Abstract: A child seat comprises a main body, a seat portion which is supported by the main body so as to be movable in a longitudinal direction, a back portion which is connected to the main body so as to be pivotable around an axis in a lateral direction and be movable within a predetermined range in a direction orthogonal to the axis, and which is pivotally connected to a rear end part of the seat portion on a lower end side thereof, and a restraint belt which is drawn out to a rear side of the back portion from a restraint position on an upper surface side of the seat portion through the back portion, and which is extended to a restraint position on a front end part of the seat portion via a lower surface side of the seat portion.

Abstract: A child car seat (10) to be to be mounted on a car seat has a child car seat body (10a). The child car seat body (10a) is provided with belt guides (13,17). The child car seat (10) is mounted on a car seat (25). A seat belt (26) is engaged with the belt guides (13, 17) of the child car seat body (10a) to fasten the child car seat (10) to the car seat (25).

Abstract: A child car seat (10) to be to be mounted on a car seat has a child car seat body (10a). The child car seat body (10a) is provided with belt guides (13, 17). The child car seat (10) is mounted on a car seat (25). A seat belt (26) is engaged with the belt guides (13, 17) of the child car seat body (10a) to fasten the child car seat (10) to the car seat (25).

Abstract: A rocking seat control apparatus for a moveable seat supported and having a magnetic member attached thereto is provided that is capable of maintaining the seat being rocked constant in rocking amplitude. The apparatus includes a solenoid for bi-directionally attracting the magnetic member to cause the seat to move in a positive and a negative direction alternately and thereby to be rocked; an amplitude measuring means for measuring an amplitude of the seat being rocked and a rocking motion of the seat; an amplitude damping factor measuring means responsive to displacements in the positive and negative directions of the seat being rocked for measuring an extent of damping factor of the amplitude caused while the seat is being rocked; and a solenoid energizing means for energizing the solenoid means during a time period in which the seat is being rock traveling a distance that is a product of the measured rocking swing and the measured extent of damping factor of amplitude.

Abstract: A casing (32) included in a baby carriage folding mechanism is mounted on a substantially middle part of the handle of a folding baby carriage. Hinged joints (33) each having a stationary member (34) and a movable member (35) are connected to the opposite ends of the casing (32), and pipes (18) forming the handle are connected to the hinged joints (33), respectively. The pipes (18) are connected to the movable members (35) of the joints (33). Actuating members (38a and 38b) capable of being operated by an operating mechanism included in the casing (32) are connected to the movable members (35) of the hinged joints (33). The actuating members (38a and 38b) turn the movable members (35) relative to the corresponding stationary members (34) for folding and developing the folding baby carriage.

Abstract: A child car seat includes a cradle to be fastened to a seat of a vehicle, having a base part and a standing part, a sliding base longitudinally slidably mounted on the cradle. A seat body having a backrest part, is supported for turning on the sliding base. The sliding base tilts gradually as the same slides on the cradle.

Abstract: A child car seat comprises a base, and a seat main body supported by the base, in which the base is provided with a lower base portion mounted on a seat of a vehicle, and an upper base portion mounted so as to freely turn with respect to the lower base portion in such a manner as to reverse a direction with regard to a longitudinal direction of the vehicle, and having an upper surface to which the seat main body is mounted.

Abstract: Each of right and left X-shaped leg assemblies (2) is constructed by pivotally joining middle parts of a front leg (3) and a rear leg (4). The right and the left X-shaped leg assembly (2) are connected to parallel right and left bases (8). One of the front leg (3) and the rear leg (4) of each X-shaped leg assembly (2) has a lower end pivotally connected to the base (8), and the other of the front leg (3) and the rear leg (4) has a lower end supported for turning and longitudinal movement on the base (8).

Abstract: A child car seat (10) to be to be mounted on a car seat has a child car seat body (10a). The child car seat body (10a) is provided with belt guides (13, 17). The child car seat (10) is mounted on a car seat (25). A seat belt (26) is engaged with the belt guides (13, 17) of the child car seat body (10a) to fasten the child car seat (10) to the car seat (25).

Abstract: A child car seat (10) has a belt insertion opening (13) having inlets at opposite side surfaces thereof to receive a seat belt (16) inserted therethrough, and has an aperture (14) opening to the front surface thereof to provide access to the belt insertion opening (13). A belt locking apparatus (20) is disposed inside the belt insertion opening (13) to be handled through the aperture (14). The belt locking apparatus (20) includes a base (21) secured inside the belt insertion opening (13), and a lock arm (22) disposed for rotation relative to the base (21) to receive the seat belt (16) therein when the lock arm (22) is opened, and to clamp the seat belt (16) between the lock arm (22) and the base (21) when the lock arm (22) is closed.

Abstract: A child car seat comprises a child car seat body, a back portion, and a seat portion connected to the child car seat body. The back portion is rotatably connected to the child car seat body, and the bottom end of the back portion is pulled toward the seat portion side by a spring member at a normal time. At a time of impact, an impact force larger than a force of the spring member rotates the back portion so that the back portion moves away from the seat portion.

Abstract: A stroller includes parallel right and left pipes, a pair of armrests each having one end pivotally joined to one of the pipes, a pair of front legs pivotally joined to the armrests, respectively, and provided at the lower ends thereof with front wheels, respectively, a pair of back legs pivotally joined to the armrests, respectively, and provided at the lower ends thereof with back wheels, respectively, and locking members for locking together the back legs and the corresponding pipes. The stroller can be folded in three portions by turning the armrests upward relative to the pipes so that the front legs and the back legs extend substantially in parallel to each other. A substantially U-shaped handle has right and left side parts extended on the outer side of the pipes and is joined pivotally to back leg support members fastened to the lower end parts of the right and the left pipes.

Abstract: A child seat comprises a main body, a seat portion which is supported by the main body so as to be movable in a longitudinal direction, a back portion which is connected to the main body so as to be pivotable around an axis in a lateral direction and be movable within a predetermined range in a direction orthogonal to the axis, and which is pivotally connected to a rear end part of the seat portion on a lower end side thereof, and a restraint belt which is drawn out to a rear side of the back portion from a restraint position on an upper surface side of the seat portion through the back portion, and which is extended to a restraint position on a front end part of the seat portion via a lower surface side of the seat portion. The childe seat is provided with a belt position regulating device for moving the restraint belt which is arranged around the rear end part of the seat portion backward from the back surface of the back portion.