Filter tip structure capable of achieving high-efficiency filtration through changes of smoke velocity
The technology of flue gas flow rate and filter tip is applied in the field of the tobacco industry, which can solve the problems of insufficient aroma quantity, great influence on the sensory quality of cigarettes, and reduced aroma richness, etc., and achieves the effects of improving removal, reducing tar, and avoiding dilution.
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Embodiment 1
[0030] refer to figure 1 As shown, the present invention provides a filter tip structure utilizing the change of smoke flow rate to realize high filtration, including the base section and the retention section of the tow structure, the tow structure can be beneficial to the filter rod cutting device in the cigarette production process. Cutting of composite filter rods. The middle part of the retaining section is provided with two spaced cavities respectively forming the first air cavity 11 and the second air cavity 12, and the hollow cavity is conducive to the flow of mainstream smoke. At least two first air chambers 13 are arranged around the first air chamber 11, at least two second air chambers 14 are arranged around the second air chamber 12, and the gap between the first air chamber 11 and the first air chamber 13 is The space between the second air chamber 12 and the second air chamber 14 is connected through the flow hole 15 , and the connection between the first air c...
Embodiment 2
[0032] The main structure of embodiment two is the same as that of embodiment one, as figure 2 As shown, it includes the base section 2 and the intercepting section 1. Two cavities spaced apart in the middle of the intercepting section constitute the first air chamber 11 and the second air chamber 12 respectively, and at least two first air chambers 11 are arranged around the first air chamber 11. The air chamber 13 , the first air chamber 11 and the first air chamber 13 are connected through the retaining hole 16 . A supporting plate 17 is arranged between the second air chamber 12 and the first air chamber 11, and collinear axial openings are arranged on the first air chamber 11, the first air chamber 13, the supporting plate 17, and the second air chamber 12 The flow groove is formed, and the diameters of the air chamber and the air cavity are larger than the width of the flow groove. During the large change of the flue gas flow rate from slow to fast and then to slow aga...
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