356 results about "Dispensary" patented technology

The invention relates to the technical field of medical informatization and intelligent management, and particularly discloses a special management medicine intelligent shift change management system and method for a hospital pharmacy, and the system obtains the medicine information of the shift change shift of the pharmacy through a data collection module, and carries out the structural arrangement and standardization processing of the data. The medicine inventory and operation records of the current shift are recorded, and the abnormal operation recognition module recognizes potential operation anomalies through a single-class support vector machine model and calculates abnormal operation feature values; the drug difference identification module adopts a principal component analysis method to analyze inventory difference changes, calculates drug difference feature values, constructs comprehensive feature vectors, uses a K-means clustering algorithm to assess the safety degree of shift change management and outputs risk coefficients, and the dynamic intelligent shift change management module formulates corresponding strategies according to risk levels. The system also introduces an adaptive threshold adjustment mechanism, calculates the time sequence similarity of historical and current shift change characteristics through a dynamic time warping algorithm, and dynamically adjusts a risk threshold.

The invention relates to an old inpatient intestinal preparation failure risk prediction method and system, and the method comprises the steps: collecting the multi-dimensional electronic medical data of a patient from a hospital information system (HIS), a laboratory information system (LIS) and a pharmacy information system (PIS), carrying out the cleaning, missing value filling and standardization preprocessing of the original data, so as to construct a high-quality data set, and carrying out the prediction of the intestinal preparation failure risk of the old inpatient. Generating three core risk characteristics based on clinical knowledge: an age-weighted complication index, a specific drug use mark and a key physiological index anomaly mark; inputting the features into a preset rule engine, performing weighted calculation according to a fixed weight coefficient to obtain a comprehensive risk score, finally dividing patients into low, medium and high risk levels according to a risk threshold value determined by historical data, and outputting a result and storing the result into a database for clinical retrieval and early warning. The method can effectively evaluate the intestinal preparation failure risk of the elderly patient, and provides an objective basis for clinical intervention.

The invention discloses a hospital pharmacy inventory intelligent management system and method, and belongs to the technical field of data management. Medicine basic information and multiple batches of inventory records are acquired; an application risk grade R is extracted based on the medicine application label; combining the remaining validity period, the stability parameter and the risk factor to construct a batch ex-warehouse priority scoring model P; generating a sorting ex-warehouse list and executing allocation and ex-warehouse operation; when it is monitored that the medicine is in time or the inventory is abnormal, dynamically adjusting the score and updating the sorting result; according to the invention, fine control of the drug delivery sequence can be realized, clinical availability of high-risk-purpose drugs is guaranteed preferentially, and inventory use efficiency and medication safety are improved at the same time.

A pharmacy kit is managed by defining multiple rules for determining whether a segment of a pharmacy kit is satisfactorily stocked, selecting at least one rule among the multiple rules according to a kit stocking contingency, an prompting a user to stock the segment of the pharmacy kit according to the selected at least one rule.

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.

Pharmacy data systems, mobile computing devices, and methods for audible prescription label information using near-field encoded prescription packaging, such as prescription containers with radio frequency identifier (RFID) tags, are described. A mobile computing device, such as a smartphone, may include a near-field reader that reads a first set of prescription label information from an RFID attached to a prescription container. Using the first set of prescription label information, a second set of prescription label information may be accessed, such as from a remote pharmacy data system. The two sets of prescription label information may be used to populate an audible script template and converted to an audible human voice for delivery to the user.

To provide a medication history management apparatus with which a highly accurate medication history is registered and utilized.SOLUTION: A server includes a communication unit, a storage unit, and a control unit. The communication unit receives, from a patient terminal, which is a terminal of a patient, a drug image which is an image of drugs captured when the patient takes them. The storge unit stores the drug image received by the communication unit in association with patient identification information identifying the patient, the date of medication, and the time of medication. The control unit reads, from the storage unit, in accordance with a request from a health worker terminal which is a terminal of a dispensing pharmacy or a hospital, medication history data in which the drug image, the date of medication and the time of medication are associated with each other, corresponding to the patient identification information received from the health worker terminal, transmits the data to the health worker terminal, and displays a medication history screen in which the drug image, the date of medication and the time of medication are associated, on the health worker terminal.SELECTED DRAWING: Figure 5

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

An apparatus, system, and method for improving the efficiency of medication distribution within a healthcare facility. In particular, the invention provides parallel dispensing of multiple medications from a network of modular, connected, and automated or semi-automated dispensing modules. The method is directed toward receiving and executing multiple collection, dispensing, and delivery orders simultaneously while operating in a healthcare facility. The invention may sort medications for storage and subsequent delivery while rapidly servicing a high volume of pharmacy orders. The invention includes visible, electronic marking of data which may indicate its stored medication and final destination. The system tracks each unit as it transports medication throughout the facility. The invention organizes the stored medication using removable packaging which allows identification and verification of dosage by the system while being easily accessed by staff.

A system for providing AI-based personalized medical information according to an embodiment of the present disclosure includes a user terminal configured to receive prescription information from a hospital terminal through an Open API, a pharmacy terminal configured to transmit data by generating drug guidance information based on the prescription information, and an AI medical information consulting server that is configured to evaluate a disease type, a disease severity, and a physical safety by analyzing the drug type, dosage, administration frequency, and prescription period stored in the drug guidance information provided in the Open API of the user terminal, and to provide personalized healthcare content for users based on the analysis results.

The invention belongs to the technical field of intelligent pharmacies, and discloses an automatic medicine dispensing and taking system for an intelligent pharmacy. The system comprises a medicine transportation safety prediction module, a danger early warning recording module, a medicine acceptance allocation module and a personalized safety verification module, and is used for analyzing feature vectors to obtain a medicine safety prediction value, analyzing the medicine safety prediction value based on a safety threshold interval, obtaining a danger early warning report according to an analysis result, and checking the risk early warning report according to the analysis result. And according to the danger early warning report, carrying out mechanical counting and distribution warehousing on the medicines to obtain an acceptance and distribution report, supporting a user to log in an intelligent pharmacy system, obtaining a user data set, and analyzing the user data set and the medicine taking data to obtain a medicine safety report. The method has the remarkable advantages of high safety prediction accuracy in the drug transportation process, high drug flow monitoring capability and good user body safety guarantee effect.

The utility model relates to a storage mechanism, in particular to a disc storage mechanism, which is suitable for retail industries such as supermarkets, pharmacies and beauty shops, and structurally comprises a storage disc, a supporting mechanism and a power device, a mounting bracket is mounted in a main body frame, a plurality of profile shaft sleeves are sleeved on the mounting bracket, a bearing is mounted on each profile shaft sleeve, and the storage disc is mounted on the supporting mechanism. A plurality of bearings are arranged on the main body frame, a goods storage disc is arranged on each bearing, a plurality of supporting mechanisms are arranged below each goods storage disc, the supporting mechanisms are fixedly arranged on the main body frame, a power device is arranged beside each goods storage disc, the power devices are fixedly arranged on the main body frame, and the power devices can drive the goods storage discs to rotate. Compared with a traditional goods shelf, the multi-layer goods storage disc structure is adopted, the occupied area is greatly reduced, the traditional manual goods loading and taking process is abandoned, and the labor cost and the input cost are reduced.

A device may include a barrel in fluid communication with a needle. A device may include a piston comprising a plunger. A device may include a microprocessor. A device may include a wireless communication module. A device may include a verification system configured to: verify a user of the intelligent injection device, validate proper medication administration using the intelligent injection device. A device may include a machine learning system trained to: detect a medication preparation error at the intelligent injection device, verify proper medication within the intelligent injection device, prevent a medication administration mistake, wherein the prevention is provided at least in part by locking the intelligent injection device upon detection of a medication preparation error at the intelligent injection device.

The application belongs to the technical field of medicine inventory management, and particularly relates to a pharmacy medicine consumption prediction and replenishment system and method combined with prescription flow. The system comprises a collection and prediction module, a first replenishment module, a storage location optimization module, an updating module, a prediction correction module and a second replenishment module. Prescription flow is collected in real time and combined with historical consumption records, and time series analysis is used to predict medicine consumption trends. When the predicted value exceeds the storage location capacity threshold, the replenishment amount is adjusted through linear programming optimization. Then, the storage location information is integrated, and a dynamic simulation algorithm is used to verify and optimize the storage location allocation scheme. Real-time medicine shortage risk indicators are then combined, the replenishment priority is updated, and time series refined prediction and linear programming iteration are performed again until the final inventory recovery level is determined. The application effectively reduces the medicine shortage rate, improves storage location utilization efficiency and reduces operational confusion, significantly improving the accuracy and stability of pharmacy inventory management.

The invention relates to an intelligent medication monitoring system and management method for community medical treatment, and belongs to the technical field of medication monitoring, the intelligent medication monitoring system comprises an intelligent terminal layer, a data processing layer and a service application layer, the intelligent terminal layer comprises an Internet of Things medicine box, a behavior monitoring terminal, a portable medicine scanner, a home terminal APP and a doctor alarm terminal, the data processing layer comprises a cloud knowledge graph server, a multi-source data fusion engine and a pharmacy cooperation interface, and the service application layer comprises a compliance analysis module, a grading alarm center, a pharmacy PDA and an intelligent medicine shelf. A traditional medicine box only provides time reminding, the actual medicine taking behavior and dosage accuracy cannot be confirmed, medicine in different time periods is physically isolated by rotating a medicine bin in a time-sharing mode, the tablet reduction amount is quantified through a weighing sensor, the dosage insufficiency is recognized, the hand movement track is tracked and captured through fusion of a millimeter wave radar and an RGB-D camera, and the swallowing action is verified; and the supervision blind area of'not taking medicine after reminding 'is avoided.

A vial accumulator for use in a high volume pharmacy facility includes: a feed plate having an aperture; a vial staging unit mounted to the feed plate, the vial staging unit comprising at least one receiving compartment; a gate movably mounted to the feed plate, the gate movable relative to the feed plate between a blocking position, wherein the gate prevents a vial from exiting one of the receiving compartments, and a dispensing position, in which the gate allows passage of a vial in one of the receiving compartments through the aperture in the feed plate; and a controller operatively associated with the vial staging unit and the gate.

The invention relates to the field of smart pharmacies, in particular to a medicine output detection method and device for a smart pharmacy, electronic equipment and a medium. The medicine output detection method for the smart pharmacy comprises the steps of detecting whether each conveyed medicine in a medicine taking point is correct or not; under the condition that the current medicine taking state is abnormal, mistakenly conveyed medicines and error types corresponding to the mistakenly conveyed medicines are determined; under the condition that the error type corresponding to the mistakenly conveyed medicine is a medicine quantity error, determining a position corresponding to the mistakenly conveyed medicine so as to determine a first indication position; under the condition that the error type is a medicine category error, determining an error category corresponding to the mistakenly conveyed medicine; according to the error category, determining the return position of the mistakenly conveyed medicine and the position of the target medicine so as to determine a second indication position; and when the correction indication instruction is received, the first indication position and the second indication position are highlighted on the medicine storage rack. The medicine taking efficiency can be improved.

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.

An electronic prescription is obtained over a network. A synthetic prescription is generated from the electronic prescription and provided to an insurance switching system. Insurance information of a patient is received from the insurance switching system based on the synthetic prescription. An auto-reversal of the synthetic prescription with the insurance switching system is triggered. A patient payment amount associated with the particular pharmaceutical is determined based on the insurance information. One or more pharmacies to fulfill the electronic prescription are identified based on patient information. An interactive routing request data message is provided to the patient, the data message including the patient payment amount and a request for selection of a particular pharmacy of the one or more pharmacies. The selection of the particular pharmacy is received from a computing device associated with the patient. In response to receiving the selection, the electronic prescription is routed to the particular pharmacy.

The invention discloses a medicine taking and dispensing integrated robot system. The system is composed of a medicine dispensing robot, a medicine dispensing window, a medicine frame and a tracking line. The medicine distribution robot comprises an AGV body, a medicine taking mechanical arm, a lifting device and a rotary medicine hopper. The medicine dispensing window comprises a display screen and a medicine dispensing port, has the functions of medicine dispensing and robot charging standby, and is connected with the hospital prescription management system and the vehicle body control module through a wireless network to achieve prescription information transmission. The medicine shelf and the medicines on the medicine shelf have specific position information, and the medicine distribution robot can accurately position according to the medicine taking information given by the terminal to complete the medicine taking action. The intelligent pharmacy system is beneficial to reducing the workload of medical staff, improving the dispensing accuracy and the working efficiency, meeting the requirements of the medical staff and patients for non-contact dispensing and taking of medicines, is high in adaptability, can be newly built or can be used for modifying an existing pharmacy, and has lower cost compared with an introduced three-dimensional intelligent pharmacy.

The utility model discloses an X-axis multi-wheel friction transmission structure of an intelligent pharmacy. The X-axis multi-wheel friction transmission structure comprises a ground track and a multi-wheel bottom plate. The multi-wheel bottom plate comprises an upper surface and a lower surface, the multi-wheel bottom plate is connected with the ground track in a sliding mode, the ground track is arranged on the lower surface of the multi-wheel bottom plate, a lower synchronous belt wheel set is arranged on the upper surface, a lower synchronous rubber wheel set is arranged on the lower surface, the lower synchronous belt wheel set is connected with the lower synchronous rubber wheel set, and the lower synchronous rubber wheel set is distributed on the two sides of the ground track. The lower synchronous belt is wound between the lower synchronous belt wheel sets, and the driving motor drives the lower synchronous belt wheel sets. A plurality of rubber wheels are arranged to be in contact with the track at the same time and transmit power, different medicine load changes and track surface states in the intelligent pharmacy can be better adapted, and the walking efficiency of the intelligent pharmacy is improved.

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.

Presented herein are systems and methods for aggregating claims data. A database query service may aggregate claims data from patients, care providers, pharmacy services, and a multitude of other entities to store and maintain on a centralized database. The claims data may be stored and maintained as one or more data structures in accordance with a standard template across the database to facilitate access by the entities using the database. The claims data may also identify information for entities available for provision to address health conditions of patients. The service may also establish a communication session to facilitate exchange of messages through an interface between a patient and the entities. The service may monitor for usage of an electronic card at the pharmacy service.

Provide a mechanism for directing customers to pharmacy services. [Solution] The information processing device 3 has a memory unit 32 that stores notification user identification information for identifying the notification user who is a user of the notification service and pharmacy user identification information for identifying the pharmacy user in association with each other, an acquisition unit 331 that acquires the notification user identification information corresponding to the notification user who has registered the pharmacy service as a registered pharmacy in the notification service and the prescription issued by the medical institution to the notification user, and a notification unit 333 that notifies the pharmacy user's terminal of a message encouraging the user to use the pharmacy service to receive medication instructions for the medicines dispensed based on the prescription acquired by the acquisition unit 331.

Aspects of the inventive concepts involve a system and a method that include or use an AI overlay that applies models to interpret content from an electronic health record (EHR) display and generate insights related to the displayed EHR. Healthcare practices access an EHR system comprising a plurality of patient EHRs. The practice also has access to an application linked to at least one secondary source of patient information, such as an accountable care organization (ACO) application. The AI overlay implements vision or image-based processing of a displayed patient EHR to generate the insights from the secondary source of patient information, such as a summary of relevant patient data created since the patient's last visit to the practice (e.g., payer claims, pharmacy and lab information, admission, discharge and transfer events), and to provide auxiliary information, such as potential diagnosis and / or suggested care actions, within the screen displaying the EHR.

The utility model discloses a pharmacy is with medicine dispenser, is used for carrying out slitting to medicine piece, include: first board body, second board body, first storage groove and second storage groove, first storage groove sets up on first board body, second storage groove sets up on second board body, first board body has first wall, second board body has second wall, when first board body and second board body adaptation abut, first wall and second wall fit and can be in first storage groove and second storage groove together and fit out the wedge -shaped groove of adaptation storage medicine piece, when first board body and second board body separate, wedge -shaped groove restores first storage groove and second storage groove and makes medicine piece divide into first piece body and second piece body. The utility model can ensure that medicine piece can be accurately divided into even two, effectively avoid the dosage error caused by uneven slitting, guarantee patient medicine safety.

The utility model relates to a self-closing countable shading medicine storage device which comprises a shading box body, a box cover, a turning cover and a weighing base. The box body is detachably connected with the box cover; a weighing base is arranged below the box body; the turning cover comprises a rotating part located in the middle and two shading baffles which are symmetrically arranged, and the shading baffles are matched with the medicine taking opening of the box cover so as to shade light; arc-shaped protrusions are symmetrically arranged in the middle of the side wall of the box cover and connected with the rotating part of the turning cover through connecting pieces so that the turning cover can be automatically closed when not subjected to external force. Partition plates for function division are further arranged in the box body. According to the medicine counting device, the risk of deterioration of medicines can be reduced, the medicines can be counted very conveniently, and the situation that the medicines are damaged can be greatly reduced through various anti-falling and anti-collision designs. The system is suitable for various use scenes, can be well applied to actual work of a pharmacy, and has a huge market prospect.

This application relates to the production of solid dosage forms. The invention utilizes 3D printing technology, particularly fused filament manufacturing (FFF) 3D printing, to produce solid dosage forms, such as pharmaceutical tablets. The production process utilizes novel printing filaments containing active ingredients, typically on a spool. Such active ingredient-containing filaments have proven to be very robust, and the principles outlined in this disclosure provide a variety of viable formulations directly from the 3D printer. This provides, for the first time, a feasible means for on-site (e.g., in-pharmacy) 3D printing of personalized medicines tailored to patient needs. The invention also relates to specialized software for operating printing devices and for monitoring the real-time operation of multiple printing devices to enable easy detection of malfunctions, thereby facilitating regulatory approval and establishing a local, national, and global system conducive to regulatory compliance.

The application provides an intelligent high-density storage pharmacy and a medicine management method, which comprise a track robot, a grid track, a support, a charging device, a server, a medicine access channel and a medicine box. The track robot runs on the grid track. The grid track is laid on the storage pharmacy support. The vertical columns between the storage pharmacy supports form a derrick structure as a storage space of the storage pharmacy. The charging device is used for charging the track robot. The server is connected with the storage pharmacy. The track robot in the storage pharmacy runs to a specified position of a grid track layer according to a command signal sent by the server, and a lifting mechanism arranged in the track robot is used for storing and taking the medicine box in the storage area of the storage pharmacy. The medicine box is used for storing fixed medicines or medicines prepared by doctors. The bottom layer of the storage pharmacy is provided with the medicine access channel. The track robot takes out the medicine box according to the instruction of the server and completes the storage and taking of the medicines through the medicine access channel of the bottom layer of the storage pharmacy.

In accordance with some embodiments, an alternative system for processing of signals for use on a PBM or other healthcare network is described. In accordance with some embodiments, the system obtains a data packet defining at least one parameter of at least one pharmaceutical prescription and / or pharmacy, and identifies one or more data objects in the data packet to be swapped out within the at least one parameter. The system may then output one or more offers to a user via a dynamically updated graphical user interface of a software app, at least one of the offers defining a reward, and generating a file using the swapped out data packet upon detecting a signal indicating acceptance.