Automatic steel casing cutting device with positioning function

Abstract

The invention discloses an automatic steel casing cutting device with a positioning function. The automatic steel casing cutting device with the positioning function comprises a work table and a carrier plate, and is characterized by further comprising a material stirring mechanism, a material overlapping induction mechanism, a cutting mechanism and a position limiting mechanism, wherein a slide rail used for material feeding of a steel casing material belt is arranged on the work table, the material overlapping induction mechanism is arranged at the rear of the work table and above the steel casing material belt, the material stirring mechanism which drives the steel casing material belt to advance is arranged at the front end of the material overlapping induction mechanism, the cutting mechanism is arranged at the front end of the material stirring mechanism, and the carrier plate is arranged beside the cutting mechanism. The automatic steel casing cutting device with the positioning function is simple in structure, convenient to use, high in machining precision and convenient in material feeding, can rapidly locate the material belt and the carrier plate, and facilitates induction of material overlapping of the material belt, and then can send an alarm.

Description

technical field [0001] The invention relates to a connector iron shell processing device, in particular to an automatic iron shell cutting device with a positioning function. Background technique [0002] The wiring harness is a wiring component that connects various electrical equipment in the circuit, and is composed of core wires, insulation, braiding, and sheathing. The quality of the wiring harness is directly related to whether the entire electrical equipment can work normally and safely. When processing the wire harness, the wire harness needs to be installed on the corresponding connector iron shell, so the connector iron shell must be cut off from the material tape. However, due to the long iron shell material belt, there are superimposed parts when the two material belts are connected. When conveying the material belt, the superimposed part on the material belt cannot pass through the flow channel, resulting in material jamming, affecting the overall conveying of ...

AI Technical Summary

Problems solved by technology

However, due to the long iron shell material belt, there are superimposed parts when the two material belts are connected. When conveying the material belt, the superimposed part on the material belt cannot pass through the flow channel, resulting in material jamming, affecting the overall conveying of the material belt, and When cutting the iron shell later, it is very easy to cut the shell, causing unnecessary losses

At the same time, the wire harness needs to be installed on the corresponding connector iron shell during processing. In this way, the connector iron shell must be cut from the material tape, and the iron shell is cut from the material tape. The cutting accuracy requirements It is very high, and it is necessary to keep the iron shell in a relatively stable state, otherwise the cutting position is prone to shift, resulting in damage to the cut product. At the same time, the current material belt feeding mechanism is a single mechanism. After being combined with the positioning mechanism, the entire equipment will be damaged. complex structure

In addition, in cutting the iron shell of the connector, due to the large processing range of the equipment, this often causes the carrier board to move accordingly, which affects the processing accuracy of the product, resulting in a large number of defective products, which brings great harm to the enterprise. big loss

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