Vein Sensing Device

Abstract

The invention provides a vein sensing device, which mainly includes a base, a transmitter, a detection arm and at least one receiver. Wherein the emitter is an infrared light emitter, and the infrared light emitter includes a fisheye lens. And an illuminated part close to the fisheye lens will be irradiated by an infrared light, so the infrared light will be converted into an infrared light image. The infrared light image is received by the at least one receiver, and displayed on the display set on the pedestal through a vein image.

Description

technical field [0001] The invention relates to a vein sensing device, in particular to a vein sensing device that uses infrared light sensing technology to display vein images. Background technique [0002] In traditional Western medicine, there are thousands of types of drug treatments. These include oral medicines, injection medicines, drip-type medicines or suppositories, etc., which are all common methods. [0003] However, administration by injection has long been an integral part of medical practice. In general, the most common form of injection is the safest way to give the drug through an IV. The reason for this is that blood pressure in the veins is lower and therefore less prone to the risk of substantial blood loss following invasive treatments. [0004] However, the traditional intravenous injection relies on the experience of medical staff. Apart from the experience, there are still many patients who have difficulty finding blood vessels in clinical practice...

AI Technical Summary

Problems solved by technology

Therefore, the projected vascular image is likely to deviate from the actual position of the venous blood vessel

As a result, the needle puncture will not penetrate the correct injection site

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