5results about How to "Avoid correction" patented technology

The application provides a wind power blade resin flow prediction method and system based on digital twinning, relates to the technical field of digital twinning, and comprises the following steps: obtaining multi-source detection historical data about a to-be-detected wind power blade mold, and determining a historical resin front position and a historical resin advancing speed; creating a three-dimensional resin model based on the geometric size of the to-be-detected wind power blade mold, introducing resin material parameters and resin process parameters to simulate a resin flow process, combining temperature state parameters, and constructing an initial resin flow model; inputting the multi-source detection historical data into the initial resin flow model to generate a prediction center reflection wavelength sequence and a prediction temperature change sequence, and correcting parameters of the initial resin flow model based on the difference between the historical center reflection wavelength sequence and the historical temperature change sequence, so that a target resin flow model is obtained; and inputting multi-source detection real-time data of the to-be-detected wind power blade mold into the target resin flow model to generate corresponding resin state parameters.

The application discloses a digital BPM channel amplitude correction method and device, equipment and a storage medium thereof, and relates to the technical field of particle accelerators. The method comprises the following steps: receiving amplitude information and filter initial coefficients of a filter in a digital beam position probe, wherein the amplitude information is obtained by collecting the amplitude of each channel after the digital beam position probe receives a linear frequency modulation signal sent by a correction signal generator, and the linear frequency modulation signal is an analog bandwidth signal of the digital beam position probe; generating a correction coefficient array based on the amplitude information; performing convolution processing on the correction coefficient array and the filter initial coefficients to obtain the latest filter coefficients, and sending the latest filter coefficients to the digital beam position probe, so that the digital beam position probe performs amplitude correction between channels based on the latest filter coefficients. In other words, the amplitude information of the overall frequency band of the digital BPM is combined to improve the accuracy of the digital BPM amplitude correction.

This utility model relates to the technical field of steel structure die casting molding device, and discloses a die casting molding device for steel structure production, including a U-shaped bracket, with a support column fixedly connected to the bottom of the inner wall of the U-shaped bracket. By pressing a button, a spring is compressed, causing a limiting block to slide along the inner wall of the second limiting groove, thereby disengaging the limiting rack ring from the limiting rack groove. The rack then enters the interior of the third limiting groove. Rotating the button drives the gear through the limiting rack ring, causing the rack to continue moving inward until the second die casting mold and the first die casting mold are fully in contact. Releasing the button allows the limiting rack ring to re-engage with the button under the action of the spring, firmly fixing the first and second die casting molds together. This prevents molten steel from flowing out of the die casting mold during cooling, affecting the post-die casting performance and avoiding the need for correction of irregular parts after die casting, thus improving die casting efficiency.

A method for detecting and scribing the capacity of a liquid cargo tank of an LNG transport ship comprises the following steps: carrying out three-dimensional precision measurement on a block in advance by using a laser total station, carrying out data analysis on the block by using a simulated loading (Eco-OTS) technology, and drawing a detection position line at a detection position according to analysis data; wherein one simple tool is matched with a laser range finder to detect the distance of a straight structure in the cabin, and the other simple tool is matched with a total station to detect CM points in the cabin; in real ship body cabin capacity detection, according to each detection position line which is drawn in advance, a simple tool is placed at the position line, and a laser range finder is matched for detection; and the other tool is placed at the CM point, and the total station detects the mark point of the tool to obtain detection data. According to the method, data detection is more visual and reliable, correction caused by data errors due to unstable use of the range finder in the detection process is prevented, the precision and efficiency are improved, and a large amount of construction cost and time are saved.

The invention discloses a battery management method and a battery management system. The battery management method comprises the following steps: acquiring a battery serial number and battery state information sent by a terminal; wherein the terminal is detachably connected with a battery; if the battery state information is within a first threshold range, comparing the battery state information with system battery information corresponding to the battery serial number; and when it is determined that the battery state information is not abnormal based on the comparison result, updating the system battery information into the battery state information. According to the battery management method provided by the invention, systematic data processing, analysis and statistics can be effectively carried out on the battery data, and the data can be effectively corrected by utilizing bad data detection and information comparison.