多个钢水包浇注结构
By using a multi-bracket structure and a lifting groove handle design, the problem of unstable molten steel ladle fixation was solved, enabling precise alignment and stable positioning during the multi-gate pouring process, thus improving the casting quality of large castings.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- FUJIAN XINGHANG MECHANICAL CASTING
- Filing Date
- 2025-08-15
- Publication Date
- 2026-07-17
AI Technical Summary
In traditional casting processes, the fixing method of the molten steel ladle is unstable when using multi-gate pouring, which makes it easy for it to be misaligned during the pouring process and affect the quality of the casting.
The system employs a multi-bracket structure, a lifting groove and lifting handle design, combined with lifting lugs and hook frames to ensure stable positioning of the molten steel ladle. It is then fixed to the mold with bolts, and the lifting frame works in conjunction with the molten steel ladle crane to achieve precise alignment.
It achieves precise alignment and stable positioning of molten steel ladles, ensuring casting stability during multi-ladle casting processes, and is suitable for the efficient production of large castings.
Smart Images
Figure CN224508443U_ABST
Abstract
Claims
1. A plurality of ladle pouring structures, characterized by: The system includes several multi-ladle supports mounted on the mold. Each multi-ladle support has a lifting groove recessed on both sides near the top, and a lifting handle protrudes horizontally from each lifting groove. Two adjacent multi-ladle supports form a group to support the molten steel ladle. The top of each multi-ladle support has a slot recessed downward for inserting and limiting the molten steel ladle support legs. A gap is left between two multi-ladle supports for connecting the bottom pouring port of the molten steel ladle with the pouring port of the mold.
2. The multiple ladle pouring arrangement according to claim 1, characterized in that: The lifting slots are arranged symmetrically in a C-shape, and each lifting slot has two sets of lifting handles spaced apart.
3. The multiple ladle pouring arrangement of claim 2, wherein: The ladle is symmetrically equipped with lifting lugs on both sides and hook frames are connected to the lifting lugs.
4. The multiple ladle pouring arrangement of claim 1 wherein: The outer ends of the lifting handles are all coaxially provided with anti-detachment flanges.
5. The multiple ladle pouring arrangement of claim 1 wherein: The bottom of the multi-package support is square, and positioning grooves are recessed inward at the four corners near the bottom. Vertical connecting holes are provided on the multi-package support at the bottom of the positioning grooves for bolts to pass through and fix to the mold.
6. The multiple ladle pouring arrangement of claim 1 wherein: The top of each of the multi-package support frames is provided with a slightly curved groove, and the slot is formed in the slot.
7. The multiple ladle pouring arrangement of claim 1 wherein: The mold is also provided with a pouring port that connects to the main ladle, and the top of the main ladle is connected to the ladle crane via a hanger.