A comforting device for soothing and comforting a user includes a shell, which defines an interior space. The shell is pliable and can be grasped by the user. A filler, which is resiliently compressible, is positioned in and substantially occupies the interior space. An audio module, which is positioned in the interior space, selectively emits a first sound, which mimics a heartbeat, and a second sound, which mimics a respiratory sound, such as breath sounds and snoring. The audio module broadcasts the first sound and the second sound to comfort the user.

This disclosure is generally directed to a parent-infant-interactive, sensory-stimulation toy and associated methods of use. Such a toy features an interchangeable elongated feather-like tail member used for gently and playfully stroking a baby's body, wherein the material use for the feather-like member can be made from various types of irresistibly touchable and non-toxic (and preferably hypoallergenic), baby-safe materials of various textures and different sensations. Such materials include, but are not limited to, silks and velvet that are specially configured to provide the desired touch sensory stimulation while eliminating a choking hazard. The toy features a soft and squeezable body member with other graspable appendages and sound-emanating internal components (bells, rattles, crinkle paper, etc.), and the toy as a whole is artistically designed to be visually stimulating to a child, often being fashioned after various animals and/or imaginary characters.

This disclosure is generally directed to a parent-infant-interactive, sensory-stimulation toy and associated methods of use. Such a toy features an interchangeable elongated feather-like tail member used for gently and playfully stroking a baby's body, wherein the material use for the feather-like member can be made from various types of irresistibly touchable and non-toxic (and preferably hypoallergenic), baby-safe materials of various textures and different sensations. Such materials include, but are not limited to, silks and velvet that are specially configured to provide the desired touch sensory stimulation while eliminating a choking hazard. The toy features a soft and squeezable body member with other graspable appendages and sound-emanating internal components (bells, rattles, crinkle paper, etc.), and the toy as a whole is artistically designed to be visually stimulating to a child, often being fashioned after various animals and/or imaginary characters.

A sleeping bag system has the appearance of a stuffed character when not in use as a sleeping bag and includes a torso including a torso compartment therein, a first limb having a first arm compartment therein which is in connection with the torso compartment, a second limb having a second arm compartment therein which is in connection with the torso compartment, at least a third limb having at least a first leg compartment therein which is in connection with the torso compartment. The sleeping bag system further includes an opening in the torso providing access to the torso compartment from outside of the sleeping bag system and an item removably storable in the torso compartment which is adapted to provide stability to the sleeping bag system such that the sleeping bag system can sit upright without support when not in use as a sleeping bag.

A sleeping bag system has the appearance of a stuffed character when not in use as a sleeping bag and includes a torso including a torso compartment therein, a first limb having a first arm compartment therein which is in connection with the torso compartment, a second limb having a second arm compartment therein which is in connection with the torso compartment, at least a third limb having at least a first leg compartment therein which is in connection with the torso compartment. The sleeping bag system further includes an opening in the torso providing access to the torso compartment from outside of the sleeping bag system and an item removably storable in the torso compartment which is adapted to provide stability to the sleeping bag system such that the sleeping bag system can sit upright without support when not in use as a sleeping bag.

The present disclosure relates generally to an electromagnetic animated figure control system. More specifically, the present disclosure relates to techniques for actuating a figure, such as a plush toy, using addressable control nodes (e.g., electromagnetic coils) of an electromagnetic array. For example, an amusement park may include a control surface implemented to include the electromagnetic array. Further, an animated figure may include magnets in one or more components. Accordingly, while the animated figure may lack a power source, the animated figure may be controlled (e.g., actuated) via a controlled magnetic interaction between the control surface and the magnets.

An interactive learning doll providing configurable internal organ systems includes an internal body cavity, a pillow mount disposed in the internal body cavity, the pillow mount having one or more organ attachments, and at least one of the organ attachments detachably coupled to an organ system comprising a linked set of organs.

An interactive learning doll providing configurable internal organ systems includes an internal body cavity, a pillow mount disposed in the internal body cavity, the pillow mount having one or more organ attachments, and at least one of the organ attachments detachably coupled to an organ system comprising a linked set of organs.

The present invention relates to a book comprising a first outer cover having a substantially planar body defining a first aperture extending therethrough; a second outer cover having a substantially planar body defining a second aperture extending therethrough; and at least one inner element located between the first and second outer covers, the or each inner element having a substantially planar body defining an inner element aperture extending therethrough; wherein at least a portion of the first and second apertures and the or each inner element aperture are aligned with one another to define a receiving aperture extending through the book.

A reversible toy has a main body. The main body has a first configured unit and a second configured unit joined with each other. Each of the first and the second configured units is made of elastomer. One of the first and the second configured units is filled in the other one of the first and the second configured units to form a reversible opening formed in a bottom of the main body, and positions of the first and the second configured units are interchangeable via the reversible opening.