7 results about "Safety procedure" patented technology

A telehandler including at least one base frame, provided with ground support wheels and stabilisers, at least one telescopic lifting arm articulated to said base frame, at least one piece of work equipment supported by the lifting arm, and an electronic control unit configured to determine, by sensors, one or more position parameters indicative of a current operating position of the telehandler from among the possible operating positions of the telehandler, calculate a maximum load that can be lifted by the equipment in the current operating position, and activate a safety procedure, if the equipment in the current operating position is subjected to a load that exceeds the maximum load that can be lifted.

The invention relates to a platform-type handling machine (1) configured to, when a measured electric field value exceeds a threshold value, execute a safety procedure comprising inhibiting the ground movement control and the actuation system with the upper control station (11A), emitting a warning signal related to the proximity of a detected power line, while allowing control with the lower control station (13C). The invention also relates to a corresponding method. Figure for the abstract: Fig. 1

A safety evaluation of a trajectory of an autonomous machine can be performed based at least on determining whether the autonomous machine is able to occupy a trajectory point in the space-time using one or more safety procedures while still being able to avoid future potential collisions with one or more objects in the environment. In doing so, a collision evaluation of the trajectory point can be performed based at least on a comparison of times of arrival of points in the space-time corresponding to the autonomous machine executing one or more safety procedures from the point to one or more corresponding locations in the environment of the one or more objects. A trajectory can be sampled and collision evaluations performed at various points throughout the trajectory. Based on results of one or more evaluations, the trajectory can be scored, eliminated from consideration, or otherwise considered for control of the autonomous machine.

This invention relates to a method, system, processing equipment, and storage medium for identifying the evolution path of blowout risk in deep-sea high-temperature and high-pressure drilling. The method includes: extracting key information from historical blowout accident reports, safety procedures, and expert experience documents of the deep-sea high-temperature and high-pressure drilling well under test; employing a multi-agent collaborative architecture to collect real-time operating data, equipment operation data, performance parameters, and geological environment data of the deep-sea high-temperature and high-pressure drilling well under test, and performing preprocessing to form a unified dataset; based on the extracted key information and the formed unified dataset, using a Transformer architecture finely tuned for the deep-sea drilling field, constructing a three-level blowout risk knowledge graph of the deep-sea high-temperature and high-pressure drilling well under test and dynamically updating it; and using a multi-agent collaborative architecture to traverse the three-level blowout risk knowledge graph, identifying the core risk evolution path and quantitative analysis results of the deep-sea high-temperature and high-pressure drilling well under test. This invention can be widely applied in the field of deep-sea drilling safety monitoring technology.

The present disclosure relates to a safety system (100) for a vehicle (10), comprising: - a plurality of function modules (110A, 110B, 110C) configured to implement a plurality of safety functions, wherein the plurality of safety functions includes at least one first safety function and several second safety functions; and - a user interface module (120) configured to receive an initial user input and a subsequent second user input, wherein the security system (100) is configured to: - to suspend several secondary security functions upon receiving the first user input, and - to suspend at least one first security function upon receipt of the second user input, if at least one suspension criterion is met.

The application relates to a multi-model-based power standardized speech recognition and dynamic matching method for safety measures. The method comprises the following steps: inputting a spectrogram feature sequence corresponding to a single-channel speech signal of a power field into a target acoustic model constructed in advance to perform recognition processing, so as to obtain a preliminary text sequence; performing semantic correction and standardized processing on the preliminary text sequence by using a language model constructed in advance, so as to obtain a recognized text sequence; and performing fuzzy matching processing on the recognized text sequence by using a candidate standard sentence in a safety measure ticket standard library constructed in advance, so as to obtain a target matching result; wherein the target matching result is used to guide field operation of the power field. The method can improve speech recognition accuracy.

This invention relates to a multimodal sensing-based industrial process anomaly safety control method, belonging to the field of intelligent industrial manufacturing. This method collects data on equipment, environment, materials, and personnel behavior through a multimodal heterogeneous sensor array, and generates a standardized safety dataset through spatiotemporal alignment and fusion. It employs a differentiable industrial field coupling propagation model to estimate production environment field data, achieving dynamic compensation and enhanced perception. A digital twin evolutionary network embedded with production cycle time, energy efficiency, and safety coupling constraints is constructed to output equipment health trends and residual safety capability assessments. Based on an interpretable causal reasoning engine and aligned with a safety procedure knowledge graph, root cause diagnosis and compensation calculation for process deviations are achieved. Temporal dependency constraints are introduced into the attention mechanism to achieve hierarchical early warning and proactive process reconfiguration. This invention improves the safety level and production continuity assurance capabilities of industrial production.