security handle for velux windows free 3d print model Бесплатные 3D Модели

$ 0.00 USD
  • Доступные форматы:
  • ID Продукта:
    230656
  • Дата: 2019-02-22
  • Коллекция:
    No
  • Ширина в сантиметрах:
    6.3 X 12.1CM
  • Ширина в дюймах:
    XXX
  • Ширина в миллиметрах:
    XXX
  • Высота в миллиметрах:
    XXX
  • Глубина в миллиметрах:
    XXX
  • Для печати:
  • 3D Скан:
    No
  • Контент для взрослых:
    No
  • PBR:
    No
  • Просмотры:
    9483

Описание

stl security handle for velux windows

own desing (not perfect but funcional) 2 parts .stl files in winrar archives

part1: +- 01h:03m without support +10% infill part2: +- 01h:44m with support +30% infill speed: 30 mm/s

.2 resolution

printed in anycubic kossel plus

not for resale thanks!!!

Информация об использовании

Могу ли я использовать бесплатные модели в коммерческих целях? Да, если модель распространяется по лицензии Royalty Free , вы можете использовать ее, пока она включена в продукт и пока третья сторона не может получить ее самостоятельно как в цифровой, так и в физической форме.

Ключевые слова

philippe.vijghen
philippe.vijghen 2019-04-18
This is a very very interesting piece of work has Velux has stopped manufacturing the parts for their older Velux windows.

I am prepared to print it (got a quote of 109 euros at a local 3D print shop) ...but there is one thing I actually don't understand: how are the two parts security connected one to the other. When looking at the design, I have the feeling that one has to "clip" the part in the other one.

This raises two questions:
1/ is it required that the print material would be flexible enough in order to be able to click the two parts together?
2/ if it can be clipped "in", is it really a "security" handle? Isn't there a risk that it would be possible to force the window and "unclick it"?

Let's see if I get some answers to those two questions.

Imho, a better design would have been to make the two parts easy to connect at another angle (e.g. rotating further to the right) but to have a non cynlindric design for the interconnection, by example with a narrower parts that would prevent to "unplug" the parts.