A swaddle device includes a body portion and a pair of laterally extending wings. The first wing includes a first opening defined therein so that the infant's first arm can be inserted through the opening when swaddling the infant. A second opening is defined in the first wing adjacent to the first opening. A third opening can also be provided through the second wing to allow for the option of the infant to be swaddled with their first arm intentionally protruding, yet captured.

The invention relates to a garment (1) for a newborn (3) made from a film-like material, comprising a back portion (2) to be placed under the back, a leg portion (4) for placing under the legs and two wing elements (6, 8) for swathing a chest, arm and abdominal region of the newborn (3), wherein the leg portion (4) is arranged adjacent to the back portion (2) and the two wing elements (6, 8) are arranged adjacent to the back portion (2) on the arm side, wherein the leg portion (4) is designed together with a leg-cover portion (5) as a pouch element having an opening (10) facing the back portion (2) for inserting the legs of the newborn (3).

Undergarment for children comprising a babygrow (2) with fittability 0-3 years of age; in said babygrow (2) a neck (21)-crotch (22) directional line is defined; more than 90% of the weight of the fabric of the babygrow (2) is in cotton. At least 70% of the outer surface of the babygrow (2) has ribs (7) extending transversely to the neck-crotch directional line (3). The ribs (7) permit an elongation of more than 40% along the neck-crotch directional line (3) following the application of a force that is less than or equal to 5 Newton along said directional line (3).

Undergarment for children comprising a babygrow (2) with fittability 0-3 years of age; in said babygrow (2) a neck (21)-crotch (22) directional line is defined; more than 90% of the weight of the fabric of the babygrow (2) is in cotton. At least 70% of the outer surface of the babygrow (2) has ribs (7) extending transversely to the neck-crotch directional line (3). The ribs (7) permit an elongation of more than 40% along the neck-crotch directional line (3) following the application of a force that is less than or equal to 5 Newton along said directional line (3).

A child jumpsuit includes a back part, a front part with a fastener, and legs; the fastener is designed from the neck on the front part with a shift to the side from the central front line across the sitting line up to the lateral seam near the waist line level on the back. The proposed child jumpsuit provides for a more convenient use of the child jumpsuit, simplifying its design and increasing the wearer's comfort.

A child jumpsuit includes a back part, a front part with a fastener, and legs; the fastener is designed from the neck on the front part with a shift to the side from the central front line across the sitting line up to the lateral seam near the waist line level on the back. The proposed child jumpsuit provides for a more convenient use of the child jumpsuit, simplifying its design and increasing the wearer's comfort.

Bodysuit with a rear bottom flap configured as an extension of the front side of the bodysuit and folded upward through the crotch region of the child's body and attached to the back side of the bodysuit. The rear bottom flap is fastened to the backside of the bodysuit through two fastener connecting structures such as buttonholes, snap sockets, or a hook and loop fasteners located at the bottom end of the rear bottom flap with the corresponding buttons, snap studs, or a hook and loop fastener connecting structures located on the back side of the bodysuit. When the infant or toddler is dressed in the bodysuit, the two connected fastener connecting structures are positioned over the outer thigh region of the child making it easy to access and unfasten them quickly to change the diapers, or the bodysuit, and re-fasten them after the changes.

Bodysuit with a rear bottom flap configured as an extension of the front side of the bodysuit and folded upward through the crotch region of the child's body and attached to the back side of the bodysuit. The rear bottom flap is fastened to the backside of the bodysuit through two fastener connecting structures such as buttonholes, snap sockets, or a hook and loop fasteners located at the bottom end of the rear bottom flap with the corresponding buttons, snap studs, or a hook and loop fastener connecting structures located on the back side of the bodysuit. When the infant or toddler is dressed in the bodysuit, the two connected fastener connecting structures are positioned over the outer thigh region of the child making it easy to access and unfasten them quickly to change the diapers, or the bodysuit, and re-fasten them after the changes.

The invention provides for an infant bodysuit (10) of multi-layer construction which includes a fabric layer (30) laminated to the inside of the infant bodysuit (10) which fabric layer (30) may consist of a substantially water proof membrane (32) which operatively serves to retain moisture on the inside thereof and allow transfer of moisture through the membrane and evaporation thereof on the outside of the membrane, characterised in that the membrane is an imperforate monolithic membrane that may be selected to provide a transfer mechanism for moisture which includes the steps of absorption of moisture on one side of the membrane where there may be higher humidity, diffusion through the membrane, and desorption of moisture on the other side of the membrane where there may be lower humidity.

The invention provides for an infant bodysuit (10) of multi-layer construction which includes a fabric layer (30) laminated to the inside of the infant bodysuit (10) which fabric layer (30) may consist of a substantially water proof membrane (32) which operatively serves to retain moisture on the inside thereof and allow transfer of moisture through the membrane and evaporation thereof on the outside of the membrane, characterised in that the membrane is an imperforate monolithic membrane that may be selected to provide a transfer mechanism for moisture which includes the steps of absorption of moisture on one side of the membrane where there may be higher humidity, diffusion through the membrane, and desorption of moisture on the other side of the membrane where there may be lower humidity.