P6 - Drawing Views
I have edited the borders to a relevant size so that the drawing is relative to the size of the model.
I have made drawing with top down and size views.
I have made drawing with top down and size views.
This has been done to allow the inside of the controller to be viewed
This lets parts of the drawing be seen in detail.
the auxilary view helps slanted parts of the model be viewed
This is an isometric view of the model, it lets the 3 dimensional model be viewed on a 2d surface.
P7 - Drawing Annotations
This is the measurements of the controller
This is the baseline measurements of the controller
This is the chain measurements of the controller
This is the Symetric measurements of the controller
This is the different parts of the controller with balloons showing which is which
This is annotations showing the different surface textures, welding techniques, thread dimensions, ect.
This is an exploded view which shows what the inside of the controller looks like.
This is an exploded view with a parts list and balloons pointing to each corresponding piece.
This is the measurements of the standard components used.
This is an exploded view of the buttons used. It shows it is a sub assembly as it is a component used on my design, which is made up of subcomponents.
This is the parts list exported into a spreadsheet, this could then be used by the resourcing department to order the correct amount of materials.
A drawing using the ISO standard which is an industry recognised standard
There is different line types that have different meanings within technical drawings. You can see these through all the drawings.
Image source : https://www.pinterest.com/pin/717550153109567823/
Here is an example of one being used in my drawings to control the position of the button and make sure its placed in the centre properly.
There is different symbols that have different meanings within technical drawings. You can see these through all the drawings.
There are separate groups within this, including:
Form, the form type of tolerance is used for when its just the general shape of the object, its not specific.
Profile is essentially just the outer edges of the object.
The orientation is the side in which is being faced towards and what the angle factors of the object are.
The location is how features or an object is placed.
The runout is a manufacturing error caused by different rotating parts.
Image source : https://improvians.com/blogs/geometric%20dimensioning.html