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The ABS parts

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This page is a translated version of the page Les pièces ABS and the translation is 100% complete.

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Other languages:
English • ‎français

All these parts are available for download on the GitLab of the project: https://gitlab.com/diskiopi/diskio-pi-case

To print your own parts, go to the the 3D printing guide.

The main frame

This part is made up of two parts, to facilitate 3D printing without having to use too many supports. The main reinforcement and the outside of the reinforcement must be assembled and glued with cyanoacrylate to form the part called the "main frame".

These two parts will be pre-assembled when you receive the kit including the shell printed by Diskio Pi.

The internal frame

See on GitLab: Frame.STL or Frame.STEP

The internal frame is the centerpiece of the terminal. The main boards (daughter board, screen board, touch board and L board) are screwed on. 3 brass closing inserts are attached to this part, and some tests will be required to test the screw studs. If they are too fragile, they should be replaced by brass inserts.

Frame.png Frame2.png

L'armature principale assemblée

The external side of the frame

See on GitLab: frame-ext.STL

This part is the outside of the internal frame, the OSD keyboard, the battery gauge card, as well as the boutton board will be screwed in. Before screwing all these cards together, it is imperative to assemble the two inner and outer reinforcement parts of the frame.

Frame-ext1.png Frame-ext2.png

The assembly of the frame

The two parts of the shell are assembled in force (but with dexterity) with a technique similar to the insertion of a lens into a spectacle frame (explanations to come), and a drop of glue in each gap along the joint fixes the assembly.

a drop of cyano glue will be enough to fix the two parts

The front frame

See on GitLab: frame-top.STL

This part is the edge of the screen. It fixes the camera and speakers, simply placed in the internal frame.

7 brass inserts must be inserted to close the front panel of the terminal.

On the inside, double-sided adhesive must be applied to the entire edge of the screen, then the touch screen previously assembled using the guide provided for this purpose.

Le cadre avant équipé des inserts et de l'écran tactile

Be careful, this step requires other steps beforehand (see screen mounting guide for details).

Frame-top.png Frame-top2.png

The brackets

Parts to accommodate and fix the screen, replaceable for more durability of the terminal: to allow changing the screen reference, these parts will be modified without replacing the entire case.

Right bracket

See on GitLab: BracketR.STL

BracketD.png BracketD2.png

Left bracket

See on GitLab: BracketD.png BracketD2.png

BracketG.png BracketG2.png

The SBC fixing plate

See on GitLab: plate-RPi-C12-XU4.STL

Plate compatible with the following SBCs:

  • Raspberry Pi A, A+
  • Raspberry Pi B, B+
  • Raspberry Pi 2
  • Raspberry Pi 3 B, B+
  • Raspberry Pi Zero, W, WH
  • Odroid C1+
  • Odroid C2
  • Odroid XU4 (version XU4Q non compatible)
  • UP Board 1G/2G/4G

PlaqueSBC2.png PlaqueSBC.png

The back casing

See on GitLab: carter.STL

Rear closing part of the terminal. Assembled with the "cover" part below, it is screwed to the internal reinforcement with 3 screws. On the other side, a hinge allows the top to be fixed without screws.

Carter.png Carter2.png

The cover

See on GitLab: HatRJ45.STL

Clip-on part that can be adapted to the corresponding L card. For this first version, RJ45 and audio fingerprints are present.

CacheRJ45.png CacheRJ452.png

The button

See on GitLab: button.STL

Terminal ON/OFF button. The arrows indicate the mounting direction, in the direction of the user looking at the screen.

Bouton.png Bouton2.png

Battery slots

See on GitLab: top_batt1.STL

Battery forms, which are glued to the main frame.

Top batt1.png Top batt2.png

See on GitLab: top_batt2.STL

The stand

Reversible stand that can be clipped onto the housing. Allows the desktop or tablet position of the terminal. See section pre-assembly for assembly instructions.

The base frame of the stand

See on GitLab: stand-frame.STL

Le pied assemblé

Stand-frame.png Stand-frame2.png

The cape

Batman's cape-shaped piece, hence the name! :D

A handle has been designed to make it easier to transport the terminal, its strength should be tested.

See on GitLab: cape.STL

Cape.png Cape2.png

The sides

See on GitLab: stand-sideR.STL

See on GitLab: stand-sideL.STL

CoteD.png CoteG.png


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