81 results about "Pharmacist" patented technology

The invention discloses an intelligent evaluation method and system for pharmaceutical service and teaching ability, and the method comprises the steps: building an interaction session between a scoring target and a virtual patient based on the generated virtual patient; marking key pharmaceutical behavior nodes and pharmaceutical related statement content of the scoring target in the interaction session; and based on the marked key pharmaceutical behavior node and the pharmaceutical related statement content, intelligently generating an evaluation score of the interactive performance ability of the scoring target in the pharmaceutical service scene. According to the application, the on-site strain capability of pharmacists or students can be effectively improved, the dependence on entity training resources is remarkably reduced, the fairness and reliability of assessment results are ensured, the training efficiency is greatly improved, and the differentiated training requirements of different scenes are met.

A system and method for pharmacy-level surveillance of all prescription behaviors using one or more artificial intelligence (AI) agents integrated with real-time prescription records, refill timelines, prescriber data, patient histories, PDMP registries, and epidemiological signals. The system evaluates these inputs with configurable heuristics and machine-learned models to detect prescription abuse, public health risks, and equity or bias trends, including overlapping providers, dosage escalation, refill velocity, and prescriber clustering. When an anomaly is identified, a structured alert is routed to pharmacists, prescribers, or regulatory personnel through a secure, role-authenticated communication interface. Each system transaction and user outcome is captured by a Medical Data Governance (MDG) layer, providing cryptographic sealing, timestamping, and immutable ledger storage. In some embodiments, the audit log uses a blockchain-based distributed ledger. The system's feedback-driven, adaptive architecture enables analytic and policy modules to update automatically based on real-time outcomes, public health signals, and usage trends.

A device may include a data acquisition layer comprising a patient information collector and a drug information collector, each operable to ingest patient-specific clinical data and drug-specific data, respectively. A device may include an analysis engine comprising a multi-criteria ranking engine configured to compute composite suitability score for candidate medications by weighting one or more of medication efficacy, medication safety, medication resistance, medication cost, or patient-specific coverage factors. A device may include a presentation layer comprising a summary dashboard configured to display a ranked medication recommendation set produced by the analysis engine.

A Decision Support System for prescription verification may include software and / or hardware configured to supplement analysis and decision-making in the workflow of a pharmacist and / or take action regarding certain steps in the prescription fulfillment process. The Decision Support System may include a plurality of software modules each configured to provide information to a user for a particular review, evaluation, or check regarding the Prescription Verification process. One or more the software modules of the Decision Support System may use or be implemented as an artificial intelligence (AI) module or algorithm, e.g., one or more decision trees, predictive models, large language models (LLMs), RAG enhanced LLMs, or rules-based engines. Decision Support System is configured to check information regarding the patient receiving the medication, the provider prescribing the medication, and the medication itself to ensure data accuracy and to determine whether it is safe to dispense the medication to the patient.

This invention is method of manufacturing of child-resistant and tamper-evident packaging container, which the cap having a tamper-evident feature on the top and a press-tab on the side wall. This cap provides both tamper-evident and child safety features to warn and protect consumers as well as dispensers such as: pharmacists, hospitals, medical centers, and manufacturers that the containers have not been opened and accurately reflect the number of pills in the container. The cap's distinctive feature enables the pharmacist and medical staff or provider to securely fasten by rotating it clockwise, while the patient turns the cap counterclockwise to open it for the first time. However, this process will break off the tamper-evident feature away from the outside cap, which indicates tampering and exposes the upper surface of the inner lid, where additional marking displays, i.e., “OPENED” to warn of tampering. The cap continues function a child-resistant container thereon.

The utility model is suitable for the technical field of pharmacy instruments, and provides a window medicine dispensing and conveying device which comprises a plurality of parallel installation grooves formed in a table top, medicine conveying devices are installed in the installation grooves, isolation glass is arranged on the table top, the space between the front ends of the installation grooves and the isolation glass is a medicine taking opening, and a sliding groove is formed in the top of each medicine conveying device. A baffle is arranged between the sliding grooves, the device further comprises a driving mechanism used for driving the baffle to move front and back, and code scanners corresponding to the medicine conveying devices are arranged on the table top. According to the structure, a pharmacist finds corresponding medicine according to data of a medicine sheet, places the medicine on the medicine delivery device and delivers the medicine to the medicine taking opening, a patient scans the code scanner of the corresponding medicine delivery device according to display prompts, the baffle retreats and is opened after information is consistent, and the patient can directly take out the medicine from the medicine taking opening. A plurality of medicine conveying devices can be arranged at the same time, and the medicine dispensing efficiency can be improved. And the pharmacist does not need to check the information of the medicine taker, so that the efficiency is further improved.

The utility model discloses a medicine information verification device based on diffuse reflection, and belongs to the technical field of medical equipment. The upper end face of the outer box body is provided with a transparent detection panel and an LED light source facing the interior of the outer box body. The inner box body is fixedly mounted in the outer box body; the upper end of the inner box body is open, a movable bottom plate is arranged at the bottom end of the inner box body, and a through hole is formed in the movable bottom plate; the camera bracket is fixed below the movable bottom plate; the camera is fixed on the camera bracket in a height-adjustable manner; and a lens of the camera is arranged in the through hole of the movable bottom plate in a penetrating manner and faces the detection panel. According to the utility model, through the diffuse reflection illumination design, the eyes of a pharmacist are effectively prevented from being stimulated by light rays, the comfort and accuracy of medicine information verification are improved, and accurate collection of medicine information is facilitated; the movable bottom plate of the inner box body can be adjusted along with the up-down change of the movable camera to adapt to different verification requirements; the design of the detection panel and the steps facilitates the placement and verification of medicines.

The invention provides a pharmacist clinical ability assessment method and system based on multi-scene self-adaption, and relates to the technical field of pharmacist ability assessment, and the method comprises the steps: configuring a standard diagnosis and treatment process, a mapping rule of an operation event and a diagnosis and treatment step, and a reference weight vector of five ability dimensions for various assessment scenes in advance; performing multi-modal data acquisition on the assessment interaction process of the pharmacist and the virtual patient to obtain a dialogue text sequence; performing semantic coding and context modeling on the dialogue text sequence to obtain a global dialogue abstract vector; obtaining a five-dimensional score vector based on the dialogue text sequence, the diagnosis and treatment step sequence and the pharmaceutical knowledge graph; adopting an adaptive weight network to generate fusion weight vectors of five capability dimensions; and carrying out weighted aggregation on the five-dimensional score vector by using the fusion weight vector to obtain a comprehensive score, and outputting a structured evaluation report. According to the method, the defects of single evaluation scene, shallow scoring dimension and weight logic solidification in the prior art can be overcome.

The application relates to the field of medical information technology, and particularly relates to an AI-assisted inquiry method and system based on a large language model and a medicine knowledge base, which comprises the following steps: obtaining dialogue record information and prompt information of a large language model through interaction between the large language model and a user; extracting a main medicine from the prompt information, obtaining medicine information of the main medicine in a medicine knowledge base to construct a medicine knowledge graph; constructing a prompt graph according to a medicine interaction relationship between the main medicine and other medicines and in combination with the dialogue record information, calculating the rationality of medicine use of the prompt information by using the similarity between the graphs; iteratively adjusting the prompt information by using the rationality of medicine use to obtain final prompt information; and providing the final prompt information to a pharmacist by the large language model. The application improves the accuracy of output content of the large language model in the process of assisting inquiry.

The system provides medication guidance that allows patients to select and partially view videos of medication guidance they received from pharmacists at pharmacies, etc., using a terminal device operated by the patient. These selections should include specific items (e.g., dosage, timing of administration, warning signs, when to seek medical attention, etc.). [Solution] The server computer 105 generates tag information for each classified text data, which is created by classifying the audio text data obtained from the video data of medication guidance according to the content of the medication guidance. This tag information includes time information within the video and indicates the content of the guidance. When a patient obtains access information with the patient terminal device 201, multiple tag information linked to the video data indicated by that information is displayed on the terminal. When the patient taps the desired tag information, the video data for the corresponding section is played.

A drug administration management method according to one embodiment disclosed herein may comprise the steps of: receiving identification information of a first drug from a pharmacist terminal; transmitting permission information corresponding to the identification information of the first drug to the pharmacist terminal; receiving customized medication guidance, in which the permission information is personalized according to patient profile information of a patient, from the pharmacist terminal, and storing the customized medication guidance in a patient information database; receiving identification information of a drug from a patient terminal and searching for the identification information of the drug in an internal database; and generating a customized administration schedule for the patient according to administration schedule information of the first drug included in the customized medication guidance if the searched identification information of the drug is the identification information of the first drug.

1. Name of the designed product: packing box (pure medicine far infrared dysmenorrhea warm palace paste). 2. Use of the designed product: used for product outer packing box. 3. Design points of the designed product: in the combination of shape and pattern. 4. Picture or photo that best indicates the design points: perspective view.

The utility model discloses a medicine dispensing cart which comprises a frame, a weighing table, a collecting assembly and a movable medicine chest, the frame comprises a first cart body and a second cart body, walking wheels are installed at the bottom of the first cart body and the bottom of the second cart body, and the second cart body slides relative to the first cart body and has a storage state close to the first cart body; the expansion state is far away from the first vehicle body; the weighing platform is arranged on the first vehicle body and is used for metering medicines from the medicine shelf storage area; the collecting assembly is arranged on the first vehicle body and used for collecting image information from the medicine frame storage area and the weighing table. The movable medicine box is placed on the frame and used for containing the medicine metered by the weighing table. A pharmacist realizes accurate dispensing of medicines through an informatization means, and the medicines are automatically audited through technologies such as datamation and visual identification, so that a part of potential error risks in a manual dispensing process are reduced, the trolley can be switched to a storage state when the trolley is not used and is in a no-load state, and the occupied space is reduced.

To provide an inspection assistance system which can assist the inspection task of a pharmacist and a tablet packing device.SOLUTION: An inspection assistance system (1) includes an inspection display processing part (211) which is configured to display, per unit of packing, a capture image of a tablet which is captured before the tablet dispensed from one or both of a tablet cassette (41) and a manual distribution unit (42) based on prescription data is packed into a packing material in a tablet packing device (4), and is configured to display a result of an inspection process which is executed based on the prescription data and identification information of the tablet included in the capture image of the tablet. Thus, it is possible to assist a pharmacist's inspection task carried out with respect to the tablets packed by the tablet packing device (4).SELECTED DRAWING: Figure 1

The invention discloses a traditional Chinese medicine decoction tracing method, device and equipment and a medium, relates to the technical field of traditional Chinese medicine decoction, is applied to a decoction center, and comprises the following steps: after the identity of a pharmacist is successfully verified, receiving a hospital encrypted prescription and on-chain evidence storage hash, carrying out signature confirmation and key information on-chain evidence storage, and generating a decoction work order; after the prescription is decrypted, the work order is distributed to medicine decocting equipment and personnel, medicine decocting parameters are collected through networking equipment, and the state of the work order is updated after zero-knowledge proof compliance verification; a distribution task is generated according to the work order, logistics is connected, the distribution state is subjected to uplink evidence storage, and notification information is pushed to the patient; and responding to the tracing request, aggregating the evidence storage data on the chain, providing privacy protection type verification or authorized original data verification according to a preset authority, and generating a credible tracing report. In this way, the problem of responsibility tracing is solved, automatic credible evidence storage of the decocting process parameters is achieved, a cross-mechanism data link is opened, a credible tracing closed loop is formed, and credible tracing of available and invisible data is achieved.

1. The name of the design product: electronic device static configuration center dispensing process display graphical user interface. 2. The use of the design product: for an electronic device. 3. The design points of the design product: in the graphical user interface content. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: for infusion bottle sticker window dispensing, pharmacists perform dispensing operations on the bottle stickers to be dispensed, support multiple window dispensing, classify data according to ward and outpatient, and also support advanced filtering of other fields to efficiently and accurately obtain target data and complete dispensing operations. 6. Change state description of the graphical user interface: click "switch window" in the upper right corner of the main view to enter change state figure 1; click "start dispensing" after selecting the dispensing window in change state figure 1 to enter change state figure 2.

The application discloses a model for predicting lactation medication risk, wherein when the model is used to predict the lactation medication risk, human trials are not needed for the to-be-tested drug, the lactation risk can be predicted based on the molecular structure of the to-be-tested drug, and when the lactation medication risk is predicted, the ROC_AUC value of 10-fold cross-validation reaches 0.80, indicating that the model has excellent prediction performance and generalization ability. The model can provide a rapid lactation medication risk evaluation tool for doctors and pharmacists, assist in formulating a safe medication scheme, avoid unnecessary weaning, reduce the adverse reaction risk of breastfed infants, and improve the medication safety level of mothers and infants. Meanwhile, the model can be combined to accurately evaluate the early safety of a new drug, identify and avoid potential lactation medication risks, guide molecular optimization in the new drug research and development process, and reduce the research and development cost and time.

The application relates to a medicine supply dispensing system and method, which interacts with a hospital information system (HIS) and comprises an image acquisition module, a pharmacist terminal and a server, wherein the image acquisition module and the pharmacist terminal are in communication connection with the server; the image acquisition module is used for acquiring image information of a plurality of medicine boxes placed at a fixed position; the server is used for receiving the image information, performing OCR identification, obtaining a plurality of medicine codes and medicine names and specifications of medicines corresponding to the medicine codes, comparing the identified medicine names and specifications with medicine names and specifications in medical order information, determining display styles of each item in the medical order information according to the comparison result, and displaying each item in the medical order information in the form of a list; and the pharmacist terminal is used for marking each item in the list according to the display styles. The application can reduce the dispensing workload of pharmacists, improve dispensing efficiency and enhance the dispensing experience of patients.

The invention relates to an intelligent pharmaceutical service platform with an electronic medical record safety management function based on rich media communication, and belongs to the technical field of medical information technology and communication. Comprising a user service end, a medical service end, a platform management end, a rich media communication integration module, an electronic medical record security access module, an intelligent pharmaceutical service engine and a medicine tracing and distribution module, the rich media communication integration module is in communication connection with the user service end and the medical service end, and the platform management end is used for system configuration, user management and data analysis. And the intelligent pharmacy service engine is connected with the rich media communication integration module and the electronic medical record security access module. According to the system and the method, two-way communication and personalized service are promoted, a mechanism of two-way communication between a pharmacist and a patient is created in a rich media interaction form, so that a service provider can obtain feedback in time and perform adjustment, and meanwhile, the system can generate personalized content according to the portrait of the patient, so that the service is more accurate and humanized.

The invention discloses a pharmaceutical monitoring grading system based on a dynamic weighting algorithm and an execution method, belongs to the crossing field of medical information technology and clinical pharmacy, and aims to solve the problems of high risk assessment subjectivity, non-uniform resource distribution, monitoring level adjustment lagging and lack of a closed-loop feedback mechanism in existing pharmaceutical monitoring. The system comprises a data acquisition module, a risk assessment module, a monitoring grading module, a monitoring intervention management module and a dynamic feedback adjustment module, patient information is acquired in multiple dimensions, a comprehensive risk score is calculated by using a dynamic weighting algorithm and is automatically graded, and a standardized monitoring task is pushed according to the grade. And weight parameters are dynamically updated by analyzing an intervention effect, so that closed-loop optimization is realized. The system can objectively, dynamically and accurately evaluate the pharmaceutical monitoring requirements of patients, and improves the working efficiency of pharmacists and the medication safety level.

1. Name of the designed product: packing box (for pharmacist's medicine fever-reducing gel). 2. Use of the designed product: the designed product is used for packing products. 3. Design points of the designed product: combination of shape and pattern. 4. Picture or photo best indicating the design points: front view.

The invention provides a risk prediction system and method for lung cancer treatment immune adverse events, and belongs to the field of artificial intelligence assisted medical decision. The system comprises an information acquisition module used for acquiring patient information from a hospital information system and a patient self-reporting platform; the risk assessment module is used for predicting the occurrence risk level of the immune-related adverse events through a machine learning model based on the collected information; the report generation module is used for generating three types of personalized reports for doctors, clinical pharmacists and patients according to evaluation results; the report sending module is used for sending the report to each terminal; and the central management module is used for data verification, consistency check and real-time synchronization. According to the invention, early and accurate prediction and multi-role collaborative management of adverse risks in the immunotherapy process of the lung cancer patient are realized, and the treatment safety and medical collaborative efficiency are improved.

The invention belongs to the technical field of medical information, and discloses a drug-resistant bacterium precise drug delivery auxiliary analysis method and system.The method comprises the steps that a microorganism submission event is responded, clinical data of a patient and a pathogen drug sensitivity report are automatically collected and integrated, and a structured electronic tracking intervention record chart is generated; based on a preset distributed node rule, multi-role real-time cooperative tracking and authority controlled interaction of pharmacists, clinicians and hospital infection specialists are realized; by integrating a standardized auxiliary evaluation panel and a pharmacy knowledge base, a pharmacist is guided to perform structured and standardized evaluation on pathogenicity and medication rationality; and performing batch analysis on archived cases by means of a preset intelligent contract rule, automatically generating a standardized report and a medication warning, and forming a management closed loop through directional pushing. According to the invention, standardization and intellectualization of the whole process from information acquisition, collaborative intervention to data analysis and utilization are realized, and the efficiency and quality of scientific management of antibacterial drugs are significantly improved.

The utility model discloses a pharmacy multifunctional medicine shelf partition relates to pharmacy equipment field, including fixed axle, soft partition and accomodation axle, and fixed axle fixed connection is in soft partition one side, and the other side fixed connection of soft partition is in accomodation axle inside, and soft partition is magnetic material, and whole can be bent, and fixed axle includes axle body main part, first sucking disc, second sucking disc and third sucking disc, and first sucking disc and second sucking disc fixed connection are in axle body main part outside, and third sucking disc fixed connection is in axle body main part bottom end, the utility model provides a pharmacy multifunctional medicine shelf partition, and the soft partition of the device is the writing board with magnetism, can be convenient for pharmacist to write medicine expiration date and other related information on it, and is designed as erasable, and the fixed axle and accomodation axle of the device can utilize built -in sucking disc structure and be adsorbed and fixed in the arbitrary place of medicine shelf, and can be moved at will according to demand simultaneously, and can accomodate and save space at any time when not using.

The invention discloses a doctor-side intelligent working platform system based on data fusion. The core innovation of the doctor-side intelligent working platform system is that a'patient-business' double-center driven and multi-layer intelligent auxiliary framework is constructed. The system comprises: a controller; unified intelligent workbench module, integrated business processing engine module, panoramic patient management sub-module, closed-loop doctor's advice and prescription sub-module, seamless referral cooperation sub-module, one-stop inspection sub-module, active patient service and management module, intelligent auxiliary decision-making module, personalized center and safety management module. In embodiments, the system is preferably deployed in the form of a mobile App. Doctor login, intelligent workbench unification, 'to-be-received 'order clicking, inquiry detail page receiving, medical advice making, patient transfer treatment and medical advice making, medical advice editing page making, drug recommendation, prescription making and prescription making. And checking the prescription by a pharmacist.

This invention relates to an automatic visual pop-up verification system for drug retrieval in a hospital information system, belonging to the fields of medical information technology and medication safety control. By constructing a drug appearance image library module, the system binds images of the smallest drug packaging, the front and back of the medicine box, and the individual drug appearance images to the hospital information system's drug dictionary. A retrieval trigger module is set up to automatically retrieve the corresponding drug image in response to the user's drug retrieval operation. A visual pop-up module displays the drug image in real time on the doctor's workstation and the pharmacy dispensing system interface for medical staff to visually verify. Simultaneously, a printing module embeds the drug image into the prescription and medication instructions, achieving closed-loop verification by doctors, pharmacists, and patients based on a unified image benchmark. This invention solves the medication confusion problem caused by textual dependence, similar drug names, and similar packaging in existing technologies, reducing the incidence of medication errors, without requiring any hardware investment or changing the existing workflow.

To support tasks of a pharmacist such as preparing medication records.SOLUTION: An input unit 111 inputs conversation data, which represents the content of a conversation between a patient who receives a prescription for a drug and a pharmacist for the patient, into the learning model 112. An output unit 113 outputs entry information generated by the learning model 112 in response to the conversation data input by the input unit 111, the entry information including at least the Subject entry of a SOAP (Subject, Object, Assessment, Plan) medication record.SELECTED DRAWING: Figure 2

The utility model discloses a medicine dividing and measuring device for a pharmacist, and relates to the technical field of medical instruments. The medicine dispensing and measuring device for the pharmacist comprises a main body unit, a medicine dispensing unit and a closing assembly, and the medicine dispensing unit and the closing assembly are located on the inner side of the main body unit. According to the medicine dispensing and measuring device for the pharmacist, due to the arrangement of the laser sensor and the reflecting element, the number of medicines dispensed by the device can be accurately measured, accurate medicine dispensing and measuring are achieved, the accuracy of medicine dispensing is greatly improved, and the adverse effect on treatment of a patient due to wrong medicine dispensing is reduced; the medicine dispensing unit is arranged, the medicine dispensing mode that a motor drives a rotary disc to rotate is adopted, the medicine dispensing continuity is improved, the medicine dispensing efficiency is remarkably improved, and the workload of pharmacists is relieved; the whole structural design is reasonable, all parts are tightly connected and are easy to disassemble and assemble, maintenance and cleaning of equipment are facilitated, meanwhile, the manufacturing cost of the device is relatively low, and popularization and use in various medical places are facilitated.

To more appropriately support medical guidance.SOLUTION: The guidance assistance server 30 includes a video call controller 352, a voice recognition processor 353, and a recommendation information generator 354. The video call control unit 352 controls a video call between a terminal used by an instructor who gives medical guidance and a terminal used by a patient in order to remotely realize the medical guidance given to the patient. The voice recognition processing unit 353 performs voice recognition processing on voice transmitted and received in the video call. The recommendation information generation unit 354 generates recommendation information that is information indicating an instruction content recommended in the pharmaceutical instruction. Further, the video call control unit 352 causes the terminal used by the pharmacist to output the training support information based on the result of the voice recognition by the voice recognition processing unit 353 and the recommendation information generated by the recommendation information generation unit 354 in parallel with the progress of the video call.SELECTED DRAWING: Figure 4

The utility model discloses a pharmacy medicine taking machine, which belongs to the technical field of medicine taking equipment, and comprises a base, a fixing frame mounted on the base, a plurality of medicine box storage vertical cylinders mounted on the fixing frame, medicine storage cavities formed in the medicine box storage vertical cylinders, and a medicine box push-out mechanism used for pushing out medicine boxes stored in the medicine box storage vertical cylinders one by one, a medicine outlet notch and a matching notch are formed in the front side and the rear side of the bottom of the medicine box storage vertical cylinder respectively, the medicine box push-out mechanism comprises an electric push rod, and a push head is fixedly connected to a rod head of the electric push rod. According to the technical scheme, when a pharmacist takes medicine, the electric push rod can push the push head to move forwards to eject the medicine box at the bottommost part out of the medicine outlet notch, then in the process that the electric push rod drives the push head to reset, when the push head completely retreats from the medicine box storage vertical barrel, the next medicine box falls down under the action of gravity, and the medicine box is taken out. Therefore, the electric push rod can push out the electric push rod during the next work.