System, method and apparatus for teething device
A teething device can include a base having a handle, and a coupling on an opposite end. The base and coupling can be formed from a first material having a first hardness. A reservoir may be configured to contain a liquid therein. The reservoir may be coupled and sealed to the base coupling and configured to provide a watertight seal. The reservoir can have at least one self-sealing aperture. The self-sealing aperture can have a default position wherein the self-sealing aperture is configured to be substantially closed to essentially prevent the liquid from flowing therethrough, and a flexed position wherein the self-sealing aperture is configured to be opened to allow the liquid to flow therethrough. In addition, the reservoir can be formed from a second material having a second hardness that is softer than the first hardness.
1. A teething device, comprising:
a base having a handle on an end and a coupling on an opposite end, a y-axis extending through both the handle and the coupling, an x-axis and a z-axis extending perpendicular to the y-axis and to each other, and the base and coupling being formed from a first material having a first hardness;
a reservoir configured to contain a liquid therein, the reservoir having a coupling sealed to the base coupling and configured to provide a watertight seal, the reservoir has apertures that are the only apertures formed therein, the apertures consist of slits that are repeatably self-sealing, all of the slits are located only along a terminal distal end of the reservoir, each slit has a default position wherein each slit is configured to be resiliently biased to automatically return to be substantially closed to essentially prevent the liquid from flowing therethrough, and a flexed position wherein each slit is configured to be opened by squeezing to allow the liquid to flow therethrough;
the base further comprises a protrusion that extends into the reservoir, and the protrusion is spaced apart and free of contact with the reservoir;
the reservoir is formed from a second material having a second hardness that is softer than the first hardness, such that the reservoir is configured to be used as a teething device and capable of being frozen; and
the reservoir comprises a shape that is parabolic in a first plane of reference defined by the x-axis and the y-axis, and the reservoir has a second shape that is elongated and generally elliptical in a second plane of reference defined by the x-axis and the z-axis, such that an entirety of the reservoir is generally human tongue-shaped.
2. The teething device of claim 1 , wherein the reservoir is pre-filled with and contains the liquid, which is consumable, and the teething device is disposable.
3. The teething device of claim 1 , wherein the base coupling is threaded, the reservoir coupling is threaded and configured to be threadingly coupled to the threaded base coupling to form the watertight seal therewith.
4. The teething device of claim 1 , wherein the base coupling and reservoir coupling are non-threaded.
5. The teething device of claim 1 , wherein each slit spans an angular displacement of at least about 1 degree to not greater than about 30 degrees.
6. The teething device of claim 1 , wherein each slit spans a distance of at least about 0.5 mm to not greater than about 5 mm.
7. The teething device of claim 1 , wherein all of the slits are at least one of parallel, linear or diagonal to at least one of the axes.
8. The teething device of claim 1 , wherein the first material comprises a polymer, and the second material comprises at least one of the group consisting of: an elastomer, rubber and silicone.
9. The teething device of claim 1 , wherein the reservoir and the base are hingedly coupled to move between an open position wherein the reservoir is pivotable away from a portion of the base, and a closed position wherein the reservoir coupling closes against and seals with the base coupling.
10. The teething device of claim 9 , wherein the reservoir further comprises a latch on a proximal end thereof that engages an aperture on the base in the closed position, and the reservoir and the base lock together in the closed position.
11. The teething device of claim 1 , further comprising a removable cap, mounted to the base, and sized to be placed over and cover the reservoir.
12. The teething device of claim 11 , wherein the removable cap fits tightly on the reservoir to further inhibit the flow of liquid through the slits.
13. The teething device of claim 1 , wherein the teething device is configured to form a popsicle on the protrusion when a liquid is frozen inside the reservoir.
14. The teething device of claim 13 , wherein the reservoir is removable from the frozen liquid to expose the popsicle on the protrusion.
15. A teething device, comprising:
a base having a handle on an end and a coupling on an opposite end, a y-axis extending through both the handle and the coupling, an x-axis and a z-axis extending perpendicular to the y-axis and to each other, and the base and coupling being formed from a first material having a first hardness;
a reservoir configured to contain a liquid therein, the reservoir having a coupling sealed to the base coupling and configured to provide a watertight seal, the reservoir has apertures that are the only apertures formed therein, the apertures consist of slits that are repeatably self-sealing, each slit has a default position configured to be resiliently biased to automatically return to be substantially closed to essentially prevent the liquid from flowing therethrough, and a flexed position wherein each slit is configured to be opened by squeezing to allow the liquid to flow therethrough, all of the slits are located only along a terminal distal end of the reservoir, and all of the slits are at least one of parallel, linear and diagonal relative to at least one of the axes;
the reservoir comprises a shape that is parabolic in a first plane of reference defined by the x-axis and the y-axis, and the reservoir has a second shape that is elongated and generally elliptical in a second plane of reference defined by the x-axis and the z-axis, such that an entirety of the reservoir is generally human tongue-shaped;
the reservoir is formed from a second material having a second hardness that is softer than the first hardness, such that the reservoir is configured to be used as a teething device and capable of being frozen; and
the base further comprises a protrusion that extends into the reservoir, the protrusion is spaced apart and free of contact with the reservoir, the teething device is configured to form a popsicle on the protrusion when a liquid is frozen inside the reservoir, and the reservoir is removable from the frozen liquid to expose the popsicle on the protrusion.
16. The teething device of claim 15 , wherein the reservoir further comprises a latch on a proximal end thereof that engages an aperture on the base in the closed position, and the reservoir and the base lock together in the closed position.
17. The teething device of claim 15 , further comprising a removable cap that fits tightly on the reservoir to further inhibit the flow of liquid through the self-sealing apertures.
18. A teething device, comprising:
a base having a handle on an end and a coupling on an opposite end, a y-axis extending through both the handle and the coupling, an x-axis and a z-axis extending perpendicular to the y-axis and to each other, and the base and coupling being formed from a first material having a first hardness;
a reservoir configured to contain a liquid therein, the reservoir having a coupling sealed to the base coupling and configured to provide a watertight seal, the reservoir has apertures that are the only apertures formed therein, the apertures consist of slits that are repeatably self-sealing, all of the slits are located only along a terminal distal end of the reservoir, each slit has a default position wherein each slit is configured to be resiliently biased to automatically return to be substantially closed to essentially prevent the liquid from flowing therethrough, and a flexed position wherein each slit is configured to be opened by squeezing to allow the liquid to flow therethrough;
each slit spans an angular displacement of at least about 1 degree to not greater than about 30 degrees, each slit spans a distance of at least about 0.5 mm to not greater than about 5 mm;
the reservoir is formed from a second material having a second hardness that is softer than the first hardness, the first material comprises a polymer and the second material comprises at least one of the group consisting of: an elastomer, rubber and silicone, such that the reservoir is configured to be used as a teething device and capable of being frozen;
the reservoir comprises a shape that is parabolic in a first plane of reference defined by the x-axis and the y-axis, and the reservoir has a second shape that is elongated and generally elliptical in a second plane of reference defined by the x-axis and the z-axis, such that an entirety of the reservoir is generally human tongue-shaped;
the reservoir and the base are hingedly coupled to move between an open position wherein the reservoir is pivotable away from a portion of the base, and a closed position wherein the reservoir closes against and seals with the base, the reservoir comprises a latch on a proximal end thereof that engages an aperture on the base in the closed position, and the reservoir and the base lock together in the closed position;
the base further comprises a protrusion that extends into the reservoir, the protrusion is spaced apart and free of contact with the reservoir, the teething device is configured to form a popsicle on the protrusion when a liquid is frozen inside the reservoir, and the reservoir is removable from the frozen liquid to expose the popsicle on the protrusion; and the teething device further comprises:
a removable cap mounted to the base and sized to be placed over and cover the reservoir, the removable cap fits tightly on the reservoir to further inhibit the flow of liquid through the slits.