초록 ▼

A self-contained safety and security system and method that performs the multiple functions of theft deterrence, battery saving, battery analysis system, accident protection, and telemetry and control data communication for vehicles is disclosed. The electronically-based system for a vehicle having

A self-contained safety and security system and method that performs the multiple functions of theft deterrence, battery saving, battery analysis system, accident protection, and telemetry and control data communication for vehicles is disclosed. The electronically-based system for a vehicle having an existing power transmission circuit including a battery that can be readily installed and made operational by an individual having no special training using common household tools. The system requires the installation of no dedicated wiring in the vehicle. Furthermore, the system preferably installs without any cutting or splicing of the wiring in the vehicle's electrical system. The system preferably includes an electrical activity sensor sensing electrical activity on the power transmission circuit, a motion sensor sensing vibration associated with the vehicle, a battery-disconnect switch, and a controller to receive signals from the electrical activity and motion sensors and control the switch.

대표청구항 ▼

A self-contained safety and security system and method that performs the multiple functions of theft deterrence, battery saving, battery analysis system, accident protection, and telemetry and control data communication for vehicles is disclosed. The electronically-based system for a vehicle having

A self-contained safety and security system and method that performs the multiple functions of theft deterrence, battery saving, battery analysis system, accident protection, and telemetry and control data communication for vehicles is disclosed. The electronically-based system for a vehicle having an existing power transmission circuit including a battery that can be readily installed and made operational by an individual having no special training using common household tools. The system requires the installation of no dedicated wiring in the vehicle. Furthermore, the system preferably installs without any cutting or splicing of the wiring in the vehicle's electrical system. The system preferably includes an electrical activity sensor sensing electrical activity on the power transmission circuit, a motion sensor sensing vibration associated with the vehicle, a battery-disconnect switch, and a controller to receive signals from the electrical activity and motion sensors and control the switch. 1. In an electrical utility meter, the electrical utility meter operable to measure power consumption, a method of identifying a present electrical service type, the method comprising: a) obtaining measured voltage phase angle data based on a time difference between a first zero crossing of a first voltage measurement signal from a first phase of a polyphase electrical system and a second zero crossing of a second voltage measurement signal from a second phase of a polyphase electrical system; and b) automatically identifying the present electrical service type based at least in part on the measured phase angle data. 2. The method of claim 1 further comprising the step of displaying information identifying the present electrical service type. 3. The method of claim 2 further comprising the step of using the meter display to request an operator for verification of the present electrical service type. 4. The method of claim 1 further comprising the step of using the present electrical service type in subsequent electric utility meter diagnostic operations. 5. The method of claim 1 further comprising the step of performing an adjustment on the electrical utility meter, the adjustment corresponding to the present electrical service type, the adjustment increasing a metering accuracy of the electrical utility meter. 6. In an electrical utility meter, the electrical utility meter operable to measure power consumption, a method of identifying a present electrical service type, the method comprising: a) obtaining measured voltage phase angle data for a plurality of phases in a polyphase electrical system; b) automatically identifying the present electrical service type based at least in part on the measured voltage phase angle data; c) displaying information identifying the present electrical service type on a meter display. 7. The method of claim 6 further comprising the step of displaying information identifying the present electrical service type. 8. The method of claim 7 further comprising the step of using the meter display to request an operator for verification of the present electrical service type. 9. The method of claim 8 wherein: step a) further comprises obtaining measured voltage magnitude data for the plurality of phases of the polyphase electrical system; and step b) further comprises automatically identifying the present electrical service type based at least in part on the measured voltage magnitude data. 10. The method of claim 6 further comprising the step of using the present electrical service type in subsequent electric utility meter diagnostic operations. 11. The method of claim 6 further comprising the step of performing an adjustment on the electrical utility meter, the adjustment corresponding to the present electrical service type, the adjustment increasing a metering accuracy of the electrical utility meter. 12. An arrangement for use in an electrical utility meter, the electrical utility meter operable to be connected to a plurality of electrical service types, the arrangement operable to identify a present service type, the present service type being one of the plurality of electrical service types to which the electrical utility meter is connected, the arrangement comprising: a) a conversion circuit for obtaining measured voltage magnitude and phase angle data for a plurality of phases in a polyphase electrical system; b) a memory; c) a display; d) a processor connected to each of the memory, the conversion circuit, and the display, the processor operable to execute programming steps stored in the memory to receive measured voltage phase angle data from the conversion circuit, identify the present service type based on the measured voltage magnitude and phase angle data, and cause the display to display the information identifying the present electrical service type. 13. The arrangement of claim 12 wherein the processor is further operable to execute programming steps store d in memory to request an operator for verification of the present service type. 14. The arrangement of claim 13 wherein the processor is further operable to execute programming steps stored in memory to: obtain measured voltage magnitude data for the plurality of phases of the polyphase electrical system; and identify the present electrical service type based at least in part on the measured voltage magnitude data. 15. The arrangement of claim 12 wherein the processor is further operable to execute programming steps stored in memory to perform an adjustment on the electrical utility meter, the adjustment corresponding to the present electrical service type, the adjustment increasing a metering accuracy of the electrical utility meter.