Full-automatic two-dimensional wire bending forming machine

Abstract

The invention belongs to the technical field of wire processing equipment, and particularly relates to a full-automatic two-dimensional wire bending forming machine. The full-automatic two-dimensionalwire bending forming machine comprises a machine panel, wherein hollowed-out parts for placing fence wires are arranged on the middle part of the machine panel; double-sided shaft extension devices which extend forwards into the hollowed-out parts are arranged on the middle parts of the front edges of the hollowed-out parts; the machine panel is symmetrically arranged with the double-sided shaftextension devices serving as a panel structure on both sides of a middle shaft; and front wire bending devices which fold a wire space are arranged on the hollowed-out parts on both sides of the double-sided shaft extension devices. Wire bending shaft cores and wire bending rotating shafts which move around the wire bending shaft cores are arranged on the wire bending station sides, close to the machine panel, of the front wire bending devices. Rear wire bending devices which bend wires inwards are separately arranged at corners of the two sides and the bottom edge of the hollow parts, and wire bending die cores and wire bending rocker arms which move around the wire bending die cores are arranged on the wire bending station sides of the rear wire bending devices. The full-automatic two-dimensional wire bending forming machine has compact structure, high automation level and high forming quality, is beneficial to improving the processing technology of baskets, and brings remarkable economic benefits.

Description

technical field [0001] The invention belongs to the technical field of wire rod processing equipment, in particular to a full-automatic two-dimensional wire bending forming machine. Background technique [0002] The basket is a common daily necessities in daily life. Its structure is composed of a bottom and a surrounding edge. It is mainly used to place messy and large items. It is light and flexible to use. It has good ventilation and stable structure and is widely recognized. Its metal wire The basket made is generally composed of a fence on the horizontal side and a connecting line on the bottom of the tray. A supermarket uses a basket hanging on the shelf, and a horizontal hanging line is provided at the upper end of the fence for hanging on a large shelf. There are two main processing methods for the traditional hanging part of daily necessities that prevent cloth art. One is to weld the peripheral metal wire on the top of the ordinary fence and use it as a hanging par...

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Problems solved by technology

[0002] The basket is a common daily necessities in daily life. Its structure is composed of a bottom and a surrounding edge. It is mainly used to place messy and large items. It is light and flexible to use. It has good ventilation and stable structure and is widely recognized. Its metal wire The basket made is generally composed of a fence on the horizontal side and a connecting line on the bottom of the tray. A supermarket uses a basket hanging on the shelf, and a horizontal hanging line is provided at the upper end of the fence for hanging on a large shelf. There are two main processing methods for the traditional hanging part of daily necessities that prevent cloth art. One is to weld the peripheral metal wire on the top of the ordinary fence and use it as a hanging part. This processing method is easy to break and the forming effect is not good. , and the welding cost is high, and the other is to reserve the metal wire surplus required for the wire hanging part at the upper end of the basket during the basket production process. That is to say, the integrated structure of the basket and the wire hanging part is completed. This manual processing method requires the use of bending molds. Due to the large size of the fence, workers cannot accurately grasp the rolling angle when completing the manual processing. The entire processing process requires manual labor. Participation is inefficient and takes up more man-hours. Because the machine position cannot be fixed, workers need to adjust the processing position back and forth, resulting in unstable quality and poor molding effect.

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