A lid is disclosed having a spring mechanism that pushes up an activator lever while also lifting up a flow stopper that keeps fluid from the mug and out through the lid. A button in the side of the lid activates the lever. This button can be locked in either the open or closed position. The open architecture allows for easy disassembly and deep cleaning of all of the parts of the lid. Due to the design of the lid, a mug can be filled without having to remove the lid. Similarly, the user does not have to touch any part of the lid from which water flows. This makes the use of this lid more sanitary.

A system for distributing a fluid product which is packaged in a tank, the system comprises a base and a cap which are intended to be mounted on the tank together forming a distribution chamber which has a supply passage for packaged product, the cap having a wall which is provided with a skirt for assembly on the tank and a sleeve which is arranged around a nozzle of the base forming between the sleeve and the nozzle a distribution interface which opens in a distribution hole formed in the wall, the wall being reversibly deformable by the pressure of the product in the distribution chamber from a stable closed state of the interface in which the sleeve is arranged in sealed contact around the nozzle towards a deformed opening state of the interface in which the sealed contact is broken in order to allow the distribution of the product contained in the distribution chamber through the distribution hole.

A container (5) comprising a valve (10) with a valve member (12) and a valve seat (14). The container (5) has a retainer for retaining the valve member (12). The valve (10) defines a flowpath between the valve member (12) and the valve seat (14), the flowpath being selectively openable by movement of at least a portion of the valve member (12) away from the valve seat (14) in response to suction. The flowpath does not pass through any aperture within the valve member (12).

A closure for a drinking bottle, including a securing element for releasably arranging the closure on a lid of the drinking bottle, a pretensioned pivot element which is arranged on the securing element so as to be pivotable away from said clamping element about a pivot axis, and a seal which is arranged on a pivot element that pivots out. The securing element includes a first clamping element, a second clamping element and a spring. The two clamping elements are arranged on one another so as to be linearly displaceable in one direction and the spring is arranged between the two clamping elements in the direction of displacement.

The vented pouring spout includes a main body and a valve system movable between a normally closed position and a fully opened position. The main body includes a first member and a second member. The valve system includes a valve member and two spaced-apart and parallel stems projecting from an inner side of the valve member into the first member. A push button is mounted within a housing and is in an axial force-transmitting engagement with the stems. The spout, among other things, can include a child-resistant closure (CRC) device that can be operated using a single finger, for instance the thumb or any other finger, and while holding a small container.

A lid is disclosed having a spring mechanism that pushes up an activator lever while also lifting up a flow stopper that keeps fluid from the mug and out through the lid. A button in the side of the lid activates the lever. This button can be locked in either the open or closed position. The open architecture allows for easy disassembly and deep cleaning of all of the parts of the lid. Due to the design of the lid, a mug can be filled without having to remove the lid. Similarly, the user does not have to touch any part of the lid from which water flows. This makes the use of this lid more sanitary.

The vented pouring spout includes a main body and a valve system movable between a normally closed position and a fully opened position. The main body includes a first member and a second member. The valve system includes a valve member and two spaced-apart and parallel stems projecting from an inner side of the valve member into the first member. A push button is mounted within a housing and is in an axial force-transmitting engagement with the stems. The spout, among other things, can include a child-resistant closure (CRC) device that can be operated using a single finger, for instance the thumb or any other finger, and while holding a small container.

A lid is disclosed having a spring mechanism that pushes up an activator lever while also lifting up a flow stopper that keeps fluid from the mug and out through the lid. Due to the design of the lid, a mug can be filled without having to remove the lid. Similarly, the user does not have to touch any part of the lid from which water flows. This makes the use of this lid more sanitary.

A protective cap for a dispenser for discharging pharmaceutical and/or cosmetic liquids. The dispenser has a liquid reservoir and a discharge opening through which the liquid can be dispensed into a surrounding atmosphere. The protective cap has at least one ventilation opening for establishing communication between an interior and an outer surrounding area, and a sterile filter which covers the at least one ventilation opening is arranged on the protective cap in order to reduce or prevent an introduction of microbes into the interior of the protective cap via the at least one ventilation opening.

A reusable, spill-proof lid for a drinking vessel. The lid has a cap member that is selectively moveable between a seated position to form an inner seal, and an unseated position that forms a gap that facilitates drinking of liquid contents from the drinking vessel. The lid is particularly moveable from the seated position to the unseated position via a downwardly directed force applied by the upper lip of a user.