49 results about "Hospital doctor" patented technology

The invention belongs to the technical field of wireless communication, and particularly relates to an intelligent medical service system based on RFID (radio frequency identification devices) and CDM (code division multiplex) technologies, which comprises a sensor data acquisition layer, a medical resource management layer and an intelligent medical service provision layer. Different modules of the sensor data acquisition layer are integrated inside an intelligent medicine kit to serve as a household intelligent terminal which is combined with the RFID sensor technology and the CDM material technology and supports various sensor networks, the wireless network and 3G (generation)/4G networks. Besides, one end of the intelligent terminal is connected with the intelligent medical service provision layer which serves as the upper layer, and the other end of the intelligent terminal carries out private self-services including dosing reminding and recording, intelligent drug package control, sign parameter acquisition recording, emergency alarming and remote acquisition of doctor suggestions. The intelligent medical service system is capable of changing the 'hospital-centered and doctor-centered' nursing mode into the 'household-centered and patient-centered' nursing mode, and accordingly self-nursing efficiency and reliability of patients are improved remarkably and medical resources are saved greatly.

The invention discloses a two-way hospital referral system, method and platform. A health archive data center stores health archives uploaded by a referral request client; a two-way referral processing module conducts automatic matching with referral receiving hospitals from a hospital resource information base on the basis of the preset referral principle. A referral receiving client retrieves health archives from a health archive data center after obtaining an instruction which represents the referral receiving request and is input by a referral receiving party. According to the system, method and platform, the health archives of a referral object can be shared between the referral request party and the referral receiving party, interconnection and interworking between hospitals during patient referral are ensured, and a referral receiving hospital doctor can conveniently retrieve the health archives of a patient in real time and know the illness condition of the patient. Automatic query matching of the referral receiving hospital is achieved, so that the referral efficiency is improved, the referral justice and equity are ensured, and medical resources are effectively deployed.

The invention relates to the field of computer assistance, and provides a false tooth restoration scheme design method and system based on data decision. The method comprises the following steps: S1,establishing a dentition condition database and a false tooth restoration scheme database; S2, detecting the conditions of all the current teeth to obtain detected current dentition data; S3, analyzing the data of the flag bits of each tooth number in sequence according to the collected current dentition data, and analyzing all the flag bits to obtain a preliminary denture restoration numbering scheme; And S4, further determining whether secondary data adjustment and scheme alternative need to be carried out or not, and obtaining a final false tooth repair design scheme. According to the technical scheme provided by the invention, the digital logic basis of false tooth design is favorably provided from the perspective of data analysis and decision making; A scheme for automatically designing denture restoration is established through a data decision method, a pre-restoration recommendation scheme is automatically given, clinicians are assisted in scheme making and correction, and the workload of large hospital doctors is reduced.

The invention relates to a user-oriented intelligent hospital information system, which has complete device types, is rich in functions, and saves expenses and energy to the max. The system is thoroughly changed from a 'hospital-and-doctor-oriented' mode into a 'patient-oriented' mode, provides more convenient and effective medical services for users, and has a broad market prospect and beneficial effects.

The invention provides an intelligent hospital information interaction system, and belongs to the technical field of data processing. A first user terminal specifically comprises a first data transmission module, a first data acquisition module, a search module, a consultation reservation module, a first interaction module and a payment module; a second user terminal specifically comprises a second data transmission module, an information acquisition module, a prescription creation module and a second interaction module; and a server specifically comprises a third data transmission module, a second data acquisition module, a consultation recommendation module, a consultation generation module, a cost calculation module and a communication establishment module. The technical scheme has theadvantages that the problem of data isolated island caused by a self-built system in each hospital is solved, so that doctors and patients can quickly and directly exchange information, the doctor-seeing efficiency of the patients is improved, the working intensity of the doctors is reduced, the doctor-seeing information of each hospital is counted, and the most suitable doctor-seeing scheme is recommended to the patients.

The invention discloses a hospital doctor-seeing navigation method and device, and relates to the technical field of knowledge graphs. Efficient and comprehensive doctor-seeing navigation services areprovided for patients and family members. The main technical scheme is as follows: a hospital department information knowledge graph is constructed, wherein the hospital department information knowledge graph at least comprises department attribute information; a disease information knowledge graph is constructed, wherein the disease information knowledge graph at least comprises disease name information and treatment department attribute information; through the matching between the department attribute information and the treatment department attribute information, the hospital department information knowledge graph and the disease information knowledge graph are connected to obtain a hospital doctor-seeing navigation knowledge graph; and when a search instruction triggered by a user isreceived, the hospital doctor-seeing navigation knowledge graph is used as bottom search support, a search operation is executed, and a search result is fed back to the user. The hospital doctor-seeing navigation method and device is used for completing the doctor-seeing guide retrieval by taking the knowledge graph as the bottom retrieval support.

The invention provides a preparation of an oxygen-adding antibacterial mask and a special material, which is characterized in that the method comprises the following steps: adopting cotton cloth or spunlace non-woven fabric, adding a functional raw material and an additive, post finishing textile, and dipping and binding into a material with oxygen-adding antibacterial functions. The material is clamped in the middle layer of a known mask, and the oxygen-adding antibacterial mask is obtained after processing. When in use, the mask can let people breathe more freely and increase the amount of oxygen inhalation, and can produce more than 1,000 negative ions / square centimeter to give people a sense of breathing in forest environment. The negative ion mask provides enough oxygen and has the advantages of disinfection, sterilization, bad breath removing, air cleaning and heavy metal and carcinogen absorbing. The oxygen-adding antibacterial mask is used by outdoor-acting people, hospital doctors, nurses, patients and healthy people and has the characteristics of simple process, mechanized production, low-cost material, and the like. The method can produce disposable masks and multiple-use masks.

The invention discloses a medical team composition method based on community discovery. The medical team composition method based on community discovery comprises the following steps that informationabout doctor cooperation papers is captured through web crawlers, information of nationwide top-three hospital doctor teams is acquired from a registration network, ID sets of doctors are used, checked, re-divided and merged to construct a relational graph; any one of SC, GN, FN and WalkTrap methods is selected to discover the community structures in the data and divide communities. On the premisethat each divided community meets the five-degree segmentation theory, results making iterated and divided communities more stable are selected for each time iteration, and finally the final resultsare visualized by using Gephi. The medical team composition method is completed by using computer software analysis, has the beneficial scientific guiding role on the construction of medical teams, isconducive to solving of the current domestic problems such as difficulty in seeking medical treatment, medical resource allocation is optimized, and the efficiency of seeking medical treatment and diagnosis and treatment are improved.

The invention provides a bidirectional referral system supporting grading diagnosis and treatment and a referral method thereof. The method comprises steps: a roll-out hospital doctor diagnosis workstation sends a referral message to a patient and a roll-out hospital PACS system server; the roll-out hospital PACS system server transmits the referral message and pre-stored patient check data to a reception hospital PACS system server according to a confirmation message sent by the patient; the reception hospital PACS system server analyzes the patient information in the referral information, saves the patient information to a referral patient list of the doctor and receives and stores the check data of the patient; and a reception hospital doctor diagnosis workstation acquires the referral patient list, downloads the check data of the patient from the reception hospital PACS system server according to the referral patient list to determine whether to perform referral and returns the referral result to the roll-out hospital PACS system server through the reception hospital PACS system server. Information management on the grading diagnosis and treatment can be realized, and the grading diagnosis and treatment referral efficiency is improved.

The invention discloses a comprehensive medical service system based on the Internet of things. The system comprises a hospital management end, a cloud server and a user client. The hospital management end is arranged at a hospital terminal. The hospital management end comprises a hospital member account login module, an expert information establishment module and an expert information classification module. The hospital member account login module is used for a hospital doctor to carry out registration and login on a doctor member account. The cloud server is used for sending classified expert information to the user client. The user client is arranged at a user terminal. The user client comprises a user member account login module and a user application module. The user member account login module is used for a user to carry out registration on a user member account and carry out login on the user member account. The user application module is used for receiving the classified expert information sent by the expert information classification module and displaying the classified expert information, so a user can click the classified expert information for check. The system has the advantages of high smart degree and convenient use.

The invention relates to the technical field of telemedicine, in particular to a remote medical system and method for digestive endoscopy. The remote medical system comprises a primary hospital doctorend, an equipment end, a server end, a remote diagnosis doctor end and a patient terminal, wherein the primary hospital doctor terminal is used for uploading complete data of a patient; the equipmentterminal is used for automatically acquiring the iconographic data of the patient and sorting the data of the patient; the server is used for automatically allocating doctors to perform remote diagnosis and auditing, regularly reminding the doctors to complete diagnosis and treatment tasks on time, generating a personalized diagnosis and treatment report according to the specific condition of thepatient and sending the personalized diagnosis and treatment report to the patient terminal; and the remote diagnosis doctor terminal enables doctors participating in the remote diagnosis and auditing task to register information and complete the task. According to the invention, the purpose of remote diagnosis and treatment of the endoscopic examination result of the patient can be realized; andthe report content is intelligently adjusted according to the basic information of the patient, so personalized report service is realized, and diagnosis accuracy is improved.

The invention provides a network-based operation room image resource managing and sharing method. Dynamic operation image resources in operation rooms and information services for users such as hospital doctors are subjected to abstraction and networking processing; dynamic operation images are associated with operation clinical services by conducting overall management and value mining on operation video sources, operation image resources, patient information and application services; a network architecture-based dynamic operation image managing and sharing service platform is built, and according to differences of application places and service objects, video application services provide client services for the users in the mode of combining a C/S mode with a B/S mode; and under the networking condition, the hospital users can access the application services based on the dynamic operation room images at anytime and anywhere.

The invention discloses a medical queuing and registering system based on 5G equipment, which is used for solving the problem that a user cannot see a doctor in advance due to the fact that reserved numbers of an existing medical queuing and registering system cannot be exchanged. The system comprises a registration and login module, an appointment registration module, a user calculation module, aserver, a data acquisition module and a query display module. The registration and login module is used for submitting user information registration by a user and sending successfully registered userinformation to the server for storage, and the appointment registration module is used for appointment registration processing by the user. According to the invention, number exchange and forced exchange are carried out between users who have reserved registration, so that the users can conveniently and reasonably arrange the number sequence according to their own conditions, and the problem thatthe users cannot see a doctor in advance due to the fact that reserved numbers of an existing medical queuing registration system cannot be exchanged is avoided; through sorting display of the hospitals, a user can conveniently and quickly find out corresponding hospital doctors to make appointments to see a doctor.

The invention provides an ambulance with CT equipment. The ambulance comprises a control room (8), a medical room (9) and a trunk (10), wherein the CT equipment is arranged in the medical room (9), and comprises a scanning frame (2), a diagnostic bed (3) and a stretcher bed (7); the control room (8) comprises a seat chair (801) and a main control station (4); a driving cabin is located in the control room (8); a stator part power supply system (1) is arranged in the trunk (10); the scanning frame (2) and the diagnostic bed (3) are connected to the main control station (4); and the scanning frame (2), the diagnostic bed (3) and the main control station (4) are connected with the stator part power supply system (1), and electricity is supplied by the stator part power supply system (1). Theambulance disclosed by the invention is simple and compact in structure; simple medical care is realized, and CT examination can also be performed; and a hospital doctor can directly take corresponding measures according to the inspection result performed on the ambulance, so that a patient is rescued in time.

The invention discloses an AI pet health management method based on a blockchain, and the method comprises the steps that an owner directly stores pet information in any blockchain node through a personal terminal, enabling the pet information to be stored in a block BLOCK mode, wherein the pet owner signs the stored data through a personal private key; the first pet hospital calculates a hash value of the signature SHA through a protocol public key for verification, the pet hospital obtains basic information of the pet according to verified block information, and after a doctor of the current pet hospital performs diagnosis, a diagnosis result is signed through a doctor private key, wherein the uploaded data comprises a timestamp of the current diagnosis time; a verification node is set, wherein the verification node records public key information of all hospitals and doctors; and when the pet needs to see a doctor in a non-first pet hospital, the doctor of the hospital inquires the basic information of the pet, then inquires the past medical history of the pet through the associated hash value, and finally verifies the treatment sequence according to the timestamp.

The invention discloses a hospital doctor resource allocation big data system. The system comprises big data analysis software integrated in a hospital server; the big data analysis software obtains and stores a maximum quantity of patients received by each doctor each day; during work on that day, the big data analysis software calls a registration quantity of each doctor on that day, recorded by a registration system in the hospital server and compares the registration quantity of each doctor on that day with the maximum quantity of the patients received by each doctor each day; if the registration quantity of each doctor on that day is greater than the maximum quantity of the patients received by each doctor each day, the big data analysis software defines registrations of other patients except the maximum quantity of the patients received by each doctor each day as reallocated registrations; and the registration system performs re-registration and allocates the reallocated registrations to other doctors. According to the system, while the medical quality is ensured, the resource utilization rate of doctors in a hospital can be effectively improved.

The invention discloses a two-dimensional code-based doctor-seeing authentication method for a social security card. A hospital doctor-seeing system performs connection storage on two-dimensional code graph data in a two-dimensional code database of the hospital doctor-seeing system and social security card information of a user; and when seeing a doctor for multiple times, the user does not need to hold the card and only needs to scan a corresponding two-dimensional code to see the doctor. Therefore, the operation is simple and convenient.

The invention discloses a doctor platform management method and device. An information processing unit is used for obtaining the basic information of a doctor, and verifying the qualification of the doctor; an information management unit is used for classifying the doctor information in the doctor platform, wherein the doctor information comprises basic information, doctor qualification, recommendation indexes and scheduling modes; and an information matching unit is used for matching corresponding target doctors according to the target demand of the user. According to the invention, cross-regional and cross-hospital doctor resources are integrated, the doctor information is managed in a unified manner, and a new round of distribution and arrangement are carried out on the time that different types of doctors can be used for remote clinical reception, so that the remote clinical reception time of various doctors can be arranged and utilized more reasonably, data entries are unified, data storage and management are unified, unified packaging is used for various platforms, and the utilization rate of doctor resources is increased.

The invention discloses a hospital associated network structure characteristic-based city medical system clustering method. The method comprises the following steps of 1, collecting behavior data about multi-sited license of a doctor; 2, according to the behavior data of the multi-sited license of the doctor, establishing a hospital-doctor bipartite network; 3, projecting the hospital-doctor bipartite network to hospital associated networks of a single vertex; 4, extracting structural characteristics of the hospital associated networks; and 5, clustering the hospital associated networks by adopting a K-means algorithm. According to the method, the hospital-doctor bipartite network is established; the bipartite network is projected to the hospital associated networks of the single vertex; the structural characteristics of the hospital associated networks are extracted; and the hospital associated networks of first-tier cities and new first-tier cities are clustered by adopting the clustering algorithm. Subsequently, a distribution condition of city hospital networks can be analyzed in combination with policies implemented by the cities, traffic conditions and the like.

The invention provides an antibacterial drug monitoring method. The antibacterial drug monitoring method is characterized by including the following steps that the index information of hospital antibacterial drugs is uploaded; the index information is compared with a judgment standard index base; related data of some incongruent or large-deviation indexes is issued to a monitoring-network home page in an electronic-information mode, wherein sensitive data is sent to related hospital mailboxes through a system in a mail mode; a database is built, and the information is fed back to the judgment standard index base and analyzed; the results are issued on a monitoring network in real time and sent to all large-hospital doctor workstations in an area or corresponding business systems; the antibacterial drug monitoring method is also used for bacterial drug resistance monitoring and warning. According to the antibacterial drug monitoring method, antibacterial drug abuse is avoided, and meanwhile a standard base adopted by antibacterial drugs is built in monitoring to form the using rule of antibacterial drugs; the using condition of antibacterial drugs is analyzed to provide related suggestions for doctors, and the alarm of drug resistance monitoring of antibacterial drugs, the alarm of antibacterial drug abuse and the alarm of novel antibacterial germs are further built.

The invention discloses a general practitioner homogeneous training information platform and method based on cloud management. The system comprises a primary health hospital information system, a primary doctor terminal, a superior hospital system, a doctor terminal, a user terminal, an intelligent detection device, a grid population information base and a chronic disease big database. The primaryhealth hospital information system is in data communication with the primary doctor terminal and the grid population information base; the superior hospital system is in data communication with the doctor terminal; the user terminal, the primary doctor terminal, the doctor terminal and the grid population information base are in data communication with the chronic disease big database; and the user terminal is in data communication with the primary doctor terminal and the intelligent detection device. According to the invention, corresponding primary hospital doctors can be allocated according to the address of the patient and the principle of proximity; primary doctors can receive the conditions of the chronic disease patients in the chronic disease big database in real time, it is guaranteed that the chronic disease patients with abnormal signs are found in the first time, and the chronic disease patients are accurately and efficiently monitored, tracked and treated.

The invention relates to a remote audio/video emergency system. The system comprises an emergency end and a resident hospital end. The emergency end comprises a wearable device and a control end. The wearable device and the control end are in wireless communication connection. The wearable device is used for obtaining real-time image information and real-time sound information. The control end is used for storing real-time physiological information of a patient. The resident hospital end carries out real-time communication with the wearable device through the control end and is used for displaying the real-time image information and the real-time sound information. According to the system, a resident hospital doctor can communicate with a doctor on an emergency ambulance directly, and an emergency plan can be made in advance.

The invention provides a regional medical image storage system and storage method. The storage method includes the steps: establishing a communication connection with a hospital medical image storageserver and/or a hospital doctor workstation server passing the verification; receiving a medical image file sent by the hospital medical image storage server and assigning a medical image file ID; extracting medical image file attribute information from the medical image file; newly creating a file entry for the medical image file, and storing the medical image file ID and the medical image file attribute information to the file item; assigning a storage address to the medical image file and storing the file in the file item, and storing the medical image file in a storage region; and sendingthe medical image file ID and the medical image file attribute information of the medical image file to the hospital doctor workstation server. The regional medical image storage system and storage method enable hospitals in the region to share medical image files, thus improving medical efficiency, and reducing medical expenses.

The invention discloses a hospital doctor-seeing process message pushing method and apparatus. Doctor-seeing steps are divided into specific multi-stage doctor-seeing behaviors, and specific behavior steps are pushed to a user terminal according to executive situations of corresponding behaviors of a patient, so that the patient can accurately know a doctor-seeing process, and the whole doctor-seeing process can be quickly finished.

The invention discloses a doctor-seeing information online and offline integration method and device, and the method comprises the steps: obtaining a doctor-seeing file of online doctor-seeing of a first doctor-seeing terminal, wherein the doctor-seeing file comprises the identity information of a doctor-seeing person and the doctor-seeing information corresponding to the identity information of the doctor-seeing person in a target hospital, wherein the first doctor-seeing terminal is an online doctor-seeing terminal; according to the doctor-seeing file, determining a first hospital doctor-seeing terminal synchronizing the doctor-seeing file in the target hospital, wherein the first hospital doctor-seeing terminal is an online doctor-seeing terminal or an offline doctor-seeing terminal; and synchronizing the doctor-seeing file to the first hospital doctor-seeing terminal to achieve online and offline integration of doctor-seeing information. According to the invention, online and offline integration of the doctor-seeing information is achieved, doctor-seeing person information and order data among different service channels in a hospital are enabled to be intercommunicated, and doctor-seeing efficiency is improved while doctor-seeing convenience is improved.

The invention particularly relates to a big data medical learning method and system based on 5G and VR technologies. According to the big data medical learning method based on the 5G and VR technologies, a doctor of a superior hospital wears a small high-definition camera during diagnosis, treatment and operation, and the whole diagnosis, treatment and operation process of the doctor is shot in real time on the premise that the diagnosis, treatment and operation process is not affected; the shot video data is transmitted to a big data medical learning platform server by using a 5G communication network; doctors in lower-level hospitals wear VR glasses or helmets, hold VR handles by hands, watch videos for diagnosis and treatment or operations by using the VR glasses or the VR helmets, andcan simulate the operation process by using handheld VR devices. According to the big data medical learning method and system based on 5G and VR technologies, the learning cost of doctors of lower-level hospitals is reduced, the experience and practical operation level of the doctors of the lower-level hospitals can be rapidly and effectively improved, the overall improvement of the medical levelof the lower-level hospitals is achieved, and the medical pressure of superior hospitals is shared.