Auxiliary dark-red enameled pottery manufacturing equipment capable of processing non-perfect circle and use method thereof
A technology for auxiliary manufacturing and purple sand teapots, which is applied in the direction of manufacturing tools, additive processing, special decorative structures, etc., can solve the problems of comparable handmade pots, high speed, and unmatched quality, so as to ensure processing quality, improve processing efficiency, reduce The effect of manual labor intensity
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Embodiment 1
[0066] When making the profile of the cutting die, according to the preset speed ratio of the driving shaft and the driven shaft, if the driving shaft rotates one revolution, the driven shaft gear revolves around the central gear for one revolution and rotates for two revolutions. This scheme can be processed The contour is a perfect circle or ellipse that is symmetrical to the center line of the main shaft, and the main shaft is equipped with an angle positioning device and a drive motor that can be rotated forward and reverse.
[0067] The trajectory of the cutting point of the cam die is as follows: Figure 6 , Divide the target pot profile into four sections on average, the driving shaft rotates one circle forward, the knife mold revolves one circle, and rotates twice, the big end of the cam processes two diagonal target contours, the driving shaft reverses one circle, and the knife mold again One revolution and two rotations, the big end of the cam processes the remaining...
Embodiment 2
[0073] When making the profile of the cutting die, according to the preset speed ratio of the driving shaft and the driven shaft, if the driving shaft rotates 2 times, the driven shaft gear revolves 2 times around the central gear and rotates 1 time. At this time, the equipment can process any smooth round or non-round contour without sharp corners. The trajectory of the cutting point of the cam die is as follows: Figure 7 , the driving shaft rotates twice, the cam knife die revolves twice, and rotates once by itself, and the big end of the cam processes the target contour.
[0074] Assume that the coordinates of the center point of the active axis are (0,0), and the radius of the target spout is R 1 , the contour curve to be processed is: y=f 3 (x), then when the contour is expressed in a circular coordinate system, the distance between the points on the contour and (0,0) The angle between the line connecting it with (0,0) and the positive direction of the X-axis l=f ...
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