Fracturing sliding sleeve capable of being recognized

The utility model discloses a fracturing sliding sleeve capable of being recognized. A main body of the fracturing sliding sleeve is provided with a fracturing fluid through hole. An inner sliding sleeve body is mounted in the main body and can open and close the fracturing fluid through hole. A sliding sleeve RFID state chip write-in coil is used for writing state information of the current fracturing sliding sleeve into a sliding sleeve RFID state chip and is mounted on the outer wall of the inner sliding sleeve body. When the inner sliding sleeve body closes the fracturing fluid through hole, the sliding sleeve RFID state chip write-in coil corresponds to the fracturing fluid through hole in position. The sliding sleeve RFID state chip is used for storing the state information of the current fracturing sliding sleeve and connected to the sliding sleeve RFID state chip write-in coil and a sliding sleeve RFID state chip reading and writing coil. The sliding sleeve RFID state chip reading and writing coil is mounted on the inner wall of the inner sliding sleeve body, used for being matched with an RFIC reader to enable the RFIC reader to read information stored in the sliding sleeve RFID state chip and also used for writing the state information of the current fracturing sliding sleeve into the sliding sleeve RFID state chip. The fracturing sliding sleeve can be effectively recognized and positioned.