4results about How to "Efficient stacking" patented technology

The invention discloses cysteine mediated Hf / Cu bimetal synergistic self-assembled nano-particles as well as a preparation method and application of the cysteine mediated Hf / Cu bimetal synergistic self-assembled nano-particles. According to the method, cysteine is used as a multifunctional ligand, carboxyl and sulfydryl of cysteine are in bridge connection with metal through coordination, ligand chelation and assembly guiding effects are synchronously exerted, bimetallic ions are induced to be cooperatively self-assembled in an alkaline system (pH is 9-10), and metal cysteine self-assembled nanoparticles with uniform structures are formed through in-situ nucleation and multistage aggregation. According to the method, the ligand function and the bimetallic synergistic effect are accurately matched, the synthesis process is mild (room temperature), the operation is simple and convenient, and the product is excellent in dispersity and stability. Meanwhile, a close coordination structure constructed by cysteine provides a key channel for energy / electron transfer from sensitizing metal to Cu under X-ray irradiation, and lays a structural foundation for subsequent catalytic effect enhancement.

The present application belongs to the technical field of transformer core lamination processing, and particularly relates to an automatic lamination equipment for transformer core, comprising two slide rails, the two slide rails are parallel to each other and fixed on the top of a support, two parallel lamination moving assemblies are slidably connected on the slide rails, the cross beams of the lamination moving assemblies are both fixedly connected with linear motors at both ends, the two linear motors are slidably connected on the corresponding slide rails, a pneumatic cylinder is fixedly connected on the cross beam, and the piston rod of the pneumatic cylinder is fixedly connected with a fixed plate at the extending end. The present application can avoid scratching the bottom silicon steel sheet when the sharp end of the silicon steel sheet falls down, improve the quality of the core, efficiently sort and stack E-shaped sheet and I-shaped sheet, effectively prevent the deformation, sliding or scattering of the sheet during the transfer and placement, improve the lamination neatness, and enhance the adaptability to the lamination of different specifications of cores.

This utility model discloses a bogie stacking structure, belonging to the field of bogie technology. Its key technical features include two stacking support plates, with support rails on both sides of the inner wall of each plate. Connecting mechanisms are provided on the front and rear sides of both sides of the stacking support plates, and limiting mechanisms are provided on the front and rear sides of the top of the support rails. The surfaces of the support rails are in movable contact with the inner wall of the stacking support plates. The connecting mechanisms include two reinforcing blocks, a connecting hook, and a lifting block. The bottom of the reinforcing block is fixedly connected to the top of the lifting block, and the side of the reinforcing block closest to the stacking support plate is fixedly connected to one of the stacking support plates. The side of the lifting block closest to the stacking support plate is also fixedly connected to the stacking support plate. This design solves the problems of existing bogie stacking structures, which are inconvenient for movement using external handling equipment, making bogie stacking difficult and hindering multi-layer stacking, resulting in low space utilization.

The present application relates to material stacking technical field, specifically to a kind of efficient automatic material stacking device, including workbench, the workbench upper end is equipped with conveyor belt, and conveyor belt rear side is equipped with stacking frame;It is also equipped with the stacking mechanism for efficiently stacking material board on conveyor belt, the stacking mechanism includes the receiving plate being arranged in the right lower side of conveyor belt, in the present application, conveyor belt sequentially transports material board from left to right, so that material board sequentially falls on the receiving plate below, start translation device to drive connecting plate, guide rod and receiving plate to move backward, so that material board on receiving plate is aligned with stacking frame, then start lifting device to drive translation device, connecting plate, guide rod and receiving plate to ascend to the placement table on stacking frame, start cylinder to drive push plate to move left, push material board on receiving plate to the placement table on stacking frame, sequentially reciprocating repeated operation, i.e. the efficient stacking of material board can be realized, without manual operation, improve work efficiency.