Battery Charge-Level Query - Tec-Innovation INNOMAKE CLIP User Manual

To charge the battery, the charger with micro-USB plug that we have supplied must be used,
as the power pack meets the safety standards required for medical products. A bump can be
felt directly on the micro USB plug on one side, which is the international USB mark. This
tactile sign must point against the viewing direction of the InnoMake Clip when plugging it
into the micro-USB socket. Then connect the charger's power pack to a voltage source (220-
230V).
While the battery is charging, the LED, located on the back of the device right next to the
push button, will turn solid red.
 The battery is fully charged when the LED colour changes from red to blue.
During the charging process, the charging status can be called up by pressing the push

button twice. (See the following
After charging, disconnect the USB cable and close the micro USB socket again with the
cover turned to the side. All you have to do is press the button on the opposite side to lift
the lid to turn it back onto the micro-USB socket. The cover protects the micro USB socket
from foreign objects.

4.3. Battery charge-level query

The charge status of the battery is indicated by means of an acoustic and vibratory signal by
pressing the button on the back of the device twice in quick succession.
Four consecutive tones and vibrations indicate the charge status of the battery. High-
pitched tones indicate charged battery capacity, low-pitched tones indicate discharged
battery capacity.
The table below describes the five possible sound signals:
Acoustic signal
4x short low tones
1x high and
3x low short tones
2x high and
2x short low tones
3x high and
1x short low tone
4x short high tones
Example: When the device emits a high tone followed by three low tones, you know the
remaining battery charge is less than 26%.
The battery charge status can only be queried when the device is switched on.
TDIMC1_4_User Manual_IMC-1.1.0_EN
section 4.3.)
Vibration signal
4 weak vibration impulses
1 strong & 3 weak vibration
impulses
2 strong und 2 weak vibration
impulses
3 strong und 1 weak vibration
impulse
4 strong vibration impulses
State of charge
0% to 7 %
8% to 25%
26% to 50%
51% to 75%
76% to 100%
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