57results about How to "Implement adaptive switching" patented technology

The invention discloses a self-adaptive count clock data detection method. According to the self-adaptive count clock data detection method, a clock frequency input by a single external load is recognized in real time by means of a local clock according to a three-item counting method involving high level count, low level count and the sum of the high level count and the low level count, and thus automatic recognition of the data of the load is achieved; then, data of two loads are recognized automatically according to a logical combination algorithm, and thus self-adaptive switching of the clock data of the two loads is achieved according to countless switching commands in the system design. Self-adaptive recognition of the data of one of the multiple loads is achieved after expansion, and selection of the clock data of one of the multiple loads is achieved. The self-adaptive count clock data detection method is also suitable for the situations that externally input clock signals are broken clock signals, or constant-level signals or noise wave signals, and the antijamming capability is high.

The invention discloses a spare power automatic switching system with a self-adaptive switching intermediate resistance grounding mode, and an operation method thereof. The spare power automatic switching system comprises a spare power automatic switching device which is applied to a 10 KV transformer substation system with the intermediate resistance grounding mode, wherein the 10 KV transformer substation system adopts an external bridge expansion wiring mode, a 110 KV side is provided with three bus bars connected through buscouple switches, and the 10 KV side is provided with four sections of bus bars with three grounding transformers respectively. The spare power automatic switching device comprises an analog input end, trip position contacts and input amount contacts of bus bar intermediate resistance switching-in pressing plates, wherein the analog input end is connected into voltage and currents of the four sections of bus bars on the 10 KV side; the trip position contacts are connected into all branch loop switches, buscouple switches and all intermediate resistance switches connected with all the buses on the 10 KV side. The 10 KV transformer substation system comprises contact on-off input ends of all locking spare power automatic switching switching-in amount aiming at spare protection of all main transformers and manual tripping acts of all switches. The spare power automatic switching system can achieve mutual switching of main power supplies and spare power supplies as well of self-adaptive switching of intermediate resistance grounding points by optimizing the structure and the operation logic of the spare power automatic switching system.