KR200339365Y1 - A supporter for a car monitor - Google Patents

Abstract

Disclosed is a vehicle monitor holder that can be used as a storage space equipped with a speaker as well as to mount the monitor without damaging the vehicle by simply mounting in the empty space of the center fascia in the car. The present invention has a case 100 is provided with an inner space that is opened front; A horizontal moving plate 310 for entering and exiting the front opening of the case; A horizontal movable plate sliding means fixed horizontally on an inner upper surface of the case to provide a mounting space therebetween, wherein the horizontal movable plate is mounted in the mounting space to guide the horizontal slide; A pivot shaft 320 rotatably fixed to the front of the horizontal movable plate; A vertical support plate 340 coupled to the pivot shaft and pivoted according to the rotation of the pivot shaft, the vertical support bolt being fastened to a predetermined position; And a vertical guide hole fitted to a vertical support bolt of the vertical support plate, being vertically moved along the vertical support bolt and pivoting vertically and vertically on the vertical support bolt, and having a vehicle monitor mounted thereon. It is made, including.

Description

Vehicle Monitor Cradle {A SUPPORTER FOR A CAR MONITOR}

The present invention relates to a device for mounting a vehicle monitor, and more particularly, by simply mounting it in an empty space of a center fascia in a vehicle, it is possible to mount the monitor without damaging the vehicle as well as a storage space in which a speaker is mounted. The present invention relates to a vehicle monitor holder that can be utilized.

In recent years, more and more vehicles are installed with monitors to watch videos in the car. Such monitors are generally made of thin-film lightweight liquid crystal (LCD) monitors, and it is common to mount small liquid crystal monitors by fixing bolts or screws to the dashboard. However, such a cradle must be drilled bolt holes on the dashboard surface for installation, damage to the vehicle is inevitable, and if you remove the cradle to detach the monitor from the vehicle, the bolts remain on the dashboard and the aesthetic appearance becomes ugly. . Therefore, although the monitor is attached by using an adhesive means such as a double-sided tape, there is a problem that the adhesive force by the tape is easily vulnerable to shock and moisture. If the monitor falls from the attachment position of the vehicle, it may fall and be damaged, so the installation by the double-sided tape was not a good way.

On the other hand, expensive AV devices sold on the market are installed in empty spaces of the center fascia, and the monitors are stored inside or exited by buttons or remote operation. However, such automatic access to the monitor device is expensive, so it is not easy for the general public to purchase, and the structure of the loading device is complicated and weak to shock, so it is often broken, it is impossible for the general public to repair. Therefore, not only the maintenance cost is high, but also the price is expensive. Furthermore, since only the liquid crystal monitor designed to fit the loading device and combined with it is used, it is not easy to replace the monitor when the monitor is broken, and it is not possible to use it outside the vehicle by separating it from the vehicle. In particular, the automatic access monitor device is possible to adjust the horizontal and front and rear angles only, it was difficult to provide a suitable environment for viewers because the height adjustment and left and right angle adjustment is not possible.

Therefore, the object of the present invention was devised to solve the above-mentioned drawbacks, and easily mounted in the empty space of the center fascia in the car, and easily fixed a general-purpose monitor of a small plate thereon, as well as adjusting the distance of horizontal and vertical, as well as front and rear, right and left It is possible to adjust the angle of the more convenient to view and to provide a vehicle monitor holder that can be installed at low cost without damaging the vehicle.

DETAILED DESCRIPTION A detailed description of embodiments of the present invention will be made with reference to the accompanying drawings, in which like numbers designate corresponding parts in the drawings.

1 is a combined perspective view of a vehicle monitor holder according to the present invention,

Figure 2 is an exploded perspective view of Figure 1,

3 is a cross-sectional view taken along the line A-A of FIG.

Figure 4 is an exploded perspective view showing in detail the internal structure of the horizontal while guiding the horizontal movement by gripping the horizontal plate in the present invention,

5A and 5B are cross-sectional views taken along lines B-B and C-C of FIG. 4,

6a and 6b are views showing another modified embodiment of the horizontal movement structure in the present invention,

Figure 7 is a combined perspective view showing in detail the structure of the vertical moving unit which can be moved vertically by fixing the monitor in the present invention,

8 is a side cross-sectional view of FIG. 7;

9 is a use state diagram showing a tilt adjustment method of the front and rear direction of the monitor in the present invention,

10 is a state diagram showing a method of adjusting the tilt in the left and right directions of the monitor in the present invention.

** Explanation of symbols for main parts of drawings **

100: case 102: guide rail

110: upper support plate 112,112a: coupling holes

114: tangy groove 116: guide jaw

120: lower support plate 122,112a: guide protrusion

124,124a: fastening hole 130: elastic locking piece

140: bolt 200: drawer

210: Speaker 300: Mounting device

310: horizontal moving plate 312,312a: horizontal guide groove

314: position locking groove 316: pivot fixing plate

318,318a: Bolt hole 320: Swivel shaft

322: bolt hole 330,330a: pivot shaft support piece

332,332a: Bolt through hole 334,334a: Bolt

340: vertical support plate 342; Bolt pipe

344: bolt 346: vertical plate coupling hole

348,348a: Hanging projection 350: Vertical moving plate

352: vertical plate portion 354: horizontal plate portion

356: Vertical guide hole 358,358a: Hanging groove

360: monitor fixing bolt 370: vertical support bolt

Vehicle monitor holder according to the present invention for achieving the above object is provided with a case 100 is provided with an inner space of the front opening; A horizontal moving plate 310 for entering and exiting the front opening of the case; A horizontal movable plate sliding means fixed horizontally on an inner upper surface of the case to provide a mounting space therebetween, wherein the horizontal movable plate is mounted in the mounting space to guide the horizontal slide; A pivot shaft 320 rotatably fixed to the front of the horizontal movable plate; A vertical support plate 340 coupled to the pivot shaft and pivoted according to the rotation of the pivot shaft, the vertical support bolt being fastened to a predetermined position; And a vertical guide hole fitted to a vertical support bolt of the vertical support plate, being vertically moved along the vertical support bolt and pivoting vertically and vertically on the vertical support bolt, and having a vehicle monitor mounted thereon. It includes.

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to a preferred embodiment of the present invention.

1 is a combined perspective view of the vehicle monitor holder according to the present invention, Figure 2 is an exploded perspective view of FIG. 3 is a cross-sectional view taken along the line A-A of FIG.

The present invention is a case 100 is opened to the front, the drawer 200 is inserted into the case 100 and drawn out in front, and the mounting apparatus 300 is located above the drawer 200 to enter and exit from the case 100 ).

The case 100 is opened forward, and guide rails 102 for guiding the entry and exit of the drawer 200 are provided at both sides of the case 100. In addition, the upper part of the case 100 is provided with a sliding means for guiding the support device 300 to slide forward from the inside of the case 100.

The drawer 200 is equipped with a pair of left and right speakers 210 on the front surface. Therefore, the sound of the monitor 10 fixed to the holder through the speaker 210 can be reproduced by itself. As the speaker 210 mounted at the front of the drawer 200, the center speaker of the 5.1 channel may be mounted at the same time. The drawer 200 can be used as a multi-purpose storage such as coins, transportation cards, cigarettes.

The aforementioned sliding means is mounted on the inner upper surface of the case 100 to provide a mounting space in which the mounting apparatus 300 is inserted and mounted from the front. The sliding means is composed of a pair of upper and lower support plates (110,120) are incorporated, of which the upper support plate 110 is in close contact with the inner upper surface of the case 100, the lower support plate 120 is fixed on the upper support plate 110 The spaced interval is fixed to provide a mounting space. In practice, the horizontal movable plate 310 of the mounting apparatus 300 described later is inserted into the mounting space, and thus the sliding means is a horizontal movable plate sliding means for guiding the horizontal movable plate 310 to slide in the horizontal direction. The upper support plate 110 has a pair of parallel coupling holes 112 and 112a formed to the left and right, and the elastic locking piece 130 is interposed therebetween. To this end, a tungsten groove 114 is provided between the coupling holes 112 and 112a. The structure of the elastic locking piece 130 and the mounting method on the upper support plate 110 will be described in detail later. In particular, the left and right coupling holes 112 and 112a are arranged in a straight line along the moving direction of the horizontal moving plate 310 to be described later. The upper support plate 110 is formed with guide jaws 116 and 116a surrounding the coupling holes 112 and 112a. Meanwhile, the lower support plate 120 has three guide protrusions 122 and 122a coupled to the coupling holes 112 and 112a on the left and right sides thereof, and fastening holes 124 and 124 at the center of the guide protrusions 122 and 122a. a) is formed. Although one guide protrusions 122 and 122a are provided on each of the right and left sides, there is no problem in coupling. However, at least two guide protrusions 122 and 122a may be provided on the left and right sides for more stable coupling.

The lower support plate 120 in the lower portion of the upper support plate 110 by inserting the guide protrusions 122 and 122a of the lower support plate 120 into the coupling holes 112 and 112a of the upper support plate 110 as above. Will be combined. In such a state that the upper and lower support plates 110 and 120 are coalesced, the bolts 140 are inserted into the bolt through holes 104 formed in the upper part of the case 100 in the coupling holes 112 and 112a of the upper support plate 110. By fastening to the fastening holes 124 and 124a of the guide protrusions 122 and 122a of the inserted lower support plate 120, the upper and lower support plates 110 and 120 joined to the inner upper surface of the case 100 are fixed. Then, the upper and lower support plates 110 and 120 are spaced by a predetermined distance by the guide jaws 116 and 116a protruding therebetween to form a mounting space into which the horizontal movable plate 310 is inserted. Next, the mounting apparatus 300 inserted into the upper and lower support plates 110 and 120 fixed to the case 100 will be described in detail.

A horizontal movable plate 310 is inserted between the upper and lower support plates 110 and 120. Horizontal moving plate 310 has a pair of horizontal guide grooves (312, 312a) is formed on the left and right, and the position caught to be caught by a certain distance with a click (click) while being caught by the elastic locking piece 130 therebetween The grooves 314 are drilled at regular intervals along the moving direction of the horizontal moving plate 310. In particular, the horizontal guide grooves (312, 312a) is open to the rear through the horizontal moving plate 310 can be pushed in the front guide 116,116a of the upper support plate 110 through the front. Accordingly, the left and right pairs of horizontal guide grooves 312 and 312a are inserted into the left and right pairs of guide jaws 116 and 116a and guided when moved in the horizontal direction, thereby stably entering and exiting the horizontal movable plate 310 in the case 100. . However, without forming guide jaws 116 and 116a in the upper support plate 110, the horizontal guide grooves 312 and 312a may be inserted into the guide protrusions 122 and 122a of the lower support plate 120. Further, all of the horizontal movable plate 310 is provided with a pivot shaft fixing plate portion 316 to which the pivot shaft 320 is fixed. The pivot shaft fixing plate part 316 has an inverted V shape to fix the pivot shaft 320, and a pair of left and right bolt holes 318 and 318a are formed in the pivot shaft fixing plate part 316. Accordingly, the bolts 334 and 334a are inserted into and fixed to the bolt through holes 332 and 332a of the pivot shaft support pieces 330 and 330a rotatably supporting both ends of the pivot shaft 320. As a result, the pivot shaft 320 is fixed to pivot in all of the horizontal movable plates 310.

The pivot shaft 320 has a hexagonal bar shape and bolt holes 322 are formed at one surface thereof for the vertical support plate 340 to be coupled thereto. Bolt pipe holes 342 are formed at corresponding portions of the vertical support plate 340 corresponding to the bolt holes 322 to couple the vertical support plate 340 to the pivot shaft 320 with the bolts 344. The vertical support plate 340 has bolt holes 342 formed at the bottom thereof, and a vertical plate coupling hole 346 for coupling the vertical movable plate 350 to the top thereof. The locking protrusions 348 and 348a protrude from the left and right sides of the vertical plate coupling hole 346 to fix the vertical moving plate 350 to the adjusted position. It is preferable that the protrusions 348 and 348a protrude in a hemispherical shape as shown.

The vertical movable plate 350 coupled to the vertical support plate 340 so as to be movable vertically has a vertical plate portion 352 and a horizontal plate portion 354 that are bent approximately L-shaped, and the horizontal plate portion 354 is provided for fixing the monitor. A fixed bolt long hole 354a is provided to allow the monitor fixing bolt 360 to penetrate from below and be fastened to a fastening hole (not shown) provided on the bottom of the monitor. In addition, the vertical plate portion 352 is formed with a vertical guide hole 356 which is fastened to the vertical plate coupling hole 346 of the vertical support plate 340 disposed in the rear through the vertical support bolt 370 on the intermediate portion It is. The vertical guide hole 356 has a large circular groove 356a, and the lower straight long hole 356b connected thereto has a width smaller than its diameter. The large circular groove 356a of the vertical guide hole 356 has a diameter that the head 372 of the vertical support bolt 370 can pass through as it is, and the straight straight hole 356b of the lower portion passes through the head. It does not have a width enough to pass through only the bolt body portion 374 of the vertical support bolt 370. Accordingly, the vertical support bolt 370 through the large circular groove 356a portion of the vertical guide hole 356 of the vertical movable plate 350 in the state in which the vertical support bolt 370 is fastened to the vertical support plate 340. The head 372 may be fitted to allow vertical movement on the straight long hole 356b. The vertical movable plate 350 also has engaging grooves 358a and 358b for interlocking with the engaging protrusions 348 and 348a of the vertical support plate 340 to be stably fixed at the adjustment position, forming a straight line on the left and right. It is formed every time.

Figure 4 is an exploded perspective view showing in detail the internal structure during the horizontal movement to guide the horizontal movement by gripping the horizontal plate in the present invention, Figures 5a and 5b is a cross-sectional view of the horizontal line BB and CC line of Figure 4 It shows the horizontal movement of.

As shown in FIG. 4, three guide protrusions 122 and 122a of the lower support plate 120 are arranged and arranged in a straight line, respectively, on the left and right, and the guide protrusions 122 and 122a are formed on the upper support plate 110. It is fixed in the case while being fitted to the coupling holes (112, 112a). Then, between the lower support plate 110 and the upper support plate 120 by a guide jaw (116,116a) surrounding the guide projections (122, 122a) is spaced at a predetermined interval. In this state, when the horizontal movable plate 310 is inserted into the spaced spaces, the left and right horizontal guide grooves 312 and 312a of the horizontal movable plate 310 are guide jaws of the upper support plate 110 as shown in FIG. 5A. To the fields 116 and 116a.

Therefore, when the user pulls the horizontal movable plate 310 forward, the horizontal guide grooves 312 and 312a are linearly guided by the guide jaws 116 and 116a, so that the horizontal movable plate 310 is stably moved forward. . At this time, the horizontal movable plate 310 is mounted on the upper support plate 110, as shown in Figure 5b, the position locking grooves 314 are fixed intervals in the elastic engaging piece 130 protruding toward the horizontal movable plate 310 Every time it takes, it has a click feeling and is fixed to the adjustment position. By reducing the interval between the position locking grooves 314 formed in the horizontal movable plate 310, finer position adjustment is possible.

6A and 6B are views illustrating another modified embodiment of the horizontal moving structure in the present invention, and the structure for guiding the horizontal moving plate horizontally may be variously modified in addition to the above-described structure.

Representative variations thereof will be described, as shown in FIG. 6A, both sides of the horizontal movable plate 310a are sandwiched between the left and right guide jaws 116b and 116c to be horizontally guided along them. Further, in one method, the guide jaw 116d is formed in one line along the movement direction of the horizontal movable plate 310b, and one horizontal guide groove 312b fitted to the guide jaw 116d is a horizontal movable plate. There is a method of forming in the 310b so that the horizontal movable plate 310b is guided horizontally by the guide jaw 116d.

Figure 7 is a combined perspective view showing in detail the structure of the vertical moving unit that can be moved vertically by fixing the monitor in the present invention, Figure 8 is a side cross-sectional view of FIG.

The vertical support plate 340 fixed to the pivot shaft 320 is coupled to the vertical plate 350 through the vertical support bolt 370 as shown in FIG. 7. In particular, the vertical support bolt 370 is fitted to the vertical guide hole 356 of the vertical movable plate 350 and then fastened to the vertical plate coupling hole 346 of the vertical support plate 340 at the rear, so that the vertical support bolt ( As the vertical guide hole 356 moves along the 370, the vertical sliding movement of the vertical moving plate 350 is free. At this time, the locking projections 348 and 348a protrude from both sides of the vertical support plate 340, and the locking grooves 358 and 358a of the vertical moving plate 350 are fixed to the adjusted position while being caught at regular intervals.

After the vehicle monitor 10 is mounted on the vertical moving plate 350, the fastening plate is fixed to the monitor fixing bolt 360. Thereafter, the head 372 of the vertical support bolt 370 fastened to the vertical support plate 340 is inserted through the large circular groove 356a of the vertical guide hole 356 and positioned in the small straight hole 356b. Then, the vertical plate 350 is able to adjust the position in the vertical direction while moving on the straight long hole 356b fitted to the vertical support bolt 370. At the same time, since the vertical movable plate 350 is axially supported by the vertical support bolt 370 to the vertical support plate 340, it is also possible to turn in the horizontal direction. This turning operation part will be described in detail with reference to FIG. 10.

9 is a state diagram showing a tilt adjustment method of the front and rear direction of the monitor in the present invention, Figure 10 is a state diagram showing a tilt adjustment method of the left and right directions of the monitor in the present invention.

As shown in FIG. 9, the front and rear direction adjustment of the monitor 10 horizontally rotates the pivot axis 320 to which the vertical support plate 340 coupled to the rear surface of the vertical movable plate 350 holding the monitor 10 is fixed. It is made by turning on the copper plate (310). That is, when the monitor 10 is pushed or pulled in the front-rear direction, the pivot shaft 320 to which the vertical movable plate 350 and the vertical support plate 340 are fixed is fixed to the front part of the horizontal movable plate 310. By turning at 330, the vertical support plate 340 and the vertical movable plate 350 coupled to the pivot shaft 320 are pivoted integrally in the front and rear directions, and the front and rear directions of the monitor 10 fixed to the vertical movable plate 350 are rotated. Tilt is adjusted.

On the other hand, the left and right adjustment of the monitor 10, as shown in FIG. 10, when the monitor 10 is rotated in the left or right direction, the vertical movable plate 350 holding the monitor 10 is vertically coupled to its rear surface. The vertical support bolt 370 fastened to the support plate 340 is made by pivoting. That is, since the vertical guide plate 356 is fixed to the bolt head 372 by the vertical guide hole 356 is fixed to the bolt head 372, the vertical movable plate 350 is turned in the left or right direction in the vertical support plate 340 It is possible.

As described above with reference to FIGS. 9 and 10, the monitor may be rotated in the front-back direction and the left-right direction to adjust the inclination and the inclination in the front and rear directions so as to suit the user.

Now, the operation of the present invention will be described in detail with reference to the above-described drawings.

This cradle can hold the drawer 200 to the front in the case 100 to store things. In addition, the speaker 210 is mounted on the front of the drawer 200 to provide a vehicle body sound when watching a video on a vehicle monitor.

First, a method of mounting the vehicle monitor 10 to the mounting apparatus 300 provided on the upper portion of the drawer 200 of the case 100 will be described. 10) After mounting, through the vertical fixing plate 350 through the monitor fixing bolt 360 to fasten to the bottom of the monitor (10). Therefore, the monitor 10 is fixed to the vertical movable plate 350. In this state, when the vertical moving plate 350 is coupled to the vertical support bolt 370 fastened to the vertical support plate 340 coupled to the pivot shaft 320, the coupling of the monitor 10 to the mounting apparatus 300 is achieved. Is done. Of course, the vertical moving plate 350 may be coupled to the vertical support plate 340 first, and then the monitor 10 may be seated and coupled to the vertical sliding plate 350.

In this manner, the monitor 10 is mounted on the mounting apparatus 300 to adjust the position of the monitor 10 in a state suitable for a user to watch a video. The position adjustment of the monitor 10 is first performed by adjusting the distance in the horizontal direction and then adjusting the height in the vertical direction. Either of these may be used first, and the present embodiment will be described taking an example of adjusting the horizontal distance first. Holding the monitor 10 and pulling forward or pushing backward, the horizontal moving plate 310 coupled to the monitor 10 is guided horizontally between the upper and lower support plates 110 and 120 fixed to the case 100 to adjust the distance. . That is, the horizontal moving plate 310 is moved in and out of the case 100 while the horizontal guide grooves 312 and 312a move along the guide jaws 116 and 116a of the upper support plate 110. At this time, the position locking groove 314 of the horizontal movable plate 310 is fixed to the set position while the elastic engaging piece 130 is caught with a click feeling at a predetermined interval.

When the monitor 10 is pushed upward or downward, the height adjustment of the monitor 10 moves while the vertical movable plate 350 fixed to the monitor 10 moves up or down on the vertical support plate 340. At this time, the vertical guide hole 356 of the vertical movable plate 350 is moved on the vertical support bolt 370 fixed to the vertical support plate 340, thereby allowing the vertical movement of the monitor 10, and locking projections 348 and 348 during movement. The locking grooves 358 and 358a of the vertical moving plate 350 are caught in a) and fixed by a clicked position at a predetermined interval.

After the distance adjustment and height adjustment of the monitor 10 is finished, the pivot shaft 320 is rotated at a predetermined angle by pushing or pulling the monitor 10 forward and backward to adjust the tilt of the front and rear directions. In addition, the monitor 10 is also rotated from side to side to make comfortable left and right angle adjustment. That is, when the monitor 10 is rotated to the left or the right as described above, the vertical movement plate 350 holding the monitor 10 is vertically supported on the vertical support plate 340. Since it is axially supported at 370, it is possible to turn at an infinite angle in the left and right directions, and therefore, the monitor 10 can be turned to the left and right and adjusted at an appropriate angle.

In particular, the holder can easily dismantle the monitor 10 by simply releasing the monitor fixing bolt 360 from the vertical moving plate 350 holding the monitor 10. Can be taken and stored. More easily, simply pulling the monitor 10 forward to the end while the monitor 10 is fixed to the vertical movable plate 350, the horizontal movable plate 310 integrally coupled to the vertical movable plate 350 is a case. Since the upper and lower support plates (110, 120) of the (100) can be easily separated and stored outside (house), and when used, the horizontal moving plate 310 only needs to be inserted between the upper and lower support plates (110, 120) again. In this way, the cradle can be easily separated from the monitor 10 can be stored in the house when parking to prevent theft.

The embodiments disclosed herein are only presented by selecting the most preferred examples to help those skilled in the art from the various possible examples, the technical spirit of the present invention is not necessarily limited or limited only by this embodiment, the present invention Various changes and modifications are possible within the scope without departing from the spirit of the invention, as well as other equivalent embodiments.

As described above, the vehicle monitor holder according to the present invention can be easily mounted on the empty space of the center fascia in the vehicle to mount the monitor without damaging the vehicle. As a result, the vehicle does not go unreasonably, and there is an advantage that it can be maintained in the same state as before without harming the aesthetics of the vehicle even when the monitor is removed. In particular, the structure is simple and easy to assemble compared to the conventional automatic take-out device, less balance, there is an advantage of less cost burden to the user due to the low price. In addition, the holder can be moved to a multi-purpose storage box that can store coins, cigarettes, etc. by using the empty space under the mounting device as a storage space, and can provide a sound system by mounting a speaker on the front of the drawer.

Claims (10)

A case 100 having an inner space having a front opening; A horizontal moving plate 310 for entering and exiting the front opening of the case; A horizontal movable plate sliding means fixed horizontally on an inner upper surface of the case to provide a mounting space therebetween, wherein the horizontal movable plate is mounted in the mounting space to guide the horizontal slide; A pivot shaft 320 rotatably fixed to the front of the horizontal movable plate; A vertical support plate 340 coupled to the pivot shaft and pivoted according to the rotation of the pivot shaft, the vertical support bolt being fastened to a predetermined position; And And a vertical guide hole fitted to the vertical support bolt of the vertical support plate, being vertically moved along the vertical support bolt and pivoting vertically and vertically on the vertical support bolt, and having a vertical moving plate 350 on which a vehicle monitor is fixed. Vehicle monitor holder included. According to claim 1, wherein the horizontal movable plate sliding means has a lower support plate 120 having at least one guide protrusion, and a coupling hole to be coupled to the guide projection is formed and has a guide jaw surrounding the guide projection Vehicle monitor holder characterized in that it comprises an upper support plate (110). According to claim 2, The upper support plate and the lower support plate is provided by a fastening hole in the center of the guide projection and incorporated by fastening the fastening hole by inserting a bolt from the outside of the case, characterized in that fixed to the case Car monitor holder. The vehicle monitor holder according to claim 2, wherein the horizontal moving plate (310) is made of a structure having a horizontal guide groove which is horizontally guided by being inserted into the guide protrusion or the guide jaw. According to claim 2, wherein the guide projection of the lower support plate 120 protrudes upwards from the left and right sides of the lower support plate in the moving direction of the horizontal movable plate, the guide jaw of the upper support plate 110 is The monitor holder for the vehicle, characterized in that protrudes downward from the left and right sides of the upper support plate to surround the guide projections. According to claim 5, The upper support plate 110 is provided with an elastic locking piece protruding toward the lower support plate between the left and right coupling holes, the horizontal movable plate 310 corresponding to the elastic locking piece at a predetermined interval Positioning grooves are formed in each of the vehicle monitor holder, characterized in that the engaging action having a click feeling during the horizontal movement of the horizontal movable plate. According to claim 1, wherein the locking projections protruding from the left and right sides of the vertical support bolt of the vertical support plate 340, the left and right sides of the vertical movable plate corresponding to the locking projections a plurality of engaging in parallel with the vertical guide hole Grooves are mounted in the monitor holder, characterized in that the locking action at a certain interval with a click feeling when the vertical movement of the vertical movement plate. The vehicle monitor holder according to claim 1, further comprising a drawer (200) which is inserted into the opening of the case (100) and keeps things in and out. The vehicle monitor holder according to claim 8, wherein the drawer (200) is inserted into the case below the horizontal movable plate, and a speaker (210) connected to the monitor is mounted on a front surface of the drawer (200). The vehicle monitor holder according to claim 2, wherein the horizontal moving plate (310) is made of a structure inserted and guided between a pair of the guide protrusions or the guide jaws arranged horizontally.