A container for housing household tissue paper includes a container body that stores household tissue paper inside. The container body has an upper container body that forms an upper portion of the container body and a lower container body that forms a lower portion of the container body. The upper container body has an outlet through which the household tissue paper is taken out and an open/close lid that seals the outlet. A lower end of the upper container body and an upper end of the lower container body are connected to each other, and the upper container body and the lower container body are pivotable with respect to each other.

A container for housing household tissue paper includes a container body that stores household tissue paper inside and has an outlet through which the household tissue paper is taken out, an open/close lid that is pivotably provided to the container body and closes the outlet, and a biasing member. At least a part of the container body is formed of an elastic material. The container body has a latch that latches the open/close lid in a closed state and releases and opens the open/close lid. The biasing member is formed of the elastic material integrally with the part of the container body formed of the elastic material and biases the open/close lid in an opening direction.

A transport package including a compressible packaging and a packing configuration, the packing configuration including at least three individual stacks of absorbent tissue paper material, and the packaging maintaining said individual stacks in the packing configuration, the transport package forming a rectangular parallelepiped delimited by six outer surfaces, defining three transport package extensions extending along three perpendicular dimensions in space defining a length, a width, and a height of the transport package. A relative deformation of the transport package is defined for each of the three dimensions, being the relative shortening of the transport package extension along a selected dimension when the entire transport package is compressed with a deformation pressure of 15 kPa between two outer surfaces and along the selected dimension, wherein, for said transport package, the relative deformation along at least two out of the three dimensions is less than 10%.

A transport package including a compressible packaging and a packing configuration, the packing configuration including at least three individual stacks of absorbent tissue paper material, and the packaging maintaining said individual stacks in the packing configuration, the transport package forming a rectangular parallelepiped delimited by six outer surfaces, defining three transport package extensions extending along three perpendicular dimensions in space defining a length, a width, and a height of the transport package. A relative deformation of the transport package is defined for each of the three dimensions, being the relative shortening of the transport package extension along a selected dimension when the entire transport package is compressed with a deformation pressure of 15 kPa between two outer surfaces and along the selected dimension, wherein, for said transport package, the relative deformation along at least two out of the three dimensions is less than 10%.

The present invention provides graphic cartons, particularly graphic cartons for storing and dispensing tissue products, such as facial tissue, having graphics that morph and transform to provide a 360 degree viewing experience for the consumer. In certain instances the 360 degree viewing experience may be achieved by printing a plurality of design elements on each face of the carton where the scale of the design elements varies between each of the faces such that each face is different and creates an effect of motion when the carton is rotated and viewed by the consumer.

The invention relates to a stack of absorbent sheets, such as paper towels, toilet tissue, napkins, facial tissue, and the like. The stack has a binding element that is compressed and sewn with a first line of stitching disposed adjacent to the first edge of the bound stack, such as the top edge. The binding element may be free from adhesives. The line of stitches facilitate separation and removal of individual sheets and may alleviate the need for perforations or a line of weakness.

A moisturizing tissue product that can be packaged in the same way as a non-moisturizing tissue product. With this tissue paper product in which a web obtained by folding and laminating in a pop-up configuration a plurality of sheets of tissue paper containing a moisturizing agent is stored in a rectangular-shaped paper box having an outlet on an upper surface thereof, the problem of the tissue paper is solved by this tissue paper product in which the number of plies is 2.

A moisturizing tissue product that can be packaged in the same way as a non-moisturizing tissue product. With this tissue paper product, in which a web obtained by folding and laminating in a pop-up configuration a plurality of sheets of tissue paper containing a moisturizing agent is stored in a rectangular-shaped paper box having an outlet on an upper surface thereof, the problem of the tissue paper is solved by this tissue paper product in which the number of plies is 2.

A moisturizing tissue product that can be packaged in the same way as a non-moisturizing tissue product. With this tissue paper product, in which a web obtained by folding and laminating in a pop-up configuration a plurality of sheets of tissue paper containing a moisturizing agent is stored in a rectangular-shaped paper box having an outlet on an upper surface thereof, the problem of the tissue paper is solved by this tissue paper product in which the number of plies is 2.

The present invention provides a pack of tissues including multiple tissues arranged in a stack and a dispenser enclosing the stack. The dispenser includes a dispensing orifice. At least a portion of the tissues are folded so as to include a leading edge contacting the upper surface of a center panel and a trailing edge contacting the bottom surface of the center panel. The tissues are interfolded such as to have a portion of the leading edge of a first, or preceding, tissue to overlap the leading edge of a second, or succeeding tissue. In this manner, the leading edge of the first tissue terminates at a first vertical axis and the leading edge of the second tissue terminates at a second vertical axis where there is a distance between the first and the second vertical axis that is greater than 0.