Abstract: A system may receive, from a client device, a query requesting quality information of a target device. The system may access a set of data records associated with the target device, pre-process the set of data records for extracting raw data associated with the target device from the set of data records, and convert the pre-processed data to normalized data using a first large language model (LLM). The system may apply a second LLM to the normalized data for generating an output result, which includes the requested quality information of the target device. Applying the second LLM may include: retrieving contextual information related to the target device; generating a prompt to the second LLM, the prompt comprising at least the normalized data, the retrieved contextual information, and the query requesting quality information of the target device; and providing the generated prompt to the second LLM to receive the output result.

Abstract: A dry heat sterilizing system for use in sterilizing non-ferromagnetic and/or ferromagnetic parts includes a sterilization chamber and at least one ferromagnetic structure within the sterilization chamber. At least one inductive EMF energy field generator inductively heats the at least one ferromagnetic structure during a sterilization operation. The at least one ferromagnetic structure is in thermal communication with the non-ferromagnetic and/or ferromagnetic part during a sterilization operation to transfer heat from the ferromagnetic structure to the non-ferromagnetic and/or ferromagnetic part.

Abstract: This invention, the Fly Rotor Motor, is an electric motor that turns a shaft and induces force on an object, or counter force, on an object that said invention is attached to or is in contact with. This invention achieves this by the use of a coil, or coils circumvented around the rotor, which induces a strong magnetic field on at least two poles of a hollow metal cylinder shaped rotor (2), which is circumferenced around a set of ball bearings. The magnetic field would pull and stretch a hollow metal rotor cylinder while at the same time the rotor cylinder is retracting back to its original shape. The rotor would absorb much energy then release this energy from constantly retracting. This energy, from constant retracting, would be released through a set of ball bearings (4) down to a shaft to be turned.