45results about How to "Solve processing inefficiencies" patented technology

The present application discloses a request result determination method and device, a storage medium and an electronic device, relating to the field of data request, wherein the method includes: creating a vector data management system, wherein the vector data management system includes: data coordination node and a plurality of data working nodes, wherein each external data wrapper in the plurality of data working nodes is allowed to call the function function of the vector engine; when the data coordinating node receives a query request, control all The plurality of data working nodes call the function of the vector engine to find the request result of the query request, and the above technical solution solves the problem of low processing efficiency of the data request.

The invention relates to an intelligent drying and rust removing all-in-one machine used for the inner wall of an oil pipeline. The intelligent drying and rust removing all-in-one machine comprises an inner wall drying device. The inner wall drying device can achieve the fast drying function of the pipeline inner wall. Local fast drying can be performed according to the practical situation of the pipeline inner wall, and the applied range is wide. An inner wall rust removing device is installed at the right side of the inner wall drying device. The inner wall rust removing device can achieve the functions of fast impurity scraping and rust removal polishing on the pipeline inner wall. Travelling branched chains are welded to the left end of the inner wall drying device and the right end of the inner wall rust removing device correspondingly. The intelligent drying and rust removing all-in-one machine can walk on the pipeline inner wall through the two travelling branched chains. The two travelling branched chains comprise L-shaped travelling support pillars. The two L-shaped travelling support pillars on the two travelling branched chains are welded to the inner wall drying device and the inner wall rust removing device correspondingly. Travelling base plates are welded to the tail ends of the L-shaped travelling support pillars. According to the intelligent drying and rust removing all-in-one machine, the continuous and stable rust removing and drying functions of the oil pipeline inner wall can be achieved, the treatment speed of the pipeline inner wall is high, and treatment efficiency of the pipeline inner wall is also high.

The embodiment of the present invention discloses a method for processing image data, which includes: acquiring at least two acquired images, each acquired image has a different acquisition focus point; acquiring focus acquisition parameters, and performing a process on the acquired images according to the focus acquisition parameters Fusion to obtain a fused image; jointly encode and output the fused image; when performing registration, mapping, cropping and fusion of the acquired image according to the focus acquisition parameters, the mask image is corrected by analyzing the motion information of the acquired image, according to The corrected mask image is used to select the image for image fusion; the motion information includes the connected moving object area formed by the motion trajectory of the object movement between the collected images; the corrected mask image includes serial number marking of the collected images Afterwards, the serial number of the captured image selected by each pixel in the connected moving object area. By adopting the invention, efficient and high-quality processing of images is realized.

The application discloses a data processing method and device based on an underwater robot. The method includes: obtaining the first underwater attitude angle data through a sensing device; performing data fusion on the first underwater attitude angle data to obtain a first underwater real-time attitude; Perform data correction on the first underwater real-time attitude to obtain a corrected second underwater real-time attitude; adopt a method of obtaining underwater first attitude angle data through a sensing device, and perform data fusion on the underwater first attitude angle data. Obtaining the first underwater real-time attitude achieves the purpose of performing data correction on the first underwater real-time attitude according to the first underwater reference angle data, thereby achieving the technical effect of obtaining the corrected second underwater real-time attitude, Furthermore, the problem of low processing efficiency due to the complex process of attitude data processing in the related art is solved.