Automatic receiving device of numerical control lathe

Abstract

The invention discloses an automatic receiving device of a numerical control lathe. The device comprises a connecting part, a receiving part, a moving part and a controller; the connecting part includes a machine tool connecting plate; the machine tool connecting plate is fixedly mounted in a preset position of the numerical control lathe through a fastening piece; the receiving part includes a buffer base, and a receiver arranged on the buffer base and with the bottom capable of being automatically opened and closed; the moving part includes a linear slide rail and a driving piece; a fixed rail of the linear slide rail is fixedly mounted on the machine tool connecting plate; a slide block of the linear slide rail is driven by the driving piece to slide along the fixed rail, and is provided with a slide bracket; and the slide bracket is connected with the buffer base of the receiving part. The automatic receiving device overcomes the defect that a traditional automatic receiving device is only suitable for a fixed cutter tower type numerical control lathe and not suitable for a slide plate type cutter arrangement lathe, and is additionally provided with the receiver to replace a traditional receiving tipping bucket to finish seamless butt joint of transporting products to a conveying belt.

Description

technical field [0001] The invention relates to an auxiliary tooling of a numerically controlled lathe, in particular to a material receiving device capable of automatically receiving a processed workpiece. Background technique [0002] The numerical control lathe of prior art, automation degree is quite high. When performing cutting operations, the operator first securely installs the blank to be processed on the chuck, and then installs the corresponding tool. After setting the processing parameters, close the safety door of the cutting area of ​​the CNC lathe, and the CNC lathe is ready. The cutting operation can be carried out according to the requirements. After the processing operation is completed, the chuck automatically releases the workpiece, and the workpiece falls freely to the material receiving device under the chuck. The material receiving device is exposed in the cutting area, and the cutting fluid and chips during processing are accompanied by the workpiece....

AI Technical Summary

Problems solved by technology

When performing cutting operations, the operator first securely installs the blank to be processed on the chuck, and then installs the corresponding tool. After setting the processing parameters, close the safety door of the cutting area of ​​the CNC lathe, and the CNC lathe is ready. The cutting operation can be carried out according to the requirements. After the processing operation is completed, the chuck automatically releases the workpiece, and the workpiece falls freely to the material receiving device under the chuck. The material receiving device is exposed in the cutting area, and the cutting fluid and chips during processing are accompanied by the workpiece. Falling on the material receiving device, resulting in the mixing of chips and workpieces, which affects the life of the conveyor belt of the material receiving device. The conveyor belt transfers the workpiece and chips to the material box where the workpiece is placed. There are chips mixed in the material box, which must be cleaned manually, which affects production. efficiency

Especially when processing workpieces with high appearance requirements, it is necessary to increase a large amount of manual operation costs for manual blanking

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