Automatic separating and discharging device for double-fork forgings

Abstract

The invention discloses an automatic separating and discharging device for double-fork forgings, and belongs to the field of punching, separating and conveying. The device comprises a recess separating and conveying slide way, the recess separating and conveying slide way is inclined downwards, a stop lever is arranged below the tail end of the recess separating and conveying slide way, and when the double-fork forgings slide downwards, double forgings at the bottom are in contact with the stop lever to turn over the double-fork forgings; a flash separating and conveying line is arranged at the bottom of the tail end of the recess separating and conveying slide way, the recess separating and conveying line comprises two parallel flash conveying chains, a pressing device is arranged above the two flash conveying chains, the double forks of the double-fork forgings on the flash conveying chains can be pressed down by the pressing device, and a double-fork conveying line is arranged at the bottom of the middle of the two parallel flash conveying chains; and the device further comprises a recess conveying chain, the recess conveying chain is arranged on one side of the flash separating and conveying line, a wad collecting inclined sliding way is arranged at the bottom of the recess separating and conveying sliding way, the recess conveying chain is arranged at the tail end of the wad collecting inclined sliding way, and separation and collection of flashes, recesses and the double forks can be achieved through the structure.

Description

technical field [0001] The invention relates to the field of punching, cutting, separating and conveying, in particular to an automatic separating and unloading device for double forked forgings. Background technique [0002] The double-fork forgings (such as Figure 4 As shown) the specific structure is that there are flash edges 103 around, and a symmetrical double fork 101 is arranged at both ends, and there is a connecting skin 102 between the double fork 101. After the press completes punching of the double fork forging, the flying The edge, the skin and the double fork are often still inlaid together. The traditional way is to separate the three by light knocking. Separation also needs to be classified. At present, most of them are manually operated. Due to the high efficiency of punching and the low efficiency of manual separation and classification, it has been unable to meet the actual production needs. [0003] In view of the above-mentioned problems in the prior ...

AI Technical Summary

Problems solved by technology

[0002] The double-fork forgings (such as Figure 4 As shown) the specific structure is that there are flash edges 103 around, and a symmetrical double fork 101 is arranged at both ends, and there is a connecting skin 102 between the double fork 101. After the press completes punching of the double fork forging, the flying The edge, the skin and the double fork are often still inlaid together. The traditional way is to separate the three by light knocking. Separation also needs to be classified. At present, most of them are manually operated. Due to the high efficiency of punching and the low efficiency of manual separation and classification, it has been unable to meet the actual production needs.

Images