The Householdhelp

Prints (0)

Description

3rd Place in the within reach 18 and over!

Have you ever tried to sweep or mop the floor using only one hand? If you do it will cost you way more energy and strength in that one arm. But people with injuries, injuries, paralysis or amputation on one arm/hand generally do not have that strength because they need to use 1 arm to do all daily tasks. My mother is one of those people that uses 1 arm for all the daily tasks which causes her remaining arm to be overworked.

The objective is to make it easier to use a sweeper or mop. I achieved this objective to use a set of open rings with an handle to make it easier to use the sweeper or mop. So I created a set of supports that can be attached to normal broomstick to relieve the arm of some of the strain. The pictures are of the first prototype a few weeks ago.

The inside corners of the rings have rounded edges to prevent blisters, scratches and cuts. The outside is curved to prevent stress-points in the material to prevent breaking. The blades of the rings are slightly tapered to have some flexibility in the top part to make getting in and out of the rings easier. Each part has holes to fit M3 bolts/screws with brass inserts with an Outside diameter of 4mm and a length of 12 mm for the rings and 10 for the handle.

I printed these parts in PLA on a delta style printer using the following settings:

Rings & Handle:

  • 0.2 layer hight
  • 2 outside perimiters
  • 3 top and bottom solid layers
  • 20% full Honeycomb infill

Clamps:

  • 0.2 layer hight
  • 4 outside perimeters
  • 4 top and bottom solid layers
  • 30% full Honeycomb infill

Handle:

  • Standing upright on the attachment part
  • 0-16mm:
    • 0.2 mm layer hight
    • 25% Full Honeycomb infill
    • 3 bottom solid layers
    • 0 top solid layers
    • 3 outside perimeters
  • 16-29mm:
    • 0.1 mm layer hight
    • 20% Full Honeycomb infill
    • 0 bottom and top solid layers
    • 2 outside perimeters
  • 29mm-end
    • 0.3 mm layer hight
    • 15% Full Honeycomb infill
    • 0 bottom solid layers
    • 2 top solid layers
    • 2 outside perimeters

The sizes of the rings are 50 mm broad 60 mm for the elbow piece, 40 mm broad 60x45 elliptical shape for the wrist piece.

I would be happy to design a specific size for you, Just message me and I will make you a perfect fitting Householdhelp.

This is my first design I have ever uploaded, I hope you like it! What do you think of this design? How can I improve the design? let me know in the comments below!

Design Files

File Size

Householdhelp wrist support.stl
9.68 MB
Householdhelp elbow support.stl
7.91 MB
Householdhelp allparts.stl
25.7 MB
Householdhelp handle.stl
8.06 MB

Comments

BLS
Hello! I can't tell you how excited I was when I saw your design! I've been looking for a way to attach something to a paddle for a stand up paddle board and this looks to be perfect. Congrats on the 3rd place win and thank you so much for entering the contest! - brandy (one of the judges)
Reply8 years ago
Björn Kok
Hey Brandy, Thank you very much! I am glad you liked it. Please let me know if you have any remarks on how to improve it or if you need any adjustments, ill be happy to help!
Reply8 years ago
3DPGirl
Hey Bjorn!
Reply8 years ago
3DPGirl
Ha - oops! Just wanted to let you know I am finally printing these for Brandy to test out this weekend. If you are still open to helping us out with any adjustments needed, that would be awesome. Please email me directly at mara.hitner@matterhackers.com so we can be in touch. Thanks again for your entry!
Reply8 years ago
nadev42535
The Householdhelp offers tailored solutions for all your domestic needs. Whether you need regular cleaning, meal preparation, or assistance with daily tasks, you can find the help you need here. Their team is dedicated to providing high-quality service, ensuring your home runs smoothly. Discover more about how The Householdhelp can make your life easier and more organized. For detailed information and services, check it out here.
Reply6 months ago
Your browser is out-of-date!

Update your browser to view this website correctly. Update my browser now

×