JP3059467U - Display device with adjustable direction and angle - Google Patents

Abstract

(57) [Summary] [Problem] When installing a flat display device such as a navigator in a vehicle, the direction and angle can be adjusted, the screen can be viewed from any position in the vehicle, and the installation location can be freely selected. A display device is provided. [Solving Problem] A turntable is rotatably fixed to a vehicle interior wall surface,
A relay tank that is pivotally connected to the relay arm is provided on the underframe, and the relay arm is housed in the relay tank. Both are pivotally connected and rotatable, and the opposite side is connected to the display. The upper edge of the display board of the display has a connecting part into which the relay arm can be fitted and turned. Thus, the rotation of the rotary table adjusts the direction, and the rotation of the relay arm between the rotary tables and between the relay arm and the display adjusts the angle.

Description

[Detailed description of the invention]

[0001]

[Technical field to which the invention belongs]

 The present invention is a structure of a display device installed in an automobile or the like, and in particular, a device capable of omnidirectional adjustment.

[0002]

[Prior art]

 A typical example is that with the development of the information industry, the range of business people's activities has changed drastically, and the time required to travel by car for work has increased compared to before. A long time ago, while driving a car, there was no other way to get information other than radio, television, or cell phones. Therefore, in recent years, computers have been introduced into automobiles, and communication systems have been connected. Therefore, navigators and other net systems have been installed in vehicles, and devices such as DVD (Digital Video Display) have been adopted for such systems. These are, of course, installed in the car. However, taking a navigator as an example, it is necessary to install a display device in addition to the receiving device. Considering that the interior of the car is a space that should be shared not only with the driver but also with other passengers, the display screen Is located only in the area of view from the driver's seat, which causes problems in driving safety, the screen cannot be seen from other seats, and other passengers will feel very inconvenient .

[0003]

[Problems to be solved by the invention]

 The main purpose of the present invention is to adjust the direction and angle when installing a flat display device such as a navigator in a specific space inside the vehicle, to be able to see the screen from any position in the vehicle, and to install it. It is an object of the present invention to provide a display device capable of freely selecting a place that does not cause a driver's visual impairment in consideration of driving safety.

[0004]

[Means for Solving the Problems]

 It is mainly composed of a turntable, a relay arm, and a display. The turntable is rotatably fixed to the wall inside the vehicle, and a relay tank that pivots with the relay arm is provided on the outer frame. The relay arm presenting a frame body is accommodated here in correspondence with the relay tank, and both arms are pivotally connected and rotatable, and the opposite side can be pivotally connected to the display. ing. The display has a structure in which a display window is fitted to a display board, and an upper edge of the display board has a connecting part into which a relay arm is fitted and which can rotate. From the above, the rotation of the turntable adjusts the direction, and the rotation between the turntables of the relay arm and between the relay arm and the display adjusts the angle, so that no blind spot is created from any sheet.

[0005]

[Embodiment of the invention]

 The present invention mainly comprises a rotating disk 1, a relay neck 2, and a display 3. As shown in FIG. 2, the turntable 1 has a disk shape and is installed so as to be rotatable with respect to an object A to be fixed, such as a ceiling in a vehicle, and the fixed platen 11 is fitted into a ring frame 12 and is rotatable. Thus, the ring frame 12 is fitted and fixed to the underframe 13, and the space between the underframe 13 and the fixed platen 11 is also rotatable. In order to smoothly perform these rotations, the fixed platen 11 has a platen surface 11 and a plate blade 112 whose outer diameter is slightly larger than that of the fixed platen 11. Both are fixed to the ceiling or the like in the vehicle, and the inner diameter of the hollow ring frame 12 is slightly larger than the outer diameter of the board surface 111 of the fixed board 11, so that they can be fitted and rotated. Two or more ring frame holes 121 are formed in the peripheral wall of the ring frame 12, and corresponding underframe holes 131 are also provided in the underframe 13, and both are fixedly connected using screws. Thus, the fixed platen 11 becomes rotatable between the ring frame 12 and the underframe 13.

The underframe 13 has a recessed trough 133 whose size and shape correspond to the display 3 on the underframe surface 132 so that the display 3 and the relay arm 2 can be stored therein. A relay tank 134 having a degree of latitude corresponding to the relay arm 2 extends in the center of one side of the underframe concave tank 133, and tank holes 135 formed in both walls thereof are fitted with both ends of the relay arm 2. It is possible to rotate. The arm tank 136 whose degree of latitude corresponds to the outer diameter of the relay arm 2 is stored at the position facing the relay tank 134 when the relay arm 2 is folded. Further, an opening / closing unit 137 provided near the arm tank 136 controls opening / closing of the relay arm 2.

[0007] The relay arm 2 is a frame made of a hollow tube, and has an arm end 21 (not shown in the figure due to the angle) protruding outward on both sides of one end thereof, and is vertically bent outward. 135, and further equipped with one or more stopper parts such as springs and hinges, so that the relay arm 2 and the turntable 1 rotate and stop in a stepless manner as in opening and closing of a notebook computer. To be able to do. On both sides of the other end, an arm tenon 22 (not shown in the figure due to the angle relationship) extends, and one or more stopper parts as described above are provided and connected to the display 3. At this time, a circuit may be provided inside the relay arm 2. The locking tenon 23 (not shown in the figure due to the angle) provided at the top end of the arm tenon 2 is in contact with the opening / closing section 137 provided on the underframe 13 in a locked state. When pressed, the display 3 expands. On the other hand, when the display 3 is accommodated in the underframe 133 of the underframe 13, the locking tenon 23 and the opening / closing section 137 are engaged with each other, and the display 3 is positioned there.

The display 3 includes a display board 31 and a display window 32 fitted therein. The display board 31 has a size corresponding to the underframe 133 and is stored here when folded. The information data display of the display window 32 has a circuit by a known technique, and the circuit is also connected to the relay arm 2. A display tank 311 is recessed at the upper edge of the display window 32, and a display hole 312 (not shown in the figure due to an angle relationship) is formed in each of the two walls to connect the arm tenon 22. A stopper part such as a hinge or a spring may be additionally provided in the display hole 312, and the display hole 312 without the stopper part serves as a circuit passage. When the present invention is implemented, the circuit may be connected to the inside of the turntable 1, the relay arm 2, and the display 3 in consideration of the appearance, or may be connected to the outside while being exposed to the outside.

In the present invention, when the assembly is completed, the display becomes foldable. When the turntable 1 is installed in an easily viewable place in the vehicle such as a ceiling portion above a rearview mirror, the display 3 rotates with respect to the relay arm 2. Then, the display 3 is exposed to the outside and can be viewed. At this time, the angle is adjusted between the relay arm 2 and the turntable 1. Further, the adjustment may be performed by rotating the turntable 1 in order to obtain a more appropriate angle. In this way, the angle can be freely adjusted from each seat for convenience. Furthermore, the present invention can be implemented by adjusting the mutual rotation and angle between the turntable 1 and the relay arm 2 so that the driver can see the data information firmly and can be installed at positions other than the position of the rearview mirror. It is safe without any visual impairment.

[0010]

[Effect of the invention]

 The turntable, relay arm, and display, which are the main components of the main unit, are designed to be rotatable so that the display device installed in the vehicle can be seen not only from the driver's seat but also from any seat. Can be freely selected.

[Brief description of the drawings]

FIG. 1 is a three-dimensional view of a folded state of the present invention after assembly is completed.

FIG. 2 is a three-dimensional exploded view of the turntable of the present invention.

FIG. 3 is a three-dimensional explanatory view when the present invention is directed to be seen from a front seat.

FIG. 4 is a three-dimensional explanatory view when the present invention is directed to be seen from a rear seat.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Rotating board 11 Fixed board 111 Board surface 112 Board wing 113 Board hole 12 Ring frame 121 Ring frame hole 13 Base frame 131 Base frame hole 132 Base frame surface 133 Base frame concave tank 134 Relay tank 135 Tank hole 136 Arm tank 137 Opening / closing part 2 Relay arm 21 Arm end 22 Arm tenon 23 Lock tenon 3 Display 31 Display board 311 Display tank 312 Display hole 32 Display window

Claims (6)

[Utility model registration claims] 1. A turntable fixedly mounted on a vehicle inner wall so as to be rotatable, a relay tank for pivotally connecting the relay arm is formed on an outer underframe surface, and the relay arm presenting a frame body is provided with the relay tank. A fitting part is provided for fitting and pivoting here so as to correspond to the relay tank, and a connecting part for pivoting with the display is provided on the other side, and the display window is fitted on the display board. The connecting part for pivotally connecting with the relay arm is provided on the upper edge of the display board, and the turntable adjusts the direction by the rotation of the turntable by these structures, and is provided between the relay arm and the turntable. A display device wherein a direction and an angle at which a blind spot is not formed can be adjusted by adjusting an angle between the relay arm and the display. 2. The rotating disk is provided with a fixing plate for fixing to a wall surface or the like so as to be fitted into a ring frame, and further, the underframe is fitted into the ring frame, and is rotated with respect to the fixing plate. The display device according to claim 1, wherein the direction and the angle can be adjusted. 3. The connection between the turntable and the relay arm is provided with tank holes in both walls of the relay tank recessed in the turntable, and both ends of the relay arm are extended outward in both ends. 2. The display device according to claim 1, wherein at least one or more stopper parts are inserted into the tank hole. 4. The relay arm and the display are connected to a display tank at an upper edge of the display board, and a display hole is formed in each of the two walls of the display tank. The display device according to claim 1, wherein the direction and the angle are adjustable, and the stopper component is inserted into the display hole. 5. The display according to claim 1, wherein the display is stored here by providing an underframe recessed tank having a shape and size corresponding to the display on the underframe surface of the underframe. A display device that is adjustable. 6. The locking tenon of the relay arm is in contact with an opening / closing portion provided at a position outside the arm tank of the rotary disk in a locked state, and controls folding and unfolding of the relay arm. A display device, wherein the direction and the angle according to 1 are adjustable.