Why we need to build 4G wireless video monitoring GPS solution with
fuel sensor for blenders Cement mixer concrete mixers?
Increased demand for government regulation
Prevent“ Overloading, speeding, breaking into restricted
areas&rdquo Eliminate“ Road Overlord” Phenomenon.
Intelligent scheduling of vehicle operation
It is required to have high positioning accuracy for vehicles,
facilitate the timely arrival of the mixer truck at the target
construction site, and provide timely response. Therefore,
reasonable and accurate scheduling is particularly important to
achieve vehicle route optimization and save transportation costs.
Reduce management vulnerabilities
It is necessary to strengthen the supervision of technical means
for abnormal unloading and oil theft during vehicle transportation.
Strengthening transportation safety
Due to the cost control of operating enterprises, drivers often
experience fatigue driving and overload work; The blind area on the
right rear side of the commercial concrete truck is too large,
which is prone to traffic accidents; The commercial concrete truck
has a long body, and sharp turns may cause rollover.
Roller real-time monitoring
Once the drum stops rotating, the concrete inside is easy to
solidify, and it takes time and effort to unload and clear the
solidified cement due to faults. Therefore, it is necessary to be
able to monitor the rotating working status of the drum in real
time.
How to conduct refined management
How to use IT systems to refine the operation of commercial
concrete mixer trucks, increase operational efficiency, improve
business quality, and provide various operational business data
reports to provide management evidence and basic data support for
business big data analysis.
SOLUTION FUNCTIONS
1)Can achieve high-precision vehicle positioning
2)real-time audio and video scheduling
3)real-time vehicle oil collection, drum forward and reverse status
detection
4) blind zone radar detection and early warning.
5)integrate the back-end data monitoring cloud platform to achieve
safety supervision and operation management of intelligent
commercial concrete mixer trucks.
SOLUTION DETAILS
Full process monitoring: Real-time video monitoring of the vehicle
allows remote viewing of various on-site conditions and historical
video data. When the vehicle turns left and right, the vehicle can
dynamically switch to display video images at corresponding
positions, providing driver assistance;
Through GPS high-precision positioning, real-time understanding of
the location and current status of each vehicle can be achieved,
and the historical trajectory of the vehicle can be retrieved;
Visual scheduling: Automatic queuing of vehicles, linear simulation
showing the location of vehicles dispatched to each construction
site on the way, providing a clear understanding of the status of
vehicles on the construction site. It is also possible to schedule
between substations at will, reducing vehicle pressure and material
breakage, and improving the randomness of manual scheduling by
standardizing the scheduling process to improve vehicle
utilization;
Full process management of material delivery: vehicle dispatch
time, transportation time, site stay time, waiting time for
unloading, unloading time, return time, clear at a glance;
Refined management of fuel consumption: Transparent display of the
entire process of fuel consumption, timely alarm for abnormal
consumption, prevention of fuel theft, report output of fuel
consumption and fuel consumption data for 100 kilometers;
Status monitoring of the drum: By installing a positive and reverse
rotation sensor on the drum side, real-time drum direction status
is collected and reported to the vehicle monitoring terminal. In
case of abnormality, real-time alarm is given to prevent internal
concrete solidification caused by abnormal unloading and drum stop
during transportation;
Safe driving assistance system: The DSM system can monitor the
driver's driving status through the built-in safety module of the
vehicle terminal, such as yawning, closing eyes, smoking, making
phone calls, drinking water, and looking left and right; At the
same time, the front view assist driving ADAS system for vehicles,
such as front vehicle collision warning FCW, vehicle proximity
warning HMW, and lane departure warning LDW;
Vehicle driving state detection: The vehicle terminal has a unique
GSensor algorithm built in to achieve dynamic detection of vehicle
driving, such as rapid acceleration, rapid deceleration, sharp left
and right turns, and rollover collision detection alarms;
Blind area detection: High precision radar sensors can be installed
on the right and rear sides of the vehicle to detect and warn the
blind area of the vehicle, reducing traffic accidents caused by
vehicle driving;
Data statistics: attendance reports, job reports, alarm reports;
Information management: basic information management, vehicle
maintenance information, and maintenance;
SOLUTION STRUCTURE
APPLICATION
