631results about How to "Timely treatment" patented technology

The invention relates to a fall detection method based on a video. The method comprises steps that S1, video images are processed, and human body areas of the images are identified and positioned; S2, articulation point extraction based on the cascade regression network is carried out for the human body areas to acquire a set of human body articulation points, the first stage network is cascaded back with multiple regression networks having identical structures so as to precisely adjusting coordinate positions of the human body articulation points; and S3, a motion vector of each human body articulation point is taken as a human body motion characteristic, through analyzing articulation point change, whether a human body falls is dynamically analyzed. The method is advantaged in that whether the elderly people living alone falls can be accurately and conveniently determined through video image analysis.

The present invention discloses a medical diagnosis robot system. The system comprises a voice system module, an image processing system module, an image recognition detection system module and a medical knowledge base cloud service system module. The voice system module is used for collecting language information of a patient that needs to be diagnosed; the image recognition detection system module is connected with the image processing system module; and the medical knowledge base cloud service system module is connected with the voice system module and the image recognition detection system module respectively, and is used for storing the preset medical knowledge base, selecting corresponding diagnostic data in the medical knowledge base, and sending the data to the user. According to the medical diagnosis robot system disclosed by the present invention, diagnosis can be accurately performed on the disease and etiology of the patient, an ideal diagnosis and treatment plan can be provided for the patient, valuable treatment time of the patient can be saved, the patient can be ensured to be treated in time, the urgent need of the patient for medical diagnosis can be satisfied, and quality of life for people can be improved.

The invention relates to an antibody chip kit for diagnosis of various tumors. The kit includes an antibody chip, a tumor marker standard substance mixture, a biotin-labeled tumor marker detection antibody mixture, and a fluorescein Cy3-labeled streptavidin, wherein the antibody chip includes a substrate, 16 kinds of tumor marker specific antibodies fixed on the surface of the substrate, and two kinds of positive controls, and the tumor marker standard substance mixture is a freeze-dried mixture obtained by mixing 16 kinds of standard tumor marker standard substances together according to a certain amount. The kit can detect 16 clinical commonly used tumor markers, overcomes the defects of complicated operation, single detection index, low sensitivity and the like in the prior art, has the advantages of being cheap, convenient, sensitive, accurate, high in throughput, and less in amount of samples, and can be popularized and large-scaled in common laboratories.

The invention discloses a mobile communication terminal, including an input module of health information used for inputting the health information of organisms; the health information inputted to the mobile communication terminal is transmitted to an appointed server in a wireless manner by the communication module of the mobile communication terminal. The invention further discloses a collectionmethod of health information, including: inputting the health information of organisms; and transmitting the health information to the appointed server in a wireless manner. The application of the mobile communication terminal can simplify the collection management process of health information, and the mobile communication terminal is convenient to use.

The invention discloses a device for acquiring physiological condition information, which mainly comprises a physiological parameter detector and a communication module. The physiological parameter detector is used for detecting the physiological parameters of an organism and generating physiological parameter data. The communication module is used for wirelessly accessing a communication networkcapable of accessing an information management server, communicating with the information management server via the accessed communication network and transmitting the physiological parameter data asthe physiological condition information to the information management server. With the device, the remote acquisition of the physiological condition information can be implemented, therefore, the remote management of the physiological condition information can be further implemented, and the acquisition management process of the physiological condition information is simplified, which facilitatesto the application convenience of users.

The invention discloses a blood sugar testing system, which comprises a blood sugar testing module and a communication module, wherein the blood sugar testing module is used for testing blood sugar, and the communication module is used for sending blood sugar value health information tested by the blood sugar testing module to a specified server in a wireless communication mode. An acquiring and managing process of the health information is simplified by utilizing the blood sugar testing system which is convenient for users to use.

The invention discloses a physiological parameter monitoring system which comprises at least one sensor that is arranged inside clothes to detect physiological signals of a human body and send the signals to a processor, and the processor for calculating corresponding physiological parameters based on the physiological signals. The invention further discloses a medical watch. The physiological parameter monitoring system is suitable for various clothes to expand the types of clothes as the carrier of the physiological parameter monitoring system.

The invention discloses an obstructive sleep apnea-hypopnea syndrome (OSAHS) patient preliminary screening system. The preliminary screening system comprises a singlechip microcomputer, a computer, a mouth-nose airflow monitoring module, a thoracoabdominal respiratory movement monitoring module and a blood oxygen and heart rate monitoring module, wherein the mouth-nose airflow monitoring module, the thoracoabdominal respiratory movement monitoring module and the blood oxygen and heart rate monitoring module are connected with the singlechip microcomputer in a wired or wireless manner; and the singlechip microcomputer is connected with the computer in the wired or wireless manner. A sleep monitoring system comprises three core sleep monitoring modules of mouth-nose airflow monitoring, thoracoabdominal respiratory movement monitoring and blood oxygen and heart rate monitoring and is utilized to preliminarily screen out OSAHS patients from sleep breathing disorder diseases, on the one hand, more scientific monitoring data is obtained, and on the other hand, the number of sensors on patients can be reduced to the maximum extent; and moreover, the system monitors the patients in natural sleep states at home, and the obtained data is relatively in accordance with the practical sleep states of the patients in daily lives. Particularly, after a video / audio module is arranged, the preliminary screening system can more vividly show the apnea and labored breathing symptoms of the sleeping patients, and warns the patients to get treatment in a specialized sleep hospital in time.

The invention discloses a health cloud intelligent service platform based remote monitoring wrist positioner. The monitoring wrist positioner is connected with a cloud positioning management platform through network communication, wherein the cloud positioning management platform is arranged in a health cloud intelligent service platform and the monitoring wrist positioner is used for performing real-time monitoring on the health state of a user and performing timely and effective feedback; the health cloud intelligent service platform comprises a blood pressure, pulse and body temperature regular automatic test and management platform, a remote medical service system, a home self-test system, a community old-age health care medical service system, the cloud positioning management platform, an short message and WeChat service platform and other health intelligent analysis platforms; the statistical analysis is performed on data collected through the monitoring wrist positioner through the systems and diagnostic conclusions, related suggestions and matters needing attention are given regularly. According to the health cloud intelligent service platform based remote monitoring wrist positioner, the medical staff do not need to perform diagnosis and analysis on a patient personally to implement the self-service check of the user and accordingly medical resources and the user time are saved and meanwhile the characteristic service and the whole health service can be provided.

A medical grasping device (10) for vascular use, having an outer sheath (12), an elongate control member (50) extending within an outer sheath (12) to a distal tip section (54), and a proximal control assembly (22) including an actuation section (24) joined to the elongate control member (50). Adjacent to the distal tip section (54) is a grasping portion (70,70′) that is extendable from the outer sheath (12) to create loops (74,74′) for grasping a target object (T) for repositioning within the vascular system, or for removal from the patient, with loops being retractable into the outer sheath to hold the target object against the device (10) during movement of the device. Elongate control member (50) is preferably a cannula or tube having a lumen (58) extending completely therethrough for placement over a guide wire (28) already in the patient.

The invention provides a vehicle-mounted human health data collection system based on a cloud platform. The system comprises a human body data collection system and a cloud medical system; the human body data collection system comprises a data collection and analysis device, a data monitoring device and a background server, wherein the data monitoring device is connected with the background server, the background server is connected with the cloud medical system in a communicational mode, the data collection and analysis device is used for collecting human health data, and the cloud medical system comprises a cloud medical online monitoring unit, a cloud medical online diagnosis unit and a cloud medical online assistance unit. According to the vehicle-mounted human health data collection system, health data of a driver and passengers can be collected and monitored based on a portable device, so that fitness of people in the vehicle is ensured; the cloud medical system can be combined with a monitoring system, when the bad monitoring characteristic value of the people occurs, the police are called, an emergency call is automatically made if necessary, and a nearby hospital is searched for, so that it is ensured that the people in the vehicle are treated and cured in time.

The invention provides a method for automatically identifying cough. The method comprises the following steps of: (1) inputting voice signals in a PCM format; (2) performing endpoint detection on the voice signals in the PCM format, eliminating non-cough signals and taking the rest signals as candidate cough signals; (3) extracting characteristics of the candidate cough signals according to frames, and converting the characteristics into a 39-dimensional characteristic vector sequence; (4) training a hidden Markov model according to the extracted characteristic vector sequence, identifying the candidate cough signals and judging whether the candidate cough signals are cough signals; (5) counting the cough signals in a certain time period. The invention further provides a device for implementing the method, which comprises a voice input device, an identifier, an SD card, a display device and a group of buttons, wherein the voice input device, the SD card, the display device and the buttons are connected with the identifier respectively. The method and the device can realize real-time recording and automatic identification of the cough and analyze dynamic change characteristic of cough frequency and intensity.

The invention provides an intelligent walking stick for tumbling remote monitoring and nursing. A battery main switch, function keys, a display screen and indicator lights are arranged on a walking stick handle. A wireless communication module and a buzzer are internally arranged on the upper portion of a walking stick supporting body, an antenna which is connected with the wireless communication module is placed on the surface of the walking stick supporting body, and an acceleration sensor, a GPS module, a microprocessor and a battery are integrally arranged on the lower portion of the walking stick supporting body. The acceleration sensor is used for being responsible for collecting the motion acceleration of the walking stick, then the microprocessor is used for processing and judging tumbling information, the GPS module is used for tracking the positional information of the walking stick in real time, and when tumbling is detected or an alarm is given actively through the function keys, the microprocessor sends the positional information of the walking stick and alarm signals. According to the intelligent walking stick, a multi-innovation Kalman filtering method is adopted, the information returned by the acceleration sensor is processed, noise signals are eliminated, so that whether an old man / woman tumbles or not is accurately judged, and accurate warning is achieved; through the function of GPS positioning and the function of buzzer warning, a user of the walking stick can be treated and cured conveniently in time.

The invention aims to provide an application method of a 3D acceleration sensor on a mobile phone. Elderly persons and handicapped persons can quickly and automatically inform relevant personnel and medical rescue mechanisms to rescue immediately through the carry-on mobile phone when falling down accidentally. The invention enables the mobile phone to detect the signal of the built-in 3D acceleration sensor on a real-time basis and obtains the motion state of the mobile phone through a mathematical model. If the signal detected from the sensor accords with the characteristics of a preset falling-down signal, the mobile phone executes preset action immediately and sends out a distress signal. Because a plurality of global satellite positioning system sensors are arranged in the mobile phone at present, the geographic position information of a mobile phone holder is possible to be included in the distress signal sent out. The mobile phone can effectively shorten the waiting time of the elderly persons and the handicapped persons from falling-down to rescue.

There is disclosed a semiconductor device and a method of fabricating the semiconductor device in which a heat treatment time required for crystal growth is shortened and a process is simplified. Two catalytic element introduction regions are arranged at both sides of one active layer and crystallization is made. A boundary portion where crystal growth from one catalytic element introduction region meets crystal growth from the other catalytic element introduction region is formed in a region which becomes a source region or drain region.

The dispersed tablet of proton pump inhibitor is used for treating gastric ulcer, duodenal ulcer, stomal ulcer and other indications. It contains at least one kind of proton pump inhibitor and at least one kind of biologically acceptable buffering agent in the weight ratio of 1 to 10-200. The proton pump inhibitor is one selected from omeprazole, S-omeprazole, pantoprazole, lansoprazole, rabeprazole, leminoprazole, tenatoprazole and their salts. The biologically acceptable buffering agent is sodium bicarbonate, sodium carbonate, magnesium carbonate, etc or their mixture.

The invention discloses a medical detection device which comprises a main processing control unit, a data storage module, a POCT module, an electrocardiosignal collecting and processing module, a display unit, a power module, a communication interface module and a key input unit. The data storage module, the POCT module, the electrocardiosignal collecting and processing module, the display unit, the power module, the communication interface module and the key input unit are respectively connected with the main processing control unit. By means of the medical detection device, an electrocardiogram and cardiac marker content of a patient can be rapidly obtained and can be displayed at the same time, medical staff can conveniently make a judgment in time, and time spent for operating two kinds of equipment is shortened; when the patient is away from a hospital, nursing personnel with the medical qualification at home or a community health care center can examine the patient and share examination data of the patient with a doctor remotely, the patient avoids going to and from the hospital repeatedly, meanwhile, the doctor can master the illness state of the patient at any time, and illness state prediction and specific treatment are carried out in time.

The invention discloses a time quick-release and slow-release preparation of isosorbide mononitrate. The technical problem for the invention to solve is to provide a time quick-release and slow-release preparation, which is provided with long time of retaining the effective plasma-drug concentration and a low interval of 5-ISMN plasma-drug concentration. Each structure layer of the invention is orderly arranged from the inside to the outside as a parent nuclear of a pill core, a drug layer of a second dosage, an insulating layer, a slow-release coating layer, a drug layer of a first dosage, an expanding layer and a release controlling layer. The weight percentages of each layer are 15 to 40 percent of the parent nuclear of the pill core, 0.3 to 5.7 percent of the drug layer of the second dosage, 0 to 20 percent of the insulating layer, 5 to 40 percent of the slow-release coating layer, 0.7 to 13.4 percent of the drug layer of the first dosage, 5 to 30 percent of the expanding layer and 5 to 40 percent of the release controlling layer. The invention combines the characteristics of a time quick-release and slow-release medication system to avoid the drug resistance as well as accurately meet the clinical requirement of the angina treatment of the patient of the coronary heart disease.

The embodiment of the invention, which belongs to the technical field of data processing, relates to a medical data processing method and device. The method comprises: acquiring original medical record data that meets a preset condition and acquiring first medical decision-making information and first feature information of target medical record data from the original medical record data; traininga machine-learning-based original model based on the first medical decision-making information and the first feature information to obtain an auxiliary decision-making model; and predicting second feature information of a to-be-processed patient by using the auxiliary decision-making model to obtain second medical decision-making information of the to-be-processed patient. With the method provided by the invention, a problem of low accuracy rate of the recommended medical scheme based on the rule tree in the prior art is solved; and the accuracy of the recommendation of the medical scheme isimproved.

The invention provides a vehicular human health monitoring system based on wearable equipment. The system comprises the wearable equipment, vehicular ECG equipment, a smart phone, vehicular equipment and a cloud medical service platform. The wearable equipment and the vehicular ECG equipment are used for collecting data of the electrocardiogram (ECG) and the heart rate of a user, and monitoring data of the ECG and the heart rate / the blood pressure is obtained by means of data processing; the monitoring data of the ECG and the heart rate / the blood pressure is uploaded to the cloud medical service platform by the wearable equipment; the monitoring data of the ECG and the heart rate / the blood pressure processed by the ECG equipment is displayed on the vehicular equipment; a health record is built by the cloud medical service platform according to the monitoring data, and when abnormal information is received, the phone of a driver can be dialed on actively for further treatment according to registration information, wherein the smart phone is used for user registration and acquisition of a health analysis report. By means of the system and method, the health condition of the driver can be monitored in real time, the cloud medical service platform is contacted, user location can be located so as to assist in making an local emergency call, and it is guaranteed that a patient is treated in time.

The invention provides a liquid dairy product and a production method thereof, the composition of raw materials of the liquid dairy product comprises 0.01 percent to 20 percent of colostrum whey protein (CBP), and the colostrum whey protein is the protein in the colostrum whey with the molecular weight of 1kDa to 30kDa. The production method adds the colostrum whey protein in the liquid dairy product through the reasonable formula and the appropriate technology, and the effective content of the colostrum whey protein in the liquid dairy product can be retained to the utmost extent, thereby having the effect of bone-invigorating, good flavor and taste and the stability.

The invention relates to a luminescent and magnetic nano material-based method for detecting carcinoembryonic antigen (CEA), which comprises the following steps: (1) preparing a FE3O4 / SiO2 nuclear shell-first antibody compound; (2) preparing a CdTe-second antibody compound; (3) drawing a 'fluorescence intensity-CEA concentration' standard working curve and calculating a working equation; and (4) detecting a fluorescence intensity value, and obtaining the content of the CEA of the patient through the working equation. The detection method has the advantages of simpleness and high sensitivity, and can easily detect the illness state of patients in the early stage of cancer.

The invention discloses an acquisition and management system for the physiological condition information, which mainly comprises an information acquisition terminal, an information management server and an information management terminal. The information acquisition terminal is used for acquiring the physiological condition of organism information, communicates with the information management server, and transmits the physiological condition information to the information management server. The information management server is used for storing and managing the physiological condition information transmitted from the information acquisition terminal. The information management terminal communicates with the information management server and is used for acquiring the physiological condition information from the information management server and analyzing and managing the acquired physiological condition information. With the method, the remote acquisition of the physiological condition information can be implemented, therefore, the remote management of the physiological condition information can be further implemented, and the acquisition management process of the physiological condition information is simplified, which facilitates to the application convenience of users.

The invention relates to a method for determining the content of AFP in serum by using CdTe quantum dots and Fe3O4-Dextran nano particles, characterized by comprising the steps of (a) preparing Fe3O4-Dextran-first antibody complex; (b) preparing CdTe-second antibody complex; (c) drawing 'fluorescence intensity-AFP concentration' standard work curve, and calculating work equation; and (d) measuring the fluorescence intensity value for the work equation to determine the AFP content of the patents with liver cancer. The method is simple and has high sensitivity, can easily detect the disease for the early cancer patients so as to treat the patients in time, and furthermore, the method opens up a road for the clinic detection of liver cancer.

The present invention relates to one kind of chewing tablet of proton pump inhibitor for treating gastric ulcer, duodenal ulcer, stomal ulcer and other indications. The chewing tablet contains proton pump inhibitor in 1-5 wt%, carbonate in 35-60 wt% and hydroxide in 35-60 wt%. The proton pump inhibitor is one selected from omeprazole, S-omeprazole, pantoprazole, lansoprazole, rabeprazole, leminoprazole, tenatoprazole and their salts. The biologically acceptable buffering agent is selected from sodium bicarbonate, sodium carbonate, magnesium carbonate, calcium carbonate and their mixture, preferably sodium bicarbonate. The hydroxide is selected from magnesium hydroxide, calcium hydroxide, aluminum hydroxide, sodium hydroxide and their mixture, preferably magnesium hydroxide.

The invention relates to a medical instrument, in particular to a portable electronic urethroscope comprising a tube, one end of the tube is fixedly provided with a miniature image sensor and an illuminating lamp, the other end of the tube is connected with a fixed seat on which a display screen is arranged, a power supply control mechanism is arranged in the fixed seat, and the display screen, the miniature image sensor and the illuminating lamp are connected with the power supply control mechanism through wires; and the center of the tube is provided with a through hole in which a conducting wire channel is arranged, and a conducting wire importing valve is connected to the tube. The invention mainly provides the portable electronic urethroscope which has the advantages of capability of clearly observing an inserting process, convenient operation by doctors, high success rate and safety and portability; and the portable electronic urethroscope solves the technical problems that a urethral probe in the prior art is easy to cause inserting mistakes to damage urethras and has low safety.

The invention discloses a fall detection and early warning method and a system for old people in a gerocomium. The method comprises the steps: obtaining human body contour image information of old people based on a fuzzy camera; performing human body fall detection on the human body contour image information based on a deep learning algorithm to obtain a fall detection result; acquiring physiological feature information of the old people based on a wearable device; and carrying out fusion analysis on the fall detection result of the old people and the corresponding physiological feature information, and carrying out early warning and medical personnel scheduling based on the current fusion analysis result of the old people. According to the embodiment of the invention, the grade early warning of the physical state and fall of the old people and scheduling of medical personnel are realized on the premise of protecting the privacy of the old people; medical personnel is reasonably arranged for timely treatment, medical resources are reasonably distributed while timely treatment is ensured, and the efficiency of the gerocomium is improved.

The invention relates to an animal management method and an animal management system for achieving the same. The system comprises a main control terminal and a plurality of controlled terminals. Each animal body wears a controlled terminal, the controlled terminal monitors data of the corresponding animal such as the position, the heart rate, the body surface temperature, the feeding condition and the exercise quantity and transmit the data to the main control terminal, so that workers can timely find the animals with abnormal bodies and the lost animals and facilitate the follow-up work.

The present invention discloses a multi-functional smart home care system. The system comprises a multi-functional portable apparatus and an aged service platform. The multi-functional portable apparatus is worn by the aged and comprises a physical examination module, an environment detection module,a positioning module and an emergency calling module. According to the multi-functional smart home care system provided by the present invention, the aged service platform can learn a current health condition of the aged by comparing acquired body health data of the aged with a threshold in a health mode, so as to determine a health level of the aged, and can directly inform medical institutions such as a community health service center or a hospital to make a home diagnosis, so as to treat the aged in time and avoid deterioration of the health condition of the aged. According to the system provided by the present invention, the aged are cared remotely by means of the physical examination module,the positioning module and the emergency calling module, so that the system is high in intelligence, high in automation and is beneficial for relieving the pressure brought by the problem of caring for the aged after population aging.