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  • HPC169 Vehicle Occupancy Detection System

HPC169 Vehicle Occupancy Detection System

  • Product Info

The HPC169 occupancy detector uses a deep learning algorithm to accurately recognize the shape of the passenger's head in the car to count the actual number of passengers in the current car. When the number of passengers in the car is greater than the rated volume, an alarm can be triggered, and the data can be viewed in real time through the cloud platform.

The HPC169 occupancy detector uses a 2.8 wide-angle lens, which can be installed above the rearview mirror to cover all seats except the driver's and co-pilot's seat. Through the collection of real-time images, the number of passengers can be counted and added.

The HPC169 vehicle occupancy detector uses head recognition technology, supports recognition at any angle, and automatically overlays the target head(face) to protect personal privacy.

The passenger’s head only needs to be exposed more than 1/3, which can be effectively identified. In order to solve the passenger missed count caused by the passenger being blocked, the HPC169 occupancy detector will be used after the door is closed until the door is opened again, and the detection can be completed immediately if the blocked passengers appear anytime.

 

Main technical specifications for HPC169 vehicle occupancy detection system

Project

Equipment parameters

Performance Index

power supply

DC12V-24V

Allowable voltage fluctuation 15%

power waste

3.6W

Average power consumption

system

Operating language

Chinese / English / Spanish

Operation interface

C / s operation configuration mode

Accuracy

99% (not covered)

External interface

RS485 interface

User defined baud rate and ID, support multi unit network

RJ45

Equipment debugging, HTTP protocol transmission

working temperature

-35℃~70℃

In a well ventilated environment

Storage temperature

-40~85℃

In a well ventilated environment

Mean time between failures

MTBF

More than 5000 hours

Detection distance

Less than 5m(extendable distance)

Acquisition gap

3s

Environmental illumination

001 lux (dark environment) ~ 100 Klux (outdoor direct sunlight), no supplementary lighting, and the accuracy is not affected by the environmental illumination.

Seismic grade

Meet the national standard QC / T 413 "basic technical conditions for automotive electrical equipment"

electromagnetic compatibility

Meet the national standard QC / T 413 "basic technical conditions for automotive electrical equipment"

radiation protection

Meet en 62471:2008 photo biological safety of lamps and lamp systems

Night lighting

infra-red

Protection level

Meet IP43

dissipate heat

Passive structural heat dissipation