Abstract: An electrical junction box cover device for use with a plurality of remotely located switches includes a plate, first light, second light, first switch electrical input power source, first electrical neutral, second switch electrical input power source, and second electrical neutral. The plate has a front side and a back side. The first and second lights are positioned to direct light outward from the front side of the plate. The first switch electrical input power source is connected to an electrical input of the first light. The first electrical neutral is connected to an electrical output of the first light. The second switch electrical input power source is connected to an electrical input of the second light. The second electrical neutral is connected to an electrical output of the second light.

Abstract: The invention is directed to providing a switch in an electrical box having one or more electrical devices located therein. The switch is connected within the circuit between a fuse panel and any one of those devices. Thereby, when trouble-shooting any of the electrical devices, the switch will only disconnect that device or devices without disturbing other electrical appliances or stations that happen to be in operation in the same circuit that is being serviced by the same fuse panel.

Abstract: The inventive concept is directed to a shock-proof electrical outlet. The front of the electrical outlet has two openings to receive the prongs of a male plug. One side of the opening is the hot side while the other side is the neutral side. Below each of the openings are located two opposed switches oriented such that when the prongs of the male plug are passing through the openings they will activate the switches. The switches in turn will turn on an energize an ignition coil. As soon as the ignition coil is energized it will activate other switches which in turn will turn on the power to the two prongs of the male plug by way of interposed copper contacts. Any foreign objects inserted into any of the openings cannot energize both switches simultaneously and therefore cannot produce an electric shock to the person.

Abstract: The inventive concept is directed to shock free bulb socket that is inserted in an existing light bulb socket to forego any possible electric shock when there is no light bulb in the existing bulb socket and the electric switch happens to be in an “on” status. The insert socket is a housing that is placed over the existing socket and fastened thereto. The insert socket consists of a lower threaded segment that is threaded into the existing socket. There is an upper threaded segment that will receive the light bulb. When the light bulb is threaded into the upper segment it will encounter a plate there below and will cause the upper threaded segment to slide upwardly together with a bracket to which it is attached. There is a sliding hot prong and a sliding neutral prong which will make contact when the bracket moves upwardly and will convey electric current to the light bulb.

Abstract: A fail safe electrical receptacle (1) having normally open switches (6) and normally closed switches (7). The normally open switches (6) are wired to a breaker (11) and are located above the slots (2) and (3) while the normally closed position switches (7) are located below the slots (2) and (3). The contact arms (18) wired to the neutral slot (2) are neutral while the contact arms (10) wired to the hot slot (3) are grounded. If the switch levers (9) and (8) located behind the slots (2) and (3) are pressed against the normally closed switches (7), a circuit is not completed and therefore no power is provided to the outlet. However, if the switch levers (9) or (8) are pressed against the normally open switches (6), the circuit between the hot (3) and the ground (17) or the ground (17) and the hot slot (3) is completed and the breaker (11) is tripped.