6results about How to "Realize seamless docking" patented technology

The utility model discloses a kind of automatic post-treatment equipment of bolt hot galvanizing, belong to metal surface treatment technical field, it includes the mechanical arm for grabbing work, centrifuge and truss manipulator for throwing away excess zinc liquid, the mechanical arm and centrifuge are all located truss manipulator side, the mechanical arm is located centrifuge rear, cooling pool, passivation pool and blanking conveyor are respectively installed below the truss manipulator, and the passivation pool is located cooling pool and blanking conveyor adjacent side, wherein, it further includes zinc plating basket for containing workpiece, the zinc plating basket outer diameter is less than centrifuge inner diameter, in the utility model, adopt mechanical arm, truss manipulator and blanking conveyor and other automation equipment, the seamless docking of bolt hot galvanizing post-treatment process equipment is realized, to effectively improve the automation degree of device whole, to greatly reduce manual operation, greatly avoid the situation of low production efficiency and low capacity caused by manual operation.

The utility model relates to the technical field of supports for packaging in silicon steel strip production, and discloses a support for packaging in silicon steel strip production, which comprises a main body mechanism and a supporting mechanism, the supporting mechanism is fixedly arranged in the main body mechanism, and the main body mechanism comprises a support main body, a base and a stand column. A base is fixedly installed at the bottom end of the support body, a plurality of stand columns are fixedly installed on the base, and the stand columns are perpendicular to the base. The movable block of the support can flexibly slide in the sliding groove of the bottom plate and is fixed through the positioning pin, the position can be rapidly adjusted according to the width of silicon steel strips, and accurate positioning of the silicon steel strips with different widths is achieved. By means of the adjustable structure, the strip materials can be effectively prevented from deviating in the placing process, an accurate initial position is provided for subsequent packaging work, and the packaging efficiency is improved.

The application belongs to the technical field of radar remote sensing monitoring and water conservancy project safety evaluation, and relates to a multi-frequency SAR satellite reservoir dam three-dimensional deformation reconstruction method and an electronic device, the method comprising: acquiring ascending and descending track high-resolution synthetic aperture radar image data of a target reservoir dam in the same period, and extracting bimodal features of the aperture radar image data; performing partitioning processing on a three-dimensional geometric model of the target reservoir dam, establishing a local differential coordinate system at a dam surface node, and using the local differential coordinate system to construct a conversion matrix from a geographic coordinate system to a dam local coordinate system; using the bimodal features as a joint observation vector to establish a three-dimensional deformation inversion model through the conversion matrix, and using the three-dimensional deformation inversion model to output a three-dimensional digital twin deformation map. The application overcomes the dimension loss of single-view SAR, and realizes three-dimensional high-precision monitoring of reservoir dam deformation in a whole period.

The application discloses a CAD-based sheet metal whole-process intelligent production management method and system, relies on a CAD platform to read drawing product information, automatically completes layer marking regulation, part block and graphic self-inspection correction, and archives in the warehouse after setting product information; realizes part virtual bending, assembly splicing and product structure drawing generation through parameter constraint, synchronously generates a two-dimensional code mark, generates a material BOM table as required, supports bending drawing and development drawing layout, and automatically generates a machining code to drive equipment cutting operation. The method and system break through the whole link of drawing processing, production scheduling and machining, order control, improve sheet metal production efficiency, data accuracy and automation level, and reduce material waste and manual intervention.

The method, device, electronic equipment and storage medium provided by the cloud load balancer resource dynamic scaling and quota limiting method provided by the embodiments of the present application comprise: periodically polling to obtain service data and resource usage for a maximum number of replicas of a current computing Pod, the service data comprising first index data of a first weight index and second index data of a second weight index; determining a basic maximum number of replicas based on the first index data and the resource usage; dynamically adjusting the basic maximum number of replicas based on the second index data by means of a hierarchical threshold triggering mechanism to determine a final maximum number of replicas; and updating the maximum number of replicas of an HPA object by means of the final maximum number of replicas. The scheme calculates the final maximum number of replicas based on the data of the service indexes, and can dynamically update the maximum number of replicas in the HPA object, and the entire process completely skips the intermediate adaptation link of converting the service indexes into HPA native indexes, not only eliminating the development and maintenance cost of the adapter, but also avoiding causing architecture redundancy.

The application discloses a prefabricated component size quality detection system based on vision, and belongs to the technical field of industrial automatic detection and machine vision. The system comprises an image acquisition device, a memory and a processor. The image acquisition device is used for acquiring multi-view source images and depth information of the prefabricated component. The memory is used for storing a computer program and design data of the prefabricated component. The processor is configured to extract three-dimensional contour information and generate a component contour coordinate set, screen a key control point set according to a preset geometric feature rule, perform coordinate system registration on the key control point and a design coordinate parameter by using a registration algorithm, calculate an actual deviation value, compare the deviation value with a preset tolerance, group abnormal points by using a density-based three-dimensional space clustering algorithm, and generate an abnormal area distribution map, and generate a structured evaluation report in combination with a theoretical parameter. The application realizes automatic and high-precision detection of the size of the prefabricated component.