Calliper for measuring radius
A technology of arc radius and calipers, which is applied in the field of measuring tools, can solve the problems of high manufacturing cost, high precision and difficulty in measuring ball heads, and achieve the effect of improving reliability and accuracy
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[0038] The present invention will be described in further detail below in conjunction with the accompanying drawings.
[0039] Such as figure 1 As shown, in theory, take three points A, B, C on the circle O. AC and AD are always constant values, AD is the height of triangle ABC, OE is the height of triangle OAC, BD>DC, BC2 = r 2 -(b / 2) 2 . From equations (1) and (2): (3)r 2 =(b / 2h) 2 a1 2 +(b / 2) 2 (where r>0, a1>0) or: (4)x 2 / (b / 2) 2 -y 2 / h 2 =1 (where x>0, y>0). Equation (3) is a hyperbolic equation (r is the arc radius; a1+a2 is the chord length; h is the chord height, which is a constant; b is the length of AB, which is a constant), as can be seen from equation (3), as long as b and h are constant constants, then the value of r can be determined by the value of a1, when r=x=p>0 (p is a constant), a1 (y value) corresponds to r (x value) one by one, a1+ a2 is the chord length of ABC three points. That is, when the chord height h and the distance between the tw...
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