diff --git a/Readme.fr.md b/Readme.fr.md index fed7580..e1beee9 100644 --- a/Readme.fr.md +++ b/Readme.fr.md @@ -1,6 +1,6 @@ # Cartouche paramétrique de masque à gaz de 40mm imprimé en 3D -## _3D Printed parametric 40mm gaz-mask canister (**english version [here](./Readme.md)**)_ +## _3D Printed parametric 40mm gas-mask canister (**english version [here](./Readme.md)**)_ [![fr](https://img.shields.io/badge/lang-fr-red.svg)](./Readme.fr.md) [![en](https://img.shields.io/badge/lang-en-green.svg)](./Readme.md) diff --git a/Readme.md b/Readme.md index 7c0d2bf..6155e4f 100644 --- a/Readme.md +++ b/Readme.md @@ -1,13 +1,13 @@ -# 3D Printed parametric 40mm gaz-mask canister +# 3D Printed parametric 40mm gas-mask canister ## _Cartouche paramétrique de masque à gaz de 40mm imprimé en 3D (**version francaise [ici](./Readme.fr.md)**)_ [![fr](https://img.shields.io/badge/lang-fr-red.svg)](./Readme.fr.md) [![en](https://img.shields.io/badge/lang-en-green.svg)](./Readme.md) -Image not available +Image not available -Here is the [printable page](https://www.printables.com/model/1114061-parametric-40mm-gaz-mask-canister) for this model. +Here is the [printable page](https://www.printables.com/model/1114061-parametric-40mm-gas-mask-canister) for this model. ## 1 - Design and usage @@ -19,38 +19,38 @@ This filter canister works by holding a filtering material - _usully activated c The center sleeve is made to hold both the mask/filter pieces, using the pressure of the two outer shell part being screwed in together around the sleeve. -Image not available +Image not available -This repository also provides a _plug_ to use instead of a canister for masks that have two threads for canister - _like the one we provide at_ [distorsion/3D-printed-parametric-gaz-mask](https://git.deuxfleurs.fr/distorsion/3D-printed-parametric-gaz-mask) - which you can print from the [3Dfiles/nato_thread_plug.stl](./3Dfiles/) file. +This repository also provides a _plug_ to use instead of a canister for masks that have two threads for canister - _like the one we provide at_ [distorsion/3D-printed-parametric-gas-mask](https://git.deuxfleurs.fr/distorsion/3D-printed-parametric-gas-mask) - which you can print from the [3Dfiles/nato_thread_plug.stl](./3Dfiles/) file. ## 2 - Assembly Once you have printed all the requiered pieces as described in the [_3D printing section_](#3-3d-printing), the assembly is simply done in three steps : -Image not available +Image not available You can first put your (_covid/chirurgical_) mask or filter and put it in the _cap_ or at the top of the _sleeve_, with 0.5/1cm extra material all around the _sleeve_. -Image not available +Image not available Secondly, you can push in the _sleeve_ within the _cap_ making sure that the whole surface of the mask/filter is fermly held and that there are no holes. You can then fill the _sleeve_ with your filter material : typicaly activated charcoal which can be source **cheaply** from activated charcoal for aquarium filter. -Image not available +Image not available Finally you can repeat the first step with the top of the _sleeve_, putting a mask/filter, then pushing the _sleeve_/_cap_ assembly into the _main body_ before screwing the _cap_ and _main body_ together, thus securly holding the sleeve and he two mask/filter holding the filtering material in place. ## 3 - 3D printing -Image not available +Image not available To assemble a full canister, you need to need to print : - 1 _sleeve_ from [3Dfiles/canister_sleeve.stl](./3Dfiles/) - 1 _cap_ from [3Dfiles/canister_cap.stl](./3Dfiles/) - 1 _main body_ from [3Dfiles/canister_main_body.stl](./3Dfiles/) -You can also print a _plug_ to use instead of a canister for masks that have two threads for canister - _like the one we provide at_ [distorsion/3D-printed-parametric-gaz-mask](https://git.deuxfleurs.fr/distorsion/3D-printed-parametric-gaz-mask) - which you can print from the [3Dfiles/nato_thread_plug.stl](./3Dfiles/) file. +You can also print a _plug_ to use instead of a canister for masks that have two threads for canister - _like the one we provide at_ [distorsion/3D-printed-parametric-gas-mask](https://git.deuxfleurs.fr/distorsion/3D-printed-parametric-gas-mask) - which you can print from the [3Dfiles/nato_thread_plug.stl](./3Dfiles/) file. There is no particular printing parameters or material requierments to make this canister properly work. Note that every file provided can be printed without support : - print the _plug_ ([3Dfiles/nato_thread_plug.stl](./3Dfiles/)) with the flat face facing down. @@ -60,7 +60,7 @@ There is no particular printing parameters or material requierments to make this ## 4 - Parameters -If you want to changes the parameters of this design, you can edit the _Freecad_ file [3Dfiles/40mm_gaz_mask_canister.FCStd](./3Dfiles/), which is fully parametric, with parameters present in the **Spreadsheet**. +If you want to changes the parameters of this design, you can edit the _Freecad_ file [3Dfiles/40mm_gas_mask_canister.FCStd](./3Dfiles/), which is fully parametric, with parameters present in the **Spreadsheet**. If you want/need to change parameters, we would suggest you play with them and try to understand the impact of each parameters. We will only explain a small selection of important parameters that you are most likely to have to edit. @@ -83,9 +83,9 @@ _**filter_length** :_ \[_default=35mm_\] interior length of the filter, the long ## License ``` -"3D Printed parametric 40mm gaz-mask canister" (c) by @distorsion +"3D Printed parametric 40mm gas-mask canister" (c) by @distorsion -"3D Printed parametric 40mm gaz-mask canister" is licensed under a +"3D Printed parametric 40mm gas-mask canister" is licensed under a Creative Commons Attribution 4.0 International License. You should have received a copy of the license along with this