Medical surgical magnifier based on infrared thermoforming technology

Abstract

The invention discloses a medical surgical magnifier based on an infrared thermoforming technology. The medical surgical magnifier comprises a wearing assembly, a magnifying assembly, a projection assembly and a control assembly; the magnifying assembly is arranged at the side part of the wearing assembly; the projection assembly is arranged at the side part of the wearing assembly; and the control assembly is arranged at the side part of the wearing assembly. According to the medical surgical magnifier, the wearing assembly is convenient to wear on the head, and is convenient for a doctor towear. Through cooperation of the magnifying assembly, the projection assembly and the control assembly, infrared radiation energy is converted into an electric signal through an infrared detector, theelectric signal is transmitted to a processor, the electric signal is converted into a standard video signal after being processed by the processor, the standard video signal is transmitted to a VR projector, and the VR projector is used for fitting the standard video signal with an object image amplified by the magnifier. Therefore, the highest point of the signal, namely the position of perforating a branch artery, can be positioned very visually, and a free flap operation or a flap operation for perforating a branch vessel pedicle can be carried out conveniently.

Description

technical field [0001] The invention relates to the technical field of medical magnifying glasses, in particular to a medical operating magnifying glass based on infrared thermoforming technology. Background technique [0002] With the development of microsurgery, medical surgical magnifying glasses are more and more widely used in operations involving small blood vessels and nerve anatomy, especially in hand surgery, flap surgery and plastic surgery. [0003] At present, the surgical magnifiers appearing in the medical device market are mainly forehead-mounted or glasses-type optical magnifiers, which have no other functions except to enlarge the field of view to make the operator's perception clearer, which makes them suitable for certain microsurgical operations. Its role in is more limited, especially in flap procedures involving the search for perforating vessels. [0004] Due to individual differences and uncertainties in anatomical sites, intraoperative positioning o...

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Problems solved by technology

[0006] The present invention can solve the problem that the existing equipment cannot accurately locate the perforator vessels in various parts of the human body during the operation, and cannot complete free flap surgery or skin flap surgery with perforator pedicles

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