The structure of the fork lock

The structure of the fork lock mainly includes the following parts:

‌Lock Body‌: The lock body of the fork lock is its main structural part, usually made of metal material, with high strength and durability. The lock body contains multiple mechanical components, such as springs, lock cores, lock tongues, etc., and jointly realize the lock function‌

‌Lock Core‌: The lock core is the core component of the fork lock and is responsible for interacting with keys or other opening methods (such as IC cards). The lock core is designed with a complex mechanical structure to ensure that only the correct key or identification signal can be unlocked

‌Lock Tongue‌: The lock tongue is part of the lock body, used to realize locking and unlocking functions on locked objects such as doors or cabinets. When the key is inserted and rotated, the lock tongue will move, thus enabling the unlocking or locking action‌

‌Spring‌: The spring plays a role in resetting and holding state in the fork lock. When the lock is opened, the spring pushes the lock tongue back to its original position, ensuring the reliability of the lock‌

‌Keyhole‌: The keyhole is the part where the key is inserted, designed with a specific shape and size to ensure that only the matching key can be inserted and rotated.

‌Electromagnetic lock body‌: For certain types of fork locks, such as IC card access control fork locks, the electromagnetic lock body includes power supply, card reader, motor and control circuit, etc., which electronically control the state of the lock‌.

The application scenarios of fork locks are diverse, and are commonly found in places such as access control systems and cabinet locks that require safety control. Its working principle is to ensure that only authorized personnel or objects can operate it through mechanical or electronic means.