A LOCKING SYSTEM USED IN ACCESSORY AND JEWELLERY

Abstract

A locking system has a housing and a spring positioned in a body. The system has a locking element on which a spring is attached such that the locking system is inside the housing, and provides locking. At least one fixing element is engaged with the housing, and enables the locking element to be fixed to the housing. At least one guide element is combined with the locking element, and allows the spring to remain on the locking element and the locking element to move in the housing. At least one ring is connected with the guide element and the locking element and ensures the fixation of the locking element to the housing.

Claims

1. A locking system that has a housing and a spring positioned in a body, characterized by comprising: at least one locking element, on which the spring is attached such that it is inside the housing and provides locking, at least one fixing element that is engaged with the housing, and enables the locking element to be fixed to the housing, at least one guide element combined with the locking element, which allows the spring to remain on the locking element and the locking element to move in the housing, and at least one ring that is connected with the guide element and the locking element, and ensures the fixation of the locking element to the housing.

2. A locking system according to claim 1, comprising a carrier element that allows the housing to be fixed to the body and is engaged with the housing.

Description

FIGURES OF THE INVENTION

[0017] FIG. 1, shows the use of the locking system with jewellery.

[0018] FIG. 2, shows the perspective view of the locking system.

[0019] FIG. 3, shows the front perspective view of inner structure of the locking system.

[0020] FIG. 4, shows the side perspective view of inner structure of the locking system.

[0021] FIG. 5, shows the detail perspective view of inner structure of the locking system.

[0022] FIG. 6, shows the detail perspective view of inner structure of the locking system.

DESCRIPTION OF THE PART REFERENCES

[0023] 100—Door system

[0024] 110—Body

[0025] 111—Upper Body

[0026] 120—Housing

[0027] 130—Carrier Element

[0028] 140—Locking Element

[0029] 141—Spring section

[0030] 150—Fixing element

[0031] 160—Spring

[0032] 170—Guide Element

[0033] 180—Ring

DETAILED DESCRIPTION OF THE INVENTION

[0034] In this detailed description, the preferred embodiments of the invention is described only for clarifying the subject matter in a manner such that no limiting effect is created.

[0035] The complete view of the locking system (100) of the invention is given in FIGS. 1 and 2. The present invention relates to a locking system (100) that has a housing (120) and a spring (160) positioned in a body (110), as can be seen in all the figures.

[0036] As seen in FIG. 3, the locking system (100) mainly comprises the following; [0037] a locking element (140), on which a spring (160) is attached such that it is inside the housing (120), and provides locking, [0038] at least one fixing element (150) that is engaged with the housing (120), enables the locking element (140) to be fixed to the housing (120), [0039] at least one guide element (170) combined with the locking element (140), allows the spring (160) to remain on the locking element (140) and the locking element (140) to move in the housing (120) and [0040] at least one ring (180) that is connected with the guide element (170) and the locking element (140) and ensures the fixation of the locking element (140) to the housing (120).

[0041] The locking system (100) further comprises a carrier element (130) that allows the housing (120) to be fixed to the body (110) and is engaged with the housing (120).

[0042] The spring (160) is engaged to the locking element (140) such that it corresponds to the spring section (141) located on the locking element (140). Subsequently, the guide element (170) is joined to the locking element (140) by means of welding, thus the spring (160) remains attached to the locking element (140). In the alternative embodiments of the invention, the shape of the locking element (140) can be changed according to the structure of the lock.

[0043] The fixing element (150) is positioned on the housing (120) by means of welding in a fixed manner. The locking element (140), the spring (160) and the guide element (170) are located in the housing (120), and then the ring (180) is fixed to the lock element (140) by means of welding.

[0044] As seen in FIG. 5, the spring (160) reaches to the position between the fixing element (150) and the guide element (170). The locking element (140) reaches a capacity of rotating 360 degrees by means of the housing (120) and the guide element (170).

[0045] The fixing element (150) prevents the locking element (140) from coming out of the housing (120) and provides the same to remain within the housing.

[0046] Therefore, in case the locking element (140) is pulled manually, it compresses the spring (160) by moving upwardly in the channels in the housing (120). Therefore, while the locking element (140) moves upwards, it also gains the ability to rotate 360 degrees. When the locking element (140) that is moved manually reaches the level of the locking space on the upper body (111), it enters into the space and is locked with the force of the spring (160) when it is released.

[0047] FIG. 4 shows the locking element (140) that is locked on the upper body (111). The locking system (100) can be opened by pulling manually, and it can also be closed manually.

[0048] In the alternative embodiments of the invention, different assembly or combining methods can be used instead of the carrier element (130) so as to engage the housing (120) to the body (110).