Crushing machine for electronic powder material

Abstract

The invention relates to a crushing machine for an electronic powder material, belonging to the technical field of supporting facilities of an electronic kiln. The crushing machine for the electronic powder material comprises a machine frame, wherein the machine frame follows a saggar conveying mechanism of an automatic production flow line of an electronic kiln; a crushing action cylinder horizontal displacement mechanism is arranged on the top of the machine frame; a crushing action cylinder is connected with the crushing action cylinder horizontal displacement mechanism; a saggar mouth edge part enclosing pallet is fixed on the machine frame; a crushing blade scraping plate is fixed at the bottom of the saggar mouth edge part enclosing pallet; a crushing mechanism is connected with a crushing action cylinder column and corresponds to the crushing blade scraping plate; a dust leading-out mechanism is connected with the saggar mouth edge part enclosing pallet; a pair of saggar clamping action cylinders are arranged on the saggar conveying mechanism in a face-to-face state and correspond to the positions below the two corresponding sides of the crushing blade scraping plate. According to the crushing machine for the electronic powder material, the operation intensity is alleviated, scalding phenomenon is avoided, the efficiency is high, labor resources are saved, a clean environment is guaranteed, and the using requirement of the automatic production flow line of the electronic kiln can be met.

Description

technical field [0001] The invention belongs to the technical field of electronic kiln supporting facilities, and in particular relates to an electronic powder material disintegrator, which is installed on the automatic production line of the electronic kiln, and is used for electronic powder that has been fired and discharged from the sagger of the electronic kiln. Body material disintegrated. Background technique [0002] Electronic powder materials mentioned above such as color phosphor, lamp powder, barium titanate, strontium titanate, yttrium trioxide, titanium dioxide, zirconia, alumina, bismuth oxide, lead zirconate titanate, lithium iron phosphate or iron Oxygen magnetic powder, etc. These materials (that is, electronic powder materials) that are not limited to the examples usually need to be loaded into the sagger after weighing and metering and transported into the furnace by the automatic feeding device of the electronic kiln, that is, introduced into the furnac...

AI Technical Summary

Problems solved by technology

One of the self-evident shortcomings of manual disintegration is that the labor intensity of the workers is high; the second is that the temperature of the electronic powder materials and saggers coming out of the furnace is as high as 80-120°C, so the environment in which the workers live is harsh. And there is a risk of scalding the workers' limbs; third, due to the low efficiency of manual disintegration, it is difficult to adapt to the firing speed of the electronic kiln, so it is usually dealt with by increasing personnel, resulting in a waste of valuable labor resources; , due to the large amount of dust generated during the crushing process, it is not conducive to the cleanliness of the working environment and affects the health of workers

[0004] Although the technical information of various electronic powder firing kilns can be seen in the published Chinese patent documents, for example, CN102230729B recommends "tunnel kiln structure for sintering electronic products", but there is no enlightenment to eliminate the aforementioned technical problems

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