Abstract: A method involves the processing of a feedstock comprising sanitary products with human waste in a biogenic refinery. The feedstock is shredded to reduce a particle size of the feedstock. The liquid and solid components of the feedstock are separated and the solid components are transferred to a conveyor and moved on a conveyor to a pyrolysis pot of the biogenic refinery. The solid components are heated in the pyrolysis pot to generate an exhaust. The exhaust is directed to a plenum that extends, respectively downstream, to a pollution control device and a heat exchanger. The liquid components are directed through a heat exchanger of the biogenic refinery. The liquid components are heated, concentrated, and injected into the exhaust in the plenum prior to the exhaust flowing to the pollution control device.

Abstract: A biogenic refinery has a pyrolysis pot, an exhaust plenum, and a drag chain conveyor system having first and second drag chain conveyor portions. The first and second drag chain conveyor portions have a drying region disposed in the exhaust plenum with the second drag chain conveyor portion depositing feedstock in the pyrolysis pot. A control system includes a drive to control the drag chain conveyor system, a humidity sensor sensing moisture in the exhaust plenum, and a controller that receives a signal from the humidity sensor, compares the humidity sensor signal with the desired moisture level in the exhaust, and controls the drag chain conveyor system based upon a difference between the humidity sensor signal and the desired moisture level in the exhaust to control a rate of movement of the feedstock through the drying regions of the first and second drag chain conveyor portions.

Abstract: A disposable diaper having a first sheet of viscose fiber material disposed against a child's skin, an acquisition and diffusion layer (ADL) interposed over top of the first sheet of viscose fiber, a coating layer of tissue fiber interposed over top of the ADL layer, an absorbency core layer interposed over top of the coating layer, a permeable layer of polymer film interposed over top of the absorbency core layer, and a second sheet of viscose fiber material overlaid over top of the permeable polymer film layer, the second sheet functioning as the exterior sheet of the disposable diaper.

Abstract: A disposable diaper having a first sheet of viscose fiber material disposed against a child's skin, an acquisition and diffusion layer (ADL) interposed over top of the first sheet of viscose fiber, a coating layer of tissue fiber interposed over top of the ADL layer, an absorbency core layer interposed over top of the coating layer, a permeable layer of polymer film interposed over top of the absorbency core layer, and a second sheet of viscose fiber material overlaid over top of the permeable polymer film layer, the second sheet functioning as the exterior sheet of the disposable diaper.

Abstract: A diaper state change notification device has a power source, a micro controller capable of generating a notification, a wireless communications chip, and one or more sensors incorporated in the device or coupled thereto, characterized in that the notification device is attached to or otherwise embedded within a diaper and generates and sends a notification to a monitoring entity upon sensor detection of a diaper state change from a fresh diaper state to a soiled diaper state.

Abstract: A pet wellness tracking system is provided including at least one electronic tracking device secured to a pet, the tracking device having wireless data transfer capability to transfer data to a second electronic device such as a pet owner's smart phone, at least one first electronic volume measurement device secured to or otherwise fitted to a feeding bowl and or watering bowl, the volume measurement device having wireless data transfer capability to transfer data to the second electronic device, and a second electronic volume measurement device having wireless data transfer capability to transfer data to the second electronic device, the combination of devices providing motion tracking over distance and time, caloric burn rate over tracked time, and one or more categories of weight monitoring over time.

Abstract: A data aggregation, analysis, and results reporting network includes a first machine readable code running on a first network node tracking raw motion data, a second machine readable code running on a second network node tracking raw hydration data, a third machine readable code running on a third network node, the third network node receiving the raw data tracked and caching the data as a batch of data for processing and a fourth machine readable code running on a fourth network node receiving the cached data from the third network node and processing the data, the fourth network node having access to a fifth network node sending third-party data to the fourth network node during data processing of a received batch of data.

Abstract: An executable network-hosted service model includes at least one server controlled by a service provider entity, the at least one server connected to the network and to at least one data repository, software executed by the server from a non-transitory computer readable medium coupled to or otherwise accessible to the server, the software including at least one set of machine readable instructions to operate a service that takes in activity data recorded by at least one dedicated activity data tracking device controlled by a service beneficiary having a medical condition, processing the recorded data on behalf of the beneficiary, providing the data results for view by the beneficiary along with recommendations to consume available vitamins and nutrient supplements especially formulated for the medical condition of the beneficiary.

Abstract: A method of ingesting and converging fitness data from one or multiple fitness activity trackers and providing personalized nutrition and supplemental recommendations, executed by a mobile device. The method comprises searching for one or more tracking devices, connecting to the tracking devices, and ingesting data from the tracking devices. The mobile device displays fitness questions based on the ingested data. The ingested data is processed to generate nutritional recommendations for the user, which are displayed on the mobile device.