32results about How to "Enable telemedicine" patented technology

A healthcare system is provided. The healthcare system includes a data server, an algorithm server, a display device, and a communication network. The data server stores a plurality of physiological signals. The algorithm server receives the plurality of physiological signals from the data server. The algorithm server applies a plurality of algorithms on the plurality of physiological signals to obtain at least one feature of the plurality of physiological signals and generates at least one label according to the at least one label. The display device displays the at least one label. The communication network communicatively connects the data server, the algorithm server, and the display device for providing signal transmission paths therebetween.

The invention discloses intelligent wireless sensing dressing capable of being used for monitoring wound surface heeling in real time. The intelligent wireless sensing dressing comprises wound surface dressing and a monitoring device, wherein the monitoring device is embedded in the wound surface dressing, is used for monitoring the temperature, the humidity, the pH value, the oxygen content, the NO (Nitrogen Oxide) concentration and microbes of the wound surface, and comprises a CPU (Central Processing Unit) control module, an input module, an output module, a Bluetooth module, sensor modules, a storage module and a power supply module; the CPU module is arranged on a flexible circuit board or an ordinary circuit board; the input module, the output module, the Bluetooth module, the sensor module, the storage module and the power supply module are interacted with the CPU control module; and the power supply module is simultaneously and electrically connected with the input module, the output module, the Bluetooth module, the storage module and various sensor modules. The intelligent wireless sensing dressing has the advantages that the wound surface information can be provided under the condition without changing the dressing; the dressing is reasonably changed according to the heeling condition of a patient; and the personalized medical care is realized, so that unnecessary waste is reduced; the pain of the patient is reduced; the wound surface heeling is accelerated; the hospital staying time of the patient is shortened; and the hospitalization expenses are reduced.

Disclosed is a remote medical diagnosis service system. The system comprises a medical management server, a patient user terminal and a doctor user terminal, wherein the medical management server is used for accepting registration of a doctor user and a patient user and distributing a doctor ID and a patient ID to the doctor user and the patient user; the patient user terminal is used for sendinga medical request to the doctor user terminal; and the doctor user terminal is used for receiving a medical request sent by the patient user terminal so as to enable the doctor user to diagnose the medical request and feed back corresponding diagnostic information to the patient user terminal to enable the patient user terminal to treat the patient user accordingly. According to the remote medicaldiagnosis service system provided by the invention, the patient user terminal can collect a panoramic video of the patient and send it to the doctor user terminal, the doctor can look at a panorama and can move around arbitrarily as if he is in the real scene, real telemedicine is realized, and diagnosis by the doctor is no longer limited or less limited.

The present invention belongs to the hearing aid design and application field, and especially relates to an efficient self-service fitting hearing aids system. The efficient self-service fitting hearing aids system comprises a hearing aid which converts acoustic signals to electrical signals, and the electrical signals are amplified and converted to the acoustic signal so as to amplify the sound. The efficient self-service fitting hearing aids system is characterized in that: the efficient self-service fitting hearing aids system comprises a Bluetooth communication module and an intelligent terminal configured to realize man-machine interaction; the intelligent terminal can be a computer, a smart mobile phone or a pad to realize the communication connection of the man-machine interaction intelligent terminal and the hearing aid through the Bluetooth communication module, and the intelligent device can control the hearing aid to generate test audio signals through an instruction to perform pure tone tests (250Hz-8000Hz) of left and right ears about different frequencies in order; and man-machine interaction personal can make out feedback for the pure tone having different frequencies. The efficient self-service fitting hearing aids system greatly simplifies difficulty of parameter regulation, and the generated patient archival information can be transmitted through the network so as to realize telemedicine.

The invention belongs to the field of medical electronic instruments, and relates to a remote electrocardiogram detection system based on an intelligent mobile phone and other mobile platforms and used for detection, storage, analysis and transmission of body electrocardiogram signals. A portable remote electrocardiogram detection system based on a mobile platform comprises an electrocardiogram collecting module, the mobile platform, a remote server and a doctor end computer, wherein the electrocardiogram collecting module collects electrocardiogram information, the electrocardiogram information is transmitted to the mobile platform through an audio port after being digitalized, and the mobile platform analyzes, stores, relays and uploads electrocardiogram data in real time; the mobile platform transmits the electrocardiogram data to the remote server through a mobile communication network; a doctor obtains the electrocardiogram data on the server, analyzes and diagnoses the data, and communicates with a patient. The system provides position information to facilitate first-aid according to user information of the mobile platform and GPS data. The electrocardiogram detection system can be independently used on the basis of the mobile platform and can also serve as a terminal of a mobile remote electrocardiogram monitoring system, and is convenient to carry and use.

The invention discloses a quantitative detection system and a method of an immunochromatographic test strip based on a mobile phone. The system comprises an image acquisition hardware device and a mobile phone application module. The method comprises the steps that a user obtains a test strip image by an image acquisition hardware module and a mobile phone camera; processing of the test strip image and calculation of a test strip concentration value are performed by utilizing the mobile phone application module; information exchange of a patient, relatives and medical care personnel is realized by utilizing uploading and downloading functions in the application module; and medical advice and guides are timely obtained. The system and the method have the following beneficial effects that 1) the accuracy and the validation of quantitative detection can be ensured; 2) hospitalization of patients in remote areas can be facilitated, remote medical treatment is realized, and medical allocation is optimized; 3) the workload of doctors is alleviated, the concentration is automatically obtained by software, and no artificial test is required; and 4) the medical cost is lowered.

The invention relates to a portable fetal heart rate monitor and a monitoring method thereof, belonging to the field of medical equipment. The device includes a bioelectric sensor, signal amplification and filter, A / D converter, embedded microcontroller, memory, LCD display, rechargeable battery, clock frequency module, bluetooth and NFC module; the device detection method includes steps: Collect bioelectrical signals from the abdomen; use adaptive filtering algorithm to filter out myoelectric signals and noise interference; use wavelet algorithm to extract MECG signals; add Gaussian white noise to FECGErr signals to perform ensemble empirical mode decomposition; The IMF signal of X is subjected to singular value decomposition to obtain k singular values ​​of matrix X; and the k singular values ​​are sorted; the number of fetuses is predicted. The present invention only uses one maternal abdominal wall signal to realize the separation of maternal and fetal electrocardiographic signals, and can be used for the first time after 5 gestational weeks of pregnancy, and can estimate the number of fetuses.

The invention discloses an infrared remote medical treatment method and system based on a cloud platform. The doctor receives the infrared heat map analysis request from the user end; the platform end obtains the automatic analysis result of the infrared heat map of the patient to be analyzed, and receives the doctor who receives the infrared heat map of the patient Analyze the results to determine whether the doctor’s analysis results are consistent with the automatic analysis results. If they are inconsistent, send them to the expert and receive the expert analysis results. If the expert analysis results are consistent with the doctor’s analysis results, retrain the infrared heat map disease analysis model. If the expert If the analysis result is consistent with the automatic analysis result, then the expert analysis result will be sent to the doctor and the patient at the same time; It not only reduces the time and labor cost of transporting patients, but also manages and distributes emergency medical services in remote areas well, reducing the barriers for patients to receive medical care.