Ingot receiving device for non-ferrous metal continuous casting machine

Abstract

The invention relates to an ingot receiving device for a non-ferrous metal continuous casting machine. A stand 6 is provided with a motor 17; a power output shaft of the motor 17 is connected with a drive sprocket 16; the drive sprocket 16 is connected with a double-sprocket 12 of a conveying chain component 20 through a chain 15; the double-sprocket 12 is arranged on the stand 6 through a first hinge seat 13; a cylinder 19 is arranged on the stand 6 through a second hinge seat 18; the end part of a piston rod of the cylinder 19 is connected with the conveying chain component 20; one end of the conveying chain component 20 and a casting film component of the casting machine are arranged correspondingly; and the other end of the conveying chain component 20 is arranged and a conveying chain 11 of a cooling conveyer 14 are arranged correspondingly. The ingot receiving device uses the cylinder as a power source, realizes automatic ingot receiving, fully controls the pace of the ingot receiving, avoids the ingot clamping and effectively improves the safety and reliability of the ingot receiving. The ingot receiving device is ultimately favorable for realizing automatization of the casting machine set and improving the production efficiency of the continuous casting machine set.

Description

technical field [0001] The invention relates to the technical field of nonferrous metal ingot palletizing devices, in particular to an ingot splicing device used for nonferrous metal continuous casting machines. Background technique [0002] There are two kinds of existing high-efficiency ingot splicing devices, one is the reciprocating type of O.D.T company in Australia, and the other is the large turntable type of Metzgautsch company in Switzerland. The former is to install a set of pneumatic ingot receiving manipulator at the tail of the ingot casting machine and the head of the cooling conveyor. At the aluminum ingot station, the manipulator pushes the aluminum ingot to the conveyor chain of the cooling conveyor and transports it away to complete the ingot connection. The other is to install a set of large turntable chain transfer machine between the ingot casting machine and the cooling conveyor. The ingot casting machine, the turntable chain transfer machine and the c...

AI Technical Summary

Problems solved by technology

Due to the unreasonable design of the former device, the ingot needs to be pushed, so the aluminum ingot cannot be transported away immediately during work, and the ingot may be stuck, so that the aluminum ingot production cannot be carried out normally, and even the ingot casting machine is damaged during operation. Serious consequences

Although another kind of device can solve various problems that may occur in the work of splicing ingots, especially the problem of ingot jamming, which can ensure the normal production of aluminum ingots, but the design of the mechanism is huge, and the occupied area is also large, and it must be realized Four-level synchronization has high requirements for control, and the technology is very difficult. Only equipment investment will increase by 15% to 20% (about 250,000 yuan), which is difficult for most manufacturers to accept.

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