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DCC Bridge
Anonymous1764561253
12-01 03:57
Model Name
phone mount 3d model
Tags
props
rendering
realistic
Input
Prompt
Create a 3D model of a single-piece base with a sleek, modern design, inspired by cordless phone docking stations. The base should have an angled front surface where a DVD case can rest, similar to a smartphone stand. The DVD case should lean backward at approximately 60–70 degrees, with a smooth and fully supportive front panel. Inside the base, include compartments and mounting structures to securely hold the following electronic modules: ESP32-C3 Super Mini Approx. dimensions: 34 mm x 20 mm x 7 mm USB-C port must remain accessible from the outside Include a cutout or channel for the USB-C cable RFID Reader MFRC522 Dimensions: 85 mm x 55 mm x 10 mm The RFID antenna must sit directly behind the front surface where the DVD case will rest Keep a distance of 3–8 mm between the antenna and the outer wall Add internal standoffs, rails, or mounting points for secure installation Design characteristics: The entire structure should be a single cohesive piece, but a small bottom cover for assembly/maintenance is acceptable. Smooth, minimalist aesthetics with rounded edges. The front surface must be large enough to support a standard DVD case (approx. 190 mm x 135 mm). Ensure the angle and structure provide stable support for the DVD case standing upright. Include discreet ventilation holes on the back or underside. Provide internal space for wiring between the ESP32 and MFRC522. Add anti-slip feet or a slightly curved base for stability. The front wall thickness should be thin enough to allow efficient RFID reading (ideal: 2–3 mm). Design should look clean, professional, and suitable for a commercial product. Purpose of the device: This base is designed to transform a digital game library into a physical one. Each DVD case will contain an RFID tag, and when the case is placed on the stand, the MFRC522 reads the tag and the ESP32 triggers an automated action on the computer. Generate a detailed model with clearly defined internal cavities, mounting structures, cable routes, and proper tolerances for 3D printing.
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