KR20120107669A - Multimedia terminal holding apparatus for vehicle - Google Patents

Abstract

PURPOSE: A multimedia terminal holder for a vehicle is provided to allow easy attachment and detachment of a multimedia terminal through a push plate, because the push plate of an ejector separates the multimedia terminal by pushing the multimedia terminal outward from a rotating plate with an elastic member. CONSTITUTION: A multimedia terminal holder for a vehicle comprises a fixed plate(10), a rotating plate(20), an ejector(60), a coupler(30), and a connector(40). The fixed plate is mounted on a front side of an acoustic apparatus built into a center console of a vehicle. The rotating plate is attached on the fixed plate and a multimedia terminal is fixed in the rotating plate to be detachable and rotates the fixed multimedia terminal. A part of the multimedia terminal is caught by the ejector, thereby being fixed in the rotating plate. The ejector ejects the multimedia terminal from the rotating plate by pressing a rear side of the fixed multimedia terminal. The coupler joins the rotating plate to the fixed plated to be rotated. The adapter settles a second multimedia terminal which size is different from the first multimedia terminal on the rotating plate.

Description

Vehicle Multimedia Terminal Mounting Device {MULTIMEDIA TERMINAL HOLDING APPARATUS FOR VEHICLE}

The present invention relates to a multimedia terminal mounting apparatus, and more particularly, to a multimedia terminal mounting apparatus for a vehicle capable of mounting various types of multimedia terminals in the center fascia of the vehicle.

In general, with the development of IT technology, various types of portable multimedia terminals such as DMB receivers, navigation, PMP, and MP3 players are being developed as well as mobile phones, which have been limited to mobile phones in the past. Carrying them, they enjoy multimedia regardless of time and place.

In addition, recently, integrated multimedia terminals have been developed that can be integrated and enjoyed, such as smart phones and tablet computers, and replace existing terminals.

Integrated multimedia terminals have been widely used in vehicles because they play music, watch DMB TV, wireless internet, and navigation. Accordingly, mounting devices for mounting multimedia terminals on vehicles have been developed.

The general mounting device is manufactured in a form independent of the vehicle and is manufactured in a manner that is attached to the windshield or the dashboard of the vehicle, but there is a problem that obstructs the driver's view and inhibits safe driving.

In particular, the existing mounting device is manufactured in such a way that the multimedia terminal is held by holding the terminal in an interference fit manner, which makes it inconvenient to mount the terminal, and in order to separate the interference terminal, the other terminal is held in one hand while the other terminal is held. There is a cumbersome problem of pulling the terminal.

In addition, the existing mounting apparatus has a problem in that the multimedia terminal cannot be connected to the acoustic device of the vehicle, and thus the limitation of the sound output cannot be charged, as well as the multimedia terminal.

Therefore, in recent years, there has been a demand for the development of a buried mounting apparatus that can be connected through a sound device of a vehicle while simultaneously mounting a multimedia terminal embedded in a vehicle.

On the other hand, the integrated multimedia terminal is not limited to the vertical direction, but the image or image provided on the screen is provided in the horizontal direction, while the conventional mounting device is inconvenient to use it can not freely change the direction of the mounted multimedia terminal There is this.

On the other hand, when the mounting device is embedded in the vehicle to rotate, there is a manufacturing constraint that the rotating body must be made in a circular shape, and in the case of a large multimedia terminal such as a tablet computer, There is a problem that cannot be rotated.

The present invention was created in order to solve the problems of the prior art, a vehicle multimedia that can be easily separated from the multimedia terminal in addition to the multimedia terminal in an integrated state installed in the center fascia portion of the vehicle The purpose is to provide a terminal.

In particular, the object of the present invention is to provide a vehicle multimedia terminal capable of separating the multimedia terminal while rotating the member holding the mounted multimedia terminal through the elastic force.

Another object of the present invention is to provide a multimedia terminal mounting apparatus for a vehicle that can freely rotate the multimedia terminal in a state where the multimedia terminal is mounted and can be connected to a vehicle acoustic device.

In addition, the rotating body for rotating the multimedia terminal is formed in a non-circular shape according to the shape of the vehicle and can be rotated even when embedded, and the multimedia terminal for a vehicle that can prevent the rotating multimedia terminal from being caught in the structure of the vehicle. The purpose is to provide a mounting device.

One aspect of the present invention for achieving the above object is a fixed plate provided in front of the sound device built in the center fascia portion of the vehicle; A rotating plate attached to the fixed plate to detachably hold the multimedia terminal and to rotate the held multimedia terminal; An ejector installed on the rotating plate and holding the multimedia terminal on the rotating plate while a part of the multimedia terminal is caught, and pressing the rear side of the held multimedia terminal to eject the multimedia terminal from the rotating plate; A coupler for rotatably coupling the rotating plate to the fixed plate; And a connector for supplying power of the vehicle to the multimedia terminal mounted on the rotating plate or transmitting a sound signal of the multimedia terminal to the audio device.

According to the multimedia terminal mounting apparatus for a vehicle according to the present invention, since the rotating plate on which the multimedia terminal is mounted is installed on the fixed plate provided in the center fascia portion of the vehicle, the multimedia terminal can be mounted in a state embedded in the center fascia portion, in particular, the rotating plate. The multimedia terminal mounted on can be reliably separated through the ejector.

In addition, since the push plate constituting the ejector holds the multimedia terminal and pushes the multimedia terminal to the outside of the rotating plate while rotating uniaxially by the elastic member, the multimedia terminal can be detachably attached to the rotating plate through the push plate.

In addition, since the elastic member is composed of a leaf spring and the other side supports the push plate while the one side is fixed to the rotating plate, it is possible to stably provide the elastic force to the push plate.

Furthermore, since the push plate is alternately locked or unlocked to the rotating plate by the locking bunch and the gripping protrusions constituting the locking means, the multimedia terminal can be held or ejected through one-touch of the push plate.

In addition, since the coupler is composed of the fitting shaft and the rotation bearing provided on the fixed plate, it is possible to smoothly rotate the rotating plate fitted to the fitting shaft about the fitting axis by the rotation bearing.

In addition, since the rotation protrusion formed on the rotating plate rotating around the fitting axis is caught by the stopper formed on the fixed plate, the rotation is restricted, thereby limiting the rotation angle of the rotating plate.

In addition, since the multimedia terminal is connected to the acoustic device of the vehicle by a connector consisting of a connection port and a connection module, the audio signal of the multimedia terminal can be amplified through the speaker of the vehicle, and the vehicle power can be supplied to the multimedia terminal for charging. It may be.

In addition, since the connection module rotates by means of a hinge pin, the multimedia terminal is rotated uniaxially. Therefore, when mounting the terminal on the rotating plate or detaching the terminal from the rotating plate, the terminal is mounted on the rotating plate or connected to the rotating module while being connected to the connecting module. You can.

Further, since the rotating plate rotates and protrudes toward the front of the fixed plate by the protruding means, the rotating plate can be rotated even when the rotating plate is formed in a non-circular shape and embedded in the fixed plate. The jam is prevented and it can rotate smoothly.

In addition, the protruding means is composed of a moving protrusion which is raised in front of the fixing plate by the inclined surface of the guide rail formed on the fixing plate, so that the rotating plate may protrude by the protrusion of the moving protrusion, so that the rotating plate may protrude stably.

1 is a schematic diagram showing a vehicle multimedia terminal mounting apparatus according to a first embodiment of the present invention.
Figure 2 is a perspective view showing a multimedia terminal mounting apparatus shown in FIG.
3 is an exploded perspective view showing the ejector shown in FIG.
4 is an exploded perspective view showing the coupler shown in FIG.
5 is a longitudinal sectional view showing a multimedia terminal mounting apparatus shown in FIG.
6 is a longitudinal sectional view showing the operation of the ejector.
7 is an exploded perspective view showing a vehicle multimedia terminal mounting apparatus according to a second embodiment of the present invention.
8 is a longitudinal sectional view showing the protruding means shown in FIG.
9 is a longitudinal cross-sectional view showing a state in which the rotating plate shown in FIG. 7 protrudes.
10 is a longitudinal sectional view showing another embodiment of the protruding means of the present invention.
11 is a longitudinal sectional view showing yet another embodiment of the protruding means.
12 is an exploded perspective view showing another embodiment of the protruding means.
13 is a longitudinal sectional view showing the protruding means shown in FIG.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted.

As shown in FIG. 2, the vehicle multimedia terminal according to the first embodiment of the present invention includes a fixed plate 10, a rotating plate 20, an ejector 60, a coupler 30, and a connector 40. do.

The fixing plate 10 is a member fixed to the front of the built-in acoustic device in the center fascia portion of the vehicle, and is connected to the audio device 1 including the audio system AV or the amplifier of the vehicle as shown in FIG. 1.

The fixing plate 10 may be configured as a panel covering the front surface of the center fascia while shielding the acoustic device 1 as shown in FIGS. 2 and 5. That is, the fixing plate 10 is manufactured in various sizes and shapes to suit the center fascia formed differently according to the vehicle. Alternatively, the fixing plate 10 may be formed of a plate-like member and fixed to the center fascia portion.

The rotating plate 20 is attached to the fixed plate 10 as shown in FIG. 5 so that the multimedia terminal SP (hereinafter referred to as "terminal SP") is detachably held, and the held terminal SP is vertical. As a member for rotating in the direction, it is coupled in a form embedded in the fixed plate 10, as shown, may be coupled in a form protruding in front of the fixed plate 10, as shown.

Here, when the rotating plate 20 is installed in a form embedded in the fixed plate 10, is formed in a circular shape as shown in Figure 2, when installed in a form protruding in front of the fixed plate 10 in a variety of forms Can be formed.

The rotating plate 20 may be equipped with a terminal (SP) of various forms, such as a smartphone or tablet computer, PND, mobile phone.

As shown in FIGS. 2 and 3, the rotating plate 20 is formed with a holder 23 having a concave shape in which the terminal SP is inserted and gripped in front. That is, the terminal SP is detachably mounted to the holder 23 of the rotating plate 20.

The rotating plate 20 is rotated by a coupler 30 which will be described later while the rotation guide 21 formed on the rear side is centered on the fixed plate 10 by the guide holder 11 formed on the fixed plate 10 as shown in FIG. 4. It is fixed.

The ejector 60 is a means for holding the terminal SP to the holder 23 of the rotating plate 20 and simultaneously pressing the back of the held terminal SP to eject it from the rotating plate 20, as shown in FIG. 3. Likewise, the push plate 61 and the elastic member 63 and the locking means 65 is configured.

The push plate 61 is a member that is pivotally rotatable to the rotating plate 20 to push the held terminal SP while holding the terminal SP to the holder 23, as shown in FIG. 3. It is coupled to the hinge hole (60b) formed in the rotating plate 20 through the 60a pivot pivot about the hinge axis (60a), and shown in Figure 5 through the locking groove (61a) that takes a portion of the terminal (SP) As described above, the terminal SP is held in the holder 23.

Here, the hinge hole 60a is formed in a long hole shape as shown in FIG. This is for the hinge shaft 60a of the push plate 61 to move forward and backward by the locking means 65 described later.

In addition, as shown in FIG. 3, the push plate 61 is coupled to the rotating plate 20 in a form in which one end portion 61b is embedded in a buried groove 60c formed in the rotating plate 20, and thus, the rear side of the terminal SP. 6, the one end portion 61b in close contact with the terminal SP presses the rear of the terminal SP while rotating uniaxially about the hinge shaft 60a to the outside of the holder 23. Pushes the terminal SP.

The elastic member 63 is a member installed on the rotating plate 20 to provide an elastic force to the push plate 61 to uniaxially rotate one end 61b of the push plate 61, as shown in FIGS. 3 and 4. It can be configured as a leaf spring together.

The elastic member 63 is bent in a 'c' shape and the other end penetrates the rotating plate 20 while the other side is fixed to the rear surface of the rotating plate 20 to open one end 61b of the push plate 61. It is supported, and is elastically deformed by one end 61b of the push plate 61 to provide an elastic force to the push plate 61 as shown in FIG. Here, the elastic member 63 supports one end 61b of the see-through plate 61 through a cap 63a coupled to the other side of the push plate 61 as shown.

The locking means 65 is a means for locking or unlocking the push plate 61 which is uniaxially rotated by the elastic member 63 to the rotating plate 20, as shown in FIG. The protrusion 68 is comprised.

The locking bundle 66 is a member that is embedded in the push plate 61 and that locks or unlocks the push plate 61 to the rotary plate 20 through the gripping tongs 66a which are alternately mounted by pressure. The tongs 66a are opened while being pulled out by pressing and are pulled out by repressurizing. That is, the locking bunch 66 is pushed into the push plate 61 while the gripping tongs 66a are embedded in the push plate 61.

The gripping protrusions 68 are installed on the rotating plate 20 to be fixed by holding the gripping tongs 66a of the locking bundle 66. As shown in FIG. 4, the gripping protrusions 68 are fixed to the rear surface of the rotating plate 20 to rotate the rotating plate 20. It penetrates through and protrudes to the rear of the push plate 61.

The coupler 30 is a means for rotatably coupling the rotating plate 20 to the fixed plate 10, and includes a fitting shaft 31 and a rotating bearing 33 as shown in FIGS. 4 and 5.

The fitting shaft 31 is a member into which the rotating plate 20 is fitted while being integral with the fixing plate 10. The fitting shaft 31 is formed as a cylindrical block as shown in FIG. 4 and penetrates the rotating plate 20 to the fixing bolt BT. It is fixed to the fixing plate 10 by the. However, unlike shown, the fitting shaft 31 may be formed to protrude integrally with the fixing plate 10 so that the rotating plate 20 may be fitted to the outer circumferential surface thereof.

The rotary bearing 33 is a member installed between the fitting shaft 31 and the rotating plate 20 as shown in FIG. 5 to rotate the rotating plate 20 about the fitting shaft 31.

As shown in FIG. 5, the rotary bearing 33 is provided with a plurality of rollers 33b on the outer circumferential surface thereof and is coupled to the inner ring 33a and the inner ring 33a fixed to the outer circumference of the fitting shaft 31. It consists of the outer ring 33c fixed to 20). That is, the rotary bearing 33 is composed of a bearing member that is commonly used to rotate the rotating plate 20 about the fitting shaft 31.

On the other hand, the coupler 30 may further include a rotation limiting means for controlling the rotation angle of the rotating plate 20 to rotate around the fitting shaft 31 by the rotation bearing 31.

As shown in FIGS. 4 and 5, the rotation limiting means includes a rotation protrusion 35 and a stopper 37.

Rotating protrusion 35 is formed to protrude integrally with the rotating plate 20 on the back of the rotating plate 20 to rotate together with the rotating plate (20).

The stopper 37 is formed on the fixed plate 10 in response to the rotational trajectory of the rotating protrusion 35 that rotates together with the rotating plate 20, and restricts the rotation of the rotating plate 20 by suppressing the rotation of the rotating protrusion 35. It is a component.

As shown in FIG. 4, the stopper 37 protrudes in a state of being spaced apart along the rotation angle of the rotating plate 20 to the fixed plate 10 so that the above-described pair of stop protrusions 37a reciprocate while being reciprocated. Alternatively, the rotary protrusion 35 may be inserted and rotated, and may be configured as a groove-type stop rail 37b that is caught at both ends thereof.

Here, when the stop protrusion 37a and the stop rail 37b are formed in the shape shown in FIG. 4, the stop protrusion 37a and the stop rail 37b have an angle of 90 ° with respect to the center of the fixed plate 10. It is formed with curvature limited to °.

The connector 40 is a means for supplying power to the terminal SP mounted on the holder 23 of the rotating plate 20 or transmitting an acoustic signal of the terminal SP to the acoustic apparatus 1, FIG. 4. And a connection port 41 and a connection module 43 as shown in FIG. 5.

As shown in FIG. 4, the connection port 41 includes a connection socket 41a and a connection plug 41b respectively provided on the fixed plate 10 and the rotating plate 20 to be connected to each other.

The connection module 43 is installed in the holder 23 of the rotating plate 20 on which the terminal SP is mounted, as shown in FIG. 2, to which the terminal SP is connected, and a connection plug 41b through a cable (not shown). ) As shown in FIG. 4, the connection module 43 may be configured in a box type in which a terminal 43a is connected to a dock connector of the terminal SP. In contrast, a cable type having a terminal 43a at an end thereof is provided. It may be configured as.

In addition, the connection module 43 may be configured to be connected to the dock connector of the terminal SP, it may be configured in the form of a jack pin that can be connected to the jack hole of the terminal (SP).

The connection module 43 transmits a sound signal such as a voice signal required for a call of the terminal SP or a music signal required for listening to music to the acoustic device 1 of the vehicle through the connection port 41 to connect the speaker of the vehicle. Outputs through or supplies the vehicle power to the terminal SP to charge the terminal SP.

Meanwhile, the connector 40 may further include a gender 45 as shown in an enlarged view of FIG. 5.

One end of the gender 45 is detachably connected to the connection module 43, and the other end is connected to the terminal SP to connect the connection module 43 and the terminal SP. That is, the gender 45 is a replaceable member, which prevents wear of the connection module 43 to which the terminal SP is repeatedly connected, and connects the dock connectors of the terminal SPs manufactured in different forms to the connection module 43. ) The gender 45 may be formed in a box shape as shown, alternatively, it may be configured as a gender cable having connection terminals at both ends.

On the other hand, the connector 40 may further comprise a hinge pin (47).

Hinge pin 47 is a component for rotationally fixing the connection module 43 to the rotating plate 20 to uniaxially rotate the terminal (SP) connected to the connection module 43 as shown in FIG.

That is, the hinge pin 47 rotates the terminal connected to the connection module 43 uniaxially, so that the hinge plate 47 is connected to the connection module 43 to the rotary plate 20 through the ejector 60. It is a member to be mounted on or separated from the holder 23.

Here, the holder 23 of the rotating plate 20 may be formed in a structure to prevent excessive rotation of the connection module 43 rotated by the hinge pin 47, and also to return the rotated connection module 43 An unshown return spring may be provided.

In addition, the vehicle multimedia terminal mounting apparatus according to the present invention may further comprise a Bluetooth communication chip 70 as shown in FIG.

The Bluetooth communication chip 70 is configured in the form of a SanDisk, detachably mounted on the fixed plate 10, and has a Bluetooth module for connecting the audio device 1 and the terminal SP by wireless communication. Therefore, the Bluetooth communication chip 70 wirelessly transmits an acoustic signal, such as a voice signal required for a wireless call or a music signal required for listening to music wirelessly, to the terminal SP or the audio device 1, and thus, the above-described connection module ( The sound signal of the terminal SP can be output through the sound device 1 without connecting the terminal SP to 43.

Since the Bluetooth communication chip 70 is detachably coupled to the fixing plate 10 in a removable manner, it is easy to upgrade or replace. That is, when the Bluetooth version is upgraded, the Bluetooth communication chip 70 may be detached from the fixed plate 10 and upgraded in the user's computer, and then remounted.

In addition, the vehicle multimedia terminal mounting apparatus according to the present invention may further include a wireless charging unit 80 as shown in FIG.

The wireless charging unit 80 is a component that enables wireless charging of the terminal SP by receiving power from a vehicle and wirelessly supplying power to the terminal SP.

The wireless charging unit 80 is embedded in the rotating plate 20, as shown, is supplied with power from the vehicle to generate a current in an electromagnetic induction method, and the terminal (SP) attached to the primary coil electromagnetic induction It consists of a secondary coil (not shown) that receives the current supplied in the manner. Therefore, the wireless charging unit 80 supplies power in the contactless state with the terminal SP to charge the terminal SP.

Here, the wireless charging unit 80 is a conventional charging member that is typically used for wireless charging, detailed description of the configuration is omitted.

An operation of the vehicle multimedia terminal mounting apparatus according to the first embodiment of the present invention including the above components will be described.

When mounting the terminal SP to the vehicle, the user connects the terminal SP to the connection module 43 while inserting the terminal SP into the holder 23 of the rotating plate 20. At this time, the connection module 43 is rotated by the hinge pin 47, so that the terminal SP is connected in an inclined state and is mounted on the holder 23 while rotating uniaxially about the hinge pin 47.

At this time, the push plate 61 is pressed by the terminal (SP) in the state protruding out of the holder 23 by the elastic member 63, as shown in "b" of Figure 6 hinge 60a It is rotated about a single axis, as shown in Figure 5 holding the terminal (SP) to the holder 23 through the locking groove (61a) in the state holding the gripper 66a of the locking bundle 66 is a grip projection ( 68) and fixed it. Here, the grippers 66a are pinched and fixed by the locking bundle 66 while being drawn into the push plate 61 while the grippers 68 are wrapped as shown in FIG. 5. Accordingly, the push plate 61 is fixed to the rotating plate 20 while holding the terminal SP to the holder 23, and is fixed to the rotating plate 20 while the elastic member 63 is elastically deformed.

The acoustic signal of the terminal SP mounted on the holder 23 of the rotating plate 20 is transmitted to the acoustic device 1 of the vehicle through the connection port 41 connected to the connection module 43 and output through the speaker of the vehicle. do. In addition, the power of the vehicle is supplied through the connection module 43 to charge the terminal (SP).

On the other hand, when the Bluetooth communication chip 70 is provided on the fixed plate 10, the sound signal of the terminal (SP) is wirelessly transmitted to the acoustic device 1 through the Bluetooth communication chip 70 is output to the speaker.

In addition, when the wireless charging unit 80 is mounted on the rotating plate 20, the terminal SP is wirelessly charged by receiving power from the vehicle in an electromagnetic induction manner.

When the user rotates the terminal SP to change the terminal SP in the horizontal or vertical direction, the user rotates the terminal SP or the rotating plate 20. At this time, the rotating plate 20 is smoothly rotated about the fitting shaft 31 by the rotary bearing 33, as shown in Figure 5, the rotation projection 35 is rotated while being caught by the stopper 37 after the rotation Stop.

When the terminal SP is separated from the holder 23 of the rotating plate 20, the user presses the push plate 61 to move backward. At this time, the push plate 61 as shown in the "a" of Figure 6, the hinge shaft 60a is released along the hinge hole (60b) formed in the long hole while holding the gripping clamp (66a) of the locking bundle 66 Lock it.

The gripper 66a protrudes from the push plate 61 while moving the push plate 61 to the front of the rotating plate 20 as shown in FIG. 6 as the locking bundle 66 is unlocked. , The jamming is released from the gripper 68 while opening to both sides along the protrusion. Thus, the push plate 61 is unlocked from the rotating plate 20.

The elastic member 63 presses one end 61b of the unlocked push plate 61 to rotate about the hinge shaft 60a. At this time, the push plate 61 pushes the terminal SP to the outside of the holder 23 while one end 61b rotates uniaxially about the hinge axis 60a as shown in FIG. 6B. Discharge. Here, since the terminal SP is pushed by the push plate 61 and the connection module 43 rotates by the hinge pin 47, the terminal SP rotates about the hinge pin 47 and the holder 23. Is discharged from.

In the vehicle multimedia terminal mounting apparatus according to the first embodiment of the present invention as described above, since the rotating plate 20 on which the terminal SP is mounted is installed on the fixed plate 10 provided in the center fascia portion of the vehicle, the terminal SP ) Can be mounted in a state of being embedded in the center fascia, and in particular, the terminal SP mounted on the rotating plate 20 can be stably separated through the ejector 60.

In addition, since the push plate 61 constituting the ejector 60 holds the terminal SP and pushes the terminal SP out of the rotating plate 20 while rotating uniaxially by the elastic member 63, The terminal SP may be easily attached to or detached from the rotating plate 20 through the push plate 61.

In addition, since the elastic member 63 is composed of a leaf spring and the other side supports the push plate 61 while the one side is fixed to the rotating plate 20, the elastic force may be stably provided to the push plate 61.

Furthermore, the push plate 61 is alternately locked or unlocked to the rotating plate 20 by the locking bundle 66 and the gripping protrusion 68 constituting the locking means 65, thereby allowing one-touch of the push plate 61 to be touched. Through the terminal SP can be held or ejected.

In addition, since the coupler 30 includes the fitting shaft 31 and the rotating bearing 33 provided on the fixed plate 10, the rotating plate 20 fitted to the fitting shaft 31 is fitted by the rotary bearing 33. It can be rotated smoothly about the axis 31.

In addition, since the rotation protrusion 35 formed on the rotating plate 20 rotating around the fitting shaft 31 is caught by the stopper 37 formed on the fixed plate 10, the rotation is restricted, and thus the rotation of the rotating plate 20 is performed. You can limit the angle.

In addition, since the terminal SP is connected to the acoustic device 1 of the vehicle by the connector 40 composed of the connection port 41 and the connection module 43, the sound signal of the terminal SP is connected to the speaker of the vehicle. It can be amplified through, and can be charged by supplying the power of the vehicle to the terminal (SP).

In addition, when the gender 45 coupled to the connection module 43 is provided, the terminal SP having various connection forms may be connected to the sound device 1.

In addition, since the connecting module 43 rotates the terminal SP while rotating by the hinge pin 47, the terminal SP is mounted on the rotating plate 20 or the terminal SP is separated from the rotating plate 20. In this case, the terminal SP may be mounted on the rotating plate 20 or separated from the rotating plate 20 while being connected to the connection module 43.

In addition, the sound signal of the terminal SP may be wirelessly transmitted to the acoustic device 1 of the vehicle through the Bluetooth communication chip 70 and output to the speaker, and the terminal SP may be wirelessly transmitted through the wireless charging unit 80. Can be charged.

On the other hand, Figures 7 to 13 is a view showing a vehicle multimedia terminal mounting apparatus according to a second embodiment of the present invention.

In the vehicle multimedia terminal mounting apparatus according to the second embodiment of the present invention, the fixed plate 10 and the rotating plate 20 are configured in a circular shape as well as a circular shape, and further include a protruding means 50. Differences from the embodiment, the remaining components are the same as in the first embodiment. Therefore, detailed description of the components that overlap with the first embodiment is omitted.

The fixing plate 10 is formed of a plate-shaped panel as shown in FIG. 7 and fixed to the front surface of the acoustic device 1.

As shown in FIG. 7, the rotating plate 20 is formed in an elliptical shape rather than a circular shape according to the shape of the acoustic device 1, and is installed in the fixed plate 10. Therefore, the rotating plate 20 cannot be rotated to change the direction of the terminal SP. When the mounted terminal SP is large, such as a tablet computer, the terminal SP is caught by the structure of the vehicle. impossible.

The protruding means 50 is a means for protruding the rotating plate 20 forward of the fixed plate 10 by guiding the rotating plate 20 rotated by the above-described coupler 30 to the front of the fixed plate 10. As shown in FIG. 8, the guide rail 51 and the moving protrusion 53 are configured.

The guide rail 51 is formed in a circular arc shape on the fixed plate 10 to guide the rotation of the rotating plate 20, as shown in FIG. 7, and also on the bottom surface 51a from one end to the other end. As shown in FIG. 8, it is formed in the shape of a groove having an inclination t. The guide rail 51 is formed in the same manner as the above-described stop rail 37b, except that the bottom surface 51a forms an inclination t and the locking jaw having the same inclination t as the bottom surface 51a therein. The difference is that 51b is formed.

The moving protrusion 53 is formed integrally with the rotating plate 20 at the rear of the rotating plate 20 to move along the guide rail 51, and is formed in a hook shape as illustrated in FIG. 8 to form the guide rail 51. It moves while rotating together with the rotating plate 20 while being caught by the locking jaw 51b.

As shown in FIG. 9, the moving protrusion 51 is moved along the guide rail 51 and raised in front of the fixed plate 10 by the inclination t of the guide rail 51 to thereby rotate the rotating plate 20. Protrude forward of the fixed plate (10).

Therefore, the rotating plate 20 may protrude forward of the fixed plate 10 by the guide rail 51 and the moving protrusion 53 while rotating by the coupler 30.

On the other hand, the protruding means 50 may be configured to further include a moving bearing (54).

The moving bearing 54 is installed between the fixed plate 10 and the rotating plate 20 to rotate the rotating plate 20, and at the same time, the rotating plate 20 protruding by the guide rail 51 and the moving protrusion 53 is fixed to the fixed plate 10. It is a member for moving forward of (10).

The moving bearing 54 is coupled to the above-described fitting shaft 31 integrally coupled to the fixed plate 10 as shown in FIG. 8 and the inner ring 54a having a plurality of rollers 54b on the outer circumferential surface thereof. It is configured to include an outer ring (54c) is fixed to the rotating plate 20 in the state coupled to the inner ring (54a) to rotate the rotating plate 20 while rotating along the inner ring (54a). In other words, the movable bearing 54 has the same components as the rotary bearing 33 of the first embodiment.

However, as shown in FIG. 8, the movable bearing 54 is formed such that the width α of the outer ring 54c is narrower than the width β of the inner ring 54a, so that the outer ring 54c of the fitting shaft 31 is formed. It is formed to be movable in the axial direction. That is, the outer ring 54c rotates the rotating plate 20 and simultaneously moves the rotating plate 20 in the axial direction of the fitting shaft 31 to move the rotating plate 20 to the front of the fixed plate 10 as shown in FIG. 9. It is configured to be movable.

On the other hand, the inner ring (33a) as shown in the projection jaw 33d is formed at both ends to prevent the departure of the outer ring (33c).

In summary, the vehicle multimedia terminal mounting apparatus according to the second embodiment of the present invention, while the moving protrusion 53 formed on the rotating plate 20 rotates along the guide rail 51 formed on the fixed plate 10, the guide rail 51. Is moved forward of the fixing plate 10 by the inclination t formed on the bottom surface 51a of the rotating plate 20, in which the rotating plate 20 moves along the axial direction of the fitting shaft 31 as shown in FIG. It rotates while protruding smoothly toward the front of the fixed plate 10 by the outer ring 54c of the moving bearing 54.

Therefore, since the rotating plate 20 protrudes by the protruding means 50 even when the plate 20 is embedded in the fixed plate 10 in a non-circular shape, the rotating plate 20 can freely rotate the direction of the terminal SP. Even large tablets do not get caught in the structure of the vehicle.

On the other hand, the protruding means 50 may be composed of a guide sleeve 55 and a rotary sleeve 57 as shown in FIG.

The guide sleeve 55 is a cylindrical member provided in the protruding state on the fixed plate 10 as shown, and guides the protrusion of the rotating plate 20 to the front of the fixed plate 10 while guiding the rotation of the rotating plate 20. The spiral 55a is formed on the outer circumferential surface.

Rotating sleeve 57 is projected to the rear surface of the rotating plate 20 as shown in the guide sleeve 55, the rotating spiral 57a corresponding to the guide spiral 55a is formed on the inner circumferential surface, the guide spiral ( It is a member that protrudes in the direction spaced apart from the fixed plate 10 while rotating along the 55a).

That is, the rotating plate 20 is threadedly coupled to the fixed plate 10 by the guide sleeve 55 and the rotating sleeve 57, as shown in Figure 10 guides the rotating spiral 57a of the rotating sleeve 57 Protruding forward of the fixed plate 10 while moving along the guide spiral 55a of the sleeve 55.

On the other hand, the rotating plate 20 is provided with the above-described moving bearing 54 may protrude by the guide sleeve 55 and the rotating sleeve 57 may move in front of the fixed plate 10 as shown in FIG.

Therefore, since the rotating plate 20 rotates while being protruded by the protruding means 50 even when the rotating plate 20 is embedded in the fixed plate 10 in a non-circular shape, the direction of the terminal SP can be freely changed.

On the contrary, the protruding means 50 may be composed of an elastic body 510, a locking bundle 520, and a locking protrusion 530, as shown in FIG. 11.

The elastic body 510 elastically supports the fitting shaft 31 of the coupler 30 to provide the power that the rotary plate 20 protrudes forward of the fixed plate 10 together with the fitting shaft 31. As shown in FIG. 11, the elastic body 51 may be configured as a coil spring interposed between the fixing plate 10 and the fitting shaft 31. Alternatively, the elastic body 51 may be configured as a plate spring.

The locking bundle 520 is built into one side of the fitting shaft 31, and locks the fitting shaft 31 together with the rotary plate 20 to the fixing plate 10 through the locking clamp 520a which is alternately indented by pressure. As the member for locking or unlocking, as shown in " a " in Fig. 11, the locking clamp 520a is opened by being pulled out by pressurization, and is a normal locking member that is pulled in and pulled back by repressurization. The catching bundle 520 moves forward and backward together with the fitting shaft 31 while the catching claw 520a is in the state embedded in the fitting shaft 31.

Here, the fitting shaft 31 is provided with a fitting protrusion 580 on one side, and is coupled to the fitting groove 590 formed in the fixing plate 10 in the form of a long hole through the fitting protrusion 580.

The locking protrusion 530 is a hook-shaped member protruding from the fixing plate 10 to be caught and fixed by the locking clip 520a of the locking bundle 520, and the fitting shaft 31 is an elastic body 510 as shown in FIG. 11. ) Is fixed by being caught through the locking clip 520a in a compressed state.

As such, the protruding means 50 is fitted with the rotary plate 20 while the locking clip 520a of the locking bundle 520 grasps the locking protrusion 530 as shown in FIG. 11. Locking to the fixed plate 10 together with the elastic member 510 while the locking clamp 520a is unlocked from the locking projection 530 by the pressing of the rotating plate 20 or the fitting shaft 31 as shown in "b". The fitting shaft 31 protrudes forward of the fixing plate 10 together with the rotating plate 20 by the elastic force of

At this time, the fitting shaft 31 does not escape from the fixing plate 10 while the fitting protrusion 580 formed on one side is caught by the fitting groove 590 formed in the fixing plate 10.

Therefore, since the rotating plate 20 protrudes forward of the fixed plate 10 together with the fitting shaft 31 of the coupler 30, the rotating plate 20 protrudes by one-touch pressure without rotation and rotates to rotate the terminal SP. The direction can be freely switched, especially when formed in a non-round shape.

Alternatively, the protruding means 50 may be composed of an elastic body 510, a locking pin 550, a passing track 560, and a locking track 570, as shown in FIG. 12.

As described above, the elastic body 510 elastically supports the fitting shaft 31 of the coupler 30 to provide the power that the rotating plate 20 protrudes forward of the fixing plate 10 together with the fitting shaft 31.

As shown in FIG. 12, the locking pin 550 is installed on one side of the fitting shaft 31 in a state capable of uniaxial rotation, and locks the rotating plate 20 to the fixing plate 10 while moving together with the fitting shaft 31. It is a member to unlock. The locking pin 550 is inserted into the fitting shaft 31 as shown in the pivot plate 550a is pivotally fixed to the fitting shaft 31 through the pivot pin 550b to pivot the pivot pin 550b. Single shaft rotation.

The passage track 560 is provided on the fixing plate 10, and is formed in a groove shape as shown in FIG. 12 to move the fitting shaft 31 while passing in one direction, that is, forward or rearward, with the engaging pin 550 fitted thereto. Guide with the rotating plate (20).

Here, the fitting shaft 31 is coupled to the fitting groove 590 formed in the long hole form on the fixing plate 10 through the fitting protrusion 580 provided on one side.

The locking track 570 extends in the shape of a heart at the end of the traffic track 560, as shown in FIG. to be.

The locking track 570 is enlarged as shown by the engaging pin 550, the access track 570a entering from the traffic track 560 and the access path 570b and the engaging pin 550 to enter the traffic track 560, It is composed of a locking groove (570c) is fixed by hanging.

The access road 570a and the exit path 570b are not formed by the locking pins 550 which are formed in different steps from the locking grooves 570c formed in the center, and the locking grooves 570c are the locking pins 550. The locking shaft 31 is locked to the fixed plate 10 together with the rotary plate 20 while being fixed.

Such protruding means 50 locks the rotating plate 20 to the fixed plate 10 while the locking pin 550 is locked to the locking track 570, as shown in " D " As described above, the locking pin 550 is unlocked from the locking track 570 by the pressing of the rotating plate 20 or the fitting shaft 31, and the fitting shaft 31 is rotated by the elastic force of the elastic body 510. And protrudes forward of the fixing plate 10.

Here, when the fitting pin 31 is pressed to protrude the rotating plate 20, the locking pins 550 retreat while rotating uniaxially about the disc 550a to release the locking from the locking groove 570c. It moves while uniaxially rotating to the advance path 570b which has a step lower than the groove 570c.

In addition, the fitting shaft 31 is moved forward by the elastic force of the elastic body 510, while the locking pin 550 passes along the passageway 570b to the traffic track 560, the fixed plate together with the rotating plate 20 Move forward of (10).

At this time, the fitting shaft 31 does not escape from the fixing plate 10 while the fitting protrusion 580 formed on one side is caught by the fitting groove 590 formed in the fixing plate 10.

Therefore, since the rotating plate 20 protrudes forward of the fixed plate 10 together with the fitting shaft 31 of the coupler 30, the rotating plate 20 protrudes by one-touch pressure without rotation and rotates to rotate the terminal SP. The direction can be freely switched, especially when formed in a non-round shape.

Since the above-described embodiments are merely illustrative of the preferred embodiments of the present invention, the scope of application of the present invention is not limited to the above, and appropriate modifications are possible within the scope of the same idea. Therefore, since the shape and structure of each component shown in the embodiment of the present invention can be carried out by deformation, it is natural that the modification of the shape and structure belong to the appended claims of the present invention.

10: fixed plate 11: guide holder
20: rotating plate 21: rotation guide
23 holder 30 coupler
31: fitting shaft 33: rotating bearing
35: rotating projection 37: stopper
37a: Stop protrusion 37b: Stop rail
40: connector 41: connection port
41a: Connection socket 41b: Connection plug
43: connection module 43a: terminal
45: gender 47: hinge pin
50: protruding means 51: guide rail
51a: Bottom surface 51b: Hanging jaw
53: moving projection 54: moving bearing
55: guide sleeve 55a: guide spiral
57: rotating sleeve 57a: rotating spiral
60: ejector 60a: hinge axis
60b: hinge hole 61: push plate
61a: locking groove 61b: one end
63: elastic member 65: locking means
66: locking bunch 66a: grippers
68: grip protrusion 510: elastic body
520: jam bundle 520a: jam clip
530: locking projection 550: locking pin
560: traffic track 570: locking track

Claims (10)

A fixed plate provided in front of a sound device built in the center fascia portion of the vehicle;
A rotating plate attached to the fixed plate to detachably hold the multimedia terminal and to rotate the held multimedia terminal;
An ejector installed on the rotating plate and holding the multimedia terminal on the rotating plate while the part of the multimedia terminal is caught, pressing the rear side of the held multimedia terminal to eject the multimedia terminal from the rotating plate;
A coupler for rotatably coupling the rotating plate to the fixed plate; And
And a connector for supplying power to the multimedia terminal mounted on the rotating plate or transmitting a sound signal of the multimedia terminal to the audio device. The method of claim 1, wherein the ejector,
It is pivotally installed on the rotating plate, one end is in close contact with the rear of the multimedia terminal while holding the multimedia terminal through the engaging groove that is caught on a part of the multimedia terminal, press the rear of the multimedia terminal while the one end is uniaxially rotated multimedia terminal Push plate for pushing the outside of the rotating plate;
An elastic member installed on the rotating plate and providing an elastic force to the push plate to uniaxially rotate one end of the push plate at all times; And
And locking means for locking or unlocking the push plate that is uniaxially rotated by the elastic member to the rotating plate. The method of claim 2, wherein the elastic member,
One side is fixed to the rotating plate, the other side is elastically deformed by the push plate while supporting the push plate and the plate spring for uniaxially rotating one end of the push plate; The method of claim 2, wherein the locking means,
A locking bundle provided on the push plate and provided with a gripper for locking or unlocking the push plate on the rotating plate while being alternately mounted by pressing; And
And a hook-type gripping protrusion installed on the rotating plate and fixed to the gripping clamp of the locking bundle. The method of claim 1, wherein the coupler,
An insertion shaft coupled to the fixed plate while being fitted to the rotating plate; And
And a rotating bearing installed between the fitting shaft and the rotating plate to rotate the rotating plate about the fitting axis. The method of claim 5, wherein the coupler,
Rotation limiting means for limiting the rotation angle of the rotating plate rotates about the insertion axis provided on the fixed plate;
The rotation limit means,
A rotation protrusion formed integrally with the rotation plate to rotate together with the rotation plate about the fitting axis; And
And a stopper formed on the fixed plate so as to correspond to the rotational trajectory of the rotating protrusion and stopping the rotation of the rotating plate while the rotating protrusion rotating together with the rotating plate is caught. The method of claim 1, wherein the connector,
Connection ports provided on the fixed plate and the rotating plate, respectively, and connected to each other; And
Is installed on the rotating plate is connected to the connection port, the multimedia terminal mounted on the rotating plate is connected to supply the power of the vehicle to the multimedia terminal through the connection port or to transmit the sound signal of the multimedia terminal to the sound device Vehicle multimedia terminal mounting apparatus comprising a connection module. The method of claim 7, wherein the connector,
And a hinge pin configured to rotatably fix the connection module to the rotating plate to uniaxially rotate the multimedia terminal connected to the connection module. The method of claim 1,
And a protruding means for protruding the rotating plate rotatably coupled to the fixed plate by the coupler to the front of the fixed plate. The method of claim 9, wherein the protruding means,
A guide rail having a groove shape formed in an arc shape on the fixed plate to guide rotation of the rotating plate and having a slope on a bottom surface from one end to the other end; And
A moving protrusion formed integrally with the rotating plate and moving along the guide rail in a state of being fitted to the guide rail, and protruding the rotating plate toward the front of the fixed plate while being raised in front of the fixed plate by the inclination of the guide rail; Vehicle multimedia terminal mounting device comprising.

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