8results about How to "Eliminate breaks" patented technology

This invention relates to the field of computer systems based on specific computational models, and discloses an automated knowledge graph construction system assisted by a large language model, comprising: a semantic extraction module for extracting text attention weight distribution and generating initial semantic vectors based on a neural network structure; a logic calibration module for converting ontology rules into a constraint subspace manifold and extracting the local tangential vector field of the initial semantic vector at the boundary of the constraint subspace; a projection mapping unit for calculating the displacement vector and deviation angle generated by projecting the initial semantic vector onto the constraint subspace, and obtaining a knowledge representation vector through momentum compensation when the deviation angle is greater than a threshold; and a triple generation module for feeding the knowledge representation vector back to the residual connection layer to correct the distribution bias and decode. This invention achieves instant alignment between the probability distribution of the computational model and the deterministic requirements of the knowledge topology through latent space geometric constraints and momentum compensation.

The utility model relates to an injection mold, in particular to an injection mold capable of eliminating glue inlet impact, which comprises an upper mold and a lower mold matched with the upper mold, and an injection runner is formed between the upper mold and the lower mold; a plurality of pitched roofs are arranged on the lower mold, pitched roof runners communicated with the injection molding runner are formed on the pitched roofs, and the pitched roof runners are further communicated with a glue inlet formed in the upper mold; the angle ejector mechanism is connected with the angle ejector, and during demolding, the angle ejector is ejected out along with a product under the action of the angle ejector mechanism; and the flow-in direction of the inclined top runner from the glue inlet is vertical to the injection direction of the glue inlet. Due to the arrangement of the pitched roof, the glue inlet and the pitched roof runner are kept in a vertical state, injection molding materials entering from the glue inlet cannot directly impact the surface of a product, the problem that water waves are generated on the surface of the product or the product is deformed can be effectively reduced, and the appearance and quality of the product are effectively improved.

This application provides a method, apparatus, electronic device, and system for generating continuous linear structures on an irregular spherical surface. The method, in response to a path generation command, performs spatial offset prediction processing based on the current path orientation to generate a predicted step vector and a predicted growth position; based on the predicted growth position, it performs terrain adaptation detection processing to determine the target landing coordinates and local surface normal on the irregular spherical surface; based on the local surface normal, it performs path attitude correction processing on the predicted step vector to generate a corrected growth tangent adapted to the local terrain, and accordingly generates a segmented structural model placed at the target landing coordinates. This application, through a closed-loop mechanism of spatial prediction and terrain adaptive correction, effectively alleviates the problems of clipping, suspension, and connection breaks caused by linear structures on irregular spherical terrain, improving the fit and continuity of the structure with the complex surface.

The utility model discloses a kind of spring seat of cold-rolled strip steel coiling machine jaw opening device, it is related to spring seat technical field, and it includes: second spindle housing;The inner side of second spindle housing is provided with pyramid sleeve, the inner side of the pyramid sleeve is provided with second spindle body, the outer side of the second spindle body is provided with second spring seat, the left end of the second spring seat is connected with second spring piece, the right end of the second spindle body is connected with spindle rear end, for with mechanical docking installation, the second spindle body is movably installed in the inner side of pyramid sleeve;Solve its complex structure, many fault points, spring seat is embedded to spindle interior, support roll and connecting shaft need to be installed in spindle end portion by transition flange, the split structure form of spindle leads to connecting bolt easy to break, simultaneously, spring seat structure strength is low, because the stress point of spring seat is higher, the bending moment received is larger, the technical problem that the root of spring seat is easily broken.

This utility model discloses a carton flipping device, relating to the field of carton storage and transportation technology. It includes a main body with a conveyor belt rotatably connected to its inner side. A pusher plate is fixedly connected to the outside of the conveyor belt. A flipped carton is placed on the upper side of the conveyor belt between two sets of pushers. The flipped carton has creases on its outer surface, and a box stud is riveted to its end. A baffle is fixedly connected to the upper end of the main body. An auxiliary flipping mechanism is installed on the upper side of the main body, and a stacking mechanism is fixedly installed at the end of the main body. This device automatically flips the carton using crease guidance and utilizes rotational thrust to transfer the box studs to the side joint, preventing damage from protrusions during stacking. Combined with conveyor positioning and flexible collection, it achieves efficient flipping, eliminates manual adjustment, ensures a flat, crease-free bottom surface of the carton in multi-layer stacks, and improves storage and transportation safety.

The application discloses a hose winding control method and system, medium and product, and belongs to the field of hose winding control. The method is as follows: acquiring an on-site image containing a hose and inputting the image into a preset LDAE-Net neural network model, performing multi-round direction perception spatial downsampling and direction feature enhancement to obtain direction enhanced features; performing grid classification prediction based on the direction enhanced features, outputting a grid classification probability distribution representing the spatial position of the hose; performing index decoding on the probability distribution to generate a discrete coordinate sequence of the hose path; calculating the pose deviation of the hose winding machine chassis relative to the hose based on the discrete coordinate sequence, and generating a control instruction to drive the hose winding machine to complete winding. Through the implementation of the application, the problem of low path recognition accuracy and easy loss of direction features of the slender flexible hose under complex working conditions in the prior art can be solved.

The application discloses a new energy power prediction method and system based on multi-scale time sequence fusion, and belongs to the technical field of new energy power prediction. The method comprises the following steps: obtaining historical active power sequences of a new energy station and multi-source meteorological time sequence data, and performing space-time alignment processing; performing variational mode decomposition on the aligned time sequence data to generate a plurality of intrinsic mode function components; constructing a multi-scale feature tensor; inputting the multi-scale feature tensor into a double-branch hybrid prediction network; performing variational inference on an implicit uncertainty parameter vector to generate a posterior distribution parameter set; performing Bayesian quantile inverse transformation on a deterministic prediction value based on the posterior distribution parameter set to output a probability prediction interval. The method can integrally generate a deterministic prediction result and a probability prediction interval. The application solves the problems of single scale representation and separation of deterministic and uncertain prediction of existing methods, and is suitable for power prediction scenarios of new energy stations.

The present application relates to the technical field of fiber coating technology, and specifically discloses a kind of winding fiber coating device for gas cylinder production, comprising: rack;Gas cylinder rotating unit;Top support clamping unit;Coating unit;And traction unit.The present application is through the cooperation of guide plate and traction unit, when coating unit moves along the axial direction of gas cylinder, it is automatically compensated radially, ensure that coating gap is constant.This realizes that the thickness of fiber on the outer surface of gas cylinder is consistent, and glue layer is even and flat, significantly improves the dynamic balance of gas cylinder and load uniformity.At the same time, by continuously passing high-temperature gas into the bottle through the inflator, the temperature of the bottle body is raised to reduce the viscosity of the glue solution, and the great flow resistance when the fiber bundle passes through the scraper opening is eliminated.This avoids the wear and tear of the coating on the surface of the fiber and the breakage of the single fiber due to the sudden increase of shear force, and eliminates the generation and expansion of micro-damage from the root, ensuring the structural integrity of the composite material.