Visual pressure blowing device for assisting in right heart contrast echocardiography

Abstract

The invention relates to a visual pressure blowing device for assisting in right heart contrast echocardiography. According to the technical scheme, the device comprises a main box body, an electronicpressure gauge, a horn, a sliding cover, a suspension frame, a blowing head, a first supporting leg, a second supporting leg, a blowing nozzle and a timer. The blowing device is an assistant device used for enabling a patient to hold breath as much as possible and then quickly exhale during right heart contrast echocardiography; the electronic pressure gauge of the blowing device is convenient for visually observing the change of blowing pressure; in combination with the horn with a prompt tone, a patient can be prompted to keep the blowing pressure when the blowing pressure reaches the required pressure or the blowing pressure drops to be below the required pressure, so that the standard effectiveness of a blowing action is ensured; and meanwhile, due to the arrangement of the box body used for placing the blowing nozzle and the suspension frame used for hanging the blowing head, the patient can take a new blowing nozzle more easily, the used blowing nozzle can be conveniently collected after blowing is finished, and the blowing head can be conveniently placed, so that the workload of medical personnel in managing the blowing device is reduced.

Description

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AI Technical Summary

Benefits of technology

This patented technology helps patients perform better lung ventilation by giving them more effort while keeping their lungs calm down under certain conditions like high blood pressures. It uses an electric manometer that shows how much force they are struggling harder than usual without having to stop working altogether. Additionally, there's another feature where this system has two buttons - one button keeps track of what needs to be done next on top (the other hand) and allows healthcare workers to adjust the level at which gas flows into each person's body based upon factors such as pulmonic efficiency levels and heart rate.

Problems solved by technology

This patented technology describes an apparatus called CARDIOVER (Clinician's Related Research Group) that uses both sound waves and light waves to improve visual imagery on X ray images obtained from medical scans such as xray angiograms. It achieves this by creating tiny bubbles within tissue while also measuring their size distribution over time. By comparing these measurements against previous data collected before treatment, researchers are able to identify abnormalities associated with specific conditions like rheumatoid arthritis. However, current methods require long exposure times and cannot provide realistically accurate results because they rely heavily upon patient compliance.

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