63 results about "Medication administration" patented technology

Systems and methods for remote verification of medication administration are disclosed herein. In some aspects, a system receives a request for verifying administration for a medication including an image. The system may identify regions of interest that include medication identifying features from the image. The system may compare a feature representation of each medication identifying feature to reference feature representations managed by authorized operator devices. The system may identify a matching medication and trigger an image acquisition session to obtain a time-series of images, at least one of the images comprising a patient in proximity to the medication. The system may extract patient features and a posture of the medication in relation to the patient and input the extracted data and entity-issued administration instructions into a model to obtain a set of patient-specific administration instructions.

A device may receive, by an intelligence analytics module of an intelligent dosing platform at least one applicable governance standard from a governance library. A device may determine, by the intelligence analytics module based on the at least one applicable governance standard, at least one analysis type to be performed regarding the request. A device may execute, by an artificial intelligence module of the intelligent dosing platform, the at least one analysis type with respect to the request according to the at least one applicable governance standard. A device may generate, based on a result of the at least one analysis type, a determination regarding whether to permit the requested dosage administration or the requested device control decision, wherein the determination accounts for compliance with the at least one applicable governance standard.

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 utility model provides an intelligent drug delivery machine, which belongs to the technical field of drug management and comprises a fixed box, bearing boxes fixedly connected to the tops of three sides of the fixed box respectively, drug feeding openings formed in the bottoms of the bearing boxes, observation windows formed in the inner surfaces of the bearing boxes and drug taking cabins formed in the tops of the three sides of the fixed box respectively. The signboard is fixedly mounted on the outer side of the medicine taking cabin; the medicine feeding mechanism comprises a medicine pushing assembly and a medicine distributing assembly which are matched to feed morning, noon and evening medicines into the corresponding medicine taking cabins according to time periods; the medicine pushing assembly comprises a servo motor installed on the outer side of the fixing box in a matched mode. Through the cooperation of the medicine pushing assembly and the medicine distributing assembly, it can be guaranteed that medicines in the morning, noon and evening are accurately pushed out to the designated medicine taking cabins every eight hours, medicine mixing is effectively prevented, leakage of redundant medicines can be prevented, and the effects that the medicine distributing accuracy is further guaranteed, and meanwhile the wrong medicine taking risk is reduced are achieved.

A device may establish communication between the intelligent injection device and a telemedicine platform configured to facilitate healthcare personnel interaction with patients. A device may receive, via the telemedicine platform, healthcare personnel instructions for medication administration to a patient. A device may unlock the intelligent injection device to permit medication administration. A device may automatically transmit, via a wireless module, medication administration data from the intelligent injection device to the telemedicine platform in response to a confirmed dose administration using the intelligent injection device. A device may record the medication administration data in an electronic patient portal comprising a medical chart accessible by both healthcare personnel and the patient.

The present disclosure provides a medication administration system comprising: (A) one or more tubes having a first end and a second end opposite the first end, the one or more tubes including: (i) at least one first communication interface configured to transmit tube information corresponding to the one or more tubes; and (B) a pump including: (i) one or more ports configured to receive the first end of the one or more tubes; (ii) at least one second communication interface configured to receive the tube information from the at least one first communication interface when the first end of the one or more tubes are positioned in the one or more ports; (iii) at least one memory storage element including a plurality of medication administration regimens associated with the medication administration system; (iv) a user interface configured to receive an indication of a given medication administration regimen of the plurality of medication administration regimens for administration to a patient; (v) at least one processor; and (vi) data storage including program instructions stored thereon that when executed by the at least one processor, cause the pump to: (a) compare the tube information received from the one or more tubes to one or more tube parameters of the given medication administration regimen; (b) in response to a determination that the tube information received from the one or more tubes are not compatible with the one or more tube parameters of the given medication administration regimen, prevent transmission of one or more medicaments through the one or more tubes; and (c) in response to a determination that the tube information received from the one or more tubes are compatible with the one or more tube parameters of the given medication administration regimen, enable transmission of one or more medicaments through the one or more tubes.

Modules for housing electronic and electromechanical medical equipment including a system to measure and record administration of one or more IV medications or fluids for IV administration.

The utility model discloses a gynaecology and obstetrics dosing device which comprises a piston, a core rod, a tube body and a dosing tube connected with the tube body in an inserted mode, one end of the dosing tube is a closed end, a plurality of medicine outlet holes are formed in the tube wall of the closed end, a partition sleeve is arranged in the dosing tube, and the partition sleeve and the dosing tube are coaxially arranged. A gap exists between the outer wall of the partition sleeve and the tube wall of the dosing tube, one end of the partition sleeve is connected with the inner side of the tube wall of the dosing tube through a connecting part, the other end of the partition sleeve extends towards the closed end, and the multiple medicine outlet holes are evenly formed between the closed end and the connecting part at intervals; and during administration, the outer wall of the tube body is sequentially propped against the connecting part and the inner wall of the partition sleeve. By arranging the partition sleeve, medicine flows through the inner wall of the closed end to be buffered, then flows into the gap between the partition sleeve and the medicine feeding pipe and then flows out of the medicine outlet hole in the medicine feeding process, the medicine pushing-out speed can be effectively reduced, and therefore stimulation to the vagina of a woman is reduced.

The invention relates to a drenching device for animal husbandry and veterinary medicine. The drenching device comprises a movable box body, a cylinder body, a piston, a medicine tank and a drencher, the drencher comprises a telescopic part and a head part; the telescopic part comprises a first end part, a corrugated pipe and a second end part; the head part comprises a sleeve and an occlusion part. The drenching device is convenient to move, can carry a medicine tank, a water drum and the like to move along with the vehicle, and can be applied to drenching in a large pasture. Wherein the telescopic and rotary medicine can be prevented from being damaged by animals. According to the sealing clamping structure, on one hand, the sealing requirement can be met, and on the other hand, the problem of relative rotation can be solved. The device can be widely applied to large livestock farms, the production efficiency is improved, and the cost is reduced.

A device may establish communication between the plurality of intelligent injection devices and an artificial intelligence-powered clinical research platform configured to manage a clinical trial or research program. A device may analyze, via the artificial intelligence platform, clinical trial protocol requirements including study design parameters, randomization schemes, blinding protocols, and adverse event monitoring requirements to generate coordinated medication administration strategies across the plurality of intelligent injection devices. A device may apply research protocol constraints to restrict medication selection, dosage calculations, administration timing, and patient assignment across the plurality of intelligent injection devices. A device may generate real-time coordination instructions through the artificial intelligence platform including synchronized administration timing across multiple sites, dosage verification protocols for different treatment arms, and compliance monitoring procedures tailored to specific research protocol requirements.

Systems and methods for remote verification of medication administration are disclosed herein. In some aspects, a system receives a request for verifying administration for a medication including an image. The system may identify regions of interest that include medication identifying features from the image. The system may compare a feature representation of each medication identifying feature to reference feature representations managed by authorized operator devices. The system may identify a matching medication and trigger an image acquisition session to obtain a time-series of images, at least one of the images comprising a patient in proximity to the medication. The system may extract patient features and a posture of the medication in relation to the patient and input the extracted data and entity-issued administration instructions into a model to obtain a set of patient-specific administration instructions.

An intelligent dosing platform incorporating comprehensive predictive analytics and forecasting capabilities for injectable medication administration. The platform includes predictive analytics modules configured to generate forecasts for financial costs, medication demand patterns, and adverse event probabilities using machine learning algorithms and statistical modeling techniques. The system features financial modeling modules that analyze cost patterns associated with medication procurement, administration infrastructure, and insurance reimbursements, while demand forecasting modules predict medication needs based on seasonal trends, patient population changes, and treatment protocol modifications. Adverse event prediction modules identify risk factors using patient risk profiles and clinical outcome histories. The platform incorporates machine learning capabilities that continuously improve prediction accuracy using patient outcome data and administration patterns. Comprehensive reporting modules generate customized predictive reports for healthcare administrators, pharmaceutical suppliers, and insurance providers, while optimization modules recommend actions for cost reduction and patient safety improvement based on predictive insights.

Provided is a nasogastric tube structure including a temperature-controllable and deformable wire embedded within the wall of a flexible tube. The wire deforms in response to temperature changes, thereby altering the diameter of the tube. This allows the nasogastric tube to be inserted with a reduced diameter, enhancing patient comfort during the procedure. After the nasogastric tube is in place, the tube expands to a larger diameter as the wire deforms, facilitating the patient’s feeding and medication administration.

This utility model provides a rollerball ampoule dispensing device, relating to the packaging industry. It includes a lower shell and an upper shell that cooperates with the lower shell. A cavity is formed between the lower and upper shells to accommodate the ampoule. A sealing plate is provided at the upper opening of the cavity for contacting the ampoule mouth. A rollerball structure is provided on the other side of the sealing plate. A through hole is provided in the middle of the sealing plate, connecting the rollerball structure and the cavity. This application utilizes a through opening at the bottom of the lower shell, a cutting structure, and positioning ribs for guidance and fixation, retaining waste materials and preventing glass fragments from splashing, ensuring safety and the cleanliness of the medication. The combination of the upper shell, rollerball structure, and sealing cap allows the medication to flow evenly from the sealing plate through the through hole to the rollerball during administration. Rolling allows for precise medication delivery, making ampoule medication administration more convenient.

A supply chain custody system for injectable medication administration provides secure tracking and verification of injection devices throughout the supply chain. The system includes modules for monitoring inventory levels and recording authenticated transfers between supply chain participants. A chain of custody module verifies proper handling during custody transitions and validates participant credentials using blockchain technology and geolocation verification. Temperature monitoring capabilities track environmental conditions during storage and transport. The system incorporates authentication mechanisms to verify device legitimacy and includes an authorization module that analyzes supply chain data to control distribution permissions and trigger automated actions for maintaining secure custody documentation.

A method, computer program product, and computer system for a platform for managing injectable medication administration alerts. 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 an alerts module configured to: generate and send notifications based on injection event categorization, deliver alerts related to health, biometrics, medications and injections, provide visual and audible outputs regarding injection administration, and warn users about detected behaviors that may negatively impact treatment.

A device may establish communication between the intelligent injection device and an electronic patient portal. A device may unlock a switch of the intelligent injection device during medication administration. A device may automatically transmit, via the wireless module, medication administration data from the intelligent injection device to the electronic patient portal in response to medication administration. A device may analyze the medication administration data to determine a patient medication profile. A device may generate targeted sponsored content based on the patient medication profile. A device may present the targeted sponsored content through the electronic patient portal interface to the patient and healthcare personnel. A device may record sponsored content engagement data including content viewing duration, interaction events, and response metrics in the electronic patient portal for sponsored content optimization.

A mesh network medication coordination system enables communication between intelligent injection devices, monitoring systems, patient devices, or healthcare provider devices to prevent adverse drug interactions in hospital settings. The system includes mesh network infrastructure supporting multiple networked devices, dosage measurement devices that directly measure or infer dosage administration including injection completion detection, medication volume measurement, administration timing data, or patient biometric responses, or a coordination module that coordinates medication administration timing across multiple devices. The system features drug interaction analysis capabilities, real-time monitoring of patient vital signs and medication effectiveness, alert generation for potential interactions and dosing conflicts, or data synchronization across all networked devices. This integrated approach optimizes dosing intervals, prevents conflicting medication schedules, synchronizes administration events, or maintains consistent medication administration data across the mesh network to enhance patient safety and treatment efficacy.

The invention relates to a drenching device for animal husbandry veterinarians and a cleaning method. The drenching device comprises a movable box body, a cylinder body, a piston, a medicine tank and a drencher, the drencher comprises a telescopic part and a head part; according to the drenching device and the cleaning method thereof, cleaning can be conducted in all directions, the interior of the cylinder can be cleaned, the drencher can also be cleaned, and meanwhile the exterior of the drencher can be cleaned. When disinfectant is added into the water drum, the water drum can be disinfected. Convenience and sanitation are realized, and cross infection is avoided.

An intelligent dosing platform incorporating comprehensive governance and regulatory compliance capabilities for injectable medication administration. The platform includes regulatory tracking modules configured to monitor compliance with Merit-based Incentive Payment System (MIPS) requirements, STAR quality metrics for Medicare and Medicaid programs, and federal fraud, waste, and abuse (FWA) program standards. The system features audit trail generation modules that create tamper-proof documentation with cryptographic signatures and immutable timestamping for regulatory reporting and compliance validation activities. Compliance assessment modules evaluate medication administration events against regulatory benchmarks and quality performance indicators, while automated reporting systems generate submissions for oversight bodies and fraud prevention agencies. The platform incorporates fraud detection capabilities, compliance dashboard visualization, risk assessment modules, and real-time alert systems to ensure comprehensive regulatory compliance and audit trail management across healthcare networks and injectable medication administration environments.

The disclosed telemetric control system comprises: at least one activatable member configured to be actuated upon administration of a medication thereby triggering an actuation event of the system that initiates electronic tracking of a medication administration event; a signal transmitter operatively coupled to the at least one activatable member and which is configured to transmit or receive data signals via at least one wireless network; one or more non-transitory memory devices storing control logic customized to the identifier data associated with the electronic health record of the first biological system; and a powering mechanism configured to supply energy to components of the telemetric control system. It is appreciated that actuating the at least one activatable member triggers the signal transmitter to securely transmit encrypted data to a server for substantially real-time monitoring, automated alert generation, and adherence management associated with at least a medication.

The present application relates to a kind of eye ball perforating injury intraorbital environment stabilizer, belong to medical instrument technical field, including adaptive sealing base, rigid transparent cover, universal shock-absorbing support, micro-positive pressure maintaining system, sterile administration interface, eye ball stabilizing system and double sealing mechanism.Adaptive sealing base realizes dynamic double sealing by bionic adsorption structure and inflatable sealing ring;Effective buffer transport vibration by universal shock-absorbing support;Micro-positive pressure maintaining system continuously maintains cavity suitable positive pressure by mechanical adjusting unit;Eye ball stabilizing system actively restricts eye ball displacement by shape memory alloy support arm and adjustable contact ring;Sterile administration interface realizes the administration and drainage without destroying seal by double-channel design.The device can establish stable sterile closed environment, significantly reduce the risk of infection, effectively prevent eye content out, reduce secondary mechanical damage, provide safe and reliable transport security for eye ball perforating injury patient.

This invention discloses an antibiotic patch and its application. The antibiotic patch includes a transdermal microneedle module, an antibiotic reservoir layer, and an osmotic pressure driving module, with the reservoir layer and the driving module separated by an elastic membrane. The osmotic pressure driving module includes a water chamber, a propulsion layer, and an osmotic pressure active sheet. It generates a constant thrust through unidirectional permeation of the semi-permeable membrane, propelling the antibiotic through the hollow microneedles for transdermal infusion and achieving zero-level release. The independent antibiotic reservoir layer can hold large doses of antibiotics, and it is also equipped with a filling port and a venting port to ensure flexible and stable medication administration. The antibiotic patch is suitable for various scenarios, including home and outdoor use, and can reduce the risk of antibiotic resistance and side effects, providing a convenient and efficient new solution for the treatment of bacterial infections.

A method, computer program product, and computer system for a platform for managing injectable medication administration. 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 user interface module configured to: provide control and configuration of the platform, automatically populate based on administration data from the injection device, display injection schedules and medication history, and enable management of healthcare documentation.

An intelligent dosing platform incorporating comprehensive integration capabilities for non-syringe medication delivery devices including intelligent insulin pumps, intravenous delivery systems, and automated infusion devices. The platform features device integration modules configured to interface with pump-based delivery systems, dosage monitoring modules that track administration through continuous delivery mechanisms, and coordination modules managing treatment schedules across multiple device types. The system includes flow rate management capabilities for controlling infusion rates and pump delivery speeds, safety monitoring modules detecting occlusions and system malfunctions, and alert generation systems providing notifications for delivery interruptions and maintenance requirements. Data synchronization modules maintain consistent treatment records across pump systems and healthcare information networks, while remote monitoring capabilities enable healthcare provider oversight of device performance and patient response indicators. The platform incorporates compliance tracking, patient authentication, and predictive analytics modules for forecasting maintenance needs and optimizing multi-device treatment delivery coordination.

This invention discloses a variable-dose spray assembly and spray device, including a nozzle, a spray pump, and a dose adjustment component. One end of the nozzle has a connecting portion, and the connecting portion has a guide portion. The spray pump is coaxially arranged with the nozzle and compresses its internal space as the nozzle is axially pressed to pump the medication into the nozzle. The dose adjustment component is sleeved with the connecting portion and has a first dose guiding channel and a second dose guiding channel extending along the axial direction of the spray pump. The guide portion can be switched to connect with and move along either the first or second dose guiding channel. The travel distance of the guide portion along the first dose guiding channel is greater than that along the second dose guiding channel. By switching the guide portion with different dose guiding channels, the compressible internal space of the spray pump varies, thereby enabling flexible switching between two doses in a single device, meeting differentiated dosage requirements, and improving the accuracy and convenience of medication administration.

The utility model relates to medical equipment technical field especially, more particularly to inhale device medicine management system, inhale device medicine management system includes inhale seat, and the display screen is installed to one side of inhale seat outer wall, and the gas head is installed in the inside of inhale seat, and the exit is set up to the side close to the gas head of inhale seat, and the main body machine is installed in the inside of inhale seat, and the atomizer is installed to one side of inhale seat, and the atomizer is communicated with the external connector through pipeline, and the steel ball is installed equidistance to the external connector, and the rotary plate is rotatably connected equidistance in the inside of inhale seat, and a plurality of rotary plate one end fixed connection limit post, and the protection assembly is installed in the inside of gas head and external connector, and the protection seat is equipped in the inside of gas head and external connector, and the telescopic component is installed in the inside of inhale seat, and the rotary component is installed in the inside of inhale seat, the inhale device medicine management system provided by the utility model has the advantages of improving security, enhancing medicine management.

An intelligent dosing platform system for emergency medication administration comprising intelligent injection devices with emergency protocol modules, time-based tracking systems, and AI-driven prompting systems. The system analyzes time-based administration protocols for emergency medications, monitors elapsed time since previous medication administrations, and generates next dose prompts based on protocol timing requirements and elapsed time data. A field coordination module transmits administration timing data between field emergency response teams and remote coordination systems. The system supports emergency response environments including cardiac emergencies, anaphylaxis, opioid overdose response, and military field operations. Multi-modal alert systems deliver dose prompts through audible alerts, visual electronic medical record prompts, and remote physician communications. The system prevents duplicate medication administration across emergency response teams through timing data sharing while accounting for time delays caused by patient movement and transport.

A machine learning and A.I. enabled medical device system 1 having a machine learning model analyzer integrated with the portable medicine device which controls various sensors in the device and collects data on real-time basis and select an appropriate machine learning model to facilitate and manage a holistic prescription instruction and machine learning and A.I. enabled medical device medication administration schedule. Model analyzer in turn receives plurality of approved Holistic prescription models, Medicine identifier models generated by the machine learning device utilizing sensors in the device and mobile app user input data refined by AI Assistant. The medicine container, which contains a medication, is removably coupled to a wearable mount wherein some embodiments, the wearable mount is a wristband configured to secure the medicine container to a wrist of a user.

A machine learning and A.I. enabled medical device system 1 having a machine learning model analyzer integrated with the portable medicine device which controls various sensors in the device and collects data on real-time basis and select an appropriate machine learning model to facilitate and manage a holistic prescription instruction and machine learning and A.I. enabled medical device medication administration schedule. Model analyzer in turn receives plurality of approved Holistic prescription models, Medicine identifier models generated by the machine learning device utilizing sensors in the device and mobile app user input data refined by AI Assistant. The medicine container, which contains a medication, is removably coupled to a wearable mount wherein some embodiments, the wearable mount is a wristband configured to secure the medicine container to a wrist of a user.