150 results about "Prescription data" patented technology

The invention discloses a patient medication risk early warning method, and relates to the technical field of medication risk evaluation. The method comprises the following steps: acquiring multi-dimensional data such as age, past medical history, allergy history, clinical examination data and prescription data of a patient, extracting chronic disease diagnosis information from the multi-dimensional data, and carrying out standardized coding to generate a common disease combination tag; calling a preset disease weight system, and calculating a common disease severity score in combination with an age factor; extracting metabolism-related indexes to construct a drug metabolism capability feature vector of the patient; mapping the drug combination, the co-disease tag and the metabolic feature vector to a clinical drug knowledge base to generate a comprehensive conflict detection result; and generating corresponding early warning information based on the conflict detection result and a preset early warning rule base, wherein the rule base comprises a mapping relationship between the conflict type and the early warning level. According to the method, drug use risk early warning can be realized according to the multi-disease coexistence state of the patient, and the drug use safety is improved.

The invention discloses a drug traceability code acquisition method, system and device based on image recognition, and a medium. The method comprises the steps of obtaining a drug package image; preprocessing the medicine packaging image, and performing edge detection, region segmentation, image correction and barcode analysis on the preprocessed medicine packaging image to obtain medicine traceability code information; obtaining prescription data, and checking the drug traceability code information according to the prescription data; and when the drug traceability code information is checked to be correct, carrying out associative storage on the drug traceability code information and the prescription data. According to the invention, drug traceability code information can be rapidly and accurately identified, and environments such as complex backgrounds, illumination changes, traceability code deformation and the like can be adapted; meanwhile, multiple drug traceability codes can be collected, the purpose of batch collection is achieved, supervision of a drug dispensing end is achieved, medication safety of patients is ensured, drug management can be perfected, and subsequent drug traceability is facilitated.

The invention provides a doctor inquiry assisting method and system based on a large language model, and belongs to the technical field of intelligent medical treatment. According to the scheme, the method comprises the following steps: collecting communication information between a doctor and a patient in an inquiry process, inputting the communication information into a trained large voice model, and obtaining keywords related to the condition of the patient in the communication information; obtaining a diagnosis result of the disease of the patient by using the keyword for reference of a doctor; generating a prescription suggestion for the doctor according to the diagnosis result; according to communication information and prescription data between doctors and patients in the inquiry process, medical records are preliminarily filled in, and the doctors finally confirm the medical records. Through the functions of intelligent guide type inquiry, historical case matching, diagnosis analysis, doctor assistance and the like, comprehensive inquiry assistance and diagnosis support are provided for doctors. The efficiency and accuracy of doctor inquiry can be remarkably improved, and more comprehensive and personalized medical services are provided for patients.

To generate appropriate candidates for a medication history to perform appropriate medication counseling.SOLUTION: A medication history generation support system comprises: a medication data storage unit 32 that stores prescription data and medication history data in association with each other as medication data for every patient and every clinical department; an extraction unit 34 that, on the basis of newly obtained patient's prescription data, extracts, from the medication data, prescription data in the same clinical department as the newly obtained patient's prescription data and medication history data in the same clinical department as the newly obtained patient; a conversation text generation unit 13 that generates text data of a conversation with the patient on the basis of voice data of the conversation; and a medication history data generation unit 16 that causes a generative AI to generate medication history data corresponding to the newly obtained patient's prescription data, on the basis of the extracted prescription data and medication history data, the generated text data, and prompt text data for generating the medication history data.SELECTED DRAWING: Figure 1

The invention relates to the technical field of intelligent medical treatment, and discloses a medical large model driven cross-department collaborative prescription generation method and system. According to the method, electronic medical records of patients and prescription data of multiple departments are acquired, key information is structurally extracted to generate directional vectors, and transfer learning and fine adjustment are performed by using historical conflict cases and a drug knowledge graph based on a medical basic large model and an AI chip, so that a collaborative prescription model is constructed. The model can identify drug incompatibility and dosage risks among departments and generate a prescription suggestion set. A doctor can dynamically correct a prescription based on feedback, a collaborative report containing a medication time sequence, a monitoring index and an emergency scheme is generated after multiple rounds of collaborative optimization, and the safety and effectiveness of multi-department combined medication of complex diseases are remarkably improved.

The invention discloses a hospital national class medicine electronic prescription circulation management method and system, and the method comprises the steps: generating standardized electronic prescription data through obtaining the medicine information of a patient, and judging the inventory condition of a hospital through a medicine inventory matching algorithm. And if there is no inventory, transmitting the prescription data to a drugstore system, matching the medicines by adopting an automatic identification technology, and completing allocation. Afterwards, a logistics distribution algorithm is applied to determine an optimal distribution scheme, and real-time distribution information is updated to a patient side and a hospital side. The patient can acquire the distribution information through the mobile application program, select the distribution mode and confirm receiving after receiving the medicine, so that closed-loop management of prescription circulation is realized. According to the invention, links such as electronic prescription, intelligent allocation, logistics distribution and the like are integrated, so that the prescription circulation efficiency is improved, the medication experience of patients is optimized, and the whole-process intelligent management from prescription extraction to distribution is realized.

The invention relates to the cross technical field of artificial intelligence and traditional Chinese medicine, and discloses a traditional Chinese medicine artificial intelligence accurate quantity control unmanned medicine decocting system, the system constructs nine modules, a prescription data analysis module realizes intelligent analysis of prescription information, a process scheme intelligent formulation module realizes automatic generation of a personalized decoction scheme, and a traditional Chinese medicine decoction module realizes automatic control of the traditional Chinese medicine decoction. The multi-modal sensing data acquisition module realizes real-time data acquisition in the whole process, the dynamic regulation and control module realizes online process deviation correction, the equipment management module realizes accurate execution of fire power, pressure, water quantity, feeding and split charging, and the intelligent decoction end point judgment module realizes objective quantitative judgment of a decoction end point. The self-cleaning and sterilization maintenance module realizes no cross contamination in the equipment, the man-machine interaction module realizes local and cloud convenient operation, the safety early warning module realizes multi-fault active defense, and all the modules cooperate to realize intelligent control. The method has the advantages of intelligent prescription analysis, dynamic process adaptation, multi-dimensional sensing fusion, accurate judgment and special medicinal material differentiation treatment.

The present disclosure relates to a tool for adjusting an external fixation strut having an adjustment mechanism for length adjustment and a second connection portion, the tool comprising: a first connection portion adapted to perform data communication with the external fixation strut via the second connection portion; and a controller including command instructions. Based on the command instructions, the controller is configured to: download prescription data from the external unit, the prescription data relating to the determined condition of the patient and including instructions for performing adjustments to an external fixation strut of the patient; entering a waiting state in which the controller waits for coupling with an external fixation strut of the patient to communicate data therewith via the first connection portion; after the tool is coupled with the external fixing supporting column, the coupling state of the tool and the external fixing supporting column is distinguished; based on the coupling, communicating with an external stationary strut via a first connection portion; and, once the coupling is completed and the data with the external stationary strut has been exchanged, waiting for the date and / or time to apply the prescribed adjustment based on the prescription data. Related external fixation struts and related medical assemblies are also disclosed.

By using the Al module, the method of the present invention calculates, i.e. predicts, the dependency Ci (pi) of a radiotherapy (RT) quality criterion C, from an adjustment of such a radiotherapy planning parameter pi. In this way, the decision making process in RT treatment plan optimization is streamlined by prediction of promising settings of one or more radiotherapy planning parameters p, before the actual time intensive iterative optimization process is carried out. This is achieved by applying an Al module, which has been trained to predict the specific behaviour of the dose optimization algorithm, i.e. the optimizer, with respect to geometric patient data, dose prescription and treatment indication data. Thus, a computer-implemented medical method of predicting a dependency Ci (pi) of a radiotherapy (RT) quality criterion Ci from an adjustment of a radiotherapy planning parameter p, is presented. The method comprises the following steps of providing geometric patient data geometrically describing an area of a patient, which is to be irradiated according to a radiotherapy treatment plan (step S1), providing dose prescription data and treatment indication data for said patient (step S2), and predicting with a trained Artificial Intelligence (Al) module the dependency Ci (pi) of the radiotherapy quality criterion Ci from the radiotherapy planning parameter p, when adjusting said radiotherapy planning parameter pi, thereby using the geometric patient data, the dose prescription data and the treatment indication data as input for the Al module (step S3).

The invention discloses a traditional Chinese medicine prescription data analysis method and device based on OCR and a large model, and relates to the field of data processing. In the method, a traditional Chinese medicine prescription image of a handwritten traditional Chinese medicine prescription is acquired; performing OCR identification on the traditional Chinese medicine prescription image, and extracting prescription data, patient data and physician data; constructing a first cue word, a second cue word and a third cue word for model input based on the prescription data, the patient data and the doctor data; splicing the first cue word, the second cue word and the third cue word to obtain a target cue word; inputting the target cue word into a preset large model to obtain a medicinal material category congruent result, a medicinal material dosage result and a medicine taking suggestion judgment result; and generating a comprehensive judgment result based on the medicinal material category comparison result, the medicinal material dosage result and the medicine taking suggestion judgment result. By implementing the technical scheme provided by the invention, the accuracy of traditional Chinese medicine prescription evaluation is improved.

The invention belongs to the technical field of traditional Chinese medicine information processing, and provides a traditional Chinese medicine disease prescription data base construction method and system.The method comprises the steps that five types of data including ancient literatures, modern medical records, prescription data, traditional Chinese medicine resources and medical record manuscript images are accessed through an extensible adapter frame; a traditional Chinese medicine term service platform is constructed by using multi-source term resources, and standardized data is generated from the analyzed data; the method comprises the following steps: extracting diseases, syndromes, prescriptions and traditional Chinese medicine entities by adopting a rule engine and a domain self-adaptive entity recognition model, on the basis of a public traditional Chinese medicine standard knowledge graph, aggregating neighbor node information through GAT, and introducing a contrast learning optimization entity relationship classifier to obtain an enhanced entity vector and classify a semantic relationship; constructing a knowledge graph based on the extracted semantic relationship; and carrying out data quality and algorithm performance monitoring and tracing on data access analysis, standardization processing, knowledge extraction and graph construction. Uniform access and standardized integration of multi-source heterogeneous traditional Chinese medicine data are realized.

The invention relates to a diagnosis and treatment result prediction method fusing a time sequence and traditional Chinese medicine multi-stage diagnosis and treatment, belongs to the technical field of traditional Chinese medicine diagnosis and treatment prediction, and solves the problem of lack of accurate whole-process prediction in the prior art. The method comprises the following steps: acquiring the current doctor-seeing symptom and historical doctor-seeing time sequence data of a to-be-predicted patient; the historical treatment time sequence data comprises symptom, syndrome, therapy and prescription data of each time step; constructing a graph structure corresponding to each time step of the historical doctor-seeing time sequence data; extracting a symptom feature sequence, a syndrome feature sequence, a therapy feature sequence and a prescription feature sequence by adopting a trained graph neural network model based on the graph structure and the current treatment symptom; and based on the symptom feature sequence, the syndrome feature sequence, the therapy feature sequence and the prescription feature sequence, performing multi-stage diagnosis and treatment result prediction by adopting a trained recurrent neural network model to obtain the prediction results of the syndrome, the therapy and the prescription of the current doctor seeing of the to-be-predicted patient. And accurate whole-process prediction is realized.

The invention relates to the technical field of medicine monitoring and management, aims to improve the accuracy and rationality of prescription auditing and realize intelligent monitoring and management of medicine matching, dosage evaluation and interaction analysis, and particularly discloses a medicine monitoring and management system based on clinical pharmacy. Comprising a prescription identification module, a medicine combination analysis module, a medicine dosage analysis module, a medicine combination analysis module, a comprehensive analysis module, a management and control processing module, a display terminal and a cloud database. According to the method, standardized prescription data information is obtained by identifying, analyzing and processing key fields of a prescription, then based on a set algorithm model, the matching degree, dosage rationality and interaction risk of drug matching are evaluated respectively, corresponding evaluation values are calculated, the evaluation values are comprehensively analyzed to obtain a drug comprehensive evaluation value, and the drug comprehensive evaluation value is obtained. Whether the prescription is abnormal or not is judged, if the prescription is abnormal, the prescription is managed, controlled and analyzed, comprehensive monitoring and management of the prescription medicine are achieved, and medication safety of a patient is guaranteed.

To provide means that allows a patient to quickly receive a prescribed drug based on a doctor's on-line medical examination even if a drugstore or a hospital is not nearby or even when a family doctor is in a distant place, and can surely prevent an accident in which another patient receives the prescribed drug.SOLUTION: A patient P transmits patient information PD and prescription data MD to a drugstore terminal 3 through a patient terminal 1 or a reception drone port 10A and receives a password PW. The reception drone port 10A stores the patient information, prescription data, and password, selects a dispatch drone port 10B, and requests delivery of a prescribed drug. The dispatch drone port prepares the prescribed drug and requests a drone 30 to deliver the prescribed drug. The drone delivers the prescribed drug from the dispatch drone port to the reception drone port. The reception drone port 10A authenticates the patient on the basis of the input patient information, and on the basis of the input password PW, provides the patient with the prescribed drug linked thereto.SELECTED DRAWING: Figure 1

The invention relates to the field of traditional Chinese medicine quality control, in particular to a traditional Chinese medicine quality data control method and system based on data mining. The method comprises the following steps: acquiring a historical traditional Chinese medicine prescription data set of a medical case information management platform, arranging various sensors at traditional Chinese medicine production process equipment, acquiring historical production data of the historical traditional Chinese medicine prescription data set through each sensor, analyzing the historical traditional Chinese medicine prescription data set and the historical production data, and determining the traditional Chinese medicine prescription data set. Establishing a prescription production data tree; analyzing the prescription production data tree and the historical traditional Chinese medicine prescription data set, and establishing a traditional Chinese medicine quality data chain; analyzing the traditional Chinese medicine quality data chain in combination with the prescription production data tree, and establishing a traditional Chinese medicine quality control data chain; and acquiring real-time traditional Chinese medicine prescription data, and analyzing the real-time traditional Chinese medicine prescription data in combination with the traditional Chinese medicine quality control data link to obtain a traditional Chinese medicine quality control scheme. The traditional Chinese medicine quality control efficiency and precision can be improved.

The invention discloses a medical prescription auditing and medication safety management and control method, device and equipment and a storage medium, and relates to the technical field of medical informatization and health big data, the method comprises the following steps: obtaining drug information, patient allergy history and multi-dimensional health data in a target prescription, and constructing a prescription data set; in combination with a medicine knowledge base and a taboo database, intelligent verification is carried out on the medication rationality of the prescription by utilizing a Duros rule engine and a graph neural network model, and a verification result and verification detail data are output; if the verification result is unreasonable, marking the prescription as a risk prescription, generating a medication risk assessment report and a prescription modification suggestion based on verification detail data, and pushing the report and the suggestion to a corresponding doctor terminal; and if the verification result is reasonable, generating personalized medication guidance through prescription-patient feature matching, and sending the personalized medication guidance to the doctor terminal, the patient terminal and the pharmacy terminal. According to the application, intelligent prescription checking and medication safety guarantee can be realized through risk assessment and personalized adaptation.

A method, computer program product, and computer system for verifying injectable medication administrations across a plurality of healthcare providers. An intelligent injection device may include: a barrel and needle assembly, a piston for delivering medication, a microprocessor, a wireless communication module, and an electronic health record system integration module configured to: receive patient prescription data from electronic health records, verify medication type and dosage against prescription records, transmit administration data back to health records from the intelligent injection device, and verify a continuity of care metric across a plurality of healthcare providers.

The invention discloses a medicine compatibility effective component analysis method, and relates to the technical field of medicine compatibility, and the method comprises the following steps: carrying out data integration based on pre-obtained patient basic information and traditional Chinese medicine prescription data to generate a comprehensive data set, extracting effective components from a preset unified component database to generate a component list, and storing the component list in a database; analyzing the acting target spots through preset target spot mapping to generate a target spot matrix; dynamically generating pathological weight parameters based on the target matrix and basic disease data of the patient, and predicting a pharmacological effect according to a target overlapping degree to generate an effect prediction result; based on the effect prediction result and the component list, a risk level evaluation coefficient is calculated by applying a risk weight algorithm, and then a risk level is obtained through decision making; based on the risk level, a compatibility effective component analysis report is generated, and the problem of limitation existing in the current medicine compatibility effective component analysis process is solved.

The invention provides a prescription auditing method and system based on a regional remote prescription auditing platform. The method comprises the following steps: receiving an original prescription data set uploaded by a regional medical institution; obtaining dynamic state information of the audit node, and customizing a task allocation strategy; task complexity is set, and a processing strategy is refined; rechecking the abnormal result, and outputting a rechecking result; and performing multi-level publishing on the reexamination result, and generating a regional drug use risk analysis report according to the reexamination result. According to the method, the core problems of uneven resource distribution, unreliable auditing process, low exception handling efficiency and the like in remote prescription auditing in the prior art are successfully solved, and a comprehensive and practical solution is provided for optimization of a remote prescription auditing system in a regional medical network.

The invention relates to the technical field of computers, in particular to a traditional Chinese medicine prescription indication prediction method, which comprises the steps of collecting a data set of a relationship between an existing traditional Chinese medicine prescription and a corresponding indication, preprocessing the data set, and training a corresponding prediction model based on the preprocessed data set; obtaining to-be-predicted new traditional Chinese medicine prescription data, inputting the preprocessed new traditional Chinese medicine prescription data into the trained prediction model, obtaining a corresponding prediction result, and generating a corresponding traditional Chinese medicine prescription treatment scheme based on the prediction result; the method comprises the following steps: in a process of treating a patient with indications based on a traditional Chinese medicine prescription treatment scheme, obtaining latest biomics data of the corresponding patient, monitoring the patient to obtain a corresponding treatment effect, and adjusting the traditional Chinese medicine prescription treatment scheme based on the latest biomics data and the treatment effect. According to the scheme, the prediction precision of the indications of the traditional Chinese medicine prescription is improved.

The invention belongs to the technical field of intelligent management of hemp essence medicines, and discloses an intelligent hemp essence medicine management system and method, and the method comprises the steps: processing an operation context parameter, and calculating a risk score; secondly, a white-box rule engine is used for checking medicament metering specifications, and clinical pathway compliance and medicament interaction are analyzed; then, in combination with biological characteristics and geographical location information, evaluating risks in real time and taking multi-level intervention measures; then, generating a detailed visual auditing report according to the collected data; and finally, optimizing the system performance based on a feedback dynamic adjustment strategy. The safety and the accuracy of medical operation are improved, the intelligent level and the response efficiency of the system are remarkably improved, and a highly-safe operation verification process and an accurate prescription data verification capability are realized.

The invention belongs to the technical field of medical management, and discloses an anesthetic medicine taking and supplementing comprehensive collaborative management system and method.The anesthetic medicine taking and supplementing comprehensive collaborative management system comprises a safe storage monitoring unit used for deploying a deformable magnetofluid sealing mechanism on an anesthetic medicine box, controlling the magnetofluid shape change through an electromagnetic signal, and sending the deformable magnetofluid sealing mechanism to the anesthetic medicine box when an unauthorized box opening behavior is monitored; the topological structure is triggered to deform to automatically lock the medicine box; the medicine taking operation unit is used for providing medicine taking path guidance through an AR interface of the medicine box and instructing the target medicine storage bin to take medicine in combination with the multi-band LED array; the medicine data insight unit is used for collecting the hemp essence medicine consumption data and the hemp essence medicine doctor advice data from the information storage terminal of the medicine storage bin, and constructing a hemp essence medicine consumption map through the hemp essence medicine consumption data; all-around safety protection, intelligent operation and accurate analysis and optimization are realized in the medicine management process, and the management efficiency, accuracy, safety and intelligent level of the hemp essence medicine are greatly improved.

To provide an information processing device and an information processing method which contribute to a response to a demand of medicine in a damaged area.SOLUTION: An information processing device includes: a reception section for receiving designation of divided areas in a predetermined range; an acquisition section for acquiring prescription data including prescribed drug information on prescribed drugs; an analysis section for performing analysis of prescribed drugs which are prescribed in the designated areas on the basis of the prescribed drug information; and an output section for outputting a result of the analysis.SELECTED DRAWING: Figure 2

The present invention provides a therapeutic effect prediction system and method that make it possible to improve user-friendliness. A therapeutic effect prediction system 1 comprises: a machine learning unit 132 that outputs a prescribed parameter from patient data which has been input; and a mathematical model unit 131 that calculates a therapeutic effect from prescription data and the prescribed parameter which has been output by the machine learning unit. The machine learning unit is trained to reduce the difference between treatment history data and the therapeutic effect which has been calculated by the mathematical model unit. Thus, it is possible to predict a therapeutic effect by making combined use of the machine learning unit and the mathematical model unit without preparing a data set which is a correct answer.

A method, computer program product, and computer system for verifying injectable medication administrations across a plurality of healthcare providers. An intelligent injection device may include: a barrel and needle assembly, a piston for delivering medication, a microprocessor, a wireless communication module, and an electronic health record system integration module configured to: receive patient prescription data from electronic health records, verify medication type and dosage against prescription records, transmit administration data back to health records from the intelligent injection device, and verify a continuity of care metric across a plurality of healthcare providers.

The invention provides a traditional Chinese medicine prescription big data statistical method and device and a readable storage medium. The method comprises the following steps: collecting traditional Chinese medicine prescriptions, and arranging the prescriptions as a prescription data source; performing semantic unification on prescription terms of the prescription data source; and inputting the prescription data into the drug combination association rule discovery model, and generating and storing drug combination association data. The device and the readable storage medium store a program for executing the method. Through arrangement, term unification and medicine combination association of prescription data sources, data pollution caused by prescriptions with validity problems can be prevented, and the method is used for guiding and assisting doctors in verifying the validity of the prescriptions.

The present invention relates to a medical service relay system and method, by which a medical institution provides a medical service constructed on the basis of SaaS, in connection with diagnosis and prescription for a patient, in order to provide various medical services to the patient. The system comprises: a medical service registration unit for registering information on a medical service to be used in a medical institution; a prescription / medical service mapping unit for providing a list of registered medical services, and receiving and managing information in which a prescription code of each medical institution and at least one medical service are mapped; a prescription data processing unit for receiving prescription information issued to a patient to generate a prescription identifier, and storing the prescription information as prescription data mapped to the prescription identifier; and a service relay unit for retrieving the stored prescription data according to a configured scheduling condition and providing access information of the medical service mapped to the prescription data to a patient terminal, wherein the medical service is a medical service application provided on the basis of SaaS.

A finished lens with a predetermined shape, including one front face, one back face and a perimeter corresponding to the shape, including a prescription part on the lens that together with the front face fulfills prescription data of a wearer and a peripheral part on the lens, the prescription part being delimited by a thickness curve and the peripheral part extending from the thickness curve towards an outer edge of the lens, the thickness curve corresponding to a value of thickness less than or equal to a predetermined thickness requirement.

An automatic medication intake and dispensing system is disclosed. The system enhances medication adherence and facilitates health monitoring by employing NFC-tagged medication bottles that communicate prescription data to an integrated NFC reader. A mechanical arm transfers medication into a rotational storage tray with designated compartments. At scheduled times, the system automatically retrieves the appropriate medication using a vacuum-assisted mechanism and delivers it to the user. If a dose is missed, the system initiates retry and alert protocols. Integrated telehealth capabilities include video and audio transmission, along with vital sign monitoring modules for measuring blood pressure, heart rate, and blood oxygen levels. A temperature sensor is also incorporated. A single-board computer manages system operations and uploads data, including missed doses and health metrics, to a secure cloud platform for access by patients, caregivers, and healthcare providers. The system provides secure prescription management, automated dispensing, and continuous health data collection.

The present invention relates to a medical service relay system and method, by which a medical institution provides a medical service constructed on the basis of SaaS, in connection with diagnosis and prescription for a patient, in order to provide various medical services to the patient. The system comprises: a medical service registration unit for registering information on a medical service to be used in a medical institution; a prescription / medical service mapping unit for providing a list of registered medical services, and receiving and managing information in which a prescription code of each medical institution and at least one medical service are mapped; a prescription data processing unit for receiving prescription information issued to a patient to generate a prescription identifier, and storing the prescription information as prescription data mapped to the prescription identifier; and a service relay unit for retrieving the stored prescription data according to a configured scheduling condition and providing access information of the medical service mapped to the prescription data to a patient terminal, wherein the medical service is a medical service application provided on the basis of SaaS.