Abram A Ellison

6664475, Dec 16, 2003

Jan 8, 2003

10/337839

Abram Arnold Ellison - Detroit MI, 48235

H02G 1510

174 92

The electric wire distributor connector is for receiving and distributing electric current through electric wires. It includes the housing having a base and a cover placeable in covering relations over the base and being removably attached thereto. The base and cover are made from non-conducting materials such as plastic and define an inlet therebetween for receiving the electrical wires. One or more terminal assemblies are provided, each assembly having one or more metallic conductors attached to the base. A metallic distributor ring is mounted in the base and a metallic extension rod having a pair of ends is provided with one end being attached to the metallic conductor and the other end of the extension rod being attached to the distributor ring to transfer current from the metallic conductor to the distributor ring and vice verse. Moreover, the electric wire distributor connector provides the means for the electric car to run continuously or, in other words, allowing the batteries to recharge themselves, and also run an electric motor, which runs a generator that recharges the batteries. This allows the electric car to run continuously without being recharged by any outside source.

20050173996, Aug 11, 2005

Feb 6, 2004

10/772346

Abram Ellison - Detroit MI, US

H02K001/00

31004000R, 074DIG009

Perpetual motion energy can be used to replace oil, gas, and coal as major sources of energy, by replacing them with perpetual motion energy. One of the many uses for perpetual motion energy is illustrated in a electrical circuit for electric for electric cars or vehicles, showing how: two or more batteries transmit electric current and amps. to a Electric Wire Distributor Connector; the distributor sends electric current and amps. to a electric motor; the electric motor provides power, and also rotates a generator; the generator charges two or more batteries; the distributor also recharges the batteries by recycling one hundred percent or more energy back to the batteries to produce perpetual motion energy. The batteries do not have to be recharged by any other source. Furthermore, the same circuitry can be applied to in-house electric generators to supply electricity and heat energy to residential, and commercial buildings. The use of perpetual motion energy can provide perpetual, efficient, reliable, clean and economical energy through the use of batteries as a power source.

6333464, Dec 25, 2001

Jun 2, 2000

9/586509

Abram Arnold Ellison - Detroit MI

H02G 1510

174 92

A splicing assembly, for facilitating splice connections of electric wires, includes a housing made of nonconductive material, and a terminal assembly attached to an inner surface of the housing. The housing includes a base, and a cover placeable in covering relation over the base. The housing cover is removably attachable to the base. The housing base and cover define a protected space therebetween, and also define an inlet and an outlet therebetween for respectively receiving wires in opposite ends thereof for connection of the wires within the protected space. The housing base may include one or more mounting blocks, for supporting metallic conductors thereon. The mounting blocks, where used, are generally non-conductors. The terminal assembly includes at least two metallic conductors attached to the base, which may be provided as generally flattened metal bars. The terminal assembly also includes adjustably tightenable clamps for clamping wires against the metallic conductors.

50806297, Jan 14, 1992

Dec 20, 1990

7/630502

Abram A. Ellison - Detroit MI

A22C 2902

452 6

An opener which permits the user to easily, simply and effortlessly open the shell of crustaceans, particularly the shells of lobsters and crabs. A pair of mutually parallel, closely spaced prongs are provided, each prong projecting outwardly from a base. The mutually facing portion of each prong is provided with a blade, and each blade is uniformly spaced a predetermined distance from the other blade. Each prong tapers gently from the base to a blunted pointed end. A handle is connected with the base opposite the prongs. In operation, the opener is manipulated relative to the shell of the crustacean so that the portion of the shell to be opened is located between the prongs. An upward movement of the handle easily slices through the shell progressively along the lower of the prongs toward the blunted end. Further insertion of the prongs into the shell will yield additional slices of the shell until the shell is opened and the meat nicely exposed for eating.