Aluminum alloy ingot casting automatic production line

Abstract

The present invention discloses an aluminum alloy ingot casting automatic production line which comprises a smelting casting system, a cooling conveying system, an ingot casting discharge system and a stacking sideslip system; the smelting casting system comprises a smelting combustor and a molten aluminum casting mechanism; the cooling conveying system comprises an aluminum ingot cooling conveyer belt, and a plurality of ingot casting molds are disposed on the aluminum ingot cooling conveyer belt; the ingot casting discharge system comprises a discharge support and an aluminum ingot finished product conveyer belt, the aluminum ingot finished product conveyer belt comprises an aluminum ingot receiving end and an aluminum ingot stacking end, an aluminum ingot discharge end of the aluminum ingot cooling conveyer belt is disposed over the aluminum ingot receiving end of the aluminum ingot finished product conveyer belt, and a discharge upper guide rail and a discharge lower guide rail are disposed on the discharge support; and the stacking sideslip system comprises a stacking sideslip beam, a stacking sideslip support seat, a stacking elevating support seat, a grabbing mechanism, a gradual decline stacking platform and a stacking conveyer belt. The aluminum alloy ingot casting automatic production line is advantaged by high automation degree, good production continuity and smooth transition of various processes.

Description

technical field [0001] The invention relates to an automatic production line for aluminum alloy ingot casting, which belongs to the technical field of aluminum alloy material preparation. Background technique [0002] In the process of preparing aluminum alloy materials, a melting furnace is first used to melt aluminum blocks into aluminum liquid, and the aluminum liquid is injected into the aluminum ingot mold cavity through the ingot casting machine to cool and form, and finally the formed aluminum ingot is removed from the mold, in order to facilitate transportation , Storage operations also need to be stacked into stacks. In the prior art, the technical solutions related to the above operation process mainly include: [0003] Chinese patent document CN 103464698 A discloses a cooling device for the production of aluminum ingots. Its main disadvantages are that the aluminum ingots fall off from the ingot mold and fall irregularly onto the finished aluminum ingot conveyor...

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Problems solved by technology

[0003] Chinese patent document CN 103464698 A discloses a cooling device for the production of aluminum ingots. Its main disadvantages are that the aluminum ingots fall off from the ingot mold and fall irregularly onto the finished aluminum ingot conveyor belt, which is not conducive to the subsequent The mechanized automatic stacking operation can only be done manually, which is labor-intensive and prone to burns; in addition, the above-mentioned automatic unloading device for aluminum ingot production is also prone to difficult demoulding of aluminum ingots

[0004] Chinese patent document CN 103447481 A discloses an automatic unloading device for the production of aluminum ingots. Its main disadvantages are that the aluminum ingots fall off from the ingot mold and fall irregularly onto the conveyor belt of the finished aluminum ingots. Conducive to subsequent mechanized automatic stacking operations, only manual stacking operations can be performed, which is labor-intensive and prone to burns; in addition, the above-mentioned automatic unloading device for aluminum ingot production is also prone to difficult demoulding of aluminum ingots

[0005] Chinese patent document CN 102602706 A discloses a continuous stacking device for metal ingots. Its shortcomings mainly lie in that the range of movement of the manipulator is too large during operation, which not only leads to a larger occupied site area, but also has low operating efficiency and high energy consumption

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