32 results about "Prescribed medications" patented technology

A container system with a recordable device having a substantially unaltered packaging profile when compared to standard commercially available prescription containers. The container includes a bottle having a cylindrical body having a length greater than its width. A cap is provided with an inclined spiral or helical land and stops to permit it to be affixed to the container. The cap is equipped with a snap fit ring or a fitting on its underside. A recording device is configured with a land or snap ring removably engageable with the snap fit ring on the underside of the cap. The cap has an aperture to accommodate a recording switch on the recording device. The cap is provided with a speaker switch aperture to permit the user to activate the message on the recording device to hear about the contents of the bottle.

A system is provided.SOLUTION: A system comprising: means for acquiring biological information of a user; means for analyzing the biological information; means for making a diagnosis based on a result of the analysis and past medical information; means for making a prescription based on a result of the diagnosis; means for delivering the prescribed medicine; and means for observing a course of treatment.SELECTED DRAWING: Figure 1

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

A system and method are provided for improving medication adherence of a patient, comprising: determining whether a time window for a medication intake event for a patient has occurred; determining a status of the patient by activating a sensor to generate echo signals reflected from objects in a designated space including the patient and a medication location containing a prescribed medication; determining whether the patient's behavior indicates that the patient is available to complete the event; sending to a patient device a first notification instructing the patient to complete the event by taking the prescribed medication; determining whether the patient has interacted with the medication location; sending to the patient device a confirmation request asking the patient to indicate whether the event is completed; and responding to the confirmation reply by storing the completed event and sending a notification to a physician device indicating completion of the event.

To provide an electronic medical chart system that allows a doctor operating an electronic medical chart to display a picture image of a prescribed medicine without effort, provides an "opportunity" for a patient and the doctor to have an active communication, and can support an improvement in adherence.SOLUTION: An electronic medical chart system has first storage means that stores picture image data of each of a plurality of actual medicines, and medicine association information in which a medicine name of each medicine is associated with each picture image data. When the medicine name is input to a medicine input unit B2 in a displayed electronic medical chart K2, control means specifies medicine names including the input medicine name from the medicine association information, or specifies a medicine name matching the input medicine name, extracts picture image data associated with the specified medicine name in the medicine association information, and displays picture images B2B, B2E based on the extracted picture image data near the medicine input unit B2 in the electronic medical chart K2.SELECTED DRAWING: Figure 5

To provide a count bag capable of easily checking at a glance and managing the residual number of medicines such as medical narcotic prescribed to each patient.SOLUTION: In a count bag, pocket sheets are regularly arrayed in a form of multiple rows and n columns on a surface side of a sheet body forming a base plate using a resin film or the like, a plurality of first pockets having one end opened, fixed to the sheet body in a bag shape, and storing an unused medicine, each bag is numbered with a natural number in a residual number display part such that the residual number can be easily checked at a glance, a free description space where a medicine name, a patient name, a day, or the like can be described with a writing utensil, a second pocket part having one end opened capable of storing used narcotic collection sheet and an unopened medicine, and the count bag is of sheet-type three types (for patch, for rescue medicine, and for medicine sheet).SELECTED DRAWING: Figure 1A

To provide a direct medicine management of benefits system by an insurer for reducing costs relating to the provision of prescribed medicines.SOLUTION: Information related to a prescribed drug included in a medical fee statement is acquired for each of a plurality of prescribed drugs. Statistical information of prescription contents for each of a plurality of prescribed drugs calculated based on information related to the prescribed drugs is acquired. To estimate the kind and quantity of prescribed medicines to be collectively purchased by analyzing prescription contents.SELECTED DRAWING: Figure 1

A system is provided.SOLUTION: A system includes a means for registering basic information input by a user in a database, a means for receiving a name of a prescribed medicine or information of a prescription and acquiring detailed information of the corresponding medicine from the database, a means for providing the acquired detailed information of the medicine to the user in an optimized manner by using an AI model, a means for receiving a daily medication situation or a change in physical condition of the user and evaluating the same by using the AI model, a means for providing feedback to the user on the basis of an evaluation result, and a means for transmitting necessary data to a medical expert upon permission of the user.SELECTED DRAWING: Figure 1

The invention discloses a novel method for extracting and concentrating efficient components of a kidney-tonifying Juanbi pill, which comprises the following steps: pretreating medicinal materials: taking prescription medicinal materials of the kidney-tonifying Juanbi pill; the traditional Chinese medicine composition is prepared from rhizoma drynariae, prepared rehmannia root, Chinese angelica, paniculate swallowwort root, ground beetle, stiff silkworm (stir-fried with bran), centipede, scorpio, honeycomb (stir-fried with clear water), lumbricus (processed with wine), zaocys dhumnade (processed with wine), corydalis tuber, pyrola, epimedium, berba aristolochiae mollissimae, geranium wilfordii, caulis spatholobi, scandent hop, radix rehmanniae recen and polygonum cuspidatum. Through targeted medicinal material pretreatment and ultrasonic-assisted extraction, the problems of slow dissolution of plant medicinal effective components and difficult extraction of animal medicinal cuticle of the kidney-tonifying Juanbi pill are effectively solved, and the extraction rate of the medicinal effective components stably reaches 60% or above. Effective components of medicinal materials such as polygonum cuspidatum, caulis spatholobi, berba aristolochiae mollissimae, geranium wilfordii and rehmannia in the prescription can be fully dissolved out, and waste of raw materials is avoided.

A pill case and medication reminder system is provided. A pill case and a reminder system are in data transfer communication with one another. The system can also include a global positioning system, an accelerometer, or both. A pill case compartment is configured to hold a medication. The pill case has a sensor or sensor array configured to detect the amount of medication in the pill case. A pill case processor is configured to generate a data signal pertaining to the amount of medication in the pill case. The system can generate medication reminders, for example, pertaining to refilling a subscription or taking medication with food. The pill case can include or connect to a phone case for a smartphone, or can be integrated into a smartwatch.

Techniques for generating an irrevocable or guaranteed out-of-pocket (OOP) cost for a patient's prescription prior to the patient submitting the prescription for processing and filling by an enterprise include receiving a request for the OOP cost, obtaining current information corresponding to the patient, and determining the irrevocable OOP cost of the prescription based on the current patient information, one or more constraints set by the enterprise for a given time interval and associated with OOP prescription costs, and changes to characteristic(s) of the patient and / or occurrences of external condition(s) predicted to occur during the given time interval. The irrevocable OOP cost may be charged to the patient for the prescription irrespective of any amount which is provided by the patient's insurance provider to cover the cost of the prescription. The techniques may utilize a set of specially-trained irrevocable OOP cost machine learning models to determine the irrevocable OOP prescription cost.

A pill case and medication reminder system is provided. A pill case and a reminder system are in data transfer communication with one another. The system can also include a global positioning system, an accelerometer, or both. A pill case compartment is configured to hold a medication. The pill case has a sensor or sensor array configured to detect the amount of medication in the pill case. A pill case processor is configured to generate a data signal pertaining to the amount of medication in the pill case. The system can generate medication reminders, for example, pertaining to refilling a subscription or taking medication with food. The pill case can include or connect to a phone case for a smartphone, or can be integrated into a smartwatch.

To provide an electronic medical chart program that allows a doctor operating an electronic medical chart to display a picture image of a prescribed medicine without effort, provides an "opportunity" for a patient and the doctor to have an active communication, and can support an improvement in adherence.SOLUTION: An electronic medical chart program causes the system to execute: an electronic medical chart display procedure of displaying an electronic medical chart; a medicine name specification procedure of, when a medicine name is input to a medicine input unit B2 in the electronic medical chart K2, specifying medicine names including the input medicine name from medicine association information in which picture image data of each of a plurality of actual medicines is associated with the medicine name of each medicine, or specifying a medicine name matching the input medicine name; a picture image data extraction procedure of extracting the picture image data associated with the specified medicine name; and a picture image superimposition procedure of displaying picture images B2B, B2E based on the extracted picture image data near the medicine input unit B2 in the electronic medical chart K2.SELECTED DRAWING: Figure 5

Systems and methods for providing emergency access to information regarding prescribed medications are provide. A request for emergency access is received from a requesting healthcare provider device associated with an emergency provider. The request includes authentication information for a patient received from an authentication device associated with the requesting healthcare provider device. The received authentication information is verified by a server against patient data, including authentication information and medication information for patients, stored at a database. Following successful verification, if the patient data for the patient includes an authorization for emergency access, the database is queried to prescription information associated with the patient, which is transmitted to the requesting healthcare provider device in a read-only format.

The invention discloses a Yianning pill preparation method combining network pharmacology and a membrane enrichment process, and belongs to the technical field of traditional Chinese medicine preparation. The method comprises the following steps: predicting and determining a core medicinal component group related to the treatment of the coronary heart disease by the Yianning pill through network pharmacology, dividing prescription medicinal materials into a water-soluble component group and a fat-soluble and alcohol-soluble component group according to physicochemical properties of the medicinal component group, and carrying out partial extraction by adopting solvents with different polarities to obtain an extracting solution; enriching and refining the extracting solution by adopting a membrane separation technology such as microfiltration and ultrafiltration to obtain a medicinal component concentrated solution, and finally mixing the medicinal component concentrated solution with medicinal auxiliary materials to prepare the Yianning pill. According to the invention, through a membrane enrichment process, the concentration of medicinal components is effectively improved, the residue of ineffective impurities is reduced, the single dose is reduced, and the medication compliance of a patient is improved; and meanwhile, full extraction and retention of medicinal components with different properties are ensured by a subsection extraction strategy, and damage to heat-sensitive components is avoided.

Techniques for generating an irrevocable or guaranteed out-of-pocket (OOP) cost for a patient's prescription prior to the patient submitting the prescription for processing and filling by an enterprise include receiving a request for the OOP cost, obtaining current information corresponding to the patient, and determining the irrevocable OOP cost of the prescription based on the current patient information, one or more constraints set by the enterprise for a given time interval and associated with OOP prescription costs, and changes to characteristic(s) of the patient and / or occurrences of external condition(s) predicted to occur during the given time interval. The irrevocable OOP cost may be charged to the patient for the prescription irrespective of any amount which is provided by the patient's insurance provider to cover the cost of the prescription. The techniques may utilize a set of specially-trained irrevocable OOP cost machine learning models to determine the irrevocable OOP prescription cost.

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

The invention relates to the technical field of traditional Chinese medicine pharmacy, and discloses a traditional Chinese medicine composition, a traditional Chinese medicine preparation and a preparation method and application thereof. According to the preparation method, the traditional Chinese medicine composition and the preparation thereof provided by the invention, the extraction transfer rate of active effective components of the prescription medicines is improved; the traditional Chinese medicine composition can be used for reducing body temperature, resisting viruses, and / or treating cold and cough, upper respiratory tract infection, acute and chronic tracheal and bronchitis, pneumonia, bronchial asthma, measles combined pneumonia, children pertussis and / or pungent and cool catharsis, clearing lung and relieving asthma, and relieving cough and reducing phlegm.

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.

The application discloses a hospital pharmacy dispensing pure visual checking method, and belongs to the technical field of hospital medicine dispensing checking, and comprises the following steps: connecting two-dimensional code information with a hospital information system to obtain a medicine list; capturing a transparent basket containing prescribed medicines from a vertical top view angle and two side view angles; identifying the positions of the medicines through a YOLO object detection model and cutting out the area corresponding to each medicine to obtain a detection frame picture; grouping and matching to obtain a picture combination containing three pictures; performing visual transformation recognition to obtain a visual transformation recognition result, and performing optical character recognition on the picture combination to obtain an optical character recognition result; and comparing all obtained final medicine name recognition results with the medicine list to output a checking result. The application can ensure the accuracy and safety of medicine dispensing by combining image recognition and information comparison technology, and reduce the error risk caused by manual checking.

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.

To provide a technique allowing patients to access appropriate therapies and allowing pharmaceutical companies to verify whether their supports for appropriate medical consultation and treatment are effective.SOLUTION: A customer acquisition control unit 53, when an end user performs a medical-related search using a patient terminal 2, performs control for the purpose of having the end user visit a medical institution H as a patient K and receive a prescription. This control includes causing the search results to include the location of predetermined media which directly or indirectly provide information regarding the medical institution H. An awareness-and-guidance control unit 54 provides the end user who performed the search through predetermined media providing a plurality of types of medical information with medical information relevant to the content of the search, and executes control for promoting and guiding the end user to visit the medical institution H.SELECTED DRAWING: Figure 5

To enable the provision of information that encourages appropriate actions by healthcare professionals regarding drug prescriptions. [Solution] The communication interface 121 receives source data OR from at least one of a plurality of client devices 11, which includes information relating to at least one of the following: prescription of a drug to a patient, dispensing of the drug, and the patient taking the drug. The storage 123 stores the source dataset so that it includes the source data OR. The processor 122 extracts at least information identifying the drug and information identifying the doctor or medical institution that prescribed the drug from the source dataset, and generates a prescription status dataset PF that represents the actual prescription of the drug by the doctor or medical institution.

The present disclosure provides systems and methods for medication disposal, e.g., at a medical institution or a pharmacy. For example, a system for medical disposal can comprise a receiving unit configured to receive a medication from a user. The medication can be an unused or leftover portion of a prescribed medication for a subject in need thereof. The system can comprise one or more sensors operatively coupled to the receiving unit. The one or more sensors can be configured to detect the medication received by the receiving unit. The system can comprise an analysis engine operatively coupled to the one or more sensors. The analysis engine can be configured to determine a score indicative of a management of the prescribed medication by the user, based at least in part on (i) the detection of the medication received.

The invention discloses a prescription medicine out-of-hospital configuration management method, which realizes full-process digital management such as patient identity double verification, online inquiry and one-key prescription continuing intelligent distribution, doctor and pharmacist grading auditing, prescription medical insurance platform synchronization and the like through cooperative work of terminal equipment and a prescription medicine out-of-hospital configuration management system. The efficiency and accuracy of medical convenience services are improved, and convenient and safe one-stop service experience of dispensing and diagnosis and treatment is provided for patients. According to the technical scheme, the method is characterized in that the method is based on terminal equipment and a prescription drug out-of-hospital configuration management system, the terminal equipment is applied to a pharmacy, the prescription drug out-of-hospital configuration management system comprises a background server, a data storage and exchange module and a network communication module, and the terminal equipment is in communication connection with the background server. The background server side comprises a doctor auditing side and a pharmacist auditing side; and the background server is used for operating the doctor auditing terminal and the pharmacist auditing terminal, and processing receiving, distribution, primary auditing, rechecking and uploading operations.

Example methods, apparatus, and articles of manufacture to estimate costs of prescriptions are disclosed herein. An example system to estimate a cost of a prescription for a medication includes receiving a prescription for a medication for a patient, receiving a request for an estimated cost for the prescription for the patient from an entity, forming an input vector including prescription information for the received prescription and payor information for the patient, processing the input vector for the received prescription with a trained machine learning model to determine the estimated cost of the medication for the patient, updating the machine learning model based upon computed differences between predicted costs determined by the machine learning model and actual sold costs for the plurality of sold prescriptions, providing the estimated cost to a user device, and deploying the updated machine learning model.

This invention describes how users can capture digital artifacts from any medical device using their mobile device. Some examples of medical devices included, but are not limited to a medical ID card, Medical ID bracelet, Electronic Medical Records, blood pressure machines, blood glucose, scales, inhalers, INR, prescription bottles and trays, pulse oximeter, etc. Digital artifacts included, but are not limited to a medical ID, basic patient information, patient contact information, emergency contact information, primary care physician information, health insurance information including co-pay and deductibles, prescriptions, office visit summary, appointment cards, Electronic Medical Records (EMR), lab results, blood type, organ / donor status, vital signs, diagnostic data, immunization records, payments and transaction history, pictures, etc

The invention relates to the technical field of traditional Chinese medicine prenatal evaluation, and discloses a pre-pregnancy prenatal health risk evaluation system based on a traditional Chinese medicine clinical mapping knowledge domain. The system comprises a pre-pregnancy health data acquisition module which can acquire female pre-pregnancy physiological indexes, traditional Chinese medicine constitution identification data, family genetic disease history and living environment parameters, and the physiological indexes cover basal body temperature curves, menstrual cycle characteristics and tongue coating pulse condition digital records; the knowledge graph construction module aligns the collected data with traditional Chinese medicine ancient book syndrome entries, and establishes a triple relation network of physique types, syndrome elements and intervention scheme nodes; the risk assessment engine module generates a physique bias score, a syndrome evolution path probability and an environmental risk superposition coefficient according to the node association strength; the intervention strategy generation module is used for matching acupuncture and massage prescriptions, medicated diet and dietary therapy formulas and emotion regulation suggestions; and the feedback optimization module receives the sign data to correct node weights and scheme effectiveness marks, and realizes traditional Chinese medicine characteristic assessment and intervention of pre-pregnancy health risks.

The application provides a hair growth spray and a preparation method thereof, and is characterized by comprising the following steps: S1, taking phyllanthus emblica, dried ginger and huangkuizi as prescription medicinal materials according to a prescription; S2, cleaning and uniformly mixing the prescription medicinal materials and then crushing them; S3, softening and rewetting the prescription medicinal materials so that the water content of the traditional Chinese medicinal materials reaches 65%-75%; S4, wet-state enzymolysis of the softening and rewetting prescription medicinal materials; S5, placing the wet-state enzymolysis prescription medicinal materials in a container, adding 5-10 times the mass of the prescription medicinal materials of aged highland barley wine, sealing and then soaking for 30-50 days, and then filtering to obtain an active liquid; S6, concentrating the active liquid to remove part of ethanol in the aged highland barley wine, reducing the ethanol concentration in the active liquid to 10%-12%, and then filtering; S7, nanometer treatment of the active liquid after the step S6; and S8, sub-packaging. The application solves the inconvenient use of the existing hair growth product and the problem that the efficacy of the hair growth product prepared into a spray is reduced.

The invention discloses a medicine information processing method and system for a thoracic surgery patient, and relates to the technical field of medical information processing, and the method comprises the steps: collecting prescription medicine information and real-time physiological monitoring data of the patient; the method comprises the following steps: carrying out structured modeling on prescription drugs, and extracting metabolic enzyme categories, pharmacological targets and pharmacokinetic characteristics; sequentially analyzing the comprehensive similarity degree of adjacent drugs in the prescription to identify potential interaction risks; establishing a dynamic risk correction model by combining indexes such as heart rate, blood pressure and oxyhemoglobin saturation of the patient; in the drug risk recursion process, the risk threshold value is adjusted in real time according to the patient state, and the overall risk level of the prescription is output; individualized dose suggestions and blood concentration prediction results are generated according to parameters such as body surface area and liver and kidney functions, the system is composed of a data acquisition module, a drug modeling module, a similarity analysis module, a risk assessment module, a dose adjustment module and a visualization module, and the system is automatically operated when a doctor makes a prescription, prompts drug risks in real time and provides medication optimization suggestions.