A teething mitt, including a glove portion and a teething cap portion. The glove portion is made of fabric, is flexible, and is adapted to fit over the hand of a child. The teething cap portion is made of silicone and extends over and is secured to the glove portion. A securing strap extends around the glove portion and is used to secure the glove portion near the wrist of the child. The teething cap has protuberances that may be safely chewed upon by the child while teething.

A teething mitt, including a glove portion and a teething cap portion. The glove portion is made of fabric, is flexible, and is adapted to fit over the hand of a child. The teething cap portion is made of silicone and extends over and is secured to the glove portion. A securing strap extends around the glove portion and is used to secure the glove portion near the wrist of the child. The teething cap has protuberances that may be safely chewed upon by the child while teething.

A pacifier or a teething device comprising of a mouth-guard having a body, said body having a front-surface, a back-surface, and a thickness wherein said thickness makes an interior space; a mouth-piece having a proximal end to be placed in a mouth and a distal end connected to said front-surface of said mouth-guard; an instrument embedded in said interior space or being connected to said back-surface of said mouth-guard or being connected to the front-surface of the said teething device; and a handle connected to said back-surface of said mouth-guard or connected to said instrument.

Teethers are configured with a base, a biting structure that extends distally from the base, and one or more handles that extend proximally from the base. The base has a hollow interior with both a proximal opening and a distal opening. The biting structure is also hollow and includes a proximal opening such that the biting structure has a proximally-facing concave interior. As a result of this design, a baby may use the teether by either grasping the one or more handles or by inserting his or her fingers through the base and into the concave interior of the biting structure. With the baby's fingers inserted into the concave interior of the biting structure, the baby can satisfy the desire to insert his or her fingers into the mouth while also biting on the teether.

Teethers are configured with a base, a biting structure that extends distally from the base, and one or more handles that extend proximally from the base. The base has a hollow interior with both a proximal opening and a distal opening. The biting structure is also hollow and includes a proximal opening such that the biting structure has a proximally-facing concave interior. As a result of this design, a baby may use the teether by either grasping the one or more handles or by inserting his or her fingers through the base and into the concave interior of the biting structure. With the baby's fingers inserted into the concave interior of the biting structure, the baby can satisfy the desire to insert his or her fingers into the mouth while also biting on the teether.

A teether includes a body, and a teething member. When the teether is frozen, the teething member is positioned within the teether providing rigidity to the teether. The teething member is moveable within the body as the frozen material within the body melts. The teether may include a cylindrical body, a nipple, and a cap with the teething member providing rigidity to the nipple. The teether may also be formed from a flexible membrane with at least one acute edge. An insulative storage container for the teether has an internal structure sized to hold multiple teethers.

A teether includes a body, and a teething member. When the teether is frozen, the teething member is positioned within the teether providing rigidity to the teether. The teething member is moveable within the body as the frozen material within the body melts. The teether may include a cylindrical body, a nipple, and a cap with the teething member providing rigidity to the nipple. The teether may also be formed from a flexible membrane with at least one acute edge. An insulative storage container for the teether has an internal structure sized to hold multiple teethers.

An acoustic instrument soother for infants and young children, combining a pacifier, a teether, and a mouthguard with a harmonica to generate sound. The device incorporates non-electronic musical elements, aiming to soothe and entertain young users while fostering early musical education. The harmonica component features multiple mouthpieces for sound production, activated by the user's inhalation and exhalation. Through the integration of music notation symbols engraved on its surface, the device provides vocal and music notation lessons, enhancing the user's auditory and cognitive development.

An acoustic instrument soother for infants and young children, combining a pacifier, a teether, and a mouthguard with a harmonica to generate sound. The device incorporates non-electronic musical elements, aiming to soothe and entertain young users while fostering early musical education. The harmonica component features multiple mouthpieces for sound production, activated by the user's inhalation and exhalation. Through the integration of music notation symbols engraved on its surface, the device provides vocal and music notation lessons, enhancing the user's auditory and cognitive development.

A teething scarf includes a fabric sheet having a length, a width, and a thickness, the width being greater than the thickness. The fabric sheet forms a continuous loop along the length. The teething scarf also includes a teething element coupled with the fabric sheet. The teething element includes a non-toxic material and being configured for use in easing pain associated with teething in infants.