KR100861690B1 - Panel Display Tilting and Swivel Wall Mount - Google Patents

Abstract

The present invention relates to a panel display tilting and swivel wall mount, comprising: a base (10) fixed to a wall; A base bracket 20 protruding forward of the base 10 and having a main annular coupling portion 21 at its front end; A first curved bracket 30 having a first sub annular coupling portion 31 coupled to the main annular coupling portion 21 and a first curved portion 32 having a first curved surface formed on an inner circumferential surface thereof; A second curved bracket having a second sub-cyclic coupling portion 41 fixed to the first sub-cyclic coupling portion 31 and a second curved portion 42 having a second curved surface opposite to the first curved surface on an inner circumferential surface thereof; 40; A spherical bracket 50 embedded in the first and second curved portions 32 and 42 and having a curved surface in close contact with the first and second curved surfaces; A shaft portion 60 coupled to the spherical bracket 50; It is coupled to the shaft portion 60, the panel display (P) mounting plate 70 is mounted; characterized in that it comprises a.

Description

Panel display tilting and swivel wallmount {A panel display wall-mount}

The present invention relates to a panel display tilting and swivel wall mount, and more particularly, to a panel display tilting and swivel wall mount capable of tilting and swiveling the panel display from the tilting direction to the swivel direction.

Recently, panel displays, such as LCD TVs or PDP TVs, can be implemented in large sizes, and demand is increasing rapidly as the price drop increases. Such a panel display may be used by being mounted on a stand placed on the floor, but in recent years, the panel display is often used by being mounted on a wall mount fixed to a wall.

By the way, in the panel display fixed to the wall mount, when the viewer is in the lying or oblique position, the screen could not be properly viewed through the panel display in the oblique position. In particular, the panel display had a problem that it was difficult to expect a clearer screen when viewed obliquely because the viewing angle is smaller than that of the CRT.

The present invention has been made to solve the above problems, and an object of the present invention is to provide a panel display tilting and swivel wall mount that can tilt and swivel the panel display at any position.

In order to achieve the above object, the first embodiment of the panel display tilting and swivel wall mount according to the present invention, the base 10 is fixed to the wall; A base bracket 20 protruding toward the front of the base 10 having a main annular coupling portion 21 at a front end thereof; A first curved bracket 30 having a first sub annular coupling portion 31 coupled to the main annular coupling portion 21 and a first curved portion 32 having a first curved surface formed on an inner circumferential surface thereof; A second curved portion having a second sub-cyclic coupling portion 41 fixed to the first sub-cyclic coupling portion 31 and a second curved portion 42 having a second curved surface opposed to the first curved surface on an inner circumferential surface thereof; Bracket 40; A spherical bracket 50 embedded in the first and second curved portions 32 and 42 and having a curved surface in close contact with the first and second curved surfaces; Shaft portion 60 is coupled to the spherical bracket 50; And a mounting plate 70 to which the panel display P is mounted, as coupled to the shaft portion 60.

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In the present invention, the spherical bracket 50 is composed of the first hemispherical bracket 51 and the second hemispherical bracket 52 coupled to each other, the first hemispherical bracket 51 and the second hemispherical bracket 52 On the opposite surface of the coupling portion is coupled to the shaft portion (60) (51a, 52a) is formed.
In order to achieve the above object, the second embodiment of the panel display tilting and swivel wall mount according to the present invention, the base 110 is fixed to the wall; A base bracket 120 which protrudes forward of the base 110 and has a main annular coupling portion 121 formed with a circular hole at the front end thereof; The first sub-circular coupling portion 131 coupled to the main annular coupling portion 121 and the first curved surface is formed on the inner circumferential surface and the first curved portion 132 is located in the hole of the main annular coupling portion 121 The first curved bracket 130 having a; A second curved bracket having a second sub-cyclic coupling portion 141 coupled to the first sub-cyclic coupling portion 131 and a second curved portion 142 having a second curved surface opposite to the first curved surface on the inner circumferential surface thereof. 140; A spherical bracket 150 embedded in the first and second curved portions 132 and 142 and having a curved surface in close contact with the first and second curved surfaces; A shaft portion 160 formed in the spherical bracket 150, the pin hole 161a having a pin 161 penetrating the side portion formed therein; A shaft bracket 180 fixed to the rear of the base 110 to allow the shaft portion 160 to rotate in a swivel direction in a tilting direction; It is coupled to the shaft portion 160, the mounting plate 170, the panel display (P) is mounted; includes, the shaft bracket 180, enters the shaft portion 160 inside the pin 161 It characterized in that it has a long hole bracket 181 is formed a long hole (181a) is sandwiched.

According to the panel display tilting and swivel wall mount according to the present application, the first and second curved brackets having a first and second curved surfaces formed to face the inner circumferential surface, and a spherical bracket embedded in the first and second curved brackets, and fixed to a spherical bracket By including the shaft portion coupled to the mounting plate for mounting the panel display, the viewer can smoothly change the viewing position of the panel display from the tilting direction to the swivel direction.

Hereinafter, the panel display tilting and swivel wall mount according to the present invention will be described in detail with reference to the accompanying drawings.

1 is an exploded perspective view of a first embodiment of a panel display tilting and swivel wall mount according to the present invention, Figure 2 is a side view of the exploded state of the panel display tilting and swivel wall mount of Figure 1; 3 is an assembled perspective view of the panel display tilting and swivel wall mount of FIG. 1, and FIG. 4 is a side view of the panel display tilting and swivel wall mount of FIG. 3.

As shown, the first embodiment of the panel display tilting and swivel wall mount according to the present invention includes a base 10 fixed to a wall; A base bracket 20 protruding forward of the base 10 and having a main annular coupling portion 21 at its front end; A first curved bracket 30 having a first sub annular coupling portion 31 coupled to the main annular coupling portion 21 and a first curved portion 32 having a first curved surface formed on an inner circumferential surface thereof; A second curved bracket having a second sub-cyclic coupling portion 41 fixed to the first sub-cyclic coupling portion 31 and a second curved portion 42 having a second curved surface opposed to the first curved surface on an inner circumferential surface thereof; 40; A spherical bracket 50 embedded in the first and curved portions 32 and 42 and having a curved surface in close contact with the first and second curved surfaces; A shaft portion 60 coupled to the spherical bracket 50; It is coupled to the shaft portion 60, the mounting plate 70, the panel display (P) is mounted; includes.

Prior to describing the present embodiment, the tilting direction means rotating in the vertical direction, and the swivel direction means rotating in the horizontal direction.

The base 10 is fixed to the wall by a bolt (not shown) or the like penetrating the base 10.

The base bracket 20 is integrated with the base 10. That is, the base bracket 20 is integrally formed with the base 10 when the iron plate is molded by a press.

The base bracket 20 protrudes toward the front of the base 10, and the main annular coupling portion 21 of the front end has an entry hole 21a through which the first curved portion 32 of the first curved bracket 30 enters. It is.

The first curved bracket 30 and the second curved bracket 40 form a body to be spherical when the first sub-cyclic coupling portion 31 and the second sub-cyclic coupling portion 31 are mutually coupled. In the state, the first and second sub-cyclic coupling parts 31 and 41 are fixed to the main annular coupling part 21. That is, in a state where the first sub annular coupling portion 31 and the second sub annular coupling portion 41 are in close contact with each other, the bolt B passes through the first and second sub annular coupling portions 31 and 41. By screwing into the main annular coupling portion 21, the first and second curved brackets 30 and 40 are fixed to the base bracket 20. By this coupling structure, the first curved portion 32 of the first curved bracket 30 enters into the entrance hole 21a of the base bracket 20.

At this time, the first and second sub-cyclic coupling portions 31 and 41 are coupled by bolts B, and the plate springs S are inserted into the bolts B. Dish spring (S) has an annular shape of the front convex, by applying an elastic force to be in close contact with the first curved bracket 30 and the second curved bracket 40, even if time passes the first curved bracket 30 And the second curved bracket 40 are tightly adhered to the spherical bracket 50.

The spherical bracket 50 has a curved surface corresponding to the first and second curved surfaces on the outer circumferential surface of the spherical bracket 50 so as to be rotated in the tilting direction in the first and second curved brackets 30 and 40. The spherical bracket 50 has no fear of corrosion even over time, and is implemented with a resin-based material such as acetal or die casting to minimize the occurrence of noise during rotation. The spherical bracket 50 is composed of a first hemispherical bracket 51 and a second hemispherical bracket 52, the shaft portion 60 on the opposite surface of the first hemispherical bracket 51 and the second hemispherical bracket 52. Coupling portions 51a and 52a are coupled to each other. Although the spherical bracket 50 is described in two configurations in this embodiment, it can be implemented in one configuration.

The first and second curved brackets 30 and 40 inside the first and second curved brackets 30 and 40 to smoothly rotate both in the swivel direction in the tilting direction, the first and second curved brackets 30 and 40 and the spherical brackets ( It is preferable that a lubricating material or lubricating tape is interposed between the closely curved surfaces between 50).

The shaft portion 60 is coupled to the coupling portions 51a and 52a of the spherical bracket 50 and fixed to the coupling hole 70a of the mounting plate 70. Since the shaft portion 60 must support the weight of the panel display P, it should be implemented with a material and a structure having sufficient durability.

The mounting plate 70 is a panel display (P) of the LCD (TV) TV or PDDP (TV) TV is mounted, and has a cradle 71 coupled to the back of the panel display (P). The cradle 71 is formed with bolt holes or hook holes to fix the panel display.

By the structure as described above, when the viewer grasps the panel display (P) mounted on the mounting plate 70 by hand and moves in the swivel direction in the tilde direction, the spherical bracket 50 coupled to the shaft portion 60 is first, The panel display P may move in the swivel direction from the tilting direction by being rotated in the tilting direction in the 2nd curved brackets 30 and 40. In addition, the panel display (P) may be rotated in the vertical direction about the axis 60, as well as the tilting and swivel direction, for example, it can be connected to a computer in the living room or meeting room to enable more various applications. .

Figure 5 is an exploded perspective view of a second embodiment of the panel display tilting and swivel wall mount according to the present invention, Figure 6 is an exploded view of the panel display tilting and swivel wall mount of Figure 5, Figure 7 is a view from the side Is an assembled perspective view of the panel display tilting and swivel wall mount, and FIG. 8 is a side view of the panel display tilting and swivel wall mount of FIG.

As shown, the second embodiment of the panel display tilting and swivel wall mount according to the present invention includes a base 110 fixed to a wall; As protruded in front of the base 110, the base bracket 120 having a main annular coupling portion 121 in the front end; A first curved bracket 130 having a first sub annular coupling portion 131 coupled to the main annular coupling portion 121 and a first curved portion 132 having a first curved surface formed on an inner circumferential surface thereof; A second curved bracket having a second sub-cyclic coupling portion 141 fixed to the first sub-cyclic coupling portion 131 and a second curved portion 142 having a second curved surface opposed to the first curved surface on an inner circumferential surface thereof; 140); A spherical bracket 150 embedded in the first and second curved portions 132 and 142 and having a curved surface in close contact with the first and second curved surfaces; A shaft portion 160 which is fitted to the spherical bracket 150, and has a pin hole 161a into which a pin 161 penetrating the side portion is formed; It is fixed to the rear of the base 110 to allow the shaft portion 160 to be rotated in the swivel direction in the tilting direction, enters into the shaft 160, the long hole bracket (181a) is formed in which the pin 161 is fitted A shaft bracket 180 having 181; It is coupled to the shaft 160, the mounting plate 170, the panel display (P) is mounted; characterized in that it comprises a.

The base 110, the base bracket 120 and the main annular lower portion 121 are similar in quality to the base 10, the base bracket 120 and the main annular engaging portion 21 described in the first embodiment. Detailed description thereof will be omitted.

The main annular coupling portion 121 of the front end of the base bracket 120 is formed with an entry hole 121a through which the first curved portion 132 of the first curved bracket 130 enters.

The first curved bracket 130 and the second curved bracket 140 form a body to be spherical when the first sub-cyclic coupling portion 131 and the second sub-cyclic coupling portion 131 are mutually coupled. In the state, the first and second sub-cyclic coupling parts 131 and 141 are fixed to the main annular coupling part 121. That is, in a state where the first sub-cyclic coupling portion 131 and the second sub-cyclic coupling portion 141 are in close contact with each other, the bolt B passes through the first and second sub-cyclic coupling portions 131 and 141. By being screwed to the main annular coupling portion 121, the first and second curved brackets 130 and 140 are fixed to the base bracket 120. By this coupling structure, the first curved portion 132 of the first curved bracket 130 is to enter into the entrance hole 121a of the base bracket 120.

At this time, the first and second sub-cyclic coupling parts 131 and 141 are coupled by the bolt B, and the plate spring S is inserted into the bolt B. The plate spring S has an annular shape in which the front side is convex, and by applying an elastic force so that the first curved bracket 130 and the second curved bracket 140 can be in close contact with each other, the first curved bracket 130 may pass through time. And the second curved bracket 140 are tightly adhered to the spherical bracket 150.

The spherical bracket 150 has a curved surface corresponding to the first and second curved surfaces on the outer circumferential surface of the spherical bracket 150 to be rotated in the swivel direction in the tilting direction within the first and second curved brackets 130 and 140. Spherical bracket 150 has no fear of corrosion even over time, it is implemented in a resin-based material such as acetal or die casting so that the generation of noise during rotation is minimized. The spherical bracket 150 is composed of a first hemisphere bracket 151 and a second hemisphere bracket 152 coupled to each other, the first hemisphere bracket 151 and the second hemisphere bracket 152 on the opposite surface of the shaft portion Fitting portions 151a and 152a to which the 160 is fitted are formed. Although the spherical bracket 150 is described in two configurations in this embodiment, it may be implemented in one configuration.

Shaft portion 160 is implemented in a cylindrical shape as a whole, in front of the coupling hole 170a of the mounting plate 170, the screw portion 162 is formed with a screw is formed. A nut 163 for fastening the mounting plate 170 to the shaft portion 160 is fastened to the screw portion 162, and thus the mounting plate 170 is firmly fixed to the shaft portion 160. In addition, the shaft 160 is fitted to the fitting portions 151a and 152a of the spherical bracket 150 and is movable in the front and rear directions with respect to the spherical bracket 150. Since the shaft 160 must support the weight of the panel display P, it should be implemented with a material and a structure having sufficient durability.

The shaft bracket 180 is fixed to the rear of the base 110 by bolts. The shaft bracket 180 has a long bracket 181 to enter into the shaft 160, the long bracket 181 is formed with a long hole (181a) is fitted with a pin 161 penetrating through the shaft 160 have. Since the pin 161 is pinched inside the long hole 181a and rotates in the swivel direction in the tilting direction or moves forward and backward, the spherical bracket 150 may eventually rotate in the tilting direction. Furthermore, the shaft portion 160 may move in the front and rear directions with respect to the spherical bracket 150.

The mounting plate 170 is a panel display (P) of the LCD (TV) TV or PDDP (TV) TV is mounted, it has a cradle 171 is coupled to the back of the panel display (P). The cradle 171 is formed with bolt holes or hook holes to fix the panel display.

By the structure as described above, when the viewer grabs the panel display (P) mounted on the mounting plate 170 by hand and moves in the swivel direction in the tilting direction, the spherical bracket 150 coupled to the shaft 160 is first, By rotating in the tilting direction in the swivel direction in the two curved brackets (130, 140), the panel display (P) can move in the swivel direction in the tilting direction. Furthermore, since the shaft portion 160 is movable in the front and rear directions with respect to the spherical bracket 150, as shown in FIG. 8, the panel display P may be moved in the front and rear directions.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary, and those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom.

1 is an exploded perspective view of a first embodiment of a panel display tilting and swivel wall mount according to the present invention;

Figure 2 is a side view of the exploded state of the panel display tilting and swivel wall mount of Figure 1,

3 is an assembled perspective view of the panel display tilting and swivel wall mount of FIG.

4 is a side view of the panel display tilting and swivel wallmount of FIG.

5 is an exploded perspective view of a second embodiment of the panel display tilting and swivel wall mount according to the present invention;

Figure 6 is a side view of the exploded state of the panel display tilting and swivel wall mount of Figure 5,

7 is an assembled perspective view of the panel display tilting and swivel wall mount of FIG.

8 is a side view of the panel display tilting and swivel wallmount of FIG.

<Description of Signs of Major Parts of Drawings>

10 ... Base 20 ... Base Bracket

30 ... 1st curved bracket 31 ... 1st subcyclic coupling part

32 ... 1st curved part 40 ... 2nd curved bracket

41 ... 2nd subcyclic coupling part 42 ... 2nd bending part

50 ... spherical bracket 51 ... first hemisphere bracket

51a ... Joint 52 ... Second hemispherical bracket

52a ... coupling 60 ... shaft

70 ... Mounting Plate 71 ... Mount

110 ... Base 120 ... Base Bracket

130 ... 1st curved bracket 131 ... 1st subcyclic coupling part

132 ... 1st bend 140 ... 2nd bend bracket

141 ... 2nd subcyclic coupling part 142 ... 2nd bending part

150 ... spherical bracket 151 ... first hemisphere bracket

151a ... Fitting 152 ... Second hemisphere bracket

152a ... fitting 160 ... shaft

161 ... pin 161a ... pin ball

162 ... Thread 163 ... Nut

170 ... Mounting Plates 171 ... Mounting Platforms

180 ... Shaft Bracket 181 ... Long Bracket

181a ... longevity

Claims (8)

A base 10 fixed to the wall; A base bracket 20 which protrudes toward the front of the base 10 and has a main annular coupling portion 21 formed with a circular hole at the front end thereof; The first sub-circular coupling portion 31 coupled to the main annular coupling portion 21 and the first curved surface formed on the inner circumferential surface and located inside the hole of the main annular coupling portion 21. The first curved bracket 30 having a; A second curved portion having a second sub-cyclic coupling portion 41 coupled to the first sub-cyclic coupling portion 31 and a second curved portion 42 having a second curved surface opposed to the first curved surface on an inner circumferential surface thereof; Bracket 40; A spherical bracket 50 embedded in the first and second curved portions 32 and 42 and having a curved surface in close contact with the first and second curved surfaces; Shaft portion 60 is coupled to the spherical bracket 50; And Panel display tilting and swivel wall mount, characterized in that it is coupled to the shaft portion 60, the mounting plate (70) on which the panel display (P) is mounted. The method of claim 1, The spherical bracket 50 is composed of a first hemispherical bracket 51 and a second hemispherical bracket 52 coupled to each other, and faces the first hemispherical bracket 51 and the second hemispherical bracket 52. Panel display tilting and swivel wall mount, characterized in that the coupling portion (51a, 52a) is coupled to the shaft portion 60 is formed The method of claim 1, It further comprises a bolt (B) for close contact with the first and second sub-cyclic coupling portion 31, 41, the bolt (B) is characterized in that the front of the convex annular plate spring (S) is fitted Panel display tilting and swivel wallmount. A base 110 fixed to the wall; A base bracket 120 which protrudes forward of the base 110 and has a main annular coupling portion 121 formed with a circular hole at the front end thereof; The first sub-circular coupling portion 131 coupled to the main annular coupling portion 121 and the first curved surface is formed on the inner circumferential surface and the first curved portion 132 is located in the hole of the main annular coupling portion 121 The first curved bracket 130 having a; A second curved bracket having a second sub-cyclic coupling portion 141 coupled to the first sub-cyclic coupling portion 131 and a second curved portion 142 having a second curved surface opposite to the first curved surface on the inner circumferential surface thereof. 140; A spherical bracket 150 embedded in the first and second curved portions 132 and 142 and having a curved surface in close contact with the first and second curved surfaces; A shaft portion 160 formed in the spherical bracket 150, the pin hole 161a having a pin 161 penetrating the side portion formed therein; A shaft bracket 180 fixed to the rear of the base 110 to allow the shaft portion 160 to rotate in a swivel direction in a tilting direction; It is coupled to the shaft portion 160, the mounting plate 170, the panel display (P) is mounted; includes, The shaft bracket 180 is entered into the shaft 160, the panel display tilting and swivel wall mount, characterized in that it has a long bracket (181) is formed with a long hole (181a) to be pinned. delete The method of claim 4, wherein It further comprises a bolt (B) for close contact with the first and second sub-cyclic coupling portion (131, 141), the bolt (B) characterized in that the front of the convex annular plate spring (S) is fitted Panel display tilting and swivel wallmount. The method of claim 4, wherein The spherical bracket 150 is composed of a first hemisphere bracket 151 and a second hemisphere bracket 152 coupled to each other, the opposite surface of the first hemisphere bracket 151 and the second hemisphere bracket 152 Panel display tilting and swivel wall mount, characterized in that the shaft portion 160 is fitted fitting portion (151a, 152a) is formed. The method of claim 4, wherein The front of the shaft portion 160 is formed through the coupling hole 170a of the mounting plate 170, the threaded screw portion 162 is formed, the screw portion 162 is the mounting plate 170 to the Panel display tilting and swivel wall mount, characterized in that the nut 163 is fastened to the shaft 160.

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