Abstract: An artificial intelligence system for improving user adaptability using textual communication includes a communication device, the communication device configured to initiate a textual communication session with a user input, and using the textual communication session, at least a first textual datum from the user, identify, using a language processing model, at least an adaption problem category using the at least a first textual datum, determine an adaptability profile of the at least a user, generate at least an adaption solution as a function of the at least a first textual datum, the at least an adaption problem category, and the adaptability profile, and output at least a second textual datum to the user as a function of the adaption solution.

Abstract: The system provides a method and apparatus for patient monitoring. In one embodiment, the system comprises beacons located in the patient environment. The beacons may be part of the Medical Internet of Things (MIOT). The patient has a medical wearable that includes fall detection and non-clinical medical monitoring within a geo-fencing perimeter to assure patient safety. The caregivers wear monitoring badges that identify the location, proximity, time management and resources spent for a patient. A central hub base station in the home coordinates and collects the information from the beacons, badges, and medical wearable to deliver information (e.g., via the cloud) for the management of the patient and the caregiver.

Abstract: The system provides a method and apparatus for patient monitoring. In one embodiment, the system comprises beacons located in the patient environment. The beacons may be part of the Medical Internet of Things (MIOT). The patient has a medical wearable that includes fall detection and non-clinical medical monitoring within a geo-fencing perimeter to assure patient safety. The caregivers wear monitoring badges that identify the location, proximity, time management and resources spent for a patient. A central hub base station in the home coordinates and collects the information from the beacons, badges, and medical wearable to deliver information (e.g., via the cloud) for the management of the patient and the caregiver.

Abstract: The system provides a method and apparatus for patient monitoring. In one embodiment, the system comprises beacons located in the patient environment. The beacons may be part of the Medical Internet of Things (MIOT). The patient has a medical wearable that includes fall detection and non-clinical medical monitoring within a geo-fencing perimeter to assure patient safety. The caregivers wear monitoring badges that identify the location, proximity, time management and resources spent for a patient. A central hub base station in the home coordinates and collects the information from the beacons, badges, and medical wearable to deliver information (e.g., via the cloud) for the management of the patient and the caregiver.

Abstract: An ATV trailer with fully-rotatable suspension is provided. The ATV trailer is formed of frame members fabricated of square, metal tubing and welded together to form a framework of rails. A downwardly sloping tongue terminates into a ball hitch coupler being mountable to a hitch of a standard ATV. An I-suspension wheel assembly is provided which includes a wheel assembly bracket with a stub axle being adapted to mountably support an I-beam suspension apparatus. The I-beam suspension apparatus includes an I-member being fully rotatable 360° about the stub axle. Spindles are mounted to the I-member for mountably supporting standard ATV wheels. A metal box-like enclosure of walls forming a water-storage tank is mounted atop the frame members.