Workshop Crane powered by drill
{{Projekt2 |Images= Workshop Crane powered .png
Oseg wc A1 workshop-crane 000.jpg
Oseg wc A1 workshop-crane 001.jpg
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Oseg wc A2 workshop-crane 001.jpg
Oseg wc B1-B2 part-list 001.jpg
Oseg wc B1-B2 part-list 002.jpg
Oseg wc 1.0 main-frame 001.jpg
Oseg wc 1.0 main-frame 002.jpg
Oseg wc 2.0 pivot-arm 001.jpg
Oseg wc 3.0 telescopic-tube 001.jpg
Oseg wc 4.0 left-leg 001.jpg
Oseg wc 5.0 right-leg 001.jpg
Oseg wc 6.0 arm 001.jpg
|subcat=Mobile cranes |projectname=Workshop Crane powered by drill |projectnameES=Grúa de taller impulsada por taladro |projectnameDE=Bohrgetriebener Werkstattkran |kewords=workshop, crane, diy, drill, reverse engneering, drawings, measure, 3d, perspective, match, image, parametric, modelling, analysis |firstin=https://www.youtube.com/watch?v=-okGzH4Ur_c |trans_status=MT |licence=CCBYSA40 |typeproject=Youtube |project_status=active |design_files_pub=yes |cad_files_editable=yes |cad_format=IAM |mechanical_licence=CCBYSA40 |electronic_files_pub=no |software_files_pub=no |assembly_inst_pub=yes |bill_materials_pub=yes |contributing_guide_pub=no |issue_management_system=yes |versioning_system=yes |contains_pdf_drawings=yes |technology_readyness_level=6 |Desc=
Description
Workshop crane powered by a hand drill Based on a video, the necessary parameters were determined to build the equipment in a professional way. Several tools were used such as perspective photo adjustment, anthropometric data to process images where people interact, mechanical resistance analysis, among others.
This project is published under the terms of the CC-BY-SA 4.0
Reference: https://www.youtube.com/watch?v=FGPVdLr42Yg
Technical data
| Feature | Detail |
|---|---|
| General dimensions | 2.1 m (L) x 1.2 m (W) x 1.4 m (H) |
| Load capacity | 200 kg, estimated by the manufacturer, may be more |
| Reducer ratio | 1:100 |
| Wheel material | Plastic, can be metallic |
| Material construction | 60x60x4 mm structural steel tube |
| Other features |
|
|TechDoc=
Development Guide
The design of the equipment involved several analyses, including perspective photo adjustment, anthropometric data processing, and mechanical resistance analysis. Perspective photo adjustment is used to ensure that the crane is designed accurately based on the perspective of the image. Anthropometric data processing is used to determine the appropriate size and dimensions of the crane based on human measurements among other factors like safety features, ease of use, and cost-effectiveness.
Frame Analysis Report - example
Mechanical resistance analysis is used to ensure that the crane can withstand the weight and pressure it will be subjected to during use.
