10 results about "Infusion Unit" patented technology

This invention discloses a method for comfortable anesthesia and controlled-release analgesia for daytime thoracic surgery, belonging to the field of computer technology combining computer vision and medical device control. The method involves: acquiring a first image acquisition command to control the image acquisition unit to acquire a facial region image stream of the subject at a first acquisition frequency; performing a wrinkle feature extraction operation on the current facial frame to obtain a first wrinkle feature parameter set containing contour length values ​​and grayscale gradient values; comparing this parameter set with a preset benchmark wrinkle parameter set to generate a wrinkle change offset; determining infusion control parameters from a preset control strategy mapping table based on this offset, and generating an infusion control command to instruct the infusion unit to perform the corresponding infusion action. This invention achieves refined control of the anesthesia process by real-time quantitative analysis of facial wrinkle morphological changes and automatically generating and adjusting infusion control commands.

The invention discloses a double-bottle intravenous infusion system with an adjustable mechanical constant flow valve, which comprises a compressed air power unit, a mechanical constant flow adjustable valve and an air pressure driving infusion unit, and realizes passive constant-speed infusion through a pure mechanical structure. The compressed air power unit provides an independent high-pressure air source, the mechanical constant-flow adjustable valve is of a three-level structure of pressure reduction and stabilization, laminar flow stabilization and pressure compensation feedback, fluctuation air pressure is converted into constant air flow, and the air pressure driving liquid conveying unit achieves constant-speed liquid output with gas-liquid isolation through a double-layer bottle body structure. And mechanical blockage alarm and overvoltage protection are built in. The device does not need electric power, is high in flow velocity precision, high in stability, free of pollution risk due to gas-liquid isolation, high in system integration degree, portable and long-acting, can support several-hour infusion through single inflation, is suitable for non-electric or non-electric medical scenes such as battlefield first aid, disaster rescue and MRI rooms, and can also be extensively applied to the fields of wound flushing, contrast agent injection and the like.

A tamping and infusion unit (10) for a machine (60) for the preparation of beverages comprises a container (11) configured to receive a powdered substance to be subject to infusion; a hydraulic actuator (17) of the cylinder-piston type; a first feeding conduit (21) connected to said hydraulic actuator (17) and configured to feed a tamping liquid under pressure to move said cylinder (19) from said start position (Pl) to said infusion position (P2); a second feeding conduit (22) configured to feed infusion water into an infusion chamber (20).

This invention relates to the field of medical device technology and discloses an infusion system for shape memory nickel-titanium alloy rods. A spiral hose is spirally wound around the shape memory nickel-titanium alloy rod, and both ends of the spiral hose have circulation interfaces. The water outlet of the infusion unit is connected to one end of the spiral hose through a first circulation pipe, and the water return end is connected to the other end of the spiral hose through a second circulation pipe. The infusion unit contains a first and a second liquid storage tank, which are connected to the circulation pipe through corresponding water outlet and return pipes, respectively. The first liquid storage tank contains ice-salt water, and the second liquid storage tank contains 37°C physiological saline. This invention utilizes fluid circulation heat exchange to allow the entire rod to reach the phase change temperature simultaneously, ensuring synchronous deformation. The tension of the alloy rod is evenly transmitted to each screw and spinal segment, avoiding screw overload and aggravation of scoliosis caused by localized deformation, resulting in uniform orthopedic force.

A bilateral-driven patch-type drug infusion device comprises: an infusion unit; a driving wheel drives the screw to move by rotation, pushing the piston forward; a driving unit—includes at least two driving portions, the driving unit pivots around a pivot shaft, driving different driving portions in different direction; and an infusion tube structure, which includes a base and an infusion needle, and the base includes an initial position (L), a working position (N), and an intermediate position (M). The driving unit can drive the driving wheel in two directions for infusion drug, making the infusion unit have multiple infusion modes, enhancing user experience.

The present application relates to the technical field of medical Internet of Things, and in particular to a self-adaptive infusion collaborative control method and system based on intelligent decision-making. The method comprises: an end device analyzes multi-modal physiological time series data and infusion parameters through an end-to-end patient state evaluation model integrated in a sub-body infusion unit, and outputs a patient state index and infusion suggestions; combined with a pipeline pressure signal, an adaptive flow rate control algorithm based on LSTM is used to generate motor control instructions to realize closed-loop control. The edge device periodically aggregates local model parameter updates of multiple end devices through a mother base station. The cloud device fuses all updates uploaded by the edge devices based on a federated averaging algorithm, generates an optimized global model, and issues the global model. The present application realizes a paradigm shift from isolated execution to collaborative perception-decision-evolution of infusion, drives continuous evolution of group intelligence under the premise of protecting data privacy, and improves the accuracy, safety and overall intelligent level of infusion therapy in complex environments.

Improvements in an infusion unit are disclosed. The infusion unit is a portable pump that can be used with patient that have wrist access or decubital PICC / MID-LINES without the risk of line accidently getting pulled. The infusion unit is in the shape of a conveniently shell that has an appearance of an arm cast. There are no hoses that extend beyond the body of the infusion unit and any vein penetration is completely covered under the body of the infusion unit. The secure enclosed unit prevents unauthorized tampering and entry into the unit. The medication dosing can be remotely monitored, fusion resumed, changed by nursing and the patient. The infusion unit has a wireless connection to a network to adjust medication and monitor vital signs, namely heart rate, O2 level and blood pressure that can be monitored and recorded for review.

The utility model discloses a mobile infusion support relates to infusion support technical field, including base, the top fixed mounting of base has the base disc, the outside of base disc is equipped with installation mechanism with equal interval, the outside of base disc is installed with mobile mechanism through installation mechanism, the top inner end fixed mounting of mobile mechanism has the suspension frame, the installation mechanism includes the groove body and spacing assembly, and the outside of base disc is arranged with equal interval and is opened in the groove body annularly. The utility model discloses the above -mentioned structure, and the device can insert the sliding plate and bottom plate into the groove body through setting mobile mechanism and installation mechanism cooperation, and the telescopic spring drives the limiting plate to make the limiting rod insert the limiting hole and realize the clamping installation, when the patient infusion needs to move, and the limiting rod is separated from the limiting hole by pulling the pull rod, and the sliding plate and bottom plate are drawn, and the suspension frame can be moved flexibly by using universal wheel, and the patient can also be quickly assembled when being in the infusion room, and the design is convenient to use, satisfies the patient different scene demand.

The utility model relates to infusion fixing frame technical field especially uses a kind of adjustable infusion fixing device for paediatrics.Its technical scheme includes positioning plate, and positioning plate is engaged and is installed with telescopic support, and the bottom end fixed mounting of telescopic support has base, and base is composed of first seat plate and second seat plate, and first seat plate is fixed in the bottom of telescopic support, and second seat plate is rotatably installed in the bottom of first seat plate, and locking sleeve is movably installed on telescopic support, and locking sleeve is used to lock first seat plate and second seat plate.The utility model is through the roller of base bottom, and it is convenient to push telescopic support to move, when telescopic support needs to be placed between the partition of infusion room, the base is shielded and is stored, reduces its space occupancy, and telescopic support is positioned by positioning plate, prevents telescopic support from being touched and falling, avoids infusion interruption and infusion bottle breakage to cause harm to children, effectively improves the safety factor of infusion.