15 results about "Nursing homes" patented technology

This invention relates to the field of nursing equipment, and more particularly to a mobile intelligent bathing device for elderly care, comprising: a movable base plate with casters at its bottom for supporting the device for movement; a shower chamber fixed to the upper part of the movable base plate; an extension chamber fixed to one side of the shower chamber, the top of which is provided with a cover plate, and the extension chamber having a clean water chamber and a wastewater chamber respectively; a support unit including a set of supports symmetrically arranged on both sides inside the shower chamber; a chest cleaning section including a mounting plate folded and installed between elbow pads on both sides; and a back cleaning section including a fixing plate fixed to the inner wall of the shower chamber. This invention has a compact overall structure, complete functions, strong protection, and is easy for the elderly to use. It is suitable for various environments such as homes, nursing homes, and hospitals, and can help the elderly achieve efficient showering and skin care for their chest and back.

This invention discloses an integrated liquid diet supply and digestion monitoring system for gastrointestinal care. The system includes a core control module, a liquid diet supply module, a digestive status monitoring module, a multi-scenario adaptation module, a multi-device collaboration module, and a data management module. By constructing a three-tiered closed-loop system of "early warning-intervention-emergency care" to prevent aspiration, it achieves non-invasive automatic monitoring of gastric residual volume, personalized customization and infusion linkage of liquid diet formulas, linkage between intermittent infusion and oral care, and full-process traceability analysis of abnormal events. It is portable and can interconnect with multiple devices such as smart beds, monitors, and hospital HIS / LIS systems to form a smart medical ecosystem. This invention achieves the integration and intelligentization of liquid diet supply, digestion monitoring, and gastrointestinal care, covering four major scenarios: hospitals, rehabilitation centers, nursing homes, and homes. It significantly improves diagnostic and treatment efficiency and patient comfort, meeting both clinical needs and quality control research requirements.

The application discloses an interactive psychological intervention robot dog with real-time emotion sensing capability, comprising a bionic robot dog body, a signal acquisition module, an emotion evaluation module, an execution control module, a collaborative intervention module, a remote monitoring module and a man-machine interaction module, which can monitor the physiological state of a user in real time, automatically identify the emotional state, and actively guide slow breathing training, mindfulness meditation, muscle relaxation and biofeedback training, cooperate with intervention measures such as vibration stimulation and sound and light stimulation, continuously monitor the emotional changes, adjust the intervention measures, realize closed-loop control, and meanwhile, the physiological regulation effect of the user can trigger positive behavior feedback of the robot, and improve the treatment participation degree. The application is suitable for the old, patients with anxiety and depression, and people with low motivation and low digital literacy, and can realize personalized and high-compliance psychological health support in family, nursing homes and other scenes, and has the advantages of mobility, intelligence, closed-loop regulation and control and strong interaction.

1. Name of the product in this design: Intelligent Medicine Delivery Cart. 2. Intended use of this design: Automatic delivery of medicines in homes, hospitals, or nursing homes. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. The design for which protection is sought includes color.

This invention discloses a method, system, and device for pressure ulcer risk assessment based on wearable multi-source physiological data, belonging to the field of medical monitoring technology. This invention employs a tissue damage cumulative decay model, quantifying the dynamic evolution process of "pressure-perfusion decline-metabolic imbalance-tissue damage" through coupled calculation of multi-source physiological parameters. Simultaneously, it introduces an individual tissue tolerance coefficient to adapt to the health status of different users, enabling early warning of subclinical pressure ulcers 7-10 days in advance. Furthermore, this invention also includes a coplanar integrated flexible wearable patch, achieving 14-day battery life through adaptive sampling and passive wake-up design, with an assessment accuracy rate exceeding 94%. This solution can be widely applied in hospitals, nursing homes, and home care scenarios, significantly reducing the incidence of pressure ulcers and alleviating the workload of nursing staff.

The utility model relates to calling device technical field, and disclose a kind of calling device for nursing home, including shell, the front of shell is provided with placing plate piece, the front of placing plate piece is provided with lighting assembly, the bottom of shell is provided with reset calling assembly, and the reset calling assembly includes connecting seat, protective U-shaped frame, connecting plate body, magnetic attraction plate piece, magnet protection baffle, spring, caller, magnetic attraction slide, magnet slider and connecting wire, the front bottom of shell is fixedly connected in the connecting seat, the front of protective U-shaped frame is fixedly connected in connecting seat. The calling device for nursing home, by being provided with reset calling assembly, need to stretch to magnet slider and magnetic attraction slide to be pulled off only to send call when using, avoid the situation of mis-touching, so that the calling telephone in calling device can be provided with reset assembly, and not using touch type key, not easy to cause mis-dialing situation.

This invention provides a system and method for targeted memory activation and emotional support for elderly people with dementia based on an emotional AI digital human. The system includes a memory universe construction module, a state perception module, a decision center module, and an emotional interaction module. The memory universe construction module builds a memory database and life map based on the elderly person's historical data, and provides a digital human model and virtual family environment through generative AI. The state perception module acquires the elderly person's state data in real time and identifies anomalies. The decision center module analyzes the elderly person's psychological state and needs based on relevant data and generates decision results. The emotional interaction module initiates targeted interaction between the target digital human model and the elderly person. This invention enables personalized and dynamic interaction for elderly people with dementia, improves the effectiveness and humanization of interventions, reduces medication use, lowers caregiving burdens, and builds a complete care ecosystem. It is applicable to dementia care scenarios in families, nursing homes, and community elderly care service centers.

The application discloses a millimeter wave radar human body posture estimation and fall detection method and system based on space-time state modeling, and belongs to the technical field of intelligent perception and behavior recognition. The application comprises the following steps: collecting FMCW millimeter wave radar point clouds and pre-processing; constructing a cross-modal knowledge distillation framework, transferring human body geometric structure priori from a Teacher network to a Student network, combining a Doppler adaptive gating mechanism to suppress multipath interference, and realizing three-dimensional human body posture estimation only relying on radar data; reconstructing a skeleton sequence into a space-time state representation, modeling the posture space-time evolution process by using an adaptive space-time graph convolution network, and distinguishing similar actions such as falling, bending and sitting; and integrating an end-to-end fall monitoring system. The application does not rely on visual sensors at all in the reasoning stage, has the functions of privacy protection and all-weather working ability, can stably reconstruct a human body skeleton from sparse radar point clouds and realize high-precision fall detection, and is suitable for real-time monitoring in privacy-sensitive scenes such as families, nursing homes and hospitals.

The utility model relates to a nursing home technical field especially uses adjustable cabinet chair for nursing home, including chair back, set up the heat dissipation net in the upper chair back, a plurality of setting heat dissipation hole in the waist of chair back, set up the first latex pad in the bottom of heat dissipation hole, the handrail of symmetrical setting in the side wall of chair back and set up the collection cabinet in the bottom of chair back, the utility model discloses through the setting of first pivot and third pivot, when the old man sits on the chair back, can angle adjustment to handrail according to own sitting posture, in order to reach comfortable sitting posture after the waist is supported by chair back, the action of back turning can be realized under the restriction of first pivot and third pivot, makes the old man have the supporting effect when getting up, also convenient to take the article in the collection cabinet during the old man use period, thereby provides the emotional value when the old man uses chair back, and also will improve the comfort during the old man use period.

This invention relates to the field of smart elderly care monitoring technology, and discloses a monitoring method and system for high-risk groups in elderly care institutions based on integrated medical and elderly care. By modeling the process of returning to the room after an activity as a complete care task, walking, pausing, turning, and stopping at the door in video images are no longer understood as ordinary actions in isolation, but are continuously analyzed under the constraint of whether the elderly person successfully returns to their own room. Features such as target consistency, head and body orientation differences, approaching the elderly person's own room door without entering, and stopping at the door of a non-elderly person's room are introduced. Before the elderly person falls or mistakenly enters another room, the system can identify whether the process of returning to the room has deviated. It can also restore the disorientation behavior that is fragmented under the condition of crowd obstruction to the same continuous event, and more accurately distinguish between normal return to the room, short-term waiting, and true disorientation and wandering. This solves the problem that existing monitoring methods are difficult to continuously identify the deviation of the intention of high-risk elderly people returning to their rooms and the disorientation and wandering process in the scenario of returning to the room after an activity.

The invention relates to a portable microbial air monitoring equipment that is used in places where clean air and clean environments are required, such as food factories, pharmaceutical factories, cosmetic factories, hospitals, schools / daycares, nursing homes, private or public institutions and organizations, and that enables sampling to measure microorganisms present in the air and air quality in pressurized closed circuit air ducts.

A nursing home management system, which subdivides the care work content by category, required professional technology, physical strength, nature, etc., and gives code, so that only part of the code corresponds to the care work that needs to hire professionals, and the rest can use non-professionals. Identify the service needs and provide service capabilities of the project categories of residents (including external residents), and grant corresponding codes, so that users (referring to nursing residents, excluding professional medical staff) can have the identity of service providers and / or service needs, and residents can become the main source of care manpower. In nursing homes or community residential areas, it can be expanded to a "linked service chain" model, further reducing the demand for care manpower. The matching mechanism of time bank is converted into work scheduling (scheduling), which can make service needs 100% instantly satisfied. Reduce the demand for external manpower of the institution, thus reducing the charges, and mutual service of residents' empathy can improve the quality.

This utility model discloses a novel cotton quilt for nursing homes, comprising: an outer cotton quilt and a waterproof quilt disposed on the inner surface of the outer cotton quilt; a fixing piece is disposed on the outer cotton quilt, and a snap fastener is disposed on the fixing piece; a coil is disposed on the waterproof quilt, and the fixing piece passes through the coil; the waterproof quilt comprises: a waterproof fabric layer and an absorbent layer, the waterproof fabric layer being located between the outer cotton quilt and the absorbent layer. The structural design of this application makes it easier to clean in case of urinary or fecal incontinence in the elderly while maintaining the weight and texture of the quilt, and the method of replacing the waterproof quilt is simple and easy to operate, which not only increases the replacement speed but also ensures the stability of the connection between the various layers.

The application relates to an EL-YOLO-based abnormality monitoring method for an old people gathering place, which comprises the following steps: S1, collecting monitoring video data streams in the old people gathering place, constructing image data sets containing normal behaviors and abnormal behaviors, and labeling targets in the images; S2, constructing an abnormal behavior detection network based on an EL-YOLO model; S3, training the EL-YOLO model by using the labeled data set; S4, deploying the trained EL-YOLO model to an edge computing device, accessing real-time video streams of cameras in the place, frame by frame or frame skipping detecting video frames, and identifying human targets and postures of the old people in the pictures; and S5, judging whether abnormal behaviors exist according to the detection results, which has the advantages of providing all-weather and intelligent safety protection for the old people gathering places such as communities and nursing homes, and significantly reducing health risks of the old people caused by unexpected accidents.

This invention relates to the field of elderly safety monitoring technology, and more particularly to a method for monitoring and alarming abnormal states of elderly people using nursing home beds. The method includes: real-time acquisition of the elderly person's body pressure distribution data, heart rate and respiratory data, and bed posture data; identifying the elderly person's current behavioral state as either resting or moving based on the body pressure distribution data and bed posture data; calculating a heart rate deviation index and a respiratory abnormality index based on the heart rate and respiratory data, and determining whether the elderly person's vital signs are abnormal based on these indices; when the elderly person's vital signs are normal, determining whether the elderly person's behavioral state is abnormal based on the number of body movements per unit time and the maximum resting time during the day, and determining the alarm level based on the body movement impact coefficient and rhythm disorder coefficient. This invention improves the accuracy of monitoring abnormal states of the elderly and the targeted nature of alarms.