2results about How to "Realize continuous casting" patented technology

This invention discloses a high-quality aluminum alloy sheet continuous casting device, belonging to the technical field of casting devices. It includes a worktable with a mounting plate rotatably mounted on it. This design utilizes a push rod. After the sheet material has cooled, the drive assembly rotates the sheet material under the push rod via the mounting plate. As the mounting plate moves the feeding pipe downwards, it further moves the push rod downwards, applying a downward thrust to the sheet material. Under this thrust, the sheet material moves downwards and falls onto a conveyor belt. The conveyor belt then transports the cast sheet to the next process. A spring then drives the top plate to reset and re-seal the casting tank, eliminating the need for time-consuming unloading and demolding. Furthermore, as the mounting plate rotates, the demolded casting tank moves back under the feeding pipe, thus achieving continuous casting and improving production efficiency.

The invention provides a manufacturing method for a vertical casting machine for a super-large-section round billet, and relates to the technical field of round billet casting. The vertical casting machine comprises a steel billet supporting and guiding mechanism and a steel ladle rotating mechanism, and the steel billet supporting and guiding mechanism is arranged below a pouring steel ladle of the steel ladle rotating mechanism; the steel billet supporting and guiding mechanism comprises a supporting frame and a formwork lifting device, the formwork lifting device is arranged in the supporting frame, and the end, close to the steel ladle rotating mechanism, of the formwork lifting device is connected with a pouring formwork used for bearing molten steel poured by the pouring steel ladle. The formwork lifting device is used for conducting lifting motion in the height direction of the supporting frame according to the pouring process, and the method comprises the steps that a plurality of supporting rib plates are arranged in the upper stand column and the lower stand column correspondingly, the upper stand column and the lower stand column are welded and manufactured correspondingly, and the supporting rib plates are removed after heat treatment; and assembling the template lifting device into the supporting frame, and carrying out a cold test on the template lifting device. The method can be used for producing super-large-section round billets, and the manufacturing requirements are met.