A swing seat includes a frame assembly and a seat assembly. The frame assembly includes a frame unit, and a rotating unit that is connected to a top end of the frame unit and that is rotatable relative to the frame unit about a swing axis which extends in an axial direction. The seat assembly includes a seat member, and a hanger arm. The hanger arm has a hanger portion coupled removably and co-movably to the rotating unit of the frame assembly, and a connecting portion interconnecting the hanger portion and the seat member, such that the seat member is swingable relative to the frame unit of the frame assembly about the swing axis.

A self-rocking baby crib that is highly mobile throughout a hospital that produces a motion that is smooth and relatively quiet. The self-rocking baby crib includes a wire coupling allow for smooth electrical current flow, insulation and protection of wires, and wire organization. The self-rocking baby crib includes a base include a pair of raised bars, a pair of handles, and a plurality of apertures. The pair of raised bars disposed on each side of the base. The pair of handles are disposed between the side edge of the base and the pair of raised bars and are a pair of cutout handles. The self-rocking baby crib also includes power source include a power knob and a voltage digital display to display the volage to the self-rocking baby crib.

A self-rocking baby crib that is highly mobile throughout a hospital that produces a motion that is smooth and relatively quiet. The self-rocking baby crib includes a wire coupling allow for smooth electrical current flow, insulation and protection of wires, and wire organization. The self-rocking baby crib includes a base include a pair of raised bars, a pair of handles, and a plurality of apertures. The pair of raised bars disposed on each side of the base. The pair of handles are disposed between the side edge of the base and the pair of raised bars and are a pair of cutout handles. The self-rocking baby crib also includes power source include a power knob and a voltage digital display to display the volage to the self-rocking baby crib.

A removable pendulum-operated swing mechanism, specifically a mechanism to swing a smaller object about a first axis to induce a larger object to swing about a second axis. The mechanism uses the mass of the relatively light-weight, smaller object to swing the larger object into a pendulum-swinging motion.

A removable pendulum-operated swing mechanism, specifically a mechanism to swing a smaller object about a first axis to induce a larger object to swing about a second axis. The mechanism uses the mass of the relatively light-weight, smaller object to swing the larger object into a pendulum-swinging motion.

A rocking device provided with a fastening means (9) for mounting to for example a baby buggy to create an automatic rocking movement of the baby buggy. It comprises a rotating, asymmetrical weight (14) driven by an electric moto (24). The motor and weight are suspended in a rigid fastening bracket. The fastening bracket (13) is fastened to a first side of a vibration dampening connection element (3) of an at least partly soft material. The fastening means is fastened to the other side of the vibration dampening connection element (3), such that the movement of the weight is transmitted through the fastening bracket (13), via the vibration dampening connection element (3) and the fastening device, to the baby buggy. The fastening bracket with motor a weight is enclosed by an outer cover (1, 2) which is not in contact with the fastening bracket, motor or weight. The outer cover is fastened to the vibration dampening connection element (3), such that vibrations from the motor and the weight are not transmitted to the outer cover.

A generic system for enabling resonant oscillations along multiple axes includes a load and an actuator. The load represents a mass or structure that is desired to be oscillated, and is subject to a restoring force by suitable mechanisms upon displacement of the load. The actuator is designed to rotate an eccentric mass about a first axis. Responsive to the rotation of the eccentric mass, the actuator is designed to cause the load to oscillate in the direction of each of a second axis and a third axis.

A swing seat includes a frame assembly and a seat assembly. The frame assembly includes a frame unit, and a rotating unit that is connected to a top end of the frame unit and that is rotatable relative to the frame unit about a swing axis which extends in an axial direction. The seat assembly includes a seat member, and a hanger arm. The hanger arm has a hanger portion coupled removably and co-movably to the rotating unit of the frame assembly, and a connecting portion interconnecting the hanger portion and the seat member, such that the seat member is swingable relative to the frame unit of the frame assembly about the swing axis.

A modular rocking device which can be used in conjunction with an existing bed or cot, without structural alteration of the same, to enable the later to be rocked. The modular rocking device comprises two motion imparting legs, two passive legs, two pairs of connecting rods and a motion and communication control unit. The oscillatory motion is generated within the supporting legs in a horizontal plane using an actuator mechanism which comprise a worm gear reducer, or a timing pulley gear reducer. Motion sensors, temperature, heart rate, blood pressure sensors, brain activity sensors, and weight sensors detect the user presence and sleep status, and activate the rocking motion using an automated method. The motion parameters are user configurable through a control panel, or remotely from a terminal connected to a data communication network.

A modular rocking device which can be used in conjunction with an existing bed or cot, without structural alteration of the same, to enable the later to be rocked. The modular rocking device comprises two motion imparting legs, two passive legs, two pairs of connecting rods and a motion and communication control unit. The oscillatory motion is generated within the supporting legs in a horizontal plane using an actuator mechanism which comprise a worm gear reducer, or a timing pulley gear reducer. Motion sensors, temperature, heart rate, blood pressure sensors, brain activity sensors, and weight sensors detect the user presence and sleep status, and activate the rocking motion using an automated method. The motion parameters are user configurable through a control panel, or remotely from a terminal connected to a data communication network.