Fully automatic feeding, cutting and receiving equipment and its processing method

Abstract

The invention relates to the field of production machining mechanical equipment and discloses full-automatic feeding, cutting and receiving equipment. A material slot of a feeding device of the full-automatic feeding, cutting and receiving equipment is provided with a shifting mechanism consisting of a shifting fork and a shifting rod. The end of the shifting mechanism, which corresponds to a rear baffle plate of the feeding device, is provided with a leveling mechanism. A feeding bracket at the side of an unloading mechanism, which is correspondingly connected with a tube cutting device, is provided with a clamping mechanism. A lower roller and a side roller which are connected are arranged in the unloading mechanism. A split clamp of the tube cutting device is arranged on a tube cutting bracket through a trapezoid block. A recovery device consists of a recovery mechanism and a return mechanism, wherein the recovery mechanism is arranged at one side of the split clamp in a leveling mode; and the return mechanism is arranged on a recovery bracket at the rear end of the recovery mechanism. A brush wheel is arranged in the return mechanism. A machining method of the equipment comprises the steps of adding, aligning, feeding, cutting and receiving. The full-automatic feeding, cutting and receiving equipment is smooth to feed materials and is clear to separate the materials, so that resource waste is avoided, the machining procedures of the engineering are reduced, the cutting quality is improved, both manpower and material resources are saved and the production efficiency is improved.

Description

technical field [0001] The invention relates to the field of production and processing machinery and equipment, in particular to an automatic equipment for easily realizing feeding, cutting and recycling of finished products and a processing method for the equipment. Background technique [0002] In traditional mechanical processing, the processing of slender materials such as pipes and wires is generally manual picking-manual clamping-material cutting-free falling-deburring; usually batches of materials to be processed are stacked in a On the rectangular bottom frame, it is used to stack pipes or wires and other materials on the support part, while the material feeding is carried out manually, and the materials are moved to the pipe cutting machine tool for clamping processing. Although this type of device has a simple structure, it is In actual production, the method of manual feeding and clamping is labor-intensive. [0003] At present, the general pipe cutting machine i...

AI Technical Summary

Problems solved by technology

[0002] In traditional mechanical processing, the processing of elongated materials such as pipes and wires is generally manual picking-manual clamping-material cutting-free falling-deburring; usually batches of materials to be processed are stacked in a On the rectangular bottom frame, it is used to stack pipes or wires and other materials on the support part, and the material is fed manually, and the material is moved to the pipe cutting machine tool for clamping processing. Although this type of device is simple in structure, it is In actual production, the method of manual feeding and clamping is labor-intensive

[0003] At present, the general pipe cutting machine is equipped with driving devices on both sides of the clamping device, and the driving devices on both sides work together to realize the clamping and loosening of the material; although this pipe cutting machine can use clamping The clamping device realizes the clamping and loosening of materials, but this kind of clamping device is relatively heavy and has a complex structure. During work, the driving devices at both ends need to be started at the same time. The movement is slow during the working process, and the processed parts fall freely into the In the material receiving box or falling onto the material receiving mechanism, it is easy to cause the finished product to be bruised and messy, and the quality of the finished product cannot be guaranteed. In addition, there are many manual operations, the quality of the pipe cutting is not high, the material utilization rate cannot be guaranteed, and it is easy to cause resource loss. Waste, for the two ends of the finished product to be processed need a special process to remove the burrs, the process is cumbersome, the production efficiency is low, a lot of manpower and material resources are wasted, and a lot of production time is wasted. It is not suitable for the rapid development of industrialization and mass production and processing. Need, not conducive to the long-term development of enterprises

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