KR100622732B1 - Structure of the retainer for fixing sun-visor - Google Patents

Abstract

The present invention relates to a retainer structure for a sun visor and a retainer body (10) having a fitting groove (11) to which the fixed arm (3) of the sun visor (1) is inserted and coupled to one side, and the retainer body (10). ) Is mounted inside of the fitting groove 11 and protrudes into the fitting groove 11 to interrupt the fixing arm 3 of the sun visor 1 fitted into the fitting groove 11 to prevent separation and elasticity by the spring member 21. The holder sphere 20 is supported by a, and one end is formed of a push portion 31 exposed to one side of the fitting groove 11 of the retainer body 10 to push the fixed arm 3 of the sun visor 1 And the other end is connected to the holder sphere 20 so that the pusher 31 pushes the fixed arm 3 of the sun visor 1 when the holder sphere 20 is moved. Is formed of a withdrawal member 30 is mounted to the inside of the retainer body 10, the fixing arm 3 of the sun visor (1) is the fitting groove of the retainer body 10 ( 11) If the holder is pushed by the force to pull out the fixed arm (3) when detached in the combined state when the extraction member 30 is fixed arm (3) inside the fitting groove (11) Push one side of the to make the separation of the fixed arm (3) more easily.

That is, when a force is applied to separate the fixed arm 3 of the sun visor 1 fitted into the retainer 6, a force for simultaneously pushing the fixed arm 3 outward from the fitting groove 11 is generated. The user can easily detach the fixed arm 3 from the retainer 6 with little force.

In addition, the fixed arm (3) of the sun visor (1) is firmly supported by the push portion 31 of the withdrawal member (30) in the state of being fitted into the fitting groove (11) of the retainer body (10) to the vibration of the vehicle It is possible to maintain a pleasant indoor environment while driving by preventing the vibration caused by the noise.

Therefore, it is a very useful invention that improves the user's satisfaction by simultaneously increasing the user's convenience and riding comfort while driving.

Description

Structure of the Retainer for Fixing Sun-visor}

1 is a cross-sectional view showing the structure of a conventional sun visor retainer

Figure 2 is a perspective view showing the overall shape of a typical sun visor

Figure 3 is a cross-sectional view showing the structure of the retainer for the sun visor of the present invention

Figure 4 is a cross-sectional view showing the operating state of the retainer for the sun visor of the present invention

* Description of the major symbols in the drawings *

1: sun visor 2: light blocking plate

3: fixed arm 4: rotational rock

5 pivot portion 6 retainer

10: retainer body 11: fitting groove

20: holder port 21: spring member

30: drawing member 31: push part

32: linkage

The present invention relates to a retainer structure for a sun visor, and more particularly, to the sun visor can be easily separated from the retainer with a small force.

Generally, the sun visor for a vehicle is an accessory attached to the driver's or front passenger's seat to block direct sunlight from entering through the front window.The sun visor is hinged so that the top can be rotated forward and backward in the roof panel. When used, it spreads up and down.

This vehicle sun visor is provided with a pivoting arm at one end of the light blocking plate to block the sunlight, and the pivoting arm is mounted on the roof panel through the pivoting part so that the light blocking plate can be rotated up, down or side to the pivoting point. It would be.

The light shielding plate is provided with a fixing arm, and the fixing arm is detachably fitted to the retainer fixed to the roof panel to fix the position thereof.

The retainer for the sun visor as shown in Figure 1 and the retainer body 10 is provided with a fitting groove 11 is inserted into the fixed arm 3 of the sun visor on one side;

It is mounted inside the retainer body 10 and protrudes into the fitting groove 11 to interrupt the fixing arm 3 of the sun visor fitted with the fitting groove 11 to prevent detachment and is prevented by the spring member 21. It is composed of a holder sphere 20 that is elastically supported.

That is, when the fixed arm 3 of the sun visor is pushed into the fitting groove 11 of the retainer body 10, the holder sphere 20 is compressed by the spring member 21 and the fixing arm 3 is fitted into the fitting groove 11. When the fitting arm 3 is fitted into the inner side and the fixing arm 3 is positioned inside the fitting groove 11 and fully inserted, the holder hole 20 protrudes into the fitting groove 11 by the elastic force of the spring member 21, and thus the holder opening. It is caught in the (20) is to prevent departure.

In addition, when changing the position of the light blocking plate according to the direction of the sunlight irradiated to the vehicle, if the holder 20 is pushed by the fixed arm (3) or more than the force is compressed by the user the fixed arm (3) is It is separated from the fitting groove 11 of the retainer body 10 and can be adjusted to a position that can cover the sunlight by rotating the light blocking plate around the pivot.

However, the above-mentioned conventional sun visor has to apply a force so that the holder sphere elastically supported by the spring member is pushed and compressed when the fixed arm is separated from the retainer body. There was a problem.

The force used by the user to separate the sun visor from the retainer was that the fixed arm was separated from the retainer body, and then the shock was transmitted to the opposite pivot part, thereby reducing the durability of the pivot part.

Therefore, the user felt uncomfortable to apply excessive force when removing the sun visor, resulting in increased dissatisfaction.

It is an object of the present invention to provide a retainer structure for a sun visor that can increase the user's convenience and satisfaction by allowing the user to easily detach the sun visor from the retainer with a small force.

An object of the present invention includes a retainer body 10 having a fitting groove 11 to which the fixed arm 3 of the sun visor 1 is inserted and coupled to one side;

The fixing arm (3) of the sun visor (1) mounted inside the retainer body (10) and protrudes into the fitting groove (11) and fitted into the fitting groove (11) to prevent separation and prevent the spring member (21). Holder holder 20 is elastically supported by the;

One end is formed of a push part 31 exposed to one side of the fitting groove 11 of the retainer body 10 to push the fixed arm 3 of the sun visor 1, and the other end is the holder sphere 20. Connected to the holder 20, the pusher 31 is formed of an interlocking portion 32 for pushing the fixed arm 3 of the sun visor 1 when the holder 20 is pushed to move the retainer body 10 It is achieved by being composed of a withdrawal member 30 mounted therein.

That is, when the fixed arm 3 of the sun visor 1 is separated from the state in which it is fitted in the fitting groove 11 of the retainer body 10, the holder tool 20 may be pulled out by a force to pull out the fixed arm 3. When pushed and moved, the extraction member 30 pushes one side of the fixed arm 3 in the fitting groove 11 to more easily separate the fixed arm 3.

When described in detail with reference to the accompanying drawings a preferred embodiment of the present invention.

Figure 2 is a perspective view showing the overall shape of a typical sun visor, showing that one side of the light-shielding plate is provided with a rotating arm mounted on the pivot portion, the other end is fixed to the retainer is fitted to the retainer.

3 is a cross-sectional view showing the structure of the sun visor retainer according to the present invention, in which the fixed arm of the sun visor is fitted into the fitting groove by the retainer body.

Fig. 4 is a cross-sectional view showing the operating state of the sun visor retainer according to the present invention, which shows that when the holder tool is pushed and moved, the withdrawal member is rotated to push the fixed arm of the sun visor outward in the fitting groove.

Hereinafter, as shown in FIG. 2, a sun visor 1 is mounted on a front upper surface of the inside of the vehicle to prevent direct sunlight irradiated from the sun to the inside of the vehicle, and the sun visor 1 is disposed on one side of the light blocking plate 2. Rotating arm (4) is provided is fixed to the pivot portion 5 is installed on the roof panel (100).

The sun visor 1 is configured such that the light blind plate 2 rotates up, down, or sideways about the pivot part 5 so as to change the position of the light blind plate 2 according to the direction of direct light. On the other side of the light blocking plate (2) is provided with a fixed arm (3) which is fitted to the retainer (6) so as to fix the position of the light blocking plate (2).

The retainer 6, to which the fixed arm 3 of the sun visor 1 is detachably fitted, is mounted and fixed to the roof panel 100 inside the vehicle, which is the same as the conventionally known configuration.

The biggest feature of the present invention relates to the structure of the retainer 6 to which the fixed arm 3 of the sun visor 1 is fitted.

The retainer body 10 of the retainer for the sun visor according to the present invention is formed with a fitting groove 11 to which the fixed arm 3 of the sun visor 1 is fitted, as shown in FIG. 3, the fitting groove 11. The mounting groove 12 is formed on the upper surface of the fitting groove 11 so as to communicate with the interior of the fitting groove 11, the fixing arm (3) of the fitting groove 11 is projected into the interior of the fitting groove (11) Holder holder 20 is mounted.

The holder 20 is formed with a spring mounting groove (20a) in the body is provided with a spring member 21 in the spring mounting groove (20a) to the retainer body 10 as a spring member 21 elastically The end is mounted so as to protrude into the fitting groove 11 in a supported state.

The holder 20 is provided with a catching jaw 22 to which the fixing arm 3 of the sun visor 1 is caught at an end projecting into the fitting groove 11. Guide surfaces 23 having a predetermined angle are formed on both sides, and the holder arm 20 is pushed to guide the inside of the mounting groove 12 when the fixed arms 3 are fitted together or drawn out and separated.

In addition, the fitting groove 11 of the retainer body 10 is in communication with the inside of the fitting groove 11 on the inner side is formed with an installation portion 13 is installed with the withdrawal member 30 to be described later.

The holder 13 is rotatably mounted to the hinge portion 30a when the holder 20 is pushed to move into the mounting groove 12.

The lead member 30 is composed of a push part 31 having one end exposed to the inside of the fitting groove 11 through the installation part 13 and in contact with and supported by the fixed arm 3 of the sun visor 1. .

The other end of the withdrawal member 30 is formed by an interlocking portion 32 that is bent at the push portion 31 around the hinge portion 30a and connected to the holder hole 20.

The interlocking portion 32 is coupled to the holder 20 by being coupled to the coupling hole 20b which is drilled on one side of the holder 20.

That is, as shown in FIG. 4, the fixing arm 3 is fitted into the fitting groove 11 of the retainer body 10 while the fixing arm 3 of the sun visor 1 is fitted. When pulled out from the user to pull the light blocking plate (2) to move the fixed arm (3) to be drawn out from the fitting groove (11).

The fixed arm (3) is moved to be pulled out from the fitting groove (11) to move the holder (20) along the guide surface 23 of the holder (20) to the inside of the mounting groove (12). As the 20 moves toward the inside of the mounting groove 12, the interlocking portion 32 of the lead-out member 30 is pushed by the coupling hole 20b of the holder 20, and the lead-out member 30 is hinged. Rotate around.

When the drawing member 30 is rotated, the push part 31 pushes one side of the fixed arm 3 in contact with the fitting groove 11 in the direction to be drawn out.

Therefore, the fixed arm 3 receives the force pulled out from the fitting groove 11 by the user's force and the force pushed by the push part 31 of the withdrawal member 30 at the same time. It can be pulled out from the fitting groove (11).

In addition, the pusher 31 of the lead-out member 30 contacts one side of the fixed arm 3 coupled to the fitting groove 11 to support the fixed arm 3 to fix the arm by vibration of the vehicle while driving. (3) is to prevent the noise is generated from shaking inside the fitting groove (11).

According to the configuration of the present invention described above, when a force is applied to separate the fixed arm of the sun visor inserted into the retainer, a force for simultaneously pushing the fixed arm outward from the inside of the fitting groove is generated so that the user can easily fix the fixed arm with little force. It can be removed from the retainer.

In addition, the fixed arm of the sun visor is firmly supported by the pusher of the pull-out member while being fitted into the retaining groove of the retainer body, thereby preventing vibration caused by the vibration of the vehicle. It can be maintained.

Therefore, it is a very useful invention that improves the user's satisfaction by simultaneously increasing the user's convenience and riding comfort while driving.

Claims (2)

 A retainer body 10 having a fitting groove 11 to which the fixed arm 3 of the sun visor 1 is inserted and coupled to one side thereof;  The fixing arm (3) of the sun visor (1) mounted inside the retainer body (10) and protrudes into the fitting groove (11) and fitted into the fitting groove (11) to prevent separation and prevent the spring member (21). Holder holder 20 is elastically supported by the; One end is formed of a push part 31 exposed to one side of the fitting groove 11 of the retainer body 10 to push the fixed arm 3 of the sun visor 1, and the other end is the holder sphere 20. Connected to the holder 20, the pusher 31 is formed of an interlocking portion 32 for pushing the fixed arm 3 of the sun visor 1 when the holder 20 is pushed to move the retainer body 10 Retainer structure for the sun visor, characterized in that consisting of the withdrawal member 30 mounted therein. The method of claim 1, wherein the extraction member 30 is rotatably installed to the hinge portion (30a), one end of the extraction member 30 is exposed to the fitting groove 11 through the installation portion (13). And a push part 31 which contacts and supports the fixed arm 3 of the sun visor 1, and the other end of the withdrawal member 30 is bent at the push part 31 about the hinge part 30a. Retainer structure for a sun visor, characterized in that the coupling is connected to the coupling hole (20b) which is drilled on one side of the holder sphere (20) is formed as a linkage interlocking portion (32) in the holder sphere (20).

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