M383802 五、新型說明： 【新型所屬之技術領域】 本創作是有關於一種電子系統 構，特別是有關於-種應用於存取裝子取裝置避震結 系統。 仔取裒置之避震及其電子 【先前技術】 目前筆記型電腦（Notebook)的硬碟 接鎖固在筆記型電腦的殼體之内由 白疋 抛合金或碳纖維等材質，在受到 擊時，其衝擊的力道往往可以貫穿整個筆記型電 ^機设而到達各部位之零件或元件。對於大多數的元 :來^這些衝擊是無關緊要的，但是對於光碟機或硬碟 機:特別是正在運轉中的硬碟機來說，就顯的至關重大， 因為硬碟機的讀取頭在工作存取資料時 夕。卜力的影響而產生位移，一旦位移過大，讀取 知傷硬碟碟片而造成資料遺失，特別是筆記型電腦是設 «•十、、’β吊吊需要移動的商務人士使用一旦資料遺失所造 成的損失疋十分重大的，故提供一種避免筆記型電腦硬 碟在筆記型電腦受到外力撞擊時，減少或避免外力對硬 碟機衝擊的避震結構，就顯的急迫且重要了。 4 M383802 f新型内容j 有鐘於上述習知技蓺 提供-種電子系統之存：置震=作之目的就是在 術使用螺絲將硬碟直接固定筆3電：以解決習知技 剛性的碰撞而損害，造成資 根據本創作之目的提出 槽、至少一第一緩衝 避震、-構，包含-容置 緩衝結構係設於容及二:第二緩衝結構。第-置槽之另-側。 側’第二緩衝結構則設於容 直於第一侧壁、笛、底侧，第三侧壁係垂 ; 土 卓—側壁及底面，並設於底面相in笛 側壁與第二側壁間的一側。 *於底面相姊第一 社嫌其中帛―緩衝結構自第一侧壁延伸出-迴紋針形 結構。 其中第—緩衝結構係各別自第二侧壁延伸出一 形結構。 其t偷Ϊ震結構更包含至少一第三緩衝結構，至少 一第三缓衝構係設於二第三側壁其中之一上。 其中?震結構更包含至少—第—螺孔設 壁其中之一上。 其中’避震結構更包含至少―第—螺絲穿設於第一 5 M383802 螺孔，以鎖固一存取裝置於容置槽内。 其中，存取裝置係為光碟機或硬碟機。 根據本新型之目的再提出一種電子系統，包含一避 震結構、一基座及一蓋體。避震結構包含一容置槽、至 少一第一緩衝結構及至少一第二緩衝結構。第一緩衝結 構係設於容置槽之一側，第二緩衝結構則設於容置槽之 另一側。基座包含一第一容置空間、至少一第二容置空 間及至少一彈性臂。第一容置空間設於基座之中，係提 供容置容置槽及第一緩衝結構；第二容置空間設於第一 容置空間之一側，係提供容置第二緩衝結構；彈性臂係 設於第一容置空間之另一側且具有彈性，並抵靠第一緩 衝結構。蓋體係覆蓋避震結構，包含一凸柱設於蓋體之 一端，並抵靠第一緩衝結構。 其中，容置槽包含一底面、一第一側壁、至少一第 二側壁及二第三側壁。第一側壁係垂直設於底面之一 侧，第二側壁則垂直設於底面之另一側，第三側壁係垂 直於第一侧壁、第二側壁及底面，並設於底面相鄰第一 側壁與第二側壁間的一側。 其中，第一緩衝結構係為自第一側壁延伸出一迴紋 針形結構。 其中，第二緩衝結構係為自各第二侧壁延伸出一 u 形結構。 其中，避震結構更包含至少一第三緩衝結構，至 少一第三緩衝結構係設於二第三侧壁其中之一上。 M383802 其中’電子系統係為筆記型電腦。 其中’容置槽更包含至少一第一螺孔設於二第三側 壁其中之一上。 其中’電子系統更包含至少一第一螺絲穿設於第一 螺孔’以鎖固一存取裝置於容置槽内。 其中’存取裝置係為光碟機或硬碟機。 - 其中’容置槽更包含至少一第三缓衝結構設於二第 _ 三侧壁其中之一上。 其中’蓋體更包含一第二螺孔。 其中，蓋體更包含一第二螺絲穿設第二螺孔後鎖固 容置槽於電子系統内。 承上所述，依本創作之避震結構及其電子系統，其 係具有下述優點： 此避震結構利用彈性臂及緩衝結構，使光碟機或硬 籲碟機達到防止震動，降低光碟機或硬碟機因筆記型電腦 外力撞擊、震盪或掉落所造成的硬體損毀或資料遺失。 【實施方式】 請參閱第1圖，其係為本創作之避震結構示意圖。 如圖所示，本創作之避震結構〗，包含一容置槽、至少 一第一緩衝結構110及至少一第二緩衝結構12〇。其中， 此容置槽係由一底面10、一第一側壁〗i、至少一第二侧 壁12、二第三側壁13所形成。另外，避震結構丨更包 7 M383802 含至少一第一螺孔13〇設於第三側壁13其中之一 係垂直設於底面1G (平行於XY平面）之一 側邊（即平行於ΧΖ平面），帛二侧壁12係垂直設於底 面10之另一侧邊（即平行於χζ平面）， ' 目 垂直於第一側壁η、第二側壁12及底面 二^鄰第-側壁ii與第二側壁12間的_侧（即 m) °存取ϊ置2係置放於此避震結構1内，再以 第螺、，糸131穿设於第一螺孔13 〇，錯jj] + 避震結構！内。 狐130鎖固存取裳置2於 =閱第2圖及第3圖’其係為本創作之第一緩衝 Γ:二二ί衝結構剖面圖。如圖所示，第-緩衝結構 〇係為自側壁U延伸出—迴紋針形結構，此迴纹 針形結構之二邊係垂直於底面丨。 、 110，擗雷έ士棋1 Ρ π + 精由此第—緩衝結構 避震、、..構1即可在γ方向具有一定的裕度 到γ方向的衝擊時，即可藉由第一緩衝結構110的彈二 變形而吸收一定的衝擊量。 ’舞f 第二緩衝結構120則係為自至少一第— 出一 U形結構，U形結構之-邊：；平^^壁12延伸 由此第二緩衝結構120，订於底面10。藉 -定的裕度。而在丄避方=//在z方^^ / 牡又到z方向的衝擊時，即可與由笛一 緩衝結構12G的彈性變形而吸收—定的衝擊量。日第- 更包:如圖所示’本創作之避震結構1 -上。第三構^構^設於第三側壁13其令之 龙衡、·“冓132係包含一彈性構件132〇及至少 M383802 一孔洞132卜彈性構件132〇係於第 即以沖壓的方式成型，其即以懸空的成型時’ 中。藉由第=缕衡έ士 m m 式芯於孔/同1321 由第一綾狀構132，避震結構 具有-定的裕度。而在受到χ 二了方向 第二緩衝姓媸衡擊時，即可藉由 第一㈣4 132的彈性變形而吸收—定的衝擊量。 請參閱第4圖及第5圖，並俜 ^ 八你為本創作之避震結構 ”電子系統組裝不忍圖及剖面圖。電子系統3 里電腦包含-避震結構1、-第-容置空間30、至 少一第二容置空間31、至少一彈性臂32、一蓋體％ 一基座34。其中，避震社禮】門 — 展、”°構R上攻’其結構在此不再 头述。第一谷置空間30係設於基座34中並提供容置容 置2第一緩衝結構110,第二容置空間31則係設於第 -谷置空間3G之-侧，以提供容置第二緩衝結構12〇。 存取裝置2組裝至避震結構！之後，避震結構2即以第 二級衝結構120先卡合第二容置空間3卜再對避震結構 1施力下壓後，即可將避震結構丨連同存取裝置2壓合 至第♦置工間3G ’ J_第—緩衝結構11()自避震結構！ 之一侧壁延伸出並抵靠在彈性臂32上。其中，存取裝置 2係為硬碟機或光碟機。彈性臂32係設於第一容置空間 30之另一側，如第6圖所示，其係由底面3〇〇所延伸出 來，且與底面300在X方向上留有至少一空隙〇。如此， 彈性臂32即在Z方向具有一定的裕度，而可於受到z 方向的衝擊時，藉由沿Z方向的彈性變形吸收部分的衝 擊°蓋體33係覆蓋避震結構！，其包含一凸柱33〇設於 蓋體33之一端，並抵靠第一緩衝結構11〇以在z方向固 9 職 3802 疋避震結構1。另外，蓋體33更包含一第二螺孔331， 且蓋體33係以一第二螺絲332穿設第二螺孔331後鎖固 避震結構1於電子系統3内。 〇设钼多閱弟2圖，藉由第一緩衝結構11〇同時抵靠 彈性臂32及凸柱310，當電子系統3受到衝擊時，第 緩衝結構110便可藉由抵靠彈性臂32吸收部分2方向的 震動以及藉由迴紋針形結構的彈性變形而吸收一定的 Y方向的衝擊量；並請同時參閱第3圖，當電子系統3 夂到衝擊時，藉由第二緩衝結構12〇容置於第二容置空 門31中，其u形結構即產生彈性變形而吸收一定的z 方向的衝擊量，·再搭配上第三緩衝結構⑶在乂方向的 ::::而吸收一定的x方向的衝擊量’避震結構1即 的衝擊子：2不因電子系統3受到衝擊而產生剛性 的衝擊’有效的預防資料遺失及硬體損毁。 使筆係利用彈性臂及各式缓衝結構， *中的存取裝置如硬碟機或光碟機等，在筆 4電腦X到外力衝擊時能能有效防止剛性衝 ，碟機或光碟機因筆記型電腦遭撞擊所= 成的硬體損毁或資料遺失。 展孟謂洛所造 離本限制性者。任何未脫 更，均應包含於後附之申請專利範圍^專效修改或變 M383802 【圖式簡單說明】 第1圖係為本創作之避震結構示意圖； 第2圖係為本創作之第一緩衝結構剖面圖； 第3圖係為本創作之第二緩衝結構剖面圖； 第4圖係為本創作之避震結構與電子系統組裝示意圖； 第5圖係為本創作之避震結構與電子系統組裝剖面 圖；以及 第6圖係為本創作之彈性臂示意圖。 【主要元件符號說明】 I :避震結構； 10 :底面； II :第一侧壁； 12 :第二側壁； 13 :第三側壁； 110 :第一緩衝結構； 120 :第二緩衝結構； 130 :第一螺孔； 131 :第一螺絲； 132 :第三緩衝結構； 1320 :彈性構件； 11 M383802 1321 :孔洞； 2 :存取裝置； 3 :電子系統； 30 :第一容置空間； 31 :第二容置空間； 32 :彈性臂； 300 :底面； 33 :蓋體； 330 :凸柱； 331 :第二螺孔； 332 :第二螺絲； 34 :基座；以及 D :空隙。M383802 V. New description: [New technical field] This creation is about an electronic system, especially related to the application of the device to access the device. The shock absorber and the electronic device of the device [previous technology] The current hard disk of the notebook is locked in the shell of the notebook computer by a material such as white alloy or carbon fiber. The force of the impact can often reach the parts or components of each part through the entire notebook type. For most of the yuan: come to ^ these impacts are irrelevant, but for the CD player or hard drive: especially the hard disk drive in operation, it is significant, because the hard drive reads The head is at the time of accessing the data at work. Displacement caused by the influence of Bu Li, once the displacement is too large, the data is lost due to the reading of the hard disk, especially the notebook computer is set to use «·10,, 'β cranes need to move the business use once the data is lost The damage caused is very significant, so it is urgent and important to provide a suspension structure that avoids the impact of the external hard disk on the hard disk drive when the notebook computer is subjected to external impact. 4 M383802 f new content j has the above-mentioned conventional technology to provide - a kind of electronic system: shock = the purpose is to use the screw to directly fix the hard disk to the pen 3: to solve the rigid collision of the conventional technology The damage causes the slot to be proposed according to the purpose of the present creation, at least a first buffer suspension, and the inclusion-accommodation buffer structure is disposed in the second buffer structure. The other side of the first groove. The side 'second buffer structure is disposed on the first side wall, the flute, the bottom side, and the third side wall is suspended; the soil is the side wall and the bottom surface, and is disposed between the bottom side of the flute and the second side wall. One side. * The first floor is opposite to the first one. The buffer structure extends from the first side wall - a pattern of needle-shaped needles. The first buffer structure respectively extends from the second sidewall to form a monolithic structure. The t-shock structure further includes at least one third buffer structure, and at least one third buffer structure is disposed on one of the second third side walls. The seismic structure further includes at least one of the first and the first screw holes. The 'suspension structure further includes at least a first-screw threaded through the first 5 M383802 screw hole to lock an access device in the receiving groove. The access device is an optical disk drive or a hard disk drive. According to the purpose of the present invention, an electronic system is further provided, comprising a suspension structure, a base and a cover. The suspension structure includes a receiving groove, at least a first buffer structure and at least a second buffer structure. The first buffer structure is disposed on one side of the accommodating groove, and the second buffer structure is disposed on the other side of the accommodating groove. The pedestal includes a first accommodating space, at least one second accommodating space, and at least one elastic arm. The first accommodating space is disposed in the pedestal, and the accommodating accommodating groove and the first accommodating structure are provided; the second accommodating space is disposed on one side of the first accommodating space to provide a second buffer structure; The elastic arm is disposed on the other side of the first accommodating space and has elasticity and abuts against the first buffer structure. The cover system covers the suspension structure and includes a protrusion disposed at one end of the cover and abutting against the first buffer structure. The accommodating groove includes a bottom surface, a first sidewall, at least one second sidewall, and two third sidewalls. The first side wall is vertically disposed on one side of the bottom surface, and the second side wall is vertically disposed on the other side of the bottom surface. The third side wall is perpendicular to the first side wall, the second side wall and the bottom surface, and is disposed adjacent to the bottom surface. One side between the side wall and the second side wall. Wherein, the first buffer structure is a corrugated needle structure extending from the first sidewall. The second buffer structure is formed by extending a u-shaped structure from each of the second sidewalls. The suspension structure further includes at least one third buffer structure, and at least one third buffer structure is disposed on one of the second third sidewalls. M383802 where 'electronic system is a notebook computer. Wherein the receiving groove further comprises at least one first screw hole disposed on one of the two third side walls. The electronic system further includes at least one first screw threaded through the first screw hole to lock an access device in the receiving groove. The 'access device' is an optical disk drive or a hard disk drive. - wherein the receiving groove further comprises at least one third buffer structure disposed on one of the second and third side walls. Wherein the cover further comprises a second screw hole. Wherein, the cover body further comprises a second screw threaded through the second screw hole to lock the groove in the electronic system. As mentioned above, the shock-absorbing structure and its electronic system according to the present invention have the following advantages: The shock-absorbing structure utilizes a resilient arm and a buffer structure to prevent the optical disk drive or the hard disk player from vibrating and reduce the optical disk drive. Or the hard drive is damaged or the data is lost due to the external impact, shock or drop of the notebook. [Embodiment] Please refer to Fig. 1, which is a schematic diagram of the suspension structure of the present invention. As shown in the figure, the suspension structure of the present invention comprises a receiving slot, at least one first buffer structure 110 and at least one second buffer structure 12A. The accommodating groove is formed by a bottom surface 10, a first side wall ii, at least one second side wall 12, and two third side walls 13. In addition, the suspension structure 包 7 M383802 includes at least one first screw hole 13 and one of the third side walls 13 is vertically disposed on one side of the bottom surface 1G (parallel to the XY plane) (ie, parallel to the ΧΖ plane) The second side wall 12 is vertically disposed on the other side of the bottom surface 10 (ie, parallel to the plane of the crucible), and the 'heading is perpendicular to the first side wall η, the second side wall 12, and the bottom side of the second side - the side wall ii and the first The _ side (ie, m) accessing device 2 between the two side walls 12 is placed in the suspension structure 1 , and then the first screw hole 13 is inserted through the first screw hole 13 〇, the wrong jj] + Shock absorber structure! Inside. Fox 130 lock access slot 2 in = read Figure 2 and Figure 3 ' is the first buffer of the creation Γ: 22 ί 结构 structure profile. As shown, the first cushioning structure is a reciprocating needle-shaped structure extending from the side wall U, and the two sides of the embossed needle-shaped structure are perpendicular to the bottom surface. , 110, 擗雷έ士棋1 Ρ π + fine so that the first buffer structure shock absorber, .. structure 1 can have a certain margin in the γ direction to the γ direction of the impact, by the first The spring of the buffer structure 110 is deformed to absorb a certain amount of impact. The second buffer structure 120 of the dance f is from at least one first-out U-shaped structure, and the side of the U-shaped structure: the flat wall 12 extends from the second buffer structure 120 to the bottom surface 10. Borrow - a certain margin. On the other hand, when the impact of the z-square/^ and the z-direction is in the z-direction, the amount of impact can be absorbed by the elastic deformation of the flute-buffer structure 12G. Day No. - Packer: As shown in the figure, the shock absorber structure of this creation is on -1. The third structure is disposed on the third side wall 13 to make it a dragon balance, "the 冓132 series includes an elastic member 132" and at least M383802, a hole 132, and the elastic member 132 is formed by stamping. It is in the form of a suspended molding. By the first = 缕 έ mm mm mm core in the hole / the same 1321 from the first 绫 structure 132, the suspension structure has a certain margin. In the direction of the second buffer surname 媸 媸, you can absorb the amount of impact by the elastic deformation of the first (four) 4 132. Please refer to Figure 4 and Figure 5, and 俜 ^ eight for your creation of shock absorbers The structure "electronic system assembly can not bear the picture and profile. The electronic system 3 includes a shock absorber structure 1, a first-accommodating space 30, at least a second accommodating space 31, at least one elastic arm 32, a cover body%, and a base 34. Among them, the shock absorbers of the ceremonial ceremonial ceremonies, the exhibition, the "structure R attack", the structure is not described here. The first gluten space 30 is set in the pedestal 34 and provides the first buffer for the accommodating accommodation 2 The structure 110 and the second accommodating space 31 are disposed on the side of the first valley space 3G to provide the second buffer structure 12 〇. The access device 2 is assembled to the suspension structure! That is, after the second-stage punching structure 120 first engages the second accommodating space 3 and then presses the shock absorbing structure 1 to press down, the shock absorbing structure 丨 together with the access device 2 can be pressed to the ♦ working room. 3G 'J_--buffer structure 11() self-shocking structure! One side wall extends and abuts against the elastic arm 32. The access device 2 is a hard disk drive or a CD player. It is disposed on the other side of the first accommodating space 30, as shown in Fig. 6, which is extended by the bottom surface 3〇〇, and has at least one gap 与 in the X direction with the bottom surface 300. Thus, the elastic arm 32 has a certain margin in the Z direction, and can absorb the impact of the portion by elastic deformation in the Z direction when subjected to the impact in the z direction. The cover 33 covers the suspension joint. The structure includes a protrusion 33 disposed at one end of the cover 33 and abutting against the first buffer structure 11 to fix the 3802 疋 suspension structure 1 in the z direction. In addition, the cover 33 further includes a first The second screw hole 331 and the cover body 33 are fastened to the electronic system 3 by the second screw hole 331 through the second screw hole 331. The molybdenum multi-view 2 is shown by the first buffer. The structure 11 抵 is simultaneously abutted against the elastic arm 32 and the protruding post 310. When the electronic system 3 is subjected to an impact, the first cushioning structure 110 can absorb the vibration of the partial 2 direction by the elastic arm 32 and the structure of the needle-shaped needle structure. Elastic deformation to absorb a certain amount of impact in the Y direction; and please refer to FIG. 3 at the same time, when the electronic system 3 hits the impact, the second buffer structure 12 is placed in the second accommodation empty door 31, The shape structure is elastically deformed and absorbs a certain amount of impact in the z direction. · With the third buffer structure (3) in the 乂 direction:::: and absorbs a certain amount of impact in the x direction, the impact of the suspension structure 1 Sub: 2 does not cause a rigid impact due to the impact of the electronic system 3 'effective prevention of data loss and Damage to the body. Make the pen system use the elastic arm and various buffer structures, * access devices such as hard disk drives or CD players, etc., can effectively prevent rigid punches when the pen 4 computer X hits an external force, the disk drive or The CD player is damaged due to the impact of the notebook computer or the data is lost. Zhan Meng said that Luo has made the restrictions. Anything that has not been removed should be included in the scope of the patent application attached. Or change M383802 [Simple description of the diagram] The first picture is a schematic diagram of the suspension structure of the creation; the second picture is the first buffer structure profile of the creation; the third picture is the second buffer structure profile of the creation Fig. 4 is a schematic diagram of the assembly of the suspension structure and the electronic system of the present invention; Fig. 5 is a sectional view of the suspension structure and the electronic system assembly of the creation; and Fig. 6 is a schematic diagram of the elastic arm of the creation. [Description of main component symbols] I: suspension structure; 10: bottom surface; II: first side wall; 12: second side wall; 13: third side wall; 110: first buffer structure; 120: second buffer structure; : first screw hole; 131: first screw; 132: third buffer structure; 1320: elastic member; 11 M383802 1321: hole; 2: access device; 3: electronic system; 30: first accommodation space; : second accommodation space; 32: elastic arm; 300: bottom surface; 33: cover body; 330: boss; 331: second screw hole; 332: second screw; 34: base; and D: clearance.