CN102679102A - Display device mounting component and display device unit thereof - Google Patents
Display device mounting component and display device unit thereof Download PDFInfo
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- CN102679102A CN102679102A CN2011100654257A CN201110065425A CN102679102A CN 102679102 A CN102679102 A CN 102679102A CN 2011100654257 A CN2011100654257 A CN 2011100654257A CN 201110065425 A CN201110065425 A CN 201110065425A CN 102679102 A CN102679102 A CN 102679102A
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- display device
- elastic component
- support plate
- fixed block
- back side
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Abstract
The invention relates to a display device mounting component. The display device mounting component comprises a display device fixing piece, a support part and an elastic piece, wherein the display device fixing piece comprises a front surface and an opposite back surface, the front surface is used for fixing a display device, and two corresponding sliding track parts are arranged on the back surface; the support part at least comprises a support plate piece, the support plate piece comprises two opposite side wings, the two side wings are mounted on the two sliding track parts in a sliding manner, and the support part is detachably fixed on the back surface of the display device fixing piece; and the elastic piece is clamped between the display device fixing piece and the support plate piece, and the elastic piece has a first thickness, so that the elastic piece can be materially compressed between the display device fixing piece and the support plate piece in the thickness direction of the elastic piece.
Description
Technical field
The present invention refers to a kind of display device mounting assembly and display unit thereof that display device is installed of stablizing especially about a kind of display device mounting assembly and display unit thereof.
Background technique
Traditional flat-panel screens includes members such as body, support; This body is the main body of flat-panel screens; Thereafter square tube is set up has power supply connecting head, transmit port etc.; And this support is in order to support and fixing this flat-panel screens, to make this flat-panel screens can be placed in table and go up or be installed on the wall.In known structure, this support is in the back side of the body of this flat-panel screens through a plurality of screw fixed locks.Yet; When the needs dismounting, traditional design needs just to be able to this flat-panel screens of installation or removal through instrument, so the shortcoming that causes the user to waste time and energy; In case and screw, screw hole produce sliding tooth or get rusty, and then more increased installation, the man-hour of dismounting and the cost of maintenance.
In addition, the common technology in various fields that is processed as of metal sheet, and the technology of metal processing was very ripe already, no matter on technological management control or cost, all have its advantage.Yet, the problem that the design that utilizes metal sheet to reach support screen can occur using, reason is; Structure on the metal sheet can be considered the snap-in structure that can't make complete correspondence because of process margin etc., in other words, and when a plurality of metal sheets make up clamping each other; Can form the gap between metalwork and the metalwork; Make metalwork possibly produce relative to move, rock, the screen that therefore is mounted thereon more can't stably be installed, and causes the reliability issues in the use.
Therefore, the artificer must solve the problem of rocking of above-mentioned metalwork, can reach the purpose with the process stabilizing degree is high, lower-cost metalwork is applied to the screen support applications.
Summary of the invention
The object of the present invention is to provide a kind of display device mounting assembly and display unit thereof, to reach the stable purpose that display device is installed.
The embodiment of the invention provides a kind of display device mounting assembly, comprises: a display device fixed block, and it has a positive and opposing backside surface, and wherein this front is used for fixing a display device, and this back side is provided with two corresponding slide rail portions; One supporting part, it has one at least and supports plate, and this support plate has two relative flanks, and the said both sides wing is installed on said two slide rail portions slidably, makes this supporting part removably be fixed in this back side of this display device fixed block; And an elastic component, it is located between this display device fixed block and this support plate, and wherein this elastic component has one first thickness, and this elastic component is being compressed on the thickness direction of this elastic component between this display device fixed block and this support plate substantially.
Further, this elastic component is fixedly arranged on this back side.
Further, said two slide rail portions respectively by one be located at this back side side wall and the top board that bends and extends into type by this side wall constitute.
Further, this back side also has at least one stopper part, and this stopper part is resisted against the front-end edge of this support plate.
Further, this back side also has the limited part to said two flanks that should the dunnage part, and this limited part is resisted against the ora terminalis of said two flanks.
Further, this back side also has the portion of rising that should elastic component, and this portion of rising has one second thickness, and this second thickness is slightly larger than or equals this first thickness.
Further; This back side also has one first positioning part; This support plate also has a pair of second positioning part that should first positioning part, when this support plate when said two slide rail portions slide into installing and locating point, this first positioning part engages with this second positioning part each other.
Further, this elastic component has a rubbing surface, itself and this support the sliding stroke that forms a high frictional force between the plate.
Further, this supporting part also comprise one be articulated in this support plate pivot member and be connected in the support arm of this pivot member.
The embodiment of the invention also provides a kind of display unit, comprises: a display device fixed block, and it has a positive and opposing backside surface, and this back side is provided with two corresponding slide rail portions; One supporting part, it has one at least and supports plate, and this support plate has two relative flanks, and said two flanks are slidably mounted on said two slide rail portions, make this supporting part removably be fixed in this back side of this display device fixed block; One elastic component; It is located between this display device fixed block and this support plate; Wherein this elastic component has one first thickness; This elastic component is being compressed between this display device fixed block and this support plate substantially, to reach display device fixed block and the drive fit state that supports plate on the thickness direction of this elastic component; And a display device, it is fixed in this front.
The present invention has following useful effect: the present invention mainly utilizes elastic component to support the space between plate and the display device fixed block in compensation on the thickness, is caused supporting the problem that plate and display device fixed block can't closely be fixed with solution because of aforementioned interspace.In view of the above, the buffering of the present invention's elastic component capable of using, elastic effect reach the stable effect that display device is installed.
Describe the present invention below in conjunction with accompanying drawing and specific embodiment, but not as to qualification of the present invention.
Description of drawings
Fig. 1 is the decomposing schematic representation of display device mounting assembly of the present invention;
Fig. 2 is another visual angle decomposing schematic representation of display device mounting assembly of the present invention;
Fig. 3 is the combination schematic representation of display device mounting assembly of the present invention;
Fig. 4 is the schematic representation of display unit of the present invention.
[primary component symbol description]
Embodiment
The present invention proposes a kind of display device mounting assembly; It is used for firmly supporting a display device; And display device mounting assembly of the present invention utilizes an elastic component that the assembly of two metal materials closely, is firmly engaged, and produces the problem of rocking to solve traditional metalwork.Moreover elastic component of the present invention can provide the sliding stroke of a high frictional force, thus can stablize the installation display device, and do not have the problem that display device comes off.In addition, display device mounting assembly of the present invention does not need instruments such as screw can accomplish the fast assembling-disassembling of display device.
Please refer to Fig. 1 to Fig. 4; Display device mounting assembly proposed by the invention comprises display device fixed block 1, supporting part 2 and elastic component 3; As shown in the figure; Display device fixed block 1 is mounted on the supporting part 2 so that display device 4 is installed, supported slidably, and then lets the user watch display device 4.
Please refer to Fig. 1 and Fig. 4, display device fixed block 1 has positive 11 and one opposing backside surface 12, wherein should be used for fixing aforesaid display device 4 in front 11, and this back side 12 is provided with two corresponding slide rail portions 13; Supporting part 2 has one at least and supports plate 21, and this support plate 21 has two relative flanks 211, and said two flanks 211 are installed on said two slide rail portions 13 slidably, make this supporting part 2 removably be fixed in the back side 12 of this display device fixed block 1; Elastic component 3 then is located between this display device fixed block 1 and this support plate 21; Elastic component 3 has one first thickness, this elastic component 3 is gone up at the thickness direction (being that Z is axial) of this elastic component 3 be compressed in substantially between this display device fixed block 1 and this support plate 21.In other words, the present invention utilizes the thickness compensation display device fixed block 1 of elastic component 3 and supports the gap between the plate 21, makes display device fixed block 1 and supports the stable drive fit state of plate 21 formation.In particular; Display device fixed block 1 of the present invention is metalwork with support plate 21; For example stamping forming ironware; But the nargin of the working process of ironware or error will cause display device fixed block 1 and support plate 21 rocking when being fixed; And elastic component 3 of the present invention can form display device fixed block 1 and support the amount of interference between the plate 21 on the thickness, and the elastic force when being shown device fixed block 1 and supporting plate 21 compressions through elastic component 3, makes the thickness of elastic component 3 can compensate display device fixed block 1 and the space of supporting plate 21; Advance so that display device fixed block 1 with support plate 21 closely clampings each other, further improve the stability of display device 4.
Please refer to Fig. 1, Fig. 2, display device fixed block 1 is the ironware impact briquetting, and the back side 12 of display device fixed block 1 forms slide rail portion 13, is slidingly fastened in order to supporting plate 21; Modes such as elastic component 3 then is fixedly arranged on the back side 12, and is for example bonding, but not as limit.In the present embodiment; Slide rail portion 13 respectively by one be located at the back side 12 side wall 131 and 132 on top board bending and extending into type by this side wall 131 constitute; Therefore, two flanks 211 that support plate 21 can slip into the installing and locating point along slide rail portion 13, and when supporting plate 21 arrival installing and locating points; Aforesaid two flanks 211 can receive replacing of side wall 131 and reach the left and right sides spacing (being that X axis is spacing), and two flanks 211 also can receive top board 132 compacting and reach axial spacing of Z.In addition; Owing to elastic component 3 is fixedly arranged on the back side 12, slip in the stroke of installing and locating point when supporting plate 21, support plate 21 and display device fixed block 1 meeting compression elastic piece 3 on Z is axial; Be that elastic component 3 can be compressed strength (it is axial that the thickness direction that please notes elastic component 3 promptly is parallel to Z) on thickness direction; And when supporting plate 21 and arrive installing and locating points, the restoring force of elastic component 3 can make between thickness compensation support plate 21 and the display device fixed block 1 of elastic component 3 space that nargin or machining error caused because of machining, in particular; On Z is axial; Supporting plate 21 can be stably spacing by 132 on the top board at the back side 12 of elastic component 3 and display device fixed block 1, display device fixed block 1 can not produced with respect to supporting plate 21 rock, and more makes the display device 4 that is mounted thereon reach steady status.
And in the present embodiment; Elastic component 3 is rubber (rubber) material or other resilient plastic materials etc., and it has one first thickness, and this first thickness is slightly larger than the space of supporting between plate 21 and the display device fixed block 1 because of machining that nargin or machining error caused; When making support plate 21 slip into installing and locating point; Can reach the effect of the thickness of compression elastic piece 3, for example, elastic component 3 is about 1.5mm.
Again on the one hand; For the preferable stability that reaches when supporting plate 21 and sliding to installing and locating point; The back side 12 of this display device fixed block 1 also has at least one stopper part 14; When support plate 21 slided to installing and locating point, stopper part 14 was resisted against the front-end edge 212 of this support plate 21, made support plate 21 exceed installing and locating point (being the Y axial limiting) to avoid the excessive application of force; In the present embodiment, the back side 12 impact briquettings have two stopper parts 14, support the slippage terminal point (front-end edge 212 that supports plate 21 arrives the slippage terminal point, i.e. expression is supported plate 21 and is positioned at the installing and locating point just) of the front-end edge 212 of plate 21 with restriction.Moreover the back side 12 also has one first positioning part 17, for example a salient point; Support plate 21 and also have a pair of second positioning part 213 that should first positioning part 17; A for example recess or a perforation; When supporting plate 21 when said two slide rail portions 13 slide into installing and locating point; This first positioning part 17 engages with this second positioning part 213 each other, has arrived in the installing and locating point to remind the user to support plate 21, can stop the application of force.
The back side 12 of this display device fixed block 1 also has the limited part 15 to said two flanks 211 that should dunnage part 21; In the present embodiment; The back side 12 impact briquettings have two groups of totally four limited parts 15; When support plate 21 slided to installing and locating point, aforementioned four limited parts 15 were resisted against the ora terminalis of said two flanks 211 respectively, to reach the complementary left and right sides spacing (being that X axis is spacing); In other words, the ora terminalis of said two flanks 211 can receive slide rail portion 13 side wall 131 and limited part 15 effect and form the left and right sides spacing (being that X axis is spacing), to avoid the improper rotation of display device 4 at X-Y plane.
On the other hand because when supporting plate 21 beginnings when slide rail portion 13 carries out slippage, support plate 21 front-end edge 212 can and elastic component 3 produce interference; Interfere because of aforesaid stroke for fear of elastic component 3 and to come off or damage; The back side 12 also has the portion of rising 16 of corresponding elastic component 3, and particularly, rising portion 16 is a strip fin; It is located at elastic component 3 belows; And rise portion 16 and have one second thickness, this second thickness is slightly larger than or equals first thickness, so when supporting plate 21 beginnings when slide rail portion 13 carries out slippage; Supporting the front-end edge of plate 21 can avoid directly and elastic component 3 generation interference because of the effect of the portion of rising 16, can reach the effect of protection elastic component 3.
On the other hand; This supporting part 2 also comprise one be articulated in this support plate 21 pivot member 22 and be connected in the support arm 23 of this pivot member 22; And the end of support arm 23 also can be connected with a base 24; Preferably, support plate 21, pivot member 22 and support arm 23 shells capable of using and coat (figure does not show).By this, the user can be fixed in display device 4 front 11 of display device fixed block 1 in advance; When assembling; The user can lift display device 4 and display device fixed block 1 earlier; With basipetal mode the slide rail portion 13 at the back side 12 of display device fixed block 1 and said two flanks 211 of support plate 21 are carried out the slippage assembling again; Engage each other with this second positioning part 213 up to first positioning part 17 with the 1 downward slippage of display device fixed block and work as display device 4; And when stopper part 14 is resisted against the front-end edge 212 that supports plate 21, represent that promptly display device fixed block 1 has arrived installing and locating point and formed a display unit (like Fig. 4), simultaneously; Because elastic component 3 is being compressed on the thickness direction between this display device fixed block 1 and this support plate 21 substantially; Make elastic component 3 after the restoring force on the thickness direction can make elastic component 3 be compressed thickness compensation display device fixed block 1 and support the space between the plate 21, make display device fixed block 1 and support plate 21 and fully reach friction tight state, more guarantee the stability and the reliability of display device 4.
Again on the one hand; Elastic component 3 preferably has a rubbing surface 31; In this specific embodiment; Rubbing surface 31 with support the side that plate 21 contact, support plate 21 or by supporting when dismantling on the plate 21 when display device 4 and display device fixed block 1 are installed on, the sliding stroke of formation one high frictional force between rubbing surface 31 and the support plate 21.Particularly; When display device 4 and display device fixed block 1 are installed on support plate 21; Because the weight of display device 4 itself and user's the application of force; Make display device 4 and display device fixed block 1 be able to overcome the high frictional force between rubbing surface 31 and the support plate 21, so that display device 4 arrives the installing and locating point with display device fixed block 1; Rubbing surface 31 and the high frictional force that supports between the plate 21 mainly provide a kind of security mechanism; To avoid display device 4 and display device fixed block 1 to come off by supporting on the plate 21 easily; For example; The frictional force that rubbing surface 31 provided of elastic component 3 used in the present invention can let 19 inches display device 4 reversal of the natural order of things state (be display device 4 down, supporting part 2 is last), still stably is fixed in supporting part 2 and does not drop.
Moreover; Elastic component 3 of the present invention is not restricted to single elastic strip body; For example in an alternate embodiment; Elastic component 3 can comprise a plurality of less rubber parts or the rubber strip of strip etc., and its mode with stickup is distributed in the back side 12 of display device fixed block 1, can reach the effect in the space of 1 of compensation support plate 21 and display device fixed block equally.
In sum; The use of elastic component 3 can solve between support plate 21 and the display device fixed block 1 of metal material the space that nargin or machining error caused because of machining; So can on mechanism design, use the plate (promptly supporting plate 21 and display device fixed block 1) of metal machine shaping made, make the manufacturing of display device mounting assembly have more advantage; Can reach simultaneously the purpose of firm installation display device 4.
The above content; Being merely preferred embodiment of the present invention, is not to be used for limiting the scope that the present invention implements, all according to spirit of the present invention and technological means disclosed according to the present invention; And make corresponding change and distortion, the scope that all belongs to the present invention and protected.
Claims (10)
1. a display device mounting assembly is characterized in that, comprises:
One display device fixed block, it has a positive and opposing backside surface, and wherein this front is used for fixing a display device, and this back side is provided with two corresponding slide rail portions;
One supporting part, it has one at least and supports plate, and this support plate has two relative flanks, and the said both sides wing is installed on said two slide rail portions slidably, makes this supporting part removably be fixed in this back side of this display device fixed block; And
One elastic component, it is located between this display device fixed block and this support plate, and wherein this elastic component has one first thickness, and this elastic component is being compressed on the thickness direction of this elastic component between this display device fixed block and this support plate substantially.
2. display device mounting assembly as claimed in claim 1 is characterized in that this elastic component is fixedly arranged on this back side.
3. display device mounting assembly as claimed in claim 2 is characterized in that, said two slide rail portions respectively by one be located at this back side side wall and the top board that bends and extends into type by this side wall constitute.
4. display device mounting assembly as claimed in claim 3 is characterized in that this back side also has at least one stopper part, and this stopper part is resisted against the front-end edge of this support plate.
5. display device mounting assembly as claimed in claim 3 is characterized in that, this back side also has the limited part to said two flanks that should the dunnage part, and this limited part is resisted against the ora terminalis of said two flanks.
6. display device mounting assembly as claimed in claim 3 is characterized in that, this back side also has the portion of rising that should elastic component, and this portion of rising has one second thickness, and this second thickness is slightly larger than or equals this first thickness.
7. display device mounting assembly as claimed in claim 3; It is characterized in that; This back side also has one first positioning part; This support plate also has a pair of second positioning part that should first positioning part, when this support plate when said two slide rail portions slide into installing and locating point, this first positioning part engages with this second positioning part each other.
8. display device mounting assembly as claimed in claim 3 is characterized in that this elastic component has a rubbing surface, itself and this support the sliding stroke that forms a high frictional force between the plate.
9. display device mounting assembly as claimed in claim 3 is characterized in that, this supporting part also comprise one be articulated in this support plate pivot member and be connected in the support arm of this pivot member.
10. a display unit is characterized in that, comprising:
One display device fixed block, it has a positive and opposing backside surface, and this back side is provided with two corresponding slide rail portions;
One supporting part, it has one at least and supports plate, and this support plate has two relative flanks, and the said both sides wing is installed on said two slide rail portions slidably, makes this supporting part removably be fixed in this back side of this display device fixed block;
One elastic component, it is located between this display device fixed block and this support plate, and wherein this elastic component has one first thickness, and this elastic component is being compressed on the thickness direction of this elastic component between this display device fixed block and this support plate substantially; And
One display device, it is fixed in this front.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100654257A CN102679102A (en) | 2011-03-14 | 2011-03-14 | Display device mounting component and display device unit thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100654257A CN102679102A (en) | 2011-03-14 | 2011-03-14 | Display device mounting component and display device unit thereof |
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| Publication Number | Publication Date |
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| CN102679102A true CN102679102A (en) | 2012-09-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011100654257A Pending CN102679102A (en) | 2011-03-14 | 2011-03-14 | Display device mounting component and display device unit thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2015074462A1 (en) * | 2013-11-19 | 2015-05-28 | 京东方科技集团股份有限公司 | Support assembly and display device |
| US10669831B2 (en) | 2013-12-31 | 2020-06-02 | Energy Recovery, Inc. | Rotary isobaric pressure exchanger system with lubrication system |
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| US20070102600A1 (en) * | 2003-12-18 | 2007-05-10 | Murakami Corporation | Display elevation adjusting apparatus |
| CN2775802Y (en) * | 2005-02-05 | 2006-04-26 | 台龙电子股份有限公司 | Regulating structure for display rack |
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| US10669831B2 (en) | 2013-12-31 | 2020-06-02 | Energy Recovery, Inc. | Rotary isobaric pressure exchanger system with lubrication system |
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Application publication date: 20120919 |