M278932 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種防止筆記型電腦螢幕回彈晃動之固 定結構，尤其係指一種形成於筆記型電腦螢幕樞鈕器上， 用以避免螢幕開啟時之晃動結構者。 【先前技術】 股筆記型電腦具有較傳 重置，以方便使用者隨身攜帶。但筆記型電腦在使用時 使用者必須先將收折之螢幕開啟方得以操作筆記型電腦。 然而傳統之筆記型電腦多半係利用一體積極小之樞鈕器以 樞接在筆記型電腦之主體上，在螢幕開啟之際，由於螢幕 重心至樞紐器之間具有一定之距離，該距離會導致積桿效 應’讓筆記型電腦之螢幕產生晃動之問題，此一晃動情步 在筆記型電腦使用時間-久，很容易會對枢紐器之壽命產 生不良的影響。 為了解決上述筆記型電腦晃動之問題，本案申請人曾 提出中華民國新型公告第5 4 5 6 1 8號「防止筆記型; 腦勞幕回彈晃動之固定結構」，利用結合月另側之主片^ 上形成有支撐片設置塊，在支撐片設置塊上設置有與主片且 體相互垂直且可碰觸至螢幕殼體之支撐片，且支撐片之一 片體之組裝部形成有組裝孔，而支撐 ==塊Γ有嵌合孔，藉由-枢軸貫穿組裝座設置 牙 支撐片之組裝孔及主片體上之組裝部，且支 撑片設置塊嵌合於嵌合孔中而成為-體後，利用固定4 M278932 貫穿主片體而與電腦螢幕殼體結合。 雖說上述之結構已可有效的避免電腦螢幕相 τ衣主體 產生晃動的情形，但由於主片體上之支撐片設置塊僅係插 入支撐片之嵌合孔中定位，因此在樞鈕器使用時間一久M278932 8. Description of the new type: [Technical field to which the new type belongs] This creation is about a fixed structure that prevents the screen of a notebook computer from bouncing, especially refers to a form that is formed on the screen hinge of a notebook computer to prevent the screen from turning on. Those who shake the structure. [Previous technology] The notebook computer has a relatively large reset, which is convenient for users to carry around. However, when the notebook computer is in use, the user must first turn on the folded screen to operate the notebook computer. However, most traditional notebook computers use an active small hinge device to pivot to the main body of the notebook computer. When the screen is turned on, the distance between the center of gravity of the screen and the hinge device will cause a certain distance. The “rod effect” makes the screen of the notebook computer shake. This shaking situation is very long when the notebook computer is used for a long time, which can easily have a negative impact on the life of the hub. In order to solve the above-mentioned notebook computer shake problem, the applicant of this case has proposed the Republic of China New Announcement No. 5 4 5 6 1 8 "Prevention of note-type notebooks; a fixed structure of the brain labor curtain rebound shaking", using the main combination of the other side of the moon A support sheet setting block is formed on the sheet ^, and a support sheet that is perpendicular to the main sheet and is in contact with the screen housing is provided on the support sheet setting block, and an assembly hole of one of the support sheet is formed with an assembly hole The support == block Γ has a fitting hole. The -hole pivot penetrates the assembly seat to set the assembly hole of the dental support sheet and the assembly part on the main sheet body, and the support sheet setting block is fitted into the fitting hole to become- Behind the body, the fixed 4 M278932 is used to penetrate the main body and be combined with the computer screen casing. Although the above structure can effectively prevent the main body of the computer screen from shaking, the support piece setting block on the main piece is only inserted into the fitting hole of the support piece for positioning, so it has been used for a long time in the hinge
便容易產生支撐片設置塊由嵌合孔脫離之問題發生，另外 支撐片設置塊亦有可能因為筆記型電腦受到外力之撞擊， 導致由嵌合孔脫離之問題，一旦支撐片設置塊由嵌合孔脫 離，則防止螢幕晃動之效果便會消失，因此本創作人不以 上述專利為自滿，仍積極著手從事改良。 【新型内容】 本創作人有鑑於上述專利不足之處，經過不斷的研 究’以期可以解決上述問題。 本創作之主要目的在於提供一種可避免筆記型電腦榮 幕在開啟時所產生晃動情形之防止筆記型電腦營幕 動之固定結構。 為了達到上述創作目的，本創作係採取以下之技術手 &於以達成’其中本創作係在樞鈕器與營幕殼體組裝之主 片體邊上組裝有支撐片設置塊，在主片體之支撐片設置 鬼上5又置有與主片體相互垂直且可碰觸至螢幕殼體之 撐片’其改良在於： β支撐片設置塊相對於支撐片之一側邊設置有卡掣凹 部或鉚合凸塊。 〜猎由卡掣凹部或鉚合凸塊之設置，使得支撐片設置塊 。確貝的與支撐片穩固結合而不會因為外力或使用時間 M278932 一久，導致支撐片設置塊與支撐片產生脫離之問題，而可 確實有效避免筆記型電腦螢幕產生晃動之問題。 【實施方式】 請參看第一及二圖所示，本創作之防止筆記型電腦營 幕回彈晃動之固定結構具備有一設置在電腦螢幕殼體（圖 中未示）處之主片體（10)，主片體（10) —側形成 有兩筒型之組裝部（i )，主片體（丄〇 )相鄰組裝部 (1 1 )之一側形成有支撐片設置塊（1 1 0 )，在支撐 片設置塊（1 1 〇)上設置有與主片體（1 〇)相互垂直 且可碰觸至螢幕殼體之支撐片（20)，且支撐片（2〇) 之一端相對主片體（1 〇 )之組裝部（i i )形成有組裝 孔（2 1 )’而支撐片（2 〇 )上形成有相對於支撐片設 置塊（1 1 0 )之嵌合孔（2 1 〇 )，另有一組裝在筆記 型電腦主體（圖中未示）上之組裝座（13)，該組裝座 (1 3 ) —側彎折有具備有一穿孔（1 4 〇 )之設置片（1 4)，藉由一樞軸（15)貫穿組裝座（13)設置片（1 4)上之穿孔（14〇)、支撐片（2〇)之組裝孔（2 1)及主片體（1〇)上之組裝部（11)，且支撐片設 置塊10)嵌合於嵌合孔（21〇)中而成為一體， 其改良在於： §亥支撐片設置塊（110)相對於支撐片（2〇)之 一側邊設置有可卡掣在支撐片（2 〇 )之嵌合孔（2工〇 ) 上之卡掣凹部（112)。 雖本貫施例所示之卡掣凹部（i丨2 )係形成於支撐 6 M278932 片設置塊（1 1 ο)之上側，其亦可以形成在支擇片設置 塊（1 1 0 )之下側，同樣可以達成所欲達成之效果。 本創作同樣可在支撐片（2 0 )及組裝座（1 3 )之 設置片（14)間之樞軸（15)處，增設一墊片（17) 以減低當主片體（1 0 )相對於組裝座（i 3 )樞轉時， 支撐片（20)與組裝座（13)設置片（14)間之摩 擦損耗。 由於本創作實施例在支撐片設置塊（1 1 〇 )上設置 有可與支撐片（20)之嵌合孔（21〇)卡掣之卡掣凹 部（1 1 2 )，因此當支撐片設置塊（丄丄〇 )插入至嵌 合孔（2 1 0 )中，並組裝樞軸（丄5 )後，卡掣凹部（工 1 2 )便會卡掣在嵌合孔（2 1 〇 )之側邊，讓支樓片設 置塊（1 1 0 )與支撐片（2 0 )緊密穩固的結合，即使 党到外力之撞擊，支撐片設置塊（i i 〇 )亦不會由嵌合 孔（2 1 〇 )中脫離。 再請參看第三及四圖所示，本創作之第二實施例與上 述第一實施例略同，其不同之處在於該支撐片設置塊（1 1 〇)相對於支撐片（20)之一側邊設置有由支撐片（2 ) 側突出之鉚合凸塊（1 1 3 )，當支撐片設置塊（1 )插置入支撐片（20)之嵌合孔（2 1 〇)中後， (器具將鉚合凸塊（1 1 3)壓扁，使其卡掣在支撐片 2 0 )之嵌合孔（2丄〇 )兩側，以達到與上述實施例 文相同效果。 為了避免鉚合凸塊（113)在壓扁後會產生由支撐 7 M278932 β ) 一側突出之厚度，在進行鉚合凸塊（1 1 3 ) 之壓扁作業時’可同時將嵌合孔（2 1 〇 )之部分厚度壓 爲但並未貝穿’藉由該屢扁之區域以容納4後之鉚合凸 塊（1 1 3 )。 【圖式簡單說明】 第一圖為本創作第一實施例之立體圖。 第二圖為本創作第一實施例之立體分解圖。 第三圖為本創作第二實施例之立體圖。 第四圖為本創作第二實施例之立體分解圖。 【主要元件符號說明】 (10)主片體 (1 1 )組裝部 (1 1 0 )支撐片設置塊 (1 1 2 )卡掣凹部 (1 1 3 )鉚合凸塊 (1 3 )組裝座 (1 4 )設置片 (1 4 0 )穿孔 (1 5 )樞軸 (17)墊片 (2 0 )支撐片 (2 1 )組裝孔 (210)嵌合孔The problem that the support sheet setting block is detached from the fitting hole easily occurs. In addition, the support sheet setting block may be detached from the fitting hole due to the impact of the notebook computer by an external force. Once the support sheet setting block is fitted by the fit, When the hole is detached, the effect of preventing the screen from shaking will disappear. Therefore, the creator does not take the above patent as complacency, and still actively works on improvement. [New content] In view of the inadequacies of the above patents, the author has made continuous research 'to solve the above problems. The main purpose of this creation is to provide a fixed structure that prevents the laptop screen from shaking when the laptop screen is turned on. In order to achieve the above-mentioned creative purpose, this creative system adopts the following technical skills to achieve 'where this creative system is to assemble a supporting sheet setting block on the edge of the main piece body where the hinge device and the camp curtain shell are assembled, and the main piece body is The supporting piece is set on the ghost 5 and is provided with a supporting piece that is perpendicular to the main piece body and can touch the screen casing. The improvement is that the β supporting piece setting block is provided with a latch recess on one side of the supporting piece. Or riveted bumps. ~ Hunting is provided by latching recesses or riveting projections, so that the support piece is provided with a block. The firm combination of the support plate and the support plate will not cause the problem of the support plate setting block and the support plate detachment due to external force or the use time of M278932 for a long time, but it can effectively avoid the problem of shaking of the notebook computer screen. [Embodiment] Please refer to the first and second figures. The fixed structure for preventing the laptop screen from rebounding in this creation is provided with a main piece (10) provided at the computer screen casing (not shown). ), The main sheet body (10)-a two-cylinder assembly part (i) is formed on one side, and a support sheet setting block (1 1 0) is formed on one side of the main sheet body (丄 〇) adjacent to one of the assembly parts (1 1). ), A supporting piece (20) perpendicular to the main piece body (10) is provided on the supporting piece setting block (11), and one end of the supporting piece (20) is opposite to the main body (10) The assembly part (ii) of the main sheet body (10) is formed with an assembly hole (2 1) 'and the support sheet (20) is formed with a fitting hole (2 1) for the support sheet setting block (1 1 0). 〇), another assembly base (13) assembled on the notebook computer main body (not shown), the assembly base (1 3)-the side is bent with a setting piece (1 4 〇) with a perforation (1 4 〇) 4), through a pivot (15) penetrating the assembly seat (13) to set the perforation (14) on the sheet (14), the assembly hole (21) of the support sheet (20) and the main sheet body (1 〇) of the The mounting portion (11), and the supporting piece setting block 10) are fitted into the fitting hole (21) to be integrated. The improvement is as follows: § The supporting piece setting block (110) is relatively larger than the supporting piece (20). One side is provided with a latch recess (112) that can be latched on the fitting hole (2) of the support piece (20). Although the latch recess (i 丨 2) shown in the present embodiment is formed on the upper side of the supporting 6 M278932 piece setting block (1 1 ο), it can also be formed under the supporting piece setting block (1 1 0). On the other hand, the desired effect can also be achieved. In this creation, a spacer (17) can be added at the pivot (15) between the supporting piece (20) and the setting piece (14) of the assembly base (1 3) to reduce the main piece body (1 0). When pivoting relative to the assembly base (i 3), the friction loss between the support piece (20) and the assembly base (13) setting piece (14) is lost. Since in this creative embodiment, the supporting piece setting block (1 1 0) is provided with a locking recess (1 1 2) that can be engaged with the fitting hole (21) of the supporting piece (20), so when the supporting piece is set After the block (丄 丄 〇) is inserted into the fitting hole (2 1 0), and the pivot (丄 5) is assembled, the locking recess (work 1 2) will be locked in the fitting hole (2 1 〇) On the side, the supporting piece setting block (1 1 0) and the supporting piece (2 0) are tightly and firmly combined, and even if the party hits with an external force, the supporting piece setting block (ii 〇) will not be formed by the fitting hole (2 1 〇). Please refer to the third and fourth figures again. The second embodiment of this creation is slightly the same as the first embodiment described above, except that the supporting piece setting block (1 1 〇) is relative to the supporting piece (20). One side is provided with a riveted projection (1 1 3) protruding from the support piece (2). When the support piece setting block (1) is inserted into the fitting hole (2 1 〇) of the support piece (20) Then, (the appliance compresses the riveting projection (1 1 3) to be flattened so as to be caught on both sides of the fitting hole (2 丄) of the supporting piece 20), so as to achieve the same effect as the above embodiment. In order to avoid the thickness of the riveting bump (113) protruding from the support 7 M278932 β) after the flattening, the fitting hole can be simultaneously pressed during the flattening operation of the riveting bump (1 1 3). (2 1 0) part of the thickness is pressed but not worn through the repeated flat area to accommodate the 4 riveted bumps (1 1 3). [Schematic description] The first figure is a perspective view of the first embodiment of the creation. The second figure is an exploded perspective view of the first embodiment of the creation. The third figure is a perspective view of the second embodiment of the creation. The fourth figure is an exploded perspective view of the second embodiment of the creation. [Description of main component symbols] (10) Main sheet body (1 1) Assembly part (1 1 0) Support sheet setting block (1 1 2) Locking recess (1 1 3) Riveted projection (1 3) assembly seat (1 4) Setting piece (1 4 0) Perforation (1 5) Pivot (17) Spacer (2 0) Support piece (2 1) Assembly hole (210) Fitting hole