WO2018072092A1

WO2018072092A1 - Novel television set mounting device

Info

Publication number: WO2018072092A1
Application number: PCT/CN2016/102432
Authority: WO
Inventors: 王启先
Original assignee: 王启先
Priority date: 2016-10-18
Filing date: 2016-10-18
Publication date: 2018-04-26

Abstract

A novel television set mounting device, comprising a connection and mounting framework (3) fixedly provided on a wall (1) and provided with a mounting cavity (30) therein, and a mounting board (2) used to fasten a main body (222) of a television set. Two elastic connectors (21) are arranged symmetrically on and fastened to a right side surface of the mounting board (2). The two elastic connectors (21) are inserted into the mounting cavity (30) by means of elastic deformation. The elastic connectors (21) are divided into a fastening portion (22) connected to the mounting board (2), a bending deformation portion (23) connected to the fastening portion (22), and an extending guide portion (24) connected to the bending deformation portion (23).

Description

A new type of television installation device

Technical field

The invention relates to the field of television installation, in particular to a novel television installation device.

Background technique

At present, TV sets are widely used in people's production and life. Basically, every household has a TV set. The installation of the existing TV sets basically fixes the TV mount to the wall by fasteners such as bolts and screws. The connection of these fasteners is prone to looseness and the like during long-term use, and it is necessary to open a mounting hole in the wall, which is easy to cause structural damage and shortened life, and the conventional fasteners are very Inconvenient, it is not convenient for quick fastening. When the TV mounting frame needs to be replaced due to damage, the traditional mounting structure needs to remove the fastener and the TV mounting frame and replace it. The replacement operation is cumbersome and is not conducive to quick installation. .

Summary of the invention

It is an object of the present invention to provide a new type of television mounting device for overcoming the above-discussed deficiencies in the prior art.

A novel television mounting device according to the present invention includes a connection mounting body fixedly disposed on a wall and having a mounting cavity therein, and a mounting plate for fixing the TV body, the right side of the mounting plate being fixed And two elastic connecting members are symmetrically disposed, and the two elastic connecting members are inserted into the mounting cavity by elastic deformation, and the elastic connecting member is divided into a fixing portion connected to the mounting plate, and a deformation bending portion connected to the fixing portion and an extension guiding portion connected to the deformation bending portion, wherein the extension guiding portion The outer side surface is a flat portion for abutting against a hook-shaped convex portion of the connecting mounting body at the opening of the mounting cavity when inserted into the mounting cavity to cause elastic deformation, and After the elastic connecting member is inserted into the mounting cavity, the outer side surface of the extending guide portion abuts against the side wall of the connecting mounting body; the connecting mounting frame body is opposite to the opening portion of the mounting cavity A thrust bearing is mounted in the side wall by clamping of the right top pressing plate and the left top pressing plate, wherein the thrust bearing is axially fixedly mounted with a driving screw, and the right end of the driving screw is fixed to the a rotary drive motor power connection is connected to the mounting frame body, and a bottom of the rotary drive motor is provided with a shock absorbing pad plate, and the damper pad plate is fixedly connected with the connection mounting frame body, and the damper pad plate is used for reducing Rotating the vibration force generated by the motor during operation to increase the stability of the operation of the rotary drive motor, thereby preventing the wall from being damaged by the large vibration force generated by the rotary drive motor, the drive screw of The top end is screw-fitted with a pressing sliding block that is slidably fitted to the two left guiding plates and extends to the left. The upper and lower ends of the pressing sliding block are respectively extended to the left. Two protruding inclined portions; when the elastic connecting member is inserted into the mounting cavity, the two protruding inclined portions are initially separated from the elastic connecting member to avoid interference with the elasticity Elastic deformation of the connecting member; when the rotary driving motor drives the driving screw to rotate to drive the pressing sliding block to move to the left, the two convex inclined portions are engaged with the deformed bending portion, thereby utilizing The pressing action of the two convex inclined portions causes the deformed curved portion to undergo plastic deformation to the left from a portion connected to the extending guide portion, thereby projecting to the left to cause plastic deformation The deformation bending portion abuts the inner inclined surface of the hook-shaped protrusion to form a fixed connection between the elastic connecting member and the connecting mounting body, and the inner inclined surface is provided a contact sensor is disposed, the contact sensor being electrically connected to the rotary drive motor, and the contact sensor transmits a signal when the deformation curved portion is pressed by the two convex inclined portions to contact the contact sensor And controlling the rotation drive motor to stop running, preventing the rotary drive motor from running all the time so that the pressing slide block moves to the left to overshoot and a collision accident occurs, and the front and rear ends of the mounting plate are provided with a flashing indicator light. The flashing indicator light is electrically connected to the contact sensor, and the blinking indicator light is used to control the flashing light to emit a flashing light while the contact sensor transmits a signal and controls the rotating driving motor to stop running, thereby The flashing light is used to emit a flashing light to prompt the elastic connecting member to be in a fixed connection state with the connecting mounting body.

Since the device of the present invention exerts the function of squeezing and fastening by utilizing the elastic deformation of the two elastic connectors that extend therein, it is possible to avoid the looseness of the mounting plate after prolonged use. Moreover, the use of fasteners such as bolts and screws can be used to fix and fix the television, thereby avoiding waste of materials and saving installation costs. Moreover, the use of a screw bearing or the like to drive the elastic deformation to produce the compression fastening, can also drive the release of the elastic deformation to unscrew the extrusion fastening, which is very convenient for the installation and use of the television, and is convenient for the replacement of the installation plate of the television. The installation speed is fast, the efficiency is high, the fixing is reliable, and the wall is not damaged, and the whole device can improve the recycling benefit of the device.

DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing the entire structure of the present invention, in which a deformed bent portion has not been plastically deformed.

Figure 2 is an enlarged schematic view of the upper half of Figure 1.

detailed description

The present invention will be described in detail below with reference to Figs.

A novel television mounting device according to an embodiment of the present invention includes a connection mounting body 3 fixedly disposed on the wall 1 and internally provided with a mounting cavity 30, and a mounting plate 2 for fixing the TV body 222, Two elastic connecting members 21 are fixedly and symmetrically disposed on the right side surface of the mounting plate 2, and the two elastic connecting members 21 are inserted into the mounting cavity 30 by elastic deformation, the elastic connection The member 21 is divided into a fixing portion 22 connected to the mounting plate 2, a deformed bent portion 23 connected to the fixing portion 22, and an extending guide portion 24 connected to the deformed curved portion 23, wherein the extending guide portion The outer side surface of the portion 24 is a flat portion for abutting against the hook-shaped projection 39 of the connecting mounting body 3 at the opening of the mounting cavity 30 when inserted into the mounting cavity 30 to cause Elastically deformed, and an outer side surface of the extending guide portion 24 abuts against a side wall of the connecting mounting body 3 after the elastic connecting member 21 is inserted into the mounting cavity 30; the connecting mounting body Passing through the side wall of the mounting cavity 30 opposite to the opening A thrust bearing 42 is mounted to the side top pressing plate 43 and the left top pressing plate 44. The thrust bearing 42 is axially fixedly mounted with a driving screw 4, and the right end portion of the driving screw 4 is fixed to the The rotary drive motor 11 is connected to the bottom of the rotary drive motor 11 and is provided with a shock absorbing plate 412. The shock absorbing plate 412 is fixedly connected to the connection mounting body 3, and the reduction The vibration plate 412 is used to reduce the vibration force generated by the rotary drive motor 11 during operation to increase the stability of the operation of the rotary drive motor 11, thereby preventing the wall 1 from being generated by the rotary drive motor 11 Damaged by a large shock force, the left end of the drive screw 4 is slidably fitted to the fixed position The pressing sliding block 52 on the two guiding rods 45 extending on the left side pressing plate 44 and extending to the left is threadedly engaged, and the upper and lower ends of the pressing sliding block 52 are respectively extended to the left with two protruding inclined portions. 51; after the elastic connecting member 21 is inserted into the mounting cavity 30, the two protruding inclined portions 51 are initially separated from the elastic connecting member 21 to avoid interference with the elastic connection. Elastic deformation of the member 21; when the rotary drive motor 11 drives the drive screw 4 to rotate to drive the pressing slide block 52 to move to the left, the two convex inclined portions 51 and the deformation curved portion 23 Engaging, whereby the deformation bending portion 23 causes plastic deformation to the left from a portion connected to the extension guide portion 24 by the pressing action of the two convex inclined portions 51, thereby The deformation bending portion 23 which is plastically deformed by the left protrusion abuts against the inner inclined surface 34 of the hook protrusion 39 to form a fixed connection of the elastic connecting member 21 with the connection mounting body 3, a contact sensor 341 is disposed on the inner inclined surface 34, The contact sensor 341 is electrically connected to the rotary drive motor 11, and when the deformation curved portion 23 is pressed by the two convex inclined portions 51 to come into contact with the contact sensor 341, the contact sensor 341 transmits a signal and Controlling the rotation drive motor 11 to stop running, preventing the rotary drive motor 11 from running all the time so that the pressing slide block 52 moves to the left to overshoot and a collision accident occurs, and the front and rear ends of the mounting plate 2 are provided with a blinking indication a lamp 342, the blinking indicator 342 is electrically connected to the contact sensor 341, and the flashing indicator 342 is configured to control the contact sensor 341 to transmit a signal and control the rotation of the rotary drive motor 11 while controlling the The flashing indicator light 342 emits a flashing light, so that the flashing light 342 emits a flashing light to prompt the elastic connecting member 21 to be in a fixed connection state with the connecting mounting body 3.

Advantageously or exemplarily, wherein the right end of the extension guide 24 is provided with a circular arc transition 25, when the rotary drive motor 11 drives the drive screw 4 to rotate to drive the two convex inclinations When the portion 51 moves to the left, the two convex inclined portions 51 are first guided by the circular arc of the circular arc transition portion 25 to the flat portion at the inner side surface of the extending guide portion 24, and Moving to the left continues to engage the deformed bend 23.

Advantageously or exemplarily, wherein the inclined faces of the two convex inclined portions 51 are respectively the same as the inclined angles of the inner inclined faces 34 of the hook-shaped projections 39.

Since the device of the present invention exerts the function of squeezing and fastening by utilizing the elastic deformation of the two elastic connectors that extend therein, it is possible to avoid the looseness of the mounting plate after prolonged use. Moreover, the use of fasteners such as bolts and screws can be used to fix and fix the television, thereby avoiding waste of materials and saving installation costs. Moreover, the use of a screw bearing or the like to drive the elastic deformation to produce the compression fastening, can also drive the release of the elastic deformation to unscrew the extrusion fastening, which is very convenient for the installation and use of the television, and is convenient for the replacement of the installation plate of the television. The installation speed is fast, the efficiency is high, the fixing is reliable, and the wall is not damaged, and the whole device can improve the recycling benefit of the device. The stability of the entire equipment structure is improved and the installation and replacement are convenient and the cost is reduced, effectively solving the problems of the prior art.

It will be apparent to those skilled in the art that various modifications of the above embodiments can be made without departing from the spirit and scope of the invention. They all fall within the scope of protection of the present invention. The protection scheme of the present invention is in accordance with the appended claims of the present invention. quasi.

Claims

A novel television installation device, comprising: a connection mounting frame body (3) fixedly disposed on a wall body (1) and having a mounting cavity (30) therein, and a fixing body (222) Mounting plate (2), the right side of the mounting plate (2) is fixedly and symmetrically provided with two elastic connecting members (21), and the two elastic connecting members (21) are inserted through elastic deformation In the mounting cavity (30), the elastic connecting member (21) is divided into a fixing portion (22) connected to the mounting plate (2), and a deformed bending portion connected to the fixing portion (22). (23) and an extension guide (24) connected to the deformation bending portion (23), wherein an outer side surface of the extension guide portion (24) is a flat portion for being inserted into the mounting cavity (30) Abutting against the hook-shaped projection (39) of the connection mounting body (3) at the opening of the mounting cavity (30) to cause elastic deformation, and in the elastic connecting member ( 21) inserting into the mounting cavity (30), the outer side surface of the extension guiding portion (24) abuts against the side wall of the connecting mounting body (3); the connecting mounting frame body (3) Empty with the installation A thrust bearing (42) is mounted in the opposite side wall of the opening of the cavity (30) by the clamping of the right top pressing plate (43) and the left top pressing plate (44), and the thrust bearing (42) is axially fixed A drive screw (4) is mounted, and a right end portion of the drive screw (4) is mechanically coupled to a rotary drive motor (11) fixed to the connection mount body (3), the rotary drive motor (11) The bottom portion is provided with a cushioning plate (412) fixedly connected with the connecting mounting body (3) for reducing the rotational driving a vibration force generated by the motor (11) during operation to increase the stability of the operation of the rotary drive motor (11), thereby preventing the wall (1) from generating a large vibration due to the rotary drive motor (11) Damaged by force, the left end of the drive screw (4) and the pressing slide block slidingly fitted to the two guide bars (45) fixed to the left top pressing plate (44) and extending to the left ( 52) a threaded engagement, wherein the upper and lower ends of the pressing slide block (52) are respectively extended to the left with two convex inclined portions (51); when the elastic connecting member (21) is inserted into the mounting cavity After (30), the two protruding inclined portions (51) are initially separated from the elastic connecting member (21) to avoid interference with the elastic deformation of the elastic connecting member (21); When the rotary drive motor (11) drives the drive screw (4) to rotate to drive the pressing slide block (52) to the left, the two convex inclined portions (51) and the deformation curved portion ( 23) engaging so that the deformation bending portion (23) is convexly leftward from a portion connected to the extension guiding portion (24) by the pressing action of the two convex inclined portions (51) The plastic deformation, whereby the deformed bent portion (23) which is plastically deformed to the left abuts against the inner inclined surface (34) of the hook-shaped projection (39) to cause the elastic joint The member (21) is fixedly connected to the connecting mounting body (3), and the inner inclined surface (34) is provided with a contact sensor (341), the contact sensor (341) and the rotary driving motor (11) Electrically connected, the contact sensor (341) transmits a signal and controls when the deformed bent portion (23) is pressed against the contact sensor (341) by the two convex inclined portions (51) The rotary drive motor (11) stops running, preventing the rotary drive motor (11) from running all the time so that the pressing slide block (52) moves to the left to overshoot and a collision accident occurs, and the mounting plate (2) A flashing indicator light (342) is disposed at the front and rear ends, and the blinking indicator light (342) is electrically connected to the contact sensor (341), and the blinking indicator light (342) is used to transmit when the touch sensor (341) Signaling and controlling the rotary drive motor (11) to stop operating while still Controlling the blinking indicator light (342) to emit a flashing light, thereby using the blinking indicator light (342) to emit a flashing light to prompt the elastic connecting member (21) to be fixed to the connecting mounting body (3) Connection Status.
A novel television mounting device according to claim 1, wherein a right end portion of said extension guide portion (24) is provided with a circular arc transition portion (25) when said rotary drive motor (11) When the driving screw (4) is driven to rotate to drive the two convex inclined portions (51) to move to the left, the two convex inclined portions (51) first pass through the circular arc transition portion (25) The circular arc is guided to slide to the flat portion at the inner side surface of the extension guide portion (24), and is engaged with the deformation bending portion (23) as it continues to move leftward.
A novel television mounting device according to claim 1, wherein the inclined faces of the two convex inclined portions (51) and the inner inclined faces of the hook-shaped projections (39) are respectively The tilt angle is the same.