一种铸造用金属废料分类回收系统
The metal scrap sorting and recycling system for casting utilizes equipment such as hydraulic shears, mobile vibrating conveyors, and overhead conveying systems to achieve online segmentation, cleaning, and sorting of metal scrap, solving the problem of low automation levels in existing technologies and improving processing efficiency and automation.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- AUTOMOTIVE ENGINEERING CORPORATION
- Filing Date
- 2025-07-21
- Publication Date
- 2026-07-17
AI Technical Summary
Existing technologies for recycling and processing metal scrap have low levels of automation, lacking overall processing, sorting and recycling, and automated conveying, resulting in high costs and low efficiency.
The casting metal waste sorting and recycling system consists of a slab conveyor, a mobile vibrating conveyor, a shot blasting machine, hydraulic shears, a robotic arm, and an overhead conveying system. It realizes the online completion of the entire process of metal waste cutting, cleaning, sorting and conveying. The hydraulic shears automatically cut the metal waste, the mobile vibrating conveyor stores the waste, and the overhead conveying system is directly connected to the shot blasting machine.
It achieves efficient and automated segmentation, cleaning and sorting of metal waste, eliminating the need for secondary transfer and improving processing efficiency and automation.
Smart Images
Figure CN224507994U_ABST
Abstract
Claims
1. A metal scrap sorting and recycling system for foundry use, characterized by, include: A slat conveyor (1) is used to transport metal scrap to a mobile vibrating conveyor (5); The mobile vibrating conveyor (5) is equipped with a shot blasting machine (7) at its tail end. The mobile vibrating conveyor (5) is used to put metal waste into the shot blasting machine (7). The shot blasting machine (7) is used to clean the metal waste and put the cleaned metal waste onto the vibrating conveyor (8). An overhead conveying system (10) is arranged at the end of the vibrating conveyor (8), and the vibrating conveyor (8) is used to transport the cleaned metal scrap to the overhead conveying system (10); The aerial transport system (10) is used to transport the cleaned metal scraps of different materials to the corresponding storage areas.
2. The metal scrap sorting and recycling system for casting according to claim 1, wherein include: A hydraulic expansion clamp (2) is suspended above the scale conveyor (1), and the hydraulic expansion clamp (2) is used to separate the metal scrap from the casting.
3. The metal scrap sorting and recycling system for casting according to claim 2, wherein include: The scale conveyor (1) is equipped with a hydraulic shear (4) at its line side, which is used to cut the metal scrap into small segments.
4. The metal scrap sorting and recycling system for casting according to claim 3, wherein include: The scrap metal conveyor (1) is equipped with a robotic arm (3) at its line side, which is used to deliver the scrap metal to the cutting edge of the hydraulic shear (4).
5. The metal scrap sorting and recycling system for casting according to claim 1, wherein include: The shot blasting machine (7) includes a feeding elevator (6), which is used to lift the hopper and pour the metal waste into the shot blasting machine (7).
6. The metal scrap sorting and recycling system for casting according to claim 1, wherein include: The vibrating conveyor (8) is located below the shot blasting machine (7) and is used to receive the cleaned metal waste.
7. The metal scrap sorting and recycling system for casting according to claim 1, wherein include: The vibrating conveyor (8) has a receiving point (9) at its tail end.
8. A metal scrap sorting and recycling system for casting according to claim 7, characterized in that, include: The aerial conveying system (10) includes a hopper for receiving the cleaned metal scrap at the receiving point (9).
9. The metal scrap sorting and recycling system for casting according to claim 7, wherein include: A weighing sensor is installed at the receiving point (9).
10. The metal scrap sorting and recycling system for casting according to claim 1, wherein include: The discharge point (11) of the aerial conveying system (10) is located in the melting and storage area.