Abstract: In some implementations, the techniques described herein relate to a method including: detecting, by a processor, an interaction with an element of a user interface (UI); identifying, by the processor, a plurality of element properties responsive to the interaction, the plurality of element properties corresponding to the element and at least one ancestor element of the element; generating, by the processor, an identifier of the element based on the plurality of element properties; generating, by the processor, an exploration configuration file including the identifier; and transmitting, by the processor, the exploration configuration file to a processing platform.

Abstract: Provided herein are free base crystalline forms, crystalline salts, and solvates of Compound B.

Abstract: Systems, devices, and methods for sanitizing a fingerprint scanner include a sanitized fingerprint scanner comprising a housing, one or more signaling lights, one or more sensors, one or more UV light arrays, and a fingerprint scanner having a fingerprint scanner surface, the sanitized fingerprint scanner configured to: obtain one or more fingerprints of a first user at the fingerprint scanner surface; after obtaining the one or more fingerprints of the first user, enabling the one or more UV light arrays to radiate light toward the fingerprint scanner surface, and after radiating the UV light toward the fingerprint scanner surface for a predetermined period of time, authorizing a second user to use the fingerprint scanner.

Abstract: The present invention is a highly-efficient, self-propelled apparatus for cleaning nets used for farming of fish and other organisms while the nets are submerged. In various embodiments, the invention includes two rotating washer head assemblies, with spray bars and corresponding deflector plates. A high-pressure water stream is discharged from the spray bars at an angle that creates a torque force to actuate and maintain rotational movement of the washer head assemblies. The subsequent deflection of the high-pressure water stream by the deflector plates creates a thrusting force to propel the self-propelled apparatus toward the nets.

Abstract: The present invention is a jetter assembly for cleaning aquaculture nets in situ. The jetter assembly includes a high-pressure rotational union connected to an outer shroud assembly and an inner washing ring assembly. The rotational union includes a hose inlet connected to a fluid hose, a shaft and a plurality of inner ring segments securing the rotational union to the outer shroud assembly. The outer shroud assembly includes several supporting gussets connecting the outer shroud assembly to the rotational union and several inner and outer shroud sandwich plates connecting several shroud sections. The inner washing ring assembly includes a manifold, several spray bars and a centrifugal vortex plate that generates a fluid vortex to clean the nets.

Abstract: The present invention is a jetter assembly for cleaning aquaculture nets in situ. The jetter assembly includes a high-pressure rotational union connected to an outer shroud assembly and an inner washing ring assembly. The rotational union includes a hose inlet connected to a fluid hose, a shaft and a plurality of inner ring segments securing the rotational union to the outer shroud assembly. The outer shroud assembly includes several supporting gussets connecting the outer shroud assembly to the rotational union and several inner and outer shroud sandwich plates connecting several shroud sections. The inner washing ring assembly includes a manifold, several spray bars and a centrifugal vortex plate that generates a fluid vortex to clean the nets.