The present invention relates to a fluid delivery assembly for a spraying apparatus. The assembly comprises an outer cup, a lid having a fluid outlet adapted to couple the lid to the spraying apparatus, and a liner for holding paint. The fluid delivery assembly comprises an interlocking keyed geometry adapted to prevent rotation of at least one of the lid and the liner with respect to the cup. The interlocking keyed geometry comprises at least one of (a) at least one protrusion of the cup extending into at least one recess of the lid, and (b) at least one protrusion of the lid extending into at least one recess of the cup, wherein the liner is trapped between the protrusion and the recess. The invention also relates to liners for such fluid delivery assemblies, which may be provided as a set of liners having different inners volumes.

A cover for a container that includes a lid portion and a collar element. The lid portion having a main body section surrounded by a peripheral sealing shoulder. The collar element having a peripheral collar sealing shoulder that includes a collar groove and wherein the lid portion is connected to the collar portion through a hinge element. The lid portion, collar element and hinge portion are formed as a unitary structure and the lid portion articulates from an open positon in which it is spaced apart from the collar element to a closed position wherein the peripheral bead sealing shoulder of the lid portion engages with the peripheral collar sealing shoulder of the collar element.

A lid (1) for closing a can having a collar, the lid having a bottom face (2) provided with an annular sealing gasket (4) bearing against said collar when the lid (1) is in the closed state, and being provided with fastener means (14) for fastening the lid (1) to the can, which fastener means (14) comprise at least two catches (141, 142, 143) disposed about the sealing gasket (4) and having an active fastener portion (1411, 1421, 1431) that projects towards the center of the lid (1), and that is positionable under an external radial peripheral rim of the can when a movable one (143) of the catches is in a closer position in which it is closer to the other catches (141, 142). The movable catch (143) is mounted to move about an axis (XX) or in a plane that is substantially parallel to a circumferential plane of the annular gasket (4), and the lid (1) is provided with locking means (19) for locking said movable catch (143) in the closer position in which its active fastener portion is closer to the active fastener portions of the other catches (141, 142), these locking means (19) being unlockable.

A rim assembly for a container comprises a frame member (346) having a perimeter corresponding in shape to an opening of a container such that, in use, the frame member is received within the opening and extends around an interior surface of a side wall of the container; a plurality of securing tabs (394) hingedly connected to the frame member (346), each tab (394) including an engagement member (396); sealing means configured for repeated sealing engagement with a lid of the container; and retaining means (399), wherein each of the securing tabs is movable between a first position in which the engagement member is disengaged from an aperture (317) in the container side wall and a second position in which the engagement member (396) is engaged with one of the apertures (317) in the side wall, and wherein the retaining means is configured to retain the securing tabs in the second position such that the rim assembly is secured to the container around a top edge of the side wall.

A bottle assembly is provided. The bottle assembly comprises a bottle having an end portion including a first detent formation, and a collar having a second complementary detent formation. The collar is arranged to snap fit to the end portion by engagement of the detent formations by application of force only in a direction towards the bottle. In addition, a valve assembly for use with a drinking vessel is provided. The valve assembly comprises a base member and a sealing member. The sealing member is moveable, dependent on a pressure difference across it, between a sealed position, wherein the sealing member is sealed against the base member, and an unsealed position, wherein the sealing member is unsealed from the base member. One or more channels are formed between the base member and the sealing member and extend to a periphery of the sealing member. The one or more channels are arranged to allow air to enter the drinking vessel from the periphery of the sealing member when the sealing member is in the unsealed position.

The assembly 100 includes a container 102 and a lid 104. The container 102 includes a main body 110 and a container rim 120 surrounding the main body 110. The container rim 120 has an outer peripheral horizontal top surface 122 and an inner peripheral horizontal top surface 124 vertically above the outer peripheral horizontal top surface. The lid 104 includes a ring-shaped lid frame 130 and a membrane 132 that is attached over a top surface of the lid frame 130 and seals with inner peripheral horizontal top surface.

A closure includes an annular base to be fixed to an upper rim of a container and a lid moveable relative to the annular base between a closed position and an open position. The annular base includes a peripheral skirt with an integral non-removable end portion adapted to be arranged over the upper rim of the container and a peripheral locking rim integrally formed on the end portion of the peripheral skirt. A proximal end of the peripheral locking rim is hingedly connected to the peripheral skirt, allowing the peripheral locking rim to be folded inwardly towards an inner surface of the end portion of the peripheral skirt and allowing the distal end to move beyond and engage under the peripheral ledge of the container to lock the annular base to the upper rim of the container. The locking rim includes a surface radially inwardly and circumferentially extending sealing rib.

The disclosed aspects relate to a dual hinge flip cap closure. The closure includes a skirt that operatively engages a container. The closure also includes a top connected to the skirt at a first hinge, wherein the top is movable relative to the skirt. Further, the closure includes a lid operatively attached to the top at a second hinge, wherein the lid is movable relative to the top, and wherein a distal end of the lid is at an opposite of the top relative to the first hinge and the second hinge is between the first hinge and the end of the lid.

A container includes a lid base and a compressible portion. The lid base has a channel and configured to receive a lid. The compressible portion is connected to the lid base. The compressible portion includes a one-way valve in air communication with the channel. Another container includes a compressible portion and a container base. The compressible portion includes a bellow body, which includes at least two convolutions, each including a first living hinge and a first sidewall, at least one second living hinge positioned between the at least two convolutions and connected to the first sidewalls, and a movable bump structure positioned between the at least two convolutions to space the first living hinges apart and being movable between an outer position and an inner position relative to a container interior.

Embodiments herein relate to an ultrasonically weldable polymeric lid for a microwaveable polymeric container. In an embodiment, a lid for microwaveable containers can include a polymeric ring. The polymeric ring can define a central aperture having an inner diameter. The polymeric ring can also include a recessed shelf contacting the inner diameter of the central aperture and an ultrasonic bonding surface disposed to the outside of the recessed shelf. The lid can include a peelable film disposed on the recessed shelf and occluding the central aperture. The peelable film can be removably bonded to the recessed shelf, and can include a tab attached to an edge of the peelable film. In some cases the lid can contain substantially no metal content. Other embodiments are also included herein.