An infant car seat includes a seat main body having a handle mount, a canopy unit operable to positionally cover the seat main body, and a handle mounted to the handle mount of the seat main body. The handle is rotatable relative to the handle mount about a mounting axis, and is operably connected to the canopy unit so that rotation of the handle relative to the handle mount drives the canopy unit to move relative to the seat main body.

Animal grooming wagons are presented including: a base having a substantially planar top surface and forming a rectangular shape, where the base includes: a pair of end wall receiving slots each positioned along opposite end portions of the base; a pair of side wall receiving slots each positioned along opposite side portions of the base; removable inserts positioned along the top surface of the base; a front steerable wheeled axle positioned along the front-end portion of the base; a rear wheeled axle positioned along the rear-end portion of the base; a steering bar for steering the front steerable wheeled axle; and an anchor point positioned centrally along the top surface of the base.

A child seat includes a seat portion fixedly connected with a first coupling part, a backrest frame fixedly connected with a second coupling part, the second coupling part being pivotally connected with the first coupling part so that the backrest frame is rotatable relative to the seat portion, a rotary element pivotally connected with the first coupling part, the rotary element being rotatable relative to the seat portion and the backrest frame, and a locking mechanism operatively connected with the backrest frame and operable to rotationally lock and unlock the rotary element with respect to the seat portion. The locking mechanism is configured to switch between a locking state and an unlocking state in response to a rotation of the backrest frame relative to the seat portion and the rotary element.

An animal mobility device to be used with an animal who lacks full functional use of its rear legs, providing the animal with two modes of operation, with the first mode of operation being active, whereby the animal propels itself by its front legs while having its rear portion supported by the device, and with the second mode of operation being passive, whereby a human operator propels the device while the entirety of the animal is supported by the device.

A child stroller apparatus includes a rear and a front leg frame respectively having a first and a second side segment, a handle frame having a grip portion and a third side segment respectively connected fixedly with a first and a second joining part that are pivotally connected with each other, a latching mechanism for locking the rear and front leg frames and the handle frame in an unfolded state, and a latch carried with the third side segment. The latch can engage and disengage the first joining part to lock and unlock the grip portion relative to the third side segment. Moreover, a linking part couples the latch to the rear leg frame or the front leg frame so that a folding rotation of the handle frame relative to the rear leg frame causes the latch to disengage from the first joining part.

A child stroller apparatus includes a rear and a front leg frame respectively having a first and a second side segment, a handle frame having a grip portion and a third side segment respectively connected fixedly with a first and a second joining part that are pivotally connected with each other, a latching mechanism for locking the rear and front leg frames and the handle frame in an unfolded state, and a latch carried with the third side segment. The latch can engage and disengage the first joining part to lock and unlock the grip portion relative to the third side segment. Moreover, a linking part couples the latch to the rear leg frame or the front leg frame so that a folding rotation of the handle frame relative to the rear leg frame causes the latch to disengage from the first joining part.

A motorized stroller for a theme park including a platform and an ergonomic configuration. The platform enables an operator to stand thereon in order to use it for automated travel. A touch screen display is accessed from the platform to illustrate attraction location, wait times, time, date, local dining, and online ordering options. Additionally, a user may also operate steering of the stroller when standing on the platform. The steering mechanism of the stroller includes a right handle which is manually rotated in a backwards motion to accelerate the stroller in a forward direction. A left handle may be rotated backwards for a reverse motion. Furthermore, the steering wheel includes brake handles to bring the stroller to a stop. In the present embodiment the steering handle also comprises of a key entry to turn the stroller on and off as well as a horn.

Apparatuses and methods for accessing confined spaces while in a supine position. Such an apparatus includes a platform with base and cantilever portions configured in combination to support a user in a supine position, and at least two sets of wheel assemblies coupled to the base portion of the platform and spaced apart from each other in a lengthwise direction of the base portion. The base portion of the platform is configured to balance a body weight of the user over and between the two sets of wheel assemblies. The cantilever portion of the platform is configured to support the user's head and to be cantilevered from a forward-most end of the base portion of the platform.

An attachment for pushable devices, such as strollers, carts, wagons, wheelchairs, and the like, fits between a jogger or walker and a pushable device and allows for more natural running or walking motion while pushing the device. In some embodiments, the attachment includes dampening functions to smooth the connection between the pusher and device, which, in conjunction with an overall geometry that limits interference with the pusher's walking or running motion, provides a smoother ride for an occupant and/or contents of the device. In other embodiments, the attachment provides a substantially rigid connection between the device and the user. The attachments allow the pusher's movement to help steer the device, and, while allowing for mostly hands-free use, reduce unwanted movements translated into the device from the pusher's motions. The attachments described herein allow pushers to comfortably run/jog/walk hands-free while pushing the device in front of them.

A low-profile cart for transporting a large, nonambulatory animal includes a floor supported a predetermined height above the ground by a set of wheels including rear wheels, each of which has a radius approximately equal to the predetermined height. A push bar coupled to the floor may support a sun shade for protecting the animal from sunlight. The floor may be surrounded by detachable railings. A ramp may be provided for allowing the animal to easily enter and exit the cart.