3results about How to "Reduce invalid waiting time" patented technology

This application provides a temperature acquisition device and system. The device includes a microcontroller and multiple sampling chips, each corresponding to multiple sampling channels. The microcontroller sequentially controls each sampling chip to sample each of the corresponding multiple sampling channels. When the first sampling chip completes sampling in the first sampling channel and obtains sampling data, it generates a hardware pulse. The microcontroller triggers an interrupt based on the hardware pulse, reads the sampling data, performs temperature conversion on the sampling data, and switches to the next sampling channel. This device can improve the temperature acquisition response speed.

The invention relates to the technical field of data processing, can be applied to business system platforms of financial science and technology, medical treatment and health and the like, and discloses a task file exception re-reading method, device and equipment and a medium. Generating a to-be-executed task sub-file corresponding to the to-be-executed task main file according to the task configuration parameters; reading a reading progress value and a read data volume corresponding to the to-be-executed task main file, and monitoring a task data reading state of the to-be-executed task main file according to the reading progress value and the read data volume; when the task data reading state is reading failure, reading the to-be-executed task sub-file, and executing the to-be-executed task sub-file based on a reading result of the to-be-executed task sub-file to obtain a sub-file task execution state; identifying a reading abnormal factor of the main file of the task to be executed, and extracting a file configuration parameter of the reading abnormal factor; and synchronously updating the sub-file task execution state and the file configuration parameters to the to-be-executed task main file. According to the method, the task file exception rereading efficiency can be improved.

The application discloses an intelligent collaborative control method for high-temperature-impact coupling test, and belongs to the technical field of civil engineering structure test and intelligent control. The method collects the temperature of a test piece, the running state of a heating device and the preparation state of an impact loading device in real time; determines an effective characteristic temperature according to the temperature of multiple measuring points, calculates the predicted withdrawal duration of the heating device and the predicted falling duration of an impact body; predicts the temperature at the impact contact moment based on the pre-labeled temperature attenuation law, collaboratively determines the withdrawal trigger moment and the release trigger moment; after the withdrawal is completed, dynamically corrects the attenuation coefficient based on the actual withdrawal duration and re-predicts the temperature, and accordingly corrects the release trigger moment; when the conditions are met, the impact body is released and test data is collected. The application takes the temperature at the impact contact moment as a control target, and through pre-prediction, collaborative decision and post-dynamic correction, the control precision of the impact instant temperature is significantly improved, and the repeatability, safety and reliability of the test are enhanced.