28 results about "Drug identification" patented technology

The application discloses a kind of narcotic drugs whole-process traceability management method and system, specifically related to medical information technology field, the method includes: obtaining the multimodal perception data generated in the circulation process of narcotic drugs, at least including operator identity data, drug object identity data, drug identification data, weight change data and operation image data;Multimodal perception data is input into the dynamic risk score model of edge computing node, the model extracts the behavior fingerprint characteristics of operator based on time series attention mechanism and outputs dynamic risk score;Determine whether dynamic risk score exceeds preset threshold, if exceeds, generate intercept instruction, otherwise generate release instruction and append storage traceability record.The application realizes the intelligent closed-loop traceability management of narcotic drugs whole process by multimodal fusion verification and adaptive risk assessment, effectively improves the real-time nature and data integrity of supervision.

This utility model provides a drug identification device, relating to the field of dispensing device technology. The drug identification device includes: a first visual recognition component, a tray, a conveying module, a turntable, a second visual recognition component, and a controller. The drug identification device provided in this embodiment uses the first visual recognition component to acquire the quantity, type, and position of the drugs on the tray. This allows the controller to control the conveying module to accurately pick up and move the drugs to the turntable. By installing a second visual recognition component on the side of the turntable, the device captures and identifies the drug's name, appearance, and dosage, enabling accurate and automatic drug identification, saving manpower, avoiding errors in drug use, and preventing risks to patient treatment outcomes.

This application discloses a portable drug detection device and method, relating to the field of drug identification technology, with the main objective of addressing the problem of poor detection effectiveness in existing drug testing methods. It includes: a Raman spectroscopy component, an ion mobility spectrometry component, a processor, a power module, a display component, and a sample inlet module disposed on the ion mobility spectrometry component. The processor is electrically connected to the Raman spectroscopy component, the ion mobility spectrometry component, and the display component, and is used to identify and process the spectra acquired by the Raman spectroscopy component and the ion mobility spectrometry component to obtain drug detection results. The power module is electrically connected to the Raman spectroscopy component, the ion mobility spectrometry component, and the processor, and is used to provide power. The display component is used to display the drug detection results. The sample inlet module is used to insert sample test strips.

This invention provides a pharmacy search device, a pharmacy search method, and a pharmacy search program that provide useful information about the possibility of dispensing medications by pharmacies. [Solution] In a communication system S connected to a network NW, a pharmacy reservation server 1 is connected to one or more inventory systems 2, multiple pharmacy terminals 3, multiple user terminals 4. The pharmacy reservation server acquires drug identification information to identify the drug to be dispensed, and based on the dispensing information stored in a dispensing information storage means that stores dispensing information indicating the dispensed drug and the dispensing pharmacy, it searches for pharmacies that have a history of dispensing the drug identified by the acquired drug identification information, and transmits search result information indicating the search result to the terminal device.

The present application relates to a kind of drug rapid detection method, equipment and medium based on photonic crystal image, comprising: image pre-processing, to locate the position of photonic crystal in image and cut image, so that only photonic crystal is left in the image after cutting;Extract the color feature vector of the photonic crystal, and carry out dimension reduction processing;The color feature vector after dimension reduction is converted, identified and compared based on support vector machine, and the drug identification of the to-be-measured body fluid is completed.The present application is based on the color difference of different drugs and photonic crystal after reaction, judges what kind of drug, such as amphetamine, pseudoephedrine, chloroephedrine, methylcathinone or methamphetamine, contained in the to-be-measured liquid by comparing with standard spectrum, fast, low cost, mass detection, low equipment cost.

The invention discloses a visual detection method of a paper-based colorimetric sensor array chip for medicine authenticity identification. A colorimetric sensor array is composed of a compound formed by a bipyridine derivative and a dye through electrostatic interaction. The invention also discloses a synthesis method of the bipyridine derivative. During detection, optical signal changes after the sensor array reacts with the antibiotics are obtained through image RGB analysis or absorbance spectrophotometry analysis, high-flux and high-sensitivity identification of various antibiotics is achieved through a pattern recognition algorithm, and the accuracy rate can reach 100%. The invention further provides a portable sensor based on a paper base and matched image analysis software, and on-site rapid detection and authenticity identification of the antibiotics are achieved. The method is simple to operate and low in cost, and has a wide application prospect in the fields of food safety and drug anti-counterfeiting.

The application discloses a drug production quality identification method and platform based on big data, relates to the technical field of drug identification, and comprises the following steps: for each batch of drugs, obtaining equipment fluctuation information in the production process to calculate an equipment fluctuation value; obtaining drug raw material change information in the production process to calculate a raw material change value; obtaining production scale information in the production process to calculate a production scale value; calculating a quality identification change value according to the equipment fluctuation value, the raw material change value and the production scale value, and judging whether the production quality identification frequency of the corresponding batch of drugs needs to be changed according to the quality identification change value. In this way, the identification frequency can be adjusted according to the actual fluctuation, process complexity or potential risk of different batches of products, and the dynamic identification strategy can ensure that high-risk batches are identified sufficiently and quality hidden dangers are not omitted, so that the big data quality identification method can be further improved in production flexibility and quality guarantee capability.

The embodiment of the invention provides a medicine identification method based on AI visual identification and a medication guidance system, and the method comprises the steps: carrying out the multi-angle image collection of a passing medicine through a plurality of image collection devices disposed on the side surface, the top surface and the bottom surface of a target transmission region when the medicine passes through the target transmission region of a conveyor belt, the conveyor belt is provided with a transparent belt; carrying out drug traceability code identification on the collected image; and if the identification of the traceability code of a certain drug fails, extracting the pictures of the target drug in the images at all angles, performing similarity comparison with the drug image database through the AI image identification model, determining the drug with the highest similarity as the target drug, and outputting the drug traceability information of the target drug. And the integrity of image information is improved through multi-angle image acquisition. Traditional bar code recognition and AI image recognition are combined, the robustness and the fault-tolerant capability of the system are enhanced, and the medication safety and the reliability of the tracing process are guaranteed.

The invention provides a drug target affinity prediction method and device, and a medium, and relates to the field of drug identification, the method comprises the following steps: obtaining three-dimensional structure data, and carrying out feature extraction to obtain geometric features and chemical features; fusing the geometric features and the chemical features through a geometric perception graph neural network to obtain compound features; decomposing the compound characteristics into drug characteristics and target characteristics; performing graph clustering on the drug features and the target features, and aggregating the atomic-level features into functional-level cluster features; performing statistical attention enhancement on the functional-level cluster features to obtain final features, splicing the final features, and performing fusion and dimension reduction through a multi-layer perceptron to obtain a global feature vector of the compound; and inputting the global feature vector of the compound into an affinity regression predictor, and predicting to obtain a binding affinity value between the drug and the target. According to the method, the accuracy and generalization of affinity prediction are effectively improved by comprehensively considering the three-dimensional structure and the overall statistical semantic information of the drug target.

The present disclosure relates to a dose detection system for use in combination with a medication delivery device. In one aspect, the system includes a module keyed to the device and including a sensor operable to detect the relative angular position of a sensed element attached to the medication delivery device. The system determines the type of medication contained by the device, and / or the type of device, based on the detected angular position of the sensed element. In another aspect, the dose detection system is used in combination with a medication delivery device including a dose setting member which rotates relative to an actuator during dose delivery. The dose detection system includes a sensor and is operable to detect the relative angular positions of a sensed element attached to the dose setting member during dose delivery and to determine the amount of dose delivered. Related methods are also disclosed.

The embodiment of the application provides a drug component identification method and related equipment, and belongs to the technical field of drug identification. The method comprises the following steps: obtaining preset drug sample data, including positive drug sample data and negative drug sample data, wherein the positive drug sample data comprises a first thin layer chromatogram, and the negative drug sample data comprises a second thin layer chromatogram; constructing a model training atlas set through the first thin layer chromatogram, so as to train a preset twin neural network model, and obtain a first twin neural network model; constructing a model test atlas set through the first thin layer chromatogram and the second thin layer chromatogram, so as to optimize parameters of the model in combination with the model training atlas set, and obtain a target neural network model; and inputting a to-be-identified thin layer chromatogram into the target neural network model for component identification analysis, and obtaining a component identification result. The embodiment of the application can try not to use control samples and control medicinal materials in drug identification, so that the economic, green and environmentally-friendly purposes are achieved.

Accurately identify chemicals from images containing the word "chemical". [Solution] The drug identification support system comprises an image acquisition unit that captures an image obtained by photographing a string of characters indicating a drug prescribed to an individual, and a drug name output unit that outputs the drug name of at least one drug string that matches a drug name in a drug master from among a group of multiple character strings recognized in the image, as a drug candidate identified in the image. The drug name output unit does not output the drug name of the drug string as a drug candidate if the drug name of the drug string is a pre-set non-output drug.

The present disclosure relates to a dose detection system for use in combination with a medication delivery device. In one aspect, the system includes a module keyed to the device and including a sensor operable to detect the relative angular position of a sensed element attached to the medication delivery device. The system determines the type of medication contained by the device, and / or the type of device, based on the detected angular position of the sensed element. In another aspect, the dose detection system is used in combination with a medication delivery device including a dose setting member which rotates relative to an actuator during dose delivery. The dose detection system includes a sensor and is operable to detect the relative angular positions of a sensed element attached to the dose setting member during dose delivery and to determine the amount of dose delivered. Related methods are also disclosed.

The application discloses a computer vision-based automatic drug identification system, and relates to the technical field of computer technology and artificial intelligence, and comprises the following modules: a feature extraction module, which is used for extracting an intrinsic identity vector and a degradation state vector from a digital image of a to-be-identified drug; an identity recognition module, which is used for generating an identity recognition result of the drug according to the intrinsic identity vector and a preset classifier network; a quality evaluation module, which is used for generating a quality quantification score of the drug according to the degradation state vector and a preset degradation tolerance threshold; and a risk screening module, which is used for generating a fake and inferior drug risk screening clue according to the degradation state vector, a preset genuine degradation mode library and a preset mode difference threshold. Through a unique adversarial training mechanism, the system can extract features representing the inherent identity of the drug and features representing the appearance degradation state of the drug from a single image, so that the accuracy and robustness of identification are greatly improved.

This utility model relates to an assistive medicine identification device for the visually impaired, comprising a near-field communication patch and an identification and broadcasting module. The near-field communication patch is attached to the outer surface of the medicine. The identification and broadcasting module includes a housing, a voice submodule, and an identification and broadcasting circuit. The housing surface has raised assistive arrows, and the side of the housing has an I / O interface connected to the identification and broadcasting circuit and a speaker hole. The identification and broadcasting circuit includes a main control subcircuit, a communication subcircuit connected to the main control subcircuit, and a power supply circuit. The voice submodule is connected to the main control circuit. Compared with the prior art, this utility model has the advantages of facilitating the search for visually impaired individuals by setting an identification and broadcasting module with assistive arrows; the precise placement of assistive markers around the identification area helps users avoid placing items in the wrong location, thereby effectively preventing identification sensing problems caused by improper placement and ensuring the smooth operation of the entire device.

This invention provides a pharmacy search device, method, and program that reduce the input burden for searching for pharmacies. [Solution] In the communication system, the system control unit 11 of the pharmacy reservation server includes a user identification information acquisition unit that acquires user identification information for identifying the user of the terminal device, a dispensing information acquisition unit that acquires dispensing information associated with the user identified by the acquired user identification information from a storage unit that stores dispensing information including dispensing drug identification information for identifying the dispensed drug, associated with the patient to whom the dispensed drug is provided, a search unit that searches for a pharmacy that satisfies predetermined conditions regarding the inventory of the drug identified by the dispensing drug identification information included in the acquired dispensing information, based on inventory-related information stored in the inventory DB of the storage unit that stores inventory-related information related to the inventory of the drug in the pharmacy, associated with the pharmacy and the drug, and a selection screen information transmission unit that transmits search result information showing the search result to the terminal device.

The application provides a medicine identification method, a verification method, a medicine identification device and an electronic device. The method obtains an image sequence in a medicine taking process through a wearable image acquisition device; each frame of image in the image sequence is input into a pre-trained action recognition model and a medicine identification model to obtain a hand detection frame, a medicine detection frame and a medicine category; a target action, a start time and an end time of the target action are determined based on the hand detection frame and the medicine detection frame, the target action being a hand medicine taking action; and a final medicine category identification result is determined based on the medicine category identified from the image sequence between the start time and the end time of the target action. According to the application, the target action of hand medicine taking is identified according to action recognition, and the identification result of the medicine category is further determined according to the target action, so that automatic identification of the medicine category is realized, the efficiency of medicine identification is improved, and the accuracy is improved.

The invention discloses a drug identification and curative effect analysis method based on a large model and multi-round treatment data. Comprising the following steps: firstly, giving multiple rounds of doctor seeing records and a disease diagnosis and treatment knowledge base of a patient, and carrying out preprocessing and candidate medicine extraction on text contents to obtain an initial medicine set which is being taken by the patient; thirdly, identifying the drug state to remove invalid drugs, and outputting a drug standard category in combination with disease diagnosis and treatment knowledge base information and large model reasoning ability; if the current doctor-seeing information is lost, automatically backtracking historical doctor-seeing records; through semantic verification and fact check, an accurate and credible recognition result is generated; and finally, according to an identification result, automatically constructing a real world research queue so as to carry out drug curative effect analysis. The method has high accuracy and high clinical adaptability, and large model illusion is avoided. The method is suitable for scenes of chronic disease management, clinical auxiliary decision making, intelligent health follow-up visit, curative effect analysis and the like.

To more accurately discriminate medicines.SOLUTION: An image of the medicine placed on the tray is captured by the camera after a lapse of a first time which is a pre-imaging waiting time after the tray is moved to the first position, and in a case where the detection unit detects a change in the position of the medicine in the image, the pre-imaging waiting time from the completion of the movement of the tray to the start of imaging by the camera is changed to a second time longer than the first time, and an image is captured again at the first position.SELECTED DRAWING: Figure 7

The present application relates to the technical field of drug identification, and particularly relates to a drug identification method, system, storage medium and electronic device, the method comprising: obtaining a Raman spectrum of each preset drug sample of a preset kind, preprocessing to obtain a plurality of first Raman spectra, and then calculating a threshold value; using an L1-KernelPCA method to perform non-multiplication kernel operation on all the first Raman spectra to obtain a matrix and a characteristic vector sorted in descending order of eigenvalue; selecting the first m characteristic vectors as principal component vectors, calculating the cumulative variance of each first Raman spectrum and the corresponding first reconstruction vector, and judging the quality of each preset drug sample according to the size relationship between the cumulative variance and the threshold value. The accuracy can be ensured, and the method is efficient and fast.

This invention belongs to the field of pharmaceutical technology and relates to drug identification and detection methods, specifically to probe primers and their applications in the identification of *Pheretima aspergillum* and PCR detection methods. The probe primers consist of the sequences shown in SEQ ID NO. 1-8 and SEQ ID NO. 9-17; these probe primers are used for the specific and quantitative detection of *Pheretima aspergillum* using quantitative real-time PCR methods (including real-time quantitative PCR and digital PCR). The detection method provided by this invention can effectively detect *Pheretima aspergillum*, including newly discovered subgroups, exhibiting strong specificity and high sensitivity. It can be used for the qualitative or quantitative detection of *Pheretima aspergillum* in various forms of traditional Chinese medicine, including raw materials, processed slices, granules, decoctions, and compound preparations, demonstrating strong innovation and good application value.

The invention relates to the technical field of drug safety data management, and discloses an adverse drug reaction report data management system based on clinical treatment safety. The system comprises a data integration module, an event collection module, a feature extraction module, a risk assessment module and a queue generation module which are connected in sequence. The system automatically aggregates discrete events with time proximity and same drug identification into a unified analysis unit through an event collection module; a feature extraction module constructs a structured unit symptom spectrum and extracts multi-dimensional drug use features; the risk assessment module judges the potential risk level of the unit by analyzing the correlation between the symptom spectrum evolution mode and the medication characteristics; the queue generation module generates a priority processing queue according to the risk level. According to the system, intelligent identification and risk deep mining of relevance adverse reactions are realized, and the analysis precision and early warning timeliness of drug safety monitoring are effectively improved.

The application provides an intelligent medical rescue vehicle system and control method based on shelf life monitoring. The method comprises the following steps: in the warehouse entry mode, scanning the drug identification code to obtain the drug identity information and the shelf life, binding the drug with the physical storage location, and writing into the binding database; periodically scanning the binding database to calculate the remaining shelf life, performing hierarchical state marking, and performing physical locking on expired drugs; in the first aid mode, generating a drug dispensing instruction according to the effective period priority rule in response to the drug selection instruction; driving the physical drug dispensing mechanism to release the drug and confirming it through the sensor. The application realizes zero omission of shelf life and fast drug dispensing at the same time without increasing the operation steps through the dual-mode time domain orthogonal architecture, which decouples the shelf life management and the first aid drug dispensing in time.

The invention discloses a multi-mode medicine purchasing behavior data analysis system and method oriented to a smart pharmacy, and relates to the technical field of big data analys.The method comprises the steps that historical medicine purchasing records of a user are collected, complete medicine purchasing processes are constructed, the complete medicine purchasing processes are clustered, and a medicine purchasing reference database is constructed with the major function as a main index; after a user provides a prescription, generating a to-be-detected medicine purchasing process; retrieving a reference database according to the major function of the medicine, comparing the medicine positions of the to-be-detected process and the reference process for compliance verification, and delivering the medicine out of storage if the medicine is qualified; when the verification is not qualified, reversely comparing and screening the flow with the highest similarity, extracting the medicine in the corresponding order as a correction result, and manually checking the correction result; the system comprises a medicine purchasing record processing module, a reference database construction module, a to-be-detected process generation module, a medicine purchasing process verification module and a process correction checking module. The method can reduce drug identification errors, effectively intercept drug purchase abnormity, and improve drug purchase accuracy and efficiency.

The invention relates to the field of intelligent medical treatment, and discloses a drug identification and medication reminding method and device based on artificial intelligence, and the method comprises the following steps: S1, obtaining multi-modal information, such as images, characters and environments, of to-be-identified drugs; s2, reasoning a preliminary recognition result of the medicine and related confidence and matching degree; s3, man-machine interaction verification is dynamically triggered, and a final medicine recognition result is corrected and obtained through user feedback; s4, the medication plan is managed, and corresponding medication reminding is triggered according to the medication plan; and S5, performing adaptive learning by using user feedback and medication behaviors, and continuously optimizing the recognition model and the verification process. According to the method, multi-modal information such as vision, characters and environment fingerprints of the medicine is fused, comprehensive judgment is carried out in combination with the context of the medication plan, and therefore the accuracy and robustness of medicine recognition are improved, and the technical problems that an existing recognition method is insufficient in recognition precision and poor in robustness when facing easily-confused medicine or a changeable environment are solved.

To provide a medical care related information management system for acquiring a personal identification information aggregate on the basis of finer information.SOLUTION: A medical care related information management system 300 comprises: a medical identification information holding unit that holds medical identification information containing one or more of drug identification information, personal behavior attribute identification information, disease name identification information, medical care identification information, and examination result identification information; a personal identification information holding unit that holds personal identification information; a medical care related information holding unit that holds medical care related information; a medical care related information update unit that updates medical care related information for acquiring and holding new medical care related information from a medical care information management system or a medical care related database which is one or more of medical care information management databases; a search key reception unit that acquires a key for searching for the personal identification information of the medical care related information; a medical care related information search unit that searches for the medical care related information by the acquired search key; and a personal identification information aggregate acquisition unit that acquires a personal identification information aggregate which is an aggregate of one or more pieces of personal identification information in the medical care related information acquired as a result of the searching.SELECTED DRAWING: Figure 3

We provide the system. [Solution] To provide drug-related information, An input means for entering drug identification information, A search method that retrieves drug effects, precautions, and the latest research information by searching a data set based on the input drug identification information. Information provision means for providing acquired information to users in an interactive format, A reading method for securely obtaining drug information via digital code, A system that includes this.

The invention discloses an intelligent drug management method and system based on big data, and relates to the technical field of drug management, and the method comprises the steps: obtaining a drug specification and related literatures of each drug in a drug library; according to the rule characteristics extracted from the medicine specification and the related literature, generating the medication rule of each medicine; storing the medication rule of each medicine and the medicine identifier of each medicine on the nodes of the plurality of physical positions; determining non-compliance information in the prescription information according to drug use information in the prescription information issued by the doctor and drug use rules corresponding to drugs included in the drug use information; generating medication guidance information for the user according to the historical medication data of the user and medication rules corresponding to the medicines included in the medicine use information; collecting monitoring data of each medication link of each medicine; and according to the medication rule corresponding to each drug and the monitoring data, determining the non-standard behavior of each medication link.