초록 ▼

A liquid metered dispensing squeeze bottle includes: (a.) a squeezable container having an opening for dispensing liquid therefrom at one end and a bottom at the other end; (b.) a nonflexible trap chamber of a predetermined volume, connected to the opening of the container; (c.) a dip tube, and (d.)

A liquid metered dispensing squeeze bottle includes: (a.) a squeezable container having an opening for dispensing liquid therefrom at one end and a bottom at the other end; (b.) a nonflexible trap chamber of a predetermined volume, connected to the opening of the container; (c.) a dip tube, and (d.) a one way valve at the bottom of the dip tube. There is an inlet leg that freely rotates around the bottom of the dip tube and a drive mechanism, such as a counterweight or a float, to assure that the leg extends into an air pocket when the container is tilted for liquid squeeze dispensing.

대표청구항 ▼

What is claimed is: 1. A liquid metered dispensing bottle, comprising: (a.) a squeezable container having an opening for dispensing liquid therefrom at one end and a bottom at the other end; (b.) a nonflexible trap chamber of a predetermined volume, connected to said opening of said container, said

What is claimed is: 1. A liquid metered dispensing bottle, comprising: (a.) a squeezable container having an opening for dispensing liquid therefrom at one end and a bottom at the other end; (b.) a nonflexible trap chamber of a predetermined volume, connected to said opening of said container, said trap chamber having a lower end which is inserted into said container opening and having an inlet orifice extending from said lower end and into said container, said trap having an upper end with at least one dispensing orifice; (c.) a dip tube, said dip tube having an upper end extending from said inlet orifice and extending downwardly into said container, said dip tube having a lower end at or near the bottom of said container; and, (d.) a one way valve system connected to said lower end of said dip tube which permits liquid to flow from the container into said dip tube but not from said dip tube to said container, said one way valve system including a valve housing having at least one rotatable leg extending outwardly from said dip tube, said at least one rotatable leg being rotatable relative to said dip tube; and wherein said at least one rotatable leg includes a drive mechanism so as to rotate said at least one leg of said dip tube in an upward direction away from liquid content of said container when said container has liquid content and is tilted for dispensing. 2. The liquid metered dispensing bottle of claim 1 wherein said trap chamber has indicia which indicate predetermined volume levels. 3. The liquid metered dispensing bottle of claim 1 wherein said nonflexible trap chamber has either the male or female portion of a snap-in lock for permanent insertion into the opening of said container and said container has the other of the male or female portion of said snap-in lock. 4. The liquid metered dispensing bottle of claim 1 wherein said squeezable container contains a liquid for dispensing which fills the container to a predetermined level below said trap chamber to create an air space therebetween. 5. The liquid metered dispensing bottle of claim 1 wherein said one way valve system includes a ball valve with a ball stop contained within a tapered valve housing having an inlet orifice at its lowest area, and said ball stop is positioned to prevent the ball from contacting and blocking said dip tube from receiving air when said squeezable container is inverted and squeezed. 6. The liquid metered dispensing bottle of claim 1 wherein said drive mechanism is selected from the group consisting of a float mechanism, a counterweight mechanism and combinations thereof. 7. The liquid metered dispensing bottle of claim 1 wherein said dispensing orifice has a diameter small enough to prevent dripping of a liquid therefrom by gravity when inverted but being large enough to dispense liquid therefrom when said container is inverted and squeezed the diameter of the orifice being dictated by the viscosity of the liquid. 8. The liquid metered dispensing bottle of claim 1 wherein said one way valve system includes a two legged valve housing with two opposing legs with sidewalls, one leg having an inlet orifice and the other having a counterweight. 9. The liquid metered dispensing bottle of claim 8 wherein said trap chamber has indicia which indicate predetermined volume levels. 10. The liquid metered dispensing bottle of claim 8 wherein said drive mechanism is selected from the group consisting of a float mechanism, a counterweight mechanism and combinations thereof. 11. The liquid metered dispensing bottle of claim 8 wherein said nonflexible trap chamber has either the male or female portion of a snap-in lock for permanent insertion into the opening of said container and said container has the other of the male or female portion of said snap-in lock. 12. The liquid metered dispensing bottle of claim 8 wherein said squeezable container contains a liquid for dispensing which fills the container to a predetermined level below said trap chamber to create an air space therebetween. 13. The liquid metered dispensing bottle of claim 8 wherein two slide valves are located on opposite ends of a single valve component. 14. The liquid metered dispensing bottle of claim 1 wherein said one way valve system includes at least a one way valve that allows liquid to flow into said dip tube bottom and not out of said dip tube bottom, said one way valve being selected from the group consisting of a ball valve and a flap valve. 15. The liquid metered dispensing bottle of claim 14 wherein said drive mechanism is selected from the group consisting of a float mechanism, a counterweight mechanism and combinations thereof 16. The liquid metered dispensing bottle of claim 14 wherein said bottle further includes flexion means located on at least one of said dip tube and said leg, wherein said flexion means is at least one flexion means selected from the group consisting of a hinging mechanism at a connection of said valve housing to said dip tube, an at least partially flexible dip tube, an at least partially flexible valve housing, a bellows type flexible fold on said dip tube, and a bellows type fold on said valve housing. 17. The liquid metered dispensing bottle of claim 14 wherein said squeezable container contains a liquid for dispensing which fills the container to a predetermined level below said trap chamber to create an air space therebetween. 18. The liquid metered dispensing bottle of claim 1 wherein said trap chamber upper end includes an applicator brush connected thereto proximate said dispensing orifice. 19. The liquid metered dispensing bottle of claim 8 wherein said trap chamber upper end includes an applicator brush connected thereto proximate said dispensing orifice. 20. The liquid metered dispensing bottle of claim 14 wherein said trap chamber upper end includes an applicator brush connected thereto proximate said dispensing orifice.