amashari
commented
6 years ago Commercial systems are all well shielded.
On 2018-11-13 6:11 a.m., Carrie Wakem wrote:
Summary: The display screen shows an uneven wave reading when the finger probe is placed on the finger and is under bright, and especially florescent lighting. When covered with a dark cloth, the wave appears more steady and even.
Steps to reproduce: Place finger probe on finger and look at reading in a well-lit area, especially under florescent lighting.
Expected results: The wave reading should be steady when a finger is in finger probe and device is calibrating.
Actual results: The wave reading is shaky and uneven when finger is in finger probe and device is calibrating.
Suggestions: Finger probe could be printed using a dark coloured filament. A shied may need to be added to exclude the additional light, much like current commercial pulse oximeter devices.
Firmware version: v2.1
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Summary: The display screen shows an uneven wave reading when the finger probe is placed on the finger and is under bright, and especially florescent lighting. When covered with a dark cloth, the wave appears more steady and even.
Steps to reproduce: Place finger probe on finger and look at reading in a well-lit area, especially under florescent lighting.
Expected results: The wave reading should be steady when a finger is in finger probe and device is calibrating.
Actual results: The wave reading is shaky and uneven when finger is in finger probe and device is calibrating.
Suggestions: Finger probe could be printed using a dark coloured filament. A shied may need to be added to exclude the additional light, much like current commercial pulse oximeter devices.
Firmware version: v2.1