Acclivis Contribution

• Hardware Components Selection & Analysis
• Modular System Architecture & Design ( Hardware & Firmware )
• Rhapsody based model driven application development
• Motor Control System Engineering and Development
• System User Interface – design and development
• Electro-Mechanical Interface design & development
• Analog Signal Processing
• BOM Costing and Optimization
• Firmware design and development
• Testing: Unit testing, Functional testing, System testing
• IEC Standards and Compliance/li>

Product Features Developed/Supported by Acclivis

• STM32F100 based Controller Board platform
• Brushed DC motor closed loop control system
• Stepper motor open loop control system
• Support for different 400 stitches
• Software database for all the stitches
• Different stitching features
• Stitching speed control
• Dimension control
• Mirroring
• Reversing
• Sequence/Pattern generation
• Stepper motor-controlled thread cutting
• Over current protection module

Tools and Technology

• Firmware | ARM Keil uvision
• Development board | S32K144 EVB boards for initial development
• Hardware Design | Altium for schematic and layout development
• Simulation | IBM Rational Rhapsody
• Testing | JIRA and Python for test scripts
• Project Management Tools | Kanboard, Gitlab, Bitbucket

Client Benefit

• Increased profitability due to reduced BOM.
• Modular and maintainable codebase with proper documentation which was not available earlier.
• Faster Time to market for product as the product used Rhapsody Model driven development tool for automatic code generation.
• Also due to Rhapsody the code had very less bugs as the code was auto-generated.
• Complete Testing automation of the application code so reduced time for testing.
• Reduced maintenance costs for all the multi-variant product as there is a single codebase.