Abstract:
The present invention consists of an electric powered, motorized hand truck having a substantially rectangular platform, at least four wheels, an electronic control panel, and a plurality of frames adapted to retain at least one cylindrical container. The frames are removably secured either horizontally or vertically to the rectangular platform. A gear axle and motor apparatus is secured to power the movement of the truck. Furthermore, a lithium ion rechargeable battery pack may be provided as an energy source for the motor, although different types of motors may be used including, but not limited to: gasoline, fuel cell, bio-diesel and diesel.
Abstract:
A hand truck for transporting a plurality of objects is provided. The hand truck comprises a first frame portion and a second frame portion, each of which comprises: a first rail and a second rail, structurally joined proximal a handle end of each the rail; and a plurality of object supporting bars extending from the first rail to the second rail, each of the plurality of object supporting bars structurally supported by the first rail and the second rail, and separated from an adjacent object supporting bar by a distance approximate a stacking dimension of one of the plurality of objects. The second frame portion is laterally spaced from the first frame portion by an object supporting distance, such that the plurality of object supporting bars of the first frame portion and the plurality of object supporting bars of the second frame portion form a plurality of pairs of object supporting bars, each of the plurality of pairs of object supporting bars being substantially parallel and enabled to support at least one of the plurality of objects when the hand truck is in an upright position. The hand truck further comprises a handle portion proximal to, and structurally joining, a handle end of the first frame portion and a handle end of the second frame portion. The hand truck further comprises a wheel assembly joining the distal ends of each of the first rails of each of the first frame portion and the second frame portion.
Abstract:
A platform receives at least two water bottles. A handtruck is configured to engage under a water bottle on the platform and carry it to the dispensing cabinet. In the handtruck, the water bottle is tilted so that the lowest corner of the bottle is directly below its neck. The handtruck engages and locks into the cabinet with the water bottle in proper, tilted position. A suction tube is dropped straight down into the bottle so that it reaches the lowest corner of the bottle. The suction tube carries a pump and discharge spout so that actuation of the pump causes dispensing of water.
Abstract:
A cargo cart system with a cradle assembly includes a pair of support rails with generally sinuous upper and lower surfaces and at least one cross bar spanning the support rails. The sinuous upper and lower surfaces are maintained in mirrored relation with one another to define pairs of laterally spaced upper and lower support surfaces to support containers in a stabilized position. A method of assembling and retaining containers includes providing a plurality of the cradle assemblies; placing a first cradle assembly on the cart; placing a first row of containers upon the first cradle assembly; placing a second cradle assembly over the first row of containers; and, placing a second row of containers upon the second cradle assembly.
Abstract:
A method of constructing a bottle carrier for a two-wheeled hand truck having a normally generally vertically disposed hand truck frame comprising transversely spaced side rails joined by at least a pair of vertically spaced cross rails between its upper and lower ends includes the steps of providing a generally upright carrier frame having a projecting platform of a size to support a bottle in upright position and which incorporates a bottle girth enveloping element of a size to closely embrace the diameter of an upright bottle on the platform; and providing vertically spaced load bearing parts on the carrier frame spaced apart vertically a distance corresponding to the vertical spacing of the pair of cross rails and configured to disengagably latch the carrier against the cross-rails.
Abstract:
A portable liquid dispenser apparatus has an insulated liquid container having a plurality of flexible dispensing tubes extending from the container. Each of the plurality of flexible dispensing tubes has a nozzle and valve on the end thereof for selectively dispensing liquid from the container. A wheeled container cart has two container supports thereon and has the liquid container removably mounted in a raised position for gravity dispensing of the liquid from the container to one or more individuals through each of the flexible tubes. The wheeled container cart can include a pair supporting surfaces for supporting two liquid containers. The insulated liquid container can have a generally rigid manifold attached to the outside of the container and connected to the inside of the container for receiving the liquid from the inside of the container and dispensing the liquid from the plurality of flexible tubes connected to the manifold. The rigid manifold having the flexible tubes attached thereto can be removably attached to the insulated liquid container for switching between containers.
Abstract:
A cart and caddie system for storing and transporting standard, multi-gallon water bottles, and for inverting each bottle so that its neck is received in an open well at the top of a water dispenser to feed water therein. The wheeled cart includes a lower deck loaded by depleted bottles taken from the dispenser and an upper roller deck loaded by filled water bottles and having an outlet end. The wheeled caddie which is provided with a swiveled cradle is movable from a position adjacent the cart in which the cradle lies in registration with the outlet end of the upper deck whereby a filled bottle can then be transferred from the upper deck to the cradle and then to a position adjacent the dispenser at which the cradle can then be swung to invert the bottle to cause its neck to be received in the open well and thereby renew the water supply of the dispenser.