3results about How to "Reduce molding process" patented technology

This utility model discloses a V-shaped engraving structure device for a negative electrode aluminum cover plate, comprising a cover plate body, with an explosion-proof part and a positioning part arranged sequentially from top to bottom. The diameter of the positioning part is larger than the diameter of the explosion-proof part to form a fixing boss. An engraving structure is provided in the explosion-proof part, the depth of which is less than the height of the cover plate body. The engraving structure includes a recessed protective groove, with a buffer shoulder provided around the edge of the protective groove. The cross-sectional width of the buffer shoulder gradually decreases from the distance away from the positioning part to the distance from the positioning part. An explosion-proof ring groove is formed recessed inward towards the positioning part in the protective groove, with the cross-sectional width of the explosion-proof ring groove gradually decreasing from the distance away from the positioning part to the distance from the positioning part to form a deformation-resistant shoulder. This utility model optimizes and improves the engraving structure based on the structural design of the cover plate body as an explosion-proof part and a positioning part, replacing the traditional welded engraving structure. This avoids defects such as incomplete welding and poor welding, and the structure is stable and not easily deformed during production, transportation, and assembly.

The utility model belongs to the technical field of covering cap forming equipment, and particularly relates to wing diamond covering cap forming equipment with a honeycomb reinforcing structure. The forming die comprises a forming die plate, an installation support is fixedly arranged at the bottom of the forming die plate, the forming die plate is of a rectangular structure, a forming block installation groove is formed in the middle of the forming die plate, a forming block is fixedly arranged in the forming block installation groove, and the forming block is of a diamond structure. A strip-shaped forming part is arranged in the middle of the forming block, an edge forming assembly is fixedly arranged on the upper surface of the forming template, and the edge forming assembly comprises a first forming part, a second forming part, a third forming part and a fourth forming part. The wing diamond covering cap forming equipment is simple in structure and high in product forming efficiency, and products pressed through the forming template are few in forming process, high in product yield and low in damage rate.

The invention belongs to the field of aluminum alloy processing, and particularly relates to a thin-wall deep-cavity multi-rib aluminum alloy host shell production process which comprises the following steps: homogenizing a cast aluminum bar, and cutting the homogenized cast aluminum bar into a blank; symmetrically-distributed axial grooves are machined in the periphery of the blank, and sawtooth-shaped sharp edges are formed; the finished blank is subjected to cold and hot pretreatment of first heating, liquid nitrogen edge cold treatment and reheating; feeding the pretreated blank into a special forging and pressing die for forging and pressing; and finally, a finished product is obtained through quenching, aging, finish machining and anodic oxidation. According to the method, the blank is subjected to surface finishing and special cold and hot pretreatment before forging, so that the problems that the thin-wall deep-cavity multi-rib structure is uneven in side wall thickness and poor in perpendicularity during forging are effectively solved, the quality of an anodic oxide film in a corner angle area is remarkably improved, a film layer is prevented from losing efficacy in advance, and the service life of the film layer is prolonged. And meanwhile, unique mould pressing precipitation lines are formed on the surface of the product and can be used as anti-counterfeiting marks.