Embedded Rugged Panel PC for Near-Infrared Grain Analyzer

터치씽크 스마트 제조

산업 응용 개요

As a foundational industry in China, the quality and quantity of the grain sector profoundly impact the nation’s economic, social, and livelihood development. With the rising quality awareness among end consumers and the mature application of technology, an increasing number of grain industry practitioners are focusing on grain quality inspection. Near-infrared grain analyzers represent a widely applicable and technologically mature category of agricultural analytical instruments. Utilizing infrared spectroscopy technology, they conduct quality and composition testing on grains, analyzing indicators such as fat, crude fiber, 수분, and protein content in samples. These instruments find extensive application across multiple sectors including agriculture, petrochemicals, 의약품, and food processing.

Embedded Rugged Panel PC Requirements

As the control core of near-infrared grain analyzers, Embedded rugged industrial panel PC plays a critical role in data processing and display-control interaction. Their performance significantly impacts the operational efficiency of the analyzers. 추가적으로, in certain online production environments and harvesting sites, factors such as dust, mist, and vibration can adversely affect the instrument’s components. Based on these considerations, the customer has specified the following requirements for the accompanying industrial panel PC:

High-definition large screen, supports touch operation while wearing gloves;
매립형 설치, slim and lightweight with an open-frame design without a rear cover;
High-performance processors and X86 systems support running professional analysis software, ensuring rapid detection and data analysis.
Large-capacity storage & expansion capabilities support the storage of extensive sample standard values, enabling precise cross-category comparisons.

High-speed networks enable rapid collection and transmission of sample data, facilitating model upgrades and database updates while supporting remote operation.
Rich I/O interfaces support peripheral expansion;
방수복, 방진, and interference-resistant, designed to withstand the unique conditions of harvest sites.