A stick surface treatment mechanism, oiling mechanism and paint assembly

Abstract

The invention belongs to a surface treatment mechanism, in particular to a rod surface treatment mechanism, an oiling mechanism and a coating assembly, a rod surface treatment mechanism, including a mounting plate, a mounting hole is provided on the mounting plate, and a mounting hole A rotating block is arranged on the rotating block, and a through hole through which a rod can pass is arranged on the rotating block. At least one processing tool is arranged on the rotating block, and a driving device arranged on the mounting plate for driving the rotating block to rotate, the mounting plate And the rotating block is provided with a notch penetrating to the through hole. The present invention is provided with a notch penetrating to the through hole on the mounting plate and the rotating block, so that the rod can enter the through hole radially along the rotating block. The method of entering the working range of the processing tool along the axis of the through hole greatly improves the convenience, and the surface treatment mechanism can also be set on the moving component to perform surface treatment on the length direction and circumferential direction of the rod, which greatly improves the work efficiency.

Description

technical field [0001] The invention belongs to a surface treatment mechanism, in particular to a rod surface treatment mechanism, an oiling mechanism and a coating assembly. Background technique [0002] At present, the surface treatment of rods, such as phosphorus removal, rust removal, cleaning, foreign matter removal or coating, etc., is generally achieved by manual or automated equipment, such as cleaning and coating, often by putting the rods in the cleaning box or material box Soaking, and using ultrasonic equipment to improve the effect of cleaning or coating, while the treatment of phosphorus removal and rust removal is generally achieved with the rotation of the rod itself and the fixed phosphorus and rust removal head. For larger rods, Driving its rotation often consumes a lot of energy, which is not conducive to saving costs. At the same time, at present, a lot of corresponding equipment needs to be applied to different surface treatments of rods, which has low w...

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Problems solved by technology

[0002] At present, the surface treatment of rods, such as phosphorus removal, rust removal, cleaning, foreign matter removal or coating, etc., is generally achieved by manual or automated equipment, such as cleaning and coating, often by putting the rods in the cleaning box or material box Soaking, and using ultrasonic equipment to improve the effect of cleaning or coating, while the treatment of phosphorus removal and rust removal is generally achieved with the rotation of the rod itself and the fixed phosphorus and rust removal head. For larger rods, Driving its rotation often consumes a lot of energy, which is not conducive to saving costs. At the same time, at present, a lot of corresponding equipment needs to be applied to different surface treatments of rods, which has low work efficiency and high cost. In addition, when the rod is in a static state, It is difficult to efficiently surface treat the various surfaces of rods

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