238 results about "Dispensary" 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.

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.

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.

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 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.

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.

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.

The invention relates to the technical field of intelligent logistics, in particular to an automatic medicine sorting and packaging system and method for an unmanned retail pharmacy. The method comprises the following steps: receiving medicine order information; acquiring a medicine image in an AGV material box; identifying a medicine type according to the medicine image; if the drug type is consistent with the drug order information, controlling a six-axis cooperative mechanical arm to adaptively and flexibly grab a target drug, and scanning a traceability code of the target drug; and the traceability code is compared with the medicine order information, and if the traceability code is consistent with an expected code in the medicine order information, the six-axis cooperative mechanical arm is controlled to put the target medicine into a pre-mounted and opened packaging bag. Based on the intelligent logistics technology, the automatic accuracy rate and the operation efficiency of the medicine sorting and packaging process in the unmanned retail pharmacy are improved, the consistency and the reliability of the medicine recognition, grabbing and packaging process are enhanced, and therefore the overall sorting and packaging quality and the operation stability are improved.

The application discloses an integrated full-medicine robot intelligent pharmacy and a use method thereof. The intelligent pharmacy comprises a pharmacy body, a medicine shelf for placing medicines is arranged in the pharmacy body, a plurality of medicine storage baskets are placed on the medicine shelf, an X-axis transmission device moving along an X direction is arranged on one side of the medicine shelf, a Z-axis transmission device is vertically slidably arranged on the X-axis transmission device, a medicine taking and storing device and an electric mechanical hand are arranged on the Z-axis transmission device, a scanning mechanism for identifying the traceability code of the medicines in the medicine storage baskets is arranged on the medicine taking and storing device, a medicine supplementing device and a first medicine dispensing device are further arranged in the pharmacy body, and a second medicine dispensing device is arranged in communication with the outside of the pharmacy body. The electric mechanical hand, the medicine taking and storing device are driven by the X-axis transmission device and the Z-axis transmission device to move to the medicine shelf to take and place the medicines, and the first medicine dispensing device, the second medicine dispensing device and the medicine supplementing device are cooperated to realize automatic identification, dispensing and supplementing of the full medicines, so that the phenomenon of medicine clamping and medicine taking error is avoided.

This invention discloses a humanoid robot for dispensing medicine in a pharmacy and its walking control method. The humanoid robot includes a walking base, a torso, a humanoid robotic arm mechanism, a humanoid robotic hand mechanism, a humanoid head, and a behavior control unit. The torso is connected to the top of the walking base, and the humanoid robotic arm mechanism is connected to opposite sides of the torso. The humanoid robotic hand mechanism for grasping medicine is connected to the side of the humanoid robotic arm mechanism away from the torso. A storage box is provided on the top of the walking base. The humanoid robotic arm mechanism is movable. A humanoid head is connected to the top of the torso, and the humanoid head is equipped with a lidar for collecting high-altitude environmental data. The walking base is equipped with an environmental sensing device for collecting near-ground environmental data. The behavior control unit is used to construct a global environmental model based on the high-altitude and near-ground environmental data; obtain a preset trajectory route based on the global environmental model; and control the walking base to move according to the preset trajectory route.

AI-driven systems and methods for creating a customized pharmacy benefit plan for a client are provided. Historical claims data, transcripts or recordings of meetings between a pharmacy benefit manager (PBM) and the client, and survey data from members are received. The pharmacy benefit plan is generated by inputting the received data into a benefit plan model. The generated plan can be pressure tested using hypothetical claims or historical data to calculate the plan's impact and modifying the benefit plan model based on the calculated impact. Legislative or regulatory requirements, forecasted future medication needs, and constraints on the benefit plan, including client profitability requirements also can be received and used to generate the plan. The generated pharmacy benefit plan may include medication co-pay amounts, deductible amounts, claim adjudication rules, covered medications, and covered medical treatments.

The utility model discloses a medicine taking basket for a hospital pharmacy. The medicine taking basket comprises a handle and a plurality of medicine basket bodies, each medicine basket body is provided with a containing cavity and is provided with a mounting part, a connecting part and a matching part, and the mounting part can be detachably connected with the connecting parts of other medicine basket bodies, so that the multiple medicine basket bodies are selectively assembled and combined; the handle is provided with a rotating part, the rotating part is selectively matched with the multiple matching parts, and the handle is detachably installed on any medicine basket body. According to the scheme, the number of the combined medicine basket bodies can be flexibly adjusted according to actual requirements, then the sum of the containing cavities can be flexibly adjusted, the handles can be detached and are universal, and practicability is good.

The utility model belongs to the technical field of pharmacy tools, and particularly relates to pharmacy medicine discharging equipment which comprises a storage cabinet, a medicine placing frame is fixed on the inner side of the storage cabinet, the medicine placing frame comprises medicine discharging barrels, the number of the medicine discharging barrels is multiple, U-shaped inserting grooves are formed in the bottom faces of the inner sides of the medicine discharging barrels, U-shaped guiding plates are arranged on the inner sides of the medicine discharging barrels, and the U-shaped guiding plates are connected with the U-shaped inserting grooves. The bottom of the U-shaped guide plate is inserted into the inner side of the U-shaped inserting groove, and a plurality of medicine boxes are arranged on the two sides of the U-shaped guide plate. When medicine is discharged, a medical worker pushes the medicine box on the inner side of the medicine discharging cylinder from the left side of the U-shaped guide plate, so that the medicine box extrudes other medicine boxes, the medicine box with an opening in the right side of the U-shaped guide plate is pushed out, taking and using are convenient, the medicine boxes are pushed out in sequence, the medical worker can conveniently take the medicine according to a first-in first-out method, and disorder is avoided; the medicine boxes can be placed conveniently from the left opening, operation is convenient, the medicine boxes are arranged in order, and practicability is high.

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

1. The name of the design product: medicine taking box basket. 2. The use of the design product: the basket for medicine taking box in hospital pharmacy. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: perspective view.

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.

The utility model relates to the field of medical instruments, in particular to a tablet medicine adjusting device. A tablet medicine adjusting device comprises a box body, the box body is provided with a containing space, at least two medicine containing lattices are arranged in the containing space, and the medicine containing lattices are suitable for containing different types of tablet medicine; the box cover is rotationally connected with the box body, and the box cover is used for sealing the containing space. The tablet medicine adjusting device solves the problems that a lot of medicine is bottled tablets, and when a large number of patients need to fill the medicine in a pharmacy every time, a bottle cap needs to be unscrewed to take out the tablets with the corresponding number, so that the personnel in the pharmacy are busy, the workload is increased, and the tablets are inconvenient to take out, and therefore the tablet medicine adjusting device is provided.

A method of providing blockchain-based electronic health record data patient transactions, comprising: associating a single purpose patient ID (SPPID) with the electronic health record; providing the SPPID to the client, enabling the client to initiate a new blockchain patient transaction related to that patient on the blockchain without patient identifying information; receiving a patient transaction from a pharmacy; writing the patient transaction to the blockchain; notifying one or more client devices of the patient transaction; receiving one or more offers for data, products, or services related to the patient transaction; generating a smart contract related to the patient transaction and the one or more offers; and modifying the patient transaction based on execution of the smart contract.

Described herein are systems and methods for automated provision of auxiliary medication during prescription processing. A medication provision computing device is configured to process a prescription for a first medication, the prescription including an identifier of the first medication, and to detect the identifier of the first medication in a stored list of flagged medications. The computing device is further configured to generate, in response to the detecting, auxiliary medication provision instructions, the auxiliary medication provision instructions causing a pharmacy computing device to display the auxiliary medication provision instructions for provision of an auxiliary medication to a patient along with the first medication.

The invention discloses an online inquiry processing method and device, electronic equipment and a computer readable medium, relates to the technical field of e-commerce and internet medical treatment, and compared with a conventional medicine purchasing process that a user selects a drugstore for performance, the online inquiry processing method has the advantages that multiple drugstore terminals capable of performing the performance are pushed to a doctor through a doctor terminal, and the efficiency of medicine purchasing is improved. After a doctor selects a dosage form and a pharmacy terminal, traditional Chinese medicine is prepared, a prescription is made, and then the pharmacy terminal selected by the doctor carries out prescription filling, production, performance and delivery, so that a rapid medicine purchasing mode based on online traditional Chinese medicine inquiry is realized, the traditional Chinese medicine inquiry medicine purchasing process is simplified, the online inquiry processing efficiency is improved, and a closed loop of traditional Chinese medicine inquiry and medicine purchasing is realized.

Automated forecasting and replenishment planning system for pharmacy stocks, comprising a computer-aided infrastructure for recording dispensing data and stock levels, a computer-based time series processing unit for generating demand forecasts, and a replenishment control unit for automatically triggering replenishment measures based on the forecasts.

Described herein are systems and methods for automated provision of auxiliary medication and / or complementary food during prescription processing. A medication provision computing device is configured to process a prescription for a first medication, the prescription including an identifier of the first medication, and to detect the identifier of the first medication in a stored list of flagged medications. The computing device is further configured to generate, in response to the detecting, provision complementary food provision instructions, the complementary food provision instructions causing a pharmacy computing device to display the complementary food provision instructions for provision of a complementary food to a patient along with the first medication.