Abstract: A stabilized cart. The cart of the present invention having at least two side walls and a forward and rear end wall with a plurality of holders and outriggers for support during windy conditions. The cart has a plurality of wheels, preferably on casters, that allow for travel on sandy terrain. The stabilized cart is particularly helpful in sandy conditions during high wind events due to the outriggers which provide the cart with greater stability.

Abstract: We describe an example system that includes a plurality of aggregation nodes. Each aggregation node is configured to generate a node utilization data. A pool master is configured to generate a node utilization list responsive to the node utilization data received from each aggregation node and to activate the plurality of aggregation nodes responsive to the node utilization list.

Abstract: Disclosed is a secondary clutch lever device for any vehicle having a handlebar for steering and a primary clutch lever mounted the handlebar. The secondary clutch lever has an adjustment feature and is biased to return to a secondary neutral position allowing the primary clutch lever to return to a primary neutral position. An adjustment prevents the secondary clutch lever from returning to the secondary neutral position also preventing the primary clutch lever from returning to a primary neutral position thereby retaining tension on the clutch cable allowing a reduction in the coupling forces in a clutch assembly causing the clutch assembly to slip momentarily until rotational forces of the engine overcome the slippage fully engaging the clutch assembly thereby eliminating stalling during propulsion.

Abstract: We describe an example system that includes a plurality of aggregation nodes. Each aggregation node is configured to generate a node utilization data. A pool master is configured to generate a node utilization list responsive to the node utilization data received from each aggregation node and to activate the plurality of aggregation nodes responsive to the node utilization list.

Abstract: A method of manufacturing a transformer coil encapsulated in casting resin utilizing a disposable casting mold where the disposable mold acts both as a winding mandrel and as an inner mold shell for resin encapsulation. The disposable casting mold may be oval shaped or circular shaped depending upon the desired shape of the coils to be encapsulated. The inner and outer mold shells are made from thin sheet metal and thus may be adjusted for the manufacture of a wide variety of sizes of oval shaped or circular shaped epoxy encapsulated coils.

Abstract: A method of manufacturing transformer windings embedded in casting resin is disclosed which utilizes an integrated winding mandrel for producing a non-standard oval shaped epoxy encapsulated low voltage coil for dry type distribution transformers. The method includes a process of winding a low voltage oval coil over a disposable mold which acts as both a winding mandrel and as an inner mold shell for epoxy encapsulation. Both the inner and outer molds are made of low cost sheet metal utilizing a “wrap and band” process The complete winding and molding processes can all be conducted on a standard winding machine.