328results about "Healthcare management" patented technology

Apparatus, systems and methods for pre-processing, analyzing, and storing genomic data through a scalable, distributed analysis system across a network is presented.

The invention provides an automatic sharing device and method for respiration diagnosis and treatment equipment. The device comprises a box body, a power module, a network module, a control system anda server. The device is characterized by further comprising user interaction equipment, a diagnosis and treatment equipment lending device and a diagnosis and treatment equipment recycle device, a payment interface and a user ID reading interface are further formed in a panel of the box body, and multiple equipment bins are arranged in the box body; electric control bin doors and electric controllocks are arranged in all the equipment bins. The diagnosis and treatment equipment lending device selects diagnosis and treatment equipment, completes the processes of charging, lent equipment inspection and registration and reminds a user to take the diagnosis and treatment equipment; the diagnosis and treatment equipment recycle device reminds the user to correctly place the diagnosis and treatment equipment, and after the diagnosis and treatment equipment is returned and inspection and registration operation is completed, deduction and deposit refund for the user are completed; all the devices are controlled by the control system, and the control system is connected with the server. A patient with asthmatic diseases such as asthma can conveniently borrow or return related diagnosis and treatment equipment according to demands anytime, and accordingly resource waste is effectively avoided.

The invention discloses an electrocardio monitoring method, device and terminal and a computer-readable storage medium. The method includes: receiving an electrocardio signal which is sent by electrocardio monitoring equipment and collected in real time; after filtering and denoising on the electrocardio signal, detecting an R wave of the electrocardio signal, and extracting QRS wave groups according to the R wave; inputting the QRS wave groups into a pre-trained neural network model for identification; when an abnormality of a QRS wave group is identified, classifying the abnormal QRS wave group to obtain an arrhythmia type corresponding to the abnormal QRS wave group; and generating an electrocardio monitoring report according to the arrhythmia type, outputting the electrocardio monitoring report, and triggering an alarm, namely triggering the alarm if an abnormal electrocardio waveform is found. According to the method, monitoring operation difficulty can be reduced, monitoring precision can be improved, and all-weather monitoring of electrocardio activities can be realized.

The invention discloses a blockchain-based medical resource data processing method and device. The method includes the following steps that: medical demand end information and corresponding service demand information are obtained, and are stored in a blockchain; the blockchain is queried, so that medical service provision end information matched with the service demand information is obtained; medical service order information is generated, and the medical service order information is stored in the blockchain, wherein the medical service order information contains the service demand information, the medical demand end information, and the medical service provision end information; and the medical service order information is sent to a medical demand end and a medical service provision endmatched with the service demand information, so that the medical demand end and the medical service provision end can perform medical service according to the medical service order information. With the blockchain-based medical resource data processing method and device provided by the technical schemes of the invention adopted, data fidelity can be realized through the blockchain; the authenticity of the data can be improved; and the medical demand end can enjoy on-site medical services without going to a hospital, and therefore, convenient medical consultation and treatment is realized, andthe experience of the medical demand end in medical consultation and treatment can be improved.

The invention provides a WEB-based process management method in the field of hospital process management, and the method comprises the following steps: S10, setting process parameters, and creating adatabase table for storing the process parameters; S20, creating a process template according to the process parameters; S30, combining the process template with a business process to set process nodes, and designing an operation form for each process node; S40, the server couples each process node with the business data; S50, setting a process approval interface and a process interface; S60, dynamically updating and maintaining each process node. The method has the advantages that online design process definition, unified approval and business data fusion can be achieved without installing anActivex plug-in, and then the approval process is managed.

The invention discloses a human sperm library sperm supply and use follow-up information management system. The management system comprises a human sperm library end and a sperm supply mechanism end;the sperm supply mechanism end comprises an on-line application module and an on-line reporting module; a human sperm library end includes a human sperm library end personal working table module, a sperm library management module and a follow-up management module; the online application module is used for initiating a sperm use related application to the human sperm library end; the human sperm library end personal working table module is used for approving the application by a worker; the sperm library management module is used for carrying out the sperm use personnel information management,semen supply management and seminal fluid distribution management for workers; the on-line reporting module is used for reporting a follow-up information record by the worker, and submitting a sperm library check online; and the follow-up management module is used by the workers to manage the follow-up information record. The technical problems of long time consumption and incapability of realizing timely transmission and updating of data in the follow-up process in the prior art are solved.

The invention relates to the technical field of medical systems, in particular to a comprehensive medical supervision platform. The platform comprises a supervision server and a supervision terminal;the supervision server comprises a patient data acquisition module for acquiring patient medical data of a patient; a hospital data acquisition module which is used for acquiring hospital medical dataof a hospital; a pharmacy data acquisition module which is used for acquiring pharmacy medicine selling data of a pharmacy; a database which is used for storing patient medical data, hospital medicaldata and pharmacy medicine selling data; and a data integration analysis module which is used for integrating and counting the patient medical data, the hospital medical data and the prescription medicine selling data to generate a statistical report. According to the comprehensive medical supervision platform, the data acquisition and supervision can be performed on multiple links such as patients, drug dealers, manufacturers and hospitals so that supervision is enabled to be more comprehensive, the data support can be provided for supervision departments and decision making is enabled to bemore scientific.

The invention discloses a method for visiting a doctor in a hospital, which includes establishing a hospital navigation system, logging in to the hospital navigation system, drawing a two-dimensional code of the hospital navigation system at the hospital gate, and after entering the hospital, patients scan the two-dimensional code to enter the hospital navigation system; input a disease description , the patient can simply describe the disease through text input or voice input, and the system provides the patient with a recommended registration department corresponding to the disease; the patient enters the registration module according to the recommended registration department for online payment registration; the system sends the patient a The two-dimensional code after online payment and registration is successful and the map navigation of the recommended registration department. The two-dimensional code includes department information, attending doctor information, registration fee information and treatment order number information. The invention solves the problem in the prior art that it is inconvenient for a patient to consult a service desk many times when going to a hospital.

An embodiment of the invention provides an abnormal medical cost judging method and an abnormal medical cost judging device, and relates to the field of medical technology. The abnormal medical cost judging method includes: acquiring clinic data information of all hospitals within a preset area, processing the clinic data information of all the hospitals according to a preset mixed-model algorithmso as to determine medicine proportion outliers of the hospitals, determining a seeming abnormal charge data information collection according to the medicine proportion outliers, and finally judgingthe hospitals charging abnormal medical costs according to the seeming abnormal charge data information collection and a preset medicine proportion range. The abnormal medical cost judging method andthe abnormal medical cost judging device are capable of judging whether treatment cost of a hospital within the preset area is abnormal or not by processing the clinic data information of the hospital, and have the advantages of practicability and accuracy.

The invention discloses a block chain-based medical sub-account management method and device. The method comprises the following steps of: creating a block chain platform, wherein the block chain platform comprises an identity authentication block chain, a diagnosis and treatment information block chain and a settlement transaction block chain; obtaining identity information of a hospitalizing user, determining a medical settlement rule of the hospitalizing user through the block chain platform, and generating a hospitalizing protocol; when the hospitalizing user signs the hospitalizing protocol to receive a medical service, recording diagnosis and treatment data into the block chain platform, and distributing the diagnosis and treatment data onto a target mechanism node in the block chainplatform; and after the hospitalizing user completes the medical treatment, generating a bill of the hospitalizing user and respectively determining costs of the hospitalizing user and a target mechanism according to the medical settlement rule of the hospitalizing user. Through the method and device, the aims of being simple in medical settlement and credible automatic sub-account management arerealized.

The invention discloses a medical insurance intelligent auditing method and system. The method comprises the following steps: making a strategy that a decomposition hospitalization rule, a low-standard hospitalization rule, a key drug monitoring rule, an antibacterial drug rule and a high-cost medical institution rule correspond to an abuse type, a repeated charging rule and a gender and age limiting rule correspond to a fraud type, and an excessive drug taking rule corresponds to a waste type; acquiring medical insurance reimbursement detail data, medical insurance reimbursement data, insuredperson information data and hospital information data of the insured person; screening the medical insurance reimbursement detail data, the medical insurance reimbursement data, the insured person information data and the hospital information data; if the screened data conforms to the decomposition hospitalization rule, the low-standard hospitalization rule, the key drug monitoring rule, the antibacterial drug rule or the high-cost medical institution rule, outputting an abuse type result; outputting a fraud type result if the screened data accords with the repeated charging rule and the gender and age limiting rule; and outputting a waste type result if the screened data conforms to the excessive drug taking rule.

The invention provides an influence assessment method and system and relates to the technical field of data mining. The method comprises the following steps: personal information of a target person isobtained, the personal information is derived from the Internet; according to a preset assignment rule, influence-relevant first parameter information in the personal information is scored to obtainan influence scoring result; according to the influence score result, an influence quantification value of the target person is determined; through the Internet, the personal information can be collected quickly at low cost; by assigning and scoring various dimensions of influence in the personal information, influence can be accurately quantified, and the influence quantification value can be obtained; the method characterized by is fastness, comprehensiveness, in-depth property and high precision. Therefore, the influence assessment method and system provided in the invention can help reducetime, labor and costs required for the assessment; accuracy and reference value of assessment results can be improved, and users' demand can be met.

The invention discloses an interaction-type training method of medical guidance and a system of the method. According to the interaction-type training method, firstly, a knowledge graph base of the medical guidance is constructed, the training system is created on the basis of the knowledge graph base to conduct interaction-type study with learners, and that is to say that clinical procedures, knowledge points, related articles and other learning content of the medical guidance are displayed step by step according to interaction operations of the learners. Limitation of pages or paper size oftraditional medical guidance is broken through, and guidance content is displayed stage by stage and can also be browsed by rolling and zooming a view window. Furthermore, since knowledge graphs are electronic representation of guidance knowledge, the system has a knowledge calculation capability, and therefore after learning is finished, the training system automatically generates test questionsand automatically conducts test judgement according to the knowledge graphs and prestored patient data, so that accurate and timely learning interaction is achieved for the learners, the learning efficiency of the learners is improved, and more standard treatment services with higher quality are thus provided for the patients in clinical practice.

The invention belongs to the medical management field and relates to an SOA (Service Oriented Architecture)-based hospital centralized data analysis application cloud platform. The platform comprisesa basic service layer, an intermediate layer, a functional module layer and an application layer; the basic service layer is used for providing computation infrastructure-as-a-service; the intermediate layer is used for operating resource management and network communication components; the functional module layer is used for providing hospital function service modules; and the application layer is used for providing personalized applications. With the cloud platform adopted, the problem of the information isolated islands of hospitals are solved; the integration of hospital information systems can be completed without need of reconstructing original systems; the hospital information system can easily realize cloud service; obstacles in locations and medical practice can be eliminated; patients and medical workers can be facilitated; the cloud service can greatly enhance medical data storage and computation capacities; and the cost of hospital informationization can be greatly reduced.

The invention relates to a pre-hospital first-aid system and method for sudden cardiac arrest patients based on cloud computing. The system comprises a user terminal carried by a sudden cardiac arresteyewitness, a first-aid terminal carried by a first-aider, and an emergency center platform. The identification information of the first-aid terminals equipped by all registered first-aiders is stored in the emergency center platform. The user terminal receives a call instruction input by the eyewitness and sends the same to the emergency center platform. The emergency center platform determinesthe current locations of all first-aiders based on the stored identification information of the first-aid terminals, and determines whether the distances between the current locations of the first-aiders and the user terminal is in a set range, and sends a distress signal to the first-aid terminal of the first-aider within the set range to the location of the user terminal. The emergency center platform, after receiving a response signal from the first-aid terminal of the first-aider within the set range, displays the current location of the first-aider in response, the current location of theuser terminal, and a path between the two current locations on an electronic map to provide navigation for the first-aider in response.

The invention provides a digital stopper model designing and manufacturing method based on multi-source data. The method includes acquiring an optical scanning data file in a mouth; acquiring a spiralCT scanning data file of the maxillofacial region; importing the spiral CT scanning data file into the three-dimensional modeling software, and performing three-dimensional modeling to obtain the three-dimensional model data of the soft and hard tissue of the maxillofacial defect patient; designing a stopper composite model through reverse design software based on the three-dimensional model dataand the optical scanning data to obtain a personalized stopper model. Based on multi-source data fusion modeling, complete model data under the same coordinate system is formed, the personalized stopper model is obtained through reverse design, the clinical operation difficulty of the stopper impression is reduced, the clinical and patient making time is shortened, the clinical discomfort of thepatient is reduced, and the precision of the stopper model is improved; the technology can relieve the professional bottleneck caused by the fact that the number of the clinical maxillofacial repair specialized doctors is insufficient, and the popularization of the maxillofacial defect repair is facilitated.

The invention discloses a medical charging method, system and device based on mobile payment. The method comprises the following steps of using a transaction interface to generate the order information according to a payment request of the information to be paid; using the transaction interface to feed back the payment voucher to the user terminal according to the order information, the platform payment serial number and the HIS serial number; using the payment platform to generate user authentication information according to the order information sent by the transaction interface; obtaining the payment serial number of the platform and the second statement obtained by the payment platform after the user verification is completed; using the hospital system to generate the HIS serial numberaccording to the order information sent by the transaction interface and the platform payment serial number sent by the payment platform; using the hospital system to update the information of the patients to be paid, and generating the collection form and the result of three-party reconciliation. The system includes the transaction interface, the payment platform and the hospital system. The method, system and device invention realizes the unified management of mobile payment and tripartite reconciliation, improves service throughput and work efficiency, and can be widely applied in the technical field of medical system.

The invention provides a block chain-based drug logistics tracing and checking method. The method comprises the steps of S1, obtaining numbers of drugs in a drug database and corresponding specification information through a block chain; the patient terminal broadcasts a corresponding drug demand through the block chain; S2, matching the drug number of the drug database with the drug demand of thepatient terminal after the drug number of the drug database is input, delivering the matched information from a drug library corresponding to the drug database, and publishing the logistics information in real time through a block chain; S3, enabling the patient terminal to acquire the logistics information in real time, and perform order number query through the block chain after receiving the medicine; S4, obtaining drug delivery information and order number information of all nodes through a block chain, thereby carrying out expected judgment on drug stock and stock states of the corresponding nodes; and when the medicine stock and delivery abnormal state occurs, carrying out logistics information tracing through the order number information and the medicine obtained by the patient, sothat the abnormal state is quickly judged.

The invention provides a regional health comprehensive quality index monitoring system. The regional health comprehensive quality index monitoring system comprises an identity recognition module, an interconnection module, a data integration module, a data utilization module, a service management module, a comprehensive quality index monitoring module, a regional cooperation module and a data center. According to the invention, a basis of regional health informatization can be established, medical and health information resources are integrated by realizing interconnection and intercommunication of medical and health institutions in the whole city, and a regional medical data center is constructed.

The invention discloses an intelligent medical settlement method and a system based on big data, electronic equipment and a storage medium. The method comprises the following steps: collecting medicalexpense payment information through a payment terminal, and generating blocks by utilizing the medical expense payment information; broadcasting the blocks to a plurality of supervision terminals through a payment terminal, forming a blockchain by the plurality of blocks, and sending a cost reimbursement request to at least one intelligent medical settlement terminal; obtaining the blockchain through the intelligent medical settlement terminal, and verifying the blockchain; and if the verification passes, determining a reimbursement amount by the intelligent medical settlement terminal according to the medical expense payment information in the blockchain. The problems that intelligent medical settlement is inconvenient, and reimbursement information is prone to being tampered are at least partially solved.

The invention provides a hospital quality control management system under big data, and the system comprises a terminal, an operation and maintenance management platform, a quality control database and an early warning system. A method comprises the steps: storing the operation and maintenance data of the operation and maintenance management platform in the quality control database; determining adata analysis algorithm corresponding to the operation and maintenance data by utilizing the data type of the operation and maintenance data in the quality control database, analyzing the operation and maintenance data through an associated data analysis algorithm, and performing visual display through a display module of the operation and maintenance management platform. The system realizes unified, centralized, standard and normative supervision and early warning of quality control of each level of a hospital, improves the capability and efficiency of quality control management, improves theinformatization service level of the hospital, and provides detailed and accurate informatization basic data for informatization development of the hospital.

The present invention provides methods for dispensing or distributing a drug, particularly a potentially teratogenic drug, to a patient while minimizing the occurrence of an adverse side effect. In particular, the present invention provides methods for dispensing or distributing a drug containing topiramate to a patient in need of weight loss to minimize the occurrence of potential birth defects associated with the drug. Methods for providing training to prescribers on the potential risks associated with particular drugs are also disclosed.

The present invention discloses a medical waste monitoring and early warning system based on the internet. The system comprises: a plurality of fixed monitoring modules respectively arranged in each department and configured to collect and send weight data of medical waste generated each day of the departments; first mobile monitoring modules respectively arranged on medical waste transport cartsand configured to collect and send position real-time data and transport time data of the transport carts; alarm modules comprising alarm controllers and alarms; and a control center in communicationconnection with the fixed monitoring modules, the first mobile monitoring modules and the alarm module. Through seamless joint of mutual cooperation of the fixed monitoring modules, the first mobile monitoring modules and the alarm modules and obtaining of the monitoring information, the medical waste monitoring and early warning system effectively reduces the monitoring dead angles in the medicalwaste transportation process, improves the monitoring quality, performs effective tracking of the flow of the medical waste through the internet technology, effectively avoids that the medical wasteis taken out at will and avoids the hidden danger that the medical waste is sold by illegal workers.

The invention provides a signal filtering method for a thromboelastography instrument. The invention discloses a signal filtering method for a thromboelastography instrument. interference of samplingnoise signals can be eliminated; The method has the advantages that in the whole blood coagulation fibrinolysis period, sharp pulse interference in slow change signals and large-amplitude short-time non-periodic signal interference are achieved, signal oscillation caused by high-frequency vibration of a signal acquisition probe can be shielded, long-period large pulse interference is eliminated, the purpose of data screening is achieved, noise can be well eliminated in the whole blood coagulation fibrinolysis period, and output detection data are more accurate.

A system and method for providing a prioritized list of clinical trials that are relevant to a patient suffering from an illness or disease, such as cancer, are disclosed. Specifically, a method for conducting an automated, real time clinical trial search and a prioritization analysis is described. The method comprises the steps of conducting an automated full-text clinical trial search based on structuralization of clinical trial eligibility data and knowledge-based inference, initiating a query from the patient's side, and providing a prioritized list of all accessible clinical trials fulfilling a particular query. The system provides better sensitivity, precision and negative predictive value than the current most known clinical trial matching tool: clinicaltrials.gov.

The invention relates to a medical data management method and system based on a big data framework, computer equipment and a storage medium; and the method comprises the steps: building a data lake ofa data middleground, managing all collection data, analyzing process data, an analysis model and analysis result data, and job scheduling and supporting smooth operation of an analysis process of alldata on the whole platform; building a big data acquisition platform; building a big data computing platform; building a big data service platform; and establishing a big data exchange platform and establishing a big data application platform. Unified data integration specifications and standards are established to optimize hospital-wide data quality, and a data decision basis is established to improve hospital competitiveness. The big data computing platform, the service platform and the application platform provide full-process and refined management analysis results of various businesses for managers, and scientific and refined hospital management decisions are promoted.

The invention discloses a doctor-seeing expense prediction method, device and equipment and a computer readable storage medium, and the method comprises the steps: when receiving a plurality of historical doctor-seeing data, classifying each historical doctor-seeing data based on a preset feature dimension and a preset time dimension, and forming a plurality of doctor-seeing data sets; When to-be-predicted doctor seeing data is received, extracting feature data and time data in the to-be-predicted doctor seeing data, comparing the feature data and the time data with each doctor seeing data set, and determining a target doctor seeing data set; And reading historical cost data of each piece of historical doctor-seeing data in the target doctor-seeing data set, and predicting doctor-seeing cost of the doctor-seeing data to be predicted based on each piece of historical cost data. Due to the fact that the corresponding historical cost data in the target doctor-seeing data set accurately reflects the doctor-seeing cost of the doctor-seeing data to be predicted, the doctor-seeing cost of the doctor-seeing data to be predicted based on big data analysis of the historical cost data is highin accuracy.

The invention discloses a supervision method of a fixed-point medical institution based on biological characteristic recognition and related equipment. The method comprises the steps that allowing a fixed-point medical institution supervision platform to respond to a card swiping request triggered by card swiping equipment and paid by using a medical insurance card, and obtaining first biologicalcharacteristic information of a user using the medical insurance card and an identification number of the medical insurance card; Obtaining second biological characteristic information of a holder ofthe medical insurance card corresponding to the identification number from a social security platform according to the identification number; Matching the first biological characteristic information with the second biological characteristic information; And if the first biological characteristic information is not matched with the second biological characteristic information, issuing an instruction of forbidding to use the medical insurance card for payment to the card swiping equipment. The above scheme is realized based on the biological feature recognition technology, and the technical problems that in the prior art, a fixed-point medical institution cannot be supervised, the fixed-point medical institution cannot be prevented from illegally swiping cards by using supervision vulnerabilities, and the medicine price cannot be randomly increased are effectively solved.