8 results about "Medication error" patented technology

The invention belongs to the technical field of medical infusion, and particularly relates to a neurosurgical nursing infusion device which comprises a base, a supporting rod and a supporting plate, the base is fixedly arranged at the lower end of the supporting rod, the supporting plate is fixedly arranged at the upper end of the supporting rod, and the neurosurgical nursing infusion device further comprises a weighing hook which is arranged below the supporting plate and connected with the weighing hook. The weighing hook is used for lifting the medicine bottle; and the electromagnetic lifting mechanism is arranged at the upper end of the weighing hook. According to the invention, the RFID tag reader and the PLC are used for checking the information of medicines and patients, so that the risk of medicine use errors is reduced; a weighing sensor and an electromagnetic lifting mechanism are used for automatically adjusting the height of a medicine bottle according to liquid level changes in the medicine bottle, the infusion speed is stabilized, and the treatment effect is guaranteed; by means of the automatic speed reduction mechanism, the infusion speed is automatically reduced when liquid medicine in a medicine bottle is almost emptied, risks such as air embolism are avoided, meanwhile, an infusion tube can be heated, the infusion comfort of a patient is improved, and adverse reactions caused by low-temperature infusion are avoided.

A method, computer program product, and computer system for a platform for managing injectable medication administration verification. The platform may include: a server configured to receive administration data from an intelligent injection device, a database configured to store treatment schedules, an artificial intelligence module configured to categorize injection events based on compliance with treatment schedules, and a verification module configured to: validate authenticity of intelligent injection devices, verify user identity prior to injection administration, prevent medication errors in institutional settings, and ensure proper medication administration.

Disclosed herein are systems and methods for reducing medication error caused by a drug-drug interaction between Compound 1 (E7766) and an OATP inhibitor. Methods for monitoring the exposure of Compound 1 in a patient and preventing overexposure of Compound 1 in a patient are also disclosed.

The present invention discloses a method for dynamically encrypting and uploading medical information cloud platform data, which relates to the technical field of medical information cloud platform data, and includes the following steps: obtaining various parameter information generated during the process of encrypting medical information locally and uploading it to the cloud, including network security information and network transmission quality information. By monitoring network security and transmission quality information in real time, the present invention can timely identify potential abnormal hidden dangers, significantly reducing the risk of data loss and damage during the upload process of medical information. With the comparison between the transmission anomaly index and the preset reference threshold, the system can quickly judge the risk status of the upload process and take corresponding warning measures. This intelligent monitoring and feedback mechanism not only ensures the integrity and accuracy of medical information, but also can quickly respond in case of emergencies, reducing the risk of misdiagnosis, treatment delay or medication error, thus effectively protecting the health and safety of patients.

This medicine box is completely transparent to prevent medication errors. It has an opening and closing lid at the top front of the box. There is a partition with a slit inside the box, which separates the medicine box into two spaces. There is a hole on the top of the medicine box so that a push rod can be inserted. Medicine bags placed on the partition are dropped into the lower space by being pushed through the slit by the push rod. The dropped medicine bags can be retrieved from the bottom front by falling along a sliding surface set at an angle in the lower space.

This invention relates to an automatic visual pop-up verification system for drug retrieval in a hospital information system, belonging to the fields of medical information technology and medication safety control. By constructing a drug appearance image library module, the system binds images of the smallest drug packaging, the front and back of the medicine box, and the individual drug appearance images to the hospital information system's drug dictionary. A retrieval trigger module is set up to automatically retrieve the corresponding drug image in response to the user's drug retrieval operation. A visual pop-up module displays the drug image in real time on the doctor's workstation and the pharmacy dispensing system interface for medical staff to visually verify. Simultaneously, a printing module embeds the drug image into the prescription and medication instructions, achieving closed-loop verification by doctors, pharmacists, and patients based on a unified image benchmark. This invention solves the medication confusion problem caused by textual dependence, similar drug names, and similar packaging in existing technologies, reducing the incidence of medication errors, without requiring any hardware investment or changing the existing workflow.

The invention provides an intelligent infusion management method and system based on dynamic identity verification. The system comprises an intelligent infusion support, a nurse station calling system and an HIS data interaction module. Before infusion, the intelligent infusion support carries out first-time identity verification by scanning a wrist strap of a patient and carries out second-time matching with an electronic doctor's advice in an HIS, and it is ensured that the identity of the patient, medicine information and infusion parameters are completely consistent. After verification is passed, the system automatically activates an intelligent infusion program and a mechanical execution mechanism and triggers acousto-optic prompts, and nurses are guided to complete infusion bag hanging and other related infusion support use operations. According to the scheme, wrist strap scanning and electronic doctor's advice comparison are combined, double identity safety verification is achieved, and the risk of medicine taking errors is reduced; the dripping speed and the remaining amount are intelligently and automatically monitored in real time, automatic alarm and adjustment are performed during abnormity, and the efficiency is improved; operation logs are electronically recorded, the whole process is traceable, and medical quality control standards are met; when infusion is completed or abnormal, a nurse station calling system is intelligently responded, and waiting anxiety of the patient is reduced.

The present application discloses a drug management method based on a traceability code, which relates to the technical field of medical systems. It includes splitting the first 7 digits of the drug traceability code as the traceability code and binding it with the drug specification information to form a traceability code database, and manually or semi-automatically inputting and maintaining the mapping relationship between the first 7-digit traceability code of the drug and the prescription information in the HIS system; in the drug dispensing link, extracting the traceability code by scanning the drug traceability code and automatically comparing it with the prescription information; if the traceability code matches successfully, the drug dispensing is completed, and the complete drug dispensing process and the complete drug traceability code are recorded in the database; if the match fails, an alarm is triggered and the drug dispensing process is paused. By splitting the first 7 digits as the key index, there is no need to repeatedly parse the full code, reducing the system operation load, solving the problems of low efficiency and data redundancy in traditional full-code scanning, and at the same time saving the full-code information to avoid medication errors.