15 results about "Medicines management" patented technology

The application discloses a medical institution drug store medicine maintenance method based on 'three-three-four' segmented logic, belongs to the field of medicine management and maintenance in medical institutions, and comprises setting a total maintenance period T and dividing into three linking stages according to the proportion of 0.3T, 0.3T and 0.4T, calculating the in-store days of the inventory medicines, performing logical comparison screening and descending arrangement, constructing a to-be-maintained batch set, extracting the batches of the first 30%, the middle 30% and the remaining 40% in each stage to generate electronic maintenance tasks, and linking PDA terminal scanning of store location labels to perform checking. Through the management mode based on the time axis segmentation driving and the in-store day dynamic filtering, the maintenance tasks can be evenly distributed, the contradiction between the maintenance of the backlog varieties and the newly-in-stored varieties is solved, the single work intensity is reduced, and the balanced maintenance of the whole process of the drug store and the GSP specification compliance are ensured.

This invention specifically relates to a batch identification and counting device for clinical drug management, belonging to the field of drug management technology. It includes a counting machine base, a support platform fixedly mounted on the top of the base, a counting cylinder fixedly mounted on the top of the support platform, an annular plate fixedly mounted on the inner wall of the counting cylinder, a drive motor fixedly mounted on the top of the support platform, a transmission shaft fixedly mounted on the top output end of the drive motor, a material-taking plate fixedly sleeved on the outer wall of the transmission shaft, a base plate slidably mounted on the outer wall of the transmission shaft, and a replenishing plate rotatably connected to the top of the base plate. This device pre-stores materials through a pre-positioned replenishing plate and its replenishing holes. After the first round of material taking by the material-taking plate is completed, the replenishing holes of the replenishing plate can be sequentially aligned, thereby performing secondary replenishment of the material-taking holes and eliminating defects such as empty holes, missing particles, and incomplete filling.

The application relates to the technical field of intelligent devices and automatic control, and discloses an intelligent medicine selling system based on Internet of Things and a medicine management method, which comprises a main control microcontroller and a brushless direct current motor, a magnetic field orientation control driver, a thermistor array, a temperature and humidity sensor and an Internet of Things communication module which are communicatively connected. The main control microcontroller calculates the local estimated temperature of each medicine outlet to execute an over-temperature locking operation; the dew risk index of the current driven medicine outlet is calculated in combination with the dew point temperature inside the cabinet; the torque current characteristics are recorded and the reference operation envelope line data are updated; the dew risk index is received to generate dynamic fault tolerance parameters, and when it is determined that a physical deadlock state occurs, the brushless direct current motor is controlled to execute an alternating escape action. The application can accurately quantify the local environment temperature and humidity risk, adaptively adjust the deadlock judgment boundary, and safely release the physical jam through the alternating escape action, so that mechanical damage is avoided.

The application discloses a medicine demand prediction model optimization method, system, device, medium and program product, and the method comprises the steps of: obtaining local medicine time sequence data of each pharmacy node, preprocessing the local medicine time sequence data, and obtaining medicine time sequence feature data; using the medicine time sequence feature data to train the initialized global medicine demand prediction model, and obtaining model update parameters corresponding to the pharmacy node; using a federated average algorithm to aggregate the model update parameters corresponding to each pharmacy node into global model update parameters; and finally applying the global model update parameters to the current global medicine demand prediction model to obtain an updated global medicine demand prediction model. The application effectively improves the medicine demand prediction accuracy, thereby improving the medicine inventory turnover rate and reducing the medicine management cost.

1. The name of the design product: medicine management cabinet. 2. The use of the design product: used for medicine storage management cabinet. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

This application relates to the field of artificial intelligence technology, providing a multi-model-based drug management system, method, storage medium, and program product. The system includes: a drug management platform for processing drug management business logic and sending business requests outwards according to the business process; an intelligent agent for receiving business requests from the drug management platform, performing feature analysis on the requests, selecting and calling AI models, integrating the output results of the AI ​​models, and returning them to the drug management platform; and a model service platform for integrating, managing, and providing various types of AI models, receiving and responding to AI model call requests from the intelligent agent. In this application, the drug management platform and model service platform are decoupled and communicate through the intelligent agent, improving scalability and stability. The intelligent agent can analyze business requests, select suitable AI models, improve processing efficiency, and meet diverse business needs.

This invention discloses a method and system for managing narcotic and psychotropic drugs based on the Internet of Things (IoT), belonging to the field of IoT drug management technology. The method includes: responding to changes in the stock of narcotic and psychotropic drugs in a smart medicine cabinet; collecting drug label identification information and location signal strength via an RFID reader array to generate drug access records; obtaining weight change values ​​through gravity sensor nodes and verifying the legality of the access operation in conjunction with the drug access records; generating a locking command and sending it to the electromagnetic lock actuator in case of illegal operation; querying patient medication-related data in a cloud database based on drug label information; obtaining a predicted medication time window by fusing historical medication frequencies through a time series prediction model; matching the predicted medication time window with the operation time; generating a medication anomaly warning message and pushing it to the management terminal when the deviation exceeds a threshold.

The application discloses a kind of for managing the drug management system and method of tracking patient drug remaining amount, belong to medical information technology field.The system includes center server, doctor terminal, pharmacy terminal, inventory calculation and tracking engine, intelligent early warning module and patient terminal.Its core is through inventory calculation and tracking engine, according to the medication regimen in electronic prescription, and combining with the medication data fed back by patient, the real-time estimated remaining amount of drug is dynamically calculated.Intelligent early warning module monitors the remaining amount and the estimated remaining days, medication adherence rate and other indicators derived therefrom, and automatically triggers graded early warning when preset conditions are met.The application realizes the precise, automatic tracking and active early warning of patient individual drug inventory, effectively solves the problem of drug discontinuation or waste caused by traditional reliance on human memory, provides objective medication data support for doctors, and thus improves medication safety, treatment continuity and medical service quality.

The application discloses an intelligent robot system for assisting eye drop, aiming at solving the problems of inaccurate operation, poor compliance and inconvenient medicine management when patients with hand dysfunction, visual impairment and cognitive impairment autonomously drop eye drops. The system comprises a medical recliner, an auxiliary mechanical arm, a camera detection unit and a control unit. The camera detection unit comprises a 3D camera module and an eye movement tracking module, which can track the position of the eyeball in real time. The control unit dynamically adjusts the posture of the end of the mechanical arm accordingly, and realizes precise dripping. The system also integrates refrigerated storage, medicine identification, voice and display interaction and remote communication functions, and can automatically execute the whole process of taking medicine, dripping, homing and recording. The application realizes dynamic servo precise drug delivery, ensures the safety and compliance of drug use, and is suitable for long-term management of chronic eye diseases in family and medical scenes.

This utility model belongs to the field of drug management technology and provides a left-in, right-out ampoule box, comprising: a box body, the inside of which is provided with a receiving chamber for holding a plurality of bottles arranged in a linear fashion; the receiving chamber has an inlet for placing the bottles into the box body and an outlet for removing the bottles from the box body; a box lid, which is placed on the box body and is provided with a pushing component; the pushing component is used to push one of the bottles so that its end passes through the outlet, thereby removing the bottle. This utility model, through its left-in, right-out structure, achieves sequential retrieval of the bottles, avoiding misplacement or confusion of the bottles. This design improves the efficiency of drug management, especially in situations where frequent drug retrieval is required.

The application belongs to the technical field of medical management, and discloses a comprehensive and collaborative management system and method for narcotic and psychotropic drugs, which comprises a safe storage monitoring unit, a drug taking operation unit and a drug data insight unit. The safe storage monitoring unit is used for deploying a deformable magnetic fluid sealing mechanism on the upper part of a narcotic and psychotropic drug box, and controlling the shape change of the magnetic fluid through an electromagnetic signal. When an unauthorized opening behavior is monitored, the topological structure is triggered to deform and automatically lock the drug box. The drug taking operation unit is used for providing a drug taking path guide through the AR interface of the drug box, and combining a multi-frequency LED array to indicate the target drug storage bin for drug taking. The drug data insight unit is used for collecting narcotic and psychotropic drug consumption data and narcotic and psychotropic drug prescription data from the information storage terminal of the drug storage bin, and constructing a narcotic and psychotropic drug consumption atlas through the narcotic and psychotropic drug consumption data. In the process of drug management, omnidirectional safety protection, intelligent operation, accurate analysis and optimization are realized, and the management efficiency, accuracy, safety and intelligent level of narcotic and psychotropic drugs are greatly improved.

The application provides an intelligent medicine box control system and method, relates to the technical field of medicine box control, and combines and connects medicine boxes and establishes a transmission channel to obtain an intelligent medicine box, acquires a medicine box control network according to the intelligent medicine box and a mobile phone APP; analyzes medicine management according to the medicine box control network, and then analyzes the medicine box control to obtain medicine box control analysis data; and analyzes and warns according to the medicine box control analysis data, obtains medicine abnormal warning information, and realizes flexible combination of the intelligent medicine box and deep linkage control of software and hardware.

The embodiment of the present disclosure discloses a medicine management method and device based on a blockchain, an electronic device and a storage medium, wherein the method comprises: a seller obtaining medicine information of a to-be-purchased medicine; when category information of the to-be-purchased medicine is preset category information, obtaining prescription information and medicine purchase information of a purchaser; determining whether there is prescription information that meets a preset prescription screening condition in the prescription information; when there is prescription information that meets the preset prescription screening condition, determining whether there is a medicine purchase record of purchasing the to-be-purchased medicine within a preset time period in the medicine purchase information; when there is the medicine purchase record of purchasing the to-be-purchased medicine within the preset time period, determining whether the purchaser meets a preset medicine purchase condition; and when the purchaser meets the preset medicine purchase condition, the seller sells the to-be-purchased medicine to the purchaser. The embodiment of the present disclosure can determine whether to sell the to-be-purchased medicine to the purchaser according to the medication condition of the purchaser for the to-be-purchased medicine, and ensures the medication safety of the purchaser.

The application belongs to the technical field of intelligent management of narcotic drugs, and discloses an intelligent narcotic drug management system and method, which comprises the following steps: processing operation context parameters and calculating a risk score; secondly, checking drug metering specifications by using a white box rule engine, and analyzing clinical path compliance and drug interactions; then, combining biological characteristics and geographic location information, real-time risk assessment and multi-level intervention measures are taken; next, a detailed visual audit report is generated according to the collected data; finally, the system performance is dynamically adjusted based on feedback to optimize the strategy; not only the safety and accuracy of medical operations are improved, but also the intelligent level and response efficiency of the system are significantly improved, and a highly safe operation verification process and precise prescription data checking capability are realized.

This invention discloses a method, device, equipment, and medium for dynamic management of controlled substances. The method includes: determining the drug information, dispensing information, and patient identification information corresponding to the controlled substances to be dispensed; allowing the dispensing of the controlled substances after verification based on the drug information, dispensing information, and patient identification information; determining the drug usage information, drug retrieval information, and drug traceability information of the controlled substances to be dispensed; verifying the consistency of use of the controlled substances to be dispensed based on the drug information, dispensing information, patient identification information, drug usage information, drug retrieval information, and drug traceability information; and determining the management log of the controlled substances to be dispensed based on the drug information, dispensing information, patient identification information, dispensing compliance verification results, and usage consistency verification results. This achieves full traceability of drugs from dispensing to use and retrieval, meeting the stringent requirements of controlled substance management regulations.