Osmile TMP100C:
Fully automatic monitoring of
Heart Rate / Pressure / Blood Oxygen Levels / Environmental Temperature / Sleep
Special Features:
1.High heart rate alert
2.Various health data analysis references
3.Supports 25 sports modes
4.Multiple watch faces to choose from
Health and Exercise Features:
1.GPS Exercise Tracking (Running/Walking/Cycling)
2.Water Intake Record/Goal Reminder
3.Weight Record/Goal Reminder
4.Sedentary Reminder
5.Exercise Time/Distance/Calories
Other Features:
1.Find My Band
2.Selfie Control
3.Alarm Setting
4.Message Notifications: Incoming Calls/SMS/FB/Line/Twitter/WhatsApp and other related notifications, with adjustable settings for desired notifications
5.Multiple Watch Faces to Choose From
Osmile TMP100C Specifications:
Model: Osmile TMP100C
Bluetooth IC: 5.0 BLE
Sensor: SC7A20/2*2/LGA12
System Requirements: Android 4.4 and above; iOS 9.0 and above
Screen Size: 1.1-inch AMOLED color OLED
Watch Size: 43.719*11.8 mm
Watch Weight: 22 g
Watch Frame Material: ABS + PC
Watch Strap Material: TPU
Battery Capacity: 90 mAh polymer lithium battery
Charging Voltage: 5V
Current: 2A
Charging Method: USB magnetic suction charging
Charging Time: 2 hours
Standby Time: 20 days
Strap Color: Black/ Gray/ Red/ Pulple /Pink
Waterproof Level: IP67
Operating Temperature: -5 - 40°C
Warranty: 12 months (excluding man-made damage)
Accessories: Bracelet, manual, warranty card, after-sales service instruction card
Supports: Chinese / English / Japanese / German / Italian / French / Spanish
Remark: Osmile TMP100C needs to be charged once every 3 weeks when not in use:
Osmile TMP100C, needs to be charged once in 3 weeks when not in use.
Osmile TMP100C, does not support hot water bath or swimming.
Osmile Technology Co. Ltd
B2B professional cloud healthcare analysis smart bracelet manufacturer
Blood oxygen, also known as oxygen saturation or SpO2, refers to the percentage of oxygen being carried by hemoglobin in the bloodstream. It's a crucial measure of respiratory function and oxygen delivery to tissues throughout the body. Normal blood oxygen levels typically range from 95% to 100%.
The importance of monitoring blood oxygen levels
Happy hypoxia, also known as silent hypoxemia, refers to a condition in which an individual experiences dangerously low levels of oxygen in the blood (hypoxemia) without showing typical signs or symptoms of respiratory distress, such as shortness of breath or cyanosis (bluish discoloration of the skin or mucous membranes).
This phenomenon gained attention during the COVID-19 pandemic, as some patients infected with the SARS-CoV-2 virus exhibited happy hypoxia. Despite having low blood oxygen levels, these patients often did not feel significant respiratory distress, leading to delays in seeking medical attention and potentially contributing to poor outcomes.
The exact mechanisms behind happy hypoxia are not fully understood, but it is believed to involve a mismatch between the oxygen levels sensed by the body and the individual's perception of respiratory effort. In other words, the body may not adequately signal the presence of hypoxemia, leading the individual to underestimate the severity of their condition.
Happy hypoxia underscores the importance of monitoring blood oxygen levels, particularly in patients with respiratory illnesses or those at risk of developing severe hypoxemia. Early detection and intervention are crucial for preventing complications and improving patient outcomes.