8 results about "Digestive endoscopy" patented technology

The application relates to the field of medical masks, in particular to a mask with a gastrointestinal mirror channel, which comprises a mask main body, an oxygen supply assembly, a gastrointestinal mirror channel assembly, an anti-aspiration assembly and a sealing adjustment assembly. The oxygen supply assembly provides clean and controllable breathing support through a multi-layer filter membrane and a flow adjustment function; the gastrointestinal mirror channel assembly is designed with a flexible sealing sleeve and an elastic support strip, thereby ensuring air tightness and adaptability during gastrointestinal mirror operation; the anti-aspiration assembly effectively deals with vomiting reflex or gastric content reflux through an arc-shaped baffle and a drainage groove; and the sealing adjustment assembly improves the adhesion and stability of the mask by using an air bag. The application can simultaneously realize breathing support and gastrointestinal mirror operation, and takes into account the safety and comfort of patients, thereby providing a perfect solution for digestive endoscopy.

The application belongs to the field of medical image recognition and relates to an esophageal lesion image recognition method based on a deep neural network, which comprises the following steps: step 1, processing actual digestive endoscopy video data to construct training data; step 2, constructing a deep neural network model and training the deep neural network model through the training data to obtain an early esophageal cancer recognition model; step 3, inputting digestive endoscopy video data to be detected into the early esophageal cancer recognition model, and the early esophageal cancer recognition model judging whether there is a suspected esophageal cancer lesion and outputting a lesion judgment result; the lesion judgment result comprising a spatial position and a progression stage of the lesion; the method models the time sequence dynamics of lesion characteristics in the endoscopy recognition process, and combines a graph neural network to depict the feature correlation of early esophageal squamous cell carcinoma under multi-view conditions, so as to improve the recognition accuracy, consistency and robustness of the model in a real clinical application scenario.

The application discloses a method for predicting biological age based on enteroscopy pictures, and belongs to the field of digestive endoscopy image analysis. The method first screens enteroscopy pictures without abnormalities, and completes quality control and edge cutting; then constructs an image package with multiple pictures in a single report, extracts features and weighted aggregation by using a multi-instance learning model based on attention; and converts age prediction into a classification task and introduces a Gaussian soft label to realize high-precision biological age prediction. The application can mine aging-related features from enteroscopy images without obvious abnormalities, does not need additional equipment and invasive operation, has strong generalization, and can be used for risk stratification of enteroscopy-negative people and precise prevention and treatment of colorectal cancer.

This invention discloses a highly flexible appendiceal stent, comprising a proximal anchoring section, a middle flexible section, and a stent body. The outer wall of the stent body is provided with one or more anti-displacement rings. The stent is composed of multiple layers; preferably, the outer layer material of a three-layer stent is one or more combinations of polyurethane, modified nylon Pebax, and nylon. The outer layer materials of the stent body and the flexible section are more flexible than the proximal outer layer material. The middle imaging-enhancing layer is a spring mesh or braided mesh made of metal wires; the inner layer is a super-slippery polytetrafluoroethylene film. Compared to currently used appendiceal stents released via digestive endoscopy, the stent body of this invention is more flexible, causing less damage to the appendix. The stent with the flexible section is less prone to bending and provides smooth drainage. Furthermore, the appendiceal stent of this invention shows good imaging under X-rays, facilitating surgery. The anti-displacement rings and barbs placed in the stent body reduce the risk of displacement.

This utility model discloses a driving device for an auxiliary operating system in digestive endoscopy surgery, including a driving base plate, a fixing plate, and a first slider module, a second slider module, and a third slider module disposed between the two. The first slider module includes a guide rail fixing plate one fixed to the driving base plate, a guide rail one fixed to the guide rail fixing plate one, an end plate one, and an end plate two. A ball screw one is disposed between the end plate one and the end plate two, and a screw nut one is disposed on the ball screw one. The screw nut one is fixed inside a slider fixing block one. A slider one is fixedly connected to the lower part of the slider fixing block one, and the slider one can slide left and right along the guide rail one. A photoelectric baffle one is fixed to the front side of the slider fixing block one, and a pin drive block one is fixed to the upper part of the slider fixing block one, with a drive pin one disposed on the pin drive block one. This utility model modularizes the driving components, reducing the number of parts, assembly time, and making the structure more compact, thus reducing processing costs.

This invention discloses an endoscopically controlled tissue traction assist device, relating to the field of digestive endoscopy medical device technology. The endoscopically controlled tissue traction assist device includes a control handle and a traction cannula. The bottom of the control handle is connected to the traction cannula via a Luer connector. Depending on the surgical situation, the traction cannula can be configured as either a slender flexible tube or a snake-bone tube. Both the slender flexible tube and the snake-bone tube have a single, through-type instrument channel inside. The distal ends of both the slender flexible tube and the snake-bone tube are configured with smooth, flexible tips. The control handle contains an angle adjustment mechanism. In this invention, the device can be selectively replaced according to the requirements of the endoscopic surgery, offering advantages such as simplified structure, controllable angle, strong adaptability, and low cost. It can significantly improve the stability and accuracy of endoscopic traction operations.

The application discloses a kind of intelligent monitoring and early warning system and method after digestive endoscopy, system includes multi-source data acquisition layer, data transmission and secure storage layer, intelligent analysis and modeling layer, intelligent monitoring and early warning layer, doctor-patient interaction and rehabilitation guidance layer.Patients' physiological data, operation data, basic health data and subjective symptom data are collected, encrypted and transmitted to the cloud for storage using blockchain and distributed database.After data preprocessing and feature fusion, the mixed intelligent model outputs the probability of complications and the rehabilitation status score, and the suggestions are pushed according to the four-level standard classification warning.The dynamic rehabilitation program is generated, and the patient application and the medical management platform are used to implement the program pushing, symptom feedback and online consultation, which improves the postoperative monitoring and intelligent level.

This invention relates to the field of endoscopic image analysis technology, specifically to an intelligent recognition and lesion localization system for digestive endoscopy images. The system includes an endoscope posture analysis module, an image posture matching module, a mucosal texture displacement module, an image rotation correction module, and a lesion coordinate localization module. Based on an electronic endoscope, it analyzes the corresponding sampling times recorded by the voltage of the angle detector of the endoscope's steering control unit and compares the continuity of preceding and following sampling segments. This invention constructs a sequence of lens posture changes by analyzing the voltage trend of the angle detector, pairs the posture records with the acquisition sequence to form an association identifier, and combines this with the tracking of the mucosal texture displacement vector to evaluate the lens steering relationship. Using this as a reference, it calculates the viewing angle offset compensation amount and corrects the cavity wall center position. Furthermore, it adjusts the contour connection relationship of adjacent frames within the chromatic transition region, effectively overcoming the field of view variations and tissue spatial misalignment defects caused by endoscope movement, and ensuring the baseline stability of boundary mapping in continuous images.