Abstract: A combination lock system includes a mobile communication device (10, 10?), a cloud server (20) and a combination lock (30, 30?). When the cloud server (20) determines that the mobile communication device (10, 10?) matches authentication information, the cloud server (20) outputs password information (22) corresponding to the authentication information to the mobile communication device (10, 10?), and the combination lock (30, 30?) obtains an electric energy and the password information (22) from the mobile communication device (10, 10?). When the combination lock (30, 30?) determines that one of the characters of the password setting module (31, 31?) matches one of the characters of the password information (22) corresponding to a corresponding arrangement order, the mobile communication device (10, 10?) displays display information.

Abstract: A dual-system lock includes a lockset including a combination lock and a near field communication. The combination lock includes a contact. The near field communication includes a contacting pin. A mobile apparatus transmits a signal to the near field communication. The near field communication determines and verifies whether a verification code of the mobile apparatus is correct or not. If the near field communication determines that the verification code of the mobile apparatus is correct, the contacting pin of the near field communication is connected and contacted to the contact of the combination lock, and the near field communication transmits a message including a number to the mobile apparatus, wherein the number is a correct unlocking number. If the near field communication determines that the verification code of the mobile apparatus is incorrect, the near field communication does not transmit the message to the mobile apparatus.

Abstract: A driving assembly of an electronic lock includes a circuit board, a motor, and an actuating cam. The abutting plate has a stopper portion and an accommodating opening. The actuating cam rotate into the accommodating opening so as to drive the abutting plate moving back and forth in a straight line. A latch assembly includes a locking column, and a buckling slot is provided at an outer periphery of the locking column. The stopper group includes a tongue pillar, a first resilience component and a tongue bolt. The tongue pillar is inserted in the buckling slot. The abutting plate moves back and forth that makes the stop portion to selectively block the tongue bolt.

Abstract: An induction type padlock includes a shell, a lock bolt, a shackle, a driving unit, a light-emitting component, and an induction control unit. The lock bolt slides in the shell and has a recess. The shackle is inserted into the shell through the lock bolt and has a latch portion being able to be latched by the lock bolt. The driving unit rotates the position limiter in the recess; the position limiter has a wide portion and a narrow portion. The induction control unit is electrically connected to the driving unit and the light-emitting component. The induction control unit senses a signal to select the wide or the narrow portion of the position limiter to be disposed in the recess and controls the light-emitting component. Therefore, the time delay problems of unlocking and locking can be solved and the distinguishable lighting indications of unlocking and locking can be obtained.

Abstract: A lock core with different thicknesses of lock plates. The lock core has different lock plates with at least two different thicknesses and specifications. The lock plates are arranged in a core body of the lock core so as to greatly increase the permutation/combination number of the security code and reduce the possibility of repetition of the same unlocking code. Also, this increases the difficulty of finding the correct unlocking positions of the respective lock plates, enhancing the security offered by the device.

Abstract: A cabinet lock is disclosed. The cabinet lock includes an outer lock, an extension rod and an inner lock. The outer lock and the inner lock are separately disposed in two sides of the plate. The outer lock includes an outer decorating housing, a lock head and a lock post. The extension rod can optionally connect with the lock post and extend along an axis of the lock post. The inner lock includes an inner decorating housing, a lock barrel and a bolt. The lock post can optionally connect with the lock barrel through the extension rod. The lock head drives the lock post and the lock barrel for a telescopic movement of the bolt.

Abstract: A double system lock apparatus comprises a lock shell, a combination lock, a key lock, and a control piece set. The lock shell has a panel and a main base assembled with each other. The combination lock has a plurality of rotating discs, coupling springs, couplings, and a shaft. The key lock has a lock cylinder and a sleeve set. From back to front, the control piece set has a first control piece, a second control piece, and a third control piece. By means of the control piece set working between the combination lock and the key lock, a double system lock apparatus of simple structure but well function has been formed.