32results about How to "Enable telemedicine" patented technology

The invention provides an intelligent health management system based on an elder-caring robot; the system comprises an elder-caring robot, a remote terminal and a cloud server; the elder-caring robot comprises a reminder and a detector mutually connected; the reminder starts path planning and mobile functions according to a preset medical solution, searches the elder according to a face recognition technology and a sound source positioning technology, communicates with the elder through a voice interaction technology, and broadcasts prompt contents; the detector monitors an intelligent medicine box opening state on the elder-caring robot, detects the elder complete conditions on the prompt contents through the image identification technology and the voice interaction technology, and synchronizes the detection result onto the cloud server; the cloud server sends the information to the remote terminal, thus returning feedbacks to children or medical personnel. The intelligent health management system can provide complete, professional, intelligent and safe one-stop intelligent health management services, so children can remotely monitor, track and detect elder living conditions in a long term, thus realizing disease types and risk predictions.

An embodiment of the invention discloses a remote vital sign measuring system which comprises detecting unit which is used for collecting and processing first vital signs, a wearing device which is used for receiving and processing the first vital signs sent from the detecting unit and sending processed second vital signals to a mobile terminal device, the mobile terminal device which is used for receiving, displaying, storing and processing the second vital signals transmitted from the wearing device and transmitting out processed third vital signals and a data platform which is used for receiving and recording the third vital signals sent from a remote vital signal measuring device. The remote vital sign measuring system has the advantages of being capable of reminding a user to measure the vital signals, being real-time, continuous, long-time and convenient to monitor important vital sign parameters and being capable of sending a help seeking alarm.

The invention discloses a medical examination report cloud storage management system, comprising: an information collection module for collecting diagnosis and treatment information; a diagnosis and treatment information identification code generation module for generating a unique diagnosis and treatment information identification code for identifying patient diagnosis and treatment information; The storage module is used to store the collected diagnosis and treatment information and the corresponding diagnosis and treatment information identification code; the condition query module is used to query the corresponding diagnosis and treatment information according to the diagnosis and treatment information identification code; the payment module is used to generate the payment function. Two-dimensional code; download display module, used to download and display the diagnosis and treatment information of successful payment; secondary storage module, used to establish patients' personal health information files for patients to download and query. The invention also discloses a medical examination report cloud storage management method.

The invention relates to a calorimetric detection apparatus for acetone in breathing gas. The calorimetric detection apparatus comprises carrier gas, a breathing gas collection unit, an adsorption chamber, a reference chamber, thermal sensors, a constant temperature block, a signal acquisition and processing unit, an expert system and a microcomputer, wherein the carrier gas carries breathing gas collected by the breathing gas collection unit and flows through the adsorption chamber and the reference chamber, a signal difference between the thermal sensors in the adsorption chamber and the reference chamber is used as a system response signal, and the content of acetone is determined through the expert system. The calorimetric detection apparatus provided by the invention has the advantages of a calorimetric method, employs simple and reliable detection principles and is beneficial for rapid measurement, application in a mobile occasion and development of a micro-miniature system; the expert system is cooperatively used to analyze the content of acetone and determining diabetes, and obtained results are accurate; and the calorimetric detection apparatus is non-intrusive, causes no injury and pains, can be used for clinical diagnosis and monitoring in a hospital and for family rehabilitation and monitoring and is capable of realizing telemedicine.

The invention discloses an artificial intelligence-based quick grading identification method and system for burn and scald images. The method comprises the following steps: (1) collecting burn and scald wound photo images; (2) photo image grading marking; (3) obtaining a hierarchical database; (4) acquiring a network classifier, and establishing a burn and scald classification model; (5) optimizing a burn and scald grading model; (6) obtaining a burn and scald grading identification result; and (7) further expanding the original database after tracking the healing result of the new burn and scald wound photo image. The invention further comprises a matched hardware system for the method. By utilizing the method, the healing time range of wounds of burn and scald patients can be accuratelypredicted and graded, and doctors or patients can conveniently judge the illness state; an artificial intelligence algorithm based on a convolutional neural network is adopted, and along with continuous increase of the sample size and continuous optimization of the classification model, the prediction accuracy can be continuously improved.

The invention provides a health monitoring system. A health data terminal is connected with a health data management platform through a wireless module and a wireless network; the health data management platform is connected with a database; management service personnel can control the health data management platform through a wireless or wired network; the health data terminal is a body scale, a blood pressure gauge, a glucometer, a sleeping monitor and an electro-cardiscope monitor; and the database comprises an electronic health file database, a community medical database and a digital illness case database. According to the health monitoring system, functions of automatic measurement, data uploading, long-distance monitoring, long-distance medical care and the like can be realized, and the health condition can be detected at any time and any place by virtue of the intelligent mode, and especially convenience is brought to the elderly group.

The invention discloses a remote medical outpatient pavilion which comprises a pavilion body, a remote video session mechanism and a plurality of medical detection mechanisms. The remote video sessionmechanism is arranged in the pavilion body, so that a user diagnosed and treated in the pavilion body can carry out remote video call with a medical server. The medical detection mechanisms are arranged in the pavilion body and each of the medical detection mechanisms is in communication connection to terminal equipment of the medical server. The pavilion body can be placed in any area and is notlimited by mounting conditions. If the pavilion body is arranged in a rural area, the rural medical resource can be increased and the problem that people are difficult to receive medical treatment inthe rural area is solved. If the pavilion body is arranged in a city, it is not needed to go to hospitals for outpatient service, so that the problem that people seeing doctors queue for a several hours is avoided, and meanwhile, shortage of urban medical resources is alleviated greatly, too.

The invention discloses a robot based urine detection system, comprising a urine detection device, a first intelligent terminal, a wireless communication module, a second intelligent terminal, a wiredcommunication module, a cloud server, and an output module. The urine detection device and the first intelligent terminal are both disposed on a urine detecting robot. The urine detecting robot is equipped with the wireless communication module. The urine detection device at least comprises a detection container. A detection electrode assembly is disposed in the detection container. The first intelligent terminal is connected to the second intelligent terminal by using the wireless communication module. The second intelligent terminal is connected to the cloud server for receiving detection data. The cloud server at least comprises a user data recording module and a data comparison module. The robot based urine detection system can perform urine parameter monitoring in real time, can understand the electrolyte loss in the human body, and has important medical significance for early diagnosis of diseases.

The invention provides a centralized remote medical data acquisition system. The system comprises a wireless local area network (or a mobile network), a remote terminal, a host, a Bluetooth chip and anear-range wireless transmission technology, wherein the active remote acquisition of wound condition parameters of centralized patients is realized by the remote terminal. An active remote acquisition process is started by the remote terminal, an acquisition signal passes through the host, and the Bluetooth chip is triggered to detect the wound condition parameters; the detected wound conditionparameters are reversely transmitted to the host through the Bluetooth chip, the host uploads parameter information to a cloud server for storage and then the parameter information is sent to the remote terminal, and the wound condition parameters stored in the cloud server can also be accessed by other authorized remote terminals. According to the system, the active remote acquisition of the wound condition parameters of the centralized patients in the same disease area by the remote terminal and the storage by the cloud server are realized, so that the diagnosis of a doctor is facilitated, and the remote medical treatment is facilitated.

The invention provides an intelligent dressing which comprises a wound surface dressing, a monitoring device and a server, wherein the monitoring device and the server are embedded into the wound surface dressing. The wound surface dressing is used for covering a wound surface of a patient, and the monitoring device comprises a controller, an input module, an output module, a communication module,a sensor module, a storage module and a power module, and the input module, the output module, the communication module, the sensor module, the storage module and the power module are connected withthe controller. According to the intelligent dressing, the monitoring device is used for monitoring wound surface humidity, a pH (potential of hydrogen) value, NO concentration and microorganism and embedded into the wound surface dressing, wound surface information can be provided without replacing the dressing, the dressing is reasonably changed according to wound surface conditions of the patient, personalized medicine is achieved, unnecessary waste is reduced, pain of the patient is relieved, healing of the wound surface is accelerated, the length of hospital stay of the patient is shortened, and hospitalization expenses are reduced.

The embodiment of the invention discloses a wireless medical data transmission method and a data transmission system, and particularly relates to the field of remote medical data transmission. The system comprises a front communication box group and a rear server communication box group; the rear server communication box group comprises a first display, a first satellite signal receiver, a first router, a first radio station and a first box body; the front communication box group comprises a video acquisition device, a medical monitoring data acquisition device, a second radio station, a second router, a second satellite signal receiver, a second display and a second box body. The system can meet the communication requirements of first-aid equipment in different environment states, avoidsthe situation that rescue and guidance cannot be implemented in time due to unsmooth signals, can greatly improve the medical treatment capacity of first-line combat troops especially in the aspect ofmilitary and civilian dual purposes, and also facilitates the implementation of a remote medical function in remote areas; the system can achieve the multifunctional communication, can monitor the physiological data of wounded patients in real time, and can effectively improve the treatment efficiency.

The invention discloses a telemedicine method based on a cloud platform. A first hospital end issues a telemedicine request, and the telemedicine request is sent to a platform end; the platform end receives the telemedicine request, whether a second hospital end establishing a telemedicine relationship with the first hospital end exists is judged, and if yes, the telemedicine request is sent to the second hospital end in an idle state; and the second hospital end receives the telemedicine request, and session connection with the first hospital end is established, and is video connection and/oraudio connection. According to the method, the telemedicine request of the first hospital end is sent to the second hospital end through the platform end, the second hospital end and the first hospital end are enabled to carry out video talking or voice talking, that is, telemedicine is realized, thus time and labor costs of transporting patients are reduced, emergency medicine services of remoteregions are also well managed and distributed, and obstacles of receiving medicine by the patients are reduced.

The invention discloses an electromagnetic pulse pressure generating device, which comprises a base, a middle layer sleeve, an upper layer cover, a permanent magnet-spring connecting piece, a rubber plug, a coil and a pressure sensor, wherein the base, the middle layer sleeve and the upper layer cover are coaxially connected in sequence from bottom to top; all parts are connected through a presetclamping groove; the permanent magnet elastic connecting piece is arranged in the middle layer sleeve; the rubber plug is arranged on the top of the permanent magnet elastic connecting piece; notchesare reserved and formed in the side surfaces of the base and the upper layer cover to enable wiring to pass through; after an external current signal is connected with the coil, a variable magnetic field force can be generated by the coil, so that the permanent magnet vibrates up and down to simulate pulse fluctuation, and simulates to generate corresponding pulse vibration through ideal current change. The electromagnetic pulse pressure generating device has the advantages of simple and compact structure, excellent mechanical property and low cost, can achieve the simulation of pulse signals,and can provide hardware support in the remote development process of traditional Chinese medicine pulse diagnosis.

The invention relates to an ultrasonic elastic image generation and processing system and method, and the system comprises an ultrasonic image obtaining module which obtains an ultrasonic image of a living body tissue at a preset position through ultrasound; an ultrasonic elastic image generation module is in communication connection with the ultrasonic image acquisition module, and generates an ultrasonic elastic image for the ultrasonic image based on a USE-GAN image generation model; a display module is used for displaying the ultrasonic elastic image and the ultrasonic image; a manual checking module is used for pre-evaluating the elasticity score of the ultrasonic elastic image according to an algorithm program, and determining the elasticity score of the ultrasonic elastic image generated by the ultrasonic elastic image generation module under the condition of manual checking; and an output module is used for outputting the elasticity score of the ultrasonic elasticity image determined by the manual auditing module and a conclusion report which is determined manually and is related to the elasticity score. The system and the method can be used for auxiliary diagnosis when tissues and organs such as thyroid gland, liver, mammary gland, prostate and the like need to be subjected to ultrasonic elastography evaluation.