Xerox Stacker Pro
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Xerox Stacker Pro James Zellhart, Connor Senft, Justin Lewis, Beau Langdon Abstract Customer Needs Weighting Xerox machines are a staple in the professional world for their ability to accurately and quickly print paper. A problem with the printed paper though is that it is not always stacked in a uniform way. Users also need two different types of stacks, one offset and one not offset. Our design will make the Xerox machine stacking component be accurate to within 5 mm of the desired stacking Accurat e Paper Countin g Accura cy of Stacki ng Cost Effect ive Interchange able Sensors ∑ row Weightin g Accurate Paper Counting 1 0.25 3 3 7.25 0.24 Accuracy of Stacking 4 1 6 5 16 0.54 Cost Effective 0.33 0.17 1 0.33 1.83 0.06 Interchangea ble Sensors 0.33 0.2 3 1 4.53 0.15 29.6 1 Figure 1. AHP Comparison Chart TRIZ Feature to Improve Accuracy of measurement Undesired Result Waste of energy Principles: Copying Optical changes Cheap disposable Feature to Improve Shape Undesired Result Complexity of device Principles: Partial or excessive action Pneumatics or hydraulics Segmentation Replace a mechanical system Feature to Improve Reliability Undesired Result Waste of energy Principles: Preliminary action Previously placed pillow Physical or chemical properties SCAMPER Substitut e Combine Adapt Modify Rearrange Eliminate Put to other use Cheaper Material s Stackin g Methods Playing Card Packages Stack Sideway s Paper Collect or Eliminate the 5 mm safety net Slope Tray Downward s Figure 2. Abbreviated SCAMPER Model Figure 3. TRIZ Matrix Figure 4 &5. Laser paper counter and casing, Angled paper stacker in machine Figure 6. Non-offset stacker component Conclusion Our final design is centered around replaceable parts for the different stacks required. An angled component allows for the stacks to become offset, and the non-offset component allows for precise stacking, as well as ease of removing the paper. When the components are not in use, they can be hung off the back of the machine. With this method, different types of molds can be created with ease for different types of stacks a company may require beyond those engineered for the project.
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Xerox Stacker Pro. James Zellhart , Connor Senft , Justin Lewis, Beau Langdon. Abstract. Conclusion. - PowerPoint PPT Presentation
Transcript of Xerox Stacker Pro
Xerox Stacker ProJames Zellhart, Connor Senft, Justin Lewis, Beau Langdon
Abstract
Customer Needs Weighting
Xerox machines are a staple in the professional world for their ability to accurately and quickly print paper. A problem with the printed paper though is that it is not always stacked in a uniform way. Users also need two different types of stacks, one offset and one not offset. Our design will make the Xerox machine stacking component be accurate to within 5 mm of the desired stacking type.
Accurate Paper Counting
Accuracy of Stacking
Cost Effective
Interchangeable Sensors ∑ row Weighting
Accurate Paper Counting
1 0.25 3 3 7.25 0.24
Accuracy of Stacking
4 1 6 5 16 0.54
Cost Effective 0.33 0.17 1 0.33 1.83 0.06
Interchangeable Sensors
0.33 0.2 3 1 4.53 0.15
29.61
Figure 1. AHP Comparison Chart
TRIZFeature to Improve Accuracy of measurementUndesired Result Waste of energyPrinciples: Copying
Optical changesCheap disposable
Feature to Improve Shape
Undesired Result Complexity of device
Principles: Partial or excessive actionPneumatics or hydraulicsSegmentationReplace a mechanical system
Feature to Improve Reliability
Undesired Result Waste of energyPrinciples: Preliminary action
Previously placed pillowPhysical or chemical properties
SCAMPERSubstitute
Combine
Adapt
ModifyRearrange
Eliminate
Put to other use
Cheaper Materials
Stacking MethodsPlaying Card
Packages
Stack Sideways
Paper CollectorEliminate the 5 mm safety
net
Slope Tray Downwards
Figure 2. Abbreviated SCAMPER Model
Figure 3. TRIZ Matrix
Figure 4 &5. Laser paper counter and casing, Angled paper stacker in machine
Figure 6. Non-offset stacker component
ConclusionOur final design is centered around replaceable parts for the different stacks required. An angled component allows for the stacks to become offset, and the non-offset component allows for precise stacking, as well as ease of removing the paper. When the components are not in use, they can be hung off the back of the machine. With this method, different types of molds can be created with ease for different types of stacks a company may require beyond those engineered for the project.
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