Abstract: A motorized means of transporting loads includes a fork lift mechanism that features a set of anchored chains fitted to a set of lifting forks for lifting and lowering a load. With a combination electrical/hydraulic system, the lifting and lowering functions can be efficiently obtained. Two load supporting outriggers are provided which can be extended or retracted while transporting a load to aid in navigating constricted spaces. A tilting mast and fork assembly allows for a manipulation of the center of gravity while transporting loads. A joystick function controls the forward, turning, reverse, lifting, and extending and retracting the outriggers. A battery enabled transport provides for flash charging of the onboard batteries to extend useful life.

Abstract: A motorized means of transporting loads includes a fork lift mechanism that features a set of anchored chains fitted to a set of lifting forks for lifting and lowering a load. With a combination electrical/hydraulic system, the lifting and lowering functions can be efficiently obtained. Two load supporting outriggers are provided which can be extended or retracted while transporting a load to aid in navigating constricted spaces. A tilting mast and fork assembly allows for a manipulation of the center of gravity while transporting loads. A joystick function controls the forward, turning, reverse, lifting, and extending and retracting the outriggers. A battery enabled transport provides for flash charging of the onboard batteries to extend useful life.

Abstract: A method for the accurate measurement of the true dimensions and true geometric shape of an insulated, or otherwise wrapped tank, and for the subsequent calculation of the strapping table (strap chart) thereof, for any desired liquid height increment, without removing the wrapping (insulation), or draining and cleaning the tank on the inside. A number of points are identified and located on the tank shell, for which 3D coordinates measurement is desired. A target is used for each desired measurement point. The method uses a total station to determine the 3D coordinates of a minimum of 3 points on a reflective target. The target is attached to a bolt that can be threaded through the tank insulation until the end of the bolt makes snug contact with the tank shell.