A tote with a drainage system for evenly distributing water through all four sides is provided. The tote includes a first end wall, a second opposing end wall, a first side wall, a second opposing side wall, and a bottom wall. A bumper extends outward around the periphery of the tote. A plurality of D-shaped drain holes are positioned a first distance above the upper surface of the bottom wall which allow liquid in the tote to drain evenly out of the tote through the bumper.

A tote with a drainage system for evenly distributing water through all four sides is provided. The tote includes a first end wall, a second opposing end wall, a first side wall, a second opposing side wall, and a bottom wall. A bumper extends outward around the periphery of the tote. A plurality of D-shaped drain holes are positioned a first distance above the upper surface of the bottom wall which allow liquid in the tote to drain evenly out of the tote through the bumper.

Disclosed are multi-chamber containers and methods of using the same. The multi-chamber container includes a base and a wall extending upwardly from the base. The wall is longitudinally divided into a top section and a bottom section. The multi-chamber container also includes a partition disposed between the top and bottom sections of the wall for separating a first volume from a second volume. The partition includes at least one deformation region, and the partition is configured to deform about the deformation region in response to a trigger.

Disclosed are multi-chamber containers and methods of using the same. The multi-chamber container includes a base and a wall extending upwardly from the base. The wall is longitudinally divided into a top section and a bottom section. The multi-chamber container also includes a partition disposed between the top and bottom sections of the wall for separating a first volume from a second volume. The partition includes at least one deformation region, and the partition is configured to deform about the deformation region in response to a trigger.

The invention relates to a transport container (10, 10′) with a base (14) and Literal walls (18) which extend from the base (14) to a container upper face (16) and which border a container interior (22) in an annular manner, comprising a separator (24) which is received in the container interior (22) in a removable manner. The separator has interconnected separating walls (26) which extend from the base (14) to the container upper face (16), delimit compartments (28), and are made of a flexible web material. Securing elements (12) for releasably securing to the lateral walls (18) are secured to the separating walls (26). Each of the securing elements (32) has an engagement part (40), and the lateral walls (18) have receiving area interiors (34) which are open at the edge towards the container upper face (16) and in which a respective engagement part of the engagement parts (40) is received.

The invention relates to a transport container (10, 10′) with a base (14) and Literal walls (18) which extend from the base (14) to a container upper face (16) and which border a container interior (22) in an annular manner, comprising a separator (24) which is received in the container interior (22) in a removable manner. The separator has interconnected separating walls (26) which extend from the base (14) to the container upper face (16), delimit compartments (28), and are made of a flexible web material. Securing elements (12) for releasably securing to the lateral walls (18) are secured to the separating walls (26). Each of the securing elements (32) has an engagement part (40), and the lateral walls (18) have receiving area interiors (34) which are open at the edge towards the container upper face (16) and in which a respective engagement part of the engagement parts (40) is received.

The present invention relates to high pressure processing (HPP) methods of and containers for preparation of food products such as solid or semi-solid foods, beverages and food supplements containing high-pressure sensitive probiotics and other high-pressure sensitive substances, which maintain their viability, biological activity and other beneficial properties in the prepared food product. The present invention also relates to pasteurized food products containing biologically active high-pressure sensitive probiotics, other high-pressure sensitive substances, or their combinations.

A removable container for powder or liquid includes a housing, a spilling mechanism and a bypass element. The housing hangs within a bottle and is capable of storing powder within the bottle while being sealed from a precursor liquid held within the bottle. The spilling mechanism enables the powder to spill out of the housing and into the precursor liquid and the bypass element provides the precursor liquid out of the bottle without mixing with the stored powder.

The present invention provides a packaging container for bulk solids. The container comprises a container body having a container wall extending from a container bottom to a container opening in a height direction of the container. The container wall and the container bottom delimit an inner space in the container, and a first peelable or tearable sealing membrane being attached to an inner surface of the container wall forms a roof over a first inner compartment in the inner space. A second peelable or tearable sealing membrane is applied between the first peelable or tearable sealing membrane and an edge of the container opening and is attached to the inner surface of the container wall. The first peelable or tearable sealing membrane forms a floor of a second inner compartment in the inner space and the second peelable or tearable sealing membrane forms a roof over the second inner compartment.

The present invention provides a packaging container for bulk solids. The container comprises a container body having a container wall extending from a container bottom to a container opening in a height direction of the container. The container wall and the container bottom delimit an inner space in the container, and a first peelable or tearable sealing membrane being attached to an inner surface of the container wall forms a roof over a first inner compartment in the inner space. A second peelable or tearable sealing membrane is applied between the first peelable or tearable sealing membrane and an edge of the container opening and is attached to the inner surface of the container wall. The first peelable or tearable sealing membrane forms a floor of a second inner compartment in the inner space and the second peelable or tearable sealing membrane forms a roof over the second inner compartment.