Development of design documentation for shut-off valve

Contents

Introduction

1 Basic Techniques for Creating and Editing Associative Drawing Views in Compass Graph

2 Basic methods of working with application libraries in the Compass-3D system. Create your own librarian models in Compass 3D

Conclusion

List of main sources

Project Description

The explanatory note contains 20 pages, 21 figures, 3 sources.

COMPASS PLOT, SHUTOFF VALVE, ASSOCIATIVE VIEW, MODEL, DRAWING, COMPAS3D, DESIGN, OPERATION, LIBRARY.

The purpose of the course work is to develop design and design documentation for the shutoff valve.

The coursework provides basic techniques for creating and editing associative views from 3D models in the Compass Graph system. The main methods of working in libraries, creating and editing three-dimensional models in Compas3D are also analyzed and described. Also create your own 3D model library.

The graphic part includes design documentation for shut-off valve:

- the assembly drawing the gate locking - 1 sheet A2;

- the drawing of the union - 1 sheet A3;

- the drawing of a nut - 1 sheet A4;

- spindle drawing - 1 A3 sheet;

- three-dimensional model of nut assembly - 1 A4 sheet.

Introduction

The COMPAS3D system is a powerful, dynamically developing engineering system for automating the design of a wide variety of objects: from the simplest parts, assemblies to complex engineering, architectural and construction objects.

This system provides the ability to automate the product development process through parametric modeling, Controls the relative location of subassemblies, and automatically updates the model and drawing as you modify them work with 3D surfaces that allow you to create complex models with arbitrary spatial shapes generating flat projections, generating product drawings, creating schedules in semi-automatic mode, automation of calculation of geometric and mass-centering characteristics of objects, automatic setting of tolerances and selection of quota according to specified limit deviations, automating the paperwork process, controlling the size of parts and assemblies, and a number of other features.

COMPASZD automates product development through parametric modeling, which controls the mutual arrangement of subassemblies and automatically updates models and drawings as they are modified. With such powerful capabilities, the system allows you to increase design performance several times.

The main tasks solved by the system are:

• modeling of products in order to create design and process documentation necessary for their release (assembly drawings, specifications, details, etc.);

• modeling of products in order to calculate their geometric and mass-centering characteristics;

• modeling of products for transfer of geometry to calculation packages;

• Modeling of geometry transfer parts to CNC software development packages

• creating isometric images of products (for example, for cataloguing, creating illustrations for technical documentation, etc.).

Conclusion

The coursework provides basic techniques for creating and editing associative views from 3D models in the Compass Graph system. The main methods of working in libraries, creating and editing three-dimensional models in Compas3D are also analyzed and described. Also create your own 3D model library.

The graphic part includes design documentation for shut-off valve:

- the assembly drawing the gate locking - 1 sheet A2;

- the drawing of the union - 1 sheet A3;

- the drawing of a nut - 1 sheet A4;

- spindle drawing - 1 A3 sheet;

- three-dimensional model of nut assembly - 1 A4 sheet.