Blanked material transmission guiding mechanism and transmission method of blanked materials

Abstract

The invention discloses a blanked material transmission guiding mechanism and a transmission method of blanked materials. The blanked material transmission guiding mechanism comprises a plurality of guiding wires with smooth surfaces and twisted to rotate, a sliding way formed by surrounding of the guiding wires and a plurality of fixing rings which are fixedly surrounded on the periphery of the guiding wires. The sliding way is provided with a material inlet and a material outlet, wherein the material inlet is higher than the material outlet. The material inlet of the blanked material transmission guiding mechanism is connected with a product output end of a last work station and can receive products from the last work station. The material outlet of the blanked material transmission guiding mechanism is connected with a product input end of a next work station and can transmit the products to the next work station. The blanked material transmission guiding mechanism can achieve smooth turning and stable sliding of the products and avoids conditions of collision, sliding rail blocking and deviation from the rail.

Description

technical field [0001] The invention relates to a blanking conveying technology, in particular to a blanking conveying guide mechanism and a conveying method that can avoid products from touching each other, piling up, and having inconsistent intervals during blanking. Background technique [0002] Usually, the products (finished products or semi-finished products) produced on the industrial production line need to be transported to different areas by slide rail transmission technology for the next step of processing. For example, stamped products need to be continuously transported to the next station during the production process; another example, products to be tested also need to be transported to the next processing station after the test is completed. [0003] At present, the blanking transmission guide mechanisms often used in the production line are slide rails with a roughly U-shaped cross section and a roughly flat bottom surface, such as figure 1 As shown, one en...

AI Technical Summary

Problems solved by technology

But, because the exit 92 of automatic conveying belt 94 and this last station 90 is on different planes and different conveying directions, so existing slide rail 80 needs to be made curved, just can product 70 be transferred like this

However, in actual production, the bent slide rail 80 will cause the product 70 to not slide smoothly on the slide rail 80, and the products 70 often collide with each other at the bend 86 of the slide rail 80 in production, thus Cause a series of problems, such as the possibility of material jams, irregular discharge, or deviation from the track after blanking, which will affect the normal operation of the next station, or scratches on the product that will affect its quality or appearance

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