bike_computer
│ LICENSE
│ README.md
│
├───CAD
│ ├───SolidWorks
| | <all solidworks parts>
| | <solidworks assembly>
| |
│ ├───STEP
│ │ case_batteryHolder_prototype.STEP
│ │ case_bottom_prototype.STEP
│ │ case_top_testPrototype.STEP
│ │ hub_case_testPrototype.STEP
│ │
│ └───STL
│ case_batteryHolder_prototype.STL
│ case_bottom_Prototype.STL
│ case_hubMount_prototype.STL
│ case_top_testPrototype.STL
│
├───learning
│ ├───central_ble_imuData
│ │ central_ble_imuData.ino
│ │
│ ├───central_HRM_learning
│ │ central_HRM_learning.ino
│ │ nRF_Connect_Results.md
│ │
│ ├───imu_9dof_printData
│ │ imu_9dof_printData.ino
│ │
│ ├───Matlab Analysis
│ │ dataAnalysis.mlx
│ │ TestDataLog.xlsx
│ │
│ ├───OLED_featherwing_test
│ │ OLED_featherwing_test.ino
│ │
│ └───peripheral_ble_imuData
│ peripheral_ble_imuData.ino
│
└───SRC
├───central_HUD
│ central_HUD.ino
│
└───peripheral_hubSensor
peripheral_hubSensor.ino
A wireless bicycle Heads-up-display (HUD) that displays rotations-per-minute (RPM) and heart rate (HR). This project consists of 2 main parts, the HUD and a hub mouted speed sensor. The HUD connectects to an external heart rate sensor for HR data.
This project is designed to transform a 'dumb' indoor bicyle trainer into a more effective device by informing the user of their current RPM and HR.
- Adafruit Bluefruit Sense Feather
- Adafruit nRF52840 Feather
- Polar H10 Heart Rate Sensor
- Slide Switch (2)
- 400 mA Lipo (2)
- 26 AWG silicone hook-up wire
- stacking female header
- Custon 3-D printed Enclosures
- Hall effect sensor
- Magnets
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