Ceramic substrate feeding mechanism

Abstract

The invention discloses a ceramic substrate feeding mechanism comprising a base, an upper jig unit, a jig transfer unit, feeding bins, an ejection unit and a lower jig unit. The upper jig unit comprises a jig bin, a jig conveyor belt ad a jig conveying drive source. The jig transfer unit comprises a transfer plate. A jig transfer drive source and a horizontal jig transfer belt are arranged on thetransfer plate. A jig transfer head is arranged on the jig transfer belt. The feeding bins are arranged on the base. The ejection unit comprises lifting drive sources, a telescopic drive source and atelescopic plug. The telescopic plug is arranged at the free end of the telescopic drive source. The lower jig unit comprises non-return assemblies, stop pieces, a retreating drive source and a retreating fork. Each non-return assembly is arranged on the corresponding feeding bin. Each stop piece is arranged in the corresponding feeding bin in a sliding manner. The retreating fork is arranged at the free end of the retreating drive source. The sintering machine material distribution control system is high in automation degree, stable and reliable in operation and simple in structure, saves manpower and material resources and is low in cost.

Description

technical field [0001] The invention relates to a feeding mechanism, in particular to a ceramic substrate feeding mechanism. Background technique [0002] During the production process of the ceramic substrate, a preliminary cutting is carried out on the ceramic substrate, and then the ceramic substrate is split into strips, and finally the strip-shaped ceramic substrate is disassembled into granular ceramic substrates. In the process of ceramic base grains from strips to grains, it is usually necessary to place them on a jig (see figure 1 ) in the ceramic base strip. There is usually a stacking groove in the jig, and a lifting block is slidably arranged at the bottom of the stacking groove, and a lifting opening is opened on the jig at the bottom of the lifting block. The ceramic base strips stacked in the stacking groove can be separated from the stacking groove upwards under the drive of the lifting block. The general loading mechanism can only work on one jig at the s...

AI Technical Summary

Problems solved by technology

The general loading mechanism can only work on one jig at the same time. After the loading is completed, the empty jig needs to be manually taken out and put back into the jig. The degree of automation is low and the operation efficiency is low.

Images