A pet stroller with a removable divider for elevated seating within a canopy enclosed seating area is provided. The pet stroller has a frame assembly and a cloth platform enclosure connected to a platform enclosure member to define a base and a sidewall of a pet seating area. Upper and lower canopy bars are pivotably connected to the handle and are pivotable to extend or retract a canopy over the pet seating area. A cloth canopy assembly is connected to the handle and a canopy bar. The canopy is connectable to the platform enclosure member to form an enclosed pet seating area. The divider is removably located in the pet seating area. The divider includes a divider platform supported at least on the platform enclosure member while still allowing the lower canopy bar to be clamped to the platform enclosure member.

A suspension system includes a main pivot housing, a swing arm housing, a linkage assembly, and a resilient component. The main pivot housing is disposed on a lower end of a leg of a stroller. An accommodating space is formed inside the main pivot housing. The swing arm housing is pivoted to a side of the main pivot housing. A wheel of the stroller is pivoted to the swing arm housing. The linkage assembly is movably disposed in the accommodating space. The resilient component is disposed between the linkage assembly and a bracket of the stroller. The swing arm housing can be forced to drive the linkage assembly to pivot relative to the main pivot housing for compressing the resilient component, so as to absorb a shock load.

A pet stroller with a removable divider for elevated seating within a canopy enclosed seating area is provided. The pet stroller has a frame assembly and a cloth platform enclosure connected to a platform enclosure member to define a base and a sidewall of a pet seating area. Upper and lower canopy bars are pivotably connected to the handle and are pivotable to extend or retract a canopy over the pet seating area. A cloth canopy assembly is connected to the handle and a canopy bar. The canopy is connectable to the platform enclosure member to form an enclosed pet seating area. The divider is removably located in the pet seating area. The divider includes a divider platform supported at least on the platform enclosure member while still allowing the lower canopy bar to be clamped to the platform enclosure member

A pet stroller with a removable divider for elevated seating within a canopy enclosed seating area is provided. The pet stroller has a frame assembly and a cloth platform enclosure connected to a platform enclosure member to define a base and a sidewall of a pet seating area. Upper and lower canopy bars are pivotably connected to the handle and are pivotable to extend or retract a canopy over the pet seating area. A cloth canopy assembly is connected to the handle and a canopy bar. The canopy is connectable to the platform enclosure member to form an enclosed pet seating area. The divider is removably located in the pet seating area. The divider includes a divider platform supported at least on the platform enclosure member while still allowing the lower canopy bar to be clamped to the platform enclosure member

The present disclosure provides a locking base assembly. The locking base assembly includes: a base plate for placing an object thereon; and a locking mechanism mounted on the base plate for locking and unlocking the object. The locking mechanism includes: at least one releasing operation element capable of sliding between a locking position and an unlocking position with respect to the base plate; and at least one locking element is slidably disposed on the base plate. The locking element is capable of locking the object when the releasing operation element is in the locking position. The locking element moves along with movement of the releasing operation element to unlock (i.e., release) the object when the releasing operation element is operated to move from the locking position to the unlocking position. The present disclosure also provides a wheeled carrying apparatus including the locking base assembly.

An infant carrier includes a carrier frame, a wheel, and a vibration dampening device disposed therebetween. The vibration dampening device includes a first vibration dampening part, a second vibration dampening part, and an actuator. The first and the second vibration dampening parts are disposed between the carrier frame and the wheel. The actuator is movably disposed on the carrier frame or the wheel. The releasing position has a releasing position and an enabling position for adjusting an action range of the second vibration dampening part moving to the actuator. Therefore, the action range can be adjusted by adjusting the position of the actuator for making an vibration dampening effect performed by the first vibration dampening part or by the first vibration dampening part together with the second vibration dampening part, so that the infant carrier can adapt to different road conditions by adjusting the vibration dampening device through the actuator.

An infant carrier includes a carrier frame, a wheel, and a vibration dampening device disposed therebetween. The vibration dampening device includes a first vibration dampening part, a second vibration dampening part, and an actuator. The first and the second vibration dampening parts are disposed between the carrier frame and the wheel. The actuator is movably disposed on the carrier frame or the wheel. The releasing position has a releasing position and an enabling position for adjusting an action range of the second vibration dampening part moving to the actuator. Therefore, the action range can be adjusted by adjusting the position of the actuator for making an vibration dampening effect performed by the first vibration dampening part or by the first vibration dampening part together with the second vibration dampening part, so that the infant carrier can adapt to different road conditions by adjusting the vibration dampening device through the actuator.

A damping device is arranged on a first pipe (101) and a second pipe (102) of a seat pipe (100) of the stroller, which are parallel to each other, and carries a seat part of the stroller. The damping device comprises a bracket structure (10, 20) pivotally connected to the first pipe and the second pipe. The bracket structure is arranged to elastically prevent the bracket structure from pivoting relative to the first pipe and the second pipe by means of a damping elastic element to delay a downward movement of the seat part. The damping device of the stroller enables the stroller to achieve better damping effect.

According to at least one aspect of the present disclosure, a suspension system for a stroller is provided, the suspension system comprising a shroud having a lower section, an upper section, and a sliding section slidably coupled between the lower section and upper section, the sliding section configured to provide a degree of travel to the lower section and upper section equal to or less than a length of the sliding section; a first spring located at least partially within the lower section; a second spring located at least partially within the upper section; and a washer located between the first spring and the second spring and within the sliding section.

According to at least one aspect of the present disclosure, a suspension system for a stroller is provided, the suspension system comprising a shroud having a lower section, an upper section, and a sliding section slidably coupled between the lower section and upper section, the sliding section configured to provide a degree of travel to the lower section and upper section equal to or less than a length of the sliding section; a first spring located at least partially within the lower section; a second spring located at least partially within the upper section; and a washer located between the first spring and the second spring and within the sliding section.