Full-automatic bushing system for heating hard alloy wire-drawing die blank

Abstract

The invention discloses a full-automatic bushing system for heating a hard alloy wire-drawing die blank. The full-automatic bushing system comprises a working table, wherein a charging station, a heating station and a discharging station are arranged on the working table; a positioning seat used for clamping a hard alloy blank is installed on the working table where the heating station is located; a liftable pressing head and a high-frequency heating induction coil are erected above the positioning seat; the pressing head and the high-frequency heating induction coil synchronously ascend and descend; a movable seat capable of horizontally and longitudinally moving is installed on the working table where the charging station is located; an accommodating disc is clamped on the movable seat; concave cavities used for clamping blanks are uniformly distributed in the accommodating disc; the discharging station is located behind the positioning seat; a material receiving assembly is arranged on the discharging station; a mechanical arm used for taking and placing materials is installed on one side of the working table; and the mechanical arm is located between the heating station and the charging station. The full-automatic bushing system is reasonable in structural design, manual operation is not needed in the whole process, time and labor are saved, and potential safety hazards during manual operation are avoided.

Description

technical field [0001] The invention relates to the field of production and processing of wire drawing dies, and mainly relates to a fully automatic inserting system for heating carbide wire drawing die blanks. Background technique [0002] When inlaying the core of the wire drawing die, firstly heat the outer ring of the wire drawing die to 500~600°C, when the color is dark red, put the core of the wire drawing die into the heated ring, with the increase of the temperature of the ring Lower, the core of the wire drawing die is tightly set together by the ferrule. Therefore, in the nesting process, it is first necessary to heat the outer circle of the batch of wire drawing dies, and then process the heated ones. The outer circle heating operation of the wire drawing dies needs to be placed on a special high-frequency electric heating device, and then manually Using clamps to load and unload it has high labor intensity, time-consuming and labor-intensive, and due to high-fre...

AI Technical Summary

Problems solved by technology

Therefore, in the nesting process, it is first necessary to heat the outer circle of the batch of wire drawing dies, and then process the heated ones. The outer circle heating operation of the wire drawing dies needs to be placed on a special high-frequency electric heating device, and then manually Using clamps to load and unload it has high labor intensity, time-consuming and labor-intensive, and due to high-frequency heating and high temperature, there will be a certain degree of safety hazards, which will affect the work efficiency and economy of batch processing and production. benefit

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