This lock system, which is not like his wife and anything, has you ever wondered how it works?

How can a key open it with just one door? This system designed other than each other has a remarkable mechanism!

Locks work with recesses and protrusions on the switch.

The basic principle of the locks is to rotate the cylinder by real aligning the maniles in the key, the lock. Well, how do they achieve this?

The most common type of lock is pin drum locks. There are two intertwined cylinders and pin sets placed in the middle. Each pin consists of two modules as “upper pin” and “lower pin”. When the switch is installed, the recesses and protrusions pushing the lower pins to a reasonable height.

In the use of the right switch, the interface of all pins corresponds to the combination point of the two cylinders.

In this case, the upper pins remain on the upper cylinder, while the lower pins remain below and the cylinder can rotate freely. If the key is wrong, the pins cannot be aligned.

The shape of the switch is designed compared to the length of each sub -pin. For example, a short switch protrusion is pushing a long lower pin, while a deep recess increases a short pink less. In this way, each pin pair is separated on the cutting line and the lock is opened.

These mechanisms can change compared to the lock varieties.

Wafer (sliced) locks are used instead of pin. The switch aligns these slices and allows the cylinder to rotate. In the tubular locks, the pins are placed in a circular order and the switch is in tube and aligns the pins with the notches at the end.

Dimple (pit) switches are also recesses, not on the surface of the switch; It is located on the side and interacts with horizontal pins.

As we have seen, the physical properties of the switches are designed to work in harmony with the internal mechanism of the lock.

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