Abstract: A level indicator for a child seat equipped with a rotatable carrying handle rotatably attached thereto, and having a housing in a hub of said pivotal handle with a wall defining an interior region of said hub and an indicator member having an indicator surface. The indicator member is movably received in the interior region and the wall is formed to include a transparent window defined by an edge formed in the wall, the edge being arranged so that the indicator surface is visible through the window when the level indicator is level, with the indicator member moving entirely away from the window edge when the level indicator is not level so that the indicator surface is not visible through the window. The indicator member is disclosed as being a gravity ball that freely rotates in a curved track or a pendulum rotating in the handle.

Abstract: A child seat includes a seat, an article holder, and a mechanism that connects the article holder to the seat. The seat includes a left side wall, a right side wall positioned to lie in spaced-apart relation to the left side wall, and a seat bottom therebetween. One of the left and right side walls includes an inner panel abutting the seat bottom, an outer panel spaced apart from and connected to the inner panel, and a downwardly-opening, article holder-receiving mounting chamber defined between the inner panel and outer panel. The inner panel includes a bottom edge and the outer panel includes a bottom edge that is vertically spaced from the bottom edge of the inner panel to define a side access port into the downwardly-opening, article holder-receiving mounting chamber. The mechanism that connects the article holder to the seat positions the article holder adjacent to the side access port.

Abstract: A child seat is provided having an adjustable seat back arranged to pivot relative to a seat bottom between an upright position and a reclined position. The child seat includes a seat shell having a proximal end, a distal end, a seat bottom, and a first pivot axis adjacent to the proximal end and positioned to lie in spaced-apart relation to the seat bottom. A bottom surface of the seat shell includes a nesting surface appended to the proximal end of the seat shell. The nesting surface curves along an arc having a radius that is constant about the first pivot axis. The child seat also includes a seat back shell having a proximal end, a distal end, a seat back, and a second pivot axis adjacent to the distal end and lying in spaced-apart relation to the seat back. A top surface of the seat back shell includes a mating surface appended to the distal end of the seat back shell.

Abstract: A restraining system is provided for a child. The restraining system includes a base mountable to a car seat and an infant carrier including a shell received by the base. A clamp arm engages the shell and couples the shell to the base. The clamp arm is movable to a release position disengaged from the shell. The restraining system further includes a release button mounted to the shell for movement to an activated position engaging and moving the clamp arm to the release position.

Abstract: A child swing including a support stand, a swing frame mounted on the support stand for reciprocating swinging movement along a swing arc in a forward swing direction and an opposite rearward swing direction, a base pivotably coupled to the swing frame for angular movement about a pivot axis between a forward-facing position facing in the forward swing direction and a side-facing position facing in a side direction extending at an angle to the forward swing direction, and a child seat coupled to the base to pivot therewith relative to the swing frame.

Abstract: Carrier apparatus includes a handle mounted for rotation about an axis and limited axial movement in a middle portion of the frame. The frame is pivotably mounted to the infant seat. The frame is a generally U-shaped pivotable member including a first arm, a second arm, and a middle portion interconnecting first and second arms. The handle can be rotated about the axis to a selected angular position to change the angular orientation of the handle relative to the middle portion.

Abstract: A car seat is provided for restraining a child seated in the car seat. The car seat includes a seat shell having a bottom seat portion and a back support portion. A barrier shield is supported above the bottom seat portion and is pivotable from an initial position to a child-restraining position. A child-restraining harness is attached to the seat shell and extends over an upper torso of the child when the child is seated in the car seat to restrain forward motion of the child. The child-restraining harness is connected to the barrier shield. The barrier shield is located at the initial position when a child is harnessed in the child seat. The child-restraining harness moves the barrier shield from the initial position to a child-restraining position when the upper torso of the child harnessed into the child seat moves forward to push against the child-restraining harness.

Abstract: A child seat having a child restraint apparatus is provided. The child seat includes a shell formed to include a seat bottom having a front edge and a back edge. The child seat also includes a T-shaped bar including a post having a base mounted to the shell and a tip. The T-shaped bar also includes an elongated transverse cross member appended to the tip and arranged to lie in perpendicular relation to the post. The cross member swings between a child-restraining position above the seat bottom and a down-out-of-the-way position below the seat bottom. The base is mounted to pivot about a pivot axis and the cross member is spaced-apart from the pivot axis to overlie legs of a child seated on the seat bottom when the cross member is in the child-restraining position.

Abstract: A seat tray assembly is provided for use with a high chair. The seat tray assembly includes a tray bottom formed for engagement with and extension between arms of the chair and a tray top mounted on the tray bottom for sliding movement relative to and above the tray bottom. In addition, the tray assembly includes a lock unit for selectively locking the tray top on the tray bottom to cause the slidable tray top to occupy a memory position lying on the tray bottom so that the tray top is returned automatically to the memory position each time the tray bottom is mounted on the arms of the chair.

Abstract: A method is provided for connecting a spindle to a tube. The method includes the step of punching a hole in an exterior wall of a tube to create a perimeter edge bordering the tube. The perimeter has a first pre-determined shape. The method further includes the step of press-fitting an end portion of a spindle having a second pre-determined shape different than the first pre-determined shape into the hole to establish a tight fit between the spindle and the tube retaining the spindle in coupled relation in the tube.

Abstract: A chair includes a multi-position seat and a frame assembly for supporting the seat in a selected position above a floor underlying the seat. The seat includes a seat bottom and a seat back positioned to lie adjacent to the seat bottom. The seat back is formed to include a guide channel receiving a portion of the frame assembly therein. The frame assembly includes a pedestal and a frame coupled to the pedestal and arranged to pass through, slide in, and pivot in the guide channel formed in the seat back. The frame assembly further includes at least one seat support link and a latch assembly. Each seat support link has one end pivotally coupled to the frame and another end pivotally coupled to the seat to allow the seat to be moved relative to the frame by a caregiver between selected positions.