Mechanical and induction two purpose lock structure

The utility model relates to a mechanical and induction two-purpose lock structure. The mechanical and induction two-purpose lock structure is mainly that the card reader of an induction type electron chip is arranged inside a lock, and the card reader blocks a linkage member by an electromagnetic valve controlling the expansion and contraction action of a clamping pin. The linkage member can be linked with a locking bolt. A lock core is arranged on another side of the lock. The lock core can be linked with the locking bolt by a lock core convex post controlled by a key, and the action of the lock core convex post or the action of the linkage member is respectively separated, and is not mutually interfered. The transceiver of the induction type electron chip is used for receiving the radio wave transmitted by the card reader, and a chip inside the transceiver can be driven to send out an identification code for judging and reading by the card reader. The clamping to the linkage member by the clamping pin is released by the electromagnetic valve. The locking of the lock is released by dialing the linkage member to link the locking bolt, or the locking of the lock can also be released by the key stretching into the lock core to control the rotation of the lock core convex post to directly pull and bunt the locking bolt, and the control efficiency which is provided with mechanical efficiency and electromagnetic induction efficiency is obtained.