A hand cleaning fluid dispenser for dispensing fluid onto a user's hand includes a time of flight sensor to determine a distance of a hand of a user below an outlet of the dispenser from which the dispenser when activated dispenses the fluid and a controller to activate the dispenser to dispense the fluid from the outlet when the hand is sensed to be within a predetermined range of distances below the outlet.

A of web material for hygiene products includes at least one folded continuous web material, and a first connector and a second connector, adapted for interconnection of the first end surface of the stack to a second end surface of another, similar stack. The first connector includes a first connection surface consisting of a first material, and the second connector includes a second connection surface consisting of a second material; said first and second materials having properties that, upon bringing said first and second surfaces into contact with each other, the surfaces attach to each other by surface adhesion so that the surfaces are repeatedly removable from and reattachable to each other while leaving the surfaces substantially unaltered, whereby a connection between a first/second connector of the stack and a second/first connector of a similar stack is accomplished.

A of web material for hygiene products includes at least one folded continuous web material, and a first connector and a second connector, adapted for interconnection of the first end surface of the stack to a second end surface of another, similar stack. The first connector includes a first connection surface consisting of a first material, and the second connector includes a second connection surface consisting of a second material; said first and second materials having properties that, upon bringing said first and second surfaces into contact with each other, the surfaces attach to each other by surface adhesion so that the surfaces are repeatedly removable from and reattachable to each other while leaving the surfaces substantially unaltered, whereby a connection between a first/second connector of the stack and a second/first connector of a similar stack is accomplished.

Dispensing containers including a bottom, a top, and one or more side walls defining an interior cavity within the container. A support structure adjacent the bottom of the container forms an angle between a top surface of the support structure and the bottom that is from 120° to 150°. This allows the container to accommodate a rectangular stack of wipes positioned within the interior cavity of the container, in a substantially vertical orientation, with the short side contacting the bottom of the container, and the underside of the stack contacting the top surface of the support structure. The stack of wipes may be taller than the height of the container, fitting into the container due to the slightly angled orientation of the stack, the flexible nature of the stack of wipes, and the support structure allowing the stack to bend or flop over the support.

A dispenser insert for being mounted in an existing cabinet, the dispenser insert including a frame configured to be mounted in the cabinet, a dispensing mechanism mounted to the frame, the dispensing mechanism including a magazine part for accommodating a stack of sheet products and a dispensing part for dispensing the sheet products, the magazine part having a refilling access at its bottom, wherein the dispensing part is at least translationally movable relative to the magazine part into a refilling position.

An interfold tissue product comprises a tissue stack formed by stacking multiple tissue sheets, wherein each of the tissue sheets is folded in half at least twice, two opposite edges of each tissue sheet created after the first folding are not aligned and form staggered opposite edges, and according to a stacking order of the tissues, the staggered opposite edges (1′, 1″) of one tissue (1) in each pair of two adjacent tissues and the staggered opposite edges (2′, 2″) of the other tissue (2) in each pair of adjacent tissues are respectively located at two opposite sides of the tissue stack. Although the thickness of the staggered portions at the opposite edges of each tissue sheet is thinner than that of the remaining portions thereof, such difference in thickness does not accumulate when the tissue sheets are stacked, and the entire tissue stack still has a a uniform thickness, so as to ensure the tissue stack will not tilt to one side, and to guarantee a neat arrangement of the tissues, such that placement of the tissue stack is stable.

An interfold tissue product comprises a tissue stack formed by stacking multiple tissue sheets, wherein each of the tissue sheets is folded in half at least twice, two opposite edges of each tissue sheet created after the first folding are not aligned and form staggered opposite edges, and according to a stacking order of the tissues, the staggered opposite edges (1′, 1″) of one tissue (1) in each pair of two adjacent tissues and the staggered opposite edges (2′, 2″) of the other tissue (2) in each pair of adjacent tissues are respectively located at two opposite sides of the tissue stack. Although the thickness of the staggered portions at the opposite edges of each tissue sheet is thinner than that of the remaining portions thereof, such difference in thickness does not accumulate when the tissue sheets are stacked, and the entire tissue stack still has a a uniform thickness, so as to ensure the tissue stack will not tilt to one side, and to guarantee a neat arrangement of the tissues, such that placement of the tissue stack is stable.

A household thin paper storing container includes a container main body. The container main body includes, an upper container main body, a lower container main body, and a connector. The upper container main body includes a handle that projects from a front surface and in which a space is provided between the front surface, and a plurality of latches that are provided in positions of an inner surface of the handle separated to the left and the right from the center portion in a left-right direction. The lower container main body includes an engaging protrusion projecting in a front direction from the front surface. When the storage space is closed, the plurality of latches and the engaging protrusion are engaged to maintain a closed state.

A household thin paper storing container includes a container main body. The container main body includes, an upper container main body, a lower container main body, and a connector. In the lower edge of the upper container main body, a ring shaped outer edge and a ring shaped inner edge which is provided to the inner side than the outer edge and which projects downward than the outer edge are provided. A ring shaped concave groove in which the inner edge of the upper container main body engages is provided in the upper edge of the lower container main body. The concave groove includes an outer peripheral wall and an inner peripheral wall. A guide which is higher than a height of the outer peripheral wall is provided in the inner peripheral wall of a rear surface of the lower container main body.

A household thin paper storing container includes: a container main body. The container main body includes an upper container main body, a lower container main body, and a connector. The upper container main body includes a handle that projects from a front surface and in which a space is provided between the front surface, and a latch that is provided in an inner surface of the handle. An engaging protrusion projecting in a front direction from the front surface of the lower container main body is provided. When the storage space is closed, the latches and the engaging protrusion are engaged to maintain a closed state. A portion where the front surface of the upper container main body and the inner surface of the handle intersect is an R shape.