Adjustable Wall Mount for Flat Panel Television

• US 20130320163A1
• Filed: 05/01/2013
• Published: 12/05/2013
• Est. Priority Date: 05/31/2012
• Status: Active Grant

• Current Assignee: Fuson Limited
• Original Assignee: Fuson Limited
• Inventors: Wong, Chin Hung
• Granted Patent: US 9,091,389 B2
• Time in Patent Office: Days
• US Class Current: 248/205.1
• CPC Class Codes: F16M 11/04 Means for attachment of apparatus; Means allowing adjustment of the apparatus relatively to the stand
• CPC Class Codes: F16M 11/10 around a horizontal axis F16M11/12 takes precedence
• CPC Class Codes: F16M 11/18 with mechanism for moving the apparatus relatively to the stand
• CPC Class Codes: F16M 11/2014 around a vertical axis F16M11/2035 takes precedence
• CPC Class Codes: F16M 11/2092 comprising means allowing depth adjustment, i.e. forward-backward translation of the head relatively to the undercarriage
• CPC Class Codes: F16M 13/02 for supporting on, or attaching to, an object, e.g. tree, gate, window-frame, cycle
• CPC Class Codes: F16M 13/022 repositionable

Abstract

A flat panel television adjustable wall mount having a wall mounting plate, a center rack assembly attached to the flat panel television, an extendable frame, and a telescopic adjustment mechanism attached to first and second struts. The telescopic adjustment mechanism includes a telescopic guided slider and a telescopic drive. The upper end of the first strut is pivotally connected to the wall mounting plate while its lower end is rotationally installed at the lower end of the telescopic guided slider. The lower rolling mechanism end of the second strut is set on the wall mounting plate while its upper end is rotationally connected to the center rack assembly. The telescopic drive activates the first strut and the second strut, allowing the center rack assembly with the flat panel television to extend out or retract back to the wall mounting plate to achieve an optimum viewing distance.

Claims

1. An adjustable wall mount for a flat panel television, comprising

a. a wall mounting plate for securing the wall mount to a wall;

b. a center rack assembly attached to the flat panel television;

c. an extendable frame having a first strut and a second strut which are pivotally connected together; and

d. a telescopic adjustment mechanism with one end attached to said wall mounting plate and the other end attached to said center rack assembly, said telescopic adjustment mechanism comprises;

i. a telescopic guided slider which travels up and down said center rack assembly; and

ii. a telescopic drive attached to said center rack assembly and drives said telescopic guided slider up and down relative to the said center rack assembly;

wherein an upper end of said first strut is pivotally connected to said wall mounting plate and a lower end of said first strut is rotationally installed at a lower end of said telescopic guided slider, and a lower end of the said second strut rolls along said wall mounting plate while an upper end of said second strut is rotationally connected to said center rack assembly.

2. The adjustable wall mount for a flat panel television of claim 1, wherein said center rack assembly comprises:

i. a center frame rotationally connected to said upper end of said second strut; and

ii. a main shaft connected to said center frame vertically;

wherein said center frame is connected on an upper end of said main shaft, said telescopic guided slider connecting to said main shaft and glides up and down relative to said center frame, said telescopic drive is connected to a lower end of said center frame, and the flat panel television is adapted to connect to said main shaft.

3. The adjustable wall mount for a flat panel television of claim 2, wherein said center rack assembly comprises:

i. a center post rotationally connected to said main shaft and positioned axially to the lower end of said center frame; and

ii. a telescopic drive rack rotationally connected to said main shaft and rotates in sync with said center post;

wherein said telescopic guided slider is positioned within said center post, said telescopic drive is positioned on said center post, and said telescopic drive rack and said telescopic guided slider both glide in synchronization along said main shaft.

4. The adjustable wall mount for a flat panel television of claim 3, wherein said telescopic drive rack comprises:

i. a telescopic rack; and

ii. a telescopic pinion corresponding to said telescopic rack;

wherein said telescopic drive rack is driven as a result of the combination of said telescopic rack and said telescopic pinion gliding on said main shaft.

5. The adjustable wall mount for a flat panel television of claim 3 further comprising:

e. a pan mechanism comprises;

i. a panning slot plate;

ii. a pan drive assembly; and

iii. a pan mount that is rotationally connected to said main shaft;

wherein said pan drive assembly and said pan mount are rotatable in sync with said center post, said panning slot plate is driven by said pan drive assembly to glide relative to said pan drive assembly, allowing said pan drive assembly to rotate relative to said main shaft, and the flat panel television is adapted to connect to said pan mount.

6. The adjustable wall mount for a flat panel television of claim 5, wherein said center frame comprises:

i. a positioning convex post with a convex element pointing to said panning slot plate;

wherein said pan drive assembly comprises;

ii. a pan drive plate rotationally connected to said main shaft and moves in sync with said center post; and

iii. a pan drive device attached to said pan drive plate;

wherein said pan drive plate comprises;

iv. a convex guide post pointing towards said panning slot plate;

wherein said panning slot plate comprises;

v. a guided slot corresponding to said convex guide post; and

vi. a positioning slot corresponding to said positioning convex post.

7. The adjustable wall mount for a flat panel television of claim 6, wherein said panning slot plate further comprises:

i. a panning rack;

wherein said pan drive device comprises;

ii. a panning pinion corresponding to said panning rack, wherein said pan drive device actuates said panning rack and said panning pinion together, allowing said panning slot plate to in turn glides relative to said pan drive plate.

8. The adjustable wall mount for a flat panel television of claim 3 further comprising:

f. a tilt adjustment mechanism comprises;

i. a connecting plate assembly that is rotationally connected to said main shaft;

ii. a tilt guide frame connecting to said main shaft;

iii. a drive connecting rod having one end rotationally connected to said tilt guide frame and the other end rotationally connected to said connecting plate assembly; and

iv. a tilt drive device attaching to said center post;

wherein said tilt guide frame is driven to glide along said main shaft, and said flat panel television is adapted to connect to said connecting plate assembly.

9. The adjustable wall mount for a flat panel television of claim 8, wherein said connecting plate assembly comprises:

i. an upper positioning plate;

ii. an upper connecting plate rotationally connected to said upper positioning plate;

iii. a mounting plate rotationally connected to said upper connecting plate;

iv. a lower connecting plate rotationally connected to said mounting plate; and

iv. a lower positioning place rotationally connected to said lower connecting plate;

wherein said upper positioning plate and said lower positioning plate are rotationally connected to said main shaft and fixed in an axial position relative to said main shaft, one end of said drive connecting rod is rotationally connected to said tilt guide frame and the other end rotationally connected to said mounting plate and said upper connecting plate or said lower connecting plate, and said flat panel television is adapted to attach to said mounting plate.

10. The adjustable wall mount for a flat panel television of claim 8, wherein said tilt guide frame comprises:

i. a tilt rack;

said tilt drive device comprises;

ii. a tilt pinion that matches said tilt rack;

wherein said tilt drive device actuates said guide frame to glide on said main shaft by the matching action of said tilt rack and said tilt pinion.