As we all know, in the area of ​​intelligent parts inspection, we usually define workpieces with a length of 35-45 mm, a width of 6-33 mm, and a thickness of 1-5 mm as large workpieces. At present, when the larger workpieces are run through the vibrating feeder, the following two conditions often occur: 1. The larger the workpiece, the slower the running speed of the feeding device, which will directly affect the product. The detection efficiency; 2, the workpiece in the running material separation process, the fall of the workpiece will bump, resulting in damage to the surface of the workpiece, resulting in increased scrap rate of qualified products, increase business cost burden; these two reasons have been plagued by the industry The main problem of large workpiece inspection.
As a high-tech enterprise specializing in the research of machine vision artificial intelligence technology, Beijing Congbang Intelligent Equipment Stock Co., Ltd. has organized specialized research for this issue. Through continuous experiments, it has finally made breakthrough progress on this issue:
1. Through the special treatment of the feeding channel, the damping between the workpiece and the feeding channel is increased, and the slippage of the workpiece during the loading process is reduced. In the case of limited size of the vibration plate and limited length of the feeding channel, Significantly increase the vibration loading efficiency of large workpieces.
2. The new feeder uses a number of new technologies to change the original structure mode. This increases the speed of the feeding process, and also greatly cushions the impact between the workpiece during the running or sliding process and the vibration feeding tray. The purpose of protecting the surface of the workpiece from damage is reduced, and the proportion of products scrapped due to bumping is reduced.
3. In addition, the noise generated by the new feeder during the feeding process is significantly reduced compared to the original feeding device, allowing the operator to have a relatively good working environment during work.
Conclusion: When using the new large-scale feeder of Beijing Congping Company to perform vibration feeding, the speed of the feeding outlet line can reach 5m/min or more, which is about 0.5-1 times faster than that of the traditional feeder; The scrap ratio of artifacts due to collisions is reduced; the customer greatly improves the detection efficiency while significantly reducing operating costs.
Data Acquisition Digital Potentiometers
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