5results about How to "Improve work level" patented technology

The invention discloses a processing method and system for power grid multi-cascade faults, and relates to the field of power system fault processing, and the processing method for the power grid multi-cascade faults comprises the steps: constructing a multi-cascade fault rapid judgment knowledge graph; fault event information is obtained through the comprehensive intelligent alarm information, and the real-time operation state of the power grid is monitored; identifying a fault type, and obtaining equipment associated information; querying the fault plan knowledge graph, matching the fault disposal process plan, and establishing a fault disposal group for outputting fault disposal process operation prompts and information intercommunication; judging whether an out-of-limit risk exists or not; an adjustment strategy is adopted for existing out-of-limit risks until all out-of-limit risks are eliminated; and analyzing actual conditions to carry out equipment power restoration and state recovery operation. According to the method, the problems that fault handling mainly depends on artificial experience and the intelligent level is low are solved, meanwhile, the power grid multi-cascade fault handling efficiency is improved, and the workload of regulation and control personnel is relieved.

The invention relates to the field of GPGPUs (General Purpose Graphics Processing Unit), and particularly provides a method and a device for enhancing a cache flag bit in a GPGPU, after data or an instruction enters a cache unit in a Thread form, the Thread firstly needs to find a corresponding cache position according to a corresponding index, and after the corresponding position is found, Tag and Data are stripped, so that the cache flag bit in the GPGPU is enhanced. After stripping is completed, CRC coding and matrix storage are carried out respectively for storage and comparison; and if the error is correct, the next operation is carried out on the data, and if a problem occurs during the comparison, an error signal is pulled up, so that the flow line stops the current work, and the flow line can continue to work after the corresponding Error is repaired. Compared with the prior art, the stability of the cache unit in the GPGPU can be enhanced by enhancing the marking means of the flag bits, and then the working level of the whole GPGPU is improved.

The invention discloses a power distribution network-based uninterrupted work simulation method and system, computer equipment and a storage medium, and the method comprises the steps: collecting the work data of a power distribution network work project site in real time, carrying out the preprocessing, and constructing a three-dimensional dynamic simulation platform; the simulation work is monitored in real time based on a three-dimensional dynamic simulation platform, and operators participating in the simulation work are scored based on a comprehensive scoring formula; performing difference analysis on the basis of the acquired scores of all the operators, and generating a personalized optimization suggestion corresponding to each operator on the basis of a difference analysis result; historical operation data are acquired regularly, and the standard operation value and the parameter range of simulation operation are automatically adjusted. According to the scheme, the problems of incomplete data acquisition, insufficient simulation environment dynamics and insufficient personalized evaluation and optimization in the prior art can be solved, the operation efficiency and safety of operators are effectively improved, and meanwhile, the operation level of the operators is improved.

The invention discloses intelligent combined trigger type inspection equipment, which comprises an intelligent trigger type glove and an intelligent safety helmet, and is characterized in that the intelligent trigger type glove is provided with a plurality of contact pieces corresponding to the positions of fingers of a user; all the contact pieces are connected with a wireless signal transmitting module arranged on the intelligent trigger type glove, and the wireless signal transmitting module is controlled to transmit different wireless signals through contact of every two different contact pieces; the intelligent safety helmet comprises a wireless signal receiving module and a plurality of functional parts controlled by the wireless signal receiving module; and the wireless signal receiving module controls different functional parts to work according to the received different wireless signals. The application of the invention not only can protect the safety of operators, but also has the function of directly triggering corresponding modules by adopting different instructions, can greatly simplify the working process of completing different instructions under complex working conditions, and can greatly improve the working level of power operation and maintenance.

The application discloses a kind of disc brake function automatic test equipment, including support and controller;Two ends of the top of support are respectively equipped with lever stroke detection mechanism and first Y direction servo module, lever stroke detection mechanism and first Y direction servo module are equipped with adjusting torque detection mechanism between, one side of lever stroke detection mechanism and first Y direction servo module is respectively equipped with X direction servo module and second Y direction servo module;The middle of the side of support away from second Y direction servo module is equipped with push disc height detection mechanism, and push disc height detection mechanism is located below adjusting torque detection mechanism;Test brake using the test equipment, the whole operation process, realizes the full-automatic disc brake function automatic detection operation using the cooperation between controller and each mechanism and module, improves the operation efficiency while improving the operation level, solves the problem of low efficiency of traditional reliance on manual detection.