TH64660B - Foam dispenser - Google Patents

Abstract

It was provided with a foam-forming dispenser incorporated by a cavity rod (7), an air piston (10) designed to pressurize and an air pump, and a tubular guide (10a) to be paired. Gallop Combined with an air piston (10), to set the airway boundary (A1) for air delivery between the cavity rod (7) and the tubular guide (10a), to clamp the cavity rod (7). It is possible to slide, and to be designed so that it is further away from the edge of the protrusion (7b) in response to the slide of the cavity side (7), thereby opening the airway (A1) for the edge. Filing (7b) will be provided along with The outer ring-shaped wall (7f) extends upward from the outer edge of the protrusion edge (7b); And the guide profile (r) located on the outside of the tubular guide (10a) in the radial direction and designed to be guided by the tubular guide (10a) during the slide of the cavity rod (7 ):

Claims (4)

Disclaimer (all) which will not appear on the advertisement page: 22 August 2017 1. Foam foaming dispenser, includes: Base cover fixed by the inlet of the container; Two pumps suspended from and clamped in the inlet of the container by the base cone cover, two pumps comprised of one designed pump that suck, press, and pump the container medium and Another pump designed to suck, press, and pump air; And a nozzle that is designed to Mix the filling medium and pumped air from two pumps and to foam the mixture. The contents of the container and the air are supplied by the foam component placed inside the nozzle to be supplied. To the outside through the inside, where the pump is designed to suck, press, and pump the medium. The contents are included: a small-diameter pipe shape that is supplied in Share of its bottom, along with Suction channels for inflow of the container medium; The cavity piston is positioned in a close-up. With the inner circumference surface of the small-diameter tube-shaped body and was designed to Slide to the bottom share of the small-diameter tube to pressurize and pump the contents of the small-diameter tube; And the hollow stem that is integrated into To the inward pass where the pumped container medium passes from the cavity piston. Will be delivered to the nozzle and incorporated as well to A protrusion that extends from the outer circumferential surface of the ventricle. Outside in the radial direction, the pump is designed to suck, compress, and pump air. It includes: a large-diameter tube-shaped body that includes a paired butt-base share. With a small-diameter tubular body; The air pistons are positioned in a close to The inner circumference of the body is a large-diameter tube and is designed to slide. To the bottom share of the large-diameter pipe-shaped fuselage to pressurize and pump air to the large-diameter pipe-shaped fuselage; And pipe-shaped guides that will be coupled Solder together with the air piston, to surround the cavity rod to define the airway boundary One between the cavity and the tube guide, to hold the cavity in a way that allows the cavity to slide, and to be designed so that it is further away from the contour of the protrusion. Responding to the downward sliding of the ventricle rod, the first airway was opened. To deliver air pumped by air plungers to the nozzles through the first airway, and the protruding edge is provided with: a protruding outer ring wall. Above, from the corner, the outer edge of the protrusion; And the navigation scheme was located on the outside of Tube guides in radial direction and are designed to be guided by tube guides. During the slide of the cavity stem. -------------------------------------------------- -------------------------------------------------- -------------------------------------------------- ------------------- Edit 24/06/2016 1. The process of coating polymer materials with titanium dioxide-dioxide-nitrogen coatings has a process. A. Clean the polymer material. By rinsing the polymer material thoroughly to remove the coating adhering to the surface. Then take out the material Then the polymer material. To bake or dry. B. Coating a material that is polymer. By dipping with 1-2 layers of the substance and adhesives. C. The polymer material. The coating was applied by doping 2-3 layers of titanium dioxide coating, doping nitrogen, set to dry. D. The polymer material was applied. To microwave at 100-180 watts for 1-2 hours. 2. Coating process of polymer materials with titanium dioxide doping-nitrogen coating according to claim 1, where adhesives. It consists of 80-82% tetrosilicate by weight, 18-20% by weight, ammonium hydroxide 0.15-0.2% by weight. 3. Coating process, coatings, polymer materials. A With titanium dioxide doping nitrogen coatings according to claim 1 or 2, where adhesives have the following mixing methods: 3.1 Mix 80-82% tetraocilicate by weight with ethanol 18- 20% by weight 3.2 stirring at a speed of at least 600 rpm, adjusting the pH to the range 6-8 by adding 0.15-0.2% ammonium hydroxide by 3.3 weight. Stir the solution together carefully. Continuous 1-2 hours stored at temperature in the range of 3-10 degrees Celsius --------------------------------- ------------------------ 1. Styrofoam dispenser, it consists of: a base cover fixed by the inlet of the container; Two pumps suspended from and clamped at the inlet of the container by the base cone cover, two pumps comprised of one designed to suck, press pressure, and medium pump containers and another. One pump that is designed to suck, compress, and pump air; And the nozzles are designed to mix the medium, contents and pumped air from the corresponding pumps and to foam up. Mixtures of media, container and air by foaming elements placed inside the nozzles to be supplied to Outside through the inside, where the pump is designed to suck, press, and pump media. Also included: a small diameter tube-shaped body that is provided in its bottom share, along with Suction channels for inflow of the container medium; The cavity piston is positioned in a close-up. Against the inner circumferential surface of the body, a small diameter tube and was designed to slide To the bottom share of the small diameter tube-shaped fuselage to press the pressure and pump medium, the contents will be contained in the small diameter tube-shaped body; And the hollow stem that includes the passageway Inside where the pumped packing medium passes from the cavity piston It is delivered to the nozzle and incorporated as well, with a protrusion of the outer circumferential surface of the cavity shaft outward in the radial direction, a pump designed to suck, press, and pump. Air is included: a large diameter tube-shaped body incorporated by a breech dividing line that matches the coupled pair. With pressure quenching, small diameter pipe-shaped body; The air pistons are positioned in a close to The inner circumference of the body is a large diameter tube and is designed to slide. To the bottom of the large diameter pipe to pressurize and pump air to be contained in the large diameter tubular hull; And pipe-shaped guides that will be coupled Soldered with pressure on the air piston, which surrounds the cavity to define the airway boundary. One, between the cavity shaft and the tubular guide, is to hold the cavity in such a way that the cavity can slide, and which is designed so that it is further away from the contour of the protrusion. In response to the downward slide of the cavity rod, the first airway is opened. To deliver air pumped by air plungers to the nozzles through the first airway, and an overhang is provided with: an outer annular wall extending upward from the The outer edge corner of the overhang edge; And the guide layout was located on the outside of the pipe guide. In the radial direction and is designed so that it is guided by a tubular guide during the slide of the cavity rod. 2. The dispenser of the foaming channel of claim 1, where the outer ring-shaped wall and protruding edge are coupled through the Navigation scheme 3. The dispenser of the foaming agent of claim 1 or 2, with nozzles included. The spray ring to hold the foam foam assembly, and the spray ring includes: the upper tube-shaped divider that surrounds it. And holding the pieces Assemble the foam pile formation; The coupled center tube divider is joined together with the upper tubular divider and has an outer circumferential wall to be concealed in a radial direction to support. A piece of foam building blocks from below; And the pipe-shaped share below that will be merged with me Together with the center tube-shaped divider, to have an inner circumferential surface that has been provided with A large number of contoured contours adjacent to the outer circumferential surface. In order to be fitted and fixed to the cavity, and to define the second airway boundary. Contact with the first airway between any two splicing structures. 4. Foam dispenser of claim 3, where the spray ring is additionally included. At least one scheme that will be provided on The outer perimeter wall that is concave in the radial direction and that extends upright.