TH8174A3 - Bottle caps with directional double filling protection mechanism with valve groove - Google Patents

Abstract

DC60 (27/03/56) Bottle caps with a directional flow-operated liquid re-fill mechanism, with valve groove. For bottles that can prevent counterfeiting by filling the liquid back into the bottle and while pouring the liquid, the internal mechanism or the valve body of the anti-replenishing mechanism does not block the direction. Liquid outflow And a flow channel with a number of walls arranged in the same direction to Determine the direction for the outflow of liquid from inside the bottle. In which this invention is a mechanical bottle cap Prevent replenishment of the liquid with a directional flow channel with guide groove, the valve for the bottle is characterized by a stopper or anti-reload mechanism with a liquid flow channel from the bottom to the top and a thin ring flange In various sizes, fins or bands on the outside and surrounding as A number of stages for the component are fixed within 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 Each end of the above protrusion is spaced between each other as a gap, where the flow acts as a flow channel and directs the liquid out of the bottle and each end of the protrusion connected to the gap. The center area above the valve body looks like The arc gives the center area around the gap in the shape of a concave. For part Barrier on top of valve body And support or force the valve body in a position not blocking the flow Of the liquid out through the flow port of the flow part while pouring the liquid Bottle caps with re-filling mechanism, directional flow channel, with valve groove. For bottles that can prevent counterfeiting by filling the liquid back into the bottle and while pouring the liquid, the internal mechanism or the valve body of the anti-replenishing mechanism does not block the direction. Liquid outflow And a flow channel with a number of walls arranged in the same direction to Determine the direction for the outflow of liquid from inside the bottle. In which this invention is a mechanical bottle cap Prevent replenishment of the liquid with a directional flow channel with guide groove.The valve for the bottle is characterized by a stopper or a re-filling mechanism with a liquid flow from the bottom to the top and a ring flange. Thin, different sizes, several fins or bands on the outside and surrounding A number of stages for the component are fixed within 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 Each end of the above protrusion is spaced between each other as a gap through which the flow channel acts and directs the liquid out of the bottle and each end of the protrusion connected to the gap. The center area above the valve body looks like The individual protrusions connected to the center gap above the valve body are characterized by The arc gives the center area around the gap in the shape of a concave. For part Barrier on top of valve body And supports or forces the valve parts in a position not blocking the flow Of the liquid out through the flow port of the flow part while pouring the liquid

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 And can move freely inside the valve chamber when assembled inside the spigot body (5) and can block the opening at the bottom end of the plug (5) part at 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. There is a special feature The flow part (7) inside is wall-like (14), some protruding straight inward. In the radial, around the axial part, the flow channel And arranged parallel to the axes in the same direction with distance Between evenly, vertically or at an angle to the axis of the bottle cap. For steering Flowing liquid that flows through With each end of the wall (14) protruding inward to the axis of the cavity element. Flow (7) above the spacing between each end of the wall (14) is a gap. And and at the end of the wall (14), each protrusion connected to the center gap above the valve body is an arc (16), giving the center area around the gap in the shape of a concave. For receiving spherical valve bodies Inside the valve chamber to be in the open position As the user empties the liquid inside the bottle