Abstract: A baby carrier is disclosed. The baby carrier includes a plurality of wing elements including a first fabric. Each of the wing elements may include a terminal end. The baby carrier includes a back panel affixed to each of the wing elements. The back panel includes a second fabric and at least one opening configured to allow the terminal end of one of the wing elements to pass through the back panel to secure the back panel to the wing elements.

Abstract: A baby carrier is disclosed. A baby carrier may include a carrier body including at least a torso support and a seat support. The seat support may include a left leg support including left support attachment mechanisms and a right leg support including right support attachment mechanisms. The baby carrier includes a hip belt. The hip belt includes a hip belt attachment mechanisms each configured to accommodate the left support attachment mechanisms and the right support attachment mechanisms to vary a size of the seat support.

Abstract: A baby carrier is disclosed. The baby carrier includes a plurality of wing elements including a first fabric. Each of the wing elements may include a terminal end. The baby carrier includes a back panel affixed to each of the wing elements. The back panel includes a second fabric and at least one opening configured to allow the terminal end of one of the wing elements to pass through the back panel to secure the back panel to the wing elements.

Abstract: A circulation unit is provided including a dual-fan unit having a first fan and a separate second fan. The first fan is configured to draw in fresh air from the ambient environment and direct the fresh air into the crib, while the second fan is configured to draw in dangerous gas from the crib and expel the dangerous gas to the ambient environment. The dual fan unit is fluidly coupled to a venting unit via a pair of fluid conduits. The venting unit is placeable within the crib, while the dual fan unit is placeable outside of the crib so as to distance the infant from electrical components and potentially harmful mechanical components, such as the fans.

Abstract: A circulation unit is provided including a dual-fan unit having a first fan and a separate second fan. The first fan is configured to draw in fresh air from the ambient environment and direct the fresh air into the crib, while the second fan is configured to draw in dangerous gas from the crib and expel the dangerous gas to the ambient environment. The dual fan unit is fluidly coupled to a venting unit via a pair of fluid conduits. The venting unit is placeable within the crib, while the dual fan unit is placeable outside of the crib so as to distance the infant from electrical components and potentially harmful mechanical components, such as the fans.