WALL MOUNT PLATE OF DISPLAY APPARATUS AND DISPLAY APPARATUS

Hereinafter, the present invention according to the contents described in the embodiment are attached drawing with reference to an exemplary detail of the SFC substrate. In addition, the present invention with reference to the attached drawing are a number key is a high pressure liquid coolant that are directionally and using method described substrate. In each drawing the same reference number or code number it became at the time of parts or components exhibits substantially the same functions.

"Number 1", "number 2" including a term describes various members such as ordinal number signifies can be used, in the above-mentioned components are not limited by the above-mentioned terms. In the above-mentioned terms are mounted to one of components with other components can be used in distinguishing. For example, in the range of the present invention rights components can be termed component number 1 number 2. In addition, component number 1 number 2 component termed disapproval. ". ". "". The term "and/or" that the items or the combination of a plurality of associated substrate any of the item comprises an item stored in a plurality of associated substrate. Content (content) can be displayed in the display device. For example, video file or an audio file reproducing unit is one of the video player application, music player reproducing unit is a music file, displayed in a photo gallery photo file, a web page can be displayed in a web browser like file. In addition, the broadcast content can be received.

Content display or applications executed video file, audio file, full text file, Image file or web pages can be. In addition, a broadcast signal received content and/or audio file can be included in a video file.

In the content or storage content is received from outside of the present invention in the embodiment user input (e.g., touch or the like) is performed in response to a broadcast signal, video file, audio file, full text file, Image file or web pages can be. In addition, the method includes curing the same meaning in a moving picture video can be used.

An application executing content constituting the user interface can be a screen and application (user interface). In addition, one comprising content content content or disapproval.

Mobile OS or OS (Operating System) application (application) application (comprised a non-delivery), display device OS software user recognized file are big. For example, word processor application, spreadsheet, application contact (contacts), calendar (calendar) application, memo (memo) application, alarm (alarm) application, SNS (Social Network System) application, chatting (chatting) application, map (Map) application, music player or video player can be a. In the display device according to an embodiment of the present invention application corresponding to the received user input can be executable software of the graphics. In addition, display device according to an embodiment of the present invention received externally of the downloaded application executable software in the graphics display device can be.

The height of the component of the present invention in the embodiment is the same width (height) (width) sense can be used. Component coordinate axis corresponding to same meaning in height width can be used.

The term is used at an application using to account for in the embodiment, the present invention includes a semiconductor defining a number/or intending to be is endured. It is apparent that a single representation of the differently in order not providing language translators, comprising plurality of representation. The at an application, such as "comprising" or the term "having disclosed" articles feature specification, number, step, operation, components, parts or specify a combination not present included, another aspect of one or more moveable number, step, operation, component, component or a combination of these is understood to presence of or additionally pre-times those possibility should not number. The same references have substantially the same number to each drawing it became at the time of member functions exhibits.

Figure 1 shows a display device according to an embodiment of the present invention fixed in a wall representing coarse front sensors mounted thereon also are disclosed.

The reference also 1, display device (100) includes a wall mount plate (wall mount plate, 200, reference 3 also) and fixed to a wall by.

Display device (100) is composed display panel (170), display panel (170) (bottom chassis, 110, also reference 2) supporting bottom chassis comprising a chassis (not shown by) and can be. In addition, display device (100) is in the above-mentioned components as well as various elements (e.g., light source (light source, shown not by), light guide plate (light guide plate, shown not by), reflecting sheet (reflecting sheet, by not shown), or, like side frame (side frame, 140)) can be a. .

Display device (100) of corresponding second hinge coupling display device (100) includes at least one component is changed to be able to will hereinafter are advantageously easier to having the will for consultation.

Display device (100) is one of a visual and/or auditory output device and output content, liquid crystal panel, LED panel or organic LED display device with thermal device (100) thin compared with the wall mount unit (wall mount unit, by not shown) using the wall (300) can be provided.

Display device (100) analog-to-TV, digital TV, 3D-a tV, smart TV, LED (light emitting diode) TV, OLED (organic light emitting diode) TV, plasma (plasma) TV, TV [...] quantum (quantum dot), and/or monitor can be. In addition, display device (100) is formed on having mobile phone, smart phone, MP3 player, video player, tablet PC, electronic board, and/or a body wearable device can be wearable.

Display device (100) includes a planar (flat) display device fixed curvature (curvature) as well as in screen display device having curved (curved), the screen and the fixed curvature having flexible (flexible) display device, the screen and the fixed curvature having [...] (bended) display device, and/or receive user input to determine current screen curvature of a configurable mirror type display device can be implemented, is a person with skill in the art do not limited in the art to will hereinafter for the will.

Figure 2 shows a display device and wall mount plate according to an embodiment of the present invention representing coarse rear view also are disclosed.

The reference 2 also, display device (100) of rear view (e.g., bottom chassis (110)) can be combined with the rear cover (rear cover, 112). Rear cover (112) (horizontal) in parallel in the display device (100) and can be detachably coupled to the rear view of.

Rear cover (112) includes a chassis (not shown by) one of the top and bottom parallel to the display device (100) can be coupled to rear view of. In addition, rear cover (112) includes a bottom chassis (110) parallel to the upper and lower ends of one display device (100) can be coupled to rear view of.

Rear cover (112) is vertical (perpendicular) one of left and right chassis display device (100) can be coupled to rear view of. In addition, rear cover (112) is one of the top and bottom chassis vertically display device (100) can be coupled to rear view of.

Display device (100) of rear view (e.g., bottom chassis (110)) cut on yarn (Video Electronics Standards Association, VESA) standard 4 along one or more bare yarn hole (VESA hole, or bare yarn mount hole (VESA mount hole) can be formed. Such as transverse (width) and longitudinal (height) X bare yarn hole standard, mm units are disclosed. The bare yarn hole standard 50 X 20, 75 X 35, 75 X 75, 75 X 50, 100 X 100, 100 X 50, 200 X 100, 200 X 50, 200 X 200, or, 200 X 200 can be more. "T" or a polygon are bare yarn hole (not shown by) bare yarn standard in the form of a device (100) of rear view can be formed.

Display device (100) of a non-VESA standard rear view (e.g., bottom chassis (110)) 4 along one or more bare yarn hole (not shown by) can be formed. Non-VESA standard "T" device in the form of a polygon are bare yarn hole (not shown by) or (100) can be formed of rear view.

Display device (100) of rear view (e.g., bottom chassis (110)) and wall mount plate (200) can be joined by a magnetic force. Display device (100) of rear view (110) and the wall (300) secured to the wall mount plate (200) includes a wall mount plate (200) can be joined by magnets received. Display device (100) of rear view (110) wall (300) is fixed to, opening or wall mount plate (200) coupled to disapproval.

Rear cover (112) including a display device (100) (t2) thickness of the rear cover (112) external grudge a number display device (100) (t1) than the thickness of the film thickness. Rear cover (112) external grudge a number display device (100) (t1) thickness of the rear cover (112) including a display device (100) of thickness of (t2) implementation being 50%. Rear cover (112) external grudge a number display device (100) (t1) thickness of the rear cover (112) including a display device (100) of greater than 70% (t2) thickness of 40% may be less than disclosed.

Rear cover (112) external grudge a number display device (100) the thickness of the display device (100) (t1) thickness of implementation being. Rear cover (112) external grudge a bottom chassis number (110) and thickness of chassis (not shown by) display device (100) in thickness can be. For example, rear cover (112) external grudge a number display device (100) has a thickness of 5 (t1). Implementation being 4 mm. Rear cover (112) external grudge a number display device (100) has a thickness of 4 (t1). 8 mm greater than 6. 0 mm may be less than disclosed. Rear cover (112) external grudge a number display device (100) has a thickness of 4 (t1). 5 mm larger than 6. 5 mm may be less than disclosed. In addition, rear cover (112) external grudge a number display device (100) has a thickness of 5 (t1). Larger than 0 mm 6. 0 mm may be less than disclosed. Display device (100) of the case in close corresponding rear cover (112) external grudge a number display device (100) that are advantageously easier to be dependent upon the thickness of (t1) having the will to will hereinafter for consultation.

Display device (100) of corresponding second hinge coupling display device (100) rear view of a rear cover (112) and is coupled with thereof can. In this case, display device (100) can be a uniform thickness of (t1). Display device (100) has a thickness of 4 (t1). 8 mm greater than 6. 0 mm may be less than disclosed. Display device (100) has a thickness of 4 (t1). 5 mm larger than 6. 5 mm may be less than disclosed. In addition, display device (100) has a thickness of 5 (t1). Larger than 0 mm 6. 0 mm may be less than disclosed.

Display device (100) of rear view may be flat (flat) can. Bottom chassis (110) rear view of curvature display panel (170) can be equal to curvature of.

Display device (100) of curvature of the rear view and the display panel (170) with mutually different curvature of the disapproval. For example, display panel (170) curvature of display device (100) of greater than or equal curvature of rear view thereof can. In addition, display panel (170) curvature of display device (100) of smaller than the curvature of rear view may be filled.

Figure 3 shows a display device according to an embodiment of the present invention also, magnet and wall mount plate sensors mounted thereon representing coarse decomposition are disclosed.

According to an embodiment of the present invention wall mount plate 4a is front perspective view representing also are disclosed.

Wall mount plate according to an embodiment of the present invention representing cross-sectional drawing 4b is also are disclosed.

Also 3, 4a and 4b may also reference the, wall (300) is fixed to the front surface of the, magnet (250) receiving wall mount plate (200) to wall mount plate (200) being fixed in contact with the display device (100) is shown with each other.

Display device (100) includes a bottom chassis (110), light source (not shown by), light guide plate (not shown by), reflecting sheet (not shown by), middle holder (not shown by), optical sheet (not shown by), side frame (not shown by), display panel (170) and chassis (not shown by) without using a tool.

Bottom chassis (110) at the rear of a light guide plate (not shown by) (by not shown) can be supporting the light guide plate. Bottom chassis (110) includes components (e.g., light source (shown not by), light guide plate (shown not by), reflecting sheet (shown not by), middle holder (shown not by), optical sheet (by not shown), such as side frame (not shown by)) can be receiving.

Bottom chassis (110) is of high strength and, receiving the light source and/or display panel (170) is generated by the heat generation in a strains (e.g., such as aluminum) can be a metal material. 4 hereinafter in specific gravity (light metals) and metal is made of light metals, e.g., magnesium, beryllium, titanium, comprising an alkaline or alkali metal (alkali metals) (alkali earth metals) can be. Number external grudge alloy metal material relates to the iron and iron as comprising non-ferrous metals (nonferrous metals) can be.

Bottom chassis (110) is polycarbonate (poly carbonate, PC) can be cooling. In addition, bottom chassis (110) comprises a polycarbonate material can be molded by adding glass fiber (glass fiber).

Light source (not shown by) the bottom chassis (110) supported on the bottom of, can be irradiating light by electrical power supplied from outside. Light source (not shown by) contains the display panel (170) direction controls display device (100) in back light (back light) could be bonded each other. The LED (light emitting diode) or a cold cathode fluorescent lamp light source (not shown by) (cold cathode fluorescent lamp, CCFL, by not shown) implementation being.

A plurality of LED light source (not shown by) (by not shown) compose a plurality of LED (LED bar, by not shown) can be a bar. LED bar (by not shown) includes a bottom chassis (110) are mutually spaced to internal (e.g., bottom) can be disposed parallel to each other. A plurality of LED bar (by not shown) includes a bottom chassis (110) (e.g., // side or on the left side after) both sides of a pair can be arranged. A plurality of LED bar mold (110) one side (e.g., the left side after one side on one or / /) can be disposed. In addition, a plurality of LED bar mold (110) side (e.g., left // / on the shadow side) disposed both disapproval.

Display panel (170) when the organic LED, light source (not shown by) no disapproval.

Light guide plate (not shown by) light illuminated from a light source (not shown by) screen can be uniformly guiding. Light guide plate (not shown by) be a transparent plastic material.

Reflecting sheet (not shown by) comprises a light source (not shown by) and placed on top of, leakage light display panel (170) direction in which the reflected light efficiency on the base. White or silver reflective sheet number high reflective coating (e.g., silver, TiO2) can be coated. Reflecting sheet mold (110) having a plurality of openings corresponding to a plurality of LED located support may have a (by not shown). Reflecting sheet opening (not shown by) which protrude from a plurality of LED (121) a light reflecting sheet particles due other. Reflecting sheet on the sheet-like or plate (plate) can be like.

Side frame (140) comprises a light source (not shown by) and chassis (not shown by) can be supporting. Side frame (140) contains the display panel (170) surrounds the display panel (170) the sides of the can.

Side frame (140) on the chassis (not shown by) can be detachably fastened. Side frame (140) with a top chassis (not shown by) the bottom chassis (110) can be coupled to. Side frame (140) with a top chassis (not shown by) the bottom chassis (110) can be positioned between. Side frame (140) the bottom chassis (110) can be detachably coupled to the on.

Optical sheet (not shown by) irradiated from the light passing through the light source (not shown by) to to have a flat panel can be. Optical sheet (not shown by) a flat panel of light can be passed through the display panel (170) to light-emitting surface.

Optical sheet (not shown by) assembly includes a sheet (protective sheet), a prism sheet (prism sheet) or diffusion sheet (diffuser sheet) can be. Optical sheet (not shown by) has concentric every as well as one, two or more every you can be.

Display panel (170) a thin film transistor (TFT) substrate and a LCD (liquid crystal diodes) can be. Display panel (170) a thin film transistor (TFT) substrate and comprising AMOLED (active matrix organic light emitting diodes) can be. In addition, display panel (170) a thin film transistor (TFT) substrate and OLED (organic light emitting diodes) can be comprising. In the above-mentioned scheme is a person with skill in the art will hereinafter in the art not limited to that for the will.

Display panel (170) is a retardation (by not shown) and/or a color filter (not shown by) can be a.

Display panel (170) at the lower end of display panel (170) drive signal to produce a printed circuit board (190, also reference 2) can be located. Display panel (170) on the top of the display panel (170) drive signal to produce a printed circuit board (190) can be located.

Display panel (170) of left and right one or left and right both display panel (170) drive signal to produce a printed circuit board (190) can be located.

Display panel (170) and printed circuit board (190) through the chip on film (not shown by) can be electrically connected. Bottom chassis (110) are carried within the display panel (170) and bottom chassis (110) is located outside of the printed circuit board (190) a chip on film (by not shown) can be electrically connected. Bottom chassis (110) is located outside of the printed circuit board (190) and chip-on-film (not shown by) a portion of the rear cover (112) is not exposed on the outside by a thereof can.

Gravity direction display panel (170), chip-on-film (not shown by) and printed circuit board (190) interconnect can be.

Chassis (not shown by) is on a side frame (not shown by) screw (not shown by) is fixed by means of other. The display device chassis (not shown by) (100) and disposed on the front surface of, contained within component shock and/or internal light source (not shown by) applied from outside in external (e.g., optical loss) emitted can be prevent.

Chassis (not shown by) the display panel (170) can be formed along the perimeter of the. Chassis (not shown by) the display panel (170) cover upper and lateral sides of edge shape of a cross section (e.g., "V") may have. The opening (not shown by) chassis (not shown by) without using a tool. A display panel through the opening (not shown by) (170) number ball 1308. output content.

In chassis (not shown by) a narrow bezel storing display device (100) is displayed in a particle size of content corresponding mole can be increased. In addition, chassis (not shown by) a narrow bezel in storing display device (100) have the same display device (100) of the shortened bezel head toward greater screen width can be under public affairs user number.

Front mask (not shown by) is covered with the chassis (not shown by) of thereof can. Front mask (not shown by) includes a film, one of metal and plastic material can be material. Front mask (not shown by) includes a chassis (not shown by), side frame (140) and bottom chassis (110) can be implemented in the same color. Can be transparent or opaque front mask (not shown by) is disclosed. In addition, chassis includes a front mask (not shown by) (by not shown), side frame (140) and bottom chassis (110) with at least one of different colors can be implemented.

Display device (100) "bezel" chassis (not shown by) in the opening (not shown by) are covered with a mask (not shown by) of external grudge number four corners can be defines the width of the front. Display device (100) "bezel" in the chassis (not shown by) a number external grudge front surface of opening (not shown by) can be defines four corners. In addition, display device (100) "bezel" chassis (not shown by) in the opening (not shown by) are covered with the front mask (not shown by) a external grudge number four corners of the width of and display device (100) exposed to the front surface of side frame (140) plus the width of a portion of the total width can be defines.

Wall mount plate (200) includes a fastening member (fastening member) a wall by one of the plurality of screw (screw, 211) (300) can be fastened. Wall mount plate (200) includes a wall mount plate (200) (screw hole, 205) plurality of screw through the screw hole (211) a wall by (300) can be fixed.

Wall mount plate (200) includes a magnet lines of metal material, bonded magnet (bonding) a portable plastic, or be a ceramic material.

Screw (211) by wall mount plate (200) wall (300) and the fixation of the one in the embodiment is not limited. For example, wall mount plate (200) includes a rivet (rivet), adhesive tape, or, adhesive (adhesion) through the wall (300) can be fixed. Wall (300) when the metal, wall mount plate (200) welding (welding) can be fixed through the metal wall. Wall mount plate (200) wall (300) is disclosed as well as a method for fixing the method are advantageously easier to having diverse to be able to will hereinafter for the consultation will.

Wall mount plate (200) a plurality of screw holes (205) can be formed. Wall mount plate (200) a screw hole formed (205) the receiving region (201) is located outside of the can. In the embodiment of the present invention in other, wall mount plate (200) formed plurality of screw hole (205) one of the receiving area (201) is located inside the disapproval.

Magnet (250) and the magnetic force of steel magnetic, if small, wall mount plate (200) receiving area (201) size of (e.g., transverse X longitudinal) can be reduced. In addition, magnet (250) and the magnetic force of steel magnetic, if small, wall mount plate (200) size of (e.g., transverse X longitudinal) can be reduced. In this case, wall mount plate (200) formed plurality of screw hole (205) one of the receiving area (201) is located inside the disapproval. In addition, magnet (250) and the magnetic force of steel magnetic, if small, wall mount plate (200) formed plurality of screw hole (205) is receiving area (201) may be positioned both inside disapproval.

Screw hole (205) the number of display device (100) can be modified by in feeding water to be. Display device (100) when the weight of the heavy, screw hole (205) number of can be increased. Screw hole (205) corresponding to the number of processors increases month mount plate (200) wall (300) for fixing the screw (211) can be increased number of.

Wall mount plate (200) wall (300) when secured to the, stepped (stepped) or a tapered (tapered) screw hole (205) through the wall (300) secured to the screw (205) head of wall mount plate (200) cross-reference display device (100) of rear view (110) of both side surfaces thereof can. For example, screw (205) head of wall mount plate (200) cross-reference display device (100) of rear view (110) when projecting to the, display device (100) is protruded screw (205) are not aligned with the head by be.

Screw hole (205) the number of magnet (250) corresponding to the intensity of magnetic force (magnetic force) generated by can be changed. Magnet (250) when the intensity of the magnetic force (magnetic force) generated by strong, screw hole (205) number of can be increased. Screw hole (205) corresponding to the number of processors increases month mount plate (200) wall (300) for fixing the screw (211) can be increased number of.

In addition, screw hole (205) the number of display device (100) and a magnet weight of (250) corresponding to the intensity of the magnetic force (magnetic force) generated by combination can be changed. Display device (100) the weight of the plate from, magnet (250) when the intensity of the magnetic force (magnetic force) generated by strong, screw hole (205) number of can be increased. Screw hole (205) corresponding to the number of processors increases month mount plate (200) wall (300) for fixing the screw (211) can be increased number of.

Wall mount plate (200) includes a magnet (250) receiving receiving area (201) comprises. Wall mount plate (200) has a thickness of 4 mm (t3) implementation being. In addition, wall mount plate (200) has a thickness of 2 mm or more (t3) implementation being. Wall mount plate (200) (t3) thickness of the display device (100) cover (112) corresponding to the thickness of (t2 - t1) can be changed.

Wall mount plate (200) the shape of the polygonal, circular, elliptical, or can be a type.

Wall mount plate (200) (t3) thickness of the display device (100) cover (112) be thicker than the thickness of (t2 - t1). Display device (100) cover (112) is thickness of wall mount plate (t2 - t1) (200) (t3) than case of thick thickness of, display device (100) includes a magnet (250) a wall by force of (300) reference outward wall mount plate (200) can be coupled to. Display device (100) cover (112) is thickness of wall mount plate (t2 - t1) (200) (t3) than case of thick thickness of, display device (100) of rear view (110) month mount plate (200) arranged at a distance from 1308. Wall mount plate (200) is performed on first and device wall built-in (a built-in) can be appears.

Display device (100) cover (112) is thickness of wall mount plate (t2 - t1) (200) (t3) than case of thick thickness of, display device (100) of rear view (110) month mount plate (200) coupled to may not be disclosed. In addition, display device (100) cover (112) is thickness of wall mount plate (t2 - t1) (200) (t3) than case of thick thickness of, display device (100) of rear view (110) month mount plate (200) can be current on coupled by magnetic force. Separate display device (200) (e.g., the direction of gravity) fall to floor and disapproval.

Wall mount plate (200) chamfering of the corners (chamfer), round (fillet, round) can be processed.

Magnet (250) a month mount plate (200) can be received in the receiving zone of (recess, 201). Wall mount plate (200) receiving area (201) (t4) depth of the magnet (250) can be equal to or different thickness of. Magnet (250) corresponds to the thickness of a modified receiving area (201) having (t4) depth of wall mount plate (200) is 1308. ball number.

Magnet (250) permanent magnet one of nude magnet (soft plastic magnet) implementation being. Nude the magnet rubber magnet (rubber magnet) called via the network. Rubber magnet is isotropic (isotropic) rubber magnet, anisotropic (anisotropic) rubber magnet, or semi anisotropic rubber magnet can be divided into. The magnets of the present invention in the embodiment (250) can be is anisotropic rubber magnet. Magnet (250) one aspect of the wall mount plate (200) receiving area (201) can be attached to the bottom of the magnetic force.

Rubber magnet according to the size and thickness can be various. Rubber magnet is polygon size (lateral X longitudinal) can be, limited to are not correct. For example, be a rubber magnet is circular or elliptical. In addition, wall mount plate (200) receiving area (201) can be changed according to the size and shape of size and shape of the magnet are advantageously easier to having it will hereinafter for consultation to the will.

Rubber magnet thickness of magnetic force can comprise intensity (e.g., units are Tesla (T), or, Gaussian (G)) can be large. In addition, rubber magnet size the intensity of the magnetic force can be compensated.

The magnets of the present invention in the embodiment (250) the intensity of the implementation being 3000 G hereinafter. In addition, the magnets of the present invention in the embodiment (250) at least intensity of 500 G implementation being 5000 G hereinafter.

In addition, rubber magnet can be of at least two overlapping rubber magnet. Display device (100) corresponding sides of the spaced rubber magnet wall mount plate (200) receiving area (201) can be received.

Magnet (250) as well as one aspect of the magnetic adhesive (adhesion) by wall mount plate (200) receiving area (201) can be attached to the bottom. Magnet (250) adhesion (adhesion) by one side of wall mount plate (200) receiving area (201) bottom attachment, magnet (250) display device (100) can be sufficient for supporting the bearing.

Magnet (250) one permanent magnet steel magnetic force Neo of galactooligosaccharides magnet (neodymium magnet) or rubber magnet rather than magnetic ferrite magnets (ferrite magnet) weak magnetic force rather than strong Neo of galactooligosaccharides magnet implementation being. Neo of galactooligosaccharides circular magnet or ferrite magnets, ring (or doughnut), spherical, or hexahedral can be implemented.

When Neo of galactooligosaccharides magnet, rubber magnet or magnetic force comparable to the size is small more intense and longer disclosed. For example, in the case of (6 mm X 6 mm X 2 mm transverse longitudinal height) reciprocate in Neo of galactooligosaccharides magnet, the strength of the magnetic implementation being 2300 G. In addition, (50 mm X 50 mm X 10 mm transverse longitudinal height) reciprocate in the case of magnet of galactooligosaccharides neohesperidin dihydrochalcone, intensity of magnetic force implementation being 3500 G.

In the case of ferrite magnets, rubber magnet or magnetic force comparable to the size is small more intense and longer disclosed. For example, ring (diameter 55 mm, inner diameter 25 mm, height 8 mm) in the case of ferrite magnets, the intensity of the magnetic implementation being 900 G. Neo of galactooligosaccharides magnet or other shape and height can be ferrite magnets according to the strength of the magnetic force.

Wall mount plate (200) receiving area (201) Neo of galactooligosaccharides magnet and one magnet ferrite magnets when received, wall mount plate (200) receiving area (201) the area of the rubber magnet defining a wall mount plate (200) receiving area (201) plane narrow disclosed. In addition, small or steel magnetic wall mount plate for receiving a plurality of Neo of galactooligosaccharides magnet and a plurality of ferrite magnets (200) receiving area (201) the area of the rubber magnet defining a wall mount plate (200) receiving area (201) narrow plane disapproval.

Wall mount plate (200) or steel magnetic force moving the plurality of neopentylglycol (e.g., circular, such as annular or rectangular) of galactooligosaccharides magnet corresponding area of a plurality of receiving areas (by not shown) can be formed. Each ferrite magnetic interval can be mutually the same or different.

Wall mount plate (200) or steel magnetic force moving the plurality of ferrite magnets (e.g., circular, such as annular or rectangular) corresponding area of a plurality of receiving areas (by not shown) can be formed. Each Neo of galactooligosaccharides can be identical or different each other the distance of the magnet.

In the embodiment of the present invention in other, wall mount plate (200) is magnets disclosed. Wall mount plate (200) when the magnet is, wall mount plate (200) has an accommodating area (201) free, screw hole (205) can be only.

The reference also 5, wall mount plate (200) centers of the containment region (c1) (201) (c2) centers of the same WIPO. Bottom chassis (110) in such a manner that the lower end of the wall mount plate (200) than the centers of the receiving area (c1) (201) (c2) can be higher close to the center.

Wall mount plate (200) the lower end of the rear cover (112) of the magnetic field corresponding to the upper end of wall mount plate (200) and the display device (100) can be aligned. Wall mount plate (200) by the alignment of the wall mount plate (200) centers of the containment region (c1) (201) (c2) centers of the same WIPO.

Wall mount plate (200) (c1) center, receiving area (201) point (c2) and display device (100) the same point (c3) may not be disclosed. Bottom chassis (110) in such a manner that the lower end of the wall mount plate (200) (c1) higher than but close to the center, then receiving area (201) and center (c2) located, display device (100) can be the number one high point (c3) is formed.

Wall mount plate (200) by the alignment of the wall mount plate (200) (c1) center, receiving area (201) point (c2) and display device (100) the same point (c3) may not be disclosed. Receiving area (201) point (c2) and display device (100) the same point (c3) disapproval.

Wall mount plate (200) (c1) center and wall mount plate (200) of opposing vertices an imaginary line interconnecting the plurality of screw holes (205) through some of the screw hole can be. Plurality of screw hole (205) some screw hole receiving area (201) (c2) centers of the containment region (201) of opposing vertices and the imaginary line can be connected to each other through. In addition, plurality of screw hole (205) screw hole some display device (100) (c3) centers of the display device (100) of opposing vertices and the imaginary line can be connected to each other through.

In the embodiment according to wall mount plate front perspective view of the present invention representing other 6a is also are disclosed.

In the embodiment according to wall mount plate front perspective view of the present invention representing other 6b is also are disclosed.

In the embodiment according to wall mount plate front perspective view of the present invention representing other 6c is also are disclosed.

The reference also 6a, wall mount plate (200a) receiving area (201a) implementation being square. An accommodating area square (201a) corresponding to magnet (251) also implementation being square.

An accommodating area square (201a) and wall mount plate (c2 ') point (200a) be (c1) match point. An accommodating area square (201a) (c2 ') the centers of the display device (100) can be the centers of the other (c3). In addition, wall mount plate (200a) (c1) centers of the display device (100) the centers of the other (c3) disapproval.

Plurality of screw hole (205) some screw hole wall mount plate (200a) (c1) center and wall mount plate (200a) connecting through four corners of an imaginary line can be. In addition, when the location of some screw hole, plurality of screw hole (205) during all screw hole wall mount plate (200a) (c1) center and wall mount plate (200) pass through four corners of an imaginary line connecting the disapproval.

The reference also 6b, wall mount plate (200b) comprises a plurality of receiving areas (202a, 202b) can be comprising. A plurality receiving area (202) corresponding to magnet (252) also can be plural. Wall mount plate (200b) upward from the receiving area (202a) and a lower end receiving area (202b) can be formed. In addition, wall mount plate (200b) is 3 or more receiving area (not shown by) comprising upper and lower bottom from disapproval.

A plurality receiving area (202) corresponding to magnet (252) of the ratchet can be improved. A plurality receiving area (202) received a plurality of magnets (252a, 252b) can be identical or different intensity of the latch. A plurality of magnets (252a, 252b) one of the intensity of the magnetic force of magnet may be bigger. For example, a plurality of receiving area (202) during top receiving area (202a) is received in a magnet (252a) in the receiving zone of lower intensity of the latch (202b) is received in a magnet (252b) can be greater than that of the latch. Even force and vice versa (e.g., containing area change) can be.

In addition, a plurality of receiving area (202) received a plurality of magnets (252a, 252b) can be identical or different kind. A plurality of magnets (252a, 252b) rubber magnet and one of magnets, or other magnets of galactooligosaccharides Neo magnets be a ferrite magnets. For example, a plurality of receiving area (202) during top receiving area (202a) is received in a magnet (252a) and a rubber magnet, the lower end of the receiving area (202b) is received in a magnet (252b) of galactooligosaccharides Neo is be a magnet or ferrite magnets. Even force and vice versa (e.g., containing area change) can be.

A plurality receiving area (202) received a plurality of magnets (252a, 252b) kind in other cases, a plurality of receiving area (202) Neo of galactooligosaccharides magnet or ferrite magnets during defining a receiving area (not shown by) area of rubber magnet defining a containing area smaller than the area narrow disclosed.

Receiving area (202a) (c21) centers of the containment region (202b) (c22) centers of the month mount plate (200b) (c1) center can be different. Receiving area (202a) (c21) centers of the containment region (202b) (c22) centers of the display device (100) can be different from the center (c3, also 5 reference). In addition, wall mount plate (200b) (c1) centers of the display device (100) can be the centers of the other (c3, also 5 reference).

Plurality of screw hole (205) some screw hole wall mount plate (200b) (c1) center and wall mount plate (200b) connecting through four corners of an imaginary line can be. In addition, when the location of some screw hole, plurality of screw hole (205) during all screw hole wall mount plate (200b) (c1) center and wall mount plate (200) pass through four corners of an imaginary line connecting the disapproval.

The reference also 6c, 6b also to wall mount plate and the other end (200c) in the receiving zone of slid (203a) and right receiving area (203b) can be formed. A plurality of regions (203) corresponding to magnet (253) also can be plural. In addition, wall mount plate (200c) is 3 or more receiving area (not shown by) right direction from left include disapproval.

A plurality receiving area (203) corresponding to magnet (253) of the ratchet can be improved. A plurality receiving area (203) received a plurality of magnets (253a, 253b) can be identical or different intensity of the latch. A plurality of magnets (253a, 253b) one of the intensity of the magnetic force of magnet may be bigger. For example, a plurality of receiving areas (203) during left receiving area (203a) is received in a magnet (253a) the strength of the force of the right receiving area (203b) is received in a magnet (253b) can be greater than that of the latch. Even force and vice versa (e.g., containing area change) can be.

In addition, a plurality of receiving areas (203) received a plurality of magnets (253a, 253b) can be identical or different kind. A plurality of magnets (253a, 253b) rubber magnet and one of magnets, or other magnets of galactooligosaccharides Neo magnets be a ferrite magnets. For example, a plurality of receiving areas (203) during left receiving area (203a) is received in a magnet (253a) and a rubber magnet, right receiving area (203b) is received in a magnet (253b) is Neo of galactooligosaccharides magnet or be a ferrite magnets. Even force and vice versa (e.g., containing area change) can be.

A plurality receiving area (203) received a plurality of magnets (253a, 253b) kind in other cases, a plurality of receiving areas (203) Neo of galactooligosaccharides magnet or ferrite magnets during defining a receiving area (not shown by) area of rubber magnet defining a containing area smaller than the area narrow disclosed.

Receiving area (203a) (c23) centers of the containment region (203b) (c24) centers of the month mount plate (200c) (c1) center can be different. Receiving area (203a) (c23) centers of the containment region (203b) (c24) centers of the display device (100) can be different from the center (c3, also 5 reference). In addition, wall mount plate (200c) (c1) centers of the display device (100) the centers of the other (c3, also 5 reference) disapproval.

Plurality of screw hole (205) some screw hole wall mount plate (200c) (c1) center and wall mount plate (200c) connecting through four corners of an imaginary line can be. In addition, when the location of some screw hole, plurality of screw hole (205) during all screw hole wall mount plate (200c) (c1) center and wall mount plate (200c) pass through four corners of an imaginary line connecting the disapproval.

In of the present invention in the embodiment, wall mount plate (200) also includes a wall mount plate 6a (200a), also 6b wall mount plate (200b) or also 6c wall mount plate (200c) can be a.

In the embodiment according to Figure 7 shows a rear view of the present invention also display device and wall mount plate coarse representing other are disclosed.

The reference also 7, display device (100) of rear view (110) to wall mount guide (113a) having rear cover (113) can be combined. Wall mount guide (113a) having rear cover (113) in parallel in display device (100) and can be detachably coupled to the rear view of.

Wall mount guide (113a) having rear cover (113) includes a chassis (not shown by) one of the top and bottom parallel to the display device (100) can be coupled to rear view of. In addition, wall mount guide (113a) having rear cover (113) includes a bottom chassis (110) parallel to the upper and lower ends of one display device (100) can be coupled to rear view of.

Wall mount guide (113a) having rear cover (113) includes a chassis (not shown by) one of left and right vertically display device (100) can be coupled to rear view of. In addition, wall mount guide (113a) having rear cover (113) includes a chassis (not shown by) one of the top and bottom vertically display device (100) can be coupled to rear view of.

Rear cover (113) includes a bottom chassis (110) in such a manner that the lower end of the upwardly projecting wall mount guide (113a) can be a. Upwardly projecting wall mount guide (113a) one or a plurality of 2 or more can be formed.

Upwardly projecting wall mount guide (113a) height (h1, e.g., 50 mm, wall mount plate corresponding to the size of the changeable) to width (w1, e.g., 50 mm, wall mount plate corresponding to the size of the changeable) can have the same. In addition, upwardly projecting wall mount guide (113a) (h1) is longer than the height of width (w1) be. On the contrary upwardly projecting wall mount guide (113a) (h1) (w1) is shorter than the height of the width thereof can.

Upwardly projecting wall mount guide (113a) side (113a 1) the wall mount plate (200) can be 73. Upwardly projecting wall mount guide (113a) side (113a 1) a portion of the wall mount plate (200) 73 disapproval.

Upwardly projecting wall mount guide (113a) side (113a 1) edge chamfering (chamfer, for example, c=1) when processing, wall mount guide (113a) side (113a 1) only some wall mount plate (200) 73 disapproval. Upwardly projecting wall mount guide (113a) side (113a 1) round edge (fillet, round, e.g., R1) when processing, wall mount guide (113a) side (113a 1) only some wall mount plate (200) 73 disapproval.

Upwardly projecting wall mount guide (113a) side (113a 1) position (e.g., 50% of the entire CT position) to an upper end portion of the taper (taper) from when processing, wall mount guide (113a) side (113a 1) only some wall mount plate (200) 73 disapproval.

Upwardly projecting wall mount guide (113a) side (113a 2) from side frame (140) distance (d2, e.g., 270 mm, corresponding to the size of the display device can be changed) is upwardly projecting wall mount guide (113a) side (113a 2) from rear cover (113) side of distance (d1, e.g., 250 mm, corresponding to the size of the display device can be changed) be longer than. Display device (100) of the lateral length and rear cover (113) when the switching devices, upwardly projecting wall mount guide (113a) side (113a 2) from side frame (140) has a distance (d2) upwardly projecting wall mount guide (113a) side (113a 2) from rear cover (113) (d1) can be of the same distance.

Wall mount guide (113a) side (113a 1) partially positioned (e.g., 50% of the entire CT position) to an upper end of taper processing from when, wall mount plate (200) the display device (100) can be a combination of easy. In addition, wall mount guide (113a) side (113a 1) partially positioned (e.g., 50% of the entire CT position) of taper to an upper end of from when processing, magnet (250) receiving wall mount plate (200) the display device (100) can be a combination of easy.

Wall mount guide (113a) having rear cover (113) including a display device (100) of rear view (110) and wall mount plate (200) can be joined by a magnetic force. Wall mount guide (113a) having rear cover (113) including a display device (100) of rear view (110) and the wall (300) secured to the wall mount plate (200) includes a wall mount plate (200) can be joined by magnets received. Wall mount guide (113a) having rear cover (113) including a display device (100) of rear view (110) and the wall (300) is fixed to, opening or wall mount plate (200) disapproval is combined.

Wall mount guide (113a) having rear cover (113) including a display device (100) has a thickness of rear cover (113) external grudge a number display device (100) than the thickness of the film thickness. Rear cover (113) external grudge a number display device (100) has a thickness of rear cover (113) including a display device (100) the thickness of the implementation being 50%. Rear cover (113) external grudge a number display device (100) has a thickness of rear cover (113) including a display device (100) may be less than 40% 70% thickness of greater than 2000.

Wall mount guide (113a) having rear cover (113) external grudge a number display device (100) the thickness of the display device (100) in thickness can be. Rear cover (113) external grudge a bottom chassis number (110) and thickness of chassis (not shown by) display device (100) in thickness can be. For example, rear cover (113) external grudge a number display device (100) has a thickness of 5. Implementation being 4 mm. Rear cover (113) external grudge a number display device (100) has a thickness of 4. 8 mm greater than 6. 0 mm may be less than disclosed. Rear cover (113) external grudge a number display device (100) has a thickness of 4. 5 mm larger than 6. 5 mm may be less than disclosed. In addition, rear cover (113) external grudge a number display device (100) has a thickness of 5. Larger than 0 mm 6. 0 mm may be less than disclosed. Display device (100) of the case in close corresponding rear cover (113) external grudge a number display device (100) may be such that the thickness of the consultation can be changed to having knowledge of it will hereinafter for the will.

Display device (100) of corresponding second hinge coupling display device (100) rear view of a rear cover (113) and is coupled with thereof can. In this case, display device (100) can be the thickness of the uniform. Display device (100) has a thickness of 4. 8 mm greater than 6. 0 mm may be less than disclosed. Display device (100) has a thickness of 4. 5 mm larger than 6. 5 mm may be less than disclosed. In addition, display device (100) has a thickness of 5. Larger than 0 mm 6. 0 mm may be less than disclosed.

Display device (100) of rear view may be flat (flat) can. Bottom chassis (110) rear view of curvature display panel (170) can be equal to curvature of.

Display device (100) of curvature of the rear view and the display panel (170) with mutually different curvature of the disapproval. For example, display panel (170) curvature of display device (100) of greater than or equal curvature of rear view thereof can. In addition, display panel (170) curvature of display device (100) of smaller than the curvature of rear view may be filled.

In Figure 7 wall mount guide (113a) having rear cover (113) in Figure 2 includes a cover (112) on substantially similar (e.g., wall mount guide (113a) whether) is redundant description dispensed with each other.

In the embodiment according to Figure 8 shows a display device of the present invention also other, magnet and wall mount plate sensors mounted thereon representing coarse decomposition are disclosed.

8 also reference surface, wall (300) on the front side of magnet (250) receiving wall mount plate (200) is the lungs. Wall mount guide (113a) having rear cover (113) and, wall mount guide (113a) having rear cover (113) to wall mount plate (200) of the magnetic field that is secured by display device (100) is shown with each other.

In Figure 8 display device (100) of Figure 3 includes a display device (100) is similar to (e.g., rear cover difference) redundant description dispensed with each other. In Figure 8 wall mount guide (113a) having rear cover (113) of Figure 7 includes a wall mount guide (113a) having rear cover (113) first bits and the same description dispensed with each other.

In Figure 8 wall mount plate (200) and a magnet (250) is also 3 to in Figure 4 plate (200) and a magnet (250) the same description first bits and dispensed therefrom.

Also other intervening wall mount plate also 6a to 6c (200a to 200c) is in Figure 8 wall mount plate (200) to be able to be applied in the same art will hereinafter for the person with skill in the art will.

Figure 9 shows a display device of the present invention also other in the embodiment according to fixed in a wall representing coarse front are disclosed.

In the embodiment according to Figure 10 shows a display device of the present invention also other, magnet, the light emitting unit and wall mount plate sensors mounted thereon representing coarse decomposition are disclosed.

Figure 11 shows a display device of the present invention also in the embodiment according to another, the light emitting unit and wall mount plate connection representing coarse sensors mounted thereon are disclosed.

The reference also 9 to 11 also, display device (100) and a wall (300) between can be irradiated with laser light. Display device (100) electrically connected to the light emitting unit (230) can be irradiated with laser light through.

Magnet (250) wherein, the light emitting unit (230) fixed wall mount plate lateral (200) includes a wall (300) can be of the device according to. Display device (100) includes a wall mount plate (200) can be fixed contact.

Wall mount plate (200) on a side of the one light-emitting unit (230) can be fixed. Wall mount plate (200) on the side of the plurality of light emitting unit (230) can be fixed. In addition, wall mount plate (200) at each side of the light emitting unit (230) can be fixed. The light emitting unit (230) a month mount plate (200) fastening a screw, rivet, adhesive tape and adhesion by one can be fixed.

Display device (100) includes a control section (not shown by) number of light-emitting units (230) to cable (231a) can be using power supply. Wall mount plate (200) located on either side of an emitting unit (230a to 230c) cable (231a) and the connector (231b) can be electrically connected through.

10 also in Figure 11 and the light emitting unit (230), cable (231a) and the connector (231b) a number external grudge wall mount plate (200), magnet (250) and display device (100) is also in wall mount plate 4b also to 3 (200), magnet (250) and display device (100) substantially contiguous and therefore redundant description dispensed with each other.

In the embodiment described by the present invention refers to an exemplary than on drawing. The present invention refers to exemplary in the embodiment has the above-mentioned limited to, the subject matter of the present invention if the technical idea of the invention is provided to the substrate from a heavy person with skill in the art in from various modification of change is pivotably in the embodiment.

Thus, in the embodiment of the present invention does not require any limited in range described exemplary and not, as well as others equally to carry patent patent claims should range defined by the claims.