- #1
Engineering Drawing/Technical Drawing Assembly model
- Thread starter maverick17
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- Assembly Drawing Engineering Model
In summary, the conversation discusses an attached assembly that appears to be a walnut cracker, but could also potentially be used for a reciprocating pump drive or other tasks involving converting linear and circular motion. Additional information and a CAD model are requested.
- #2
berkeman
Mentor
- 67,055
- 19,874
maverick17 said:
Looks like it converts linear motion of the shaft to circular motion of the disk (or visa-versa). Do you have any more information about it?
- #3
tygerdawg
- 285
- 80
It appears that a belt is attached to the pulley (Item 1). This turns the pinion on the shaft, which is engaged to the horizontal shaft by bevel gear. There on the right hand side is a flywheel, and the left hand side is a counterbalanced reciprocating up/down output motion shaft (Item 2).
Well geez, anyone can see that it's a walnut cracker!
One could use it for a reciprocating pump drive.
It might make it a good tool to punch out donut holes.
Or to give Bond, James Bond, his "shaken, not stirred" Martinis.
Well geez, anyone can see that it's a walnut cracker!
One could use it for a reciprocating pump drive.
It might make it a good tool to punch out donut holes.
Or to give Bond, James Bond, his "shaken, not stirred" Martinis.
1. What is the purpose of an engineering drawing/technical drawing assembly model?
The purpose of an engineering drawing/technical drawing assembly model is to provide detailed and precise instructions for the construction or assembly of a product or structure. It serves as a visual representation of the final product, including its dimensions, materials, and components.
2. What are the different types of engineering drawing/technical drawing assembly models?
There are several types of engineering drawing/technical drawing assembly models, including isometric, orthographic, and perspective drawings. Isometric drawings show the three dimensions of an object in a single view, while orthographic drawings provide multiple views of an object from different angles. Perspective drawings use vanishing points to create a more realistic representation of an object.
3. How is scale used in engineering drawing/technical drawing assembly models?
Scale is used in engineering drawing/technical drawing assembly models to accurately represent the size of an object in relation to its actual size. This is important in order to ensure that all components are properly sized and will fit together in the final product. Common scales used in engineering drawings include 1:1, 1:2, and 1:10.
4. What are the essential elements of an engineering drawing/technical drawing assembly model?
The essential elements of an engineering drawing/technical drawing assembly model include the title block, which provides information about the drawing such as the title, scale, and date; the drawing views, which show different angles and details of the object; and the dimensions and notes, which provide specific measurements and instructions for construction.
5. How are engineering drawing/technical drawing assembly models used in the design process?
Engineering drawing/technical drawing assembly models are used throughout the design process to communicate and refine the design of a product or structure. They may be used to identify and correct potential issues, determine the materials and components needed, and provide a visual representation for client approval. They also serve as a reference for the actual construction or assembly of the final product.
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