Numerical control grooving machine achieving automatic feeding and steering

Abstract

The invention discloses a numerical control grooving machine achieving automatic feeding and steering. An automatic feeding mechanism (48) comprises a feeding working table (23), feeding guide rails (24), a feeding motor (25), a feeding lead screw (26), a feeding sliding table (20), a rotating motor (22), a rotating divider (21), a clamping and supporting plate (47) and clamping mechanisms (5). The feeding working table (23) is fixed to a rack (1). The feeding guide rails (24) are fixed to the feeding working table (23). The feeding sliding table (20) is arranged on the feeding guide rails (24) and is in threaded fit with the feeding lead screw (26). The rotating motor (22) and the rotating divider (21) are fixed to the feeding sliding table (20). The clamping and supporting plate (47) is fixed to the rotating divider (21). The feeding motor (25) drives the feeding sliding table (20) to move front and back. The rotating motor (22) controls the clamping mechanisms (5) to drive a material plate (49) to rotate. After the structure is adopted, the numerical control grooving machine has the beneficial effects of being high in automation degree, stable and reliable in working and operating, good in grooving quality, high in working efficiency, capable of being used on a plane or a convex face and the like.

Description

technical field [0001] The invention relates to the technical field of slotting mechanical equipment, in particular to a numerically controlled slotting machine mainly used for automatic feeding and steering in the field of door industry. Background technique [0002] At present, CNC slotting machines have been widely used in flat linear slotting in decoration, elevators, door industries and other fields. With the continuous update of processing technology, users' requirements for product appearance and quality are also constantly improving, especially in the door industry, users have quality requirements for deep-drawing embossed facades, embossed facades with head ribs, and concave-convex embossed facades It is also getting higher and higher, and the original bending process can no longer meet the requirements of users. Deep-drawing embossed facades, embossed facades with head ribs, and concave-convex embossed facades also need to be grooved to ensure product quality. How...

AI Technical Summary

Problems solved by technology

With the continuous update of processing technology, users' requirements for product appearance and quality are also constantly improving, especially in the door industry, users have quality requirements for deep-drawing embossed facades, embossed facades with head ribs, and concave-convex embossed facades It is also getting higher and higher, and the original bending process can no longer meet the requirements of users. The deep-drawing embossed facade, the embossed facade with head ribs, and the concave-convex embossed facade also need to be grooved to ensure product quality.

However, the traditional slotting machine or planing machine needs to be manually adjusted and aligned before slotting in the longitudinal, horizontal and multi-angle slotting process, which has the problems of inaccurate slotting, poor precision, and low work efficiency. ; Secondly, it can only be grooved on the flat plate. The deep-drawing embossed facade, the embossed facade with the head ribs, and the concave-convex embossed facade can only be embossed after grooved on the facade because of the unevenness on the surface. It will affect the uncertainty of product molding after embossing, and the product qualification rate is difficult to control. It is okay when the alignment requirements are not high. If the requirements are stricter, the yield rate will drop significantly, the scrap rate will increase significantly, and the production cost will be high. not under; for this reason, the facade is ideally grooved after embossing

For this reason, many manufacturers and people of insight have developed and developed, but so far no ideal products have come out.

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