An illustrated view of an exemplary carrying device for transportation and use to express breast milk is presented. The exemplary carrying device is useful for providing an easy method to transport a breast milk pump while keeping both hands free to attend to the child or other events. The carrying device is preferably made of a nylon cloth material. The shape of the carrying device is preferably an oblong shape. The carrying device is preferably a pouch. The carrying device has a strap for fitting over the shoulder and the strap is adjustable in length. Further, by using the strap the person's hands are free and can be used for other activities.

An illustrated view of an exemplary carrying device for transportation and use to express breast milk is presented. The exemplary carrying device is useful for providing an easy method to transport a breast milk pump while keeping both hands free to attend to the child or other events. The carrying device is preferably made of a nylon cloth material. The shape of the carrying device is preferably an oblong shape. The carrying device is preferably a pouch. The carrying device has a strap for fitting over the shoulder and the strap is adjustable in length. Further, by using the strap the person's hands are free and can be used for other activities.

Briefly, a feeding device embodying features of the present invention approximately conforms to the shape of a human breast and includes at least one housing for storing fluid coupled to a dispensing portion having an apertured dispensing tip for delivering the fluid to an infant.

A bottle holder, which is secured on a supporting surface, comprises a receiving base and a telescoping shaft inserted into the receiving base. A portion of the shaft is elastic, such that it can be flexed (bent and/or twisted) to a comfortable close position of the bottle, held by the bottled holder, to the user who will be consuming the bottle's contents, without the aid or assistance of another individual. When the user finishes drinking from the bottle and releases the bottle, the shaft springs (snaps) back to its initial, unbiased position, where the supported bottle is angled upwards in such a way that any contents left in the bottle will not spill.

A bottle holder includes an anchor arm a grip loop, and a rigid member. The anchor arm includes a plurality of bends and a plurality of segments. A segment is a portion of the anchor arm between two adjacent bends of the plurality of bends. At least two segments of the plurality of segments of the anchor arm each include a snap aperture. The grip loop forms a bottle aperture for holding a bottle disposed at a proximal end of the anchor arm. The rigid member is disposed at a distal end of the anchor arm. Each snap aperture of the at least two segments of the plurality of segments of the anchor arm are configured to receive the rigid member. In some cases, the grip loop, the anchor arm, and the rigid member are made of a single piece of elastic silicon material.

A bottle holder includes an anchor arm a grip loop, and a rigid member. The anchor arm includes a plurality of bends and a plurality of segments. A segment is a portion of the anchor arm between two adjacent bends of the plurality of bends. At least two segments of the plurality of segments of the anchor arm each include a snap aperture. The grip loop forms a bottle aperture for holding a bottle disposed at a proximal end of the anchor arm. The rigid member is disposed at a distal end of the anchor arm. Each snap aperture of the at least two segments of the plurality of segments of the anchor arm are configured to receive the rigid member. In some cases, the grip loop, the anchor arm, and the rigid member are made of a single piece of elastic silicon material.

A barrier system for a container, includes a fluid permeable solids barrier comprising an outer flange surrounding a central fluid permeable sieve; an upper port located at an interior edge of an upper side of the outer flange, a lower port on an opposite lower side of the outer flange in fluid communication with the upper port by a flow path therebetween, and a fluid permeable sieve located in the flow path between the upper port and the lower port. The system also includes a straw having an upper end configured to fittingly engage the lower port of the fluid permeable solids barrier spout; and a spout having a lower port configured to fittingly engage the upper port of the fluid permeable solids barrier.

A breast feeding assembly includes a reservoir that is fillable with a nourishing fluid. A nipple is removably attachable to the reservoir to be suckled by an infant thereby facilitating the infant to consume the nourishing fluid. A pouch is wearable on a user's chest and the reservoir is removably positionable in the pouch. The pouch has a nipple opening therein and the nipple extends outwardly through the nipple opening when the reservoir is positioned in the pouch. A first belt is coupled to the pouch and the first belt is extendable around the user's chest for retaining the pouch on the user's chest. A second belt is coupled to the pouch, the second belt is extendable around the user's chest for retaining the pouch on the user's chest and the second belt is matable to the first belt.

An apparatus is utilized to position and hold a baby bottle on a chest and/or stomach of an infant. Apparatus includes a body having a front section, a first sidewall, a second sidewall opposite the first sidewall, and a bottom section. A channel positioned within the body and extending through the front section is utilized for receiving a baby bottle. The channel is positioned at an angle in relation to the bottom section in order to properly position the baby bottle in relation to an infant's mouth.

A breastfeeding device is disclosed comprising a liquid pouch assembly, a silicone housing, a silicone areola, and an adjustable strap. The liquid pouch assembly comprises a nipple removably coupled to an amorphous liquid bag. The silicone housing comprises a silicone cup and a rear silicone component attached to one another and forming an interior cavity. An entrance to the cavity is formed at the top of the silicone cup and the rear silicone component, and the liquid pouch assembly is insertable through the entrance. The silicone cup includes a central hole. The nipple of the liquid pouch assembly is insertable into the central hole and protrudes through the central hole while the amorphous liquid bag remains within the interior cavity. The silicone areola is external to the silicone housing, and the silicone areola is removably coupled to the nipple and concentric with the central hole of the silicone cup.