Automatic magnetic steel drilling machine

Abstract

The invention discloses an automatic magnetic steel drilling machine. The automatic magnetic steel drilling machine is characterized in that a distribution cabinet and a water tank cabinet are arranged in a rack; a console and a drilling machine are arranged on the rack; a vibration disc is arranged on the rack; the vibration disc is connected with an inlet of a straight vibration slide; a bracketis fixed to the rack; a feeding mechanism, a workpiece clamping mechanism and a discharge mechanism are arranged on the bracket; a feeding push block of the feeding mechanism is arranged at an outletof the straight vibration slide; two clamping blocks of the workpiece clamping mechanism are arranged below the drilling machine; V-shaped grooves are formed in the end parts of the clamping blocks;a sliding plate of the discharge mechanism is arranged below the clamping blocks; a baffle plate is fixed to the bracket; the end part of the sliding plate penetrates through the baffle plate and stretches to the position below the clamping blocks; a discharge opening is formed in the position, below the clamping blocks, on the bracket; a discharge slide is fixed to the rack; an inlet of the discharge slide is positioned below the discharge opening; and the drilling machine is connected with a servo motor through a ball screw. The automatic magnetic steel drilling machine has the advantages that the structure is reasonable, and automatic centering for magnetic steel and automatic cleaning of chips can be achieved.

Description

technical field [0001] The invention relates to the technical field of magnetic steel processing, in particular to an automatic magnetic steel sinking machine. Background technique [0002] Due to product demand, some magnetic steel needs to be drilled in the center. At first, this kind of drilling was done manually on the drilling machine one by one. The proficiency of workers is different, and the quality of products is also uneven. There is also a certain risk of accidents in manually operating the drilling machine. [0003] With the continuous development of mechanical processing automation, mechanical equipment gradually replaces manual labor to complete some machining, and automatic sinking machines have also emerged as the times require. Automatic sinking machines generally transport the raw materials that need to be prepared to the bottom of the punching machine by the feeding mechanism. , after the hole is punched by the punching machine, the product is removed by...

AI Technical Summary

Problems solved by technology

[0002] Due to product demand, some magnetic steel needs to be drilled in the center. At first, this kind of drilling was done manually on the drilling machine one by one. The proficiency of the workers is different, and the quality of the products is also uneven.

There is also a certain risk of accidents in manually operating the drilling machine

[0003] With the continuous development of mechanical processing automation, mechanical equipment gradually replaces manual labor to complete some machining, and automatic sinking machines have also emerged as the times require. Automatic sinking machines generally transport the raw materials that need to be prepared to the bottom of the punching machine by the feeding mechanism. , after the hole is punched by the punching machine, the product is removed by the blanking mechanism; but because the existing automatic sinking machine cannot guarantee the centering of the product: first, the center of the product cannot be kept in a straight line with the center of the drill bit First, secondly, the debris generated after drilling remains on the operation platform. When the subsequent products are moved to the operation platform, the debris under the bottom makes it impossible to place them horizontally, which will cause the drilling to tilt; the above two The existence of the main problem leads to a high defective rate of the product, so its structure needs to be further improved

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