Method for controlling rusting of bottle cap by detecting water residue in skirt teeth of bottle cap
A technology of water volume control and bottle cap, applied in the direction of non-electric variable control, control/regulation system, simultaneous control of multiple variables, etc., to achieve maintenance satisfaction, reduce economic losses, and avoid corrosion effects
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Embodiment 1
[0029] A method for controlling bottle cap corrosion by detecting the amount of residual water in the bottle cap skirt teeth, comprising the following steps:
[0030] ① Preparation: Select precision test paper with a pH range of 5.5-9.0. The length of the test paper is 61 mm and the width is 9 mm; 10 squares of equal area are marked;
[0031] ② Formulate evaluation criteria for residual water in bottle cap skirts:
[0032] a. Take two identical aliquots of pH test paper for the test, add a certain amount of water to the two aliquots of pH test paper arranged side by side, and obtain a total water soaking area of 20% (4 grids) and 40% (8 grids) respectively. , 60% (12 grids), 80% (16 grids) and 100% (20 grids) water soaking amount;
[0033] b. Blow off the residual water in the cap skirt teeth, and according to the corresponding relationship between the water immersion area and the water immersion amount obtained in step ② (a), pipette an appropriate amount of water and blo...
Embodiment 2
[0046] A method for controlling bottle cap corrosion by detecting the amount of residual water in the bottle cap skirt teeth, comprising the following steps:
[0047] ① Preparation: Select precision test paper with a pH range of 5.5-9.0. The length of the test paper is 61 mm and the width is 9 mm; 10 squares of equal area are marked;
[0048] ② Formulate evaluation criteria for residual water in bottle cap skirts:
[0049] a. Take two identical aliquots of pH test paper for the test, add a certain amount of water to the two aliquots of pH test paper, and obtain the total water immersion area as 20% (4 grids), 40% (8 grids), and 60% respectively (12 grids), 80% (16 grids) and 100% (20 grids);
[0050] b. Blow off the residual water in the cap skirt teeth, and according to the corresponding relationship between the water immersion area and the water immersion amount obtained in step ② (a), pipette an appropriate amount of water and blow it evenly into the bottle cap skirt teet...
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