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.

Provided are a multi-functional perambulator, a multi-functional cradle bed, a multi-functional infanette and a multi-functional baby carriage, wherein same are all mounted with spring clamping slots (80, 3319). Also provided is a novel multi-wheel walking device. Further provided are a smart wrist band and a smart watch, wherein both of same have a real-time payment system, may be used for a user of a perambulator, a cradle bed, a multi-functional infanette and a multi-functional baby carriage to make a payment when shopping in various supermarkets, facilitates shopping for the user, and satisfies the requirements of the user.

An accommodation device includes a seat assembly, at least one flexible adjustment strap and an accommodating cavity having a bearing portion and a flexible circumferential surrounding portion. The accommodating cavity is rotatable between a lying state and a sitting state. When in the sitting state, a side of the circumferential surrounding portion reaching a topmost point is a first side portion, and a side opposite to the first side portion is a second side portion. The bearing portion has at least two foldable portions forming a first portion close to the first side portion and a second portion far from the first side portion. The adjusting strap is tensioned by the seat assembly and the first side portion when in the sitting state. The second portion is moved to form a seat portion during rotation to the sitting state, and the first portion is supported by the adjusting strap to form a backrest portion.

A car seat and stroller blanket to partially or fully cover a child seated in the child seat. The car seat and stroller blanket has a variety of one or more belt holes with reinforced stitching, in which the safety harness buckles are passed through the belt holes before being buckled into the safety harness.

The car seat and stroller blanket may include an accessory button tab placed on the back side of the blanket. The car seat and stroller blanket may also include a closable pouch for storing items of convenience within a covered zippered pouch. It also includes a pouch at the bottom of the car seat and stroller blanket for the child's feet to be placed in to provide additional warmth.

A baby stroller cover is disclosed. The baby stroller cover includes a body and a motorized air filter unit affixed to the body. A viewing port is affixed to the body and positioned proximate to the motorize air filter unit. A baby stroller attachment component is coupled to the body. The viewing port is transparent. The motorized air filter unit provides filtered air within the body. The body substantially covers a baby stroller when attached thereto via the baby stroller attachment component. The body includes a water-resistant material. The body includes a polymeric material. The viewing port includes a clear polymeric material. The baby stroller attachment component includes a drawstring. The motorized air filter unit is a high efficiency particulate air filter unit. The body is attached to a frame of the baby stroller via the baby stroller attachment component.

A baby stroller cover is disclosed. The baby stroller cover includes a body and a motorized air filter unit affixed to the body. A viewing port is affixed to the body and positioned proximate to the motorize air filter unit. A baby stroller attachment component is coupled to the body. The viewing port is transparent. The motorized air filter unit provides filtered air within the body. The body substantially covers a baby stroller when attached thereto via the baby stroller attachment component. The body includes a water-resistant material. The body includes a polymeric material. The viewing port includes a clear polymeric material. The baby stroller attachment component includes a drawstring. The motorized air filter unit is a high efficiency particulate air filter unit. The body is attached to a frame of the baby stroller via the baby stroller attachment component.

A deep-sea imaging and control system with an extremely compact remote camera head unit which can operate to depths of at least 5500 m (about 8500 psi). The unit has a photopolymer shell for a pressure housing that can be 3D-printed, at least partially filled with high performance epoxy used as a potting compound. A pressure resistant optically transparent material such as a flat polished borosilicate glass disc serves as the optical viewport and protects the unpotted lens assembly from pressure and water intrusion. The control computer can be separate from the camera, is partially or completely potted in epoxy, and can be accessible through a Wi-Fi connection.

A stroller includes a support frame mounted on pneumatic tires that allow the stroller to easily traverse irregular or soft terrain. The support frame includes a handlebar assembly having a hammock-style seat mounted thereon. A canopy suspended above the seat contains integral speakers for streaming music from an electronic device and light strings for illuminating a seated child. The seat also includes a heater and a cooling fan for comforting a seated child during extreme temperatures.

The object of the present invention is to reduce the exposure of polluted air to a baby, and in particular to minimize the pollutions inhaled by a baby when strolling, walking or transporting a baby in an exterior environment. The object is attained by providing a portable device for filtering air, said device being adapted to be arranged in association with a top end of a baby-transporting device. With such an air-filtering device, air from outside of the baby-transporting device may be filtered and purified before being provided in a well-distributed manner to the area of the baby-transporting device where a baby is positioned.

The object of the present invention is to reduce the exposure of polluted air to a baby, and in particular to minimize the pollutions inhaled by a baby when strolling, walking or transporting a baby in an exterior environment. The object is attained by providing a portable device for filtering air, said device being adapted to be arranged in association with a top end of a baby-transporting device. With such an air-filtering device, air from outside of the baby-transporting device may be filtered and purified before being provided in a well-distributed manner to the area of the baby-transporting device where a baby is positioned.