KR200270485Y1 - Television monitor fixing apparatus for cars - Google Patents

Abstract

The present invention is to install a TV monitor fixing device in the upper position of the instrument panel by using an adhesive, but the TV monitor can be rotated up, down, left and right so that the driver can easily watch or operate the TV monitor. The purpose is to provide a monitor fixing device. The present invention configured for this purpose is in a vehicle TV monitor fixing device that enables the installation of a vehicle TV monitor on the instrument panel in the vehicle interior, the adhesive is attached to the lower surface while the installation surface is formed to be elevated upward on one side The base of the mounting surface is provided in the center of the mounting surface is formed through the screw hole is formed through the upper and lower, and the corresponding side is provided with a fixing part coupling hole formed on one side through the side, the other side is formed with a fixing part coupling nut formed therein The fastening part is fastened to the fixing part coupling bolt through the fixing part coupling nut and the fixing part coupling groove, while a spherical cavity is formed inside the upper part of the upper part of the cavity so that the cavity is exposed. Opening grooves are formed in the shape, and the fixing part of the structure consisting of two sets by injection molding, two The injection molding is formed by protruding laterally to the lower part of any one of the fixed part consisting of a set, the center of the screw hole is formed in relation to the screw hole formed in the center of the mounting surface of the base, the inner coupling of the lower part of the other fixed part Coupling piece coupled to the groove, the rotary ball inserted into the cavity of the fixed portion is rotated by artificial force, the screw member formed to the upper portion of the rotating sphere, the fixing groove formed on the lower surface of the vehicle TV monitor formed on the top of the screw member And a fixing piece slidingly coupled with the screw member, the monitor fixing member including a nut member fastened to the screw member to lock the coupling piece to the fixing groove, and means for preventing rotation of the fixing part when the fixing part is coupled to the mounting surface of the base. Characterized in that made.

Description

TV monitor fixing apparatus for vehicles {Television monitor fixing apparatus for cars}

The present invention relates to a vehicle TV monitor fixing device, and more particularly, to install and maintain the TV monitor on the instrument panel in the vehicle interior, as well as freely up, down, left, and right directions within a certain range. It relates to a vehicle TV monitor fixing device to be adjustable.

In general, the vehicle is equipped with audio as a basic specification as a means for providing the indoor environment and information that can comfort the driver and passengers free. This audio helps prevent accidents by allowing drivers and passengers to relax in the interior spaces of vehicles that are boring and stuffy through music or news. In addition, by listening to road information through audio, the driver can select an appropriate driving course.

On the other hand, in recent years, because the road information by listening to the above-described audio alone can not receive the detailed information of the road, a technology capable of being able to receive detailed location information of the road visually as well as hearing has been applied to a vehicle.

As described above, the TV monitor installed in the interior of the vehicle may be one that enables the user to receive detailed location information of the road as well as hearing. Such a TV monitor is provided on a center panel of an instrument panel as a factory default specification, but may be installed through a fixing device according to the owner's needs after the vehicle is shipped.

The above-described TV monitor provides various types of information transmitted from a broadcasting station as an image, and displays various types of road information on the screen as a component of a car navigation system. The general car navigation system (GPS) is a global positioning system (GPS {) which is a global positioning system that uses satellites to receive radio waves from satellites that know the exact position and observe the time required for observation. Navigation system to find the location of moving objects or fixed facilities)} The system that displays the location of the vehicle on the TV monitor screen and guides the route by using the location data received from the satellite using geographic information provided from the car navigation system or external wireless data network. Say

As described above, the navigation device displays its current location on the monitor using satellites and displays a destination to guide the optimal route, thereby allowing the driver to select a desired location using the road information.

On the other hand, among the TV monitors that display various information and road information on the screen as described above, the TV monitor installed through the fixing device according to the owner's needs after leaving the vehicle is usually located at a position where the driver's vision and hands are closest to each other. It is installed in place at the top of the instrument panel.

However, the conventional vehicle TV monitor fixing device is configured to simply maintain a fixed position, and thus there is a problem in that it is inconvenient to observe or operate the TV monitor by not rotating up, down, left, and right.

In addition, since the conventional vehicle TV monitor fixing apparatus is manufactured by melting a metal and pouring it into a molding mold, it is not only heavy but also difficult to manufacture, and also expensive to manufacture, which is a burden on the consumer.

The present invention was devised to solve the problems described above, and the TV monitor fixing device is installed in the upper portion of the instrument panel using an adhesive and a high information bolt so that the TV monitor can be rotated up, down, left and right. It is an object of the present invention to provide a vehicle TV monitor fixing device that allows the driver to easily watch or operate the TV monitor.

Another object of the present invention is to make the weight of the TV monitor fixing device as a synthetic resin material by injection molding, as well as to make it easier to manufacture than the prior art.

Still another object of the present invention is to reduce the production cost by reducing the production cost by making injection molding using the material of the TV monitor fixing device as a synthetic resin material.

In addition, the present invention is to improve the moldability by injection molding the material of the TV monitor fixing device as a synthetic resin material.

1 is an exploded perspective view showing a vehicle TV monitor fixing device according to a first embodiment of the present invention.

Figure 2 is a front view showing a fixing part in the vehicle TV monitor fixing apparatus according to the first embodiment of the present invention.

Figure 3 is a side sectional view showing a fixing part in a vehicle TV monitor fixing apparatus according to a first embodiment of the present invention.

Figure 4 is a perspective view showing a vehicle TV monitor fixing device according to a first embodiment of the present invention.

5 is a perspective view of the inside of the vehicle showing a state where the TV monitor is fixed to the instrument panel of the vehicle by using the vehicle TV monitor fixing apparatus according to the first embodiment of the present invention.

6 is a perspective view showing a vehicle TV monitor fixing device according to a second embodiment of the present invention;

*** Explanation of symbols for the main parts of the drawing ***

10. Instrument panel 20: TV monitor

100. Car TV Monitor Fixture

110. Base 112. Mounting surface

114. Adhesives 120, 120a. Fixture

130. Joint 132. Opening groove

140. Coupling piece 150. Monitor fixing member

152. Rotating hole 154. Screw member

156. Fixing Pieces 158, 158a. Nut member

160. Positioning groove 162. Anti-rotation protrusion

170.Nuts 172.Bolts

200: monitor base plate 210: bending

212: Fixing Guide 218: Monitor Fixing Bolt

220: monitor fixing bolt guide

The present invention configured to achieve the above object is as follows. That is, in the vehicle TV monitor fixing device that enables the vehicle TV monitor of the present invention to be installed on the upper part of the instrument panel in the vehicle interior, the lower surface is provided with an adhesive surface while the one side is provided with an installation surface which is raised upwardly. Base plate-shaped base is formed in the center of the installation surface is formed through the screw hole up and down; Corresponding to each other, one side has a fixing part coupling hole formed through the side, and the other side is formed with a fixing part coupling nut formed therein, the fastening coupling to the fixing part coupling bolt through the fixing part coupling nut and the fixing part coupling groove. Meanwhile, a spherical cavity is formed inside the upper portion, and a bent opening groove is formed to be bent in a predetermined range from the top of the cavity to the front side so that the cavity is exposed, and a two-piece structure is formed by injection molding. government; The injection molding is protruded laterally to the lower part of any one of the fixed part consisting of two sets, the center of the screw hole is formed in relation to the screw hole formed in the center of the mounting surface of the base, the lower part of the other fixed part Coupling piece coupled to the inner coupling groove of the; A rotating piece inserted into the cavity of the fixing part and rotated by artificial force, a screw member formed as an upper part of the rotating tool, and a fixing piece slidingly coupled to the fixing groove formed on the upper surface of the screw member and formed on the lower surface of the vehicle TV monitor. A monitor fixing member comprising a nut member coupled to the screw member and locked after coupling the fixing piece to the fixing groove; And means for preventing rotation of the fixing part when the fixing part is coupled to the installation surface of the base.

In addition, it is formed in a bent plate shape to be fixed in the longitudinal direction along the center of the bending portion, the bending portion of the bending portion to mount the monitor in the longitudinal direction less than the width of the lower portion of the fixing piece While the lower part of the convenience is located, the fixing guide guide hole which is tightened by the nut member of the monitor fixing member and fixedly installs the fixing piece to the bending plate, and the monitor support plate penetrating to the other side of the fixing piece guide hole centering on the bent portion of the monitor supporting plate. The monitor fixing bolt guide hole penetrates along the center of the monitor, characterized in that it further comprises a monitor support plate having a monitor fixing bolt that is fastened to the monitor fixing nut installed in the monitor through the fixing bolt guide hole.

Rotation preventing means of the above-mentioned fixing portion is a position groove formed on both sides of the screw hole of the installation surface; And a rotation preventing protrusion which protrudes on both sides of the lower surface of the fixing piece in relation to the position groove, and is mounted on the position groove to prevent the fixing portion, and the nut member of the monitor fixing member is composed of two pieces.

Hereinafter, a vehicle TV monitor fixing apparatus according to a first embodiment of the present invention will be described in detail.

1 is an exploded perspective view showing a vehicle TV monitor fixing apparatus according to a first embodiment of the present invention, Figure 2 is a front view showing a fixing part in a vehicle TV monitor fixing apparatus according to a first embodiment of the present invention, Figure 3 Side cross-sectional view showing a fixing part in a vehicle TV monitor fixing apparatus according to a first embodiment of the present invention, Figure 4 is a perspective view showing a vehicle TV monitor fixing apparatus according to a first embodiment of the present invention, Figure 5 is An interior perspective view of a vehicle showing a state in which a TV monitor is fixed to an instrument panel of a vehicle using the vehicle TV monitor fixing apparatus according to the first embodiment.

As shown in FIGS. 1 to 5, the vehicle TV monitor fixing apparatus 100 according to the present invention is largely composed of a base 110, fixing parts 120 and 120a, and a monitor fixing member 150.

First, the base 110 is formed in a plate shape forming a lower portion by the adhesive 114 is attached to the lower surface, one side of the base 110 is the installation surface 112 is formed by being raised upward in a concave shape ), A screw hole 112a penetrating up and down in the center of the mounting surface 112, two positioning grooves 160 formed on both sides of the screw hole 112a, and the base (on the lower surface of the base 110). 110 is penetrated into the adhesive 114 and the base 110 for attaching to the upper side of the instrument panel 10 in the vehicle interior, and screwed to the instrument panel 10 of the vehicle through the panel coupling screw 110b. It consists of a panel coupling hole (110a) that can be coupled.

In addition, the base 110 forms two base hook rings 116 that are bent upwardly. Furthermore, one side portion is formed to be long enough to be caught by the base catching ring 116, and the other side portion is formed in a flat plate shape, and further includes an auxiliary base 118 to which an adhesive 114 is attached. The base 110 is not formed in one plate shape, but is divided by a predetermined portion, so that the base 110 can be easily attached to the instrument panel 10 of the vehicle.

On the other hand, the fixing part 120, 120a is formed of a semi-cylindrical material whose diameter is coupled to the upper portion of the base 110 as the synthetic resin material, the diameter decreases toward the upper side is combined into a pair of two. The fixing parts 120 and 120a are recessed inward from the bottom thereof to form the semi-circular spaces of the coupling grooves 120-1 and 120a-1 and protruding to the inner surfaces of the coupling grooves 120-1 and 120a-1. When the coupling piece fixing protrusions (120-2, 120a-2), the fixing portion (120, 120a) is coupled to the coupling grooves (120-1, 120a-1) to fix the coupling piece 140 is formed in a disk shape While the side is formed in a sawtooth shape, it consists of a base piece (140a) screwed in the center and a coupling piece (140) having a rotation preventing synchronous projecting downward on the lower side. In addition, the upper portion of the fixing part 120, 120a is provided with a cavity 130 formed in relation to the outer shape of the rotating tool 152 so that the rotating tool 152 of the fixing member 150 described later, two high One of the government parts 120 and 120a has a fixed part coupling hole 122 horizontally penetrated from the side, and the other part has a fixed part coupling groove 122a inserted into the inside to form the fixed part coupling bolt 172. Through the two fixing parts (120, 120a) to be inserted through. The fixed part coupling bolt 172 described above is provided with a handle on the other side so that it can be easily combined and disassembled. The high shear coupling nut 122a described above is manufactured by injection molding the coupling part fixing nut 122a and the fixing part 120a together.

Finally, the monitor fixing member 150 has an upper end thereof coupled to a vehicle TV monitor 20, while a lower portion thereof is inserted into a cavity 130 formed at an upper portion of the fixing parts 120 and 120a to allow the vehicle TV monitor 20 to be mounted. And to adjust the direction of the TV monitor 20 by the artificial force, inserted into the cavity 130 of the fixing portion (120, 120a) is rotated by artificial force, rotating ball 152, the rotary ball ( Screw member 154 is formed in the upper portion of the 152, the fixing member 156 is formed on the upper end of the screw member 154 and slidingly coupled with a fixing groove (not shown) formed on the lower surface of the vehicle TV monitor 20 The nut member 158 and 158a are fastened to the screw member 154 and locked after the fixing piece 156 is coupled to the fixing groove (not shown).

The vehicle TV monitor fixing apparatus 100 configured as described above has the fixing portions 120 and 120a in a state in which the lower end of the monitor fixing member 150 is inserted into the upper surface cavities 130 of the two fixing portions 120 and 120a. The fixing part coupling hole 122 and the fixing part coupling nut 122a of the fixing part coupling bolt 172 by fastening the two fixing parts 120 and 120a, and then the fixing parts 120 and 120a coupled to the base. One side of the upper surface of the 110 is coupled to the screw 144 through the base coupling hole 140a of the coupling piece 140. The vehicle TV monitor fixing device 100 coupled as described above is attached to the upper surface of the instrument panel 10 in the vehicle interior through the adhesive 114 under the base 110, and the panel coupling screw through the panel coupling hole 110a. 110b is fixed to the instrument panel 10 by screwing. At this time, it is preferable that the attachment position of the vehicle TV monitor fixing device 100 is normally attached to an adjacent position of the driver.

As described above, the vehicle TV monitor 20 is coupled to an upper end of the fixing member 150 of the vehicle TV monitor fixing device 100 attached to the upper surface of the instrument panel 10.

Referring to the vehicle TV monitor fixing device 100 according to the present invention in more detail as follows. First, the base 110 is for supporting the fixing parts 120 and 120a and the monitor fixing member 150 which will be described later. The base 110 is manufactured in a plate shape having a predetermined shape.

On the other hand, one side of the base 110 as described above is provided with a mounting surface 112 is formed by being raised upward in a concave shape of the lower surface, the center of the mounting surface 112 screw hole (112a) up and down It is formed through. An adhesive 114 is attached to the lower surface of the base 110 to attach the base 110 to one side of the upper surface of the instrument panel 10 in the vehicle interior. In addition, the base 110 has two base catching rings 116 protruding upward and bent, and one side is formed long to be caught by the base catching ring 116 and is flat with the other side, and on the lower side thereof. It further includes an auxiliary base to which the adhesive 114 is attached.

Fixing part (120, 120a) is for supporting the fixing member 150, the two fixing parts (120, 120a) is divided into two front and back, but the two forms a similar form, but not the same form. In addition, the fixing parts 120 and 120a have a structure made by injection molding.

One of each of the fixing parts 120 and 120a described above is a fixing part coupling hole 122 which is laterally penetrated, and the other 120a is a fixing part coupling nut 122a having a thread formed on its inner surface. It is provided, the fixing portion coupling hole 122 and the fixing portion coupling nut 172 for screwing through the fixing portion coupling groove (122a) is provided. Meanwhile, a spherical cavity 130 is formed inside the upper portion. The cavity 130 is formed with an opening groove 132 of a bent shape that is open to a predetermined range from the top of the cavity 130 to the front side of the cavity 130 so as to be exposed. At this time, the opening groove 132 is formed to a size such that the rotary hole 152 formed on the lower end of the monitor fixing member 150 to be described later is not separated.

On the other hand, the above-described cavity 130 is for rotationally coupling the rotary hole 152 formed on the lower end of the monitor fixing member 150, the cavity 130 is in the upper inner side of each fixing portion (120, 120a) Is formed in the form of hemispheres when the two fixing parts (120, 120a) is combined by a sphere formed by two hemispheres. That is, when the two fixing parts 120 and 120a are combined, the spherical surface formed by the two hemispheres is the cavity 130.

Coupling piece 140 is for coupling the fixed part (120, 120a) coupled to the upper surface of the mounting surface 112 of the base 110, the coupling piece 140 is a fixed part 120 of two pairs Located in the coupling grooves (120-1, 120a-1) formed in the lower portion of the 120a, because the side is formed in a sawtooth, the coupling piece fixing protrusion formed on the inner side of the overlap grooves (120-1, 120a-1) ( It is engaged with the 120-2,120a-2 so that the coupling piece 140 does not flow when the fixing portion (120,120a) is engaged.

Meanwhile, when the two fixing parts 120 and 120a are coupled, the two fixing part guide protrusions 121 protruding from the upper part of the fixing part 120 are formed in the fixing part guide groove 123 formed in the other fixing part 120a. As it is inserted, the coupling position is easily determined at the time of initial coupling and the coupling position is determined.

In addition, a screw hole 142 related to the screw hole 112a of the center of the mounting surface 112 of the base 110 is formed at the center of the coupling piece 140 and is fastened and fixed by the screw member 144. . At this time, the screw member 144 for fixing the fixing parts 120 and 120a coupled to the upper surface of the mounting surface 112 of the base 110 is a screw hole 112a of the mounting surface 112 from the lower portion of the mounting surface 112. The fixing parts 120 and 120a coupled to the screw holes 142 formed at the upper coupling piece 140 through the upper and lower surfaces thereof are fixed to the installation surface 112.

The monitor fixing member 150 is a fixing part coupling hole 122 of the two fixing parts (120, 120a) in a state in which the rotating hole 152 is inserted into the upper cavity 130 of the two fixing parts (120, 120a). By screwing into the fixing portion coupling bolt 172 through the fixing portion coupling groove (122a), and is supported on the upper side of the fixing portion (120, 120a).

Referring to the above-described monitor fixing member 150 in more detail, first, the rotary sphere 152 is to be coupled to the monitor fixing member 150 to the cavity 130, the rotary sphere 152 is fixed to the monitor While forming the lowermost part of the member 150, it is formed in relation to the spherical surface of the cavity 130.

On the other hand, the diameter of the rotating sphere 152 as described above is formed the same or larger than the diameter formed by the cavity (130). That is, when the fastener 152 is coupled to the cavity 130 by coupling the two fixing parts 120 and 120a with the fixing part coupling bolt 172, the rotation of the rotating tool 152 is more than a predetermined level. In order to be made only by artificial force, the diameter of the rotating hole 152 should be formed to be the same or larger than the diameter of the cavity 130.

Therefore, the above-described rotary ball 152 is coupled in a state in which the surface contact with the inner spherical surface of the cavity 130 by the coupling force according to the coupling of the two fixing parts (120, 120a) is a force only by a predetermined or more artificial force It will rotate in the direction of application.

The screw member 154 is for fastening the nut members 158 and 158a which will be described later. The screw member 154 has a spiral thread formed on the outer circumferential surface thereof and is formed to have a predetermined length on one side of the rotary hole 154. do.

The screw member 154 formed as described above is exposed to the outside by a predetermined length to the opening groove 132 of the cavity 130 when the rotating sphere 152 is coupled to the cavity 130. The screw member 154 installed as described above is rotated back and forth along the opening groove 132 by a predetermined range when the artificial force is applied.

The fixing piece 156 is for installing the vehicle TV monitor 20. The fixing piece 156 is provided at the upper end of the screw member 154 in relation to the fixing groove (not shown) of the vehicle TV monitor 20. Is formed.

The fixing piece 156 formed as described above is slidably coupled with a fixing groove (not shown) formed at one side of the lower surface of the vehicle TV monitor 20 to support the vehicle TV monitor 20.

The nut members 158 and 158a are for fixing the vehicle TV monitor 20 slidingly coupled to the fixing piece 156 so that the vehicle TV monitor 20 is not separated from the fixing piece 156. Two of 158 and 158a are fastened to the screw member 154.

The nut members 158 and 158a configured as described above are configured to slide the nut member 158 on the upper side in a state in which the fixing groove 156 is slidably coupled to the fixing groove (not shown) of the vehicle TV monitor 20. Tighten upward to tighten the lower surface of the fixing piece 156 and the vehicle TV monitor 20 so as to prevent separation of the fixing piece 156 and the vehicle TV monitor 20. The upper nut member 158 is tightened upward to prevent the upper nut member 158 from being loosened, thereby preventing the fixing piece 156 and the vehicle TV monitor 20 from being separated.

Means for preventing the rotation of the fixing portion (120, 120a) is to prevent the rotation of the fixing portion (120, 120a) coupled to the mounting surface 112 of the base 110, the fixing portion (120, 120a) Means for preventing the rotation of the projection grooves formed on both sides of the mounting hole (112a) and the positioning groove 160 of the mounting hole 112 protrudes on both sides of the lower surface of the coupling piece (140) It consists of a rotation preventing projection 162 to prevent the rotation of the fixing portion 120, 120a coupled to the groove 160.

In the means for preventing the rotation of the fixing portion (120, 120a) configured as described above, the position groove 160 and the anti-rotation projection 162 is coupled when the combined fixing portion (120, 120a) to the installation surface As well as preventing the rotation of the fixing unit (120, 120a), and serves to determine the coupling position of the fixed fixing unit (120, 120a).

As described above, the vehicle TV monitor fixing apparatus 100 according to the present invention is a monitor fixing member 150 in a state fixed through an adhesive 114 and a panel coupling screw 110b on one side of an instrument panel 10 in a vehicle interior. After coupling the vehicle TV monitor 20 to the fixing piece 156 of the), the TV monitor 20 is fixed by fixing the vehicle TV monitor 20 on the fixing piece 156 through the nut members 158 and 158a. It can be easily rotated up, down, left and right.

Hereinafter, with reference to the accompanying drawings a second embodiment according to the present invention will be described in detail.

For reference, the same components in the second embodiment and the first embodiment use the same reference numerals.

6 is a perspective view illustrating a vehicle TV monitor fixing apparatus according to a second embodiment of the present invention.

As shown in FIG. 6, the vehicle TV monitor fixing apparatus includes a base 110, a fixing unit 120, a fixing member 150, and a monitor support plate 200.

Here, since the base 110, the fixing part 120 and the fixing member 150 are the same as in the first embodiment, the description thereof will be omitted, and the monitor base plate 200 will be described in detail.

The monitor base plate 200 is formed of a bending 210, a fixed guide guide hole 212, a cushion member 214, a rubber plate 216, a monitor fixing bolt 218 and a monitor fixing bolt guide hole 220.

The bending 210 is formed long in the longitudinal direction, and a predetermined angle is also preferably formed in a plate shape bent at a right angle, and one side is formed longer and wider than the other side with the center of the bent portion, 20) so that the back of the touch can be easily mounted. In the bending 210, a fixing piece guide hole 212 penetrated in the longitudinal direction is formed along the center of the elongated surface as described above, and the lower portion of the fixing piece guide hole 212 is slightly wider and fixed. The lower portion of the piece 156 can easily enter the fixing piece guide hole (212). In addition, the width of the fixing piece guide hole 212 is formed wider than the width of the lower fixing piece 156, and is formed narrower than the width of the upper fixing piece 156, so that the lower portion of the fixing piece guide hole 212 The fixing piece 156 does not fall out of the fixing piece guide hole 212 except for the formed portion.

In addition, by attaching the cushioning material 214 in the longitudinal direction on both sides of the elongated portion of the bending 210 so that no external injury occurs when the TV monitor 20 is installed, the rubber plate 216 is attached to the squeezed surface. In addition, the TV monitor 20 does not generate a trauma, and by using the friction force of the rubber plate 216 to prevent the shaking due to the movement of the vehicle.

On the other hand, as described above in the fixing piece guide hole 212, the lower portion of the fixing piece 156 of the fixing member 150 is located inside the fixing piece guide hole 212, the fixing piece 156 described above is a nut It is tightened by the member 158, and it is fixed to the clamp 210, while tightening the clamp 210 between the lower surface of the fixing piece 156 and the upper surface of the nut member 158. In addition, the nut member 158a tightens the fold 158 secondly.

The monitor fixing bolt guide hole 220 is formed in the center of the cut surface of the bending 210 to be slid through the surface long and formed, the monitor fixed bolt guide hole 220 is inserted into the monitor The fixed bolt 218 may slide along the monitor fixed bolt guide hole 220.

The monitor fixing bolt 218 is formed in a disc shape in which one side forms a screw thread and the other side easily forms a corrugation on its side so as to be easily rotated.

In the method of installing the monitor 20 on the monitor support plate 200, the base 110 is attached to the instrument panel 10 as in the first embodiment, and the monitor 20 is mounted on the monitor support plate 210. After fixing, the monitor fixing bolt 218 is inserted into the groove (not shown) formed in the lower portion of the monitor 20 to be fixed to the monitor support plate 210. On the other hand, since the monitor fixing bolt 218 is movable along the monitor fixing bolt guide hole 220, it is preferably adjusted according to the thickness of the monitor 20 or the position of the groove formed in the lower portion of the monitor 20. In addition, by tightening the fixing piece 156 located in the fixing piece guide hole 212 using the nut member 158 at an appropriate height, so that the monitor support plate 200 does not move even when the vehicle shakes at a suitable position at the eye level of the user. do. Finally, since the rotating sphere 152 of the fixing member 150 can be artificially adjusted in the cavity 132, the fixing member 150 is adjusted to finally watch the monitor 20.

The present invention is not limited to the above-described embodiments and can be carried out in various modifications within the range allowed by the technical idea of the present invention.

As described above, according to the present invention, the TV monitor fixing device is installed in the upper portion of the instrument panel using an adhesive so that the TV monitor can be rotated up, down, left, and right so that the driver can easily watch or operate the TV monitor. It is effective to make it possible.

Another effect of the present invention is to make the weight of the TV monitor fixing device as a synthetic resin material by injection molding, as well as more easily compared to the prior art.

Another effect of the present invention is to reduce the production cost by lowering the production cost by injection molding the material of the TV monitor fixing device as a synthetic resin material.

In addition, the present invention can improve the moldability by injection molding the material of the TV monitor fixing device as a synthetic resin material.

Claims (4)

In the vehicle TV monitor fixing device which enables the vehicle TV monitor to be installed on the upper part of the instrument panel in the vehicle interior, An adhesive is attached to the lower surface, and an installation surface formed on the one side thereof is raised upwardly, and a plate-shaped base formed by penetrating upward and downward in the center of the installation surface; Corresponding to each other, one side has a fixing part coupling hole formed in the side, and the other side is formed with a fixing part coupling nut formed therein, and fastened to the fixing part coupling bolt through the fixing part coupling nut and the fixing part coupling groove. On the other hand, a spherical cavity is formed inside the upper portion, and an opening groove having a bent shape is opened to a front side from the upper portion of the cavity so that the cavity is exposed. Fixing parts of the structure; The two are protruded laterally protruded to the lower side of any one of the fixed portion consisting of a set of two, the center of the screw hole is formed in relation to the screw hole formed in the center of the mounting surface of the base, the other high Coupling piece coupled to the inner coupling groove of the lower part; Is inserted and coupled to the cavity of the fixing portion is rotated by artificial force, the screw member formed to the upper portion of the rotating sphere, the sliding member formed on the upper end of the screw member and formed in the lower surface of the vehicle TV monitor A fixing member comprising a nut member which is fastened to the screw member and locked after the fixing member is coupled to the fixing groove; And And a means for preventing rotation of the fixing unit when the fixing unit is coupled to the installation surface of the base. The method of claim 1, It is formed in a bent plate shape to the penetrating the monitor, the width of the bent through the longitudinal portion along the center on one side of the bent portion of the bent through less than the width of the lower portion of the fixing piece While the lower part of the fixing piece is located, the fixing piece guide hole which is tightened by the nut member of the monitor fixing member to fix the fixing piece to the bending member, and the other side of the fixing piece guide hole centering on the bent portion of the monitor support plate. The monitor fixing plate guide hole penetrates along the center of the monitor support plate formed through the monitor support plate, the monitor support plate having a monitor fixing bolt for fastening to the monitor fixing nut installed in the lower portion of the monitor through the monitor fixing bolt guide hole Vehicle TV monitor fixing device comprising a. According to any one of claims 1 to 3, wherein the rotation preventing means of the fixing portion is a position groove formed on both sides of the screw hole of the installation surface; And And a rotation preventing protrusion which protrudes on both sides of the lower surface of the fixing piece in relation to the position groove, and is mounted on the position groove to prevent the fixing part. The vehicle TV monitor fixing apparatus according to claim 1 or 2, wherein the nut member of the monitor fixing member is composed of two nut members.