Import Drive State Monitor — Buy in Bulk from Supplier in South Korea (Republic Of Korea)

The Drive State Monitor from Dinalog Inc. is a driver drowsiness detection system designed for commercial vehicles and heavy machinery. It uses a CMOS image sensor with infrared illumination to track eye closure frequency, pupil dilation, and head position in real time. The device triggers audible and visual alarms when signs of fatigue or distraction are detected, helping prevent accidents during long-haul or night operations.

The system incorporates a specialized optical filter to eliminate glare from sunlight and infrared LEDs for night-time operation. It detects drivers wearing glasses or standard sunglasses but excludes mirrored lenses and goggles. The embedded voice IC supports multiple alarm tones, and the LED status indicators provide instant feedback in green (normal), blue (alert), and red (critical). Power consumption is under 2.5W, compatible with 12V or 24V vehicle electrical systems.

This monitor is used by logistics fleets, mining operators, public transit authorities, and construction equipment managers. Units are sold in quantities of 5 or more, typically with mounting brackets and USB firmware upgrade cables. Delivery terms are commonly EXW Seongnam. Buyers should confirm compatibility with existing vehicle CAN bus systems and whether external GPS or black box integration is required for their fleet management platform.

Dinalog Inc. is located in Seongnam-si, Gyeonggi-do, South Korea, and specializes in driver monitoring systems for commercial and industrial vehicles. The company does not disclose its establishment date, employee count, or annual turnover. It is listed as a harbor-tier supplier with no recorded response rate or average response time in the platform data. No certifications, client lists, or export history are provided in the listing.

Dinalog designs and manufactures driver state monitoring devices with embedded image processing and alarm logic. The company does not list any in-house R&D labs, ISO certifications, or testing facilities. Products are assembled using commercial-grade components and firmware developed in-house. There is no indication of compliance testing beyond KC, FCC, CE, and RoHS, which are stated as fulfilled but not documented with certificates.