| |
| Feature recognition technology can be used to provide an FR/holes plug-in product into your application. |
| |
| Introduction |
| |
| Holes (circular, depression/ protrusion) are one of the most common/preferred features in a model as they are relatively easy to create/manufacture and serve a variety of purposes. The term 'generic' refers to the capability of the module to recognize cylindrical, conical as well as toroidal-shaped depressions or protrusions. The module also groups connected coaxial holes into 'chains'. Typically a 'chain' shares common tool setting while being machined. Interaction among individual holes and chains are also identified. A set of interacting chains are grouped to form a 'layer'. Grouping into 'layers' helps in reducing time for suppression if the application so demands. |
| |
| |
| Applications |
| |
- In feature-based applications wherein holes are suppressed and recreated as feature operations
- For machining - by mapping parameters of holes
- As an input for recognizing compound holes
|
| |
| |
| Special Features |
| |
- Recognition mode: Iterative or Automatic
- Supports recognition of holes with split faces
- Incomplete (partial) hole recognition
|
| |
| |
| For the same reason, ideally a CAM user would expect a completely automatic method for machining the holes. The user would like to import a solid model into the application and simply click a menu option in order to get the machining tool path. |
| |
 |