An aromatic pacifier assembly for an infant gives off a predetermined scent by evaporation of volatile essential oils or similar substances. The aroma may be, for example, mint, menthol or eucalyptus, which may help relieve nasal congestion. The aromatic pacifier assembly is constructed to prevent evaporation of the essential oil before activation, so that the nipple does not become contaminated with a flavor the infant may find unpalatable, and so that the oil is conserved until it is desired to administer it to the infant.

A pacifier holder is comprised of a weighted body that sits on a surface, with an elongated appendage or appendages, and protrusion or protrusions, that extend from a body, in any direction, and serve as a pacifier retaining structure on which the handle of a pacifier or pacifiers, or other groove in a pacifier or pacifiers, can be easily hooked or rested upon, to store a pacifier or pacifiers in a hygienic manner, suspended above a surface, when not in use.

A talking pacifier that will serve as an interpreter and an advocate for the vocally challenged, namely infants. The device contains a microprocessor coupled to a speaker for providing short musings that will appear to be delivered by the user of the device. In a preferred embodiment an activation button releases a baby's musings on everything from potty talk to politics.

A pacifier and teether assembly is disclosed. In one embodiment, the pacifier and teether assembly comprises a nipple, a shield and a teether manufactured as a one-piece assembly comprising a single molded piece of material. In one example embodiment, the nipple and teether are each contiguous to the shield, wherein the shield has a first face opposite a second face. The nipple extends from the first face of the shield. The teether extends from the second face of the shield. In one example embodiment, the pacifier and teething ring assembly is made of 100% medical grade silicone. Such 100% medical grade silicone is free of BPA, PVC, phthalates and latex. A method for using a pacifier and teether assembly is also disclosed.

A pacifier weaning apparatus is provided that includes a shell or shell assembly providing a housing, and a nipple configured to protrude from the housing. The nipple includes a first end adapted to be held by the housing, and an opposing, sucking end adapted for insertion into a user's mouth. The nipple also defines a first chamber and an expandable, second chamber that are both open at the first end and extend in a direction from the first end to the sucking end, and the first chamber being open and the second chamber being closed at the sucking end. And the pacifier weaning apparatus includes an airflow-control component configured to regulate either or both a break pressure at or above which airflow through the first chamber is permitted, or a rate of airflow through the first chamber.

An aromatic pacifier assembly for an infant gives off a predetermined scent by evaporation of volatile essential oils or similar substances. The aroma may be, for example, mint, menthol or eucalyptus, which may help relieve nasal congestion. The aromatic pacifier assembly is constructed to prevent evaporation of the essential oil before activation, so that the nipple does not become contaminated with a flavor the infant may find unpalatable, and so that the oil is conserved until it is desired to administer it to the infant.

A baby teether having a means to invert inside out is disclosed. The invention comprised of a hollow, slightly flexible material such as silicone, rubber and the like having a plurality of shapes that can be received by an infant's mouth. Said teether also having side walls that are thinner in cross-section than all other walls and a slit aperture on one face allowing it to become inverted within itself. When ready for use, the device can be recoiled. The cavity inside the device can also be used to store small baby snacks therein. An object of the invention is to enhance infant hygiene by providing a teether that can be turned inside out thereby minimizing cross-contamination during storage.

A pacifier ball comprising a hollow sphere comprising a pair of identical hemispherical members having circular hemispherical rims separably joined together to form the hollow sphere. A first pair of hollow pliable nipples being mounted on and projecting radially outward, from one of the hemispherical members. The nipples of the first pair of hollow pliable nipples having centerlines projecting through the center of said sphere and defining therewith a first common plane. A second pair of hollow pliable nipples being mounted on and projecting radially outward from the other hemispherical member. The nipples of the second pair of hollow pliable nipples having centerlines projecting through the center of said sphere and defining therewith a second common plane. The centerlines of the nipples of each pair of hollow pliable nipples creating an angle of separation between the nipples and equal angles of projection for each of the nipples such that each of the nipples is equally spaced from its respective hemispherical rim. The first and second common planes being perpendicular to each other, and therefore each pair of hollow pliable nibbles are oriented perpendicular to each other on their respective hemispherical member. The size, weight, number and placement of the nipples facilitate the ease of use of the pacifier ball by an infant. The pacifier ball can also be taken apart for cleaning.

A biologic-response teether (150). The teether (150) has a shield (160) and one or two generally T-shaped bite portions (170, 180) projecting from the shield (160). The bite portions (170, 180) each define an elongated stem (171, 181) closest to the shield (160) and two arms (169, 168) that are coupled to and transverse to the stem (171, 181).

A new and improved pacifier provides bristle like structures which discourages continued use of the pacifier by a child of appropriate age.