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Abdeckung für eine 20×20 mm große, 4 mm hohe Platine mit halbrunder Seite. Die Platine wird von unten eingeschoben und rastet hinter zwei Rastnasen ein. Die Decke ist 0,8 mm dünn, damit eine LED durch transparentes Filament sichtbar bleibt. Über dem Taster sitzt eine Öffnung.
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FoldDeck is a clamshell-style phone-and-keyboard case built around a Galaxy A14 5G and a K808 Mini keyboard. The cover folds shut over the phone like a pocket flip-style mini laptop, and the hinge is printed as part of the design, so no pin, screw or other outside hardware is needed. Features Phone shell that replaces the phone's back, with snap hooks, a USB-C slot and flexing button covers Keyboard tray with screw posts for the K808 board Snap-on face plate with a window over the keys and touchpad Printed hinge: 3 mm round stubs on the tray knuckles seat in 3.6 mm blind bores in the shell knuckles Print notes Print the hinge parts with the stubs lying along the bed PETG or ASA is recommended for the snap hooks and hinge Port, button and camera positions are placeholders until measured
Fidget spinner a ingranaggi planetari stampabile in un solo pezzo (print-in-place), diametro esterno 70 mm, con ingranaggio solare centrale, 5 satelliti e anello esterno dentato internamente. L'anello è alleggerito da 10 fori passanti e non ha coperchi, così gli ingranaggi restano visibili. Diametro esterno: 70 mm, spessore 8 mm Modulo 1,5; solare 15 denti, satelliti 10 denti, corona 35 denti Denti elicoidali a spina di pesce (25°) che trattengono i satelliti senza assi Gioco sui denti: 0,25 mm Fori centrali Ø7 mm (solare) e Ø5 mm (satelliti) per alleggerire Stampa piatta, senza supporti; PLA o PETG
A postage-stamp-sized green driver board in the spirit of a classic hobby breakout module. It stands in for a smart tap's SPET driver stage: a 35 × 25 mm PCB carrying a placeholder driver IC, a few passives, a capacitor, an inductor, and an LED. The exact circuit is deliberately left generic. Supply: 5 V DC via a 3-pin 2.54 mm input header (5V, GND, signal) on the left edge. Output: 2-position terminal block on the right edge. Mounting: four 2.5 mm holes, 3 mm in from each corner. Height: tallest part is the terminal block, about 7.6 mm above the board base. Remix hooks: the parameters at the top of the file and each component module can be swapped for the real parts.
A two-part enclosure for a 47 × 57 mm STM32F103 board, with a screw-down lid, external mounting flanges and a cable opening at the connector end. The base has 2.5 mm walls, four board bosses at 37 × 50 mm spacing holding the board 5 mm above the floor, and four corner posts for the lid screws. The lid has a locating lip and four clearance holes. Triangular gussets reinforce the flange-to-wall joints and the wall-to-floor joints, and the internal corners are rounded. Total height with lid: 35 mm Connector end extended 20 mm (+Y), with an adjustable cable opening Lid screws: M2.5 self-tapping, 2.2 mm pilot holes in the corner posts Adjustable: hole spacing and offset, boss height and hole size, flange hole size and positions, cable opening, extensions Board hole spacing is approximate and should be checked against the real board
A wearable housing for smart-glasses electronics, with a chunky sci-fi visor silhouette: twin rounded lens bays, front camera ports, and downward sensor holes. Hollow temple arms hold speakers and haptics, and a separate electronics box carries the main board. The frame now comes with two cover caps that close the rear eye cavities, so the electronics inside stay protected. Design notes Frame caps: 56 x 48 mm plates with a plug lip that seats in each eye cavity Camera ports: 8 mm wide, 24 mm deep Electronics box with its own lipped lid Arms hinge with 3 mm pins or filament offcuts Prints as separate flat parts, no supports needed
Skeletal is a minimal-plastic, screw-free single-axis solar tracker: an open-frame base, a snap-in SG90 servo holder, a rotating platform and a ribbed mock solar panel, with a front bracket that holds two LDRs behind a central divider. Features 1.2 mm walls and an open-frame base to keep filament use low Servo holder with small chamfered snap lugs that grip the SG90 body, so it clicks in and pulls out without tools Cable slot from the base up to the rotating platform Panel centred on the rotation axis, with a raised rim, cell lines and a light ribbed underside Two LDR openings with a vertical divider in the front sensor bracket Print notes Printed flat in PLA, 0.4 mm nozzle, 0.2 mm layers Nano, SG90, horn and LDR dimensions are nominal. Measure the real parts and adjust the values at the top before printing.