KR0129108Y1 - Door latch - Google Patents

Abstract

This proposal is divided into a hook 20 and the body (3) to make it easy to rule, freeze the hook head 22 is inserted through the body (3) access hole (4) the stone piece of the lever (11) 12) the door is fixed because it does not fall out of the control door, and when the winding part 14 of the lever 11 on the side of the case 1 is pressed, the stone piece 12 moves the lever 11 held on the hook 20. Due to the downward hook 20 is free, so that the hook 20 is quickly exited from the body 3 by the flow piece 17 receiving the elasticity of the spring 19. Not only is it convenient, but it is designed to prevent unauthorized intrusion from the outside because it is never removed from the body.

Description

Door hanger

1 is an exploded perspective view of the present article.

2 is a longitudinal cross-sectional view of the assembly of the present article.

3 is a left perspective view of the body of the present invention.

4 is a cross-sectional view of the assembly.

5 is a state diagram of the implementation of the present article.

Figure 6 (a) (b) is an operating state of the present invention.

* Explanation of symbols for main parts of the drawings

1 case 2 mounting plate

3: body 4: hook hole

5: recessed part 6: hole

7: cutting hole 8: stone piece

9: step 10: rectangular hole

11: Leviathan 12: the projection

13: tip bending part 14: winding part

15: bullet cover 16: cover

17: flow piece 18: locking jaw

19: spring 20: hook

21: taped 22: tofu

23: nail hole

This paper is attached to sliding doors and sliding doors between the door and the door or between the wall and the door, and once the hooks are locked by the hooks, they can never be opened from the outside. Unlocking operation is quick and simple and robust, so it is very convenient to use and economical benefits and long-term quality improvement of products can be devised. Conventionally, one side hook has been used simply by hanging it on the circular ring of the other side door, but it is easy to break away from the circular ring by squeezing the hook with a thin wire or other tool between the door and the door gap. There have been closures, including property damage caused by. This paper corrects these shortcomings.

The hole 6 and the square hole 7 are drilled through one side of the upper part of the body case 1 having the attachment plate 2 formed therein, and the hole 6 and the square hole 7 of the body 3 to penetrate the recess 5 and the recess 5. And a rectangular hole 10 having a stone piece 8 and a stepped portion 9 on one side of the hollow body 3 and the concave portion 5 The tip bent portion 13 of the lever 11 made of the mold protrusion 12 is brought into contact with the recessed portion 5 and the protrusion 8, so that the winding portion 14 passes through the case 1 through the square hole 7. 1) After going out, insert the cover plate 16 into the case 1 so that the copper lever 11 is pushed by the finger piece 15 so that the tip is not bent or detached, and the rectangular hole on the inner surface of the body 3 is removed. It is a structure by which the flow piece 17 which has the locking step 18 in 10 is coalesced with the plate insertion spring 19.

In the figure, reference numeral 20 denotes a hook, 21 denotes a taped portion of the hook, 22 denotes the head of the hook, and 23 denotes a nail hole when the hook is attached.

In this configuration configured as described above, when the hook head 22 is inserted into the case 1 hole 6, the hook head 22 passes through the entrance hole 4 to the bottom of the lever 11. When the hook 20 is passed, it is easy when the hook 20 is passed, but when it passes through the protrusion 12, it is lifted up by the elasticity of the tangy piece 15 supporting the protrusion 12. As the a) the projection 12 of the lever 11 is caught between the hook head 22 and the tape jeans 21, the hook 20 is fixed and the door does not fall out. When the winding portion 14 is pressed against the lever 11 exposed outside the body case 1, the lever 11 is lowered as shown in FIG. 6 (b). As the projection 12 was also supported downward, the obstacle of the hook disappears. Therefore, the flow piece 17 of the body 3 long hole 10, which is in a state of being forcibly pressed by the head 22 of the hook 20, ascends upward with the repulsive force of the spring 19 supported by the hook head 22 Since the copper hook 20 is quickly bounced out of the body 3, the door is released, and the floating piece 17 of the rectangular hole 10 has a locking jaw 18 at the upper end 9. It is to prevent unauthorized departure of the flow piece (17) in relation to the hanging so as not to escape upward upward. This paper is very convenient to use because it is quick and easy to operate. It is a practical design that can improve quality.

Claims (1)

The hole 6 and the square hole 7 are drilled so that the hook access hole 4 of the body 3 penetrates the recess 5 and the upper part and one side of the case 1 having the attachment plate 2 formed therethrough. And a rectangular hole 10 having a stone piece 8 and a stepped portion 9 on one side of the hollow body 3 and the concave portion 5 The tip bent portion 13 of the lever 11 made of the mold protrusion 12 is brought into contact with the recessed portion 5 and the protrusion 8, so that the winding portion 14 passes through the case 1 through the square hole 7. 1) After going out, insert the copper lever 11 into the case 1 by inserting the cover plate 16 into the case 1 so that both ends are not bent or separated, and the rectangular hole on the inner surface of the body 3 is removed. A door hanger formed by inserting a flow piece (17) having a locking step (18) in (10) and coalescing with a spring (19).