Gait Up PHYS5POMOC ユーザーズマニュアル
12 June 2017 - Physilog5usermanual.pdf-v1.2.3 - Check www.gaitup.com for the latest version. Copyright 2017 Gait Up SA. CH-1015 SWITZERLAND
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3. Recording with Physilog®5
There are two ways to start and stop a measurement with the Physilog®5:
3.1 Standalone measurement
Press on the main button (for about 2 secs, until the green light turns off) to start the
measurement. During measurement, the Physilog® blinks green.
measurement. During measurement, the Physilog® blinks green.
Hold the main button for 3 seconds, until the light turns orange to stop the measurement.
When the measurement has been concluded, the LED shortly blinks green three times.
When the measurement has been concluded, the LED shortly blinks green three times.
3.1.1 Standalone synchronous measurement with multiple Physilog®5
Starting from firmware version 1.1.0 (June 2017):
The Physilog®5 sensors synchronize regularly during the measurement. A network includes
one single master sensor and several slave sensors (from one to as many as wished).
Multiple sensor networks can be created by selecting a different radio channels. The
network configuration is done via the Research ToolKit Desktop software (see RTK user
manual for details) and saved in the conf.bin file on each Physilog®5.
To perform a measurement with synchronized Physilog®5, turn all sensors of the network
on with the main button (like for standalone measurement above) with short time intervals
(all must be started within one minute). No precise order of starting the sensors is necessary.
Each sensor starts recording data from start and once it is synchronized with the master
sensor it will blink green synchronously with the master sensor. To stop the measurement,
push the main button of the sensors until the LED turns orange, you can turn off the sensors
in any order.
The Physilog®5 sensors synchronize regularly during the measurement. A network includes
one single master sensor and several slave sensors (from one to as many as wished).
Multiple sensor networks can be created by selecting a different radio channels. The
network configuration is done via the Research ToolKit Desktop software (see RTK user
manual for details) and saved in the conf.bin file on each Physilog®5.
To perform a measurement with synchronized Physilog®5, turn all sensors of the network
on with the main button (like for standalone measurement above) with short time intervals
(all must be started within one minute). No precise order of starting the sensors is necessary.
Each sensor starts recording data from start and once it is synchronized with the master
sensor it will blink green synchronously with the master sensor. To stop the measurement,
push the main button of the sensors until the LED turns orange, you can turn off the sensors
in any order.
Firmware before v1.1.0:
The Physilog®5 sensors synchronize automatically at start when they are correctly
configured. Slave sensors contain a file named “slave.txt”, the Master sensor doesn't have
such a file. You can create and delete the “slave.txt” file as you need for your sensor network
configuration. A sensor network can contain as many slave sensors as wished, but there
must be a single Master sensor.
Multiple sensor networks can be created by selecting a different radio channels, therefore
create a file called “radio.txt” and write a number between 2 and 80 (which sets the radio
channel) and copy-paste it on all Physilog® (also the Master) that are part of a network. Each
network should have a different radio channel in order to exclude cross-talk and one and
only one Master per network must be defined.
To perform a measurement with synchronized Physilog®5 follow the steps below:
configured. Slave sensors contain a file named “slave.txt”, the Master sensor doesn't have
such a file. You can create and delete the “slave.txt” file as you need for your sensor network
configuration. A sensor network can contain as many slave sensors as wished, but there
must be a single Master sensor.
Multiple sensor networks can be created by selecting a different radio channels, therefore
create a file called “radio.txt” and write a number between 2 and 80 (which sets the radio
channel) and copy-paste it on all Physilog® (also the Master) that are part of a network. Each
network should have a different radio channel in order to exclude cross-talk and one and
only one Master per network must be defined.
To perform a measurement with synchronized Physilog®5 follow the steps below: