#ANT CYCLING DYNAMICS PORTABLE#

The data in the file is formatted according to the Flexible and Interoperable Data Transfer (FIT) protocol and transferred using ANT- FS. An ANT+ muscle oxygen monitor provides a real time indication of the percentage of muscle oxygen in a particular muscle, which is transmitted wirelessly to a display such as a sports watch, mobile phone or tablet, and/or a PC.Īn ANT+ muscle oxygen monitor may also store measurement data for transfer to a collection device. The percentage of muscle oxygen varies from muscle to muscle depending on which muscle is used to perform a particular action.Ī muscle oxygen monitor may be used by athletes to monitor the intensity of their training, and by coaches and physiotherapists to identify which muscles are being used when. This value typically decreases as a muscle does work, for example when a person is exercising, and increases when blood circulation brings new oxygen to the muscle. Muscle oxygen (SmO2) is a measure of the percentage of hemoglobin that is saturated with oxygen in the capillaries of a muscle. In the alternate configuration where the display device is the primary storage device, the display device may transmit its FIT file to a personal computer upon request. Session information stored in the racquet sensor may also be transmitted as a FIT file to the display device or a personal computer (PC). A mechanism is provided to transmit this data to the racquet sensor for storage as the sensor may act as the primary storage device. set count, match count, current score) and additional data transmitted from other ANT+ sensor devices (heart rate, average running speed, etc.). The display device may also contain user entered data (e.g. The display device may be a watch, cell phone or other type of personal display. Sport specific data such as ball speed, number of shots, shot selection and swing accuracy can be detected by the racquet sensor, stored, and transmitted in real time to a display device.

#ANT CYCLING DYNAMICS PORTABLE#

These messages are sent as required in the reverse direction.Īn ANT+ racquet sensor is a portable sensor attached to a racquet that allows an athlete to measure and record a variety of real-time racquet sport parameters. Regardless of its type, an ANT+ suspension sensor uses a single ANT+ channel to broadcast its status to the display. The display may be used to send new settings back to the suspension sensor to lock or unlock the suspension unit, adjust the damping factor, and change the operating mode. In the case of the fork and rear shock system, the two sub-units either communicate wirelessly on a separate network, or may be wired together. It may either be a bicycle fork suspension unit, a bicycle rear shock suspension unit, or a combined fork and rear shock system. Alternatively the rider may choose to enable the auto-unlock mode, such that the suspension self-detects the changes in terrain or riding style and automatically unlocks the suspension when required.Īn ANT+ suspension sensor is a bike suspension unit that is able to communicate wirelessly over ANT+.

Riders using suspension units with these features may choose to lock their suspension, or choose a higher damping setting when riding uphill and unlock it, or choose a lower damping setting when on downhill sections. More advanced suspension units provide a lock function, adjustable damping, and/or an automatic suspension adjustment mode. This allows riders to monitor and/or control their suspension system in real-time as they ride. The ANT+ Suspension Device Profile is designed to receive data from and send settings adjustments to bicycle fork and/or rear shock suspension units.

Ant cycling dynamics