36 results about "Patient physical state" patented technology

A multi-dimensional system for assessing, coding, quantifying, displaying, integrating and communicating information relating to patient health and perioperative risk includes a mechanism for inputting patient information and providing an output relating to the patient health and perioperative risk. The output includes a score for the physical condition of the patient, a score for the degree of expected surgical risk and invasiveness, a score for other vital assessments of perioperative complexity, and alphanumeric codes for other factors that may require special preoperative preparation and planning.

A multi-dimensional system for assessing, coding, quantifying, displaying, integrating and communicating information relating to patient health and perioperative risk includes a mechanism for inputting patient information and providing an output relating to the patient health and perioperative risk. The output includes a score for the physical condition of the patient, a score for the degree of expected surgical risk and invasiveness, a score for other vital assessments of perioperative complexity, and alphanumeric codes for other factors that may require special preoperative preparation and planning.

A multi-dimensional system for assessing, coding, quantifying, displaying, integrating and communicating information relating to patient health and perioperative risk includes a mechanism for inputting patient information and providing an output relating to the patient health and perioperative risk. The output includes a score for the physical condition of the patient, a score for the degree of expected surgical risk and invasiveness, a score for other vital assessments of perioperative complexity, and alphanumeric codes for other factors that may require special preoperative preparation and planning.

The invention provides a medicament for lowering blood sugar and blood pressure, which is prepared from Ningtiao flower, mulberry leaf, ginkgo leaves, astragalus root, seabuckthorn leaf, wild jujuba seeds, poria cocos, notoginseng, tartary buckwheat and root of red rooted saliva.

The invention discloses a chronic and unstable heart failure exercise rehabilitation monitoring and treating system. The chronic and unstable heart failure exercise rehabilitation monitoring and treating system is characterized by comprising evaluation equipment, physiological parameter detection equipment and at least one kind of exercise equipment, detecting parameters of the evaluation equipment, the physiological parameter detection equipment and the exercise equipment are uploaded to a remote server through a wireless relay network, and a recognizer and a Web server are connected to the wireless relay network. The chronic and unstable heart failure exercise rehabilitation monitoring and treating system has the remarkable advantages that the wireless relay network is used for integrating the evaluation equipment, the physiological parameter detection equipment and the exercise equipment organically, the physical condition of a patient is evaluated through the evaluation equipment, treatment suggestions can be provided by doctors, an exercise prescription can be made by the doctors, the patient can conduct exercise rehabilitation according to the prescription made by the doctors, the treatment condition can be learnt in real time according to parameter detection circuits of the physiological parameter detection equipment and the exercise equipment, the incidence of the disease of the patient is lowered, and the hospitalization rate is decreased.

The invention discloses a hospital triage data processing method and system based on the Internet, and belongs to the technical field of the Internet, the hospital triage data processing system comprises a reservation management platform, and the output end of the reservation management platform is connected with the input end of a triage registration unit. Identity information, physical condition information and case information of a patient are collected through a reservation management platform, disease keywords are extracted from the physical condition information data of the patient based on a case evaluation model, diseases are evaluated, and triage registration is performed according to disease types after classification of disease indexes. Through establishment of a triage hospital guide model in a triage registration unit, the condition of a patient is recorded, the condition is compared and analyzed with a database, a triage scheme matched with the patient is recommended, information sharing between different departments and different doctors is realized, the triage scheme is intelligently recommended, and the triage registration efficiency is improved. The expert and the patient are effectively associated and matched according to the specific case information of the patient, so that the triage efficiency and accuracy are improved while the workload is reduced.

Embodiments of the invention provide a remote medical monitoring method and device. The device is applied to a background server. The remote medical monitoring method comprises steps of receiving human vital sign data monitored and transmitted by a medical monitoring terminal; comparing the human vital sign data and preset human ecological characteristic data, and judging whether abnormal data exists in the human vital sign data according to a comparison result; and if the abnormal data exists, feeding abnormal abnormality information fed back to a target medical institution and / or the medicalmonitoring terminal for processing. The invention can realize real-time and remote monitoring of the patient's physical condition information, and actively send the abnormal information to the medical institution when the vital sign data is abnormal, so as to realize timely assistance to the patient, to effectively improve the medical rescue efficiency, and to ensure the patient's life safety.

Medical devices and related patient management systems and parameter modeling methods are provided. An exemplary method involves obtaining, by a computing device, historical measurements of a condition in a body of the patient previously provided by a sensing device, obtaining, by the computing device, historical operational context information associated with preceding operation of one or more of an infusion device and the sensing device, obtaining, by the computing device, historical values for a parameter from one or more of the infusion device and the sensing device, determining, by the computing device a patient-specific model of the parameter based on relationships between the historical measurements, the historical operational context information and the historical values, and providing, by the computing device via a network, the patient-specific model to one of the infusion device, the sensing device or a client device.

The invention discloses a compound cotinus coggygria zinc oral solution and a preparation method thereof. The oral solution is mainly prepared from main materials and auxiliary materials, wherein the main materials include the following ingredients: zinc supplement, root of cotinus coggygria, star jasmine fruit, vitis flexuosa thunb, capsellae bursapastoris, fruit of gastrodiaelata, fruit of schisandra lancifolia, grewia biloba, lespedeza tomentosa and aralia elata; and the auxiliary materials include the following ingredients: hard bluegrass culm and leaves, vaccinium bracteatum, matsutake, iris dacora wall, gmelin sealavender herb, coix leaves, lysine, asparaginic acid, oryzanol, laurate, taurine, multivitamins, ferrous lactate and a flavoring agent. The compound cotinus coggygria zinc oral solution is simple in preparation process, low in cost and convenient to take, has the effects of strengthening tendons and bones, activating blood circulation to relieve pain, strengthening spleen, tonifying qi, nourishing qi and blood and enhancing immunity, and can be used for supplying calcium, zinc, vitamins, amino acids and other nutritional substances, comprehensively regulating and improving the body condition of a patient, increasing bone density and strength, promoting rehabilitation of injured bones and promoting healthy growth of children.

The present invention relates to a system for computer-aided intravenous delivery of anesthetics and / or other drugs to a patient, wherein said system comprises an Infusion Controller that delivers an amount of drug(s) to a patient; possibly a DataLogger Controller with one or more Sensors adapted so as to be coupled to a patient and to generate signals reflecting one or more health conditions or statuses of the patient; a Communication Controller connected with the infusion pumps and / or monitors; a Session Controller that carries out the modeling of anesthesia procedures and is arranged to run a first procedure and to dynamically adapt said first procedure and / or select and run a second procedure based upon one or more of said sensors' output and / or observation from a physician; a Graphic User Interface to display different views of the system and to accept user input; a set of interfaces used to link the Infusion, Datalogger and Session Controllers to views displayed by the Graphical User Interface; a Processor or Infusion Session Manager that integrates the Graphic User Interface, the Infusion Controller, the DataLogger Controller, the Communication Controller and the Session Controller and that steers drug delivery, wherein the system contains a set of configurable written procedures to steer intravenous anesthetic drag delivery and / or other drug delivery, whereby said procedures have been adapted to the type of surgical action and / or therapy, adapted to the patient's physical condition, and adapted to the type of drugs, tools and theoretical models used.The system of the present invention finds its use among others in intravenous anesthesia (IVA) and in cancer therapy.

The Chinese medicine for treating paraplegia includes three recipes for the patient to take alternately based on his body status. The first recipe for paraplegia patient with Yang-deficiency and cold stagnation consists of 16 kinds of Chinese medicinal materials including Chinese ephedra, skullcap root, safflower, etc. The second recipe for paraplegia patient with kidney Yang-deficiency and cold stagnation consists of 15 kinds of Chinese medicinal materials including dry glutinous rehmannia, dogwood, Chinese yam, etc. The third recipe for paraplegia patient with Yang-deficiency and vital energy and blood deficiency consists of 17 kinds of Chinese medicinal materials including ginseng, white atractylodes rhizome, white tuckahoe, etc. The patient with only one symptom is treated with medicine of one of the recipe.

The invention provides a diagnosis and treatment system based on real-time multi-mode integrated positioning. The diagnosis and treatment system based on real-time multi-mode integrated positioning is used for diagnosing and treating patients, and comprises a shielded operating room and a remote operation system, wherein the shielded operating room is X-ray shielded dustless operating space; the remote operation system is arranged outside the shielded operating room; a shielding glass window is arranged on a wall, which faces the remote operation system, of the shielded operating room; a multi-degree-of-freedom operating robot moving track is arranged in the shielded operating room, is mounted on a foundation surface of the shielded operating room and faces a multi-mode image integrated machine; and the multi-mode image integrated machine is positioned on one side of the shielded glass window. The physical conditions of a patient can be monitored in real time by the machine, the lesion position is determined, meanwhile, a operating robot is used for treating the patient, the accuracy is high, the efficiency is also high, a large amount of manual operation is reduced, and doctors are protected against being radiated.

The invention provides a medical intelligent monitoring ring system. The system comprises a vital sign monitoring module, a monitoring center, a warning module and an intelligent terminal. The vital sign monitoring module, the warning module, the intelligent terminal and the monitoring center are subjected to information interaction. The vital sign monitoring module is arranged on a patient and used for monitoring and collecting vital sign data of the patient in real time. The monitoring center is used for comparing the vital sign data with pre-stored normal values and outputting comparison results. The warning module is used for reminding the patient when the comparison results are abnormal, generating a warning signal and sending the warning signal to the preset intelligent terminal. By means of the system, the heart rate, heart rhythm, oxyhemoglobin saturation and other sign information of patients suffering from cardiovascular and cerebrovascular diseases can be monitored in real time, guardians can know body conditions of the patients better, in-time handling is conducted when it is monitored that abnormal data or emergencies occur, and the monitoring quality is improved.

The invention relates to a human-information-physical system for a smart hospital. The system comprises: a non-contact sign detection sensor group for sensing the behavior and body feature informationof a patient to obtain multi-dimensional sensing data; a medical patient behavior sensing module for performing data fusion processing on the sensing data to obtain real-time sign data; an edge computing intelligent terminal connected with an intelligent base station and used for executing a local computing task according to the real-time sign data and executing a migration computing task throughthe intelligent base station to obtain the physical condition value of the patient; and a processing opinion feedback module for judging whether the physical condition value of the patient is abnormal, and if so, generating a processing opinion according to the real-time sign data and pre-stored historical sign data, and feeding back the processing opinion to the patient. Compared with the priorart, the system of the invention has the advantages of high utilization rate of medical resources, low time delay, high operation speed, high working efficiency, improved medical quality and the like.

The invention discloses an intelligent cloud nurse assistant system for hemodialysis, which belongs to the field of medical informatization and comprises a nurse terminal, a hemodialysis instrument, monitoring equipment and a cloud nursing service system. The cloud nursing service system comprises a data acquisition module used for directly acquiring real-time data of the hemodialysis instrument and monitoring equipment and acquiring subjective information through the nurse terminal; an intelligent assistant module which is used for determining an idealized optimal sample through grey correlation, calculating the grey weighted correlation degree of the physical condition indexes of the patient, obtaining a comprehensive evaluation result of the physical condition of the patient and realizing monitoring and abnormal warning of equipment and the physical condition of the patient; and an information management module which is used for generating an electronic nursing document according tothe nursing condition, uploading data to a hospital information system, and selectively presenting visual illness state information reflecting severity to the nurse terminal and a patient terminal incombination with historical medical records of a patient in the hospital information system. The system effectively improves the working efficiency of nurses, and can be widely applied to the field of medical informatization.

A multi-dimensional system for assessing, coding, quantifying, displaying, integrating and communicating information relating to patient health and perioperative risk includes a mechanism for inputting patient information and providing an output relating to the patient health and perioperative risk. The output includes a score for the physical condition of the patient, a score for the degree of expected surgical risk and invasiveness, a score for other vital assessments of perioperative complexity, and alphanumeric codes for other factors that may require special preoperative preparation and planning.

A water solution of a mixture of quinine and camphor in preferably a ratio of 2 parts quinine to 1 part camphor is injected into hemorrhoidal tissue to effectuate a cure of the hemorrhoid. After a period of time, dependent upon the age and other aspects of the physical condition of the patient, the hemorrhoid will turn black, shrivel and flake off to yield a clean non-hemorrhoid area surrounding the anus.

The invention discloses a clinical intelligent management system, comprising a first user terminal and a second user terminal. The first user terminal is used for detecting state information of a patient and transmitting the detected patient state information to the second user terminal. The state information of the patient at least includes vital sign information of the patient. The second user terminal is used for, after receiving the state information of the patient, determining physical condition of the patient according to the vital sign information of the patient; if it is determined that the physical condition of the patient is abnormal, a warning is given out. The clinical intelligent management system provided herein can provide effective real-time monitoring for a patient, allowsworkload of medical staff to be effectively reduced, and allows changes in the condition of the patient to be timely discovered so that patient rescue rate is increased.

The invention discloses a health self-checking platform for a smart community, and relates to the technical field of community health. The platform comprises a mobile monitoring terminal, a medical diagnosis terminal and a health data detection center. The mobile monitoring terminal is in communication connection with a smart bracelet; a microprocessor of the smart bracelet is connected with a plurality of detection devices used for detecting real-time health data of a user. Standard health data is stored in a storage server of the health data monitoring center; and the medical diagnosis terminal is used for a doctor to make a definite diagnosis on the transmitted real-time health data, standard health data and suspected diseases of the user. According to the invention, the real-time health data of a patient can be monitored according to the personal health data standard for the physical condition of the patient; health suggestions are given in time, and suspected diseases are obtainedby comparing the suspected disease libraries through the health data detection center, so that disease prevention is facilitated; meanwhile, a doctor through the medical diagnosis terminal can achieve remote detailed diagnosis when necessary, thereby bringing the convenience and quickness.

The invention discloses an intermittent type pneumatic pressure system, and the intermittent type pneumatic pressure system comprises a control module, a display module, a measurement module, a treatment module and a power supply module, the control module is electrically connected to the display module, the display module is electrically connected to the measurement module and the treatment module respectively, the measurement module is electrically connected to the treatment module, the power supply module is electrically connected to the control module, the display module, the measurement module and the treatment module respectively, and the control module comprises a single-chip microcomputer and a control switch. According to the invention, a blood pressure measurement function is achieved by the intermittent type pneumatic pressure treatment system under the condition without adding hardware, the blood pressure measurement mode is added, the purpose of safe treatment is achieved,and there is no need to use additional blood pressure measuring equipment to monitor blood pressure of a patient, physiological sign information of the patient can be provided to assist medical staffin judging the physical condition of the patient, and convenience is brought to pressure safety treatment to a certain extent.

A system including an adjustable strap having at least one sensor for monitoring a physical condition of a patient. The strap bears measurement indicia so that a clinician can establish baseline perimetral measurements of a patient's appendage and later account for changes in swelling that may be attributable to inflammation or edema. The system further includes a user-interactive unit for receiving, storing and processing patient information from the at least one sensor. In addition, the system desirably includes standardized forms for documenting a patient's physical health as a function of his / her sensed physical condition.

The invention discloses a system for remote and wireless control of a symptom of a patient in a hospital. The system comprises a ZigBee network composed of a calling device, a router and a master control center, the calling device comprises a calling switch and a ZigBee module of a sending end, and the master control center comprises a ZigBee coordinator and center data processing equipment. The system for the remote and wireless control of the symptom of the patient in the hospital not only brings great convenience for the patient himself / herself, but also brings convenience to a doctor who conducts remote monitoring in the hospital and a relative of the patient who cares the patient outside the hospital, and relieves the pressure for a hospital caused by the fact that patients increase. When the patients in the hospital increase, a patient living in a corridor temporarily can timely transfer calling information to a doctor master control room through the calling device, and thus the doctor can timely arrive at the patient who needs help. Meanwhile, the relative of the patient conveniently and fast sees the physical conditions of the patient through Internet access out of the hospital.

The invention discloses a remote comprehensive monitoring device for cardiologic use. The remote comprehensive monitoring device for cardiologic use is technically characterized by comprising a fixing plate; and a sliding groove is formed in the upper side of the fixing plate. When a monitoring device body needs to be fixed, a sliding ring is manually pulled downwards so that the sliding ring drives a sliding block to slide inwards on the sliding groove through a connecting rod; then, the monitoring device body is placed on the fixing plate, and the sliding ring is loosened so that a spring drives the sliding ring to slide upwards on a sliding rod, thereby driving a sliding block to slide outwards on a sliding groove through the connecting rod so as to drive an arc-shaped clamping block to move outwards; and, when the arc-shaped clamping block is clamped into a clamping groove in the bottom of a base, the base can be fixed. Thus, the stability of the monitoring device body is improved. Moreover, electrocardiogram patches can detect the physical condition of a patient, and form data information, thereby transmitting data to a mobile phone of a remote doctor or a family member of the patient in cooperation with a central processing unit and a data processor; and thus, medical staff can check the data conveniently. When the data exceed a set range, the buzzer gives out a prompt; and thus, the device has high safety performance.

The invention relates to the technical field of C + + application and development, in particular to a method for achieving human eye detection of a medical system based on C + +. The method provided by the invention comprises the following steps: 1, initializing a camera to read a video stream; 2, reading a cascade classifier; 3, performing video stream operation; 4, judging a human eye detectionsize; and 5, performing human eye tracking, and drawing a result. A novel technical means is created in combination with a medical system, the surrounding situation of human eyes is accurately detected, the physical condition of a patient is deduced according to the eye situation, and the effect of accurate marketing is achieved.

The invention discloses a high-precision semi-automatic blood vessel 3D reconstruction algorithm based on a CT image. The algorithm comprises the following steps: S1, creating a blood vessel CT image sequence; s2, adopting a high-precision labeling method to label a certain layer of the single or multiple blood vessels according to the created CT image sequence; s3, the mass center distance xyDist, the offset xyXaxis of the x axis and the offset xyYaxis of the y axis between the CT films of all the layers are calculated under the selected catalog, wherein the mass center distance xyDist, the offset xyXaxis of the x axis and the offset xyYaxis of the y axis are calculated; and S4, sorting xyDist, xyXaxis and xyYaxis from large to small, and carrying out sheet insertion processing on the CT sheets with the maximum deviation value. The blood vessel is subjected to 3D reconstruction by adopting a high-precision labeling method and a manual CT insertion algorithm, so that the 3D reconstruction precision of the blood vessel is remarkably improved, the accuracy of judging a focus part of a patient by medical personnel according to the 3D reconstruction of the blood vessel is greatly improved, the disease of the patient can be diagnosed in an auxiliary manner, and meanwhile, the medical personnel can conveniently carry out 3D reconstruction on the blood vessel. The family members of the patient can visually know the physical condition of the patient, and the doctor-patient relationship is improved.

The invention discloses a treadmill control system for sports rehabilitation treatment. The system comprehensively utilizes the Internet of Things technology, and organically integrates evaluation equipment, physiological parameter detection equipment, treadmills, RFID identifiers and remote servers through a wireless relay network. Evaluate the patient's physical condition through the evaluation equipment, and the doctor can provide treatment suggestions and issue exercise therapy prescriptions based on the evaluation results. The treadmill controls the speed, slope, and treatment time according to the doctor's exercise therapy prescription, and at the same time detects equipment and exercise through physiological parameters. The built-in parameter detection circuit of the device can grasp the patient's physical condition in real time. Once an abnormality occurs, the treatment can be stopped, so as to realize the monitoring and treatment of the patient's exercise rehabilitation, and reduce the patient's repeated morbidity and hospitalization rate.