Stair climberBlind
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Choosing Finalist
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Solution: A padded rectangular box that spans two step risers with a handle to lift it up to each successive step. The device is largely rectangular and the lower-step portion is wide and flat enough to allow it to be stable when on a flat non-step surface, such as a landing.
Design parameters: Legally, stair risers must be between 6 and 7.5 inches in height, with a width minimum of 22 inches. A typical step is 11 inches in depth. The lower stair portion should be at least as long as the upper stair length, to make standing on the device while on a flat landing more stable.
The device should have multiple 1/2" slide-in/click-on element for the upper stair portion to adjust for differences in stair heights. This is not currently in my drawings
Some additional design elements: adjustability for stair height, material selection, any ideas for handle improvement
- Standard programs: AutoCAD, etc
Entries
- SolidWorks 2018 — SC.C1.1
- SolidWorks 2018 — SC.C1.2
- SolidWorks 2018 — SC.C1.3
- SolidWorks 2018 — SC.C1.4
- SolidWorks 2018 — SC.C1.5
- SolidWorks 2018 — SC.C1.6
- SolidWorks 2018 — SC.C1.7
- SolidWorks 2018 — SC.C1.8
- SolidWorks 2018 — SC.C1.9
- SolidWorks 2018 — SC.C1.10
- SolidWorks 2018 — SC.C1.11
- SolidWorks 2018 — SC.C1.12
- SolidWorks 2018 — SC.C1.13
- SolidWorks 2018 — SC.C2.1
- SolidWorks 2018 — SC.C2.2
- SolidWorks 2018 — SC.C2.3
- SolidWorks 2018 — SC.C2.4
- SolidWorks 2018 — SC.C2.5
- SolidWorks 2018 — SC.C2.6
- SolidWorks 2018 — SC.C2.7
- SolidWorks 2018 — SC.C2.8
- SolidWorks 2018 — SC.C2.9
- SolidWorks 2018 — SC.C2.10
- SolidWorks 2018 — SC.C2.11
- SolidWorks 2018 — SC.C2.12
- SolidWorks 2018 — SC.C2.13
- SolidWorks 2018 — SC.C2.14
- SolidWorks 2018 — SC.C2.15
- SolidWorks 2018 — SC.C2.16
- SolidWorks 2018 — SC.C2.17
- SolidWorks 2018 — SC.C2.18
- SolidWorks 2018 — SC.C2.19
- jpg — Stair Climber V2-01
- jpg — Stair Climber V2-02
- jpg — Stair Climber V2-03
- jpg — Stair Climber V2-04
- jpg — Stair Climber V2-05
- jpg — Stair Climber V2-06
- jpg — Stair Climber V2-07
- jpg — Stair Climber V2-08
- jpg — Stair Climber V2-09
- jpg — Stair Climber V2-010
- jpg — Stair Climber V2-011
- jpg — Stair Climber V2-012
- RENDER — 01 Stair Climber
- RENDER — 02 Anatomically Verified
- RENDER — 03 For Left Or Right
- RENDER — 04 Symmetrical construction
- RENDER — 05 Adjustable for different stairs
- RENDER — 06 Uses Cases
- RENDER — 07 Top Priorities
- RENDER — 08 Stability
- RENDER — 09 Rigid Frame
- RENDER — 10 User Experience
- RENDER — 11 Ready For Manufacturing
- RENDER — 12 Assembly
- RENDER — 13 SC-5 Drawing
- STEP/STP 3D Modeling — 14 Stair Climber SC-5
- ReadMe — 15.ReadMe
- SolidWorks 2021 — Merdiven kart c 5r21 1h lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 5r21 1h lik mm Par a
- SolidWorks 2021 — Merdiven kart c 5r248 7h l k mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 5r248 7h l k mm Par a
- SolidWorks 2021 — Merdiven kart c 25r230 7h lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 25r230 7h lik mm Par a
- SolidWorks 2021 — Merdiven kart c 16r1h lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 16r1h lik mm Par a
- SolidWorks 2021 — Merdiven kart c 7 5r5h lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 7 5r5h lik mm Par a
- SolidWorks 2021 — Merdiven kart c 25r5h l k mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 25r5h l k mm Par a
- SolidWorks 2021 — Merdiven kart c 15 e 9 a 1 lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 15 e 9 a 1 lik mm Par a
- SolidWorks 2021 — Merdiven kart c 10 5 a 9 a 1 lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 10 5 a 9 a 1 lik mm Par a
- JPG,PNG 2021 — Merdiven kart c 18 e 15 e 1 lik mm Par alar
- JPG,PNG 2021 — Merdiven kart c Kesilecek Par a
- JPG,PNG 2021 — Merdiven kart c Montaj
- SolidWorks 2021 — Merdiven kart c 18 e 9 a 1 lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 18 e 9 a 1 lik mm Par a
- SolidWorks 2021 — Merdiven kart c 9 a 7 5 e 1 lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 9 a 7 5 e 1 lik mm Par a
- SolidWorks 2021 — Merdiven kart c 9 a 5 e 1 lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 9 a 5 e 1 lik mm Par a
- SolidWorks 2021 — Merdiven kart c 5r300m1h l k mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 5r300m1h l k mm Par a
- SolidWorks 2021 — Merdiven kart c 18 e 15 e 1 lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 18 e 15 e 1 lik mm Par a
- SolidWorks 2021 — Merdiven kart c 18 e 15 e 1 lik mm 2. Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 18 e 15 e 1 lik mm 2. Par a
- SolidWorks eDrawings 2021 — Merdiven kart c Montaj
- SolidWorks Assembly 2021 — Merdiven kart c Montaj
- SolidWorks 2021 — Merdiven kart c 25r300m5h lik mm Par a
- SolidWorks eDrawings 2021 — Merdiven kart c 25r300m5h lik mm Par a
Discussion
Designer
thank you
Buyer
But I want to ask you, how an injured person would be able to lift this object as long as it is not tied to its leg?
Buyer
Designer
Buyer
Buyer
The iwalk2 is a clever device, but requires a significant amount of coordination and balance even on level ground. It becomes dangerous on stairs for less athletic people.
If the stair climber can be manufactured inexpensively, I believe that many people who are on crutches will buy one in addition to whatever device they use (knee scooter, iwalk2, etc)
Designer
Have 2 doubts, it will be helpful if you if you advise on these, Thank you! :)
1. Product to be used for Climbing up only, what about going down from stairs? required?
2. One of the product from iwalk 2.0(https://www.youtube.com/watch?v=9KBXDJRj-XM) is suitable for going both ways on stairs, are you concerned more about stability?
Buyer
Designer
Designer
taylank
Designer