Abstract: The present invention is directed to a circuit that is housed within a battery that preserves the chemical energy within a battery when an external load is accidentally left on. The circuit comprises of a momentary switch, a relay, a timer and a terminal, wherein the circuit is connected to the positive and negative electrodes of a battery. The circuit is described in the circuit diagram and functions in the following manner: (1) the momentary switch detects any movement outside of the battery and sends a pulse to the relay, wherein the pulse causes the relay to close, thereby allowing electricity to flow through the circuit to the load outside of the battery, simultaneously, the momentary switch will also trigger the timer to supply power to the circuit during a timing cycle, (2) when then timer's cycle is complete, the timer's output will go low and thereby cause the relay to open and halt the flow of electricity.

Abstract: The present invention is directed to a trigger mechanism of an electronic weapon. The trigger mechanism eliminates the need of a shooter having to master the pulling of the trigger of a rifle with the tip of his index finger and also minimizes the importance of proper breathing techniques when firing the rifle. The trigger mechanism of the electronic weapon has two major components. The first is a mouth operated switch that facilitates the firing of the electronic rifle. The second piece is the electronic rifle. The two pieces might be connected using an electrical cord or a radio frequency.

Abstract: A telescoping security device comprises of a housing having a top and a bottom portion, wherein the housing is installed below ground, a first tube, having a first and second end, wherein an outer section of the first end of the first tube is mounted on the bottom portion of the housing, and wherein the first tube has an inner stopping means positioned near the first end of the first tube, and wherein the first tube is installed below ground, a second tube, having a first and a second end, placed within the first tube, wherein the second tube has an outer resting means at a position near the second end of the second tube, for resting on the stopping means of the first tube, and a stabilizing means for stabilizing the second tube within the first tube attached to the first tube within its first end. Ideally the device's second tube would have a handle attached within the first end of the second tube.

Abstract: A method for fumigation perishables within an existing refrigerated cargo container that does not require the refrigerated cargo container to be tented. The method uses the inherent characteristics of the cargo container to form the fumigation chamber environment. The method insures that the cargo container is fit for fumigation purposes, more specifically, that the refrigerated cargo container does not allow the escape of fumigant beyond the reasonable level allowed by the agency monitoring the fumigation process.