Mechanical circuit password lock and using method thereof

Abstract

The invention relates to a mechanical circuit password lock. A password dial plate, a mechanical lock cylinder, password circuits, a power supply, an electromagnet and other parts are mainly arranged in a lock box. The mechanical circuit password lock is characterized in that the password circuits are formed by connecting multiple circuit discs in series and form a whole current loop with the power supply. A plurality of fixed connecting points are arranged on each circuit disc, any one fixed connecting point is selected as a password position, and multiple different password circuits are achieved by selecting different password positions. The circuits adopted by the password lock are mechanical circuits, and the multiple circuit discs are mutually connected to form the password circuits, so that the durability and stability of the password lock are greatly improved by adopting the structure, and the secret key amount is large and is equivalent to the secret key amount of an electronic coded lock.

Description

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AI Technical Summary

Benefits of technology

This invention provides a mechanism for securely holding up a machine's key or other security features during operation. By pressing this mechanism onto both the circuit disk and the translating disc, there are no longer any steps involved before turning them on again after being locked into place. Additionally, when used properly, these mechanisms ensure they work well even if some parts get worn out overtime without their original functioning.

Problems solved by technology

This patented technical problem addressed in this patents relates to combining locks that have both mechanisms: Mechanic Locking (ML) with small keys can be easily opened without requiring high-powered tools or complicated circuits containing electrical parts like chip elements and diode devices, while Electronics Controlled Combination Locker(ECL), also called an Electromechanical Compactor/Lockset (ECL). These combined latches provide greater security against unauthorized access compared to traditional combinations due to their simpler design and lower cost per bit than existing systems.

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