8results about How to "Reduce demoulding time" patented technology

This utility model provides a casting fixture for producing brake housings, relating to the field of casting technology. It includes a top plate, with support columns fixedly connected to the bottom and near the four corners of the top plate. A liquid storage tank is fixedly connected through and to the center of the top plate. An upper mold plate is fixedly connected to the bottom of the liquid storage tank. A solenoid valve is fixedly installed at the connection between the liquid storage tank and the upper mold plate. A connecting plate is fixedly connected between the two support columns near the bottom. A hydraulic cylinder is fixedly connected to the top of the connecting plate near the center. A lower mold plate is embedded in the bottom of the upper mold plate. Fixed plates are symmetrically fixedly connected to the surface of the lower mold plate. In this utility model, the casting fixture is equipped with an elastic buffer structure composed of vertical rods, limiting rods, a circular disc, and springs. Combined with power components such as hydraulic cylinders, it can quickly and smoothly push the brake housing out of the mold, significantly shortening the demolding time and improving production efficiency.

The utility model relates to pop -corn shoe sole mould technical field discloses a kind of forming mould for pop -corn shoe sole, including fixed mould component and moving mould;Fixed mould component is equipped with inner benevolence;Fixed mould component is equipped with the middle frame wrapped in inner benevolence;The first slider assembly and the second slider assembly for side hole forming are respectively equipped in the both sides of middle frame;Inner benevolence is equipped with hanging needle insert between middle frame, and hanging needle insert is fixedly connected with middle frame;Moving mould is equipped with lower mould on inner benevolence, and lower mould is equipped with the needle for lifting blank in;Lower mould both sides are equipped with first inclined lifting assembly and second inclined lifting assembly.When opening mould, first slider assembly, second slider assembly are respectively guided to line outwards by second slider assembly, so that first slider assembly, second slider assembly are away from the both sides of middle frame, realize the automatic demoulding of first slider assembly, second slider assembly, simplify demoulding step, effectively shorten demoulding time, significantly improve production efficiency.

The utility model discloses a prefabricated reinforced concrete pipe steel banding mould frame relates to prefabricated reinforced concrete pipe manufacturing field, including drive assembly, lifting unit, two parallelly arranged bottom beams and two symmetrically arranged tripods, the upper portion rotation of tripod is installed with support axle, and the end of support axle is equipped with the banding disc, and the edge of banding disc is encircled and is provided with a plurality of steel holes, the both ends of bottom beam are provided with the connecting beam in the open mouth, the utility model discloses through the synchronous elongation of control four hydraulic poles, make three support seat upward motion, the bottom support of steel framework, through the synchronous elongation of control two air cylinders, make two -sided tripods away from each other, make the banding disc and steel framework separate, so as to be convenient for the lifting equipment's lifting hook and steel framework connection, hoist and transport steel framework to the appointed position to need not manual complex dismounting operation, significantly shorten the steel framework stripping time, greatly saved manpower and time cost.

The utility model relates to die technical field discloses electric vehicle storage box injection molding die demolding mechanism, including work table, the work table top end is provided with the mounting groove, the mounting groove inside is equipped with the lower mould, the lower mould inner wall is equipped with the mould core, the work table includes the jacking mechanism for the ejection plastic piece, work table inner wall one side fixed mounting has the first motor, the first motor output shaft fixed sleeve has the two -way screw rod, the two -way screw rod both sides all are equipped with the guide rod, the utility model discloses through the design of jacking mechanism, makes first jack and second jack drive through the same lifting plate, ensures plastic piece bottom end and inner wall force simultaneously, avoids the cracking when demolding because of uneven stress, compared with traditional single part ejection mode, has shortened the demolding time, improved the stability of demolding, has guaranteed the quality of plastic piece, and the first spring resets the auxiliary lifting plate after demolding, reduces mechanical impact, improves the stability in the use process of jacking mechanism.

This invention provides an external thread core-pulling structure for injection molds, including a moving mold, a fixed mold, and several molding components. The moving mold includes a power source, and the molding components include molding inserts, which include a first molding insert and a second molding insert. Each molding insert has an external thread for molding the outer wall of the injection molded part and several undercut molding cavities with protruding rings. The molding cavities are located on the first and second molding inserts. The power source drives the first and second molding inserts to move in opposite directions, gradually separating them from the injection molded part for core pulling. Compared with existing technologies, this external thread core-pulling structure for injection molds uses a top plate as a power source to drive ball bearings to move within the first and second guide slides, causing the first and second molding inserts to move in opposite directions for core pulling. This eliminates the need for an additional power source, resulting in a simple structure, low cost, small footprint, stable core pulling, and applicability to various undercuts such as external threads, protruding rings, and grooves, thus having a wide range of applications.

This invention discloses a mold and preparation method for a small-sized carbon fiber composite liquid hydrogen storage tank, belonging to the field of composite material preparation technology. It includes: preparing four water-soluble core mold units; sequentially connecting the four water-soluble core mold units circumferentially via circumferential limiting plates and connecting shafts to form an integral water-soluble core mold structure, and then locking the connection through a locking structure. The use of separate water-soluble core mold units results in smaller volume, more regular structure, and higher precision, effectively avoiding breakage during molding and improving the molding accuracy of small liquid hydrogen storage tanks. Simultaneously, the larger dissolution area during demolding effectively shortens demolding time and reduces the risk of water-soluble residue in the components. Furthermore, one end of the integral water-soluble core mold structure is securely connected via a cap, while the other end is locked via a locking structure on the connecting shaft, locking the water-soluble core mold in both the circumferential and axial directions, preventing phase or axial displacement of the water-soluble core mold, further improving molding accuracy.

This utility model provides a pre-formed component for molded flat composite materials, relating to the field of composite material molding technology. It includes: a base, an equipment box mounted on top of the base, a lower mold installed inside the equipment box, an upper mold mounted on top of the lower mold, and a filter box mounted on one side of the equipment box; an ejection assembly located inside the lower mold, comprising: an equipment cavity, a drive motor, a rotating rod, an ejection rod, and an ejection plate; and a purification assembly located between the equipment box and the filter box, comprising: a gas collection hood, a conduit, an annular pipe, a filter screen, and an exhaust fan. This design, through the ejection assembly, allows the component to be ejected from the molding groove after pre-forming, which is convenient, quick, and saves demolding time. The purification assembly also removes and filters harmful gases generated during the molding process, reducing emissions.

This utility model discloses a stainless steel sheet stamping device for easy demolding, relating to the field of steel sheet processing technology. The device includes a base, a frame fixedly connected to the top of the base, a cylinder fixedly connected to the inner wall of the frame, an upper pressure box and a lower pressure box fixedly connected to the inner wall of the frame, and a demolding component and an auxiliary component fixedly connected to the inner wall of the frame. Through the linkage of components such as air pipes, sliders, and pull rods, air is blown onto the stainless steel sheet using air holes, quickly separating the stamped part from the lower pressure box. These two demolding methods work together to reduce demolding time and improve overall production efficiency. Two symmetrically distributed air pipes ensure a more even air pressure distribution within the lower pressure box. Air intake through the air holes during the stamping process enhances the bonding stability between the stainless steel sheet and the lower pressure box, preventing the stainless steel sheet from shifting during stamping.