Abstract: Solvent-based methods for the extraction and concentration of cannabinoids and other target compounds from large-scale harvests of cannabis and hemp crops. Select portions of cannabis or hemp plants are harvested, ground to a desired particle size and ultimately powderized where the powder is mixed with a solvent, preferably ethanol or water, to form a slurry that is subjected to at least two, and preferably five or more separate inverting filter centrifugation steps until cannabinoid extraction is maximized. The filtrate from the first inverting centrifugation step is isolated and purified to derive an extract whereas the powderized filtride is subjected to further centrifugation steps. Fresh solvent is introduced at the last inverting centrifugation step and subsequently used upstream in sequentially-earlier centrifugation steps until ultimately utilized in a first inverting filter centrifugation step.

Abstract: A method and system displaying a plurality of visualizations at a portable electronic device is described. Initially a data presentation application executing at the portable electronic device renders a plurality of visualizations based on a user interface (UI) visualization file. A plurality of screenshots are captured corresponding to the rendered plurality of visualizations. Next a plurality of visualization images are generated by rendering the visualization screenshots at one surface of the plurality of visualizations and metadata related to the data on another surface of the plurality of visualization images. Finally, the generated plurality of visualization images are displayed at a user interface of the portable electronic device.

Abstract: In an example embodiment, a test request is sent to a server configured to provide data to the mobile device application. Then a response to the test request is received from the server. The response is analyzed to identify a pattern in the response indicative of a communication sent via a particular communication path. An available communication path between the mobile device application and the server corresponding to the pattern is identified. Then, a mobile device application is registered with the server via the identified communication path.

Abstract: In an example embodiment, a test request is sent to a server configured to provide data to the mobile device application. Then a response to the test request is received from the server. The response is analyzed to identify a pattern in the response indicative of a communication sent via a particular communication path. An available communication path between the mobile device application and the server corresponding to the pattern is identified. Then, a mobile device application is registered with the server via the identified communication path.