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nd Conce e 2 nd The e cont ntext ext : The ncern rn for r innov ovati ation on - Case e study dy on Filter ter Bottle tle for r CRPF F DE 402 Introduction to Design Case Studies ies 1st concern for innovation The Cause


  1. nd Conce e 2 nd The e cont ntext ext : The ncern rn for r innov ovati ation on - Case e study dy on Filter ter Bottle tle for r CRPF F DE 402 “Introduction to Design – Case Studies ies

  2. 1st concern for innovation The Cause – Earlier Case Study

  3. Chakku’s 7Cs: 1. The Cause – The concern to solve a problem. 2. The Context – Understanding the problem space and the environment. 3. The Comprehension – Arriving at design insights. 4. The Check – Creating a list of key requirements as a check-list/product brief. 5. The Conception – Generating multiple ideas and combining them into concepts. 6. The Crafting – Converting the selected concept in to mock-ups, functional prototypes and mass production. 7. The Connection – Creating user satisfaction and delight

  4. The Context - Understanding the User and the Scenario • Circumstances in which the problem exists. • The environment surrounding the problem space including the social and cultural aspects. • The socio economic structures that surround the user scenario

  5. CA CASE SE ST STUD UDY : Y : WAT ATER ER FI FILTE LTER R BO BOTTL TTLE FOR E FOR CR CRPF PF JA JAWANS ANS 6

  6. TAR ARGET GET USE SERS: S: CR CRPF F jawans ans on ope peration ation at t remote ote pl places ces fo for th their r miss ssion ions

  7. PROBLEMS THEY HAVE ENCOUNTERED Carrying heavy Limited supply of (trained to use No filtration water storage for a Contaminated water potable water minimum water) available long distance

  8. METHODS FOR CLEANING WATER WATER FILTER HANDKERCHIEF CHLORINE TABLETS BOTTLE (Not safe enough) (expires after 2-3 (Aquaguard on the Go months, becomes red) 3 bottles for 38 jawans) 1 0

  9. Different Bottles

  10. Understanding uniforms and rucksacks

  11. Existing Water Filter Bottles in market Lifestraw Lifestraw Go Lifestraw Family LifeSaver Lifestraw Mission Aquaguard Katadyn Pure Mini Sawyer Clean Sip on the Go

  12. WATER FILTERS COMPARISON Lifetime Product Name Technology Mechanism Sizes Bacteria Virus Bottle Price Capacity Hollow Fibre ₹1190 LifeStraw/LifeStr Sipping 0.2 micron Yes No 1,000 L Yes ,700ml Membrane ₹1990 aw Go Ultrafiltration Reservoir ₹ 8200 LifeStraw Hollow Fibre Hand Pump 0.02 micron Yes Yes 18,000 L Mission/Family 5L & 12L ₹ 5100 Membrane Activated carbon LifeSaver with ultra filtration Hand Pump Yes Yes 4,000 L Yes, 750ml ₹ 9900 membrane Activated carbon micro filter, Sipping Yes Yes No ₹ 900 CleanSip patented media Hollow Fibre 100,000 gallons (30 Sipping 0.1 micron Yes No Yes ₹ 2950 MiniSawyer Membrane times) Katadyn Pocket Pump Filter Hand Pump 0.2 micron Yes No 50,000 L No ₹ 30000 Aquaguard On Space Nano ₹ 595 Squeezing 0.1 micron Yes Yes 300 L/ cartridge Yes the go Technology Pure Water Filter UV Light Bulb Plunging Yes Yes Yes Not launched yet Bottle

  13. WHY AQUAGUARD ON THE GO AS SELECTED FILTER? smaller pore cheaper & sizes than replaceable Lifestraw easily available in safe Indian market

  14. Pump Inlet Tube Outlet Tube Filter Dirty Water Glass Bottle

  15. SUGGESTIONS GIVEN BY JAWANS Fits in the side Camouflage Lightweight Soundproof Durable pocket or inside coloured bottle the bag easily Easy to carry and Filter system for 1 to 2 L water Sturdy Economically feasible capacity maintain potable water

  16. The Check To design a water bottle that: 1. should be easy y to filte ter 2. should have an integ egra ral l pump mp 3. should be easy y to main intai tain and not smell ell 4. should store 2 2 litre tre of water er 5. should be sound ndpro roof of 6. should be suitable to carry in the side e pocket kets s or inside side the bag ag 7. Should cost t tha han INR 2000

  17. IDEATIONS 23

  18. 24

  19. Concept generation • Clustering of ideas as per their affinity • Grouping consideration based on the top three requirements of the project brief.  Ease of Use  Ease of Carrying  Ease of Pumping.

  20. CLUSTERS OF IDEAS

  21. CONCEPT GENERATIONS Concept 1 Concept 2 Concept 3 One champion idea was chosen from the cluster and the other ideas were added to make the concept more effective to solve all the issues in the project brief

  22. Concept 1: Ease of use

  23. Concept 2: Easy to Pump

  24. Concept 3: Easy To carry

  25. CONCEPT EVALUATION EVALUATION CRITERIA CONCEPT 1 CONCEPT 2 CONCEPT 3 Lightweight 9 9 9 Easy to use 6 3 9 Easy to carry 6 6 9 Easy to maintain 6 3 9 Cost effective 3 6 9 TOTAL 30 27 45

  26. FINAL CONCEPT

  27. Inlet Tube Bottle Pump Filter Knob

  28. 1 2 3 4 5 6 7 8 9 10 11 12 3 5

  29. FEEDBACK OF THE CONCEPT FROM CRPF JAWANS

  30. Refinements after user feedback

  31. REFINED CONCEPT 1 Pump and filter vertical to each other

  32. REFINED CONCEPT 2 Pump and filter Horizontal to each other

  33. Bottle cap with flap Hook Main body Base Cap

  34. Cap Flap Cap screw Hook Body Attached to the body Pump with hand crank Tube Filter Base Cap

  35. Inside the pump

  36. 4 4

  37. MOCK UP WORKING PILOT FINAL PROTOTYPE PRODUCTION PRODUCTION Product Development Design Prototyping Product Planning Manufacturer Mass Manufacturing User Testing User Testing Detail Design, Soft Tooling, 3d Printing, Design Thinking, Prototype Design Small Vendors, Small Manufacturers, Tooling, Jigs, Fixtures Large Scale Manufacturers

  38. User feedback of final design

  39. User suggestions: • The handle of the pump should be more strong • Filter should be vertical rather than horizontally as it is time consuming. • Thread of the bottle can be reduced and the neck of the bottle eliminated so that the cap fits the shoulder of the bottle. • Better locking mechanism for base cap.

  40. 3D printer

  41. SPECIFICATION SHEET SR NO DESCRIPTION SPECIFICATIONS 1 Body Polycarbonate : Blow moulding (solid colour), bean shape with serrations 2 Drinking Cap Polycarbonate (Injected moulded) with flap and serrations 3 Base Cap Polycarbonate (Injected moulded), with snap on and perforated 4 Pump Polycarbonate (Injected moulded), waterproof, airtight, leakproof 5 Pump gears Nylon gear, brass, rubber 6 Filter Aquaguard on the Go, connected to the pump with silicone tube 7 Tube Silicone tube (similar to saline tube), 5mm dia

  42. Valley of Death (Bottlenecks at various stages) MOCK UP WORKING PILOT FINAL PROTOTYPE PRODUCTION PRODUCTION Product Development Design Prototyping Product Planning Manufacturer Mass Manufacturing User Testing User Testing Detail Design, Soft Tooling, 3d Printing, Design Thinking, Prototype Design Small Vendors, Small Manufacturers, Tooling, Jigs, Fixtures Large Scale Manufacturers

  43. SUPPORT FROM SMALL SCALE MANUFACTURER FOR PILOT PRODUCTION

  44. Tooling vendor : M/s. Vishwakarma Engineering, Mumbai

  45. Blow-moulding manufacturer

  46. MOCK UP WORKING PILOT FINAL PROTOTYPE PRODUCTION PRODUCTION Product Development Design Prototyping Product Planning Manufacturer Mass Manufacturing User Testing User Testing Detail Design, Soft Tooling, 3d Printing, Design Thinking, Prototype Design Small Vendors, Small Manufacturers, Tooling, Jigs, Fixtures Large Scale Manufacturers

  47. Support for mass manufacture • Contacted M/s Premsons for mass manufacturing support. • Using the synergy of manufacturer helps in quick launch. • IP agreement.

  48. MOCK UP WORKING PILOT FINAL PROTOTYPE PRODUCTION PRODUCTION Product Development Design Prototyping Product Planning Manufacturer Mass Manufacturing User Testing User Testing Detail Design, Soft Tooling, 3d Printing, Design Thinking, Prototype Design Small Vendors, Small Manufacturers, Tooling, Jigs, Fixtures Large Scale Manufacturers

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