KR102051781B1 - Main key holder apparatus and using method - Google Patents

Abstract

The present invention relates to a main key holder and a using method therefor. The purpose of the present invention is to implement a structure for sequentially and separably coupling a moving body (14) with a first rod (16) coupled thereto, a connection sleeve (46) on which a main key (2) is hung, and a fixing body (56) fixed to a frame (6) with a second rod (58) coupled thereto such that, when the main key (2) is used, the same is fastened to a belt by connecting the moving body (14) and the connection sleeve (46) to a hanger reel (40) while separating the moving body (14) and the connection sleeve (46) from the fixing body (56), and when the main key (2) is stored, the same is prevented from being lost by coupling the moving body (14) and the connection sleeve (46) to the fixing body (56). To this end, the main key holder comprises: a moving member (8) having a fixing means (30) providing fixing or releasing force; the connection sleeve (46) separably fitting the moving member (8); the main key (2) hung by a string (54) inserted in a hole (52) of the connection sleeve (46); fixing members (12) each having a second fixing means (70) providing fixing or releasing force while separably coupling the connection sleeve (46); and the frame (6) to which the fixing members (12) are welded in a longitudinal direction.

Description

MAIN KEY HOLDER APPARATUS AND USING METHOD}

The present invention relates to a main key hook device and a method of use, and more particularly, a moving body coupled to the first rod, a connecting sleeve on which the main key is engaged, and a fixed body fixed to the frame while coupling the second rod. When the main key is used, the moving body and the connecting sleeve are separated from the fixed body and connected to the rinsing belt to be worn on the waistband, and the light moving body and the connecting sleeve to hold the main key are fixed. It is related with the main key hook device and the method of using the main key to prevent the main key from being lost.

In general, the main key of the customer used by the security company is stored in a hook made in the storage box, and if the main key is used to take out the main key hanging on the hook of the storage box.

There has been a lot of loss due to the storage or use of the customer's important main keys in this simple manner. Therefore, in recent years, there has been a trend to improve the storage structure to prevent the loss of the customer's main key.

Meanwhile, prior art KR 20-0321059 Y1 2003.07.11. Looking at the "multi-purpose key storage box" in Figure 1, first, the box-shaped storage box 10 is configured while the cover 20 is coupled to the hinge 12, opening and closing, the inside of the storage box 10 a plurality of hooks ( 34 is arranged and fixed, the upper end of the storage box (10) has a mounting hole (13) to hang on the wall, the hook 34 is stored by hanging the key.

If the key is to be used, open the cover 10 by opening the cover 20, then remove the key from the storage box 10 from the hook 34, and then remove the cover 20. Close the storage box 10 while returning to the position of.

The prior art as described above is because the key is simply stored on the hook 34 of the storage box 10, or because the user simply removes the key and moves it, the key is frequently lost during storage or movement. There is this.

Republic of Korea Utility Model Number No. 20-0321069

The present invention has been made in order to solve the problems of the prior art as described above, the object is a moving body coupled to the first rod, the connecting sleeve is held on the main key, and the second rod is fixed to the frame By realizing the structure that the fixed body can be detached sequentially, when using the main key, the moving body and the connecting sleeve are separated from the fixed body and connected to the rinsing belt to be worn on the waistband, and the light moving body to store the main key. The coupling sleeve is attached to the fixed body so that the main key is not lost.

The present invention firstly, the moving member 8 is provided with a first fixing means 30 to provide a fixing force or a release force;

A connecting sleeve 46 detachably fitting the moving member 8 to each other;

A main key (2) which is caught by inserting a hanger line (54) into the hole (52) of the connecting sleeve (46);

A fixing member (12) having second fixing means (70) for providing a fixing force or a release force while detachably coupling the connection sleeve (46);

And a frame (6) for welding and installing a plurality of fixing members (12) along a longitudinal direction.

Second, the moving member (8) is formed while the cylindrical moving body 14 is formed to penetrate the first guide hole 17 horizontally,

The first guide hole 17 is coupled to the first rod 16 to be forward, backward,

The first rod 16 is coupled to the first spring 44 to provide an elastic force,

The moving body 14 and the first rod 16, the rear end is characterized in that the first fixing means 30 for providing a fixing force or a release force is installed.

Third, the first fixing means 30 has a collar ring 38 formed at the rear of the first rod 16,

Composed to the first through-hole 32 formed in the rear of the moving body 14 is composed of a first ball 34 in contact with the outer circumferential surface of the collar ring 38,

In the process of the first rod 16 is moved forward, backward, the first ball 34 is characterized in that the inside of the first through-hole 32 by a part of the collar 38 to go in and out.

The present invention is fixed to the frame (6) while coupling the moving body 14, the main body (2) is connected to the connecting sleeve 46 and the second rod (58) to which the first rod (16) is coupled. Since the main body (2) is used, the moving body (14) can be rinsed while separating the moving body (14) and the connecting sleeve (46) from the fixed body (56). 40 is connected to the belt and worn on the belt, and the main body (2) to hold the moving body 14 and the connecting sleeve 46 to the fixed body 56, the main key (2) is not lost It works.

1 is a perspective view showing a conventional key storage box.
2 is a plan view showing an embodiment of the present invention.
Figure 3 is an exploded perspective view of the key hook portion of an embodiment of the present invention.
Figures 4a to 4c is a separate perspective view of the key hook portion which is an embodiment of the present invention.
5a to 5d are functional state diagrams of the present invention.

The present invention is intended to prevent the security company users lost while moving while wearing the main key (2) in the user's belt while keeping the customer's main key (2) in the storage place of the workplace. Looking at the structure in Figures 2 to 4 as follows.

First, a plurality of key hooks 4 (see Fig. 2) are installed at equal intervals along the length direction in a frame 6 fixed to a wall surface, and the key hooks 4 (see Fig. 3) are provided. It is divided into a moving member (8) for providing a fixing force and a release force, and a fixing member (12) fixed to the connecting member (10) and the frame (6) which is an intermediate connection.

The moving member 8 (see Fig. 4a) is configured while the moving body 14 is coupled to the first rod 16 to move forward, backward, the moving body (moving body) 14 is configured in a cylindrical shape First and second sleeves 17 and 20 are horizontally formed in the center in the lengthwise direction, and the first and second sleeves 18 and 20 are provided with steps while varying diameter sizes around the outer circumference of the moving body 14. Is formed, and the flange 22 is formed at the front end of the first sleeve 18.

In addition, the engaging ring 24 for preventing separation is fitted into the coupling groove 24 formed at the distal end of the first guide hole 17, and a stopper function 1b is provided on the inner circumferential surface of the middle portion of the first guide hole 17. A locking projection 28 is formed, and the first fixing means 30 is positioned at the rear of the first guide hole 17.

A first through hole 32 is formed vertically at the first guide hole 17 in the first fixing means 30, and the first ball 34 is not separated outwardly from the first through hole 32. It is to be combined with each other so that it can rise and fall.

The first rod 16 has a first a locking projection 36 and the collar ring 38 are formed on the front and rear, respectively, and the main ring to connect the rinse 40 to the front end of the first rod 16 42 is coupled, and a first spring 44 is coupled between the first a locking projection 36 and the collar ring 38.

In this case, the front and rear sides of the first spring 44 are disposed to be caught by the first a locking projection 36 of the first rod 16 and the first b locking projection 28 of the moving body 14. 1a locking projection 36 is disposed so as not to be separated to the outside by being caught by the locking ring 26 coupled to the moving body (14).

The connecting member 10 (see Fig. 3) is composed of a connecting sleeve 46 formed in a cylindrical shape, the first and second grooves (48, 50) are formed in front of the inner circumferential surface of the connecting sleeve 46, respectively, The first grooves 34 are inserted into or separated from the first grooves 48.

In the middle of the connecting sleeve 46, two holes 52 are formed to penetrate at intervals, and the hole 52 is bundled and installed while passing through the hanger line 54, and the hanger line 54 is provided. There is a main key (2) for the customer is locked.

Subsequently, the fixing member 12 (see FIG. 4C) is configured while the fixing body 56 is coupled to the second rod 58 so as to move forward and backward, and the fixing body 56 is formed in a cylindrical shape. 2 guide hole 60 is formed through the horizontal in the longitudinal direction in the center, and the flange 62 is formed on the center outer peripheral surface of the fixed body 56, the third and fourth sleeves (64, 66) on both sides, respectively; Form.

At this time, since the inner diameter of the fourth sleeve 66 is larger than the inner diameter of the third sleeve 64, the locking jaw 68 is formed at the distal end of the fourth sleeve 66.

The second fixing means 70 is located in the middle of the third sleeve 64, the second fixing means 70 is formed with a second through hole 72 perpendicular to the second guide hole 60 The second ball 74 is coupled to the second ball 74 so as to be lifted and lowered so as not to be separated from the outside, and the second ball 74 is in contact with the outer circumferential surface of the second rod 58. Will be.

A protrusion 76 is formed at the distal end of the second rod 58, and the head 76 is coupled to the protrusion 76 by inserting a groove 80 formed on the rear surface thereof.

Pocket grooves 82 and second locking projections 84 are formed at the front and rear of the second rod 58, respectively, and a second spring 86 is located at the rear of the second rod 58. The cap 88 is positioned at the rear of the second spring 86 and is coupled to the rear of the second guide hole 60.

At this time, the second rod 58 is located inside the third sleeve 64 while the second locking projection 84 is located on the locking jaw 68 of the second guide hole 60, the second spring 86 is located inside the fourth sleeve 66.

As described above, the fourth sleeve 66 of the fixing body 56 constituting the fixing member 12 is welded and fixed while penetrating through the frame 6, and the fixing body 56 as described above is fixed to the frame. In (6), many pieces are welded and installed at equal intervals along the longitudinal direction.

The frame 6 may be fixedly installed on a wall surface which can be conveniently used by a user, but is not limited thereto.

Referring to the operation of the present invention configured as described above are as follows.

First, in order to use the customer's main key 2 of the plurality of key holders 4 installed in the frame 6 (see FIG. 2), as shown in FIG. After the key hook portion 4 is selected, the front end portion of the first rod 16 is pushed back as shown in FIG. 5B.

When the front end of the first rod 16 is pressed and retracted inside the first guide hole 17 of the moving body 14, the first projection locking portion 36 is spaced apart from the locking ring 26, and simultaneously The first spring 44 is compressed by the first a locking protrusion 36 while the trailing edge is supported by the first locking protrusion 28, and the collar ring 38 is detached from the first ball 34 while being first. 1 is moved backward along the guide hole (17).

At this time, the first ball 34 in contact with the outer circumferential surface of the collar ring 38 is lowered in the first through hole 32 to be in contact with the outer circumferential surface of the first rod 16.

Therefore, the first ball 34 is released from the state that was inserted into the first groove 48 of the connecting sleeve 46, the first ball 34 releases the fixing force to the connecting sleeve 46 It becomes the state to do.

Subsequently, when the first rod 16 moves backward and passes through the first guide hole 17 to enter the connection sleeve 46, the rear end of the first rod 16 may be connected to the fixing member 12. The tip of the second rod 58 is pushed back.

When the second rod 58 is retracted inside the second guide hole 60 of the fixed body 56, the second locking projection 84 is spaced apart from the locking jaw 68, at the same time the second spring The 86 is compressed by the rear end of the second rod 58 while the tail is supported by the cap 88, and the outer circumferential surface of the second rod 58 is partially removed from the second ball 74. It will move backward along the second guide hole (60).

At this time, the second ball 74 in contact with a portion of the outer circumferential surface of the second rod 58 is lowered in the second through hole 72 to flow into the pocket groove 82 of the second rod 58.

Therefore, the second ball 74 is released from the state that was inserted into the second groove 50 of the connecting sleeve 46, the second ball 74 releases the fixing force to the connecting sleeve 46 It becomes the state to do.

After the above, the user pulls the moving body 14 and the connecting sleeve 46 to the front as shown in Figure 5c, the rear end of the connecting sleeve 46 is separated from the fixed body 56 moving body It moves forward with 14.

When the pressing force on the tip of the first rod 16 coupled to the moving body 14 is released as described above, the first spring 44 is repulsed and the first b engaging projection 28 is supported as the first point 1a. The first rod 16 is advanced by pushing the locking protrusion 36, and the first rod 16 is advanced along the first guide hole 17, and the first locking protrusion 36 is locked by the locking ring 26. It will stop when it reaches.

At the same time, the first ball 34 is lifted by the large diameter collar 38, which is moved while being in contact with the outer circumferential surface of the first rod 16 of small diameter, and is in contact with the outer circumferential surface. 34 is raised in the first through-hole 32, the upper portion of the first ball 34 protrudes to the upper portion of the first through 32, the first groove 48 of the connecting sleeve 46 ) To provide a clamping force.

Accordingly, the moving body 14 and the connecting sleeve 46 are connected in a fixedly coupled state by providing the fixing force by the first ball 34.

Subsequently, as the first rod 16 moves forward, the pressing force on the distal end portion of the second rod 58 coupled to the fixed body 56 is released, so that the second spring 86 repulses and the cap 88 The second rod 58 is pushed forward from the rear by the support point, the second rod 58 is advanced along the second guide hole 60, the second locking projection 84 is the locking jaw (68) Will stop when you reach).

At the same time, the second ball 74 is separated from the pocket groove 82 to be in contact with the outer circumferential surface of the second rod 58, wherein the second ball 74 is raised in the second through hole (72) The upper portion of the second ball 74 is to protrude to the upper portion of the second through hole (72).

At this time, the moving body 14 and the connecting sleeve 46 is in a state separated from the fixed body (56).

After this, as shown in FIG. 5D, the hook ring 43 is connected to the main ring 42 while drawing a part of the wire 41 of the rinse 40, and then the clip of the rinse 40 is removed. When the 45 is hung on the user's belt, the rinsing body 40 is connected to the moving body 14 and the connecting sleeve 46, and the hook 54 of the connecting sleeve 46 is connected to the customer. The main key 2 is locked.

Therefore, there is no fear of losing the main key 2 in the process of moving the user.

On the other hand, unlike the above described the process of storing after using the main key (2) as follows.

First, when the hook ring 43 is separated from the main ring 42 while partially drawing the wire 41 of the rinse 40 (see FIG. 2), the moving body 14 and the connecting sleeve 46 are separated. Becomes a separate entity, and then fits a part of the rear end of the connecting sleeve 46 to the third sleeve 64 of the fixed body 56.

At this time, a part of the front side of the third sleeve 64 of the fixed body 56 and a part of the front side of the second rod 58 are located together at the rear of the connecting sleeve 46 (see FIG. 3). The rear end of the sleeve 46 is held in contact with the second ball 74.

After the pressurization of the front end of the first rod 16, as described above, the first spring 44 is compressed while moving backwards to enter the interior of the connecting sleeve 46, wherein the first rod ( The rear end of the second rod 16 presses the tip of the second rod 58 inside the connecting sleeve 46 to move backward, and the second rod 58 moves backward while compressing the second spring 86.

At the same time, the first ball 34 in the moving body 14 is lowered in the first through hole 32 and is separated from the first groove 48 of the connecting sleeve 46, the fixed body ( The second ball 74 in 56 is lowered inside the second through hole 72.

After the above, the user pushes the connecting sleeve 46 together with the moving body 14 to move further to the rear side of the fixed body 56, the rear end of the connecting sleeve 46 is fixed body 56 It stops while reaching the flange 62 located at the rear of the third sleeve (64).

After the above, when the pressing force against the first rod 16 is released, the first and second springs 44 and 86 are repulsed, and the first and second rods 16 and 58 are pushed forward, respectively.

At this time, the first ball 34 is raised from the outer circumferential surface of the first rod 16 to move to the outer circumferential surface of the collar ring 38, and at the same time the first ball 34 in the first through hole 32 The raised portion protrudes, and the first ball 34 protruding as described above is inserted into the first groove 48 of the connecting sleeve 46 to provide a fixing force.

At the same time, the second ball 74 is in contact with the outer circumferential surface while being lifted out of the pocket groove 82 of the second rod 58, the second ball 74 in the second through hole 72 As part of the protrusion protrudes to the outside, the second ball 74 protruding as described above is inserted into the second groove 50 of the connecting sleeve 46 to provide a fixing force.

As a result, the moving body 14 and the connecting sleeve 46 are fixed to the frame 6 while being coupled to the fixed body 56, and the main key in the hanger line 54 of the connecting sleeve 46. 2) is kept.

Although the preferred embodiments of the present invention as described above in detail by the accompanying drawings, the present invention is not limited to the embodiments described herein, those skilled in the art having ordinary skill in the art Various modifications and variations can be made within the scope without departing from the scope.

2: main key 4: key hook
6: Frame 8: Moving member
10: connecting member 12: fixing member
14: Moving Body 16: First load
17: 1st guide 18: 1st sleeve
20: second sleeve 22, 62: flange
24: engaging groove 26: locking ring
28: first locking projection 30: first fixing means
32: first through hole 34: the first ball
36: 1a jamming projection 38: color ring
40: to be rinsed 41: wire
42: Main ring 43: Hook ring
44: First spring 45: Clip
46: Connecting sleeve 48: First groove
50: second groove 52: hole
54: hanger 56: fixed body
58: Second Road 60: Second Guide Ball
64: third sleeve 66: fourth sleeve
68: locking jaw 70: second fixing means
72: second through hole 74: second ball
76: protrusion 78: head ring
80: groove 82: pocket groove
84: second locking projection 86: second spring
88: Cap

Claims (11)

A moving member 8 provided with a first fixing means 30 that provides a fixing force or a release force;
A connecting sleeve 46 detachably fitting the moving member 8 to each other;
A main key (2) which is caught by inserting a hanger line (54) into the hole (52) of the connecting sleeve (46);
A fixing member (12) having second fixing means (70) for providing a fixing force or a release force while detachably coupling the connection sleeve (46);
And a frame (6) for welding and installing a plurality of fixing members (12) along the longitudinal direction. The method according to claim 1,
The moving member 8 has a cylindrical moving body 14 formed while horizontally penetrating the first guide hole 17,
The first guide hole 17 is coupled to the first rod 16 to be forward, backward,
The first rod 16 is coupled to the first spring 44 to provide an elastic force,
The main body hanger device, characterized in that the first fixing means 30 for providing a fixing force or a release force is installed at the rear of the moving body (14) and the first rod (16). The method according to claim 2,
The first fixing means 30 is
A collar ring 38 formed at the rear of the first rod 16,
Composed to the first through-hole 32 formed in the rear of the moving body 14 is composed of a first ball 34 in contact with the outer circumferential surface of the collar ring 38,
In the process of moving the first rod 16 forward and backward, the first ball 34 is a main key hook device, characterized in that a part of the inside of the first through hole 32 by the coloring ring 38 go in and out. . The method according to claim 3,
While engaging the engaging ring 26 at the inlet of the first guide hole 17, to form the first engaging projection 28 on the inner peripheral surface of the middle portion,
The first rod 16 is coupled to the first spring 44 while the first a locking projection 36 is formed on the outer circumferential surface thereof.
The first spring 44 is disposed between the first locking projections (36) and the first locking projections (28), the main key hook device, characterized in that to always push the first rod (16) in the forward direction. The method according to claim 4,
First and second grooves 48 and 50 are formed on the front and rear side of the inner circumferential surface of the connecting sleeve 46,
The main key hook device, characterized in that the moving body 14 is coupled to the connecting sleeve 46 is fixed or separated when the first ball (34) flows into or away from the first groove (48). The method according to claim 5,
The fixing member 12 has a cylindrical fixing body 56 is formed while horizontally penetrating the second guide hole 60,
A second rod 58 is coupled to the second guide hole 60 so as to be forward and backward,
A second spring 86 is provided at the rear of the second rod 58 to provide an elastic force.
The rear end of the second spring (86) is coupled to the cap 88 is located in the rear of the second guide hole (60),
The main key hook device, characterized in that the fixing body 56 and the second rod (58) in front of the second fixing means 70 for providing a fixing force or a release force is installed. The method according to claim 6,
The second fixing means 70 is a pocket groove 82 formed on the front side of the second rod 58,
Composed to the second through-hole 72 formed on the front side of the fixed body 56 and consists of a second ball 74 in contact with the outer circumferential surface of the second rod 58,
In the process of moving the second rod 58 forward and backward, the second ball 74 is introduced into the pocket groove 82 and at the same time a part of the second through hole 72 enters the outside. Key hooks. The method according to claim 7,
The locking jaw 68 is formed in the middle of the second guide hole 60,
By forming a second locking projection 84 at the rear of the second rod 58 to be hooked to the locking projection 68,
And the second rod (58) is always pushed in the forward direction by the second spring (86). The method according to claim 2,
The main ring 42 is coupled to the distal end of the first rod 16,
The main key hook device, characterized in that the main ring 42 is rinsed (40) is connected by hanging the hook ring 43 coupled to the wire (41). In the method of using the main key hook device of claim 8 or 9,
Pressing the front end of the first rod 16 to move backwards;
After the first rod 16 reverse process, as the first ball 34 is separated from the collar ring 38 and lowered inside the first through hole 32, at the same time the first ball 34 is connected to the sleeve ( A process of disengaging from the first groove 48 of 46) to release the fixing force;
After the step of releasing the fixing force of the first ball 34, the rear end portion of the first rod 16 presses the front end portion of the second rod 58 to move backward;
After the second rod 58 reverse process, the second ball 74 is introduced into the pocket groove 82 and lowered inside the second through hole 72, and at the same time the second ball 74 is connected to the sleeve ( A process of disengaging from the second groove 50 of 46) to release the fixing force;
After the process of releasing the fixing force of the second ball 74, the moving body 14 and the connecting sleeve 46 to pull together in the forward direction to separate from the fixed body 56;
After the separation process, when the pressing force of the first rod 16 is released, the first and second rods 16 and 58 are returned to their original positions by the repulsive force of the first and second springs 44 and 86. At the same time, the first ball 34 is raised inside the first through hole 32 by the collar ring 38 and inserted into the first groove 48 of the connecting sleeve 46, thereby moving the moving body 14 and the connecting sleeve ( Providing a holding force so that 46) can be coupled;
After the fixing force providing process, the process of connecting to use the rinse (40) to the main ring 42 in the front end of the first rod (16); In the method of using the main key hook device of claim 8 or 9,
Separating the 40 to be rinsed from the main ring 42 at the tip of the first rod 16;
After the separation process, the process of coupling the connecting sleeve 46 with the moving body 14 to the fixed body (56);
After the coupling process, pressing the first rod (16) to the rear to reverse the second rod (58) together;
After the first and second rods 16 and 58 are reversed, the first and second balls 34 and 74 are lowered below the first and second through holes 32 and 72, respectively. A process in which the fixing force is released from the first and second grooves 48 and 50;
After the step of releasing the fixing force, the process of pushing the connecting sleeve 46 together with the moving body 14 to be further moved to the rear side of the fixed body 56 to be coupled;
After the further coupling process, by releasing the pressing action of the first rod 16 to allow the first and second rods (16, 58) to move forward with the reaction force of the first and second springs (44,86) process;
Since the advancing process, the first and second balls 34 and 74 protrude from the first and second through holes 32 and 72 to the first and second grooves 48 and 50 of the connecting sleeve 46. Providing insertion force by each insertion;
After the fixing force providing process, the main sleeve (2) is held in the frame (6) together with the moving body 14 in the state in which the connecting sleeve 46 is coupled to the fixed body 56; How to use the main key hook.

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