초록 ▼

An applicator includes a puncture protrusion disposed on an inner surface of an internal chamber of a handle of the applicator. The puncture protrusion is configured to puncture an end surface of a cartridge within the internal chamber, which cartridge contains a liquid that is resultantly allowed t

An applicator includes a puncture protrusion disposed on an inner surface of an internal chamber of a handle of the applicator. The puncture protrusion is configured to puncture an end surface of a cartridge within the internal chamber, which cartridge contains a liquid that is resultantly allowed to flow through a passageway in the puncture protrusion toward an applicator pad for application onto a surface. Puncturing is achieved in response to rotation of an advancer including a pinion portion that tangentially engages a surface of the cartridge, which rotation is translated to longitudinal advancement of the cartridge toward the puncture protrusion.

대표청구항 ▼

1. A device comprising: a handle having a longitudinal axis, the handle further comprising: an applicator pad coupler; an internal chamber having a longitudinal axis corresponding to the longitudinal axis of the handle; a puncture protrusion disposed on an inner surface at a first end portion of the

1. A device comprising: a handle having a longitudinal axis, the handle further comprising: an applicator pad coupler; an internal chamber having a longitudinal axis corresponding to the longitudinal axis of the handle; a puncture protrusion disposed on an inner surface at a first end portion of the internal chamber, the puncture protrusion configured to puncture an end surface of a cartridge within the internal chamber, the puncture protrusion having a passageway extending therethrough between the internal chamber and the applicator pad coupler to allow liquid to flow from the cartridge to the applicator pad coupler when the puncture protrusion punctures an end surface of the cartridge; and an advancer comprising a pinion portion, the pinion portion configured to tangentially engage a surface of the cartridge within the internal chamber; wherein the pinion portion of the advancer is configured to rotate about a rotation axis to advance the cartridge through tangential engagement therewith along the longitudinal axis of the internal chamber toward the puncture protrusion. 2. The device of claim 1 wherein the advancer further comprises a lever portion configured to rotate about the rotation axis in tandem with the pinion portion, wherein the lever portion is accessible external to the internal chamber. 3. The device of claim 1 wherein the advancer further comprises a roller wheel portion configured to rotate about the rotation axis in tandem with the pinion portion, wherein the roller wheel portion is accessible external to the internal chamber. 4. The device of claim 3 wherein the pinion portion comprises the roller wheel portion, and wherein the advancer comprises at least one of a circular disc and a cylinder that is disposed concentrically with the rotation axis. 5. The device of claim 1 further comprising the cartridge. 6. The device of claim 5, wherein the cartridge comprises an engagement surface disposed on an exterior surface thereof, the engagement surface configured to tangentially engage the pinion portion of the advancer. 7. The device of claim 5 wherein the end surface of the cartridge comprises a foil seal configured to be punctured by the puncture protrusion. 8. The device of claim 1 wherein the pinion portion comprises a plurality of teeth configured to interface with a plurality of teeth of the cartridge. 9. The device of claim 1 wherein the handle comprises an advancer opening configured to receive and rotatably couple the advancer to the handle, the advancer opening further comprising at least one tab configured to ratchet the advancer to allow rotational movement about the rotation axis in only one direction. 10. A method comprising: at a handle of an applicator, the handle comprising an internal chamber having a cartridge at least partially disposed therein: rotating an advancer about a rotation axis, the advancer comprising a pinion portion tangentially engaging a sidewall portion of the cartridge to thereby advance the cartridge along a longitudinal axis of the internal chamber; puncturing an end surface of the cartridge by a puncture protrusion disposed on an inner surface of the internal chamber at one end portion of the internal chamber, the puncturing occurring in response to advancing the cartridge and thereby enabling a liquid to flow from the cartridge to an applicator pad via a passageway running through the puncture protrusion and extending between the internal chamber and the applicator pad. 11. The method of claim 10 wherein rotating the advancer is in response to rotating a lever portion of the advancer about the rotation axis, the lever portion being accessible external to the internal chamber. 12. The method of claim 10 wherein puncturing the end surface of the cartridge by the puncture protrusion further comprises puncturing a foil seal on the end surface of the cartridge. 13. The method of claim 10 further comprising a plurality of teeth of the pinion portion interfacing with a plurality of teeth of the sidewall portion of the cartridge. 14. The method of claim 10 further comprising ratcheting the advancer such that the advancer can only rotate in one direction about the rotation axis. 15. The method of claim 10 further comprising dying the liquid of the cartridge by rupturing a thin barrier between the liquid of the cartridge and a dye. 16. A device comprising: an applicator pad;a handle comprising an exterior surface and an internal chamber, the internal chamber comprising a longitudinal axis;a cartridge housed at least partially within the internal chamber;an advancer rotatably coupled to the handle, a pinion portion of the advancer protruding into the internal chamber and tangentially engaging a sidewall of the cartridge, at least another portion of the advancer accessible along the exterior surface of the handle, wherein the advancer is configured to rotate about a rotation axis and, through tangential engagement with the cartridge, advance the cartridge along the longitudinal axis of the internal chamber toward one end portion of the internal chamber; anda puncture protrusion disposed on a surface of the internal chamber at the one end portion of the internal chamber, the puncture protrusion having a passageway extending therethrough between the internal chamber and the applicator pad, the puncture protrusion configured to puncture an end surface of the cartridge in response to the cartridge being advanced by the advancer toward the one end portion and to responsively allow a liquid within the cartridge to flow through the passageway to the applicator pad. 17. The device of claim 16 wherein the at least another portion of the advancer accessible along the exterior surface of the handle further comprises a lever portion of the advancer, the lever portion configured to rotate in tandem with the pinion portion about the rotation axis. 18. The device of claim 16 wherein the at least another portion of the advancer accessible along the exterior surface of the handle further comprises a roller wheel portion of the advancer, the roller wheel portion configured to rotate in tandem with the pinion portion about the rotation axis. 19. The device of claim 16 wherein the end surface of the cartridge further comprises a foil seal. 20. The device of claim 16 wherein the pinion portion comprises a plurality of teeth configured to interface with a plurality of teeth of the cartridge. 21. The device of claim 16 wherein the cartridge further comprises a dye and a thin barrier separating the dye from the liquid within the cartridge, the thin barrier configured to rupture in response to actuation of an actuator of the cartridge.