Full-automatic drill bit packaging machine with high integration level

Abstract

The invention discloses a full-automatic drill bit packaging machine with high integration level. The full-automatic drill bit packaging machine comprises a packaging machine working panel, two rotating disc type storage modules, a linkage type clamping jaw module, a counting feeding module and a floating type cover feeding module, wherein the rotating disc type storage modules are used for storing an inner box or an outer box, and during working, the releasing work can be conducted while storing; the linkage type clamping jaw module achieves three-station synchronous operation through a synchronous displacement plate, thereby guaranteeing that the three stations do not interfere with one another; the floating type cover feeding module enables the inner box and the outer box to have certain flexible limiting, an inner box alignment floating head can automatically retract downwards through a floating head spring to avoid interference with the outer box, and the cover feeding is completed in one step; when the sleeving of the outer box is hindered, the flexible structure can enable the outer box to automatically generate fine pose adjustment, so that the sleeving is automatically completed; and the counting feeding module pushes a fixed number of drill bits into the inner box through pushing of a feeding push block, and the problem that mistakes and omissions are generated duringmanual boxing is avoided.

Description

technical field [0001] The invention designs the field of automatic packaging, and in particular relates to a highly integrated automatic drill bit packaging machine. Background technique [0002] The traditional packaging of drill bits is usually done by manpower. Although some semi-automatic equipment has been added to improve the packaging efficiency to a certain extent, compared with completely unmanned automatic packaging, there are still the following defects: [0003] (1) The storage method of the inner box and the outer box used to pack the drill bits is generally stacked, but because the inner box has convex edges, it is not suitable for stacking in the traditional way, and the effect of synchronous storage and box placement cannot be realized ; [0004] (2) The process of putting the drills into the inner box is low in automation, and is mainly counted and loaded manually. Since the blades of the drills are relatively sharp, there is still a risk of injury to the ...

AI Technical Summary

Problems solved by technology

[0003] (1) The storage method of the inner box and the outer box used to pack the drill bits is generally stacked, but because the inner box has convex edges, it is not suitable for stacking in the traditional way, and the effect of synchronous storage and box placement cannot be realized ;

[0004] (2) The process of putting the drills into the inner box is low in automation, and is mainly counted and loaded manually. Since the blades of the drills are relatively sharp, there is still a risk of injury to the staff during boxing, and the number of drills in each box The number of loads depends on manual counting, and there is a certain error rate, which reduces the consistency of the product;

[0005] (3) When inserting the inner box into the outer box, because the tail of the inner box has convex ribs, the inner box is inclined when placed horizontally, so that the existing semi-automatic equipment will cause certain obstacles when putting the inner box on the outer box. Deformation or scratches caused by poor insertion;

[0006] (4) When multiple stations are carried out synchronously, in the process of grabbing and moving the inner box, when the jaws are not synchronized, collisions are likely to occur, and the inner box cannot always be kept level when gripping, causing the drill bit to leak out

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