A collapsible table assembly includes a table for supporting objects. A plurality of legs is provided and each of the legs is removably coupled to the table. A plurality of containers is provided and each of the containers is removably coupled to the table thereby inhibiting the containers from falling over. A plurality of mating members is provided and each of the mating members is coupled to the table. A pouch is selectively suspended from the mating members and the pouch stores objects.

A collapsible table assembly includes a table for supporting objects. A plurality of legs is provided and each of the legs is removably coupled to the table. A plurality of containers is provided and each of the containers is removably coupled to the table thereby inhibiting the containers from falling over. A plurality of mating members is provided and each of the mating members is coupled to the table. A pouch is selectively suspended from the mating members and the pouch stores objects.

A child's self-adapting meal plate comprising a soft gel plate body; the upper surface of the soft gel plate body extends upward to form at least one annular protruding portion, thereby forming an accommodating chamber; the bottom edge of the soft gel plate body extends downward to form a vacuum chamber; the soft gel plate body is provided with a through-hole that is connected to the vacuum chamber 4; a piston is disposed in the through-hole, which can move upward and downward within the through-hole; when the piston moves to a first position within the through-hole, the vacuum chamber is connected to the exterior through the through-hole, and when the piston moves downward to a second position, the upper opening of the through-hole is tightly pressed by the piston, enabling the vacuum chamber to be sealed.

A child's self-adapting meal plate comprising a soft gel plate body; the upper surface of the soft gel plate body extends upward to form at least one annular protruding portion, thereby forming an accommodating chamber; the bottom edge of the soft gel plate body extends downward to form a vacuum chamber; the soft gel plate body is provided with a through-hole that is connected to the vacuum chamber 4; a piston is disposed in the through-hole, which can move upward and downward within the through-hole; when the piston moves to a first position within the through-hole, the vacuum chamber is connected to the exterior through the through-hole, and when the piston moves downward to a second position, the upper opening of the through-hole is tightly pressed by the piston, enabling the vacuum chamber to be sealed.

The present invention relates to tableware, such as dishes, or glassware (i.e., cups, glasses, saucers, plates, bowls), having a polymer grip provided underneath, which prevents sliding of the tableware on tables, or other flat or smooth surfaces.

A food holding device includes a receptacle member having a body and a surrounding wall for containing food. A flexible strap is attached to the receptacle member. One end of the strap is connectible to secure the receptacle around an object (e.g., a thigh of a child). The flexible strap has ends that are configured for releasable connection (e.g., using hook and loop material). The ends can overlappingly connect to secure the receptacle to the child. The strap can be attached to the receptacle member in a number of ways, and may be removable. A liner and/or a closure device (e.g., lid or drawstring) may be used with the device. The receptacle member can receive and hold a container or a pre-packaged item. The receptacle member can be a pre-packaged item itself with an attached or attachable strap. One or more parts of the device can be disposable and/or reusable.

A food holding device includes a receptacle member having a body and a surrounding wall for containing food. A flexible strap is attached to the receptacle member. One end of the strap is connectible to secure the receptacle around an object (e.g., a thigh of a child). The flexible strap has ends that are configured for releasable connection (e.g., using hook and loop material). The ends can overlappingly connect to secure the receptacle to the child. The strap can be attached to the receptacle member in a number of ways, and may be removable. A liner and/or a closure device (e.g., lid or drawstring) may be used with the device. The receptacle member can receive and hold a container or a pre-packaged item. The receptacle member can be a pre-packaged item itself with an attached or attachable strap. One or more parts of the device can be disposable and/or reusable.

A mixing bowl has a base with sidewalls extending upwardly and convexly therefrom and terminating in an upper peripheral rim, the rim defining an open mouth with the inner surface of the sidewalls defining the interior of the mixing bowl and the outer surface of the sidewalls defining the exterior of the mixing bowl, the interior of the mixing bowl being concave; and a plate and two support legs coupling the plate to the base, the support legs defining an aperture between the plate and the base, the aperture being sized so as to receive at least three fingers of a user.

A mixing bowl has a base with sidewalls extending upwardly and convexly therefrom and terminating in an upper peripheral rim, the rim defining an open mouth with the inner surface of the sidewalls defining the interior of the mixing bowl and the outer surface of the sidewalls defining the exterior of the mixing bowl, the interior of the mixing bowl being concave; and a plate and two support legs coupling the plate to the base, the support legs defining an aperture between the plate and the base, the aperture being sized so as to receive at least three fingers of a user.

A composite structure of a fixable food container is disclosed. The composite structure comprises a plurality of food containers and a fixing disc. A first connecting portion is formed on the bottom of the food container. The fixing disc is used for fixing on a surface. A second connecting portion is formed on the top of the fixing disc for connecting with the first connecting portion and a hole is formed at the center of the fixing disc. The composite structure of the fixable food container has numerous advantages such as improved non-slip capability, stability, and positioning and has compatibility that allows the fixing disc to connect with different kinds of food containers.