Abstract: An energy orchestration module (EOM) is provided to dynamically power flexible loads such as electric vehicle batteries, water heaters, and heating ventilation and air conditioning (HVAC) systems. The EOM can monitor energy use in the relevant portion of the local electrical system to determine if available capacity exists to safely power a flexible load. When capacity exists the flexible load can be powered and when capacity is not available the flexible load can be disconnected to avoid an overcurrent event. In some applications, power to the flexible load is throttled to an intermediate level when there is less available capacity. Multiple EOMs powering flexible loads sharing the same electrical service may collectively follow a priority scheme to determine which flexible loads will be powered (and to what degree) under varying conditions. Coordination at the grid level can also be achieved to reduce the likelihood of a blackout or brownout event.

Abstract: A smart and scalable dementia assistant device is provided that converses with a patient in voices familiar with the patient. It utilizes content learned from the patient and content provided by family, friends, caregivers, and doctors, and autonomously adjusts conversations based on the changing state of the patient's dementia state. The device autonomously controls IoT devices (e.g. doors, elevators, tvs, medical dispensers) to help and assist the dementia patient using oral and IoT sensors.

Abstract: A smart and scalable dementia assistant device is provided that converses with a patient in voices familiar with the patient. It utilizes content learned from the patient and content provided by family, friends, caregivers, and doctors, and autonomously adjusts conversations based on the changing state of the patient's dementia state. The device autonomously controls IoT devices (e.g. doors, elevators, tvs, medical dispensers) to help and assist the dementia patient using oral and IoT sensors.

Abstract: A system may generate and update a key performance indicator (KPI) on a KPI dash. The system may receive a request and access KPI data to generate a self-contained KPI object. The system can also use metadata associated with the KPI to generate a set of metadata objects to be included in the KPI object. The self-contained KPI object can be displayed on the dashboard, and responsive to a rating received from a user, a cumulative rating may be updated. The new rating may be displayed within the KPI on the dashboard.

Abstract: A system may generate and update a key performance indicator (KPI) on a KPI dash. The system may receive a request and access KPI data to generate a self-contained KPI object. The system can also use metadata associated with the KPI to generate a set of metadata objects to be included in the KPI object. The self-contained KPI object can be displayed on the dashboard, and responsive to a rating received from a user, a cumulative rating may be updated. The new rating may be displayed within the KPI on the dashboard.

Abstract: A system may generate and update a key performance indicator (KPI) on a KPI dash. The system may receive a request and access KPI data to generate a self-contained KPI object. The system can also use metadata associated with the KPI to generate a set of metadata objects to be included in the KPI object. The self-contained KPI object can be displayed on the dashboard, and responsive to a rating received from a user, a cumulative rating may be updated. The new rating may be displayed within the KPI on the dashboard.

Abstract: A system may generate and update a key performance indicator (KPI) on a KPI dash. The system may receive a request and access KPI data to generate a self-contained KPI object. The system can also use metadata associated with the KPI to generate a set of metadata objects to be included in the KPI object. The self-contained KPI object can be displayed on the dashboard, and responsive to a rating received from a user, a cumulative rating may be updated. The new rating may be displayed within the KPI on the dashboard.

Abstract: A system may generate and update a key performance indicator (KPI) on a KPI dash. The system may receive a request and access KPI data to generate a self-contained KPI object. The system can also use metadata associated with the KPI to generate a set of metadata objects to be included in the KPI object. The self-contained KPI object can be displayed on the dashboard, and responsive to a rating received from a user, a cumulative rating may be updated. The new rating may be displayed within the KPI on the dashboard.

Abstract: A system may generate and update a key performance indicator (KPI) on a KPI dash. The system may receive a request and access KPI data to generate a self-contained KPI object. The system can also use metadata associated with the KPI to generate a set of metadata objects to be included in the KPI object. The self-contained KPI object can be displayed on the dashboard, and responsive to a rating received from a user, a cumulative rating may be updated. The new rating may be displayed within the KPI on the dashboard.

Abstract: A system may generate and update a key performance indicator (KPI) on a KPI dash. The system may receive a request and access KPI data to generate a self-contained KPI object. The system can also use metadata associated with the KPI to generate a set of metadata objects to be included in the KPI object. The self-contained KPI object can be displayed on the dashboard, and responsive to a rating received from a user, a cumulative rating may be updated. The new rating may be displayed within the KPI on the dashboard.

Abstract: A baby temperature maintenance device is designed to regulate the temperature of a baby while providing a caretaker access to a lower portion of the baby without disturbing the baby. The baby temperature maintenance device includes a first panel of fabric, a second panel of fabric, a lower securing mechanism, and a plurality of upper securing mechanisms. The lower portions of the panels are fastened together with a lower securing mechanism that can be zipped open or closed. The upper portions of the panels are fastened together with upper securing mechanisms that fasten over each of the baby's shoulders. In some embodiments, a first wing and a second wing are included as a swaddle to fold over different sides and across the center of the first panel. The first wing and the second wing have reciprocal mating portions that fasten to each other to restrict movement of the baby's arms.

Abstract: A system and method for thermal regulation, the system comprising a bedding element that is configured to enclose at least a part of a living being or other object. The system further comprising a temperature regulation element that is included in the bedding element and that includes a phase change material which changes between a liquid phase and a solid phase within the desired temperature range.

Abstract: Infant warming systems are described herein generally comprising a temperature regulation assembly which encloses a phase change material (PCM). The temperature regulation assembly may be initially heated (or re-heated) by water contained within a heating assembly and then placed within a retaining pouch of an infant bedding. The PCM may then provide constant heat over a period of time to the infant. A control/indicator interface coupled to the regulation assembly may constantly monitor the temperature of the PCM as well as the ambient temperature to provide one or more indications or alerts to the user with respect to one of several states of the warming assembly.

Abstract: Systems and methods are disclosed for regulating body temperature. The system includes a housing that comprises compartments for a phase change material and a heat transfer material. The compartments are configured to transfer heat from the heat transfer material to the phase change material. A temperature sensor is used to determine when the phase change material has reached a pre-determined temperature. When the pre-determined temperature is reached, a release mechanism or lever is coupled to the temperature sensor to separate the phase change material compartment from the heat transfer material compartment or to remove the heat transfer material away from the phase change material compartment. The heated phase change material compartment can be used to regulate body temperature.

Abstract: Systems and methods are disclosed for regulating body temperature. The system includes a housing that comprises compartments for a phase change material and a heat transfer material. The compartments are configured to transfer heat from the heat transfer material to the phase change material. A temperature sensor is used to determine when the phase change material has reached a pre-determined temperature. When the pre-determined temperature is reached, a release mechanism or lever is coupled to the temperature sensor to separate the phase change material compartment from the heat transfer material compartment or to remove the heat transfer material away from the phase change material compartment. The heated phase change material compartment can be used to regulate body temperature.

Abstract: A method and program product for managing work products by utilizing a data model that provides traceability between business requirements and implemented services. The data model includes functional requirement, process element, business service, service design and service component asset types, and the relationships between the asset types. The asset types and the relationships provide a tracing between the functional requirement and the implemented service. In one embodiment, the tracing includes generating a series of displays in response to hyperlink selections. The series of displays include details of related instances of the functional requirement, process element, business service, service design, and service component asset types.

Abstract: An approach is provided for managing a work product. A data model is stored. A functional requirement is traced to an implemented service by displaying a sequence of displays: (1) details of the functional requirement; (2) details of a process element related to the functional requirement by the data model; (3) details of a business service related to the process element by the data model; (4) details of an information technology (IT) service design related to the business service by the data model; (5) details of a service component of the business service, the service component related to the IT service design by the data model; and (6) a document supporting the implemented service. Each of the displays (2) through (6) is displayed in response to a receipt of a selection of a hyperlink included in the previous display in the sequence.

Abstract: A method and program product for managing work products by utilizing a data model that provides traceability between business requirements and implemented services. The data model includes functional requirement, process element, business service, service design and service component asset types, and the relationships between the asset types. The asset types and the relationships provide a tracing between the functional requirement and the implemented service. In one embodiment, the tracing includes generating a series of displays in response to hyperlink selections. The series of displays include details of related instances of the functional requirement, process element, business service, service design, and service component asset types.