TH22743A - Foam dispenser kits for liquid sprayer - Google Patents

Abstract

The foam spout tube set has two spaced cross bar grates, each set of strips. One tab is set indent relative to the other tabs. For the cause of the neighborhood As the direction of flow of the spray particles is oblique when passing through the first sieve and while the direction of flow of the spray particles is tilted. Again when the second sieve is passed The grate may be in the barrel of the assembly, which could be Or not to determine the turbulent cylinder depending on the spacing of the grate from the discharge hole The grate may be spaced from a certain distance. In order to cause a turbulent district in Between the relevant parts

Claims (2)

1. A foaming nozzle assembly installed at the discharge end of the flow dispenser, consisting of, a cylinder with a smooth inner wall that forms the first turbulent zone that joins the axial with the discharge port. The outlet is positioned in the wall of the tip at the aforementioned discharge tip where the nebulizer. The cone is released in the direction of its destination into the aforementioned cylinder. To create bubbles When the nebulite particles diverge while hitting the aforementioned smooth inner wall To mix with ah Air in the aforementioned room to form a bubble, the bubble enhancement device consists of one set that Interlacing And the second set that is a yarn bundle Which intersected together that held the said cylinder Has arrived to create more bubbles as the nebulizer particles pass through the device, the first set of The above strips are placed in one plane and intersected with each other to form the eye. A grate that is a rectangular opening, approximately 15 to 60 squares per linear inch, the second of the aforementioned set of strips is placed in the second plane. Which are parallel to and away from One of the above planes in the direction towards the end of the above, that second set of strips They are interlocked with each other to form a rectangular sieve, which is a rectangular opening, approximately 15 to 60 square inches per linear inch, the diagonal grid will be at least relative to each other. One direction perpendicular to the inner wall mentioned above To form a square eye sieve that joins a four-shaped opening Right angle These are greater than 15 to 60 cubic inches per linear inch in one of the aforementioned directions, and to establish the second and third turbulent regions when the direction of flow of the aerosol particles is deflected. When passing through the first set of the above And when the flow direction of the nebulizer particles continues to deflect Go further after passing through the second set above. 2. The foaming nozzle assembly according to claim 1, here the first and the second set. Will be spaced from each other as a specified distance before And spaced them apart from time to time A predetermined path from the aforementioned passages To form the first, second, and third spinning zone in succession in the direction towards the aforementioned destination 3. The foaming nozzle assembly according to claim 2, in Here, the indentation in each direction. Of the two directions mentioned above Will be approximately half the size of the aforementioned opening. 4. A set of foaming nozzle components according to claim 1, here the first and second set. Then will be spaced a predetermined distance from the aforementioned passages. To establish the second zone The aforementioned first and third zones in succession in the direction towards the aforementioned destination 5. The foaming nozzle assembly in accordance with claim 1, hereinafter, the first and second sets at say Come and will be spaced from each other as a specified distance before And let it be separated from each other as The preset distance from the aforementioned pass To establish the second, third and first districts In a sequential manner towards the aforementioned destination, 6. The foaming nozzle assembly according to claim 1, hereinafter the first and the second set. Then will be spaced together at a predetermined distance from the aforementioned pass and give Keep a predetermined distance from each other to form the fourth turbulence zone. Between them, which consist of the aforementioned smooth inner walls that are exposed to the impact of aerosol particles. To establish the turbulence zone first, second, fourth and third districts mentioned in The manner is sequential in the direction towards the destination. 7. The foaming nozzle assembly in accordance with claim 1, hereinafter the first and the second set. The bar has a molded plastic structure. 8. The foaming nozzle assembly according to claim 1, herein the tab of the kit. The first and the aforementioned second sets have flat surfaces on their origin, which are perpendicular to the aforementioned inner walls. 9. The foaming nozzle assembly according to claim No. 8, where This is such a bar of the set. The first and the second one above have a trapezoidal cross-section 1 0. The foaming nozzle assembly according to claim 9, here the side wall opposite Each of the aforementioned strips of the aforementioned series extends in the direction of the aforementioned destination, and the opposite side walls of the aforementioned second set of strips will converge. In the direction towards the end of the aforementioned 1 1. The foaming nozzle assembly according to claim No. 1, herein the indentation in the direction At least one direction is approximately half the size of the aforementioned opening of the eye scene. Any one of the above sieve 1 2. The foaming nozzle assembly according to claim 1, here the grille angle is Place them somewhat indentations in two directions, perpendicular to the aforementioned inner walls to form a combined grid screen. Each with rectangular openings greater than 15 to 60 per inch, linear in both directions. The foregoing