7 results about "Care center" patented technology

The invention provides a cross-center home nursing personnel scheduling method and system considering customer newly-added demands, and relates to the field of personnel scheduling, and the method comprises the steps: building a graph structure based on customer basic attributes and a spatial adjacency relation between customers, inputting the graph structure into a GNN model, and generating a node embedding representation; independently operating single center optimization, and generating an initial path and cost of each nursing center; integrating all customer points and path information; and allocating the saved cost based on a marginal contribution resource sharing MCRS method, solving through a multi-target collaborative optimization scheduling algorithm, and determining and outputting a multi-center collaborative scheduling scheme and a collaborative income allocation mechanism. According to the method provided by the invention, the saved cost is allocated according to the coordination degree through a marginal contribution resource sharing MCRS method, so that each nursing center can be effectively stimulated to actively participate in resource sharing, the utilization efficiency of nursing service resources is improved, and the problems of resource waste and idle manpower caused by a traditional single-center mode are avoided.

The invention relates to the technical field of green plant planting platforms, and discloses a health maintenance center shared landscape planting platform which comprises a supporting table, a planting box, a filtering assembly, a flow guide assembly, a drainage hopper and a puncture assembly. A water tank is arranged in the supporting table, the planting box is installed on the top of the supporting table, and the two filtering assemblies are arranged on the two water inlets respectively. The two flow guide assemblies are arranged in the containing space, and the drainage hopper is arranged in the containing space. One end of the puncture assembly is arranged at the second end of the adapter barrel, the drainage hopper is provided with a through hole, and the other end of the puncture assembly penetrates through the through hole of the drainage hopper. According to the structure, the water tank and the planting box are integrated, the occupied area of the shared landscape planting platform of the health and cultivation center is reduced, the condition that the ground is crowded is avoided, and meanwhile the functions of collecting filtered rainwater, preventing the rainwater in the water tank from being polluted and preventing the roots of plants from being rotten can be achieved.

A system and method for indoor tag localization and identification are disclosed. The system includes one or more environment-specific tags positioned at known locations within an indoor environment and a user-associated imaging device (UAID) carried by or attached to a user. The UAID includes a camera configured to capture images of the environment and a user tag for external identification. An image-tag processing system (ITPS) executes one or more trained convolutional neural network (CNN) models to identify environment tags, determine a location and orientation of the UAID relative to the tags, and identify the UAID and its associated user. The ITPS may also process motion or physiological sensor data and generate alerts or map updates. The system enables accurate, real-time indoor localization, user identification, and event detection within facilities such as hospitals, care centers, or industrial environments.

The application discloses an intelligent wheelchair environment perception method based on a multi-dimensional attention mechanism and feature reorganization, and belongs to the technical field of intelligent wheelchair environment perception and autonomous navigation; the method uses a calibrated binocular camera to collect left and right images and complete polar correction; an improved YOLOv8 target detection network is constructed, a coordinate attention mechanism is embedded, and a weighted feature fusion module is introduced, a dynamic detection head is used, and the detection capability under the condition of a complex background, strong occlusion and a small target is improved; an improved SGBM based on Census transformation generates an initial disparity, and a high-quality depth map is obtained by combining weighted least square refinement and filtering of a semantic boundary constraint; finally, the detection frame ROI and the segmentation mask are fused to statistically remove outliers, and the absolute distance of the obstacle relative to the wheelchair center is output; the method has higher ranging stability under the scene of weak texture pavement and light change, and the cost is controllable, and is suitable for real-time obstacle avoidance assistance of a health care center and indoor and outdoor roads.

The invention provides an intelligent robot system of an intelligent health care center, and the system comprises an intelligent rehabilitation robot module which assists a user in rehabilitation training through a rehabilitation assistance robot and a generated personalized postoperative rehabilitation scheme; the intelligent recuperating robot module is used for carrying out recuperating interaction with the user through a recuperating robot and the generated personalized recuperating scheme; the intelligent accompanying robot module is used for carrying out accompanying interaction with the user through an accompanying robot and the generated personalized accompanying scheme; the intelligent health management module is used for generating a personalized health management scheme of the user and supervising and evaluating the personalized health management scheme executed by the user through a health management supervision terminal; the 5G remote module is used for receiving health care management data transmitted by the target terminal through 5G in real time; processing the health care management data through the local intelligent terminal to generate a health care data processing result; and a health care data processing result is transmitted to the target terminal in real time through 5G, so that remote health care management is realized.

This invention discloses an integrated intelligent feeding neonatal status monitoring system and method. The invention relates to the field of neonatal care equipment technology. The system includes a sensing module, an edge computing module, an execution module, a human-computer interaction module, and a compliance assurance module. This invention achieves intelligent integrated closed-loop control, deeply integrating multimodal physiological monitoring with three feeding methods and nipple training. The core algorithm dynamically optimizes the feeding strategy based on real-time data, solving the problem of disconnect between monitoring and feeding, and realizing precise adaptive feeding for newborns. This significantly improves clinical efficiency and nursing quality and can be widely applied in neonatal intensive care units and nursing centers.

The invention discloses a health care and entertainment integrated carrying system based on an intelligent wearable hat, and belongs to the technical field of health care and entertainment, the system comprises an APP and an intelligent acquisition hat, and the intelligent acquisition hat is provided with intelligent output glasses through a carrying device arranged in the intelligent acquisition hat; the APP is internally provided with a doctor module and a housekeeper module, and the APP is internally provided with a resource docking unit used for resource transmission. According to the system, the information barrier between a hospital and a health care center is broken through, as long as a user normally wears an intelligent cap, data does not need to be transmitted among institutions, improper maintenance caused by information errors is avoided, then the carrying device is connected with front-end diagnosis and treatment and rear-end health care in series, each ring of doctor seeing and health care is full of intelligent temperature, and the health care efficiency is improved. And full-period guarding from disease treatment to health care of the patient is realized.