Parameter Explanation - THERA TRAINER TIGO Traducción En Español Del Manual Original

SOFTWARE PACKAGE CYCLING DOCUMENTATION AND ANALYSIS
Art. Nr.: A003-664
Version: 06/2013
USER MANUAL

3. PARAMETER EXPLANATION

Various training parameters are displayed in the training evaluation
and in the charts. On the basis of these training parameters you
can identify the training progress.
Note:

Assistive torque:
Extremities are driven by the motor. This value always
has a negative sign

Active torque:
The motor is driven by the extremities. This value always
has a positive sign
 Activity left / right: percentage of leg activity separated
for right and left
 Spasm count: number of spasms during training
 Work: number of calories used during training (= energy).
A growing number of calories during the treatment pro-
cess demonstrates training progress.
 Duration Active: duration of active (= with muscle power)
training time
 Duration Session: duration of total training time (without
breaks)
 Active torque: average torque for the active part of the
training time.
 Torque max. peak to peak: torque amplitude between
the maximum values. Switching the power used from one
extremity to another results in a measurable torque fluc-
tuation. The more in sync a patient works with the crank,
the smaller the torque fluctuations are. This parameter is
only recorded in active operation (extremities drive mo-
tor).
 Torque engine begin: sluggishness (tonicity) at the start
of the assistive training time (during the first minute); the
closer the value is to zero, the less torque the device
needs to move the extremities.
 Torque engine end: sluggishness (tonicity) at the end of
training; the closer the value is to zero, the less torque the
device needs to move the extremities.
 Assistive torque: average torque for the assistive share
of training time (extremities were driven by the motor).
 Torque: average torque of the entire treatment session
(becomes "0" when active and assistive shares are
equal).
 Rotation: average rotation
 Power: average value of power generated. In order to
make training progress visible, the training duration must
always be known.
 Pulse: average pulse during the entire treatment session
 Covered distance: Covered training distance in km
20