An intelligent control all-round automatic detection machine

Abstract

The invention relates to an intelligently-controlled all-directional automatic detector. The intelligently-controlled all-directional automatic detector achieves the purposes of ensuring the consistency of bottle distances and bottle opening directions, and eliminating glass bottles with obvious defects in a glass bottle conveying process through an initial inspection, partitioning and turning device. A location conveying device is used for conveying glass bottles to be inspected to the position of a compound detection device one by one at a fixed distance; the compound detection device is used for clamping and driving the glass bottles to be inspected to rotate, and meanwhile, a signal acquisition and camera-shooting unit is used for acquiring the various information of the glass bottlesto be inspected; a separation and packaging device is used for separating and packaging the glass bottles according to quality products, inferior-quality products and waste products, and on the basisof the detected various information of the glass bottles; and a PLC is used for processing the information obtained by various sensors and instructing an action mechanism to act, thereby realizing automatic control. The intelligently-controlled all-directional automatic detector disclosed by the invention has the characteristics of being reliable in design structure connection, stable in glass bottle conveying process, stable and certain in transmission among the functional structures, and capable of realizing compound high-accuracy detection from coarse detection to fine detection.

Description

technical field [0001] The invention relates to a fully automatic detection machine, in particular to the automatic detection of transparent glass bottles, in particular to the detection of various scars and residues in transparent glass bottles, and belongs to the technical field of mechatronics. Background technique [0002] Glass bottles are made of glass tubes, which are made by bottle-making machinery through multiple procedures. Glass tubes are made of quartz sand, which is smelted into a molten state in a high-temperature furnace, and then blown. Among these procedures, one is that dust and various residues are easily stored in glass tubes or glass bottles; the other is that air bubbles are often trapped in the glass wall during the solidification process of the glass; There are often cracks in the process of forming glass bottles, which causes the problem of sundries or damage in the produced glass bottles. However, glass bottles are often used to hold food or medic...

AI Technical Summary

Problems solved by technology

For this reason, every manufacturer of edible or medicinal glass bottles carries out testing of glass bottles, but there are many deficiencies in the various testing equipment used by people at present. One is the singleness of testing, that is, one testing machine can only detect one kind. It is difficult to change the specifications of the bottles; second, the inspection machine is bulky, and the space of the production workshop is limited; third, during the process of adjusting the orientation of the bottle mouth, the squeeze collision between the bottles will damage the bottle, and the gap between the bottle and the equipment will be damaged. Collision damages the bottle; Fourth, the detection accuracy is not high, the detection orientation is incomplete, the detection process is unstable, and missed or wrong detections often occur

Some imported detection equipment is not only expensive, but also has poor detection effect

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