TH8701C3 - Bottle caps with a mechanism for preventing double filling of fluid in the valve core - Google Patents

Abstract

DC60 (27/03/56) This invention is a vial cap with a mechanism to prevent the re-filling of fluid in the valve core. The bottle contains A spigot, or anti-replenishment mechanism, with a passage of fluid from the bottom to the top, and intermittently with several thin ring fins of various sizes or bands on the outside. A number of components are attached to the inside of the bottleneck. With a flow channel element that looks It consists of tabs of walls protruding inward, arranged in the same direction such as vertically or at an angle The axis of the bottle cap Where each end of the bar extends inward above the spacing between Gaps for steering the valve core In which the flow channel acts as a flow channel and directs the direction of Liquid out of the bottle And forming a part of the mechanism to prevent replenishment or assembly. Inside the mechanism part prevents replenishment, positioned above the valve body for the top barrier. Valve parts For supporting or forcing the valve body to a position not blocking the flow of Liquid exits through the flow port of the flow compartment part while pouring liquid. Which provides a flow channel with a wall Some are arranged in the same direction to direct the liquid outflow from the inside of the bottle.The invention is a vial cap with a spool-proof mechanism to prevent re-filling of the liquid. The bottle contains A spigot, or anti-replenishment mechanism, with a passage of fluid from the bottom to the top, and intermittently with several thin ring fins of various sizes or bands on the outside. A number of components are attached to the inside of the bottleneck. With a flow channel element that looks It consists of tabs of walls protruding inward, arranged in the same direction such as vertically or at an angle The axis of the bottle cap With each end of the bar extending inward, spaced between each other as Gaps for steering the valve core, where the flow channel acts as a passage and directs the direction of the Liquid out of the bottle And forming a part of the mechanism to prevent replenishment or assembly. Inside the mechanism part prevents replenishment, positioned above the valve body for the top barrier. Valve parts For supporting or forcing the valve body to a position not blocking the flow of Liquid exits through the slit of the flow compartment part while pouring the liquid. Which provides a flow channel with a wall Certain numbers are arranged in the same direction to direct the liquid outflow from inside the bottle.

Claims (1)

Disclaimers (all) that will not appear on the advertisement page: 1. Bottle caps with a mechanism for preventing double filling of liquid, flow, accept the valve core with the characteristic It consists of a cap (1) and a mechanism to prevent the re-filling of the liquid inside the cap. The lid (1) looks like a lid. Covered with side walls, long term. Near the lower end, there is a perforation line (2) that can be torn off. For separating the cap (1) from the rolled bottom, fixed to the mouth of the bottle when the cap is opened from the bottle. The part above the perforation line (2) is the part for rolling the thread into the thread of the bottle mouth. And near the end The top is rolled up the groove (3) to be an inward protrusion for holding the gasket parts to be fixed on the inside of the The cover (1) and the side area above the rolling groove (3) around are characterized by an uneven surface (4) for protection. Slippery while turning on the handle, turning to open the bottle cap. The mechanism for preventing replenishment of the liquid consists of: 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 The valve body (8) is molded in a spherical shape with a valve core on top inserted into the recess. Forced valve core And can move when assembled inside the plug (5) and can block the channel. Open the bottom end of the plug part (5) 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. The mechanism for preventing replenishment of the liquid has the following characteristics: The flow channel (7) inside has the characteristics Is a number of walls (14) extending straight inward along the radial axial direction. There is one side of Wall fins (14) and are arranged axially parallel in the same direction, with equal distance between them along a circular circumference rotating around the axis. Or along at an angle to the axis of the bottle cap Is the nature of A sprial for directing the flow of fluids By each end of the wall (14) Protruding inward to the axis of the flow channel parts (7) above, there is a gap between each end of the wall (14). It is a gap for the valve core to move up and down. And the length of the flow channel parts Or the lower end Each wall bar (14) is exactly the same length above the valve chamber where the valve body can move in the open position as the user empties the liquid inside the bottle. This set of mechanisms, wall flanges (14) each have no section. Together with the central axis But each wall is fixed only to the edge of the flow channel.