2 results about "Relaxation behavior" patented technology

This invention belongs to the field of reactor structural mechanics technology, specifically relating to a method for analyzing and evaluating high-temperature bolted connection sealing structures. The invention includes the following steps: selecting the location of the reactor pressure vessel flange and main bolt connection as the object of sealing structure analysis; analyzing and summarizing the influence of gasket data on the deformation and contact surface pressure of various components of the flange bolted connection structure; researching current standards and analyzing their limitations; using the finite element software ANSYS to perform finite element modeling of the reactor pressure vessel flange and main bolt structure; applying loads and constraints to the finite element model of the reactor pressure vessel flange and main bolt structure; calculating the deformation and stress of the structure using different creep and relaxation models; analyzing the relaxation behavior of the high-temperature flange bolted connection structure using experimental methods; and comparing and analyzing the results of the finite element method, the standard method, and the experimental method. This invention enables the analysis and evaluation of the sealing performance of flange bolted connection structures under high-temperature environments.

Embodiments of the present disclosure provide a visual fatigue intervention method based on effective working hour accumulation and safety fusing, applied to the technical field of intelligent wearable devices. The method comprises real-time collection of motion state data and gaze state data of the wearer, based on the joint determination result, performing accumulation or holding operation on the effective working hour counter; when the accumulated value reaches the preset intervention trigger threshold, the current scene risk level and the real-time motion state of the wearer are combined to determine the intervention execution opportunity, the optical modulation lens of the spectral intervention glasses is switched to a specific spectral intervention state, and the external interaction signal is shielded; during the duration of the specific spectral intervention state, the physiological rest behavior characteristics of the wearer are monitored in real time, and when the behavior characteristics that meet the preset relaxation conditions are detected, the optical modulation lens is driven to return to the transparent working state, the shielding of the external interaction signal is removed, and the effective working hour counter is cleared. In this way, it can ensure that the user completes the real eye relaxation behavior.