Automatic marking, spacer feeding, stacking, magnetic flux measuring system for magnetic steel

Abstract

The invention relates to an automatic marking, spacer feeding, stacking and magnetic flux measuring system for magnetic steel. The automatic marking, spacer feeding, stacking and magnetic flux measuring system for the magnetic steel comprises a workbench, a pushing air cylinder, a feeding air cylinder, a guiding pipe, a magnetic flux detecting instrument, an ink-jet printing device, a sorting air cylinder, a vibrating disk, a first ejecting air cylinder, a second ejecting air cylinder, a first rail, a second rail and a third rail. The guiding pipe is arranged above the first rail. A pushing punch pin of the pushing air cylinder can push the magnetic steel which falls on to the first rail from the guiding pipe to a detecting platform of the magnetic flux detecting instrument under the drive of the pushing air cylinder. The second rail is provided with a first position. By the adoption of the automatic marking, spacer feeding, stacking and magnetic flux measuring system for the magnetic steel, the three working steps of magnetic flux detecting, automatic magnetic pole marking and automatic spacer feeding and stacking are automatically and continuously conducted in a production line manner, the time of working procedure and the flow is saved, the labor efficiency is improved, and the operation efficiency is improved; material falling is conducted through the gravity of the magnetic steel, so that actions executed by devices are simplified; and manual material collecting is not needed, and detecting personnel can operate multiple devices at the same time, or manual participation is not needed in the detecting process.

Description

technical field [0001] The invention relates to the field of machinery, in particular to a magnetic flux measurement system for magnetic steel automatic marking separator pallets. Background technique [0002] At present, the magnetic pole identification, magnetic flux detection and palletizing of the magnetic steel are all processed manually. There are several problems in the manual processing: the magnetic steel is small in size, and it is very laborious and time-consuming to manually detect it; every two pieces of magnetic steel need to be provided with gaskets. It increases the workload of the workers; after the inspection is completed, the products need to be stacked into columns, which further reduces the production efficiency. The current efficiency is 8000 / pcs / 8h per person, which seriously affects the production efficiency. Contents of the invention [0003] Aiming at the problems existing in the prior art, the object of the present invention is to propose a techn...

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Problems solved by technology

[0002] At present, the magnetic pole identification, magnetic flux detection and palletizing of the magnetic steel are all processed manually. There are several problems in the manual processing: the magnetic steel is small in size, and it is very laborious and time-consuming to manually detect it; every two pieces of magnetic steel need to be provided with gaskets. Increase the workload of workers; after the inspection is completed, the products need to be stacked into columns, which further reduces the production efficiency. The current efficiency is 8000 / pcs / 8h per person, which seriously affects the production efficiency

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