Construction

 

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• This new type of mechanics opens the door to a wide range of functions and applications. It is difficult to thoroughly describe this technology. The technology is continuing to evolve .... mix and match construction results in many movements and functions, available singly or in combination, parallel or series combinations, even within a single device or system. See: Costs, manufacturing .... ______________________________________________ Models ("play with it") • Construction method may vary according to the materials chosen and the functions desired. Initially, exploring the technology and getting a feel for it can begin with a basic model; later moving on to more accurate, suitable prototypes tailored to a specific application. It will help to get your hands on it and your mind around it, as you feel its many different motions. Nothing compares with the feel of scroller geometry. See: Geometry .... Model Construction • Here are two easy ways to make working models: Long • 8 belts • 4 orbit rollers • 1 centre roller 
See: Long Model .... Short • 4 belts • 4 orbit rollers • 1 centre roller
 See: Short Model .... 1. If you want it to be self-supporting .... 2 bands per outer roller. 2. If you attach 2 shafts [in and out] to other equipment .... one band per outer roller. 
 3. If you use a rigid outer sleeve .... one band per outer roller plus outer-bands of any number. 
 4. If you use a flexible outer sleeve ... 2 bands per outer roller. NOTE: if you use more than 5 rollers, the inner-roller must be larger than the outer-rollers • These two configurations are the most practical for explaining belt offset, balance and stability. Depending on the roller length, roller / belt number or application, the variety of roller / belt combinations are endless. The chosen configuration must simply result in a balanced, stable cluster of parallel rollers.http://erikbrinkman.com/scroller/materials.htmlhttp://erikbrinkman.com/scroller/functions.htmlshapeimage_1_link_0shapeimage_1_link_1

  1. 1. Initial Disclosure

  2. 2. Introduction

  3. 3. Geometry

  4. 4. Friction

  5. 5. Materials

  6. 6. Costs

  7. 7. Motions

  8. •Rotary

  9. •Cammed

  10. •Linear

  11. •Combinations

  12. •Precision Movement

  13. 8. Rollers

  14. •Size / Number

  15. •Shapes

  16. •Surfaces

  17. •Weight

  18. •Load

  19. •Flexible Hollow Rollers

  20. •Variable Diameter

  21. •Hollow Roller Inserts

  22. •Scrollers-in-Scrollers

  23. 9. Inputs / Outputs

  24. •Shafts  (as in / out)

  25. •Belts  (as in / out)

  26. 10. Belts / Support

  27. •Inner Belts

  28. •Outer Belts

  29. •Outer Sleeve / Casing

  30. 11. Functions

  31. 12. Conditions

  32. 13. Conclusions

  33. 14. Construction

  34. •Scroller Formula

  35. •Long Model

  36. •Short Model

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  1. 15. Appendix / Bibliography

  2. •Priors

  3. •Rolamite Articles

  4. •Comparisons

  5. •Mechanisms

  6. •Scroller Patent

IDS - GENERAL

IDS - CONSULTING

IDS - RESEARCH

IDS - DEVELOPMENT

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SHORT MODELShort_Model.html
COSTSCosts.html
GEOMETRYGeometry.html
LONG MODELLong_Model.html