TH46705A - Low-power operation in radio, telephone - Google Patents

Abstract

DC60 (18/10/43) Power consumption during sleep mode Low power consumption in the telephone radio (104) was reduced to the minimum at the specified wake-up period, the temperature of the telephone radio was set (706) time interval. Adaptive alarm is set in response to the temperature (708) after the variable alarm time. The telephone radio will return to normal operation mode (730). In this way, the circuitry remains in In addition, the low-precision secondary timer is used to measure the sleep interval after the interval set by the secondary timer has elapsed. The second will be Set the time by the available timer. High fidelity The interval of the timeline calibration will be timed and will exit sleep mode in synchronous. Nice with the time of the system Power consumption during sleep mode Low power consumption in the phone radio (104) was reduced to a minimum at the specified wake-up period, the temperature of the telephone radio was set (706). The temperature response (708) will be determined after an adjustable alarm period. The telephone radio will return to normal operation mode (730). In this way, the circuitry remains in The low-power state can last as long. In addition, the low-precision secondary timer is used to measure the sleep interval after the time set by the secondary timer has elapsed. The second will be Set the time by the available timer. High fidelity The interval of the timeline calibration will be timed and will exit sleep mode in synchronous. Nice with the time of the system

Claims (1)

1. Method for working with telephone radios. Where the method consists of steps: (a) defining the wake-up interval as follows: (b) importing low-energy sleep mode; (c) at the scheduled alarm time, (c1) the radio telephone temperature is set; (c2) Adaptive alarm intervals are set in response to temperature; And (c3) after the adaptive alarm time it reverts to tag mode: