51 results about "Apothecary" patented technology

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.

The invention relates to internet-of-things digital intelligent medicine and medicine interaction virtual-real fusion terminal equipment, and aims to solve the problem of medicine selection deviation caused by insufficient medical knowledge of a user in a traditional medicine purchasing process. The device obtains user symptoms through multi-mode interaction (voice, touch screen and video), generates a combined medication scheme based on a cloud medical knowledge base and a medicine database, and introduces a doctor, pharmacist and licensed pharmacist auditing mechanism to guarantee scientific medication and safe medication of the user. The system supports four payment modes and two medicine taking modes (self-pick-up / delivery), realizes full-process intelligentization from symptom analysis to medicine delivery, and adapts to full-process digitalization from body organ part-part symptom to medicine delivery in local dialects. According to the method, the user can be guided to accurately purchase medicines with scientific and safe medication according to the disease symptoms, the correspondence between the medicines purchased by the user and the disease symptoms is improved, the risk of wrong medication of the user is reduced, and the accuracy of scientific and professional medication is improved.

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.

This pharmacy information collection system comprises: an identification information acquisition unit that acquires identification information about a user who purchases a medicine at a pharmacy; a purchase history information acquisition unit that acquires purchase history information indicating a purchase history of the medicine that is purchased by the user; a pharmacy collection information acquisition unit that, on the basis of an exchange between the user and a pharmacist of the pharmacy performed when the user purchases the medicine at the pharmacy, acquires pharmacy collection information indicating information collected from the user by the pharmacist; and a storage unit that associates and stores the acquired purchase history information and the acquired pharmacy collection information with respect to the acquired identification information.

To provide a drug store notification system capable of reducing the possibility of the period during which refill prescriptions can be dispensed for the second or subsequent times being exceeded, a call notification method in a drug store notification system, a drug store notification program, and a recording medium.SOLUTION: A pharmacy terminal 10 is a terminal that executes a series of processing to encourage patients to visit a pharmacy for patients who have multiple refill prescriptions that have at least the prescribed drug, the number of days for dispensing, and the number of times they can be used. The pharmacy terminal includes: an input unit 11 for inputting information on the patient, information on the dispensing date, and information on the number of days for dispensing a refill prescription; a period calculation unit 14 that is configured so as to, when the refill prescription is available for next use, calculate the next available period for dispensing based on information on the number of days for which the prescription has been dispensed and information on the date of prescription input made on the input unit 11; and a display control unit 15 or a communication unit 17 notify at least one of the patient and the pharmacist that the patient should visit the pharmacy before the dispensing period calculated by the period calculation unit 14 has elapsed.SELECTED DRAWING: Figure 3

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.

To more appropriately support guidance related to medical care.SOLUTION: A guidance support server 30 comprises a video call control unit 352, a speech recognition processing unit 353, and a recommendation information generation unit 354. The video call control unit 352 controls a video call between a terminal used by an instructor who performs guidance related to medical care and a terminal used by a patient so as to remotely achieve the guidance related to medical care performed for the patient. The speech recognition processing unit 353 performs speech recognition processing on a speech transmitted and received in the video call. The recommendation information generation unit 354 generates recommendation information that is information indicating the details of guidance recommended in pharmaceutical guidance. Further, in parallel with the advance of the video call, the video call control unit 352 causes a terminal used by a pharmacist to output guidance support information based on a result of the speech recognition performed by the speech recognition processing unit 353 and the recommendation information generated by the recommendation information generation unit 354.SELECTED DRAWING: Figure 4

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

Systems, methods, and devices for medical practice management. Such embodiments can allow for communication between a practitioner, patient, caretaker, pharmacist, and / or other person responsible for care. Some embodiments include the ability to schedule appointments or other blocks of time for a physician's schedule. Some embodiments include artificial intelligence based systems that can provide diagnostic and / or prognostic capabilities and / or the ability to stratify patients based on risk and / or severity.

This pharmacy information collection system comprises: an identification information acquisition unit that acquires identification information about a user who purchases a medicine at a pharmacy; a purchase history information acquisition unit that acquires purchase history information indicating a purchase history of the medicine that is purchased by the user; a pharmacy collection information acquisition unit that, on the basis of an exchange between the user and a pharmacist of the pharmacy performed when the user purchases the medicine at the pharmacy, acquires pharmacy collection information indicating information collected from the user by the pharmacist; and a storage unit that associates and stores the acquired purchase history information and the acquired pharmacy collection information with respect to the acquired identification information.

To support the business of pharmacists more appropriately.SOLUTION: In a support information providing system 1, a support request unit 53 of a terminal device 10 sends a support information providing server 30 a request to generate support information for pharmaceutical guidance based on target information which is a consideration target in pharmaceutical guidance for patients and includes contents of pharmaceutical guidance the previous time for the patients and a hearing result this time. A UI display control unit 51 displays the support information transmitted from the support information providing server 30 in response to the request by the support request unit 53. A target information acquisition unit 254 of the support information providing server 30 acquires consideration target information based on the request from the support request unit 53. A problem identification unit 256 generates the support information including contents of recommended pharmaceutical guidance by making inferences based on the consideration target information. A support information providing unit 259 provides the terminal device 10 with the support information generated by the problem identification unit 256.SELECTED DRAWING: Figure 2

This invention is for a safety child-resistant and tamper-evident packaging container cap having a tamper-evident tab on the top of the cap and a press-tab on the side wall that 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 the number of pills contained in the container is accurate. The uniqueness of the cap allows the pharmacist and medical staffs or provider to close it by turning it clockwise, while the patient turns the cap counterclockwise to open it. However, this process will break off the tamper-evident disc away from the outside cap, which indicates tampering and exposes the upper surface of the inner lid, wherein the additional marking displays “OPENED” to warn of tampering.

A method and system may provide an automated pharmacy processing system which automatically processes an electronic prescription by converting the electronic prescription into a pharmacy prescription record. In this way, an electronic prescription can be filled by a pharmacist without manual data entry. The system receives an electronic prescription and compares data from the electronic prescription with entries in one or more pharmacy database(s). When one or more data from the electronic prescription is different from the entries in the one or more pharmacy database(s), the electronic prescription data is combined into a combined component that is compatible with the pharmacy prescription record. The combined component is then automatically entered in the pharmacy prescription record, enabling the pharmacist to fill the electronic prescription.

To provide a user (e.g., pharmacist or administrator) with information useful for proposing open prescription dispensing.SOLUTION: An information processing device is provided, comprising means of determining whether a target patient is a recommended patient to be proposed with open prescription dispensing or not on the basis of patient information on the target patient to be subjected to medication guidance, and means of presenting a determination result of the determination means to a user at a target pharmacy providing the medication guidance.SELECTED DRAWING: Figure 3

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

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

To provide an information processing method, a computer program, and an information processing system that contribute to improvement of health of a patient, a medical service provider, and a pharmacist as a whole and an employment environment.SOLUTION: A computer executes processing of: acquiring prescription data including identification data of a patient and a prescription for the patient; acquiring an image obtained by imaging medicine picked based on the prescription data; acquiring attribute data of the patient obtained from the identification data of the patient included in the prescription data; outputting an audit request based on the acquired prescription data, the image, and the attribute data; transmitting the prescription data, the image, and the attribute data to an auditor according to the audit request; receiving audit results from the auditor; and outputting whether or not the medicine can be received / delivered from / to the patient based on the audit results.SELECTED DRAWING: Figure 1

To support tasks of a pharmacist such as preparing medical records.SOLUTION: An input unit 111 inputs, into the learning model 112, patient personal information indicating attributes of a patient who receives a drug prescription, questionnaire information indicating answers of the patient to a medical questionnaire, and prescription information indicating contents of a prescription for the patient. The output unit 113 outputs entry information generated by the learning model 112 in response to the patient personal information, the questionnaire information, and the prescription information input by the input unit 111, the entry information including at least the Subject and Object entries of a SOAP (Subject, Object, Assessment, Plan) medication record.SELECTED DRAWING: Figure 2

To provide a flexible convenient way for a patient to receive a prescribed drug based on a prescription issued to the patient.SOLUTION: A patient K puts an original prescription into a collection box 8-1 prepared with a locker device 3-1 located in a station closest to home (Step S2). A first delivery person H1 picks up the original prescription from the collection box 8-1 and delivers the prescription to a pharmacy YK (Step S3). A second delivery person H2 delivers and deposits, to a locker device 3-3 located in a station closest to a company that the patient K is working for, a prescribed drug prescribed based on the prescription by a pharmacist of the pharmacy YK (Step S5). The patient K takes out the prescribed drug from the locker device 3-3 in the station closest to the company to receive it (Step S6).SELECTED DRAWING: Figure 1

The present invention relates to a system and method for real-time synchronization of pharmacy inventory data and integrated communication between prescribers and pharmacists. The system employs a cloud-based architecture with middleware and API-based integrations to extract, standardize, and transmit inventory data from pharmacy management systems to hospital electronic health record systems. By maintaining continuous inventory updates and providing prescribers with real-time medication availability information, the system reduces prescription fulfillment delays, enhances operational efficiency, and improves patient access to necessary medications. The system supports both on-premise middleware and direct API integrations, ensuring compatibility with various pharmacy networks and healthcare systems.

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.

To provide an information processing system that can improve the business response capabilities of pharmacies. [Solution] An information processing system that provides online medication instructions at a pharmacy store is provided, which includes a server, a patient terminal at the pharmacy store, and a pharmacist terminal at a location different from the pharmacy store, and the server performs identification processing, request processing, and call processing, and in the identification processing, the server acquires data, and in the request processing, the medication instruction task corresponding to the data is presented on the pharmacist terminal, and in the call processing, the pharmacist terminal that selected the presented medication instruction task is connected to the patient terminal so that they can communicate, and the data includes at least one of patient identification information of patients who visit the pharmacy store, patient prescription drug receipt information, audit information, prescription information, drug information, drug history information, medicine notebook information, dispensing record information, medicine bag information, receipt information, receipt certificate details information, reception number information, test result information, health check result information, upper limit management table information, and device output information.

This will enable high-quality medication instructions to be provided regardless of the pharmacist in charge. [Solution] An input unit 111 inputs patient personal information indicating the attributes of a patient who will receive a prescription for a drug, prescription information indicating the contents of the prescription for the patient, and at least information on precautions and side effects included in the information contained in the package insert of the drug to a learning model 112. An output unit 113 outputs advice information for providing medication instructions to a patient, generated by the learning model 112 in correspondence with the patient personal information, prescription information, and information contained in the package insert.

The system according to this embodiment aims to automate the task of recording patient medication records and reduce the burden on pharmacists. [Solution] The system according to the embodiment comprises a recording unit, an analysis unit, a generation unit, an approval unit, and a recording unit. The recording unit records the conversation between the pharmacist and the patient. The analysis unit analyzes the data recorded by the recording unit and transcribes and summarizes the content of the conversation. The generation unit generates objective data, an assessment, and a plan based on the chief complaint generated by the analysis unit. The approval unit allows the pharmacist to confirm, approve, or revise the content generated by the generation unit. The recording unit records the medication history approved or revised by the approval unit.

1. Name of the product in this design: Doll (Fearless Bear - Pharmacist). 2. Purpose of this design: for viewing, playing with, and decoration. 3. The key design features of this product are its overall shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

To support the work of a pharmacist, such as the preparation of a medication history.SOLUTION: A learning section 115 causes a learning model 112 to learn using learning data indicating examples of entries for at least Subject and Object in a SOAP (Subject Object Assessment Plan) medication history. An input section 111 inputs, to the learning model 112, patient personal information indicating an attribute of a patient who receives a prescription of medication, medical questionnaire information indicating a patient's response to a medical questionnaire, and prescription information indicating the content of a prescription for the patient. An output section 113 outputs entry information about at least Subject and Object in the SOAP medication history, which is entry information generated by the learning model 112 in correspondence with the patient personal information, the medical questionnaire information, and the prescription information input by the input section 111.SELECTED DRAWING: Figure 15

This invention provides an information processing system, apparatus, method, and program that better supports communication between pharmacists and patients. [Solution] In the information processing system 1, the prescription data acquisition unit 51 of the pharmacy computer 10 acquires patient prescription data, the prescription data transmission unit 52 transmits the prescription data to the server 20, the change acquisition unit 155 of the server acquires change information regarding medications that have been changed between past prescriptions and the current prescription based on the prescription data and the patient's past prescription data, the change data transmission unit 156 transmits the change information data to the pharmacist terminal 30, the screen display unit 254 of the pharmacist terminal displays a screen to present the patient with information on medications related to the prescription, including the change information, based on the change information data, the operation reception unit 251 receives operations entered on the screen, and the screen display unit 254 changes the displayed content of the medication information according to the operation.