WO2018151490A1

WO2018151490A1 - Vehicle sun visor emitting anions and having mood lamp

Info

Publication number: WO2018151490A1
Application number: PCT/KR2018/001855
Authority: WO
Inventors: 조삼증; 이상권; 김동욱
Original assignee: 주식회사 제이에스테크
Priority date: 2017-02-17
Filing date: 2018-02-13
Publication date: 2018-08-23
Also published as: KR101770791B1

Abstract

The present invention relates to a vehicle sun visor emitting anions and having a mood lamp. More particularly, the present invention relates to a vehicle sun visor comprising a mirror (10) disposed therein and a cover (20), one side of which is connected to one side of the sun visor, configured to slide into the sun visor, and exposing or covering the mirror by sliding, the sun visor being hinge-coupled to an inner upper portion of a vehicle and rotating. A mood lamp (30) is disposed on the outer periphery of the sun visor and can be turned on/off selectively. The cover (20) has a magnetic body (21) disposed at the center portion of the inside or outside thereof such that a portable device can be attached thereto. A support (25) is disposed on one side of a front lower portion of the sun visor and is hinge-coupled to the lower end portion of the cover (20), so as to selectively rotate, and supports the lower portion of the portable device attached to the magnetic body (21). An anion generator (40) is disposed inside the sun visor. A blowing opening (50) is formed on the outer side of the sun visor adjacent to the anion generator (40) such that anions are released from the anion generator (40). A control module (60) is disposed inside the sun visor and connected to a power supply portion of the vehicle so as to control the mood lamp and the anion generator. The present invention is useful in that not only can the sun visor fully perform its own purpose, the sun visor can also contain a card and selectively turn the mood lamp on/off when the sun visor is folded, thereby providing convenience and creating a pleasant atmosphere inside the vehicle. When unfolded, the sun visor retains and supports a portable device while blocking sunlight and prevents the portable device from detaching even in the case of vibrations and impacts, thereby enabling a stable support. The sun visor also releases anions from the anion generator such that a comfortable environment inside the vehicle can be acheived.

Description

Vehicle sun visor with negative ion emission and mood light

The present invention relates to a vehicle sun visor equipped with anion release and mood, and more particularly, it is possible to accommodate a plurality of cards when folding the sun visor, the mobile device can be mounted when unfolding, optionally It is a technology for a vehicle sun visor equipped with anion release and mood lamps with various functions that enable the mood lamp to be on-off and release anions.

In recent years, excessive pollution of pollutants causes pollution of the air environment, and indoor air is also heavily polluted by smoking and various pollutants.

Particularly in the case of automobiles, this is more true when driving a lot of roads of vehicles. During driving, not only air pollutants such as exhaust gas of automobiles are introduced into the interior of the vehicle, but also indoor air is contaminated by the occupants.

On the other hand, in order to solve such problems of the conventional pollution, the vehicle negative ion generator is installed in the vehicle interior to purify the indoor air due to the release of negative ions.

In addition, recently, due to the use of a mobile device, a separate fixing means for mounting the mobile device on one side of the vehicle is provided to stably support the mobile device from shaking and impact of the vehicle.

However, when a separate fixing means for fixing the mobile device is provided on one side of the vehicle, it acts as a factor that hinders the driver's operation of the vehicle. Recently, a function for mounting the mobile device to the sun visor of the vehicle is configured. It is used.

Looking at the prior art first,

Registration number 10-1470211 (Special) A slide bracket installed to be slidably movable with respect to the sun visor so that the state stored in the sun visor and the state drawn out from the sun visor; And a plurality of holders fixed to the display device to allow the display device to be mounted on the slide bracket to be elastically rotated on the slide bracket. A base bracket fixedly installed in the sun visor and formed on both sides of guide grooves for guiding forward and backward movement of the slide bracket; And guide protrusions integrally protruding from both sides of the slide bracket and moving along the guide grooves to move the slide bracket forward and backward. The holder is a lower holder coupled to the lower end of the slide bracket via a lower rotation axis; And a pair of side holders rotatably installed at both sides of the slide bracket; A portion of the lower holder through which the lower rotation shaft penetrates is closed when the slide bracket is switched from a pulled out state to a housed state, so that the lower holder cannot be mounted in the open state when the slide bracket is in contact with the base bracket. The present invention relates to a display device holder device for a vehicle sun visor in which a holder protrusion for rotating so as to be in a) state is integrally formed.

According to the related art, a plurality of holders are configured on a slide bracket that is slidably drawn out in a stored state when the sun visor is opened and closed to fix the portable device to the holder. However, the above technology is very complicated in structure and cannot be applied to the existing sun visor, and there is no separate lighting device, so it is cumbersome to check the position of the holder to fix the mobile device used at night. There is no choice but to.

In addition, when the slide bracket is pulled out, the lower part of the sun visor is positioned lower than the lower part of the sun visor, and the lower part of the sun visor cannot but be positioned so as not to block sunlight. It is used to protect the eyes while blocking the sun, and it cannot protect the driver's eyes as it does not perform the function of the sun visor, and the slide bracket may cause inconvenience in driving as the front view of the vehicle driver is also blocked. There is no choice but to.

Registration No. 10-1416389 (Special) A sun visor switch that is switched on when the sun visor is lowered and is switched off when it is raised; A mirror cover sensor configured to detect an open or closed state of the mirror cover while the sun visor is lowered; An indoor light composed of at least one light emitting diode lamp; And a control unit which interlocks with the vehicle speed while the mirror cover is open, turns off the interior light when the vehicle is running, and lights up the interior light when the vehicle is stopped.

The prior art is configured to turn on the indoor light by the control unit when the sun visor is unfolded and to turn off the indoor light when the sun visor is folded, but in the case of the indoor light is emitted from a portion, the overall light is not uniform, so that the indoor light is configured Since only the part is brightened, it is a technology capable of accurate identification only when approaching the interior light.

In other words, the interior light is configured in the upper portion of the vehicle in close proximity to the mirror portion and is a technology that can not be used for other purposes than the purpose for viewing the mirror.

The present invention has been made to solve the above-mentioned problems of the prior art, a magnetic body for attaching and fixing a mobile device to a cover that covers the mirror on the front of the sun visor, with the inherent purpose to block sunlight, and a fixed mobile By constructing a support for supporting the lower part of the device to ensure a stable mounting of the mobile device, to configure the mood light along the outer circumference of the sun visor, to configure the internal anion generator of the sun visor, the mood light and anion generator Control module to control the inside of the sun visor to selectively control the brightness of the mood light, on-off and the emission of the negative ion generator can perform a variety of functions to perform a variety of functions pleasant environment and softness and mood of the vehicle Emphasis is placed on providing a vehicle sun visor equipped with anion release and mood lamps to create an atmosphere. As a technical problem came up to completion.

Therefore, the present invention includes a mirror 10 therein, and one side is hinged to one side of the sun visor and is configured as a cover 20 which can open or cover the mirror so that the upper one side is hinged to the inner upper portion of the vehicle. In the vehicle sun visor is rotated, the mood light 30 that is selectively on-off is configured around the upper outer circumference of the sun visor, the cover 20 for attaching a mobile device to the inner or outer central portion The magnetic body 21 is configured, and a support 25 for supporting the lower portion of the mobile device attached to the magnetic body 21 is pivotally coupled to the lower end of the cover 20 is selectively rotated on one side of the front lower portion, the An anion generator 40 is formed inside the sun visor, and an air outlet 50 discharged from the anion generator 40 is formed outside the sun visor adjacent to the anion generator 40. The outer side of the sun visor is connected to the power source of the vehicle and in that the control module (60) for selectively controlling the above negative ion generator, and mood, etc. composed of technical features.

The upper side of the cover 20 is formed to extend with the cover 20, the coupling is formed in the center through hole is formed, the inner side of the sun visor is fitted in the portion corresponding to the coupling bundle Is formed, one side is fitted into the fitting groove, but the other side is bent upwards to the other side is composed of an elastic member 80 is in contact with the one side of the coupling bundle, the elastic at 3/1 point that is unfolded when the cover 20 is unfolded It is a technical feature to be unfolded by the elastic force by the member 80.

On the other side of the mirror of the sun visor is characterized in that a plurality of card storage unit 70 is configured to accommodate the card.

The control module 60 is characterized by being configured to selectively adjust the brightness and color of the mood light.

The external side of the sun visor is characterized in that the USB terminal 5 is connected to the control module 60 is configured.

The control module 60 is connected to the negative ion generator 40 and the mode lamp 30 and the wiring (b), and is connected to the power supply of the vehicle and the wiring (b), the through hole in the hinge of the sun visor (27) is formed, the wiring (b) is extended from one side of the control module 60 is located in the through hole 27 in the hinge of the sun visor is characterized in that the connection to the power supply of the vehicle.

According to the vehicle sun visor equipped with anion release and mood lamp according to the present invention, while carrying out the original purpose of the sun visor as it is, it is possible to turn on and off the card storage and the optional mood lamp in the folded state and the convenience and interior of the vehicle It can create a subtle atmosphere, and it supports the mobile device by fixing the mobile device while covering the sunlight when it is unfolded, and can prevent the detachment of the mobile device from shaking and shocks, and enables stable support as well as the release of negative ions from the negative ion generator. It is a useful invention that can create a comfortable environment.

1 is a plan view, front view showing a preferred embodiment of the present invention

Figure 2 is a bottom view, side view, side cross-sectional view showing a preferred embodiment of the present invention

3 is a plan view and an enlarged view showing a sun visor in a state where the lid of the present invention is opened;

Figure 4 is a perspective view showing that the elastic member is inserted into the fitting member of the present invention

5 is an operating state diagram showing an operating state of the lid portion of the present invention, an enlarged view

6 is an operating state diagram showing an operating state of the support portion of the lid portion of the present invention, an enlarged view

Figure 7 is a use state showing the attachment of the mobile device to the cover portion of the present invention

8 is a block diagram of a sun visor provided with a control module and a USB terminal of the present invention

[Description of the code]

1: Sun visor 3: Insertion groove

10 mirror

20: cover 21: magnetic material 25: support 27: through hole

29: combined bunch

30: mood light 40: negative ion generator 50: blower 60: control module

70: card housing 80: elastic member 90: fitting member 91: fitting groove

The present invention relates to a vehicle sun visor equipped with anion release and mood, and more particularly, it is possible to accommodate a plurality of cards when folding the sun visor, the mobile device can be mounted when unfolding, optionally It provides a vehicle sun visor equipped with anion release and mood lamps with various functions that can turn on and off the mood light.

Hereinafter, with reference to the accompanying drawings, the preferred configuration and operation of the present invention for achieving the above object with reference to Figures 1 to 8 as follows.

First, the configuration of the present invention will be described with reference to FIGS. 1 to 5, and includes a mirror 10 therein, and one side of which is hinged with the sun visor to open or cover the mirror. In the vehicle sun visor is composed of a cover 20 that the upper side is hinged to the inner upper portion of the vehicle is rotated, the mood light 30 that can be selectively on-off around the upper outer circumference of the sun visor The cover 20 has a magnetic body 21 for attaching a mobile device to an inner or outer central portion thereof, and a lower portion of the front side is hinged with a lower end of the cover 20 to be selectively rotated to form the magnetic body 21. A support 25 for supporting the lower portion of the portable device attached to the structure is formed, the inside of the sun visor is configured with an anion generator 40, the sun visor of the sun visor close to the anion generator 40 The air outlet 50 is discharged from the negative ion generator 40 is formed on the side, the outer side of the sun visor is connected to the power supply of the vehicle control module 60 for selectively controlling the negative ion generator and mood, etc. .

That is, the present invention can be mounted on the sun visor without configuring a cradle for mounting a separate mobile device when using the sun visor to protect the eyes of the driver of the vehicle, such as strong sunlight in a typical vehicle sun visor. In addition, it is possible to create a variety of atmospheres by selectively emitting a mood light 30, such as at night, while selectively generating a negative ions through the negative ion generator 40 to create a comfortable indoor environment of the vehicle. can do.

The sun visor 1 of the present invention has a conventional structure hinged (not shown) to one side of the vehicle as shown in FIG. 1, and a mirror 10 is provided at the center of the plane, and the mirror 10 ) Is configured to cover (20) to selectively open and close.

In the case of the cover 20, since both sides are configured with a conventional hinge structure hinged to both inner sides of the sun visor 1, detailed description thereof will be omitted.

In the inner or outer central portion of the cover 20, as shown in Figs. 1, 2 and 5, a magnetic body 21 for attaching and fixing the mobile device described above is configured, and the magnetic body 21 is larger than the portable device. Or it is preferable to form a little small, it can be formed in a round shape, a semi-circle, a polygon, etc. in the shape and in the present invention is shown to be formed in a round shape, it is shown as being formed a little smaller than a portable device.

In addition, although not shown, the magnetic bodies 21 may be arranged in a plurality of vertically and horizontally arranged at regular intervals.

2, 5, and 6, the lower side of the front side of the cover 20 is hinged to the lower end of the cover 20 to selectively rotate and support the lower portion of the mobile device attached to the magnetic body 21. The support 25 is configured to prevent the detachment from the magnetic body 21 and to stably support the lower part when the shaking of the vehicle occurs while the portable device is attached to and fixed to the magnetic body 21.

That is, as shown in FIG. 7, the support 25 fixes the lower portion of the mobile device, so that the magnetic body 21 is pulling the entire body of the mobile device, along with the pulling force of the magnetic body 21. Due to the weight of the mobile device of 25), it is possible to prevent the mobile device from being dislodged due to sag and shaking of the vehicle.

On the other hand, as shown in Figures 1 to 4, the upper side of the cover 20 is formed to extend with the cover 20, the coupling bundle 29 is formed in the through hole 27 is formed in the center On both sides of the sun visor, a fitting groove 91 is formed in a portion corresponding to the coupling bundle 29, and one side is fitted into the fitting groove 91, but is bent upwards to the other side of the coupling bundle 29. The elastic member 80 is in contact with one side of the, is configured to be unfolded by the elastic force by the elastic member 80 at the 3/1 point that is unfolded when the cover 20 is unfolded.

Looking at the upper both sides of the cover 20 in more detail, the coupling bundle 29 is formed to extend from the cover 20, the through hole 27 in the horizontal direction in the center of the coupling bundle 29 is formed In order to be able to be coupled to the usual hinge (coupling pin, etc.) to the insertion groove (3) formed in the sun visor (1). In this case, each of the insertion grooves 3 are formed at positions corresponding to the through holes 27 at both sides of the sun visor 1.

In addition, the elastic member 80 positioned inside the sun visor 1 includes a fitting member 90 to which the elastic member 80 is fitted and fixed inside the sun visor 1, and the fitting member ( 90, a fitting groove 91 is formed to allow one side of the elastic member 80 to be fitted, and the fitting member 90 is integrally formed with the sun visor 1.

Here, the elastic member 80 is a portion fitted to the fitting groove 91 of the fitting member 90 as shown in Figure 4 has a straight shape, the other side as shown in Figure 5 the coupling While contacting the outer side of the bundle (29) takes a straight shape, the center portion is formed to have an elastic force in a curved shape, the portion in contact with the coupling bundle (29) to always push the coupling bundle (29) It is formed in a state.

That is, due to the structure of the elastic member 90, as shown in FIG. 5, when the user unfolds the cover 20 to use the mirror 10, the cover 20 is centered on the hinge 3 /. The cover 20 is completely unfolded at an angle of 90 ° in the same vertical direction as the mirror 10 by the elastic force of the elastic member 80 without being unfolded up to one point and unfolded by the user.

In addition, although not shown, the fitting member 90 and the elastic member 80 may be configured in one or a plurality, the elastic member 80 is the same according to the number of the fitting member (90) members It is preferable to be formed, and when the plurality of fitting members 90 are formed, the fitting grooves 91 should be formed in the respective fitting members 90.

On the other hand, the mood lamp 30 is formed around the upper edge of the sun visor 1, as shown in Figure 1 or 3, but is formed to extend to the bottom and both sides of the four sides on the plane, According to the control of the control module 60, the mood light 30 is configured to be On-Off.

Here, the reason that the mood light 30 is configured only on the upper side of the sun visor 1 is because it is difficult to perform the role of the mood light 30 when configured below, that is, the mood light 30 When the mood light is turned on, the atmosphere should be produced because when the mood light 30 is configured to the lower side, it may rather hinder the driver's driving.

In addition, although not shown, the mood lamp 30 may be partially configured without being integrally formed, and is not limited to the exemplary embodiment of the present invention.

The negative ion generator 40 is configured in the sun visor (1) as shown in Figures 1 to 3 is located in the lower portion on the plane is configured to release the negative ions under the control of the control module 60 The negative ion generator 40 has a conventional negative ion generator 40 configured to emit negative ions, and the released negative ions are formed on the outside of the sun visor 1 as shown in FIG. 1. The air outlet 50 is formed at the closest to the), it is preferable that the air outlet 50 is formed in one or a plurality.

As shown in FIG. 2, the control module 60 is configured on the opposite surface of the sun visor 1 in which the cover 20 is configured. The control module 60 is connected to the power supply of the vehicle to receive power. Power is supplied to the mood lamp 30 and the negative ion generator 40. Here, the control module 60 is configured with a plurality of buttons are configured to selectively control the brightness and color of the mood light 30 and the negative ion emission of the negative ion generator 40. Here, the connection of the control module 60, the mood lamp 30 and the negative ion generator 40 may be connected by a conventional wiring or the like.

In addition, the other side of the mirror 10 of the sun visor (1) is configured a plurality of card storage unit 70 to accommodate the user carry the card in a position spaced apart from the control module 60 at a predetermined interval Is composed.

In the case of the card storage unit 70, the vehicle driver receives a card that must be continuously used for various purposes such as fueling and toll gates, so that the card of the sun visor (1) is not usually uncomfortably taken out of a card inserted in a wallet or the like. It can be used by taking out from the storage unit 70 and can give convenience to users.

In addition, as shown in FIG. 8, a USB terminal 5 connected to the control module 60 is configured at an external side of the sun visor 1 so that power can be supplied from the vehicle and mounted on a portable device. After inserting the connection tweeter of the portable device into the USB terminal 5, the portable device is configured to allow charging.

In addition, the control module 60 is connected to the negative ion generator 40 and the mode lamp 30 and the wiring (b), and connected to the power supply of the vehicle and the wiring (b), the inside of the hinge of the sun visor A through hole 27 is formed so that the wire b extends from one side of the control module 60 and is positioned as a through hole 27 inside the hinge of the sun visor to be connected to the power supply of the vehicle.

In this case, the power supply unit is generally referred to as a battery of a vehicle, and in the case of the wiring, a general current may flow.

According to the vehicle sun visor equipped with anion release and mood lamp of the present invention, while carrying out the original purpose of the sun visor as it is, it is possible to turn on and off the card storage and selective mood light in the folded state, and the convenience and It can create a subtle atmosphere, and it supports the mobile device by fixing the mobile device while covering the sunlight when it is unfolded, and can prevent the detachment of the mobile device from shaking and shocks, and enables stable support. It is a useful invention that can create an environment.

Claims

Including a mirror 10 therein, one side is hinged to one side of the sun visor is composed of a cover 20 that can open or cover the mirror 10, the upper one side is hinged to the inner upper portion of the vehicle is rotated In the sun visor for vehicles,

At least around the upper outer circumference of the sun visor is provided with a mood light (30),

The cover 20 is formed with a magnetic body 21 for attaching the mobile device to the inner or outer central portion, the lower side of the front side is hinged with the lower end of the cover 20 is selectively rotated and attached to the magnetic body 21 The support 25 for supporting the lower portion of the mobile device is configured,

An anion generator 40 is formed inside the sun visor, and an air outlet 50 discharged from the anion generator 40 is formed outside the sun visor adjacent to the anion generator 40.

An external one side of the sun visor is connected to the power supply of the vehicle control unit 60 for selectively controlling the negative ion generator and mood light, characterized in that the negative ion emission and mood light for a vehicle sun visor provided.
The method of claim 1,

On both sides of the top of the cover 20 is formed to extend with the cover 20, a coupling bundle 29 is formed in the through hole 27 is formed in the center,

The inner side of the sun visor is fitted with a fitting groove 91 is formed in a portion corresponding to the coupling bundle 29, one side is fitted into the fitting groove 91 but bent upwards to the other side of the coupling bundle 29 Is composed of an elastic member 80 in contact with one side,

Vehicle sun visor provided with anion release and mood light, characterized in that the elastic member is unfolded by the elastic member at the point 3/1 that is unfolded when the cover 20 is unfolded.
The method of claim 1,

On the other side of the mirror of the sun visor is provided with a plurality of card storage unit 70 is configured to accommodate the negative ion emission and mood sun vehicle provided with a vehicle.
The method of claim 1,

The control module 60 is a vehicle sun visor provided with anion emission and mood light, characterized in that configured to selectively adjust the brightness and color of the mood light.
The method of claim 1,

An external side of the sun visor is a vehicle sun visor provided with a negative ion emission and mood light, characterized in that the USB terminal 5 is connected to the control module 60 is configured.
The method of claim 1,

The control module 60 is connected to the negative ion generator 40 and the mode lamp 30 and the wiring (b),

Is connected to the power supply of the vehicle and the wiring (b),

Through-holes 27 are formed in the hinge of the sun visor,

The line for the vehicle with anion release and mood light, characterized in that the wiring (b) is extended from one side of the control module 60 is located in the through hole 27 inside the hinge of the sun visor and connected to the power supply of the vehicle. Visor.