TH88115A - Discharge container - Google Patents

Abstract

DC60 this discharge container; It is a discharge container in which a pump is released. And the cover for installing the pump to release it There is a cylinder part which consists of a diameter cylinder of different sizes. Big and small diameter cylinders And the piston part, which is placed on the cylinder and the nozzle head parts The piston part has a mushroom-shaped piston and valve. And the piston guide and airpiss rod and airpis rod valve and piston valve rod. With the inner cylinder that is worn in Together with the periphery of the Pispon Guide And the upper wall with air holes And the cylinder is moving It is fitted with the inside of the large diameter cylinder to move freely, the valve core is fitted with the top of the guide cylinder. And make a liquid mixing chamber And air which encapsulates the ball valve inside the upper part of the piston guide. Including the cylinder part The lower part, which is fitted with the inner cylinder, the upper part of the inner cylinder to move. Back and forth freely And Mesh Ring, which was put around in the upper part of the Airpisan On the periphery of the valve core, a nozzle head is inserted. It is a discharge container in which a pump is released. And the cover for installing the pump to release it There is a cylinder part which consists of a diameter cylinder of different sizes. Big and small diameter cylinders And the piston part, which is placed on the cylinder and the nozzle head parts The piston part has a mushroom-shaped piston and valve. And the piston guide and airpiss rod and airpis rod valve and piston valve rod. With the inner cylinder that is worn in Together with the periphery of the Pispon Guide And the upper wall with air holes And the cylinder is moving It is fitted with the inside of the large diameter cylinder to move freely, the valve core is fitted with the top of the guide cylinder. And make a liquid mixing chamber And air which encapsulates the ball valve inside the upper part of the piston guide. Including the cylinder part The lower part, which is fitted with the inner cylinder, the upper part of the inner cylinder to move. To and fro freely And Mesh Ring, which was put around in the upper part of the Airpisan On the periphery of the valve core, a nozzle head is inserted.

Claims (9)

Disclaimer (all) which will not appear on the advertisement page: Edit 15/05/2019 Page 1 of 2 pages. 1. Discharge container, consisting of container housing (A), discharge pump (C) that discharges contained liquid from the nozzle (85), and mounting cover (B), where: pump The discharge (C) consists of a cylinder part (C1) which is made of a line cylinder. Through the large center (15) and the small diameter cylinder (17) where the inlet pipe (24) is placed on the lower end, the piston element (C2) is mounted on the cylinder assembly (C1), and The nozzle's head (C3), the piston part (C2) consists of: the piston (30), which fits together inside the small cylinder (17) to move. To and fro freely; Mushroom-shaped valve (31), which is worn together with the piston (30); Guide pin (33), which is attached to the upper end of the piston (30); The air pistons (35) are provided with the inner cylinder section (73) which is joined to the outer cylinder guide (33), the upper wall section (74) with air holes (80). , And the cylinder part The cylinder moves back and forth (75), which is joined together with the inside of the large diameter cylinder (15) to move freely, and create an air chamber (84) within the cylinder. Large center (15); The airpis valve (81), which is attached to the lower outer part of the inner cylinder section (73) to open and close the airpipe (80) air hole (35); And valve core (34), which is provided with the lower cylinder (61), which is fitted with The upper part of the piston guide (33) for the liquid-air mixing chamber (72), including the ball valve (57), is placed inside the upper part of the piston guide (33) and is also worn together. With the upper inner cylinder (77) of the inner cylinder section (73) moving freely and the mesh ring (63), which is mounted on the round in the upper part of the valve core (34); The nozzle's head (C3) is installed on the periphery of the valve core (34), the cylindrical part (75) of the airpistons (35) blocking the air holes through (20). The (35) is raised, and the airpiss rod (35), which is pressed down to release the blocking of the air hole through (20) by the cylinder section. The pump moves back and forth (75) of the air compressor (35), in which air is fed through the air hole through (20) into the container housing (A), has the following characteristics: -------- -------------------------------------------------- ------------------------------------------ 1. Discharge container, containing container housing (A), discharge pump (C) The liquid contained inside the nozzle (85), and the mounting cover (B), where: the discharge pump (C) consists of a cylinder element (C1) which is made of a line cylinder. Through a large center (15) and a small diameter cylinder (17) with a suction pipe in (24) is mounted on the lower end, the piston part (C2) which is mounted on the cylinder part (C1), and the head. Of the injector (C3), the piston part (C2) consists of: the piston (30) which is fitted together with the inside of the small cylinder (17) to move. To and fro freely; Mushroom-shaped valve (31), which is worn together with the piston (30); Guide pin (33), which is attached to the upper end of the piston (30); The airpis section (35), which is provided with an inner cylinder part (73), which is fitted with It is compatible with the periphery of the pistons guide (33), the upper wall part (74) with air holes (80), and the cylinder section. It moves back and forth (75), which is joined to the inside of the large diameter cylinder (15) to move freely, and to form an air chamber (84) within the diameter cylinder. Medium large (15); Airpis valve (81), which is fitted with the lower outer perimeter of the cylinder. Inner cylinder (73) to open and close the airpipe (80) air holes (35); and Valve core (34), which is provided with the bottom cylinder (61), which is fitted with The upper part of the piston guide (33) for the liquid-air mixing chamber (72) including ball valve. The gun (57) is placed inside the upper part of the piston guide (33) and is fitted with the side cylinder. In the upper part (77) of the inner cylinder part (73) move freely and the mesh ring (63), which Is installed on the round in the upper part of the valve core (34); The nozzle's head (C3) is installed on the periphery of the valve core (34), the cylinder part moves back and forth (75) of the airpistons (35) blocking the air holes through (20) when The Airpiston (35) was raised, and The airpis rod (35), which is pressed down to release the blocking of the air hole through (20) by the cylinder section. The pump moves back and forth (75) of the Airpistons (35), in which air is fed through the air holes through (20) into the The container housing (A), has its characteristics: the piston (30), which is provided with the cylinder section (36) and the flange fit together at one. (37) which is mounted on the upper perimeter of the cylinder (36); Pistern guide (33), which is provided with an outer cylinder section (47), in which the baffle (48) is arranged. It is placed around the inside of the outer cylinder section (47) and the inner cylinder section (49) which is installed. Vertically from the lower surface of the baffle (48); The outer cylinder section (47) of the piston guide (33), which is provided with the cylinder section. Upper (50), diameter enlarged bore (51), lower bore (52) and front The second flange (53) is joined from the top, respectively, the inner circumference of the lower cylinder section (52), which is put together with the upper outer circumference of the section. The cylinder (36) of the piston (30), the second put together flange (53), is installed at the lower end of the expansion cylinder section. Diameter (51) and is worn together with the top surface of the flange. The first (37) of the piston (30), the outer circumference of the inner cylinder section (49), which is put together with the inner cylinder of the section. The lower cylinder (52) on the outer cylinder section (47) and is fitted with the top of the round. In the cylinder section (36) of the piston (30), so the guide pin (33) is fitted and attached to Upper part of the piston (30) 2. The discharge container, as specified in claim 1, is made through a hole in the wall by Rounds of the larger diameter cylinders mentioned above. With the air holes opened and closed by the up and down motion of the moving cylinder section, Come to the above. Thus preventing negative pressure build-up due to the uptake of the contained liquid. Inside of the container housings mentioned above 3. The release vessel specified in claim 1, which is the fitting at the upper end of the periphery of the above large diameter cylinder. It is equipped with an inner cover with a top plate and a cylinder that is joined together with the mounting parts mentioned above. 4. The discharge container, which is the discharge container Which has a container housing And the pump released, which Release the contained liquid from the nozzle. And a cover for installation The discharge pump mentioned above. There is a cylinder component, which consists of a line cylinder. A large center and a small diameter cylinder in which a suction hose is inserted at the lower end. And the piston part which is put on the aforementioned cylinder parts And the head of the nozzle The piston parts mentioned above. It has a piston which is fitted with the inside of the cylinder. The small center mentioned above to move freely. And mushroom-shaped valves which fit together with the ball mentioned above. And the guide pin, which is fitted with the top end of the piston as mentioned above And the airpispont, which has an inner cylinder part that fits together with the outer cylinder. The guides mentioned above And the upper wall part And the upper outer cylinder, which was made on the top wall. As above And the moving part of the cylinder, which is worn together with the inner cylinder line Through a large center to move freely And has made an air chamber inside The larger diameter cylinders mentioned above. And the valve core, which is fitted with the upper part of the piston guide above, and is made of a liquid-air mixing chamber which encapsulates the ball valve inside the upper part of the piston guide that Above It also has a lower cylinder part that fits together with the top of the cylinder. Inside, as mentioned above, move around freely. And the upper part of the cylinder, which was continued Due to the leakproof cylinder And Mesh Ring, which was put around in the upper part On the periphery of the valve core mentioned above There are nozzles of the aforementioned nozzles inserted. 5. The discharge vessel specified in claim 4, flanged on the periphery. The cylinder part of the valve core mentioned above. And where the making of the leakproof cylinder is perpendicular from the flange mentioned above And at the upper part of the wall of the aforementioned Airpis rod There is a side cylinder. The upper outer end where the air flow is directed at the upper end. And a hole is made through the air through the upper wall between the outer cylinder. The upper mentioned above and the inner cylinder part mentioned above. With the inner surface of the cylinder leakproof mentioned above and the cylinder outer surface. The above-mentioned upper outer cylinder is in contact with the up-and-down motion of the aforementioned valve core, causing the air flow path between the above-mentioned air chamber and outside the container to be opened. 6. The discharge container, as specified in claim 4, is made of air holes placed in the wall by Rounds of the larger diameter cylinders mentioned above. With the air holes opened and closed by the up and down motion of the moving cylinder section, Come to the above. Thus preventing negative pressure build-up due to the uptake of the contained liquid. Inside of the container housings mentioned above 7. The discharge container, which is the discharge container Which has a discharge pump that releases the contents Inside out of the nozzle The discharge pump mentioned above. There is a nozzle head, which is made through a hole, which opens the mouth at The bottom end is surface and is welded through the aforementioned nozzles. And the valve core, which is connected to the aforementioned through holes, and is stretched to the bottom Of the head of the nozzle mentioned above And a cylindrical cylinder, which is positioned at the bottom of the aforementioned valve core. Early and was inserted through the body of the container mentioned above. And the valve body, which is made at the lower orifice of the inside of the cylinder mentioned above To be able to separate from the lower open mouth And the piston, which is made inside the aforementioned cylinder, allows it to move back and forth, and the first flexible part, which is made between the pistons inside the aforementioned cylinder. The top and the valve mentioned above By force the pistons mentioned above to the top Between the valve core and the nozzle head mentioned above. A 2nd elastic part is made that directs the nozzle head mentioned above towards the top relative to the valve core. By pressing down the nozzle of the above mentioned nozzles. The pistons mentioned above are pressed down through the valve shaft causing the contents of the aforementioned container housings to be released. From the nozzles mentioned above 8. The discharge container specified in claim 7, the aforementioned nozzles. With cross-sectional area Path flows gradually Keep getting smaller As it is headed from the open end of the mouth to the through hole As above 9. The discharge container specified in claim 7 or claim 8, the force of the aforementioned elastic part 2. Less than the force of the 1st elastic part 1 0. The cylinders mentioned above are As a cylinder for liquids And the piston said Come above it It is a piston for liquids. The discharge pumps mentioned above are There is a cylinder for air which is piston-actuated. For the air to be able to move within it And the liquid-air mixing chamber, which makes the contents of the contents that are sent out from The aforementioned liquid cylinders and the air sent out from the combined air cylinder and the liquid ejection valve are placed in the valve seat, which are placed at the fluid inlet of the chamber. Mix the liquid and air mentioned above. To be able to separate from the said valve seat And a foaming component that is installed between the aforementioned nozzles and the mixing chamber of the Liquid and air mentioned above By pressing down the nozzle of the above mentioned nozzles. Will make the contents of the case The above containers and air It flows together within the liquid-air mixing chamber and foaming in a process that causes the above-mentioned contents to flow together. The air then passes through the foaming parts. And its contents, which have made it foam Will be released from the nozzle