Electrostatic dissipation

1. A method reducing fire hazard at a fueling station having a gasoline pump module including an electric pump motor and a relay operated switch controlling electric power to said motor comprising:

placing a grounded static discharge touch area near said pump module at a height permitting hand engagement of said touch area by a standing person,

placing a motion detector near said gasoline pump module capable of detecting the presence of a person approaching said gasoline pump module to perform a fueling operation,

providing a speaker having a recorded message which is automatically delivered by said speaker when said motion detector detects the presence of said person; said recorded message instructing said person to engage said touch area to discharge his or her personal static electricity prior to engaging in a fueling operation,

providing a touch sensor at said static discharge touch area,

providing a control circuit for said relay operated switch,

providing an interruption switch in said control circuit having a normally open position and a closed position, and

connecting said interruption switch to said static discharge touch sensor, said touch sensor, upon sensing a hand upon said touch area, causing said interruption switch to close.

2. The method of claim 1 wherein said touch area has a resistance between 10 6 and 10 11 ohms.

3. The method of claim 1 and further comprising:

providing an attendant's cubicle near said pump module and

providing a signal device at said attendant's cubicle capable of generating a signal when activated,

connecting said signal device to said motion detector, said signal device generating a signal when said motion detector senses the presence of a person.

4. The method of claim 8 and further comprising

connecting said touch sensor to said signal device to generate a signal indicating a person's hand has engaged said touch area.

5. The method of claim 4 wherein said touch area has a resistance between 10 6 and 10 11 ohms.

6. A fueling station of the type having a fueling module and an electric fuel pump motor comprising:

a grounded static discharge touch area near said fueling module,

a motion detector operable to detect the presence of a person approaching said fueling module,

a speaker with a recorded message located near said fueling module, said motion detector causing said speaker to deliver said recorded message upon sensing the presence of a person,

an attendant's module,

a signal device in said attendant's module operatively associated with said motion detector, said signal device generating a signal to alert an attendant of the presence of a person when the presence of said person is sensed by said motion detector and

a static discharge touch sensor at said touch area operatively associated with said signal device, said signal device alerting said attendant of the presence of a human touch of said touch area.

7. The fueling station of claim 6 wherein said touch area has a resistance between 10 6 and 10 11 ohms.

8. The fueling station of claim 6 and further comprising

a source of electricity,

a power supply lead from said source of electricity to said pump motor,

an electric relay switch in said power supply lead,

a relay lead connecting the relay of said relay switch to said source of electricity and

a static discharge switch in said relay lead

said touch sensor being connected in controlling relation to said static discharge switch so as to permit said gasoline pump to run only if said touch sensor senses human contact.

9. The fueling station of claim 8 wherein said touch area has a resistance between 10 6 and 10 11 ohms.

10. A fueling station of the type having a fueling module and an electric fuel pump motor, comprising

a grounded static discharge touch area near said fueling module

a touch sensor at said touch area operable to sense the presence of a human when touched by said human,

a source of electricity,

a power supply lead connecting said fuel pump motor to said source of electricity,

an electric relay switch in said power supply lead

a relay lead connecting the relay of said relay switch to said source of electricity,

a static discharge switch in said relay lead having open and closed positions and

an electrical connection between said touch sensor and said static discharge switch, said static discharge switch being closed to permit the flow of electricity when said touch sensor is touched by said human.

11. The fueling station of claim 10 wherein said touch area has a resistance between 10 6 and 10 11 ohms.