6 results about "Electronic Prescriptions" patented technology

This invention relates to the technical fields of intelligent diagnostic equipment for traditional Chinese medicine (TCM), medical IoT, and equipment and systems for internet-based TCM hospitals. Specifically, it relates to an integrated terminal and system for the four diagnostic methods (inspection, auscultation, inquiry, and palpation), incorporating a built-in TCM health model, wireless networking capabilities, and access to an internet-based TCM hospital platform for online registration, AI-based diagnosis, physician review, and electronic prescription processing. It aims to address the problems of single-function diagnostic equipment, data disconnect, and lack of a closed-loop diagnosis and treatment system. The terminal includes an integrated shell and integrated multimodal sign acquisition, edge computing core, interactive touch display, and secure communication gateway module. The acquisition module consists of inspection, auscultation, inquiry, and palpation units, synchronously acquiring tongue appearance, voice, chief complaint, and pulse wave features under a unified clock. The edge computing core incorporates a built-in TCM health model, deeply fusing multimodal features through a cross-modal attention mechanism.

This invention discloses a method, system, and storage medium for online drug purchase and delivery based on prescriptions for rational drug use. It belongs to the field of online prescription drug purchase and delivery, and solves the problem in existing technologies where patients find it inconvenient and uneconomical to purchase and receive drugs online based on prescriptions for rational drug use, particularly addressing the issues of prioritizing nearby patients for delivery and centralized drug retrieval. The technical solution involves: an electronic device connecting to a cloud pharmacy server; the cloud pharmacy matching the retrieved drug name with available online pharmacies near the patient's address; the cloud pharmacy recommending options to the patient based on the distance between the online pharmacy address and the patient's address, and the drug price; the patient selecting a recommended option on the electronic device, making payment, and generating an information code; the cloud pharmacy transferring payment to the online pharmacy included in the purchase plan; and the online pharmacy delivering the purchased drugs offline to the patient's address. This method is primarily for patients with limited mobility, offering fast and economical delivery, with the drugs delivered directly to the patient's electronic prescription box at their address.

This invention discloses a digital intelligent medical rehabilitation diagnosis method and system based on closed-loop management, comprising the following steps: analyzing data using hierarchical reasoning and interpretable generation mechanisms to provide relevant suggestions, mapping these suggestions to training action templates; dynamically calculating training intensity based on the patient's current functional state, and dynamically assembling prescription parameters based on the training intensity using an incremental prescription update mechanism to update the prescription; updating the prescription and follow-up plan based on a dynamic strategy of clinical status. This invention supports dynamically assembling training intensity and frequency according to the patient's real-time status, forming truly personalized electronic prescriptions; finally, through prescription versioning management, intelligent follow-up node planning, and an automatic re-evaluation triggering mechanism, a data-driven closed loop covering the entire rehabilitation cycle is constructed, ensuring that the intervention plan continuously evolves with the patient's recovery process.

This invention discloses an electronic prescription review method and system for smart pharmacies, relating to the field of smart pharmacy transaction control technology. It addresses the problem of how to achieve an electronic prescription review method that can adaptively adapt to inventory status, intelligently match prescriptions with physical medications, and accurately manage the risks of substitute dispensing. The method includes: obtaining the set of individual items to be dispensed corresponding to the electronic prescription to be reviewed and the set of actually scanned individual items obtained from actual scanning; generating an inventory constraint identifier for each individual item based on the real-time inventory status of the medication corresponding to each individual item in the set of individual items; determining the optimal mapping relationship between each individual item in the set of individual items and the individual items in the set of actually scanned individual items; determining the compliance risk value of each individual item based on the optimal mapping relationship and the inventory constraint identifier; and executing corresponding control instructions for the current transaction based on the compliance risk values ​​of all individual items in the set of individual items.

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.