenaars-Elise Kok)171130 Dimanex MSc project (Pieter Ruijssenaars-Elise Kok)
171130 Dimanex MSc project (Pieter Ruijssenaars-Elise Kok)SINTAS
 
Efficient Solutions for Traffic Systems
Efficient Solutions for Traffic SystemsEfficient Solutions for Traffic Systems
Efficient Solutions for Traffic SystemsThorne & Derrick UK
 

Similar to MAUS – AGV FINAL (20)

Patrick Meneroud, Cedrat Technologies, FR (Intefix)
Patrick Meneroud, Cedrat Technologies, FR (Intefix)Patrick Meneroud, Cedrat Technologies, FR (Intefix)
Patrick Meneroud, Cedrat Technologies, FR (Intefix)
 
Alessandro Arcidiacono, Enginsoft, IT (Fortissimo)
Alessandro Arcidiacono, Enginsoft, IT (Fortissimo)Alessandro Arcidiacono, Enginsoft, IT (Fortissimo)
Alessandro Arcidiacono, Enginsoft, IT (Fortissimo)
 
Motivations, Opportunities and Challenges of Additive Manufacturing for Space...
Motivations, Opportunities and Challenges of Additive Manufacturing for Space...Motivations, Opportunities and Challenges of Additive Manufacturing for Space...
Motivations, Opportunities and Challenges of Additive Manufacturing for Space...
 
Multiphysics cae
Multiphysics caeMultiphysics cae
Multiphysics cae
 
Tsc cav@digital catapult_march2019
Tsc cav@digital catapult_march2019Tsc cav@digital catapult_march2019
Tsc cav@digital catapult_march2019
 
MCG mind for metal | company presentation
MCG mind for metal | company presentationMCG mind for metal | company presentation
MCG mind for metal | company presentation
 
Model-based Development for Vehicular Embedded Systems
Model-based Development for Vehicular Embedded SystemsModel-based Development for Vehicular Embedded Systems
Model-based Development for Vehicular Embedded Systems
 
ABB EPC_General Presentation_March 15
ABB EPC_General Presentation_March 15ABB EPC_General Presentation_March 15
ABB EPC_General Presentation_March 15
 
Lyes boudiaf
Lyes boudiafLyes boudiaf
Lyes boudiaf
 
Lean six sigma black belt project by iftakhar
Lean six sigma black belt project   by iftakharLean six sigma black belt project   by iftakhar
Lean six sigma black belt project by iftakhar
 
COP19: A Year of Progress
COP19: A Year of ProgressCOP19: A Year of Progress
COP19: A Year of Progress
 
2015-12-1 IMechE Lightweighting_v2
2015-12-1 IMechE Lightweighting_v22015-12-1 IMechE Lightweighting_v2
2015-12-1 IMechE Lightweighting_v2
 
Multiphysics CAE for Engineering Innovation_ ICCMEH- 2014 Keynote
 Multiphysics CAE for Engineering Innovation_ ICCMEH- 2014 Keynote Multiphysics CAE for Engineering Innovation_ ICCMEH- 2014 Keynote
Multiphysics CAE for Engineering Innovation_ ICCMEH- 2014 Keynote
 
RapidAIR- a new urban dispersion modelling platform for air quality analysis ...
RapidAIR- a new urban dispersion modelling platform for air quality analysis ...RapidAIR- a new urban dispersion modelling platform for air quality analysis ...
RapidAIR- a new urban dispersion modelling platform for air quality analysis ...
 
General_Presentation_Altran_Engineering
General_Presentation_Altran_EngineeringGeneral_Presentation_Altran_Engineering
General_Presentation_Altran_Engineering
 
Final ams power_point_slides-------newwww
Final ams power_point_slides-------newwwwFinal ams power_point_slides-------newwww
Final ams power_point_slides-------newwww
 
MroNet.it - the Italian Network for MRO
MroNet.it - the Italian Network for MROMroNet.it - the Italian Network for MRO
MroNet.it - the Italian Network for MRO
 
Slope Final Review Meeting - WP3
Slope Final Review Meeting - WP3Slope Final Review Meeting - WP3
Slope Final Review Meeting - WP3
 
171130 Dimanex MSc project (Pieter Ruijssenaars-Elise Kok)
171130 Dimanex MSc project (Pieter Ruijssenaars-Elise Kok)171130 Dimanex MSc project (Pieter Ruijssenaars-Elise Kok)
171130 Dimanex MSc project (Pieter Ruijssenaars-Elise Kok)
 
Efficient Solutions for Traffic Systems
Efficient Solutions for Traffic SystemsEfficient Solutions for Traffic Systems
Efficient Solutions for Traffic Systems
 

MAUS – AGV FINAL

  • 1. 1Mentoring Program 08.13.2014 MAUS – AGV Antonio E. Arróyave Treviño Manufacturing Tutor: Omar Gonzalez
  • 2.  Design, develop and implementation of an automated guided vehicle for material transportation.  Coil movement from fabrication area to K5 Kit area and from fabrication to shipping. OBJECTIVE 2 Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 2015
  • 3. DESCRIPTION 3 An automated guided vehicle capable of the material transportation. Consisting:  Trolley  Sensors (Path)  Control Interface  CAS  RF Interface Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 2015
  • 4. STRUCTURE 4 We considered several factors in the design of the structure:  Availability  Functionality  Ergonomics  Resistance  Aesthetics Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 2015
  • 5. First Concept Bare concept for settling dimensions. Second Iteration Two redesigns later, more compact, low profile concept. Fourth Iteration Four redesigns later, curved surfaces, operation panel added. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 20155 STRUCTURE (EVOLUTION)
  • 6. FINAL ASSEMBLY  Easy operation access  Best hitch position  Wide space Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 20156 75 cm
  • 7. SENSORS (PATH) 7 Several sensor options for a track following system were considered:  NFC Tags  GPS  Line Follower Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 2015
  • 8. Vastly used in AGVs for autonomous movement.  Easy to implement  Low cost  Reliable and simple Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 20158 LINE FOLLOWER
  • 9. LINE FOLLOWER  Explanation Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 20159 10
  • 10. This system should be safe and robust  Fast response  Suitable for the application and environment Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201510 CAS (COLLISION AVOIDANCE SYSTEM)
  • 11. This sensor are the LV-MaxSonar-EZ2  Small in size  Low cost  Maximum range ~6 m  Good response time  Susceptible to noise Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201511 ULTRASONIC SENSORS (FIRST ATTEMPT)
  • 12. OMRON OS32C  Up to 15 meters of sensing range  270° detection angle  2 warning zones and a safety zone  Small size  Fast response Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201512 SAFETY LASER SCANNER (PROPOSAL)
  • 13. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201513 SAFETY LASER SCANNER (PROPOSAL) FYI: The new tube bender from Pedrazzoli has an OS32C on it.
  • 14. Based on an nRF24L01+PA+LNA 2.4GHz RF module  Long distance transmission  Inexpensive Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201514 RF INTERFACE
  • 15. This will be held by:  3x Arduino Mega 2560 ‒ Line Following, Motor Drivers ‒ CAS ‒ RF Interface  2x Motor Drivers i70  Relay Module  Signal conditioners & regulators  Buttons & light indicators Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201515 CONTROL INTERFACE
  • 16. Several tests were made with the motor drives. The purpose was: • Understand the coding and way to program it • Limitations • Behavior Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201516 TESTING (DRIVERS)
  • 17. Several test were made with ultrasonic sensors. The purpose was: • Response to noise • Limitations Things discovered:  Susceptible to noise and crosstalk Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201517 TESTING (ULTRASONIC SENSORS)
  • 18. This small prototype was made with the purpose to understand the behavior of the US sensors and start to debug some program thoughts. Two important things discovered:  Moment of inertia is crucial  Turning Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201518 TESTING (PROTOTYPE)
  • 19. Several tests were made with the motors in order to find their current consumption. At the same time some test were made with the batteries, so we can find how long they can last. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201519 TESTING (MOTORS & BATTERIES)
  • 20. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201520 CONSTRUCTION (PROGRESS)
  • 21. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201521 CONSTRUCTION (PROGRESS)
  • 22. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201522 CONSTRUCTION (PROGRESS)
  • 23. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201523 CONSTRUCTION (PROGRESS)
  • 24. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201524 CONSTRUCTION (PROGRESS)
  • 25. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201525 ROUTING (PROGRESS)
  • 26. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201526 CONSTRUCTION (PROGRESS)  Structure – Complete  Painting  Cable routing – Complete  Microcontrollers, Drivers, Module, Buttons, Light Indicators, Emergency Stop, Batteries, Regulators and Signal Conditioners – Connected  Turret installation – In progress  Sensors – In progress  RF interface – In progress
  • 27. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201527 COMPANY BENEFITS  Distancia por vuelta: 117.1 mts  Distancia recorrida al dia: 2342 mts  Distancia recorrida al año: 585500 mts 585.5 km Coil - Área de Kiteo Encargado: Alejandro Castillo Ida Vuelta Tiempo (min): 1.084 1.04 Pistas: 20 Tiempo Total x Dia (min): 42.48 Tiempo Total al Año (hr): 178 20 dias CONFIDENTIAL
  • 28. While making this project I have learned and improve several skills.  CAD design (improvement)  Electronic design (improvement)  Electric connections (improvement)  Electric Motors (improvement)  Manufacturing  Mechanics  Sensors Integration  Programming (improvement)  SAP Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201528 PERSONAL LEARNING
  • 29. Manufacturing | SCYLLA - AGV | KNA Monterrey | October 9, 201529 ROAD MAP Phase 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 Concept and Technology selection IE, PPP 1 Sensors and parts quotation IE, SAP, XLS Structure Design Others 2 CAD Construction SolidWorks 3 Structure Review/Redesign Others 4 Construction (Main Body) Others Sensors Integration Others 5 Program Development Arduino 6 Car Assembly (Electronics) Others 7 Testing Others 8 Improvement Others 0% ### Rot ### Gelb ### Grün ### SCYLLA - AGV Plant KNA Monterrey / August September Oktober Datum 2015 November Dezember Status des AP erfüllt des AP erfüllt Erledigungsgrad des AP erfüllt des AP erfüllt des AP erfüllt Mai Bestellung auslösen Blau Zielerreichung leicht gefährdet Action Item April Tools Januar Februar März Juni Juli 2015 Zielerreichung gefährdet Meilenstein Orange Legende Zielerreichung gesichert Zeitbedarf M 1