An all-terrain, load carrying cart to transport items comprising: a housing; a set of all-terrain wheels mounted beneath the housing, where the set of all-terrain wheels allow transport over a variety of terrain; a motor fastened to the housing and coupled to the set of all-terrain wheels, where the motor is rechargeable; and a handle attached to an end of the housing on a telescopic post, where the handle includes a set of control functions to operate the motor and drive the set of all-terrain wheels. The housing includes a set of pockets to comprise the walls therefore providing additional storage for the cart.

A beach cart kit and method for transporting cargo over soft-sand may include a handle and a telescoping support member coupled to the handle. The telescoping support member allows the handle to move between several positions. A cargo deck may be coupled to the telescoping support member via a hinge. The hinge permits the telescoping support member with the handle to fold towards the cargo deck when an assembled beach cart is placed in a storage state. An axle may be coupled to the cargo deck for supporting two wheels. Each wheel is removable from the axle when the assembled beach cart is placed in the storage state. Each tire is inflated within a predetermined pressure range such that each tire rotates properly over soft-sand environments when supporting the cargo deck along with any cargo. The kit includes a tire inflation tool providing a predetermined circumference for each inflatable tire.

A trolley includes: a vehicle body; omnidirectional wheels; drive units; a handle; a sensor; and a control device for controlling the drive units based on the longitudinal load, lateral load, and moment about the vertical axis applied to the handle detected by the sensor. The control device: sets a target longitudinal velocity of the vehicle body based on the longitudinal load, a target lateral velocity of the vehicle body based on the lateral load, and a target angular velocity about the vertical axis of the vehicle body based on the moment about the vertical axis; corrects the target lateral velocity based on the target angular velocity so that an absolute value of the target lateral velocity decreases as an absolute value of the target angular velocity increases; and controls the drive units based on the target longitudinal velocity, the corrected target lateral velocity, and the target angular velocity.

A manually manipulated apparatus supports a piece of equipment beneath a rail car gate of a railroad hopper car during maintenance or removal of the gate. The apparatus has a frame and a support frame attached to the frame. The support frame is selectively raisable and lowerable between a lowered position adjacent to the frame to a raised position extending upwardly above the frame. The support frame has an equipment engagement member which has an upwardly facing surface which is adapted to engage a downwardly facing surface of the equipment when the support frame is in the raised position.

A running wheel for a patient positioning device (30) is provided. The running wheel has a wheel (1) and a receiving device (4) for rotatably receiving the wheel (1) around a first rotational axis (5), which is arranged centrally with respect to a circumference of the wheel (1). The wheel (1) has a wheel body (3), and multiple circumferential castors (7), each having a second rotational axis (8) arranged in a direction tangential to a circumference of the wheel (1), wherein the circumferential castors (7) form a bearing surface of the wheel (1).

A transportation assembly for transportation of an object on a surface comprises at least four rolling devices, a transportation body and at least one interface element for each rolling device. The interface element is adapted for connecting the rolling device to the transportation body. The interface element for mounting or integration of a rolling device to/into an object comprises an upper part and a lower part, where the upper part and the lower part comprise complimentary shaped guiding means.

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.

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.

Disclosed are various embodiments for a multi-surface cart that can be modified or configured to move along different underlying surfaces. The cart can include a transport unit and an adjustable base unit that extends below a bottom surface of the transport unit. The adjustable base unit can be adjusted such that the cart is movable along a first surface in a first configuration with a plurality of wheels on the first surface and is moveable along a second surface in a second configuration with an underlying panel of the adjustable base unit on the second surface.

A foldable wagon has a frame with vertical members arranged at four corners of the frame. Each vertical member has an upper bracket, a lower bracket, and a sliding member slidingly disposed on the vertical member between the upper and lower brackets. The frame has first bottom members with inner ends pivotally connected together with a first bottom connecting member and outer ends operatively and pivotally connected to a respective sliding member. The frame has second bottom members with inner ends operatively and pivotally connected together with a second bottom connecting member and outer ends being operatively and pivotally connected to a respective lower bracket.