51 results about "Coronary blood vessel" patented technology

The invention relates to a coronary artery calcification plaque detection method and device, and the method comprises the steps: carrying out the segmentation processing of a to-be-processed image, and determining a plurality of target regions of a first organ in the to-be-processed image; for any target area, determining a first gray threshold and a second gray threshold of the target area according to the gray information of the target area; respectively determining a suspected focus area and a pseudo focus area in the target area according to the first gray threshold and the second gray threshold of the target area; and determining the focus area of the first organ according to the suspected focus area and the pseudo focus area of each target area. According to the embodiment of the invention, omission of the calcified plaque at the small branch blood vessel of the coronary blood vessel in the to-be-processed image can be effectively reduced, the recall rate of the calcified plaque is improved, and the accuracy of identification of the calcified plaque can be remarkably improved.

The invention discloses a computer-aided surgery design system for coronary heart disease. The computer-aided surgery design system comprises a clinical examination module, a computer-aided module anda diagnosis and treatment module, which are sequentially connected, wherein the clinical examination module consists of a conventional inspection module 1 and a coronary angiography module 2 and is used for preliminarily judging whether the coronary heart disease or related heart diseases exist or not; the computer-aided module comprises a coronary vessel segmentation and reconstruction module 3and a vascular stenosis calculation module 4 and is used for performing segmentation and reconstruction on an angiography image and calculating coronary artery blood flow reserve fraction by applyinga computational fluid mechanics technology to quantitatively judge whether coronary artery interventional surgery treatment needs to be performed or not; and the diagnosis and treatment module consists of a doctor reexamination module 5 and an auxiliary surgery module 6, and the doctor reexamination module 5 feeds back a calculation result to enable the calculation result to be more credible. Thecomputer-aided surgery design system for the coronary heart disease can visually display a coronary artery anatomical structure and enable diagnosis of the coronary heart disease to be more visual andscientific.

The invention discloses a medicament for treating influenza and bad cold and a preparation method thereof. The medicament is prepared from green tea and crystal sugar according to a certain weight ratio. The medicament has the effect of stimulating high-level nervous centralis to excite spirit, can expand coronary blood vessels and peripheral blood vessels and loosen smooth muscles, is used for treating the influenza and the bad cold, and has quick curative effect and high cure rate.

The invention relates to a health grape wine prepared by adding a suitable amount of ginkgo biloba leaf extract to grape wine. The health grape wine has a simple, convenient and practical manufacture method and low production cost, and the ginkgo biloba extract added to the grape wine can obviously improve the quality of the grape wine, increases the texture modification, the thickening and the stability of the grape wine and has lubricating grape wine taste and soft fragment. Meanwhile, the ginkgo biloba extract has the functions of expanding the coronary blood vessels and the cerebral blood vessels, increasing the coronary artery flow and the cerebral blood flow, improving the cardio-cerebral functions and improving symptoms and memory function generated by cerebral ischemia.

The invention provides a method and device for calculating vascular functional indexes, a computer storage medium and a processor. The method comprises the steps that a one-dimensional blood flow model of a target coronary blood vessel is obtained, and the one-dimensional blood flow model comprises unknown geometric information and unknown boundary conditions; unknown geometric information and unknown boundary conditions are solved, and a solved one-dimensional blood flow model is obtained; the solved one-dimensional blood flow model is adopted, and functional indexes of the target coronary blood vessels are obtained through calculation. The technical problems that in the prior art, a method for obtaining the blood flow characteristics through a three-dimensional flow equation is large in calculation amount and has high requirements for calculation resources are solved.

The present invention provides a method for quickly constructing a heart coronary vessel recognition data set, comprising: obtaining an original picture; marking blood vessels in the original picture to form a rough-labeled picture; performing pixel-level labeling on a very small amount of original pictures according to the rough-labeled picture. Form a finely labeled picture; change the finely labeled picture from a three-channel image to a single-channel image; binarize the single-channel image and store it as a binarized picture; use the binarized picture and its corresponding original picture as training data, Train the initial network to obtain the first network; input all the original pictures into the above-mentioned first network to obtain the binarized result map; generate pseudo-fine annotations based on the binarized result map and its corresponding rough-labeled pictures Pictures: Create a data set based on original pictures, finely labeled pictures, and pseudo-finely labeled pictures to train the network. This method greatly reduces the cost of manual labeling while ensuring the quality of the data set, and the training speed can be significantly improved.

The present invention relates to medical devices and particularly to a self-made membrane-contained stent auxiliary device. The self-made membrane-contained stent auxiliary device comprises a thin membrane fixing bearing base seat, a thin-membrane fixing panel is arranged in a middle part of the thin membrane fixing bearing base seat, a supporting clamp tool is arranged at each of a left end and aright end of the thin membrane fixing bearing base seat, each supporting clamp tool is provided with a stent fixing auxiliary rolling device, a stent is arranged between the left stent fixing auxiliary rolling device and the right stent fixing auxiliary rolling device, positioned at an upper end of the thin-membrane fixing panel and fixed by the stent fixing auxiliary rolling devices at two ends,and the stent and the stent fixing auxiliary rolling devices are connected on a central shaft in series; and the stent fixing auxiliary rolling devices are connected with the supporting clamp tools in a bearing type, and the stent fixing auxiliary rolling devices can rotate. The self-made membrane-contained stent auxiliary device improves a success rate of a self-made membrane-contained stent, isused for treating other arteries except coronary arteries, vein vessel perforation, arteriovenous fistula and aneurysm, increases timeliness of a rescue treatment, and improves a success rate of rescue of perforation and rupture of coronary blood vessels in coronary intervention operations.

The invention discloses a formula and a processing process of a radix puerariae starch traditional Chinese medicine for preventing and treating diabetes, wherein the raw materials comprise, by mass, 13-23 parts of rehmannia glutinosa libosch, 10-20 parts of common yam rhizome, 5-10 parts of schisandra chinensis, 1-10 parts of ophiopogon japonicus, 5-15 parts of radix puerariae, 10-15 parts of clam powder, 10-20 parts of pumice stone, 15-20 parts of pollen, 1-5 parts of chicken's gizzard membrane, 5-10 parts of raw licorice root, 10-15 parts of cortex lycii, and 10-20 parts of raw rhizoma anemarrhenae. According to the present invention, the radix puerariae starch traditional Chinese medicine has effects of cardiac muscle oxygen consumption reducing, coronary blood flow increasing, angina pectoris relieving, anti-arrhythmia, immunity enhancing and the like, can well inhibit and prevent the symptoms of diabetic complication, and can reduce insulin resistance.