Material Pushing Mechanism

Abstract

The invention discloses a material pushing mechanism. A pushing air cylinder is mounted on an air cylinder mounting plate for providing pushing force. A material pushing block is mounted on a slide block, and the slide block is mounted on a guide rail. A power output shaft of the pushing air cylinder is connected with the material pushing block through a connection block, and the function of pushing to achieve material feeding through reciprocating motion can be achieved. The whole mechanism is mounted on a mounting base plate. When the pushing air cylinder extends out, materials are pushed to fixed positions, namely preset feeding positions; and when the pushing air cylinder retracts back, under the action of a balancing weight, the materials fall to fixed positions, namely material falling positions, to be pushed with material rods and material falling holes in a material locating seat as guides. In the material pushing process, a material guiding block plays a role in limiting and guiding the materials, so the parts are prevented from being pushed obliquely or away. A sensor is used for detecting whether the materials are pushed to the fixed positions or not or whether the parts are picked up or not. By means of the material pushing mechanism, batch feeding and one-by-one supply of the annular or C-shaped materials which are packed in rolls can be met; and the material pushing mechanism is simple in structure and high in universality.

Description

Technical field [0001] The invention relates to the technical field of mechanical automation, and in particular to a material pushing mechanism suitable for batch feeding and single feeding of circular, C-shaped materials suitable for roll packaging. Background technique [0002] At present, in the assembly field, when assembling ring-shaped and C-shaped materials in rolls, they either use manual feeding and supply, or use complex-structured material feeding equipment, and manual methods are used, resulting in low work efficiency. The high labor cost and error-prone problems cannot meet the needs of mechanical automation production and assembly. The use of complex material feeding equipment has problems such as complex structure, poor versatility, and difficulty in realizing quick tool change. For this reason, it is urgent to develop and design a ring-shaped, C-shaped material batch feeding and single feeding mechanism suitable for roll packaging with a simple structure and stro...

AI Technical Summary

Problems solved by technology

[0002] At present, in the field of assembly, when assembling ring-shaped and C-shaped materials packaged in rolls, either manual feeding and supply is used, or material feeding equipment with complex structures is used manually, which has low work efficiency. High labor costs and error-prone problems cannot meet the needs of mechanical automation production assembly

The use of complex-structured material feeding equipment has problems such as complex structure, poor versatility, and difficulty in quickly changing tooling.

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