7 results about "Health facility" patented technology

The electronic device for automating a toilet bowl lid was developed to automate the operation of lifting and lowering toilet bowl lids without manual contact through the incorporation of a device in the toilet bowl and the respective lid and seat. The present industrial design registration discloses a novel, original configuration applied to this device, the use of which is aimed at plumbing facilities (field of application: sanitary plumbing), for both domestic applications and industrial applications, health facilities (hospitals, emergency services, clinics), public facilities (public bodies, government departments, etc.), toilets (hotels, stores, businesses, offices, service stations, workshops, etc.) and other locations where there are sanitary appliance facilities built and installed in accordance with the Brazilian standards in force.

The application discloses a sunlight naked sunbathing beach, and relates to the technical field of outdoor leisure and health facilities, in particular to a sunlight naked sunbathing beach, which comprises the following steps: establishing at least two continuous opaque visual isolation barriers to ensure privacy at the periphery of a place with sufficient sunshine and quiet environment; dividing the inside into a full-sunlight area, a partially-shaded area and a full-shaded rest area according to sunlight differences, and providing functional signs; providing adjustable deck chairs, independent fully-closed bathroom compartments and personal article storage boxes; establishing a visual guidance and behavior standard sign system based on graphic symbols in the place; implementing a reservation registration access system; requiring users to abide by the behavior criteria and prohibiting minors from entering; and strengthening cleaning processes, setting foot cleaning pools, providing health care guidelines, and taking climate adaptability construction measures. The beach takes into account the privacy, health, comfort and management standard of users.

The invention provides a medical and health facility supply and population matching degree evaluation method. The method comprises the following steps: constructing a medical and health facility supply evaluation index system from two dimensions of space and use; acquiring medical and health facility data, residential area data and population data required by the evaluation indexes; calculating each evaluation index value according to the acquired data; according to each evaluation index value, determining each index weight by adopting an entropy weight method, and calculating a supply value; and according to the calculated supply value and population data, a location entropy analysis method is adopted to diagnose the matching degree of the medical and health facility supply and population distribution. According to the method, the medical and health facility supply level is comprehensively quantified, the matching condition of the current medical and health facility supply and population can be measured more practically, and reference is provided for scientific planning and configuration optimization of regional medical and health facilities.

The invention relates to the technical field of medical building design and hospital infection control, and particularly discloses an ICU hand hygiene facility layout optimization method based on a simulation result. The method comprises the steps that ICU building space data and medical staff behavior data are collected; constructing a medical process simulation model to simulate dynamic activities and hand hygiene behaviors of medical staff; a people flow density thermodynamic diagram and a hand washing facility use frequency diagram are output through simulation deduction; analyzing a simulation result to identify a layout bottleneck region and a to-be-optimized point location; generating an optimized layout scheme, including increasing, adjusting or canceling hand washing facility point locations; and finally verifying the optimization effect through simulation. The problems that a traditional layout method depends on experience and lacks data support are solved, ICU hand hygiene facility layout can be optimally optimized in a prospective mode, the hand hygiene compliance of medical staff is remarkably improved, the hospital infection risk is effectively reduced, meanwhile, disassembly and change waste after building is avoided, and the method has important clinical application value.

A computerimplemented system for managing the lifecyde of medical equipment maintenance is provided. The system comprises a health facility module for cataloging and tracking equipment inventory and operational data. The AI engine analyzes aggregated equipment data to predict potential failures and determine optimal (predictive and preventive) maintenance schedules. Upon predicting a failure or identifying a maintenance need, the system generates a service request that is made available through a job management subsystem. The system connects health facilities with a network of qualified independent biomedical technicians via a dedicated technician portal, facilitating job discovery, bidding, and payment management through an integrated payment escrow process. This transitions maintenance from a reactive to a proactive model, minimizing equipment downtime by intelligently connecting predictive analytics with a technician marketplace

1. The name of the design product: bathroom. 2. The use of the design product: The product is used in the bathroom, which is an outdoor sanitation facility, and can be used in rural families or public scenes. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.