Control processing system and imaging method for subcutaneous vein developing device

Abstract

A control processing system and an imaging method for a subcutaneous vein developing device are provided. The control processing system includes a processor subsystem and a programmable logic subsystem. The processor subsystem and the programmable logic subsystem are interconnected via a high-bandwidth Advanced eXtensible Interface (AXI) bus. The control processing system is in signal communication with a visible light source driving circuit, a near infrared light source driving circuit, a projection imaging element driving circuit, a near infrared imaging element driving circuit, a display screen driving circuit, and a user control interface. For a subcutaneous vein developing imaging application and imaging characteristics thereof, a control processing system architecture of a subcutaneous vein developing system is designed and is implemented in a manner of combining software and hardware.

Dependencies are inferred from the claim text.