Method for measuring popping ball deficiency in popping ball filter stick, readable storage medium and equipment
A technology of explosive beads and filter rods, which is applied in measuring devices, specific gravity measurement, instruments, etc., can solve the problems of poor detection accuracy, damage to filter rods, low precision, etc. Accurate results
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Embodiment 1
[0098] (1) Determine H:
[0099] Through experiments, it is determined that H=70%.
[0100] (2) Calculate n:
[0101] In the case of the same unit, divide the design diameter D of the pop-up bead by the length S of the detection unit, and use the integer quotient obtained by the further method as n.
[0102] The design diameter of the pop-up beads is D=2.7mm, the length of the detection unit is S=1mm, and the integer quotient n=3 obtained by the further method.
[0103] (3) Determination of threshold p:
[0104] (3.1) Randomly collect 20 filter stick samples known to have no missing beads, all damaged, and more than 24 hours after the breakage, and measure the density of each detection unit of each filter stick with a microwave density meter;
[0105] (3.2) divide the design interval according to the design position of each popping bead of the filter rod;
[0106] (3.3) Find the density value ρ of each popping bead in the filter rod by finding the maximum density within th...
Embodiment 2
[0127] (1) Determine H:
[0128] Through experiments, it is determined that H=70%.
[0129] (2) Calculate n:
[0130] In the case of the same unit, divide the design diameter D of the pop-up bead by the length S of the detection unit, and use the integer quotient obtained by the further method as n.
[0131] The design diameter of the pop-up beads is D=2.8mm, the length of the detection unit is S=1mm, and the integer quotient n=3 obtained by the further method.
[0132] (3) Determination of threshold p':
[0133] (3.1) Randomly collect 20 filter stick samples known to be missing all the popping beads, and measure the density of each detection unit of each filter stick with a microwave densitometer;
[0134] (3.2) divide the design interval according to the design position of each popping bead of the filter rod;
[0135] (3.3) Find out the density value ρ' of each popping bead in the filter stick by finding the maximum density within the design interval of each popping bead...
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