Jolliffe, Jack Louis

In some examples, systems and methods for data mapping are provided. An example method includes a method for data mapping is provided. In some examples, the method includes receiving the unstructured data including text data; receiving one or more extracted data parts from the GenAI model; accessing a hierarchical data model, the hierarchical data model including one or more sub-hierarchies; generating a search prompt using the unstructured data and the one or more highest-level structure elements; providing the search prompt to the GenAI model; receiving one or more identified sub-hierarchies; for each data part of the one or more extracted data parts, traversing each identified sub-hierarchy of the one or more identified sub-hierarchies to determine a list of relevant structure elements in the hierarchical data model based on a relevance scoring; and generating a mapping prompt based on the list of relevant structure elements and the unstructured data.

A PFAS-free hose is provided comprising an electrically conductive polyimide or PEEK innermost layer, optionally an adhesive tie layer, and a silicone tube layer. The conductive polyimide or PEEK innermost layer includes an electrically conductive filler and exhibits good electrical conductivity, is compatibility with aerospace fluids, and exhibits thermal stability, flexibility, and compatibility with outer tube layer when co-extruded.

The present invention provides a control method for an AC-DC conversion circuit of an electrical equipment and an electrical equipment. The control method includes voltage loop control and current loop control, where the voltage loop control provides a current instantaneous instruction value based on a comparison between a bus voltage sampled value and a bus voltage set value of the AC-DC conversion circuit, the current loop control provides a PWM control signal for the AC-DC conversion circuit based on a comparison between an inductor current sampled value of the AC-DC conversion circuit and the current instantaneous instruction value, the voltage loop control includes a coefficient adjustment step, and the coefficient adjustment step dynamically adjusts a coefficient K in the voltage loop control based on a load amount of the electrical equipment.

A vandalism detection and alert system (VDAS) is provided for an EV charging network monitored by a charge point operator (CPO). The VDAS is designed for use with a network whose EV charging stations use connector cables that include NTC cables to monitor over-temperature conditions. The VDAS includes an NTC monitoring logic module that continuously monitors each NTC cable in a given charging station. If there is a discontinuity in the communication path between an NTC cable and the NTC monitoring logic, the connector cable has likely been vandalized. The discontinuity causes an alarm to be issued in the specific charging station where the cable was vandalized and also causes an alert to be sent to the CPO. The CPO then issues a Panic Alarm command to all other charging stations associated with the site, causing all charging stations at the site to actuate their alarms.

An artificial intelligence system (AIS) can generate documentation documents describing a user's workflow through capturing meaningful and event-based workflow information to provide in an LLM prompt. The system may receive user inputs indicating start of a workflow capture session, monitor a user's use of a software application for selective, meaningful triggers, generate screen captures based on detected triggers and determine associated metadata. The system may record audio. The system may receive user inputs indicating stop of a workflow capture session, transcribe recorded audio to generate a transcript, and may associate text of the transcript with the generated screen captures based on determined metadata. The AIS can generate a prompt for the LLM based on at least some of the meaningful workflow information. The prompt can include at least some of the generated screen captures and associated metadata, some of the transcript, and instructions to generate a documentation document.

A bio-based electrically conductive polymer composite material is provided. The bio-based electrically conductive polymer composite material is useful as a bio-based anti-static inner layer in an aerospace hose.

A seat restraint system (110) holds a user to a seating rig (100) using multiple restraints (112). These restraints can be released simultaneously using a release actuation system (140), thereby quickly freeing the user from the seating rig. Certain types of restraints are extendable relative to the seating rig between retracted and extended positions to facilitate freedom of movement of the user. The release actuation system allows the restraints to extend without unintentional actuation of the release mechanism (130). The release actuation system allows the restraints to be released regardless of the position (e.g., retracted, extended, therebetween) of the extendable restraints.

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For a circuit breaker system (3) comprising a first circuit breaker (1) and a second circuit breaker (2), the first circuit breaker (1) having a first trip unit, a first control unit and a first electrical sensor, said first control unit controlling said first trip unit, the second circuit breaker (2) having a second trip unit, a second control unit and a second electrical sensor, said second control unit controlling said second trip unit, the circuit breaker system (3) further comprising means for the communication of the first control unit with the second control unit, it is suggested, that the first control unit monitors via said means for communication if there is an internal device failure in the second circuit breaker (2), wherein the first control unit is adapted to change its standard tripping characteristics to emergency tripping characteristics when the internal device failure of the second circuit breaker (2) is detected.

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