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RoboVac Raymond Perez Jetmir Palushi Juan Gamarra Joseph Seborowski Diego Molina.

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Presentation on theme: "RoboVac Raymond Perez Jetmir Palushi Juan Gamarra Joseph Seborowski Diego Molina."— Presentation transcript:

1 RoboVac Raymond Perez Jetmir Palushi Juan Gamarra Joseph Seborowski Diego Molina

2 Objectives  Better Cleaning More Power Algorithm Design Dirt Sensors Mapping  Outshining Competition

3 Objectives  Initiate Prototyping Phase Research cheap/effective parts (i.e. sensors,motors,casing…) Purchase components Commence troubleshooting (testing phases) Progress well within project plan

4 Project Plan Task NameStartEnd Project Plan1/9/071/11/07 Parts List1/25/072/8/07 Ordering Parts1/25/072/22/07 Define Objectives1/11/071/17/07 Refine Final Design1/11/072/11/07 Validate Prototyping2/9/072/13/07 Manufacturability1/11/072/12/07 Prototype Building2/15/073/4/07

5 Detailed Tasks  Choosing appropriate parts Microprocessor Motors Casing Battery Omni-directional components Recycling of “Roomba” parts

6 Manufacturability Building Process Quick Assembly

7 Casing  Major problem so far  Plastic Injection Molding  First Cut Prototype and Proto-mold both turned us down

8 Casing Continued  Austro Mold - $800  Metal – lighter metals, Al  Plastic Bin – fits specific dimensions  CNC

9 Casing Alternatives

10 Mapping  Path optimization  Eliminate cleaned areas  Radial Closed Loop Path  Visited path marked as obstacle  Memory optimization  Complex geometry path prevention

11 Sensors and Electrical Components  Bumper Switches Obstacles (e.g. wall, couches)  Light Sensors Detect Dirt  Proximity Infrared Sensors Stair detection  Voltage Regulators Switch DC/DC voltage regulator  Resistors, Capacitors, Transistors and LED

12 Microcontroller  Low Supply-Voltage 1.8-3.6V  Ultra low-Power Consumption Standby mode  12 Bit A/D converter  Memory 60Kb Flash 2Kb RAM

13 Programming  IAR Embedded Workbench IDE  High level programming (C, C++)

14 Omni-Directional Platform  Cost of Prototyping  Weight of Bearing

15 Refining Design  Changes incurred Casing revisions due to size limitations Choosing the “brain” Altering blower intake Location of motors Omni-directional obstacles

16 Refining Design New Blowers –Previous option was no longer available –Next best thing was found at Digi-key –Modification needed to fit system E-bay parts chosen –High Prices for low quantity orders –Wheel Tire set –Brushes

17 Progress  Prototyping Parts received Parts still pending Returns  Pending Deliverables Robot body Final Cost Analysis Programming

18 Financial Breakdown

19 Obstacles  Case molding  Maintaining price range $  Controlling directional movement  Obtaining market niche  Staying within timeline


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