Abstract: A hand towel dispenser capable of data capture and transmission. The hand towel dispenser includes a reel shell for holding a hand towel roll that includes fresh dispenser material, a rotatably held reel that takes up used dispenser material, a measuring apparatus for capturing measured values that represent the quantity of used dispenser material, and a radio module that is connected to the measuring apparatus to receive the measured values captured by the measuring apparatus. The radio module is designed to transmit radio signals, each of which contains at least one measured value. The measuring apparatus includes at least one first sensor for capturing the quantity of used dispenser material. And, the sensor is connected to the radio module.

Abstract: A valve for opening and closing a liquid vessel or pouch, which includes a valve body having a central axis, top and bottom sides arranged transversely with respect to the central axis, and a passage opening that extends through the valve body coaxially from the top side to the bottom side. A closure element can be pressed into the passage opening by a spring element coaxially with respect to the central axis from the underside such that the passage opening can be closed in a liquid-tight manner. The closure element includes a first sealing lip which can be pressed into the passage opening with an interference fit P1 and, axially behind said first sealing lip, a second sealing lip, which can be pressed into the passage opening with an interference fit P2, wherein P2 is a stronger interference fit than P1.

Abstract: A hand towel dispenser capable of data capture and transmission. The hand towel dispenser includes a reel shell for holding a hand towel roll that includes fresh dispenser material, a rotatably held reel that takes up used dispenser material, a measuring apparatus for capturing measured values that represent the quantity of used dispenser material, and a radio module that is connected to the measuring apparatus to receive the measured values captured by the measuring apparatus. The radio module is designed to transmit radio signals, each of which contains at least one measured value. The measuring apparatus incoudes at least one first sensor for capturing the quantity of used dispenser material. And, the sensor is connected to the radio module.

Abstract: A valve for opening and closing a liquid vessel or pouch, which includes a valve body having a central axis, top and bottom sides arranged transversely with respect to the central axis, and a passage opening that extends through the valve body coaxially from the top side to the bottom side. A closure element can be pressed into the passage opening by a spring element coaxially with respect to the central axis from the underside such that the passage opening can be closed in a liquid-tight manner. The closure element includes a first sealing lip which can be pressed into the passage opening with an interference fit P1 and, axially behind said first sealing lip, a second sealing lip, which can be pressed into the passage opening with an interference fit P2, wherein P2 is a stronger interference fit than P1.

Abstract: A housing or housing part (2) for a sanitary product dispenser that can be fastened to a wall, comprising: A) a front (3) comprising a monitor (4), wherein B) the housing part (2) can be detachably fastened to a sanitary product dispenser, C) a microprocessor (10) is attached to the housing part (2), D) the housing part (2) comprises a probe (15), which emits electromagnetic or acoustic waves in a direction outside the housing part (2) and/or receives such waves from the outside and based on the emitted and/or received electromagnetic or acoustic waves transmits signals to the microprocessor (10), and wherein E) the microprocessor (10) is programmed in order to determine the presence of a user in the vicinity of the housing part (2) from the signals transmitted by the probe (15) to the microprocessor (10) and as a result switch on the monitor (4).

Abstract: A housing or housing part (2) for a sanitary product dispenser that can be fastened to a wall, comprising: A) a front (3) comprising a monitor (4), wherein B) the housing part (2) can be detachably fastened to a sanitary product dispenser, C) a microprocessor (10) is attached to the housing part (2), D) the housing part (2) comprises a probe (15), which emits electromagnetic or acoustic waves in a direction outside the housing part (2) and/or receives such waves from the outside and based on the emitted and/or received electromagnetic or acoustic waves transmits signals to the microprocessor (10), and wherein E) the microprocessor (10) is programmed in order to determine the presence of a user in the vicinity of the housing part (2) from the signals transmitted by the probe (15) to the microprocessor (10) and as a result switch on the monitor (4).

Abstract: A housing (1) for a sanitary product dispenser, wherein said housing can be detachably fastened to a wall or a wall plate (18), comprising A) a first box-shaped housing part (2) having a front (9), a back (10), two lateral sides (4, 5), a top (6), and a bottom (7), which surround a hollow space (8), in which a sanitary product dispenser can be accommodated, B) a second panel-shaped housing part (3), and C) locking means (12) for the detachable connection of the second housing part (3) at the front (9) of the first housing part (2), wherein D) the locking means (12) can only be detached front the hollow space (8).