1258121 九、發明說明： 【發明所屬之技術領域】 尤指一種適用於一電子 本發明係關於一種減振結構 裝置内之喇队音箱減振結構。 【先兩技術】 * °刺°八是透過活塞式的震動膜動作產生聲波，並透過音 10 15 聲線圈及磁鐵傳遞而發出聲音的。音聲線圈是—縷細長二 金屬線絞緊環繞在圓柱上，擴大機傳出的訊號通過 的音聲線圈而產生電磁場，該磁場隨著訊號波動，形成: 極性或負極性，並隨著訊號增強或減弱。 ==音聲線圈分開動作。由於音聲線圈會隨訊號； 這股力量就會讓整個產生吸引或排斥’ 以透過Μ波動##2 或㈣，使得聲波得 孔波動傳遞至我們耳朵中，但是震動乃是·八的 ，且喇°八音箱直接鎖在主體框 的震動都會造成聲立赤查品W上¥致任何 題，其有改進之必要：a、’、振’為了解決共振的問 【發明内容】 之喇八曰相減振結構，係組設於一電子裝置 ί凸：'子/:置包括有一殼體，且殼體之内面凸設有至少 eleme / &柱頂端外部設有—自扣㈣iself.loeking dement)，而殼體並貫設有複數個通孔。 20 1258121 一此：，本發明之敎音箱減振結構主要包括有一㈣ ^目、及至少二橡皮圈套，μ之·音箱包括有-前表 二，音箱包括有至少二定位孔其係分別設置於兩側 :二別對應於殼體之至少二凸柱。另夕卜，至少二橡皮圈套 :刀別對應塞剩队音箱兩側之至少二定位孔内，每一 橡皮圈套並設有-中央孔。其中，至少：橡皮圈套之中央 孔：分別對應套設於至少二凸柱之自扣結構上形成固定、、 ;將°刺°八音箱組設於殼體上並使前表面對應於複數個通 ίο 15 舞立：此，制上述結構，可改她音箱易造成晝面及 耳曰/、振的問題，而可提昇聲音的品質。 上述之至少二凸柱之自扣結構可分別為十字型斷 :甘或多角形斷面’或者改用倒勾hook、夾合件cHp等、 或”他等效自扣結構皆可。且心音箱可包括有一後表 面，而於後表面上則可貼附有一泡綿。 此外，上述之電子農置可為—液晶顯示器（㈣）、或 ,晶電視(LCD-TV)、或電漿電視等。而殼體可為上述電子 I置之前蓋、或後蓋亦可。 其中上述至少二凸柱可與殼體一體射出成形、或者是 分件製造後予以鎖固、熔著、銲固…。 ' 【實施方式】 請參照圖1係本發明之立體分解圖，其中顯示有. 子裝置卜於本實施例中，其係為-液晶顯示器(LCM) 20 1258121 圖1中之電子裝置1包括有一殼體π，於本實施例中，此殼 體11係為液晶顯示器之前蓋。 此外，上述電子裝置丨之殼體u内面110凸設有二個凸 柱111，此二個凸柱111係與殼體11 一體射出成形。且於本 實施例中，前述之二個凸柱lu及殼體u係由塑膠所製成， 且每凸柱111頂端外部設有一自扣結構i12(seif_locking eiement)，請注意圖1中顯示其係分別為十字型斷面結構。 另外’喊體11上貫設有複數個通孔丨5。 10 15 請同時參閱圖1及圖2，於電子裝置丨之殼體u之前蓋 上組設有一喇八音箱12，且此喇p八音箱12包括有一前表面 122、以及一後表面123，並且此喇叭音箱12包括有二個定 位孔12卜於製作上，此二個定位孔121係分別設置於喇叭 音箱12之兩側，且其分別對應於殼體丨丨之二個凸柱丨Μ，同 時於喇<音箱12之後表面123上貼附有一泡綿14。 ，；设體11之二個凸柱1丨丨與喇叭音箱12兩側之 二個定位孔121上則分別組設有一橡皮圈套13，每一橡皮圈 套13係分別對應塞設於喇σ八音箱12兩側之二個定位孔丨21 内。每一橡皮圈套13並設有一中央孔13〇,且每一橡皮圈套 13之中央孔130分別對應套設於殼體丨丨之每一 ^ 凸往111的自 扣結構112上以形成固定。於此同時，喇叭立 _ 曰相丨2之前表面 122係可對應平貼於殼體U之複數個通孔15。 之振動可藉 喇°八音箱12 進而可提昇 因此’利用上述結構，喇叭音箱丨2所產生 由每一橡皮圈套13與泡綿14所吸收，故可改盖 之振動、及其易造成畫面及聲音共振的問題， 20 1258121 聲音的品質。而且，本例以凸柱i丨丨上的自扣結構112自〜 扣合住橡皮圈套13的中央孔130，不必再使用其他螺絲= 合，故可快速組裝、減少工時。 ’ 為使每一橡皮圈套13之中央孔13〇可緊密套設於彀體 U之每一凸柱1U之自扣結構112上，於本實施例中，將 每-凸柱⑴之M口結構112設計為—大徑的㈣，其直徑 並略小於每一橡皮圈套13之中央孔130直徑，且每一凸 ⑴之高度不低於套人後每—橡皮圈套13之 = 成緊配合的效果。 了七 本發明所 而非僅限 上述實施例僅係為了方便說明而舉例而已 主張之權利範圍自應以申請專利範圍所述為準 於上述貫施例。 、 【圖式簡單說明】 15圖1係本發明喇^音箱減振結構之分解圖 圖2係本發明喇,八音箱減振結構之立體圖 【主要元件符號說明】 1 電子裝置 110 内面凸 112 自扣結構 121 定位孔 123 後表面 130 中央孔 11 殼體 111 凸柱 12 喇ϋ八音箱 122 前表面 13 橡皮圈套 14 泡綿 1258121 15 通孔1258121 IX. Description of the invention: [Technical field to which the invention pertains] Especially suitable for an electronic device. The invention relates to a vibration damping structure for a racquet speaker in a vibration damping structure device. [First two techniques] * ° 刺 ° 八 is a sound wave generated by a piston-type diaphragm movement, and transmitted through the sound 15 15 acoustic coil and magnet to emit sound. The sound coil is—the slender two metal wire is wound around the cylinder, and the sound coil passing through the signal transmitted by the amplifier generates an electromagnetic field, and the magnetic field fluctuates with the signal to form: polarity or negative polarity, and the signal Increase or decrease. == The sound coils move separately. Since the sound coil will follow the signal; this force will cause the whole to attract or repel 'to pass through the ripple ##2 or (4), so that the sound wave is transmitted to our ears, but the vibration is eight, and The vibration of the eight-speaker directly locked in the main frame will cause the sound to be checked on the W. It is necessary to improve: a, ', vibration' in order to solve the resonance [invention] The phase damper structure is set in an electronic device ί convex: 'sub/: set includes a casing, and the inner surface of the casing is convexly provided with at least eleme / & the top of the column is provided with a self-buckle (four) iself.loeking dement ), and the housing is provided with a plurality of through holes. 20 1258121 One: The vibration damping structure of the cymbal speaker of the present invention mainly comprises a (four) ^ mesh, and at least two rubber ring sleeves, the speaker of the μ includes a front table 2, and the speaker includes at least two positioning holes respectively. Both sides: two corresponding to at least two protrusions of the housing. In addition, at least two rubber ring sleeves: the knife is corresponding to at least two positioning holes on both sides of the remaining player, and each rubber ring sleeve is provided with a central hole. Wherein, at least: the central hole of the rubber ring sleeve: respectively corresponding to the self-bucking structure sleeved on the at least two protruding columns to form a fixed,; the thorn-shaped eight-speaker set is disposed on the casing and the front surface corresponds to the plurality of passes Οο 15 Dance: This, the above structure, can change her speaker is easy to cause problems with the face and deafness, vibration, and can improve the quality of the sound. The self-buckling structure of at least two of the above-mentioned protrusions may be a cross-shaped cut: a sweet or polygonal cross section 'or a hook hook, a clamp cHp, or the like, or "the equivalent self-fastening structure may be used. The speaker may include a rear surface, and a foam may be attached to the rear surface. Further, the electronic farm may be a liquid crystal display ((4)), or a crystal television (LCD-TV), or a plasma television. The housing may be the front cover or the rear cover of the above-mentioned electronic I. The at least two protrusions may be integrally formed with the housing, or may be locked, fused, welded, etc. after being manufactured. 1 is an exploded perspective view of the present invention, in which a sub-device is shown in the present embodiment, which is a liquid crystal display (LCM) 20 1258121. The electronic device 1 in FIG. 1 includes In the embodiment, the housing 11 is a front cover of the liquid crystal display. In addition, the inner surface 110 of the housing u of the electronic device has two protrusions 111, and the two protrusions 111 are Formed integrally with the housing 11. In the present embodiment, the aforementioned two convex The lu and the shell u are made of plastic, and a self-buckling structure i12 (seif_locking eiement) is arranged outside the top end of each of the studs 111. Please note that the lines shown in Fig. 1 are cross-shaped cross-section structures. 11 is provided with a plurality of through holes 丨5. 10 15 Please refer to FIG. 1 and FIG. 2 at the same time, before the housing u of the electronic device is covered with a speaker 8 and the speaker 8 includes There is a front surface 122 and a rear surface 123, and the horn speaker 12 includes two positioning holes 12, which are respectively disposed on two sides of the horn speaker 12, and respectively correspond to Two protrusions 丨丨 of the casing 丨Μ, and a foam 14 attached to the rear surface 123 of the speaker 12; the two protrusions 1 of the body 11 and the two sides of the horn speaker 12 Each of the two positioning holes 121 is respectively provided with a rubber ring sleeve 13 , and each rubber ring sleeve 13 is respectively corresponding to two positioning holes 21 which are respectively disposed on two sides of the slider 8 . Each rubber ring sleeve 13 is provided with a rubber sleeve 13 . The central hole 13 〇, and the central hole 130 of each rubber band cover 13 is respectively sleeved on the casing 丨Each of the protrusions 111 is formed to be fixed to the self-fastening structure 112 of the 111. At the same time, the front surface 122 of the horn _ 曰 丨 2 can correspond to a plurality of through holes 15 which are flatly attached to the housing U. By using the above-mentioned structure, the horn speaker 丨 2 is absorbed by each rubber ferrule 13 and the foam 14, so that the vibration of the cover can be changed, and the resonance of the picture and the sound is easily caused. Problem, 20 1258121 The quality of the sound. Moreover, in this example, the self-fastening structure 112 on the boss i丨丨 is used to fasten the central hole 130 of the rubber band cover 13 without using other screws, so that it can be assembled quickly. Reduce working hours. In order to make the central hole 13 of each rubber band 13 tightly sleeved on the self-fastening structure 112 of each of the protrusions 1U of the body U, in the present embodiment, the M-port structure of each of the protrusions (1) 112 is designed as a large diameter (four), the diameter of which is slightly smaller than the diameter of the central hole 130 of each rubber band cover 13, and the height of each convex (1) is not lower than the effect of each rubber band cover 13 = tight fit . The present invention is not limited to the above-described embodiments, but is intended to be illustrative only and the scope of the claims is intended to be within the scope of the appended claims. Fig. 1 is an exploded view of the damping structure of the speaker of the present invention. Fig. 2 is a perspective view of the vibration damping structure of the speaker of the present invention. [Main component symbol description] 1 The inner surface of the electronic device 110 is convex 112 Buckle structure 121 positioning hole 123 rear surface 130 central hole 11 housing 111 stud 12 lama eight speakers 122 front surface 13 rubber ring cover 14 foam 1258121 15 through hole
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