Abstract: A snap closure for a container includes an annular snap bead in a skirt portion. A top portion extends upwardly from the skirt portion, the top portion having horizontal slits. When the snap closure is engaged with a container, the snap beads snap onto a mating locking ring of the container. An upwards force is applied to the snap closure to disengage the closure from the container. The horizontal slits enable the top portion to flex axially to provide additional rotational leverage for disengaging the snap beads from the annular locking ring.

Abstract: A liquid dispensing device includes a storage container having an opening and dome pump assembly attached thereto substantially over the opening for metered dispensing. The dome pump assembly is integrally formed with a dome button, top portion extension and valve to facilitate manufacture and reduce costs of the pump while improving performance thereof. The valve is employed to pull liquid from the storage container into the dome for metering. An exit passageway formed from the extension and container wall serves as an output valve. The user squeezes the dome and the opposite side of the container pouch concurrently to seal the flapper valve to urge liquid out through the exit passageway for actual dispensing.

Abstract: A fluid dispenser is provided that includes a multiple chamber fluid storage region, each having a dispensing pump of its own such that the dispenser can dispense the fluids from within the multiple fluid storage regions. Further, the multiple fluid storage regions may each contain the same or different liquids. The dispensing pumps include a metering housing, which when depressed, generate a one-way flow from the interior fluid storage region of the container that serves to fill the predetermined volume of the chamber within the metering housing. When the metering housing is depressed a second time a substantially equal volume of each of the fluids is dispensed from the container, while upon release, the metering housings are refilled by drawing fluids from their respective fluid storage regions. The fluids are mixed in the exit port as they are dispensed from the metering pumps.

Abstract: A liquid dispensing device includes a storage container and dome pump mechanism attached thereto for metered dispensing. A one-way valve is employed to pull liquid from the storage container into the dome for metering. An exit passageway serves as an output valve. Each time the dome pump housing is depressed, a substantially equal volume of fluid is dispensed from the container. To prevent accidental dispensing, the one-way valve in the dome pump remains normally open and unsealed to allow backflow of liquid back into the storage container pouch when pressure is placed on the dome. The user squeezes the dome and base plate together to seal the one-way valve to urge liquid out through the exit port for actual dispensing. The dome pump is integrally formed with a top portion of the exit pathway. Optionally, the base plate and bottom portion of the exit pathway are also integrally formed to facilitate manufacture and reduce costs of the pump while improving performance thereof.

Abstract: A liquid dispensing device includes a storage container having an opening and dome pump assembly attached thereto substantially over the opening for metered dispensing. The dome pump assembly is integrally formed with a dome button, top portion extension and valve to facilitate manufacture and reduce costs of the pump while improving performance thereof. The valve is employed to pull liquid from the storage container into the dome for metering. An exit passageway formed from the extension and container wall serves as an output valve. The user squeezes the dome and the opposite side of the container pouch con-currently to seal the flapper valve to urge liquid out through the exit passageway for actual dispensing.

Abstract: A fluid dispensing device includes a container made from a flexible material defining an interior fluid storage region, a flexible metering housing having a metering chamber in fluid communication with the fluid storage region, the flexible metering housing having a button heat sealed to a base plate, a unidirectional intake valve disposed between the container and the flexible metering housing and a unidirectional output valve in fluid communication with the flexible metering housing. The base plate has an extension with a recessed notch, a first tapered portion, and a second tapered portion opposite the first tapered portion with respect to the recessed notch, and the button has an extension and a notch corresponding to the extension and the recessed notch of the base plate.

Abstract: A fluid dispensing device has a container made from a flexible material defining an interior fluid storage region and a flexible metering housing having a metering chamber in fluid communication with the fluid storage region, the flexible metering housing having a button heat sealed to a base plate. A unidirectional intake valve is disposed between the container and the flexible metering housing. A unidirectional output valve is in fluid communication with the flexible metering housing. The button has a stepped flange towards an outer edge of said circular shape and the base plate has a stepped flange corresponding to the stepped flange of the button.

Abstract: A liquid dispensing device includes a storage container and dome pump mechanism attached thereto for metered dispensing. A one-way valve is employed to pull liquid from the storage container into the dome for metering. An exit passageway serves as an output valve. Each time the dome pump housing is depressed, a substantially equal volume of fluid is dispensed from the container. To prevent accidental dispensing, the one-way valve in the dome pump remains normally open and unsealed to allow backflow of liquid back into the storage container pouch when pressure is placed on the dome. The user squeezes the dome and base plate together to seal the one-way valve to urge liquid out through the exit port for actual dispensing. Also, interior pouch force creates backflow through the exit port back into the containment chamber to further prevent leakage.

Abstract: An article of manufacture that has at least three layers of sealable material. There is at least one first seal between at least two of the layers in a first area having a first sealing affinity effected at a first sealing parameter. There is also at least one second seal between at least two more layers, where at least one of these two layers is distinct from the at least two layers joined by the first seal, in a second area having a second sealing affinity effected at a second sealing parameter, where the second sealing parameter is different than the first sealing parameter, thereby allowing for sealing of discrete areas of the article in discrete steps.

Abstract: An article of manufacture that has at least three layers of heat sealable material. There is at least one first heat seal between at least two of the layers in a first area effected at a first temperature. There is also at least one second heat seal between at least two more layers, where at least one of these two layers is distinct from the at least two layers joined by the first heat seal, in a second area effected at a second temperature, where the second temperature is different than the first temperature, thereby allowing for heat sealing of discrete areas of the article in discrete steps.

Abstract: A window corner flashing device includes a first and a second member. The first member includes a first section which is disposed adjacent a second section and is angled thereto. The first section and second section have a first edge and second edge, respectively, wherein the first member includes a first continuous flange disposed along the first and second edges of the first and second sections, respectively. The second member includes a first section having a third edge and a second section having a fourth edge. The second member further includes a first continuous mating edge which is disposed along the third and the fourth edge thereof. The first member is affixed to the second member by having the first continuous flange permanently affixed to the first continuous mating edge.

Abstract: A snap closure for a container includes an annular snap bead in a skirt portion. A top portion extends upwardly from the skirt portion, the top portion having horizontal slits. When the snap closure is engaged with a container, the snap beads snap onto a mating locking ring of the container. An upwards force is applied to the snap closure to disengage the closure from the container. The horizontal slits enable the top portion to flex axially to provide additional rotational leverage for disengaging the snap beads from the annular locking ring.

Abstract: In accordance with one embodiment of the present invention, a fluid dispensing device includes a housing having a wall defining an interior compartment, the wall having an opening passing therethrough, and an exit port located therein or thereon, and a replaceable cartridge dispenser assembly disposed within the interior compartment. The replaceable cartridge dispenser assembly includes a fluid reservoir containing a fluid and a metered dispensing pump integrally formed with the fluid reservoir, the metered dispensing pump in fluid communication with the fluid reservoir and with the exit port of the housing and including a button, actuation of which causes metered dispensing of the fluid within the fluid reservoir to the exit port. The button is accessible through the opening in the wall of the housing, and the cartridge assembly, including the fluid reservoir and the metered dispensing pump, is replaceable as a unit such that the housing is reusable.

Abstract: A shaving apparatus includes a main body, a shaving head attached to the main body and an integrated mechanism for dispensing the shaving treatment disposed within the main body. The integrated mechanism includes a pouch defining a reservoir containing the shaving treatment, at least a portion of the pouch being flexible such that the reservoir decreases in size as the shaving treatment is withdrawn therefrom, a flexible button at least partially defining a metering chamber in fluid communication with the reservoir, an output one-way valve in fluid communication with the metering chamber and permitting unidirectional flow of the shaving treatment from the metering chamber when the flexible button is pressed by the user and an intake one-way valve disposed between the metering chamber and the reservoir and permitting unidirectional flow of shaving treatment from the reservoir into the metering chamber when the flexible button is released by the user.

Abstract: A liquid dispensing device includes a storage container and dome pump mechanism attached thereto for metered dispensing. A one-way valve is employed to pull liquid from the storage container into the dome for metering. An exit passageway serves as an output valve. Each time the dome pump housing is depressed, a substantially equal volume of fluid is dispensed from the container. To prevent accidental dispensing, the one-way valve in the dome pump remains normally open and unsealed to allow backflow of liquid back into the storage container pouch when pressure is placed on the dome. The user squeezes the dome and base plate together to seal the one-way valve to urge liquid out through the exit port for actual dispensing. The dome pump is integrally formed with a top portion of the exit pathway. Optionally, the base plate and bottom portion of the exit pathway are also integrally formed to facilitate manufacture and reduce costs of the pump while improving performance thereof.

Abstract: A liquid dispensing device includes a storage container and dome pump mechanism attached thereto for metered dispensing. A one-way valve is employed to pull liquid from the storage container into the dome for metering. An exit passageway serves as an output valve. Each time the dome pump housing is depressed, a substantially equal volume of fluid is dispensed from the container. To prevent accidental dispensing, the one-way valve in the dome pump remains normally open and unsealed to allow backflow of liquid back into the storage container pouch when pressure is placed on the dome. The user squeezes the dome and base plate together to seal the one-way valve to urge liquid out through the exit port for actual dispensing. Also, interior pouch force creates blackflow through the exit port back into the containment chamber to further prevent leakage.

Abstract: A hanging liquid dispenser is provided that includes a pump and valving for delivering the fluid material when the dispenser is operated by the user in a controlled fashion. The hanging dispenser includes a main body that serves as a fluid reservoir and has an eyelet formed therein which is suitable for use in hanging the dispenser from a suitable support. In addition to including the ability to hang, the dispenser preferably includes a pump for metered dosing of the fluid within the dispenser wherein operation of the pump delivers a controlled volume of the fluid as desired by the user.

Abstract: A fluid dispenser is provided that includes a multiple chamber fluid storage region, each having a dispensing pump of its own such that the dispenser can dispense the fluids from within the multiple fluid storage regions. Further, the multiple fluid storage regions may each contain the same or different liquids. The dispensing pumps include a metering housing, which when depressed, generate a one-way flow from the interior fluid storage region of the container that serves to fill the predetermined volume of the chamber within the metering housing. When the metering housing is depressed a second time a substantially equal volume of each of the fluids is dispensed from the container, while upon release, the metering housings are refilled by drawing fluids from their respective fluid storage regions. The fluids are mixed in the exit port as they are dispensed from the metering pumps.

Abstract: A fluid container is provided that includes at least two separate reservoirs therein and a metering pump device for delivering a substantially equal metered dose of fluid material from one of the reservoirs to the other reservoir with each dispensing operation. In one example, a beverage container is provided that allows the user to introduce a metered dose of ingredients or additives from a separate reservoir to the beverage contained therein prior to or while drinking. In another example, a cap is provided that can be affixed to a beverage container, wherein the cap contains ingredients or additives and a metered dispensing system. The container or cap allows the user to add or adjust the levels of flavorings, supplements, purifying agents, or other ingredients prior to or during drinking.

Abstract: The present invention is a fluid dispensing device that includes a reusable outer housing that defines a bladder-receiving region. An independently deformable bladder, that contains media to be dispensed therein, resides in the bladder-receiving region. A pump, which is accessible from the outside of the housing by a user, is installed in fluid communication with the bladder to dispense media from the bladder for use. When media is depleted from the bladder, the bladder and pump arrangement can be easily replaced with a full bladder and new pump for installation into the reusable outer housing.