Jason Holmes Matt Wickesberg Michael Piercy Matt Guenette Team 12 – Super Tank February 15, 2012.
Jason Holmes Matt Wickesberg Matt Guenette Michael Piercy.
-
Upload
elaine-townsend -
Category
Documents
-
view
266 -
download
2
Transcript of Jason Holmes Matt Wickesberg Matt Guenette Michael Piercy.
Long Range Vehicle Control (Super Tank)
Packaging Design
Jason HolmesMatt WickesbergMatt GuenetteMichael Piercy
Project Overview
Collaborative effort between the Super Tank senior design team and HKUST team.
Wireless internet communication with vehicles either at Purdue or Hong Kong University to control movement, weaponry, or any extra features.
Tank vehicle on Purdue’s side will provide a video feed to a controller application
PSSCs
An ability to send/receive/decode commands from a controller wirelessly
An ability to control direction/firing capability of a vehicle
An ability to autonomously avoid obstacles encountered by the tank
An ability to provide sensor feedback to a wireless controller
An ability to monitor a battery and prevent signal disconnection due to power loss.
System Diagram
LRVC Server
Controller 1
Controller 2
Controller N
Vehicle 1 Vehicle 2 Vehicle M
FIRE
Android Tablet – “Virtual” Controller
Feedback/Error Text Box
Live Video Stream
Common GUI Components
Common GUI Components
Common LRVC Protocol Provides Services for Android Controller App.
Specific Vehicle Protocols
All communications (Vehicle and/or LRVC Protocols) aremade with TCP off of a TCP/IP stack through WIFI.
Tank Diagram
Fig. 1 – Vision
Fig. 2 – Drop Off Detection
Fig. 3 – Wall Detection
Front
Back Short Range IR
Sensors Long Range IR Sensors attached
to Stepper Motors For 180 degree rotation.
USB Camera
Senso
r Pla
cem
ent
Sen
sor
s
PCB Size Estimate
Part # Name Height Width Length Area Quantity totalArea
PRT-00429
9 pin serial conector
0.494” 1.21” 0.228” 0.276 1 0.276
497-1394-5-ND
L297 (step control)
0.285 0.355 1.000 0.355 2 0.71
COM-09479
L298 0.958 0.772 0.351 0.271 4 1.09
APXW005A0X3-SRZ
DC Regulators
0.335 0.799 0.449 0.359 2 0.718
BQ26231 Batt Gauge 0.049 0.244 0.122 0.03 1 0.03
677-20ABP
Heatsink(L298)
2 1.00 1.65 1.65 2 3.3
STM32F103ZGT6
Microcontroller
0.063 0.86 0.86 0.74 1 0.74
Total PCB Size = (5.77 in^2 * 3) = 17.32 in^2 5” x 3.5” PCB Footprint
Tank Interior Drawing – Bottom Half
MotorBlock
Sloped
Depth of tank = 4.25”
PCBEstimate
Panda Board
SerialmotorA
motorB
25.5”3”
6”6.25”
5.25”
4”
4.5” 13”
3.5”
5”
Tank Layout – Top Half
BATT
BATT
IR
IR
IR
IR
12”
27”
10”3”
4.5”
14”
1.46”
0.74”
Total Area = 27” x 12” = 324 in^2
Packaging Weight/CostPart # Name Quantity Weight Cost Total
CostTotal
Weight
HPJ002K Drill Bat. 2 0.54 30 80 1.08 lb
PCB Board 1 ~0.5 lb 120.8 120.8 ~0.5 lb
ROB-09238
Stepper Motor
1 0.44 14.95 14.95 0.44
SEN-08959 Short Range IR
3 0.1 13.95 41.85 0.3
SEN-08958 Long Range IR
3 0.1 14.95 44.85 0.3
QuickCam
Pro9000
1 0.85 54.92 54.92 0.85
UEVM4460G-02-01-
00
PandaBoard
1 0.1625 174 174 0.1625
Airsoft Electronic
PanzerTank
1 14.9 69.99 69.99 14.9
Total Weight = 18.53 lbs. Total Cost = ~$600
Comparable #1
Price = $49.99 Name: App-Controlled Wi-Fi Racer
› Store = Brookstone Size = 1/10th scale of standard sedan Self-Contained Robust Design Controlled by Apple App on iPhone, iPad, or iPod. Also capable of being controlled from select android
devices
Comparable #2
Parrot AR.Drone Price = $299.95 Size = 33” x 33” Weight = 13.4 ounces Self Contained and Wireless Controlled via Apple App Video camera on front and back
streaming video to controller program.
Features and Differences
Self-Contained and Completely wireless Dual Battery slots to avoid shut down
and interruption of vehicle control Larger interior space that both vehicles Extra interior support needed to
improve protection to interior components
Camera is attached to turret, allowing user control of the camera’s direction
Antenna will be contained inside of the tank if wireless hotspot is included.