M421662 五、新型說明： 【新型所屬之技術領域】 本創作係關於-種音箱(U定模組，特別係關於—種 利用金屬彈片以固定音箱本體的音箱固定模組。 【先而技術】 一般可攜式電子產品中，通常配置有一喇叭及一立 箱：供發聲。喇叭用於震動空氣，而產生聲波，而音： =疋用於令納剩’並將剩 <所發出之聲響放大並將音 質理想化。習知技術中，往往利用螺絲 =㈣結合或是磁力等方式，將心及音箱岐於^ 產πσ中。 =’心作_ ’其所產生之震動將會直接傳遞 二的電子元件。微型化的電子元件，在長時間的接 收翁所產生之震波後，往往會影響其正常之運作。 為了避免上述問題，f知技術通常是將—橡朦製的 減震益設置於音箱與其他電子元件之間，以減弱音箱之 震動°然而’受可攜式電子產品内部高溫的影塑 橡勝製的減震隸往發生脆⑽情形，而失㈣用。= 外，由於橡膠製的減震器通常係利用摩擦力而固定立 :二因此-但可攜式電子產品遭受劇烈搖晃或摔落時： 音箱離開其原本配置之位置。 ’ 【新型内容】 有鑑於此，本創作之目的在於提供—種音箱 ，'且，使音箱本體牢靠的gj定於電子裝置内部，、 斷音箱本體所產生之震動，避&、 避光八他电子凡件党震動影M421662 V. New description: [New technical field] This creation is about a kind of speaker (U-set module, especially for a kind of speaker fixed module that uses metal dome to fix the speaker body. [First Technology] In portable electronic products, there is usually a speaker and a vertical box for sounding. The speaker is used to vibrate the air to generate sound waves, and the sound: =疋 is used to make the remaining sound and the sound of the remaining sound is amplified. The sound quality is idealized. In the conventional technology, the heart and the speaker are often used in the production of πσ by means of screw=(four) combination or magnetic force. = '心作_' The vibration generated by it will directly pass two Electronic components. Miniaturized electronic components, after long-term reception of the shock waves generated by Weng, often affect its normal operation. In order to avoid the above problems, the technology is usually set - the rubber shock absorber Between the speaker and other electronic components, to reduce the vibration of the speaker. However, the shock absorption of the high-temperature shadow rubber of the portable electronic product occurs in the case of brittleness (10), and is lost (four). Since rubber shock absorbers are usually fixed by friction: Secondly - but when the portable electronic product is subjected to severe shaking or falling: The speaker leaves its original configuration. ' [New content] In view of this, The purpose of this creation is to provide a kind of speaker, 'and the gj that makes the speaker body firmly fixed inside the electronic device, the vibration generated by the speaker body, avoiding &
M42100Z 響而失去功能。 為達上述目的，本創作提供—種音箱固定模組，其 =括成如_ 9箱本體及金屬彈片。殼體設置有限位件。 :箱本體藉由金屬彈#設置於殼體内。金屬彈片包括卡 P ° α部及设置於卡合部及結合部之間之變形部， 其中i卡合部連結於限位件，且結合部連結於音箱本體， 且曰相本體與殼體產生相對位移時，變形部彎曲變形， 以吸收其間所產生之能量。 '本創作之音箱固定模組，利用可彈性變形之金屬彈 片連、、’σ於日箱本體與殼體之間，以吸收音箱本體所產生 之f動。另外，配合音箱本體與殼體上的結構設計，金 屬彈片可牛Λ的結合於音箱本體與殼體上，不致脫落。 【實施方式】 茲配合圖式及實施例說明。 μ %參見第1圖，第丨圖顯示本創作之第一實施例之 音相固定模組100。音箱固定模組100包括一殼體110、 -個孟屬彈片12G及-音箱本體13〇。以下將搭配圖式說 明各元件之特徵： 睛參見第2圖，在一具體實施例中，殼體11〇為一 可攜式電子裝置（如：筆記型電腦，未圖式）的一部分， 殼體no包括四個限位件lu’其中每二個限位件ιη成 對設置於殼體11G之内表面⑽上，故共有二對限位件 1Π ’其中二對限位件lu之間相距一距離di。限位件 111為一门字型結構，使得一槽113形成於每一限位件 111與殼體110之内表面110a之間，其中在每-對限位 ^21662 件111巾’槽113之開口彼此相對。為方 一 對相對設置之限位件U1將於以 σ 限位件lllb。 凡不為限位件⑴a及 一^ Γ圖’第圖分別顯示本創作之第 心例之音箱固定模組_之金屬彈片⑽自不 度硯看之示意圖。金屬彈片12〇包括二個卡合部η卜一 ^Γ23及一結合部125。二個卡合部121分別連結於 殳/。卩123之相反兩側，並分別設置於槽ιΐ3之中。二 個卡合部121分別具有一背面12u及一正面mb，背面 ，及正面mb皆為一具有曲率之曲面，其中該具有曲 率之曲面之最高點通過一軸線01。變形部123且有一背 面123a及一正面123b，背面123a及正面I23b皆為一具 有曲率之曲面，其中§亥具有曲率之曲面之最低點通過一 2線C2。結合部125為一開孔，開設於變形部123之實 貝中央位置。值得注意的是，變形部123與相鄰卡合部 121之間的曲面係凹凸相對的。換言之，若變形部^ μ為 一凸面，相鄰變形部123兩侧之卡合部121則為一凹面， 反之亦然。 請參閱第4圖，音箱本體丨3〇包括一喇0八】3丨及二 個固定件133。喇叭131設置於音箱本體13〇内，喇叭 131發出之聲音可於音箱本體〗3〇内部產生共振。二個固 定件133相距一距離D1，相對於每一對限位件ma、 11 lb(第2圖）之間，設置於音箱本體13〇之表面13〇a。 請參見第4、5圖，本創作之第一實施例之音箱固定 模組100之組裝程序如下：首先，二個金屬彈片丨2〇之 M421662 結合部125分別連結於音箱本體130之固定件133,並以 熱炼或焊接的方絲接固定件133與金屬彈片】2〇，使金 屬彈片120固定於音箱本體13〇之表面13如。接著將 音箱本體130之表面丨3〇3面向殼體11〇之内表面u〇a， 亚透過金屬彈片12〇與殼體110之結合，使音箱本體i3〇 連結至殼體11 〇。 ,詳而言之，結合音箱本體130至殼體11〇的過程中， 首先將位於音箱本體13〇同一側之金屬彈片12〇之卡合 部121設置於限位件1113内，之後再將位於音箱本體 另一側之卡合部12丨設置於限位件mb内。如此一來， 即完成音箱本體13〇設置於殼體n〇上的組裝程序。值 得注意的是，在組裝完畢後，由於卡合部121與變形部 123為一曲面，且由於殼體110之内表面11 〇&及音箱本 體130之表面i3〇a實質上為一平面，故僅部分金屬彈片 120之變形部123抵接音箱本體13〇之表面i3〇a，且僅 部分金屬彈片120之卡合部121抵接於殼體11〇之内表 面110a。 又 更明確而言，金屬彈片120之變形部123之正面123b 與曰箱本體130之表面130a貼合於軸線C2,且金屬彈片 120之卡合部丨21之背面12ia與殼體11〇之内表面丨1〇巳 貼合於軸線C1。如此一來，金屬彈片120與殼體1丨〇戈 音箱本體130之間的接觸面積即大幅減少，有效地阻斷 了來自音箱本體130之震動傳遞至殼體Π0。 受惠於金屬彈片120之變形部123具有曲面之特 徵’外力可藉由金屬彈片120之韌性所抵消。舉例而言， M421662 由於音箱本體130係藉由金屬彈片12〇連結至殼體11〇, 因此音箱本體13G運作所產生之震動，係纽由金屬彈 片120而到達殼體11〇。然而，金屬彈片12〇之變形部 123具有可彎曲變形之特性，故音箱本體13〇與殼體 產生相對位移時，變形部123即產生彎曲變形，以吸收 其間所產生之能量。如此’來自音箱本體13G之震動即 被大幅減弱甚至抵銷，以避免震動傳遞至殼體11〇而影 響設置於殼體110内部之電子元件（未圖示）。 另外一方面，由於卡合部121為一曲面，一但二個 卡合部121分別設置於限位件1Ua、mb内後，卡合部 121將不易自限位件llla、1Ub脫出。如此一來，當音 箱固定模組100落下或受劇烈晃動時，音箱本體13〇也 不致脫落。此外，在上述組裝過程中，音箱本體130可 透過金屬彈片120快速的組裝至殼體11〇上，如此將可 大幅節省組裝成本。 依照末端產品的需求，本創作之殼體之設計將有所 改變，此時金屬彈片及音箱本體的特徵也會對應改變， 以下提出實施例加以說明。 凊參照第6圖，第6圖顯示本創作之音箱固定模組 200之第二實施例，音箱固定模組2〇〇包括一殼體2ι〇、 一個金屬彈片220及一音箱本體23〇。在此實施例中，由 於没置於音箱本體230之表面230b之凹槽231及固定件 233與設置於音箱本體230之表面23〇a之凹槽231及固 疋件233具有相似之型態，故省略繪製音箱本體23〇之 表面230b之特徵，在此先與指明。 M421662 殼體210為一可攜式電子裝 . i E，, X ^\ 裒置（如.葦記型電腦， 未圖式）的一部分’殼體210包括四個限位件211及二 =板212、214。側板212、214分別突出於殼體11〇1 内表面210a上，且彼此相對。每二個限位件2 置於侧板212、214之相對表面212a、2Ma，且每一限位 件211為-门字型結構，使得一槽213形成於每一限位 件2η與二個側板212、214之相對表面2i2a、21牦之 其中在每一對限位件211中，槽213之開口彼此相 對。 金屬彈片220包括二個卡合部221、二個變形部 223、二個結合部225及一突出部切。二個變形部如 分別形成於突出部227之相對兩侧。二個變形部功分 別具有一背面223a及一正面223b，其中背面223a及二 面223b皆為一具有曲率之曲面。二個卡合部221分別形 成於二個變形部223遠離突出部227之一側，並設置於 限位件211之槽213内。二個卡合部221分別具有一背 面221a及一正面221b，其中背面22u及正面22ib皆為 二具有曲率之曲面。卡合部221之曲面係凹凸相反於變 =部223之曲面。二個結合部225分別為一開孔，相鄰 犬出部227設置於變形部223。相似於卡合部221，突出 # 227也為一具有曲率之曲面，且凹凸相反於變形部223 之曲面。 曰相本體230包括一剩π八（未圖示於第6圖中）、 〜個凹槽231、及四個固定件233。二個矩形凹槽231分 另J形成於音相本體230之二相反側面230a、230b，且每 E421662 二個固定件233對應於金屬彈片22〇之二個結 設置於凹槽231内。 請同時參閱第5、6圖，由於音箱固定模組2〇〇之組 裝程序及其所產生之功效皆相同或相似於音箱固定模組 1〇〇，為簡化說明書内容，以下僅說明兩者之間之差異。 由：金屬彈片220較金屬彈片12〇之長度長，為確保其 穩定性，二個固定件233於是同時設置於二個結合部225 中，並利用熱熔或焊接的方式將金屬彈片210固定於音 箱本體230上。又’為了達到金屬彈片21〇與音箱本體 230之間接觸面積最小化的目的，位於突出部227的曲面 係朝遠離凹槽231表面之方向突出，不接觸凹槽231之 表面。 明參見第7圖，第7圖顯示本創作之音箱固定模組 300之結構分解圖。音箱固定模組3〇〇包括一殼體31〇、 二個金屬彈片320及一音箱本體330。在此實施例中，由 於設置於音箱本體330之側面330b之固定件333與設置 於音箱本體330之側面330a之固定件333具有相似之型 態，因此省略繪製另一側面330b之特徵，在此先予指明。 殼體310為一可攜式電子裝置（如··筆記型電腦， 未圖式）的一部分，殼體31〇包括二個限位件311及二 個側板312、3 14。侧板312、3 14分別突出於殼體31 〇之 内表面3I〇a上，且彼此相對。二個限位件3n分別設置 於側板312、314上，且每一限位件311分別包括二個卡 勾3111及二個卡塊3112。 一個卡勾3111分別自側板312、314彼此相對之表 9 M421662 面312a、314a向内突出’並朝遠離殼體31〇之内表面 之方向延伸。二個卡塊3112設置於側板3l2、3i4彼此 相對之表面312a、314a，且位於二個卡勾31n之間。二 個卡塊3112分別為一楔形結構，其斜面自側板3i2、314 之邊緣朝殼體310之内表面310a之方向傾斜增高。 °月參見第7、8a及8b圖，金屬彈片320包括__^合 部321、一變形部323及一結合部325。卡合部321 ^ 一第一部分32U及二個第二部分3212。第二部分3212 連結於第一部分3211之上緣3211a並沿遠離第一部分 3211之方向（X方向）延伸。結合部325平行於卡合部 321，且包括一第一部分3251及二個第二部分,第 一部分3252連結於第一部分3251之下緣3251b並沿遠 離第一部分3251之方向（X方向）延伸。 變形部323包括二個彎曲部3231、3233及一連接部 3232。二個彎曲部3231、3233分別具有一曲面。彎曲部 3231連結於卡合部321之第一部分3211之下緣32ub， 且彎曲部3233連結於結合部325之第一部分3251之下 緣3251b。連接部3232連接於二個彎曲部3231、3233之 間。 請參照第7圖，音箱本體330藉由金屬彈片32〇連 結於忒體310上，且包括一喇叭（未圖示於第7圖）及 二個固定件333。二個固定件333設置於音箱本體330之 相反二側面330a及330b上，且每一固定件333分別包 括二個卡勾3331及二個卡塊3332。 二個卡勾3331分別自側面330a及330b向外凸出， 10 002 並朝向殼體310之内表面31〇a之方 之方向延伸。二個卡塊 32:又置於側面·a及通，且位於二個卡勾则之 二。個卡塊3332分別為一楔形結構，其斜面自音箱本 體30之底® 330c朝遠離殼體31〇之内表面鳥之方 向傾斜增高。 音箱固定模組300之組裝程序如下：如第9圖所示 般，百先，將二個金屬彈片32〇之結合部325自下而上， 設置於固定件333上，其中當結合部奶之第二部分迎 進入卡勾3331時，結合部325之第一部分3251滑過斜 面，且當結合部325之第二部分3252設置於卡勾3州 内時，結合部325之第一部分3251卡設於卡塊3332之 頂部。如此，金屬彈片32〇之卡合部321即卡合於卡勾 3331與卡塊3332之間，使金屬彈片32〇穩固地連結於立 相本體3 3 0。 接著，請再參照第7圖，將二個金屬彈片32〇連同 音箱本體330自上而下，設置於限位件311上，其中當 卡合部321之第二部分3212進入卡勾3111時，卡合部 321之第一部分3211滑過斜面，且當卡合部321之第二 邛分3212設置於卡勾3111内時，卡合部321之第一部 刀3211卡。又於卡塊3112之底部。如此金屬彈片32〇之 卡合部321即卡合於卡勾3111與卡塊3112之間，使音 相本體330穩固地設置於殼體31〇上。 本創作之音箱固定模組利用金屬彈片使音箱本體連 結於殼體上，成功的減少音箱本體與殼體之間的接觸面 積，阻斷音箱本體之震動傳遞至殼體。又，藉由金屬彈 $殼體之限位件之配合，音箱本體可穩固地設置於殼 粗上，不致脫落。 雖然、本創作已以上述實施例揭露，然其並非用以限 創作’任何其所屬技術領域中具有通常知識者，在 脫離本創作之精神和範圍内，當可作任咅 飾，因此本創作之伴1銘ma、目α 心更動與潤 界定者為ί 之申請專利範圍所 【圖式簡單說明】 爆炸L1圖顯示本創作之第—實施例之音箱固定模組之 :2圖，示本創作之第一實施例之殼體之示意圖； 示意圖Λ b圖顯示本創作之第-實施例之金屬彈片之 圖； •第si’g不本創作之第_實施例之部分元件之示意 二·’、’、員不本創作之第二實施例之音箱固定模組之 第5圖顯示本創作之第 示意圖； 爆炸圖； 第7圖顯示本創作之第 爆炸圖； 施例之音箱固定模組之 實施例之音箱固定模組之 苐 8a-8b 示意圖；以及 第9圖顯示本創作 部分元件之示意圖。 圖顯tf本|彳作之第三實施例之金屬彈片 之 之第三實施例之音箱固定模組之 M.421662 【主要元件符號說明】 100、200、300〜音箱固定模組； 110、 210、310〜殼體； 110a、210a、310a〜表面； 111、 211、311〜限位件； 111a、111b〜限位件； 113、213〜槽； 212、312〜側板； # 212a、312a〜表面； 214、314〜側板； 214a、314a〜表面； 3111〜卡勾； 3112〜卡塊； 120、 220、320〜金屬彈片； 121、 221、321〜卡合部； 121a、123a、221a、223a〜正面; 籲 121b、123b、221b、223b〜背面； 123、223、323〜變形部； 125、225、325〜結合部； 227〜凸出部； 3211、 3251〜第一部分； 3211a、3251a〜上緣； 3211b、3251b〜下緣； 3212、 3252〜第二部分； 3231、3233〜彎曲部； 13 M421662 3232〜連接部； 130、230、330〜音箱本體； 130a、230a、230b、330a、330b〜表面； 131〜剩; 133、233、333〜固定件； 231〜凹槽； 330c〜底面； 3331〜卡勾； 3332〜卡塊。 ·The M42100Z is ringing and losing its function. In order to achieve the above objectives, the present invention provides a speaker fixing module, which is included as a _ 9 box body and a metal dome. The housing is provided with a limited position. The box body is disposed in the housing by a metal bullet #. The metal elastic piece includes a card P° α portion and a deformation portion disposed between the engaging portion and the joint portion, wherein the i-engaging portion is coupled to the limiting member, and the joint portion is coupled to the speaker body, and the 曰 phase body and the housing are generated. In the relative displacement, the deformation portion is bent and deformed to absorb the energy generated therebetween. 'The speaker fixing module of this creation uses the elastically deformable metal elastic piece to connect, σ between the main body of the day box and the casing to absorb the f motion generated by the speaker body. In addition, in conjunction with the structural design of the speaker body and the housing, the metal dome can be combined with the speaker body and the housing without falling off. [Embodiment] The description will be made in conjunction with the drawings and the embodiments. % % See Fig. 1, which shows the phase fixing module 100 of the first embodiment of the present invention. The speaker fixing module 100 includes a housing 110, a Meng shrapnel 12G and a speaker body 13A. The features of the components will be described below with reference to the drawings: See Figure 2, in a specific embodiment, the housing 11 is part of a portable electronic device (e.g., notebook computer, not shown), a housing The body no includes four limiting members lu', wherein each of the two limiting members ιη is disposed in pairs on the inner surface (10) of the housing 11G, so that there are two pairs of limiting members 1 Π 'the distance between the two pairs of limiting members lu A distance di. The limiting member 111 is a gate-shaped structure, such that a slot 113 is formed between each of the limiting members 111 and the inner surface 110a of the housing 110, wherein each of the pair of positions 21662 The openings are opposite each other. The pair of oppositely disposed members U1 will be in the σ limit member 111b. The diagrams of the metal domes (10) of the speaker fixing module of the first example of the creation are not shown in the figure of the limit piece (1) a and the figure of the figure. The metal dome 12 includes two engaging portions, a Γ23, and a joint portion 125. The two engaging portions 121 are respectively coupled to 殳/. The opposite sides of the crucible 123 are respectively disposed in the slot ιΐ3. The two engaging portions 121 respectively have a back surface 12u and a front surface mb, and the back surface and the front surface mb are each a curved surface having a curvature, wherein the highest point of the curved surface having the curvature passes through an axis 01. The deforming portion 123 has a back surface 123a and a front surface 123b. The back surface 123a and the front surface I23b are curved surfaces having curvatures, wherein the lowest point of the curved surface having the curvature passes through a 2-line C2. The joint portion 125 is an opening and is opened at the center of the solid portion of the deformation portion 123. It is to be noted that the curved portion between the deformed portion 123 and the adjacent engaging portion 121 is opposed to each other. In other words, if the deformation portion is a convex surface, the engaging portion 121 on both sides of the adjacent deformation portion 123 is a concave surface, and vice versa. Referring to Fig. 4, the speaker body 丨3〇 includes a 08 】3 丨 and two fixing members 133. The speaker 131 is disposed in the speaker body 13A, and the sound emitted by the speaker 131 can resonate inside the speaker body. The two fixing members 133 are spaced apart from each other by a distance D1, and are disposed on the surface 13〇a of the speaker body 13〇 with respect to each pair of the limiting members ma and 11 lb (Fig. 2). Referring to FIG. 4 and FIG. 5, the assembly procedure of the speaker fixing module 100 of the first embodiment of the present invention is as follows: First, the two metal domes M2, the M421662 coupling portion 125 are respectively coupled to the fixing member 133 of the speaker body 130. And the metal wire 120 is fixed to the surface 13 of the speaker body 13 by using the heat-sealed or welded square wire to connect the fixing member 133 and the metal elastic piece. Then, the surface 丨3〇3 of the speaker body 130 faces the inner surface u〇a of the housing 11〇, and the metal elastic piece 12〇 is coupled with the housing 110 to connect the speaker body i3〇 to the housing 11 〇. In detail, in the process of combining the speaker body 130 to the housing 11 ,, the engaging portion 121 of the metal elastic piece 12 位于 located on the same side of the speaker body 13 首先 is first disposed in the limiting member 1113, and then will be located. The engaging portion 12丨 on the other side of the speaker body is disposed in the limiting member mb. In this way, the assembly procedure of the speaker body 13〇 on the housing n〇 is completed. It is to be noted that, after the assembly is completed, since the engaging portion 121 and the deforming portion 123 are curved, and since the inner surface 11 of the housing 110 and the surface i3〇a of the speaker body 130 are substantially a plane, Therefore, only the deformed portion 123 of the portion of the metal dome 120 abuts against the surface i3〇a of the speaker body 13〇, and only the engaging portion 121 of the portion of the metal dome 120 abuts against the inner surface 110a of the housing 11〇. More specifically, the front surface 123b of the deformed portion 123 of the metal dome 120 and the surface 130a of the box body 130 are attached to the axis C2, and the back surface 12ia of the engaging portion 21 of the metal dome 120 is inside the housing 11 The surface 丨1〇巳 is attached to the axis C1. As a result, the contact area between the metal dome 120 and the housing 1 of the housing 1 is greatly reduced, effectively blocking the transmission of vibration from the speaker body 130 to the housing Π0. The deformation portion 123 benefiting from the metal dome 120 has the characteristic of a curved surface. The external force can be offset by the toughness of the metal dome 120. For example, the M421662 is connected to the housing 11 by the metal dome 12, so that the vibration generated by the operation of the speaker body 13G reaches the housing 11 by the metal dome 120. However, the deformation portion 123 of the metal dome 12 has a characteristic of being bendable, so that when the speaker body 13 is relatively displaced from the casing, the deformation portion 123 is bent to absorb the energy generated therebetween. Thus, the vibration from the speaker body 13G is greatly attenuated or even offset to prevent the vibration from being transmitted to the casing 11 and affecting the electronic components (not shown) provided inside the casing 110. On the other hand, since the engaging portion 121 is a curved surface, once the two engaging portions 121 are respectively disposed in the stoppers 1Ua and mb, the engaging portions 121 are less likely to be released from the restricting members 111a and 1Ub. As a result, when the sound box fixing module 100 is dropped or subjected to severe shaking, the speaker body 13 does not fall off. In addition, in the above assembly process, the speaker body 130 can be quickly assembled to the housing 11 through the metal dome 120, which can greatly save assembly costs. According to the requirements of the end product, the design of the housing of the present invention will be changed. At this time, the characteristics of the metal dome and the body of the speaker will also change correspondingly, and the following embodiments are described. Referring to FIG. 6, FIG. 6 shows a second embodiment of the present speaker fixing module 200. The speaker fixing module 2 includes a housing 2ι, a metal dome 220 and a speaker body 23A. In this embodiment, since the recess 231 and the fixing member 233 which are not disposed on the surface 230b of the speaker body 230 have a similar pattern to the recess 231 and the solid member 233 disposed on the surface 23A of the cabinet body 230, Therefore, the feature of drawing the surface 230b of the speaker body 23 is omitted, and is indicated here first. M421662 The housing 210 is a portable electronic device. i E,, X ^ \ ( (such as a 型 型 computer, not shown) part of the housing 210 includes four limiting members 211 and two = board 212, 214. The side plates 212, 214 protrude from the inner surface 210a of the housing 11〇, respectively, and face each other. Each of the two limiting members 2 is disposed on the opposite surfaces 212a, 2Ma of the side plates 212, 214, and each of the limiting members 211 is a gate-shaped structure, such that a slot 213 is formed in each of the limiting members 2n and two The opposite surfaces 2i2a, 21 of the side plates 212, 214 are in each of the pair of limiting members 211, and the openings of the grooves 213 are opposed to each other. The metal dome 220 includes two engaging portions 221, two deforming portions 223, two joint portions 225, and a protruding portion. Two deformed portions are formed on opposite sides of the protruding portion 227, respectively. The two deformed portions have a back surface 223a and a front surface 223b, wherein the back surface 223a and the two surfaces 223b are curved surfaces having curvature. The two engaging portions 221 are respectively formed on one side of the two deforming portions 223 away from the protruding portion 227, and are disposed in the slots 213 of the limiting member 211. The two engaging portions 221 respectively have a back surface 221a and a front surface 221b, wherein the back surface 22u and the front surface 22ib are two curved surfaces having curvature. The curved surface of the engaging portion 221 is opposite to the curved surface of the variable portion 223. The two joint portions 225 are respectively an opening, and the adjacent dog outlet portion 227 is disposed at the deformation portion 223. Similar to the engaging portion 221, the protrusion #227 is also a curved surface having a curvature, and the concave and convex is opposite to the curved surface of the deformed portion 223. The phase body 230 includes a remaining π8 (not shown in FIG. 6), a recess 231, and four fixing members 233. Two rectangular recesses 231 are formed on opposite sides 230a, 230b of the phase body 230, and two of the two fixing members 233 corresponding to the metal dome 22 are disposed in the recess 231. Please also refer to the 5th and 6th drawings. Since the assembly procedure of the speaker fixing module 2〇〇 and its functions are the same or similar to the speaker fixing module 1〇〇, in order to simplify the contents of the manual, only the two are explained below. The difference between the two. The metal dome 220 is longer than the length of the metal dome 12 ,. To ensure the stability, the two fixing members 233 are simultaneously disposed in the two joint portions 225, and the metal dome 210 is fixed by heat fusion or welding. On the speaker body 230. Further, in order to minimize the contact area between the metal dome 21 and the speaker body 230, the curved surface of the projection 227 protrudes away from the surface of the recess 231 without contacting the surface of the recess 231. Referring to FIG. 7, FIG. 7 shows an exploded view of the speaker fixing module 300 of the present invention. The speaker fixing module 3 includes a casing 31〇, two metal domes 320 and a speaker body 330. In this embodiment, since the fixing member 333 disposed on the side surface 330b of the speaker body 330 has a similar configuration to the fixing member 333 disposed on the side surface 330a of the speaker body 330, the feature of drawing the other side surface 330b is omitted. First indicated. The housing 310 is a part of a portable electronic device (such as a notebook computer, not shown). The housing 31 includes two limiting members 311 and two side plates 312 and 314. The side plates 312, 314 respectively protrude from the inner surface 3I〇a of the casing 31 and are opposed to each other. The two limiting members 3n are respectively disposed on the side plates 312 and 314, and each of the limiting members 311 includes two hooks 3111 and two blocks 3112. A hook 3111 protrudes inwardly from the side faces 312, 314 of the table 312, 314, respectively, and extends in a direction away from the inner surface of the casing 31. The two blocks 3112 are disposed on the surfaces 312a, 314a of the side plates 31, 3i4 opposite to each other and between the two hooks 31n. The two blocks 3112 are each a wedge-shaped structure, and the slopes thereof are inclined from the edges of the side plates 3i2, 314 toward the inner surface 310a of the casing 310. Referring to Figures 7, 8a and 8b, the metal dome 320 includes a __^ joint portion 321, a deformation portion 323, and a joint portion 325. The engaging portion 321 ^ is a first portion 32U and two second portions 3212. The second portion 3212 is coupled to the upper edge 3211a of the first portion 3211 and extends in a direction (X direction) away from the first portion 3211. The joint portion 325 is parallel to the engaging portion 321, and includes a first portion 3251 and two second portions. The first portion 3252 is coupled to the lower edge 3251b of the first portion 3251 and extends in a direction (X direction) away from the first portion 3251. The deforming portion 323 includes two curved portions 3231, 3233 and a connecting portion 3232. The two curved portions 3231, 3233 each have a curved surface. The curved portion 3231 is coupled to the lower edge 32ub of the first portion 3211 of the engaging portion 321, and the curved portion 3233 is coupled to the lower edge 3251b of the first portion 3251 of the joint portion 325. The connecting portion 3232 is connected between the two curved portions 3231, 3233. Referring to FIG. 7, the speaker body 330 is coupled to the body 310 by a metal dome 32, and includes a speaker (not shown in FIG. 7) and two fixing members 333. The two fixing members 333 are disposed on opposite sides 330a and 330b of the speaker body 330, and each of the fixing members 333 includes two hooks 3331 and two blocks 3332. The two hooks 3331 protrude outward from the side faces 330a and 330b, respectively, and extend toward the inner surface 31〇a of the housing 310. Two blocks 32: placed on the side, a and pass, and located in the second hook. Each of the blocks 3332 is a wedge-shaped structure, and the inclined surface thereof is inclined from the bottom of the speaker body 30 to the direction of the bird facing away from the inner surface of the casing 31. The assembly procedure of the speaker fixing module 300 is as follows: as shown in FIG. 9 , the joint portion 325 of the two metal elastic pieces 32 自 is disposed from the bottom to the top, and is disposed on the fixing member 333, wherein the joint portion is milk When the second portion enters the hook 3331, the first portion 3251 of the joint portion 325 slides over the slope, and when the second portion 3252 of the joint portion 325 is disposed in the state of the hook 3, the first portion 3251 of the joint portion 325 is engaged with The top of the card 3332. In this manner, the engaging portion 321 of the metal elastic piece 32 is engaged between the hook 3331 and the block 3332, so that the metal elastic piece 32 is firmly coupled to the vertical body 340. Then, referring to FIG. 7 , the two metal elastic pieces 32 〇 are disposed on the limiting member 311 from the top to the bottom of the speaker body 330 , wherein when the second portion 3212 of the engaging portion 321 enters the hook 3111 , The first portion 3211 of the engaging portion 321 slides over the inclined surface, and when the second portion 3212 of the engaging portion 321 is disposed in the hook 3111, the first portion 3211 of the engaging portion 321 is engaged. Also at the bottom of the block 3112. The engaging portion 321 of the metal elastic piece 32 is engaged between the hook 3111 and the block 3112, so that the sound body 330 is firmly disposed on the casing 31. The speaker fixing module of the present invention uses metal shrapnel to connect the speaker body to the casing, and successfully reduces the contact area between the speaker body and the casing, and blocks the vibration of the speaker body from being transmitted to the casing. Moreover, by the cooperation of the metal bullets and the limiting members of the casing, the speaker body can be stably placed on the casing to prevent falling off. Although the present invention has been disclosed in the above embodiments, it is not intended to limit the creation of any of the ordinary knowledge in the technical field to which it belongs, and it may be used as a decoration in the spirit and scope of the present invention. The companion 1 Ming ma, the eye α heart change and the run definition is ί The scope of the patent application [Simple description of the diagram] Explosion L1 diagram shows the speaker fixed module of the first embodiment of the creation: 2, showing A schematic view of a housing of a first embodiment of the creation; a schematic view showing a metal dome of the first embodiment of the present invention; Figure 5 of the speaker fixing module of the second embodiment of the present invention shows the first schematic diagram of the creation; the explosion diagram; the seventh diagram shows the exploded view of the creation; the speaker fixing module of the embodiment A schematic diagram of the 固定8a-8b of the speaker fixing module of the embodiment; and a ninth figure showing a schematic diagram of some of the components of the present invention. Illustrated in the third embodiment of the metal shrapnel of the third embodiment of the speaker fixing module M.421662 [main symbol description] 100, 200, 300 ~ speaker fixed module; 110, 210 , 310 ~ housing; 110a, 210a, 310a ~ surface; 111, 211, 311 ~ limiting member; 111a, 111b ~ limiting member; 113, 213 ~ slot; 212, 312 ~ side plate; # 212a, 312a ~ surface 214, 314~ side plate; 214a, 314a~ surface; 3111~hook; 3112~ card block; 120, 220, 320~ metal shrapnel; 121, 221, 321~ engaging portion; 121a, 123a, 221a, 223a~ Front; 121121b, 123b, 221b, 223b~back; 123, 223, 323~ deformation; 125, 225, 325~ joint; 227~ bulge; 3211, 3251~ first part; 3211a, 3251a~ upper edge 3211b, 3251b~lower edge; 3212, 3252~second part; 3231, 3233~bending part; 13 M421662 3232~connecting part; 130,230,330~speaker body; 130a, 230a, 230b, 330a, 330b~ surface ; 131~ remaining; 133, 233, 333~ fixing parts; 231~recess; 330c~ bottom; 333 1 ~ card hook; 3332 ~ card block. ·
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