6 results about "Patient fall" patented technology

This application provides a bed rail extender, relating to the field of bed safety technology. It includes an extended protective section, installed at the gap between the foot of the bed and the bed rail to prevent falls. The extended protective section includes a bottom support rod and a top support rod located above the bottom support rod. A first fixing seat is installed on one side of the bottom of the top support rod. A first protective rod is hinged between the first fixing seat and the bottom support rod, and several second protective rods are hinged between the top support rod and the bottom support rod. This application, through the designed extended protective section installed at the gap between the foot of the bed and the bed rail, increases the protective area of ​​the bed rail, reducing the risk of patients falling out of bed. It provides more comprehensive safety protection, especially for infants, patients with poor mental state, and patients with limited mobility.

This utility model relates to the field of hospital gowns, and particularly to a hospital gown with a traction function, comprising a top and trousers. The top and bottom ends of the top and trousers are equipped with traction components, and the sleeves of the top and the legs of the trousers are equipped with exercise components. Each traction component includes a traction strap sewn onto one side of the outer wall of the top and bottom ends of the top and trousers, a connecting hole on the other end of the traction strap, and a connecting buckle sewn onto the connecting hole of the top and trousers. This utility model allows patients to perform leg raises and chest expansion exercises using elastic bands one and two, facilitating rehabilitation exercises for the limbs and enabling individual arm or leg exercises as needed. In the event of a patient falling, medical staff can apply upward force using the traction straps on the top and trousers, facilitating the movement and transporting the patient to the bed.

This invention discloses a dynamic assessment and intervention method for patient fall risk based on multi-source data fusion. It constructs a complete system for managing fall risk in hospitalized patients, encompassing basic data collection, personalized dynamic assessment, multi-dimensional real-time monitoring, individualized intervention, and cross-departmental closed-loop management. By connecting to hospital EMR, HIS systems, and IoT devices, it automatically collects multi-source data on patient baseline data, medication, physiological data, and environmental data. After cleaning and fusion, features are extracted. A three-layer indicator system and LSTM temporal neural network are used to dynamically assess risk. Basic and personalized intervention plans are matched according to risk level, and tasks are pushed through multiple channels while tracking effects. Relying on a cloud-edge collaborative cross-departmental platform, it achieves end-to-end data linkage, early warning push, and plan optimization, adapting to the needs of the entire population and across departments, improving assessment accuracy and intervention execution rate, shortening early warning lag time, freeing up nursing manpower, and forming a continuously improving closed-loop management mechanism.

An embodiment of the present invention relates to a method and apparatus for managing patient fall risk using SPPB test results, wherein the method and apparatus can predict the patient's fall risk based on SPPB test results and manage the patient's fall risk factors accordingly.

A damping device (40) for a patient lifting device (100a, b), the damping device (40) comprising a body (42) formed of a deformable visco-elastic material; and at least one aperture (41) configured to receive a connecting unit (21, 22) of the patient lifting device (110a, b), wherein the damping device (40) is configured, when positioned between a patient sling (20) of the patient lifting device (100a, b) and a patient hoist (200a, b) of the patient lifting device (100a, b), to dissipate kinetic energy by deformation in response to a shock load occurring during a patient fall.