Pill dropping machine with online detecting function

Abstract

The invention provides a pill dropping machine with an online detecting function. The pill dropping machine with the online detecting function comprises a dropping head device, a feeding system, a flow channel system, a vision detecting device, a white oil tank and an oil pumping device. The feeding system conveys a raw material of a particulate matter to the dropping head device, the dropping head device drops out the particulate matter, and the particulate matter dropped by the dropping head device is conveyed to the flow channel system. White oil in the white oil tank is pumped by the oil pumping device and conveyed to the flow channel system so that the particulate matter is flowed in the flow channel system along with the white oil, and the white oil is conveyed to the white oil tankby the flow channel system. The flow channel system is provided with a detecting flow channel installed opposite to the vision detecting device. The vision detecting device is used for capturing an image of the particulate matter flowing through the detecting flow channel. The vision detecting device can uninterruptedly and repeatedly capture images of the particulate matter in different time andstates, so an image processing device can obtain data of each index of the particulate matter in multiple directions, and calculated data can more actually and scientifically reflect a practical situation of the particulate matter.

Description

technical field [0001] The invention relates to the technical field of dropping pill machines, in particular to a dropping pill machine with an online detection function. Background technique [0002] The roundness, diameter, eccentricity and / or wall thickness of the particles usually need to be tested after the particles such as explosive beads are processed by the dropping pill machine. The traditional detection method requires workers to scoop out the particles produced by the dropping pill machine with a colander, and then put them into the detector one by one for random inspection. When the semi-finished products of particles such as popping beads have just been dripped out, the particles are soft because they are not yet dry, and there may be differences in all directions; while the traditional detector can only measure data in one direction, and cannot measure the particles. The detection in multiple directions makes the data obtained by the detection single, which c...

AI Technical Summary

Problems solved by technology

When the semi-finished products of particles such as popping beads have just been dripped out, the particles are soft because they are not yet dry, and there may be differences in all directions; while the traditional detector can only measure data in one direction, and cannot measure the particles. Detection in multiple directions makes the data obtained from the detection single, which cannot fully and accurately reflect the roundness, diameter, eccentricity and / or wall thickness of particles, etc.

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