CN201477323U

Movatterモバイル変換

Info

Publication number: CN201477323U
Application number: CN2009201735368U
Authority: CN
Inventors: 王清任; 邱峻荣
Original assignee: Pegatron Corp
Current assignee: Pegatron Corp
Priority date: 2009-08-14
Filing date: 2009-08-14
Publication date: 2010-05-19
Anticipated expiration: 2019-08-14

Abstract

The utility model provides a prevent electrostatic discharge display panel module is applied to protection electronic component. The display panel module comprises a display panel, a panel frame and an insulating layer. The panel frame is arranged on the display panel, is made of conductive materials and is provided with a through hole and a grounding area, and the through hole is aligned to the electronic element. The insulating layer is covered on the surface of the panel frame adjacent to the electronic element and exposes the grounding area. Once the ESD energy impacts the display panel module, the ESD energy can be induced into the panel frame to prevent the electronic device from being damaged by the electrostatic attack.

Description

Translated fromChinese

防静电放电显示面板模块Anti-static discharge display panel module

技术领域technical field

本实用新型是关于一种显示面板模块，特别是关于一种防静电放电显示面板模块，用以将静电放电能量诱导开以避免显示面板模块其中的摄像单元或声音接收装置被静电攻击而导致损坏。The utility model relates to a display panel module, in particular to an anti-static discharge display panel module, which is used to induce electrostatic discharge energy away to prevent the camera unit or sound receiving device in the display panel module from being damaged by static electricity. .

背景技术Background technique

由于笔记本电脑对外观的要求诸如，厚度越作越小、液晶显示器(Liquid CrystalDisplay，LCD)面板盖越来越薄及LCD框(LCD bezel)塑料的壁厚也越来越小(常常要介于1.5mm～1mm)，当液晶显示器面板盖内部的空间扣掉摄像单元或麦克风时其实可用的空间不多，往往只在0.1mm～0.2mm。Due to the appearance requirements of notebook computers, such as, the thickness is getting smaller and smaller, the liquid crystal display (Liquid Crystal Display, LCD) panel cover is getting thinner and the wall thickness of the LCD frame (LCD bezel) plastic is getting smaller and smaller (often between 1.5mm～1mm), when the camera unit or microphone is deducted from the space inside the LCD panel cover, there is actually not much available space, often only 0.1mm～0.2mm.

如果要增加导电泡棉或导电布，常常会干涉到其它的机构件，不像早期的空间和限高比较高，可以使用铝铂包裹或利用导电布将连接线缠绕下地。但是当限高被压缩后，除非摄像单元或麦克风自体的耐受度增加，不然常会因为使用者手指带静电荷后又触摸电脑产品，使产品被静电攻击导致摄像单元或麦克风损坏。如果使用静电保护元件在机板上，又因距离太远而没有效果。If you want to add conductive foam or conductive cloth, it will often interfere with other mechanical components. Unlike the early space and height limit, you can use aluminum platinum to wrap or use conductive cloth to wrap the connecting wires to the ground. However, when the height limit is compressed, unless the tolerance of the camera unit or the microphone itself is increased, the user’s finger is electrostatically charged and then touches the computer product, causing the product to be attacked by static electricity, resulting in damage to the camera unit or microphone. If you use electrostatic protection components on the board, it will have no effect because the distance is too far.

实用新型内容Utility model content

本实用新型的一目的在于提供一种防静电放电显示面板模块，应用于防护一电子元件，像是摄像单元或声音接收装置(例如麦克风)，且电子元件设置于显示面板模块内，此防静电放电显示面板模块可避免电子元件被静电攻击而导致损坏。An object of the present utility model is to provide an anti-static discharge display panel module, which is applied to protect an electronic component, such as a camera unit or a sound receiving device (such as a microphone), and the electronic component is arranged in the display panel module. Discharging display panel modules prevents electronic components from being damaged by electrostatic attacks.

根据本实用新型的防静电放电显示面板模块，应用于防护电子元件，其特征是，所述防静电放电显示面板模块包含：显示面板；面板框，设置于所述显示面板，所述面板框为导电材料且具有通孔与接地区，所述通孔对准所述电子元件；以及绝缘层，披覆所述面板框邻近于所述电子元件的表面，所述绝缘层环绕所述通孔并露出所述接地区。According to the anti-static discharge display panel module of the present invention, which is applied to protect electronic components, it is characterized in that the anti-static discharge display panel module includes: a display panel; a panel frame, which is arranged on the display panel, and the panel frame is a conductive material and having a through hole and a grounding area, the through hole is aligned with the electronic component; and an insulating layer covers the surface of the panel frame adjacent to the electronic component, the insulating layer surrounds the through hole and exposing the ground area.

于实际应用中，该绝缘层可利用一阳极处理形成。该接地区可利用一激光雕刻去除部分的该绝缘层所形成。In practical applications, the insulating layer can be formed by anodic treatment. The grounding area can be formed by removing a portion of the insulating layer using a laser engraving.

于进一步的具体实施例中，本实用新型的防静电放电显示面板模块还包含一导电媒介、一面板盖以及一固定装置。于实际应用中，该导电媒介可以是铜铂、铝铂、导电泡棉及导电衬垫等类似的材料。此外，该固定装置亦为导电材料。In a further specific embodiment, the anti-static discharge display panel module of the present invention further includes a conductive medium, a panel cover and a fixing device. In practical applications, the conductive medium can be copper platinum, aluminum platinum, conductive foam, conductive gasket and other similar materials. In addition, the fixing device is also made of conductive material.

于一具体实施例中，固定装置包含平行设置于该面板盖的内表面的两侧的一对支撑架，且该对支撑架各自一端与一旋转轴承连接。In a specific embodiment, the fixing device includes a pair of supporting frames arranged parallel to two sides of the inner surface of the panel cover, and each end of the pair of supporting frames is connected with a rotating bearing.

针对配置来说，该固定装置设置于面板盖的内表面上并用以固定该显示面板，且该面板框设置于该显示面板上。导电媒介设置于面板盖及固定装置之间并接触面板框的该接地区及固定装置。For configuration, the fixing device is arranged on the inner surface of the panel cover to fix the display panel, and the panel frame is arranged on the display panel. The conductive medium is disposed between the panel cover and the fixing device and contacts the grounding area of the panel frame and the fixing device.

于一具体实施例中，面板盖的内表面具有一第一固定孔，而固定装置具有对应该第一固定孔的一第二固定孔。该第一固定孔及该第二固定孔用以供一固定件穿过以将固定装置设置在面板盖的内表面上，致使该导电媒介接触固定装置。In a specific embodiment, the inner surface of the panel cover has a first fixing hole, and the fixing device has a second fixing hole corresponding to the first fixing hole. The first fixing hole and the second fixing hole are used for a fixing member to pass through to arrange the fixing device on the inner surface of the panel cover, so that the conductive medium contacts the fixing device.

于进一步的具体实施例中，面板框具有贯穿其本身的一通孔。该通孔的位置对应一摄像单元或一声音接收装置。此外，于实际应用中，该通孔可被一透明材料遮盖住。举例来说，该透明材料可以是一透镜及一透明聚酯薄膜等类似的材料。In a further embodiment, the panel frame has a through hole passing through itself. The position of the through hole corresponds to a camera unit or a sound receiving device. In addition, in practical applications, the through hole can be covered by a transparent material. For example, the transparent material can be a lens, a transparent polyester film and the like.

本实用新型的有益技术效果是：本实用新型的防静电放电显示面板模块的面板框为导电材料，且面板框的内表面上形成一接地区以构成一静电放电能量宣泄管道。所以，一旦静电放电能量冲击至显示面板模块时，面板框可将静电放电能量诱导开以避免显示面板模块其中的摄像单元或声音接收装置被静电攻击而导致损坏。The beneficial technical effects of the utility model are: the panel frame of the anti-static discharge display panel module of the utility model is made of conductive material, and a grounding area is formed on the inner surface of the panel frame to form a discharge channel for electrostatic discharge energy. Therefore, once the electrostatic discharge energy impacts the display panel module, the panel frame can induce the electrostatic discharge energy away to prevent the camera unit or the sound receiving device in the display panel module from being damaged by electrostatic attack.

附图说明Description of drawings

关于本实用新型的优点与精神可以利用以下的实用新型详述及附图得到进一步的了解，其中：The advantages and spirit of the present utility model can be further understood by using the following detailed description of the utility model and accompanying drawings, wherein:

图1A及图1B所示为根据本实用新型的一具体实施例的防静电放电显示面板模块中的面板框的外表面视图及内表面视图。FIG. 1A and FIG. 1B show an outer surface view and an inner surface view of a panel frame in an anti-static discharge display panel module according to a specific embodiment of the present invention.

图2A及图2B所示为根据本实用新型的一具体实施例的防静电放电显示面板模块的分解视图及组合视图。2A and 2B show an exploded view and an assembled view of an anti-static discharge display panel module according to a specific embodiment of the present invention.

图2C所示为图2B中的固定装置与一旋转轴承连接的示意图。FIG. 2C is a schematic diagram of the connection between the fixing device in FIG. 2B and a rotating bearing.

图3所示为贯穿面板框的通孔对应一摄像单元的剖视图。FIG. 3 is a cross-sectional view of a camera unit corresponding to a through hole penetrating the panel frame.

具体实施方式Detailed ways

本实用新型的目的在于提供一种防静电放电显示面板模块，应用于防护一电子元件，像是摄像单元或声音接收装置(例如麦克风)，且电子元件可设置于显示面板模块内。此防静电放电显示面板模块主要具有的优点在于用以避免电子元件被静电攻击而导致损坏。The purpose of the present invention is to provide an anti-static discharge display panel module, which is applied to protect an electronic component, such as a camera unit or a sound receiving device (such as a microphone), and the electronic component can be arranged in the display panel module. The main advantage of the anti-static discharge display panel module is to prevent electronic components from being damaged by static electricity.

请参阅图1A、图1B及图3。图1A及图1B所示为根据本实用新型的一具体实施例的防静电放电显示面板模块中的面板框10的外表面视图及内表面视图。图3所示为贯穿面板框10的通孔102对应一摄像单元16的剖视图。Please refer to FIG. 1A , FIG. 1B and FIG. 3 . FIG. 1A and FIG. 1B show the outer surface view and the inner surface view of thepanel frame 10 in the anti-static discharge display panel module according to a specific embodiment of the present invention. FIG. 3 is a cross-sectional view of acamera unit 16 corresponding to the throughhole 102 passing through thepanel frame 10 .

如图1A及图1B所示，防静电放电显示面板模块包含一面板框10。此面板框10为导电材料106制成且具有一表面。于此实施例中，面板框10可由一铝材料制成，选用铝材料的原因在于铝在金属中密度最小因此非常的轻。此外，铝同时也是电的良导体，和其它金属制成合金之后既坚韧又轻巧。As shown in FIG. 1A and FIG. 1B , the anti-ESD display panel module includes apanel frame 10 . Thepanel frame 10 is made ofconductive material 106 and has a surface. In this embodiment, thepanel frame 10 can be made of an aluminum material. The reason why the aluminum material is selected is that aluminum has the smallest density among metals and is therefore very light. In addition, aluminum is also a good conductor of electricity, and alloyed with other metals is both strong and light.

本实用新型的面板框10并具有一通孔102且面板框10的表面上披覆有一绝缘层100，其中该通孔102对准电子元件。于实际应用中，该绝缘层100可利用一阳极处理形成。面板框10的外表面上披覆绝缘层100的用意在于防止使用者直接接触铝质面板框10而造成接触式静电放电。另外，披覆于面板框10的内表面上的绝缘层100邻近于该电子元件。Thepanel frame 10 of the present invention has a throughhole 102 and aninsulating layer 100 is covered on the surface of thepanel frame 10 , wherein the throughhole 102 is aligned with the electronic components. In practical applications, theinsulating layer 100 can be formed by anodic treatment. The purpose of covering the outer surface of thepanel frame 10 with theinsulating layer 100 is to prevent the user from directly touching thealuminum panel frame 10 to cause contact electrostatic discharge. In addition, theinsulating layer 100 coated on the inner surface of thepanel frame 10 is adjacent to the electronic component.

需特别注意的是，如图1B所示，面板框10的内表面上可形成多个接地区104。该多个接地区104可利用对披覆于面板框10的内表面上的部分的绝缘层100执行一激光雕刻，致使面板框10的内表面外露出多个区域以形成该多个接地区104，且该多个接地区104被面板框10内表面上的绝缘层100环绕。因此，仔细来说，除了该多个接地区104未披覆绝缘层100，该绝缘层100披覆在面板框10的其它表面上，致使该多个接地区104外露。It should be noted that, as shown in FIG. 1B , a plurality ofgrounding areas 104 may be formed on the inner surface of thepanel frame 10 . The plurality ofgrounding areas 104 can be formed by performing a laser engraving on theinsulating layer 100 covering the part of the inner surface of thepanel frame 10, so that the inner surface of thepanel frame 10 exposes a plurality of areas to form the plurality ofgrounding areas 104. , and the plurality ofgrounding areas 104 are surrounded by theinsulating layer 100 on the inner surface of thepanel frame 10 . Therefore, in detail, except that the plurality ofgrounding regions 104 are not coated with theinsulating layer 100 , theinsulating layer 100 covers other surfaces of thepanel frame 10 , so that the plurality ofgrounding regions 104 are exposed.

要特别说明的是，一旦静电放电能量3冲击至显示面板模块时(特别是倾向从面板框10上的通孔102进入显示面板模块时)，由导电材料106制成的面板框10可将静电放电能量3诱导开并进入面板框10中，由此以避免显示面板模块其中的摄像单元16或声音接收装置被静电攻击而导致损坏。It should be noted that once the electrostatic discharge energy 3 hits the display panel module (especially when it tends to enter the display panel module from the throughhole 102 on the panel frame 10), thepanel frame 10 made ofconductive material 106 can dissipate static electricity. The discharge energy 3 is induced and enters thepanel frame 10, thereby preventing thecamera unit 16 or the sound receiving device in the display panel module from being damaged by static electricity.

另外，由于本实用新型的面板框10可将静电放电能量3诱导进入面板框10中以防止静电放电能量3直接进入显示面板模块中，因此面板框10上的通孔102不用如同传统般需特别因为静电放电的原因缩小以降低静电放电能量攻击至显示面板模块中的机率。由于面板框10上的通孔102的尺寸不用严格限制，故在产品的设计上具有较佳的弹性。In addition, since thepanel frame 10 of the present invention can induce the electrostatic discharge energy 3 into thepanel frame 10 to prevent the electrostatic discharge energy 3 from directly entering the display panel module, the throughhole 102 on thepanel frame 10 does not need special Due to the reason of electrostatic discharge, the probability of electrostatic discharge energy attacking the display panel module is reduced. Since the size of the throughhole 102 on thepanel frame 10 is not strictly limited, it has better flexibility in product design.

此外，于实际应用中，面板框10上的通孔102可被一透明材料遮盖住。举例来说，该透明材料可以是一透镜及一透明聚酯薄膜(mylar)等类似的材料。配置此透明材料的目的在于防止污染物进入显示面板模块中或保持产品外观上整体的美观。In addition, in practical applications, the throughhole 102 on thepanel frame 10 can be covered by a transparent material. For example, the transparent material can be a lens, a transparent mylar or the like. The purpose of configuring this transparent material is to prevent pollutants from entering the display panel module or to maintain the overall appearance of the product.

请参阅图2A、图2B及图2C。图2A及图2B所示为根据本实用新型的一具体实施例的防静电放电显示面板模块1的分解视图及组合视图。图2C所示为图2B中的固定装置与一旋转轴承连接的示意图。Please refer to FIG. 2A , FIG. 2B and FIG. 2C . 2A and 2B show an exploded view and an assembled view of the anti-static discharge display panel module 1 according to a specific embodiment of the present invention. FIG. 2C is a schematic diagram of the connection between the fixing device in FIG. 2B and a rotating bearing.

于此具体实施例中，本实用新型的防静电放电显示面板模块1并包含一导电媒介14、一面板盖11以及一固定装置13。In this specific embodiment, the anti-static discharge display panel module 1 of the present invention also includes aconductive medium 14 , apanel cover 11 and a fixingdevice 13 .

要说明的是，本实用新型以笔记本电脑的面板盖11为例说明，但不以此为限。导电媒介14可以是铜铂、铝铂、导电泡棉及导电衬垫(gasket)等类似的材料。此外，固定装置13亦为导电材料。It should be noted that the utility model is described by taking thepanel cover 11 of a notebook computer as an example, but it is not limited thereto. The conductive medium 14 can be copper platinum, aluminum platinum, conductive foam, conductive gasket and similar materials. In addition, the fixingdevice 13 is also made of conductive material.

针对设置地方来说，固定装置13设置于面板盖11的内表面上并用以固定一显示面板12，而面板框10对准并盖设于显示面板12上。于实际应用中，显示面板12可以是一液晶显示面板。导电媒介14设置于面板盖11及固定装置13之间并接触面板框10的该多个接地区104及固定装置13。Regarding the installation place, the fixingdevice 13 is disposed on the inner surface of thepanel cover 11 and used for fixing adisplay panel 12 , and thepanel frame 10 is aligned and covered on thedisplay panel 12 . In practical applications, thedisplay panel 12 may be a liquid crystal display panel. Theconductive medium 14 is disposed between thepanel cover 11 and the fixingdevice 13 and contacts the plurality ofgrounding areas 104 of thepanel frame 10 and the fixingdevice 13 .

于一具体实施例中，固定装置13包含平行设置于面板盖11的内表面的两侧的一对支撑架，且该对支撑架各自一端与笔记本电脑的面板盖11与底座间的旋转轴承2连接，如图2C所示。In a specific embodiment, the fixingdevice 13 includes a pair of support frames arranged in parallel on both sides of the inner surface of thepanel cover 11, and each end of the pair of support frames is connected to the rotating bearing 2 between thepanel cover 11 and the base of the notebook computer. connections, as shown in Figure 2C.

如图2A所示，面板盖11的内表面具有第一固定孔110，而固定装置13具有对应该第一固定孔110的第二固定孔130。第一固定孔110及第二固定孔130用以供一固定件15穿过以将固定装置13固定在面板盖11的内表面上。于实际应用中，第一固定孔110及第二固定孔130可为螺丝孔，而固定件15则可为配合该螺丝孔的螺丝。As shown in FIG. 2A , the inner surface of thepanel cover 11 has afirst fixing hole 110 , and the fixingdevice 13 has asecond fixing hole 130 corresponding to thefirst fixing hole 110 . Thefirst fixing hole 110 and thesecond fixing hole 130 are used for passing a fixingmember 15 to fix the fixingdevice 13 on the inner surface of thepanel cover 11 . In practical applications, thefirst fixing hole 110 and thesecond fixing hole 130 can be screw holes, and the fixingmember 15 can be a screw matching the screw holes.

如图2B所示，导电媒介14设置于面板框10的下并与面板框10内表面上的多个接地区104接触以达成电连接。于实际应用中，导电媒介14可利用导电胶附着至多个接地区104以达成电连接。As shown in FIG. 2B , theconductive medium 14 is disposed under thepanel frame 10 and is in contact with a plurality ofgrounding areas 104 on the inner surface of thepanel frame 10 to achieve electrical connection. In practical applications, the conductive medium 14 can be attached to the plurality ofgrounding areas 104 by using conductive glue to achieve electrical connection.

此外，部分的导电媒介14延伸至面板盖11及固定装置13之间，待固定件15穿过第一固定孔110及第二固定孔130将固定装置13设置在面板盖11的内表面上的过程中，该延伸的导电媒介14可被迫紧于面板盖11及固定装置13之间，用以接触固定装置13而达成电连接。In addition, part of theconductive medium 14 extends between thepanel cover 11 and the fixingdevice 13, and the fixingdevice 13 is arranged on the inner surface of thepanel cover 11 by the fixingmember 15 passing through thefirst fixing hole 110 and thesecond fixing hole 130. During the process, the extended conductive medium 14 can be pressed between thepanel cover 11 and the fixingdevice 13 for contacting the fixingdevice 13 to achieve electrical connection.

由于导电媒介14同时接触面板框10内表面上的多个接地区104及固定装置13，所以一旦静电放电能量冲击至显示面板模块时，面板框10至固定装置13可构成一静电放电能量宣泄管道，避免静电放电能量直接攻击显示面板模块其中的摄像单元或声音接收装置。Since the conductive medium 14 contactsmultiple grounding areas 104 and the fixingdevice 13 on the inner surface of thepanel frame 10 at the same time, once the electrostatic discharge energy impacts the display panel module, thepanel frame 10 to the fixingdevice 13 can form an electrostatic discharge energy discharge pipeline , to prevent the electrostatic discharge energy from directly attacking the camera unit or the sound receiving device in the display panel module.

相较于先前技术，本实用新型的防静电放电显示面板模块的面板框为导电材料，且面板框的内表面上形成接地区以接触同时与面板框及该固定装置导通的导电媒介，由此面板框至该固定装置可构成一静电放电能量宣泄管道。所以，一旦静电放电能量倾向从面板框上的通孔进入显示面板模块时，面板框可将静电放电能量诱导开并从上述静电放电能量宣泄管道宣泄出去，以避免显示面板模块其中的摄像单元或声音接收装置被静电攻击而导致损坏。Compared with the prior art, the panel frame of the anti-static discharge display panel module of the present invention is made of conductive material, and a grounding area is formed on the inner surface of the panel frame to contact the conductive medium that is simultaneously connected to the panel frame and the fixing device. The panel frame and the fixing device can form an electrostatic discharge energy discharge pipeline. Therefore, once the electrostatic discharge energy tends to enter the display panel module from the through hole on the panel frame, the panel frame can induce the electrostatic discharge energy away and release it from the above-mentioned electrostatic discharge energy discharge pipe, so as to avoid the camera unit or The sound receiver is damaged by static electricity.

利用以上较佳具体实施例的详述，希望能更加清楚描述本实用新型的特征与精神，而并非以上述所揭露的较佳具体实施例来对本实用新型的范畴加以限制。相反地，其目的是希望能涵盖各种改变及具相等性的安排于本实用新型所欲申请的权利要求书的范围内。With the above detailed description of the preferred embodiments, it is hoped that the features and spirit of the present utility model can be described more clearly, rather than the scope of the present utility model is limited by the preferred embodiments disclosed above. On the contrary, the intention is to cover various changes and arrangements with equivalents within the scope of the claims of the present invention.

Claims

1. an anti-electrostatic-discharge display module is applied to protect electronic component, it is characterized in that, described anti-electrostatic-discharge display module comprises:

Display panel;

The panel frame is arranged at described display panel, and described panel frame is conductive material and has through hole and the access area, the described electronic component of described through-hole alignment; And

Insulation course, the described panel frame of coating is adjacent to the surface of described electronic component, and described insulation course is around described through hole and expose described access area.

2. anti-electrostatic-discharge display module according to claim 1 is characterized in that, described anti-electrostatic-discharge display module also comprises:

Panel cover;

Stationary installation is arranged at described panel cover, and described stationary installation is a conductive material and in order to fixing described display panel; And

Conductive media is arranged between described panel cover and the described stationary installation and contacts the described access area and the described stationary installation of described panel frame.

3. anti-electrostatic-discharge display module according to claim 2 is characterized in that, described conductive media is selected from the one in the group that is made up of copper platinum, aluminium platinum, conducting foam and conductive gasket.

4. anti-electrostatic-discharge display module according to claim 2, it is characterized in that, the inside surface of described panel cover has first fixed orifice, described stationary installation has second fixed orifice of corresponding described first fixed orifice, described first fixed orifice and described second fixed orifice are used for fixture and are passed so that described stationary installation is fixed on the described inside surface of described panel cover, cause described conductive media to contact described stationary installation.

5. anti-electrostatic-discharge display module according to claim 2 is characterized in that described stationary installation comprises the pair of supporting of the both sides of the inside surface that is set in parallel in described panel cover, and described this to bracing frame separately an end be connected with swivel bearing.

6. anti-electrostatic-discharge display module according to claim 1 is characterized in that, described electronic component is image unit or sound receiver.

7. anti-electrostatic-discharge display module according to claim 6 is characterized in that, described anti-electrostatic-discharge display module further comprises transparent material, in order to hide described through hole.

8. anti-electrostatic-discharge display module according to claim 1 is characterized in that, described panel frame is made by aluminum.

9. anti-electrostatic-discharge display module according to claim 8 is characterized in that, described insulation course utilizes anodizing to form.

10. anti-electrostatic-discharge display module according to claim 8 is characterized in that, the described insulation course that described access area utilizes laser engraving to remove part forms.