A liquid dispenser is provided. The liquid dispenser includes a reservoir portion having a first circumferential sidewall, a first partition and an opposing second partition. The first circumferential sidewall and first and second partitions define an interior chamber. A dispenser portion extends from the first partition and has a neck defined by a second circumferential sidewall. The second circumferential sidewall defines a first internal passage. A bottom portion extends from the second partition and has a third circumferential sidewall. The third circumferential sidewall and the second partition define an internal cavity. A base assembly has a pivotable lid and is configured for a first, seated orientation within the internal cavity of the bottom portion and a second, seated orientation on the first partition. In the second orientation, the pivotable lid allows fluid access to the first internal passage of the dispenser portion.

Operating a hand cleaner dispenser for dispensing a cleaning liquid from a reservoir onto a person's hands in a cycle of operation wherein, during a first time interval during the cycle dispensing the liquid onto the hand as a spray, and during a second time interval during the cycle dispensing the liquid onto the hand as a liquid stream.

Cosmetic containers configured to hold and dispense a cosmetic product. The container may store and dispense cosmetic products from two different cavities, or it may be configured to dispense a cosmetic product from a single cavity in two different manners. A first dispensing outlet can be used by adjusting the container to a first configuration and tilting the container. A second dispending outlet is used by actuation of a pump.

A bottle closure includes a drink spout, pump mechanism, trigger mechanism and lock mechanism. The trigger mechanism is moveable between a first trigger position and a second trigger position. The lock mechanism is engageable with the trigger mechanism and movable between an engaged position and a disengaged position. The lock mechanism is adapted to engage the trigger mechanism when the lock mechanism is in the engaged position and thereby prevent the trigger mechanism from moving from the first trigger position to the second trigger position. The lock mechanism is further adapted to permit the trigger mechanism to move from the first trigger position to the second trigger position when the lock mechanism is in the disengaged position.

A liquid dispenser is provided. The liquid dispenser includes a reservoir portion having a first circumferential sidewall, a first partition and an opposing second partition. The first circumferential sidewall and first and second partitions define an interior chamber. A dispenser portion extends from the first partition and has a neck defined by a second circumferential sidewall. The second circumferential sidewall defines a first internal passage. A bottom portion extends from the second partition and has a third circumferential sidewall. The third circumferential sidewall and the second partition define an internal cavity. A base assembly has a pivotable lid and is configured for a first, seated orientation within the internal cavity of the bottom portion and a second, seated orientation on the first partition. In the second orientation, the pivotable lid allows fluid access to the first internal passage of the dispenser portion.

A dispensing container configured to store at least one substance wherein the dispensing container is further configured to be releasably secured to a vertical support surface. The dispensing container includes a body being formed from a plurality of walls, a top and a bottom contiguously formed to create an interior volume. The interior volume is configured to have at least one storage compartment having a substance stored therein. The body further includes a first dispenser integrally formed on the front wall of the body proximate the bottom thereof. A second dispenser is further included and is formed in the bottom of the body. A mounting tab is secured to the rear wall of the body. The mounting tab includes an upper portion and a lower portion wherein the lower portion has a pressure sensitive adhesive disposed thereon. The body is manufactured from a lightweight material.

A dispenser includes a housing that defines a first opening and a second opening. The first opening provides a first path of fluid communication between a first interior volume of the housing and an exterior of the housing. The second opening provides a second path of fluid communication between a second interior volume of the housing and the exterior of the housing. A divider is positioned in the housing between the first interior volume and the second interior volume. The divider defines a third opening that provides a third path of fluid communication between the first interior volume and the second interior volume. A valve allows fluid to flow from the second interior volume, through the third opening, and into the first interior volume and prevents the fluid from flowing from the first interior volume, through the third opening, and into the second interior volume.

A bottle closure includes a body having an upper portion and a lower portion. The body upper portion is formed with a cavity, and a drink spout is disposed in the cavity. The drink spout is in fluid communication with a straw which includes a biasing portion extending from the drink spout and an extension portion insertable in a bottle. The drink spout is moveable between an open position in which the drink spout extends out of the cavity and a closed position in which the drink spout is contained in the cavity. The body also has a drink spout cover movable between a closed position in which the drink spout cover extends over the cavity and an open position in which the drink spout cover enables access to the cavity. The straw biasing portion biases the drink spout and the drink spout cover toward the respective open positions.

A discharge head (30) of a liquid dispenser (10), comprising a pump device or pressure accumulator, is known for selectively discharging liquid, on the one hand, in the form of an atomized spray jet and, on the other hand, in the form of a non-atomized liquid stream or in the form of individual droplets. The discharge head (30) is provided for fastening to a base unit (20) of the liquid dispenser (10), said base unit comprising a liquid reservoir (22). The discharge head has a housing (32) which is configured for the stationary or linearly movable or linearly and rotatably movable fastening to the base unit (20) of the liquid dispenser (10). The discharge head (30) has a liquid outlet (34) through which liquid may be discharged from the liquid reservoir (22) into a surrounding atmosphere, and a liquid inlet (38) through which liquid may be conducted out of the liquid reservoir (22) to the liquid outlet (34).

It is proposed that the liquid outlet (34) has an outlet channel (36) penetrating the housing. An internal part (50) is arranged inside the outlet channel (36), a spray opening (56) at the end of a spray duct (54) being provided on the front face (52) of said internal part facing in the direction of the surrounding atmosphere. The internal part (50) and the outlet channel (36) are displaceable relative to one another so that in a first relative position a bypass duct (64) is produced between an internal wall of the outlet channel (36) and an outer face of the internal part (50), the flow resistance thereof being lower than that of the spray duct (54), and in a second relative position this bypass duct (64) is at least partially closed so that the flow resistance of the bypass duct (64) is greater than that of the spray duct (54).

A drink and mist bottle cap is detachably attachable to a bottle to enable a person to produce a mist from a pump and mist nozzle and also drink from a drink spout. A drinking spout has a drink spout cap that is detachably attachable over the drinking spout to seal the liquid contents within the bottle when not drinking form the bottle. The drink and mist bottle cap may also have an anti-backwash valve that is configured to prevent backwash from flowing back into the interior of the bottle and an ultraviolet light configured to produce a disinfecting ultraviolet light within the bottle, and a pressure relief valve to allow pressure equalization when there is a pressure differential between the interior of the bottle and the exterior of the bottle.