Shenzhen ZXT LCD Technology Co.,Ltd
Shenzhen ZXT LCD Technology Co.,Ltd
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From hospital self-service registration kiosks to 24-hour community parcel lockers, rear-mount display terminals are becoming the intelligent interface for unmanned service devices. In outdoor parcel lockers in northern regions at -10°C, their capacitive touchscreens continue to respond accurately to frozen fingers; while on driving school self-service exam machines exposed to direct sunlight, the 700-nit high-brightness display ensures QR codes remain clearly scannable. This wide operating temperature range (-10°C to 60°C) and multi-environment adaptability allow the same hardware to serve over 200 specialized scenarios—including hospitals, logistics parks, and 4S dealerships—redefining the reliability standards of unmanned services.
Rear-mount display terminal: Industrial-grade core designed to withstand extreme environments
The chassis features a magnesium-aluminum alloy frame with a nano oil-repellent coating, allowing corrosive liquids on self-service inspection terminals in chemical plants to be wiped away effortlessly without leaving any residue. Powered by a military-grade wide voltage power supply (12-36V DC) with an instantaneous surge resistance of up to 4KV, ensuring stable operation of highway self-service payment machines even during thunderstorms.
The fanless cooling design utilizes 96 honeycomb vents on the rear to facilitate air circulation. Within outdoor charging pile cabinets operating at 55°C, the motherboard temperature consistently stays below the 50°C threshold, extending the device lifespan by three times compared to consumer-grade displays.
Rear-mount display terminal: precise touch control unlocking complex interactions
To address touch requirements across various scenarios, the terminal supports seamless switching among three modes:
Medical scenario: latex glove operation mode, reducing the touch pressure threshold by 30%;
Heavy industry scenario: anti-mistouch mode, requiring a double tap to activate;
Outdoor scenario: rain and fog mode, which automatically enlarges the touch point recognition area.
For instance, on a self-service safety training terminal in a steel plant, workers can smoothly complete question selections even while wearing thick gloves; Similarly, community fresh food cabinets automatically switch to anti-mistouch logic during rainy days to prevent accidental charges caused by water droplets.
Flexible interfaces enabling ecological interconnectivity
Six expansion slots reserved on the rear, allowing flexible integration of:
Financial-grade security: fingerprint module and ID card reader (hospital self-service terminals);
IoT sensing: temperature and humidity sensors (pharmaceutical self-service vending machines);
Payment interconnection: QR code scanner and facial recognition payment module (smart restaurant pickup lockers).
With the Type-C and RS485 dual-protocol interface, data integration with PLC and MES systems can be completed within 5 minutes, transforming the self-service machine from an isolated terminal into an interactive node within the industrial IoT.
In the smart government service hall, rear-mount terminals operate continuously 24/7, reducing the average transaction processing time from 15 minutes to just 3 minutes. In the intelligent warehousing center, its electromagnetic interference resistance (no touch deviation under a 30V/m field strength) guarantees zero errors in AGV dispatch commands. This 'invisible yet omnipresent' stable service is quietly elevating the efficiency and quality of urban services.
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