TH8175C3 - Bottle caps with improved fluid retention mechanism - Google Patents

Abstract

DC60 (27/03/56) Vial cap with improved fluid retention mechanism for vials. Contain that can prevent counterfeiting by filling the liquid back into the bottle. And while pouring the liquid out The internal or valve body of the anti-replenishing mechanism does not block the direction of the outflow of the liquid, the invention is a bottle cap with a mechanism for preventing the re-filling of the liquid with a regulated flow channel. Improved for bottlenecks that feature a stopper or anti-reload mechanism with a pass through. Of the liquid from the bottom to the top And there are a number of thin ring fins of various sizes, or bands, on the outside and around at some intervals for the components that are attached to the inside of the neck of the bottle, with the flow section acting as the passage of fluid from the bottle to direct the direction. Liquid Outflow, in which the flow port is equipped with a reload protection mechanism or is integrated within a component. The anti-reload mechanism positioned above the valve body for the upper barrier of the valve body where the flow port has a central overhang, connected to the valve stem chamber for supporting or steering the part. The valve itself is placed on such an extension so that it does not block the flow of fluid through the flow channel. Of the channel part flows while pouring liquid The free movement of the valve body along the valve stem is assembled within the plug body by It has a lower end valve, fitted with an internal shoulder, which closes inside the lower end opening of the body. The anti-reload mechanism is connected to the inside of the bottle as the bottle is upright and the gasket element forms the top cover of the flow chamber inside the reload protection mechanism, the cap with the anti-fill mechanism. Repeated fluid with an optimized flow channel for the bottle. Contain that can prevent counterfeiting by filling the liquid back into the bottle. And while pouring the liquid out The internal or valve body of the anti-replenishing mechanism does not block the direction of the outflow of the liquid, the invention is a bottle cap with a mechanism for preventing the re-filling of the liquid with a regulated flow channel. Cooks for bottles are cork-shaped or with a pass-through anti-reload mechanism. Of the liquid from the bottom to the top And there are several or more thin ring fins of different sizes, or bands, located on the outside and around a number of times for the components that are attached to the inside of the neck of the bottle, with the flow section acting as the passage of fluid from the bottle to direct the direction. Liquid Outflow, in which the flow port is equipped with a reload protection mechanism or is integrated within a component. The anti-reload mechanism positioned above the valve body for the upper barrier of the valve body where the flow port has a central overhang, connected to the valve stem chamber for supporting or steering the part. The valve itself is placed on such an extension so that it does not block the flow of fluid through the flow channel. Of the channel part flows while pouring liquid The free movement of the valve body along the valve stem is assembled within the plug body by It has a lower end valve, fitted with an internal shoulder, which closes inside the lower end opening of the body. The anti-reload mechanism is connected to the inside of the vial as the vial is upright and the gasket element forms the top block of the flow chamber inside the anti-reload mechanism.

Claims (1)

Disclaimers (all) that will not appear on the advertisement page: 1.Cap of bottles with a directional double filling prevention mechanism with valve groove. Its feature consists of a cap (1) and a mechanism for preventing the re-filling of liquid inside the cap. With cap (1) available The appearance is a cover with a long side wall. Near the lower end, there is a perforation line (2) surrounding that Tearable for separating the cap (1) from the rolled bottom, fastened to the mouth of the bottle when the cap is opened. Out of the bottle The part above the perforation line (2) is the part for rolling the thread into the thread of the bottle mouth. And the part near the upper end is rolled into a groove (3) to be an inward protrusion for force fixing the gasket parts to be fixed Affixed to the inside of the cover (1) and on the sides above the rolling groove (3), all around it is a uneven surface. (4) For preventing slippage while using the handle, turn it off, turn to open the bottle cap. The mechanism for preventing replenishment of the liquid is also characterized by The spigot body (5) is the main part used to assemble this mechanism. The fluid-flow part from the bottom end to the upper end mounted on the inside of the bottle neck. By the outer wall of the spigot part (5) around, there are fins (6) or a number of ring rows per extension. Where at least one strip is different in length from the other bar. As a seal strip attached to the inner wall of the bottleneck, the inside of the cork body (5) has a flow piece (7) that is molded to fit into the Built-in pusher wall Valve body (8), molded with core valve style There is a valve stem in the upper center where the valve stem moves up and down within the valve chamber. When assembled inside the stopper body (5) and can block the opening The bottom end of the plug part (5) that is connected to the inside of the bottle while the bottle is upright. The gasket part (9) is the part used to secure the mechanism to the cap (1) prior to bottling, and is also used to prevent leakage of the cap when the cap is sealed. Which looks like a round key with a circle bar (10) Protruding downward to fit the size of the inner rim (11), the top opening of the flow part (7) and seal. With the inner rim (11), the upper opening of the flow part. To prevent leakage of liquid, a first layer of liquid from inside the bottle and next outside from the circle (10) of the gasket piece (9) may have a ridge line. Positioned against the periphery (12), the upper opening of the spill part (7) to prevent the second and subsequent leakage of fluid from the outer edge (12), there are a number of ridges (13) in place. Fit to Top edge of the bottle mouth to prevent third layer of liquid leakage. In which the edge of the gasket part (9) is vertical Seals against the inside of the cap, blocking liquid from leaking out of the bottle through the spill part when the bottle is tilted. Haven't opened this out And the gasket part (9) also has an edge protruding from the wheel to fasten with Inner surface, upper part of the flow section And the circle (10) of the gasket part (9) is also a contributor Secure the fluid retention mechanism to the cap before use. Mechanism to prevent replenishment of liquid There is a special feature The flow part (7), the inside looks like A number of walls (14) extend straight inward along the radial axis. And arranged in parallel Axial direction in the same direction with equal distance, vertically or at an angle to the axis of the flask for directing the flow of liquid flowing through it. With each end of the wall (14) extended Inward to the axis of the above flow part (7) is connected to the valve stem chamber (15) in the center. For the valve to be centered. And the length of the flow channel parts Or the lower end of the bar Each overhang is the exact length above the valve chamber.