33 results about "Patient registered" patented technology

Morphing or fitting a brain atlas to a diagnostic image data set of the patient, or to a patient registered to the brain atlas, is enhanced using measurements of one or more physical characteristics of the brain taken with the aid of an instrument as it is being inserted into the brain. The measurements are then compared against known physical characteristics of certain brain structures, thus permitting correlation of the measured physical characteristic to a brain structure. The brain atlas then may be morphed or deformed so that the identified brain structure in the atlas is at or near the position at which the measurement was taken, as known from the tracked position of the instrument.

A system and method for providing closely-followed cardiac therapy management through automated patient care is presented. A patient under remote care is enrolled in a monitoring program following commencement of a cardiac therapy regimen to be undertaken by the patient. A wearable monitor, including one or more patient physiology sensors and a wireless interface providing enabling bi-directional data exchange, is provided to the patient. Patient physiometry, including quantitative physiological measures, is periodically collected from the wearable monitor over the wireless interface concomitant to performance of the cardiac therapy regimen. The patient physiometry is evaluated to determine a trend indicating an onset, progression, regression, absence of, and status quo of patient health status.

A patient registers his audible sound when he is in good health. When he is not feeling well, and even when he is in good health, he may contact regularly with a medical institution. Once he pronounces words to his mobile phone, the audible sound will be stored in a storing portion for storing audible sound information of the patient and will be processed by a computer that gives diagnosis to the patient and the patient will be informed of the diagnosis through a public line.

A method of performing communication between a healthcare provider and a patient by accessing a communication server includes a healthcare provider module, a patient module, and a database. The patient registers and accesses the patient module. The healthcare provider registers and accesses the healthcare provider module. The database includes information associated with the patient and the healthcare provider. The method includes processing an agreement of the patient to access a message from the database, providing a list of authorized individuals being granted permission to access the a messages from the database, communicating an identification code to the patient and to the authorized individuals, and displaying a mailbox interface associated with the patient module to the patient on the identification code being entered. The message is accessed on-demand from the patient module. The message is accessed by any of the patient and the authorized individuals.

The invention relates to a method and system for recommending a health diagnosis and treatment plan based on cloud computing. The method comprises the following steps: (1) a cloud server collects medical knowledge data and analyzes the medical knowledge data for storage; (2) a user terminal uploads a registered patient's electronic medical record to the cloud server, and the cloud server performspre-analysis of the patient's health condition; and (3) the user terminal uploads the current symptom of the patient to the cloud server, and the cloud server formulates the health diagnosis and treatment plan according to the current symptoms of the patient on the basis of medical knowledge data, pre-analysis data and the basic situation when the patient registers, and outputs one or more recommended diagnosis and treatment plan. Meanwhile, the invention also provides the system for recommending the health diagnosis and treatment plan based on the cloud computing. The method and system provide convenience for the patient to timely know the treatment, prevention and nursing method which can be adopted, avoids occurrence of medical accidents due to adoption of an outmoded diagnosis and treatment method by a doctor, effectively reduces the misdiagnosis rate and raises the working efficiency.

A case information optimization and acquisition method for a medical system based on a cloud platform relates to the field of information memory and safety. The medical information of all patients of a plurality of hospitals are stored in a database of a cloud server and aggregated, so that under the condition that the patients authorize, any hospital can use a client terminal to access the database of the cloud server and obtain the medical information of the patients. The medical information of all the hospitals is uploaded and aggregated by grades and finally aggregated into a cloud main database. If a patient sees a doctor at the same hospital for multiple times, the patient only needs to fill the personal basic information at the first time, and for the rest times, the patient can use a patient ID card uniquely identifying the identity of the patient. The time that the patient registers, queues up and fills the personal basic information is shortened, and the screening step of screening stored information is also reduced. The information exchange of all the hospitals and all departments is realized, and the 'information isolated island' problem is solved.

The invention discloses a medical resource scheduling system based on big data. The medical resource scheduling system comprises a master control module, a big data storage module, a resource gathering module, an information processing module, a matching module, a doctor registering and login module, a first patient registering module, a second patient registering module, a hospital resource communication module, a local hospital scheduling module and an outer-hospital scheduling module, wherein the hospital resource communication module is composed of the local hospital resource communicatingmodule and an outer-hospital resource communicating module. The local hospital scheduling module is composed of a season allocating module and an abrupt allocating module. The outer-hospital scheduling module is composed of a manpower scheduling module and a medicine resource scheduling module. The medical resource scheduling system has advantages of more reasonably performing medical resource scheduling, more sufficiently utilizing the medical resource, realizing in-time treatment of an emergency patient, realizing higher user experience of the system and realizing high popularization value.

The invention provides a medical image information management system and a management method thereof. The management method comprises the steps of synchronously uploading patient registering information which is uploaded from a hospital-end server to a cloud server, synchronously uploading medical image information which is uploaded by hospital-end imaging equipment to the cloud server, synchronously uploading diagnosis consultation information which is uploaded by a hospital-end diagnosis module to the cloud server, downloading the medical image information and the diagnosis consultation information from the cloud server by the medical image information processor and transmitting to the hospital-end server, and downloading the medical image information for transmitting to the hospital-enddiagnosis module. The medical image information management system and the management method thereof have advantages of greatly reducing software-and-hardware and maintenance cost, creating a condition for medical image sharing by grassroots hospitals and upper-grade hospitals, facilitating area diagnosis and remote consultation medical treatment, laying a foundation for graded diagnosis and treatment enhancement, supplying a technical support for setting diagnosis difficulty and high diagnosis cost of the patient, and realizing sufficient utilization and reasonable distribution of the medicalresource.

The invention discloses a self-service registration guidance real-time monitoring system and a real-time monitoring method thereof. The self-service registration guidance real-time monitoring system includes: an information receiving unit for receiving at least one piece of symptom information input by a patient through voices or words; a matching unit for matching the closest historical department registered by the patient based on the at least one piece of symptom information input by the patient; a registration unit for the patient to select a department according to his/her own situation,and to perform self-service registration; a guidance unit for displaying the shortest route map to the department after the registration is completed by the user; a storage unit for storing the departments to which the patient goes after the consultation. The self-service registration guidance real-time monitoring system reduces the number of patients registering at existing manual windows by theregistration unit, and designs the guidance unit for guidance according to the department where the patient registers, so that the patient cannot consume the diagnosis time for looking for the department, and can query the offered registration quantity and the registered quantity of each department in real time according to a real-time monitoring APP.

The invention provides an auditory sense cognition impairment evaluating device based on voice. According to the auditory sense cognition impairment evaluating device, auditory sense cognition impairments of diabetics can be evaluated more accurately, and the feasibility of testing results is strengthened. The auditory sense cognition impairment evaluating device comprises a played voice recording module, a vocabulary learning and testing module, a story retelling testing module, a digit span testing module, a vocabulary recalling testing module, a vocabulary re-recognition testing module, a story recalling testing module, a patient registering module, a voice playing module, a tested voice recording module, a voice compression module, an automatic grading module, a manual grading module and a storage module.

The invention provides an area public medical cooperation processing cloud platform and a method. The method comprises the steps of acquiring medical organization information from an HIS system of anin-area medical organization server; acquiring medical image information from a PACS system of the in-area medical organization server; acquiring medical examination information from an LIS system ofthe in-area medical organization server; performing information meaning heterogeneous processing on the acquired medical organization information, the medical image information and the medical examination information for forming medical sharing information; filing the medical sharing information, storing in a medical sharing database and sharing to in-area medical organizations; receiving a treatment request from a medical organization server in patient diagnosis and analyzing patient registering information; acquiring the medical sharing information from the medical sharing database accordingto the patient registering information and transmitting to the medical organization server in patient diagnosis. The area public medical cooperation processing cloud platform and the method realize medical information sharing among the medical organizations, thereby realizing cooperated medical service among the different medical organizations.

The invention discloses a method for using an electrocardigraphic monitoring system. The method comprises the following steps that preparation before wearing is conducted; 2, an electrocardigraphic monitoring module is connected with an electrocardigraphic monitor host; 3, a doctor and a patient register personal accounts through an APP build in a mobile phone or a computer; 4, the work of the electrocardigraphic monitoring system is controlled through control keys; 5, a patient side is connected with the electrocardigraphic monitor host; 6, the electrocardigraphic monitor host sends electrocardigraphic monitoring parameters to the patient side and a doctor side; 7, the doctor gives treatment suggestions by watching the electrocardigraphic monitoring parameters and prompts the patient to be treated in time when the electrocardigraphic monitoring parameters are abnormal. The method for using the electrocardigraphic monitoring system is convenient, the patient can be detected at home, and the condition of the patient can be known without going to a hospital for the analysis of a detection result; the connection of the doctor and the patient can be achieved, and the treatment efficiency of the patient is improved.

The invention discloses a doctor-seeing progress display method and device. The doctor-seeing progress display method comprises the steps of: obtaining a doctor-seeing request of a current doctor-seeing patient; generating a doctor-seeing route map and doctor-seeing progress information corresponding to the patient according to the doctor-seeing request; and after the doctor-seeing operation corresponding to each doctor-seeing node is completed, updating the doctor-seeing route map and the doctor-seeing progress information, generating first prompt information, and sending the first prompt information to the patient terminal, thereby prompting that the doctor-seeing operation of the current doctor-seeing node is completed at the patient terminal, and performing the doctor-seeing operationof the next doctor-seeing node. According to the doctor-seeing progress display method provided by the embodiment of the invention, after the patient registers, the doctor-seeing route map corresponding to the registration information is generated according to the registration information, and the patient is prompted to see a doctor according to the doctor-seeing route map. Every time the patientcompletes the doctor-seeing operation, the patient is reminded that the doctor-seeing operation corresponding to the doctor-seeing node is completed, the patient is prevented from seeing a doctor again due to forgetting, the doctor-seeing time of the patient is saved, and manpower and material resources are saved.

The invention provides a controller of a printer with concentrative printing, and a printing system. Patient personal archives can be built in a patient archive system when a patient registers; related records during the whole medical diagnosis, such as diagnosis reports and shooting images of the patient can be all recorded in the personal archive system, so the patient can conveniently check and selectively print; a control module of the printing controller can be simplified; and medical institution diagnosis efficiency can be improved and patient waiting time can be reduced.

The invention discloses a mobile digital X-ray camera. The mobile digital X-ray camera is characterized in that: the mobile digital X-ray camera comprises an X-ray control cabinet, a CCD (Charge Coupled Device) camera, a digital image processor and a DSP (Digital Signal Processing) image processing and identification module which are sequentially connected, and the DSP image processing and identification module is also connected with a monitor module and an upper computer. By adopting the high-sensitivity and high-resolution CCD camera as the image sensor of the X-ray camera in cooperation with the digital image processor, the mobile digital X-ray camera integrates digitalized image acquisition, patient register and doctor workstations together, and is applicable to rapid diagnosis under the conditions of field environments and mobile medical treatment.

The invention provides an online medical recommendation system. A patient registers and logs in the system; personal medical information is input; and a home page module, a personal information page module, a medical communication feedback module, a disease community module and a rehabilitation physiotherapy suggestion module are selected for entering. The construction of the recommendation model is based on an improved PSVD method and a knowledge graph method, a prediction score model of a patient to an unscored medical project is constructed by using an established patient-medical project preference matrix, a noise data critical value, a singular value set and the like, then the knowledge graph method is introduced to optimize the result of the PSVD method, a knowledge graph KI is constructed according to a data set, and the prediction score of the patient to the unscored medical project is obtained. The method comprises the steps that KI is established, vector triples in the KI are set, a KI patient interest preference attribute grade model and a medical project positive and negative correlation entity model are established based on the triples, finally, a recommendation model is established by fusing a PSVD method, and a final recommendation result list set SET is obtained.

The invention discloses a traditional Chinese medicine information evaluation system based on comprehensive integration. The system comprises a computer host and a plurality of client terminals, and the computer host and the client terminals are connected through a wireless network. An evaluation information memory, an evaluation information acquisition module, a doctor information memory, an appointment/acquisition module, a patient information memory, a distribution module and a judgment module are arranged in the computer host; the distribution module is used for carrying out outpatient classification on the patients according to the collected basic information and illness state information, displaying the information of the diagnosis and treatment doctors for the patients according tothe outpatient classification of the patients for the patients to select and sending the basic information and the illness state information of the patients to the selected diagnosis and treatment doctors, and the judgment module is used for judging whether the patients register the system or not and judging whether the patients make an appointment for the same illness state or not. Compared withthe prior art, the system has the advantages of high diagnosis and treatment efficiency and good use effect.

The present invention provides a system for establishing effective communication between doctor and patient. The system (100) comprises a registration engine (102) through which both doctor and patient register themselves with the system using smartphone (101). After registration, a DPN (Doctor's Private Number) is generated for doctor which can be shared with their patients. The patient can contact doctor using DPN or send an SMS (Short Message Service) to the system using SMS service engine (107). A telephonic conference is set up between doctor and patient using telephone conference call engine (103). A call engine (104) processes the call between doctor and patient. The payment can be done by the patient using a payment processing engine (105). The doctor is notified about the patient's interest to talk to him through push notification using notification engine (106).

The invention discloses a post-medical payment method and system based on a mobile phone APP. The method comprises the steps that patient information is read; whether the patient is a signed patient who pays after diagnosis and treatment in a hospital or not is judged, and if the patient is the signed patient or is signed into the signed patient, the patient registers; the patient signs in throughthe mobile phone APP terminal or goes to a nurse station in a diagnosis area to wait for diagnosis; and after treatment is completed, the patient reads patient information through the mobile phone APP terminal, the self-service machine or the manual window, and pays corresponding diagnosis fees within a specified period of time. According to the invention, an automatic accounting mode of the HISsystem can be adopted; the patient does not need to queue up for payment in the hospital diagnosis and treatment process to support one-time payment after leaving the hospital and going home; according to the invention, a queuing payment link of a patient in a hospital medical treatment process is directly canceled, hospital manual window opening and self-service machine deployment can be reduced,various reminding information is sent in a short message or mobile phone APP pushing mode in the whole process, the patient can be better served, and the satisfaction degree of the patient in hospital treatment is improved.

The invention discloses an anonymous and untraceable online health information acquisition method. According to the method, system parameters are generated by a trusted center; the doctor registers identity information iddl, and the trusted center sends the first public key and the first private key to the doctor through a secure channel; the patient registers identity information idPTi, the trusted center selects non-linkable pseudo-random identity information pidj for the patient, and a corresponding second public key set and a second private key set are obtained; the patient selects effective pseudo identity information and a corresponding second private key, calculates a session key, generates a first ciphertext C1 and a signature sigma PTi by using the session key, and sends {TPTi-new, sigma PTi, C1, pidj, iddl} to the trusted center; the trusted center carries out effective verification on the received information, and then sends {TPTi-new, sigma PTi, C1, pidj, iddl} to a corresponding doctor; the doctor performs analysis and diagnosis after decryption; the doctor feeds back the authentication information and the second ciphertext C2 to the patient; and after the patient verifies the information, decrypting to obtain a health result. The beneficial effect of the invention is that confidentiality, anonymity and untrackability of health information are provided for patients.

The invention provides a credit doctor-seeing method, a storage medium and a mobile terminal. In the method, after a patient registers, return results of a plurality of credit institutions are obtained, each evaluation factor is set according to each return result, and then the credit score of the patient is comprehensively calculated according to all the evaluation factors. Thus, whether the patient can see a doctor in a credit mode or not is judged according to the credit score, if yes, the corresponding credit doctor-seeing quota is distributed to the patient according to the credit score,and then the patient can see the doctor in the credit mode. It can be seen that the credit score of the patient is comprehensively evaluated by referring to a plurality of credit institutions, so thatthe evaluated credit score can truly reflect the actual personal credit condition of the patient.