A swing set is presented. The swing set is motorized by a motor. The motor is useful in powering and automating the swing seats of the swing set. The motor is also coupled to a control panel for controlling whether the motor is on and also for determining which of the swing seats is activated or none of them are activated. All swing seats may be activated simultaneously and may be individually turned on and off. Energy is attainable by a battery stored underground or by a solar panel. The swing set may also contain lamps, such as LED, to light the swing set for safety and fun.

A game furniture is disclosed herein. It comprises a game table having a table board, a plurality of table legs fixedly connected at a bottom of the table board and a through hole at a center of the table board for accommodating a user; and a seat having a chair plate unit and a plurality of chair legs pivotally connected to the chair plate unit, wherein the plurality of chair legs are respectively engaged with the plurality of table legs when the plurality of chair legs are spread out to parallel to the chair plate unit to decrease a height of the chair plate unit, and wherein the seat is separated from the game table for use when the plurality of chair legs are erected perpendicular to the chair plate unit.

Presented here is an apparatus that includes a dual rail structure, an attachment mechanism, a child seat and upright supports. The apparatus can be 5 feet tall, 5 feet wide, and 2 feet deep. The upright supports lift the dual rail structure above the ground. The adjustable elastic cords can be connected to and suspended from the dual rail structure using wheels, which can traverse the dual rail structure. The child can be placed so that the child can walk, swing, and/or jump. The seat can rotate 360 with respect to the dual rail structure, enabling the child to change direction of motion within the dual rail structure. The entire apparatus can be collapsed using joints, which enable the bars of the apparatus to fold and/or disconnect for compact packing and easy transport.

The present invention provides an infant comfort system using artificial intelligence and micro-vibration and a method for controlling the same, the system including a bouncer seat on which an infant can be laid prone in a bouncer to allow the infant to have a stable resting posture similar to that in his/her mother's womb, in contrast to a conventional bouncer on which an infant is laid supine, thereby making the infant feel stable and comfort and thus easily making the infant stop crying.

An auto-rocking rocker that converts from an infant sleeper to a toddler seat. The convertible rocker comprises a support section that has a concave portion for receiving a child, a frame assembly coupled to the support section, and an auto-rocking mechanism coupled to the frame assembly. The auto-rocking mechanism is configured to be operable while the convertible rocker is in the infant sleeper configuration and inoperable while the convertible rocker is in the toddler seat configuration.

A device for rocking a hammock holding a human is described. The device includes a frame, a lever arm, a solenoid, a cord, and a signaling device. The lever arm pivots about a pivot point to move within the frame. The solenoid is connected to the lever arm to apply a force to rotate the lever arm. The lever arm is connected via the cord to the hammock. As the lever arm moves from one position to another within the frame, the signaling device detects the position of the lever arm and signals to turn on the solenoid to apply a force to the lever arm to rock the hammock.

A child swing has a base, a column, and a seat. The seat comprises a seat rim and a seat support. The seat rim is connectable to the column to support the seat above a floor. The seat rim defines a seat opening. The seat support comprises a rigid material and is attached to the seat rim such that movement between the seat support and the seat rim is substantially prevented. The seat support defines a recess on one side of the seat opening. The seat support is positioned relative to the seat rim such that when a child is introduced through the seat opening from an opposing side of the seat opening, the seat support supports the child within the recess.

The baby rocker may be adapted to safely support an infant in a prone position and to rock and gyrate the infant while the infant is in the prone position. A sturdy base may support a platform via a gyrator on the bottom of the platform. The platform may be padded for comfort. The platform may provide two side walls to prevent the infant from rolling off of the platform in addition to a harness, belt, and rest straps top restrain the infant. The platform may provide a pair of leg holes that the infants legs may pass through. Leg hole coverings may be provided to cover the leg holes if a solid platform surface is desired.

The assembly chair includes a pair of frames, a plurality of coupling rods, a plurality of pairs of depressed portions, at least one support member, and a sheet. The sheet is removably installed between the support member and the coupling rod. At least at one end portion of the sheet, the sheet includes a plurality of inserted portions along a width direction of the sheet. A flat plate is passed through at least one of the inserted portions. The support member with a flat intermediate portion is passed through another one of the inserted portions. The sheet is wound around outer peripheries of the inserted portion through which the plate is passed and the inserted portion through which the support member is passed to adjust a length of the sheet. In such state, the support member has both end portions fitted to the depressed portions on the frames.

A fitness device is provided, the fitness device comprising: a spheroidal member having an interior cavity, the spheroidal member comprising a cylindrical portion extending between a first hemispherical endcap and a second hemispherical endcap, wherein a surface of the spheroidal member defines an aperture positioned between the interior cavity and an exterior of the elastomeric member; and a structured surface positioned on the surface of the spheroidal member over the aperture, the structured surface extending into the interior cavity of the spheroidal member.