A reversible paint container that is configured to be moved between a first position and a second position so as to provide a clean interior volume ensuing an initial use thereof. The present invention includes a body that is annular in shape having a wall and bottom forming an interior volume. The wall and bottom are manufactured from a pliable material such as but not limited to rubber or silicon. The body includes an upper perimeter edge that is circumferentially disposed around the opening of the container. The upper perimeter edge is manufactured from a rigid material such as but not limited to plastic. A brush member is integrally formed in the wall of the body. The wall includes a first surface and a second surface wherein the first surface is facing the interior volume in the first position of the body.

A liquid containing assembly includes a clamping device, a supplementary package and a positioning mechanism. The clamping device includes a first and second surrounding bodies rotatably connected to each other. A clamping space is formed when the first and second surrounding bodies are closed to each other. The supplementary package includes an accommodating body to accommodate liquid and an open tube connected to the accommodating body. The positioning mechanism includes a first positioning portion on a portion of the accommodating body adjacent to the open tube, a second positioning portion corresponding to the first positioning portion and is at least on one of the first and second surrounding bodies, a third positioning portion on the accommodating body, and a fourth positioning portion corresponding to the third positioning portion and at least on one of the first and second surrounding bodies.

A package including a container body containing a fluid with leaving a head space, wherein a container body (1) has an inner surface coated with a lubricating liquid (30) immiscible with a fluid (3), and the lubricating liquid (30) is present as a coating layer interposed between the inner surface and the fluid (3), the lubricating liquid (30) forms a liquid pool at a periphery of an upper end face of the fluid (3) contained in the container body (1) in a state of being held upright, and a contact angle of the lubricating liquid (30) to the inner surface is smaller than the contact angle of the fluid (3) to the inner surface.

A synthetic resin container includes a mouth portion and body, the body being squeezed to discharge contents. The body has a flattened shape with a width larger than a thickness. An end on one side in an axial direction along a center axis line of the body is connected to the mouth portion, and an end on another side is closed and formed in a curved shape protruding toward the other side in the axial direction. Each widthwise ends of the body is provided with a bent portion extending in parallel with the axial direction. When the body is squeezed in the thickness direction to discharge the contents, the bent portion is configured to be a starting point when one of a front side wall and a rear side wall opposed to each other in the thickness direction of the body is inverted and deformed toward the other.

A liquid containing assembly includes a clamping device, a supplementary package and a positioning mechanism. The clamping device includes a first and second surrounding bodies rotatably connected to each other. A clamping space is formed when the first and second surrounding bodies are closed to each other. The supplementary package includes an accommodating body to accommodate liquid and an open tube connected to the accommodating body. The positioning mechanism includes a first positioning portion on a portion of the accommodating body adjacent to the open tube, a second positioning portion corresponding to the first positioning portion and is at least on one of the first and second surrounding bodies, a third positioning portion on the accommodating body, and a fourth positioning portion corresponding to the third positioning portion and at least on one of the first and second surrounding bodies.

A packaging material for producing a sealed package of a pourable food product is provided. The packaging material can include a first set of crease lines configured to form an upper end of the package when the packaging material is folded along said first set of crease lines, a second set of crease lines configured to form a bottom end of the package when the packaging material is folded along said second set of crease lines, and a third set of crease lines, said third set of crease lines being separated in order to define longitudinal panels extending in between said third set of crease lines. The longitudinal panels can include a first panel having a horizontal crease line, and a second panel arranged adjacent to said first panel when the package is formed, the second panel having at least one vertical crease line.

Pet owners cannot tactilely examine, or experience food contained in rigid packaging. This product experience at the point of purchase requires pliable or flexible packaging. However, pliable or flexible packaging has limited ability to stack, both on the store shelf, as well as in the pet owner's pantry. Provided is a multi-functional container for moist or wet, textured food. The container has rigid sidewalls, a bottom with at least a portion made from a flexible or pliable material or membrane or that provides access to a bag of a flexible or pliable material or membrane, and a lid to seal the opening of the container or the bag. Since the food contacts the flexible or pliable material or membrane, it can be tactilely examined at the point of purchase. If the material or membrane is transparent, the food can also be visibly examined at the point of purchase.

A synthetic resin container includes a mouth portion and body, the body being squeezed to discharge contents. The body has a flattened shape with a width larger than a thickness. An end on one side in an axial direction along a center axis line of the body is connected to the mouth portion, and an end on another side is closed and formed in a curved shape protruding toward the other side in the axial direction. Each widthwise ends of the body is provided with a bent portion extending in parallel with the axial direction. When the body is squeezed in the thickness direction to discharge the contents, the bent portion is configured to be a starting point when one of a front side wall and a rear side wall opposed to each other in the thickness direction of the body is inverted and deformed toward the other.

The invention relates to a device for pressing out a material from a deformable tube, comprising the following: a housing having a base end; an upper section opposite the base end; and lateral wall sections between the base end and the upper section; a squeezer that can be introduced into the housing, wherein the squeezer has a carrier element and two opposing jaws for gripping and squeezing out a material from the tube, wherein the housing has an opening in the upper section through which an outlet of the tube can be guided, and same has openings in opposing parts of the lateral wall sections via which the jaws can be actuated, wherein the jaws are secured to the carrier element at one end and the squeezer also has a manual lever element on at least one jaw, wherein the lever element is connected to the jaw in a connection region to form an assembly, in which a pressure manually applied to the lever element brings about a force on the jaw in the direction of the other jaw, wherein the lever element has a body with reinforcing ribs, wherein the reinforcing ribs are surrounded at least partially by a closed outer skin, wherein a region of the outer skin forms a gripping region.

A collapsible bottle with a channelway provided in a side wall which, in collapsed conditions of the bottle, the channelway becomes engaged with opposed portions of the side wall and define a flow passageway therethrough toward a discharge opening at one end of the bottle and a closed other end of the bottle.