7results about How to "Shorten screening time" patented technology

The utility model discloses a combined cleaning sieve, including box body and sieve, the inside parallel installation of box body has two slide rods, and the top of two slide rods is provided with sieve, in the utility model, through first motor drive main shaft rotation, main shaft helps transmission belt synchronous drive two auxiliary shafts rotation, makes main shaft and auxiliary shaft bottom's stirring impeller simultaneously rotates on the screen of sieve, carries out stirring, and turns over to the grain, makes the upper layer and lower layer grain constantly exchanges position, lets all grain can receive screening effect evenly, avoided the screening lag that grain accumulation caused, simultaneously, second motor drives disc cam rotation, and disc cam and sieve left side wall's concave resistance block interact, and cooperate the spring's elastic reset force on sieve right side wall guide rod, makes sieve through slide sleeve on two slide rods reciprocating sliding, and sieve's reciprocating sliding has increased the relative motion frequency of grain and screen, and the speed of small particle sundries through screen has been accelerated.

This application relates to an image display method, apparatus, computer device, chip, and chip module, and pertains to the field of image technology, capable of improving the smoothness and stability of image display. The method includes: obtaining a first target time for the drawing stage based on a first actual time consumption and a first historical time consumption for the application to draw historical image frames; determining a second target time for the compositing and display stage based on a second actual time consumption, a second historical time consumption for the image compositing service to process historical image frames, and a third historical time consumption for the hardware compositor to synthesize and display historical image frames; after the image compositing service submits the compositing and display task corresponding to the current image frame to the asynchronous thread of the hardware compositor, sending the second target time consumption to the hardware compositor and the first target time consumption to the application, to instruct the asynchronous thread of the hardware compositor to asynchronously process the compositing and display task according to the second target time consumption, and instructing the application to process subsequent image frames according to the first target time consumption.

This application discloses a management method, apparatus, equipment, medium, and product for event organization, relating to the field of data processing technology. The method includes acquiring event organization request information sent by a current organization; wherein the event organization request information includes at least the name of the current organization, the event type, and event request information; acquiring multiple candidate event organizations from an event resource pool; determining matching data for each candidate event organization based on the event type and the event request information; determining a target event organization matching the current organization from the multiple candidate event organizations based on the matching data; and determining an event organization scheme associated between the current organization and the target event organization based on the event organization request information. This application can improve the efficiency of event organization.

The utility model provides a ceramic ball screening device and belongs to the technical field of machinery. A ceramic ball screening device comprises a screen drum, the screen drum comprises a plurality of tubular screens which are coaxially arranged from inside to outside and form a plurality of screening cavities, one end of each screening cavity is provided with an inlet, and the other end of each screening cavity is provided with an outlet; the diameters of the tubular screens from inside to outside are gradually increased, and the apertures of the tubular screens are gradually reduced; the plugging devices are detachably arranged on the screen drum, correspond to the outlets of the screening cavities one to one and can seal the outlets; and the driving assembly is connected with the screen drum and used for driving the screen drum to rotate. The screening device has the advantage of being high in screening efficiency.

The application provides a speech recognition error correction method and device, and relates to the technical field of data processing, which comprises the following steps: inputting a current audio frame in to-be-recognized user audio into a speech recognition model to obtain acoustic features of the current audio frame and first text characters; inputting the acoustic features of the current audio frame and the first text characters, and a historical correction text sequence into a speech recognition error correction model to obtain correction text characters corresponding to the current audio frame; wherein the historical correction text sequence is a historical audio frame before the current audio frame in the to-be-recognized user audio, and is a correction text sequence obtained by sequentially passing through the speech recognition model and the speech recognition error correction model; the speech recognition error correction model is obtained based on training samples carrying forced alignment text labels, and the forced alignment text labels are obtained by performing forced alignment on real text labels corresponding to the training samples and speech sample signals corresponding to the training samples.

This invention provides a fluorescent protein screening marker. staygold‑arnF r Genes and their applications belong to the field of bioengineering technology. This invention relates to the fluorescent protein gene. Staygold and genes arnF The L-leucine codon in the nucleotide sequence was replaced with the rare codon TTA to obtain the fluorescent protein gene with the codon replacement. Staygold Genes after codon substitution arnF r The two codon-substituted genes were linked using a flexible protein peptide to obtain a fluorescent protein selection marker. staygold‑ arnF r Gene. Experimental results show that this gene can significantly improve the screening efficiency of high-yield L-leucine strains.