ASIA HEALTHTECH UPDATE
MEDITECH SOLUTION CO., LTD.
M
editech Solution Co., Ltd. is the first company in Asia that initat-
ed the development of communications equipment through the
eyes for patients suffering from stroke and amyotrophic lateral scle-
rosis (ALS) and commercialized under the name of "SenzE". We aimed
to help all patients to regain their ability to communicate with others
and motivates them to live with their valuable life with hope. We spent
more than 3 years in research and development equipment "SenzE"
with the great supported from National Innovation Agency of Thailand.
In 2013, SenzE has been used with Paralysis and ALS patients and
tested by Neuro medical experts at Prasart Neurological institute of
Thailand. SenzE is also centified and approved to be safe and efficient
for paralysis patients.
“How it works?
“SenzE” is the world first Eye Tracking System embedded with Thai
software and Asia’s first eye controlled communicative device for para-
lyzed patients. Image Processing technique are employed HD camera
and Infrared Sensor would detect the patient’s eye, just look at and hold
for 2 seconds in the desired position as “Enter” command.
AERIAL COMMUNICATIONS WAS FOUNDED IN 2003
B
y engineers with the same goals. To develop electronic design with
focus on M2M and Embedded. At the beginning, most of the work
was GPS and GSM. And much with the experience of data communi-
cation. It is available for IoT (Internet of thing) and the Energy market is
ESS (Energy storage system).
At present, Aerial Communications employs 23 staffs, more than 40%
HAPYBOT SERVICE ROBOT IN HOSPITAL
I
n hospitals, thousands of medical devices, pathological specimens,
medicines and documents are transported daily from one station
to another by professiona I ly trained nurses. This not only wastes
the expertise of nurses but also unnecessarily exposes humans
to contagious germs and viruses. With the development of robotic
technologies, it is possible to replace human transporters by
automatic systems. Although Automated Guided Vehicles (AGV’s)
are widely used in automated factories, they are not suitable for the
hospital environment where heavy human traffic would interfere
with the AGV’s track-guided motion and lead to potentially
dangerous collisions with people. A medical transport system must
therefore be able to deal with changes in its surrounding
environment. The HAPYBOT technology provides a good solution to
this problem for the following reasons. First, compared to AGV’s,
HAPYBOT does not move along a Fixed track and thus is more
suitable for environments where humans are heavily involved
HAPYBOT is equipped with various sensors to measure its
surrounding environment on-line so as to avoid collisions with
obstacles based on its sensor readings. In short, HAPYBOT have
14 PharMed & HealthCare
advantages of higher degree of
autonomy, and ability to provide
human safe operation over
general AGVs.
HAPYBOT include abilities to
work without any adjustment to
environment for feasible imple-
mentation, to function in large
scale workspace for comprehen-
sive working range, and last but
not least provide user friendly
human-machine-interface for
effective communication be-
tween users and HAPYBOT and
for easy operation under user i
nstruction.
System developed by Nippon Sysits Co.,Ltd.
SEPTEMBER 2019