SGjuicermachineclip

by Tim C. Lueth, SG-Lib Toolbox: SolidGeometry 5.6 - Modeling function
Introduced first in SolidGeometry 5.2, Creation date: 2022-04-17, Last change: 2025-09-15

A missing useful part for the Bosch juicer machine



See Also: SGcompass , SGboxMacmini , SGBAUHAUSdeskcylinder , SGBAUHAUSbox

Example Illustration

missing image of SGjuicermachineclip(name)

Syntax

SGB=SGjuicermachineclip([name])

Input Parameter

name: Name string on back side

Output Parameter

SGB: Solid Geomerty to print

Examples


SGjuicermachineclip



Copyright 2022-2025 Tim C. Lueth. All rights reserved. The code is the property of Tim C. Lueth and may not be redistributed or modified without explicit written permission. This software may be used free of charge for academic research and teaching purposes only. Commercial use, redistribution, modification, or reverse engineering is strictly prohibited. Access to source code is restricted and granted only under specific agreements. For licensing inquiries or commercial use, please contact: Tim C. Lueth

Algorithm (Workflow)

This algorithm is designed to create a 3D model of a juicer machine clip using Solid Geometry functions. Below is a detailed explanation of the algorithm and its parameters.

Input Parameters

Algorithm Steps

  1. Initialize the dimensions of the clip with the vector L = [135, 22, 7].
  2. Calculate derived dimensions:
    • L1 = L(1) - L(3): Length minus thickness.
    • d1 = L(3): Thickness.
    • w = L(2) - L(3): Width minus thickness.
  3. Set additional height parameters:
    • h = 5: Height of the main body.
    • h2 = 20: Height of the top part.
  4. Create a circular oval shape using PLcircleoval with radius d1/2 and width w.
  5. Create a square shape using PLsquare with dimensions [L(2), L1].
  6. Combine the circular oval and square shapes using CPLunion to form the base shape CPLB.
  7. Create 3D solid geometries:
    • SGA = SGofCPLz(CPLA, h2): 3D geometry of the circular oval with height h2.
    • SGB = SGofCPLz(CPLB, h): 3D geometry of the combined base shape with height h.
  8. Concatenate the 3D geometries:
    • Place SGA on top of SGB using SGconcat with alignment options.
  9. Stamp the name onto the 3D model using SGtextstamp2.
  10. Visualize the 3D model using SGplotalpha with color 'g' (green).
  11. Export the 3D model to an STL file using SGwriteSTL.
Algorithm explaination created using ChatGPT on 2025-08-19 00:41. (Please note: No guarantee for the correctness of this explanation)

Last html export of this page out of FM database by TL: 2025-09-21