修正版修正日期：2010/5/14 五、新型說明： 【新型所屬之技術領域】 本新型關於一種多功能微型喇叭，更具體而言，關 於一種多功能微型喇叭，其可改善構成其一磁性電路的 一磁扼、一磁鐵及一平板之間的組合準確度。 【先前技術】 概言之，°刺^八為轉換電氣信號成為聲音信號之設 備。一微型喇队為一小型喇<，主要用於攜帶式聲音裝 置，例如行動電話、筆記型電腦、MP3播放器及耳機等。 近年的電子產品採用該微型喇p八者，例如一行動通 訊終端，例如行動電話，其包括用於產生振動信號之一 裝置。這種振動信號可做為一種信號，取代一到達信號 聲音，或在一觸控螢幕方法中確認一輸入狀態之一信 號，其中輸入資料係直接在一螢幕上輸入。 本新型目的之一種多功能微型喇队，代表一種具有 用於產生一振動信號之一額外功能以及用於產生聲音之 一基本功能的一喇11八。該多功能微型喇八可有多種名 稱，例如一多功能致動器或一多功能電子聲音換能器。 一種典型的多功能微型喇Π八具有一種結構，其中由 一葉片型彈簧所支撐的一振動器共振來產生振動。在典 型的多功能微型喇叭，聲音線圈朝向一磁性電路設置在 稱為一收集板之一隔膜上。在此處，當一聲音信號的電 流被施加到該聲音線圈時，即會輸出聲音。另一方面， 修正版修正日期：2010/5/14 當一振動信號的電流被施加到該聲音線圈時，即產生振 動。 該典型的多功能微型喇叭將參照第i圖做說明。典 型的多功能微型喇叭100包括一外殼11〇、用於產生聲^ 的一隔膜101、一聲音線圈102、一永久磁鐵1〇4，其二 置有彼此相對的N極與s極，一平板1〇3，一磁軛1〇5、 一上方懸架107及一下方懸架108。電流經由一導線a ιΐ4 及一導線b 115而施加於聲音線圈1 。 士聲音線圈102之上端固定於隔膜1〇1之底部表面。 該聲音線_在-垂直方向上纏繞。平板1()3固定於永 久磁鐵104之上表面。永久磁鐵1〇4配合平板103及磁 軛105建構一磁性電路，而同時永久磁鐵建構一振 動器。該振動器可以視需要包括—法碼。該振動器由上 方懸架107與下方懸架1〇8做彈性支撐。 以下將說明多功能微型喇叭100之運作。當適合聲 音的電流經由導線all4與導線bn5被施加到聲音線圈 102日$ ’在聲音線圈1〇2上產生一電磁力。因此，隔膜 101即振動而輸出聲音。 也就是說，一磁力線導引永久磁鐵104之N極依序 經由平板103、聲音線圈1〇2及磁輛1〇5朝向永久磁鐵 104的S極，以形成一磁場。此時，當在聲音線圈102 上產生該電磁力時，聲音線圈102的電磁力與由該磁性 電路產生的一磁通量進行互動。因此，固定於聲音線圈 104之隔膜ιοί振動來做為一喇叭輸出聲音。 M385175 » « 修正版修正日期：2010/5/14 當適合於振動的電流（概言之為低頻電流)被施加到 聲音線圈102時，包括永久磁鐵1〇4、平板1〇3及磁軛 ' 105之振動器即垂直移動而產生振動。 根據該典型的多功能微型味j p八，因為構成該磁性電 路之、’且件做為該振動益，構成該磁性電路之該等組件必 須在當組合時被精確地設置在所想要的位置處。 - 也就是說，聲音線圈102必須振動，而其設置在做 • 為平板103與磁輕105之間一空間的一磁性間隙之内。 同時，該振動器必須振動，而不會實際上接觸到該聲音 線圈。因此，磁軛105、永久磁鐵104及平板103必須 在所想要的位置處精確地彼此耦合及固定。 但是’在典型的多功能微型喇叭中，因為永久磁鐵 104經由使用一夾具的接合程序而固定於磁軛1〇5内的 平板103，所以很難達到一精密機械性耦合。 φ 【新型内容】 . 因此，本新型係關於一種多功能微型喇队，其實質 上可避免由於相關技術之限制及缺點造成的一個或多種 問題。 本新型目的為提供一種多功能微型喇，其中一懸 架在組態上做改進，藉以精確及機械式地彼此耦合構成 —振動器之組件。 本新型之額外優點、目的及特徵將部份在以下的說 明中提出，而其它部份對於本技術專業人士將可在檢視 6 M385.175 » · =内容較加_或可林新料 申目的及其它優點將可由所揭示的說明及其 甲叫專利軛圍，以及附屬圖式中所 行瞭解與·。 ㈣4明的結構來進 :了，到這些目的及其它優點，並根據本新型之目 :型施及廣義描述者，提供-種多功能 邊因/ .一框架’ 一隔祺，其中其-外側周 f框架；—聲音線圈，其固定於該隔膜的一底 =面二第懸架，其中其一外側周邊固定於該框架， 該弟-懸料有—平板形狀及·;—錄，其固定於 該弟-懸架；-第—永久磁鐵，其固定於該磁軛的一内 :底部表面；及-平板，其㈣於該第—永久磁鐵之上 ::」Ϊ中向上突出的一轂零件被設置在該第-懸架的 中央孩，且-磁輛接收_合於該第_懸架的該穀零 件並被界定在該磁輛中。 邊第-懸架的轂零件可通過該雜接收槽，且一永 久磁鐵接收_合於通過該磁輛接收槽的該第―懸架之 轂零件並可被界定在該永久磁鐵中。 該第-懸架的穀零件可通過該永久磁鐵接收槽，且 一平板接收_合於通過該永久磁鐵接收槽的該第一懸 架之轂零件並可被界定在該平板中。 該第一 _轂零制m少雜可彎折來形成 一彎折零件。 取 該第一懸架可由—金屬材料形成，且錄零件可為 7 -圓柱形，其具有—中空的内部空間。修正版修一 _ 該多功能微型柄U可包括：―第二 ，周邊固定於該框架，該第二懸架向下;;第 彈性；及一第二磁鐵，其㈣於該第二 於其磁鐵與該第—懸架及該磁麵區隔，並固定 向下突出的—第二懸架轂零件可 架之中央部處，該第二磁鐵可設置在該第二懸 於該第二懸架敎零件並可被界 架之=的;;二嶋零件可以設置在該第二懸 P处D亥弟二磁鐵可設置在該第二縣架之下， =::，合於該第二懸架數零件並可界定 說明為本般說明及以下的詳細 新型之進—步解釋。麵提供如中請專利範圍中本 【實施方式】 現在將對本新型之於 .lth/ 孕又佳具體實施例進行詳細參昭， 其乾例皆例示於附屬圖式♦中 叶…… 根據一具體實施例 到第4圖做詳細說明。夕功能微型會人將參照第2圖 第2圖為根據本靳 I〜具體實施例一多功能微型喇 修正版修正日期：2010/5/14 p八之一示意剖面圖。第3圖所示僅為第2圖之一第一懸 架、一磁輛、一第一永久磁鐵及一平板之一剖面圖。 根據一具體實施例之多功能微型制σ八1主要用於小 尺寸的裝置，例如一行動通訊終端及一攜帶式多媒體播 放器（ΡΜΡ，Portable multimedia player)。該多功能微型剩 p八1具有一聲音產生功能’連同用於一信號之一振動產 生功能。 該多功能微型剩p八1包括一框架1〇、一隔膜2〇、一 聲音線圈30、一第一懸架40、一磁軛50、一第一永久 磁鐵60、一平板7〇、一第二懸架8〇及一第二磁鐵9〇。 該框架10由一般的塑膠材料形成，並界定該喇d八的 外觀。多個組件被固定於框架10之内側。該框架1〇包 括一上框架12及一下框架14。—蓋構件16耦合於上框 架12之一上方部。在此具體實施例中，框架整體而 言為一圓柱形狀。另外在另一具體實施例中，框架可 具有-長方形、-圓形或一軌道形。因此，該等内部组 件根據它們的形狀可適當地修正。 |叫β逻因疋於上框架12之上方部。 隔膜20具有一圓形，並由聚合物形成。隔膜2〇係^ 地移動，以產生可由正常聽覺的人所聽到的聲麼。 根據此具體實施例之隔膜2G被區分到— ^ 相對於-邊界部向内設置，在此卩_2(^合料塵 30之上端’及-外側部’其相對於該邊界部 該内側部與該外側部分別具有圓頂形，而該邊界部為一 修正版修正日期：2010/5d4 平坦形。該外側部稱為一邊緣。隔膜20在組態、材料及 厚度上可有多種變化。 聲音線圈30固定於隔膜20之底部表面。聲音線圈 30之上端固定於該邊界部的底部表面。一導線向上纏繞 以形成聲音線圈30。聲音線圈30電氣連接於設置在框 架10上的一終端（未示出）。聲音線圈30經由該終端自外 部接收電流。 聲音線圈30的一下方部設置在彼此垂直耦合的第 一永久磁鐵60、平板70與磁辆> 50之間的·空間中。該 空間稱之為一磁性間隙。當一聲音信號的高頻電流被施 加於聲音線圈30時，該聲音線圈藉由與由第一永久磁鐵 60產生的一磁場互動而垂直地移動。因此’粞合於聲音 線圈30之隔膜20即會振動而產生聲音。 第一懸架40包括一轂零件42。 第一懸架40具有彈性，且其一外側周邊固定於框架 10。該懸架可稱為一彈性構件、一彈簧或一葉片型彈簧。 彈性係界定成一主體在其體積及形狀由一外力改變之後 要恢復到其原始形狀之傾向。該彈性被區分為體積彈性 及形狀彈性。在此具體實施例中，第一懸架40歸類為該 形狀彈性。 在此具體實施例中，第一懸架40為一平坦形狀，更 特定而言，其具有對應於框架10之一圓板形狀。第一懸 架40可以包括由麟青銅(phosphorous bronze)所形成的一 金屬板。另外，第一懸架40可由一彈性體形成。磁輕 M385175 50固定於第_ _ 4Q之中間部。修正版修正日期：2〇_ 轂零件42自第一懸架40之— 此具體實施例中，因為懸架4〇 上突出。在 42可使用包括一沖壓程序的金屬製程來簡零件 在此具體實施例中，轂零件42 1 。 狀。也就是說，轂零件42其剖面為―^ /巾空圓枉形 侔42可发曰 ^ 圓形。另外，穀愛 仵42了為具有多種形狀之柱 馱芩 方形、五角米及圓形。，…/剖面為三角形、長 同時，4 H 之内側為中空或填滿。 田慙架4〇由金屬以外之彈性俨报忐^ 49 w a女& 坪f生體形成，穀变株 42叮具有與懸架40相同的材料。 '"件 轂零件42之高度對應於磁轭 度。在此具體實施例中，較零件4 之一，收槽的厚 50之厚度。 厚度略微低於磁軛 磁輛< 5〇固定於第一懸架4〇 卢植念如 、上表面。磁輛50呈右 衣、％底。[5 54之一外側周邊的— ’、有 % 十垣底部54及一壁部 56，亚垂直地設置。磁耗5〇 15 磁鐵60。 《底。卩54_合於第—永久 置在磁收槽52耦合於第1架4〇轂零件42並設 =在磁扼50之下，其係設置在· 5q底部％的中 '。該磁軛接收槽52之形狀對應於穀零件42之形狀： 使得磁軛接收槽52耦合於轂零件42。 在此具體實施例中，因為te零件42具有—圓_， =接收槽52具有對應於數零件42之圓㈣。磁喊 吹槽52之直徑略微大於轂零件42之外部錄，使得穀 11 M385175 零件42即安裝並固 &版修正日期··2_咖 ^ - 耦口於磁軛接收槽52 ,而不需 要使用早獨的一黏著劑。因A 阳小而 收# 52，編r π 為毅零件42僅輕合於磁軛接 收價W，磁軛5〇及第一縣 巾牧 此耦合。另外，嗲…、可在-準確的位置處彼 52之間卜鄉㈣可用於數零件U與雜接收槽 第，6〇固定於磁輕5〇之内侧底部表面。 底邙：，：!：使用該黏著劑耦合及固定於磁軛50之Revised revision date: 2010/5/14 V. New description: [New technical field] The present invention relates to a multifunctional micro-horn, and more particularly to a multi-functional micro-horn, which can improve the composition of a magnetic The accuracy of the combination between a magnetic pole, a magnet and a flat plate of the circuit. [Prior Art] In general, the thorn is an apparatus for converting an electrical signal into a sound signal. A miniature racquet is a small lap; mainly used for portable sound devices such as mobile phones, notebook computers, MP3 players and headphones. In recent years, electronic products have adopted such a miniature mobile terminal, such as a mobile communication terminal, such as a mobile phone, which includes a device for generating a vibration signal. The vibration signal can be used as a signal to replace a signal that arrives at the signal, or to confirm a signal in an input state in a touch screen method, wherein the input data is directly input on a screen. A multi-functional miniature racquet for the purpose of the present invention represents a genre 11 having an additional function for generating a vibration signal and a basic function for generating sound. The multi-function micro-bar can have a variety of names, such as a multi-function actuator or a multi-function electronic sound transducer. A typical multi-functional micro-larh has a structure in which a vibrator supported by a blade type spring resonates to generate vibration. In a typical multi-function microspeaker, the voice coil is placed toward a magnetic circuit on a diaphragm called a collector plate. Here, when a current of a sound signal is applied to the sound coil, a sound is output. On the other hand, the revision revision date: 2010/5/14 When a current of a vibration signal is applied to the voice coil, vibration is generated. The typical multi-function micro horn will be described with reference to the i-th figure. A typical multi-function micro-horn 100 includes a casing 11 〇, a diaphragm 101 for generating a sound, a sound coil 102, a permanent magnet 1 〇 4, and two N and s poles opposite to each other, a flat plate 1〇3, a yoke 1〇5, an upper suspension 107 and an lower suspension 108. Current is applied to the voice coil 1 via a wire a ι 4 and a wire b 115. The upper end of the acoustic coil 102 is fixed to the bottom surface of the diaphragm 1〇1. The sound line _ is wound in the - vertical direction. The flat plate 1 () 3 is fixed to the upper surface of the permanent magnet 104. The permanent magnet 1〇4 cooperates with the flat plate 103 and the yoke 105 to construct a magnetic circuit, while the permanent magnet constructs a vibrator. The vibrator can include a -method as needed. The vibrator is elastically supported by the upper suspension 107 and the lower suspension 1〇8. The operation of the multi-function micro-horn 100 will be described below. When the current suitable for the sound is applied to the voice coil 102 via the wire all4 and the wire bn5, an electromagnetic force is generated on the voice coil 1A2. Therefore, the diaphragm 101 vibrates to output sound. That is, the N pole of a magnetic line guiding permanent magnet 104 is sequentially directed toward the S pole of the permanent magnet 104 via the flat plate 103, the voice coil 1〇2, and the magnetic vehicle 1〇5 to form a magnetic field. At this time, when the electromagnetic force is generated on the voice coil 102, the electromagnetic force of the voice coil 102 interacts with a magnetic flux generated by the magnetic circuit. Therefore, the diaphragm ιοί fixed to the voice coil 104 vibrates as a speaker output sound. M385175 » « Revised revision date: 2010/5/14 When a current suitable for vibration (in other words, low-frequency current) is applied to the voice coil 102, including the permanent magnet 1〇4, the flat plate 1〇3 and the yoke' The vibrator of 105 is vertically moved to generate vibration. According to the typical multi-functional micro-flavor, the components constituting the magnetic circuit must be accurately placed at a desired position when combined as a component of the magnetic circuit. At the office. - That is, the voice coil 102 must vibrate while it is placed within a magnetic gap that is a space between the plate 103 and the magnetic light 105. At the same time, the vibrator must vibrate without actually touching the acoustic coil. Therefore, the yoke 105, the permanent magnet 104, and the flat plate 103 must be accurately coupled and fixed to each other at a desired position. However, in the typical multi-function micro-horn, since the permanent magnet 104 is fixed to the flat plate 103 in the yoke 1〇5 via the bonding procedure using a jig, it is difficult to achieve a precise mechanical coupling. φ [New content]. Therefore, the present invention relates to a multifunctional miniature racquet, which substantially avoids one or more problems due to limitations and disadvantages of the related art. SUMMARY OF THE INVENTION The object of the present invention is to provide a multi-functional micro-bracket in which a suspension is modified in configuration to be precisely and mechanically coupled to each other to form a component of the vibrator. Additional advantages, objects, and features of the present invention will be set forth in part in the description below, while other portions of the skilled artisan will be able to view 6 M385.175 » · = content is more _ or can be used for new materials And other advantages will be understood by the disclosed description and its patented yoke, as well as in the accompanying drawings. (4) The structure of 4 Ming is coming in: to these and other advantages, and according to the purpose of the present invention: the type of application to the broad description, providing a multi-functional edge /. A frame 'a barrier, where its - outside a sound coil, which is fixed to a bottom=face two suspension of the diaphragm, wherein an outer periphery thereof is fixed to the frame, and the younger-suspension has a flat shape and a recording, which is fixed to The first-permanent magnet is fixed to one of the yokes: a bottom surface; and a flat plate, (4) above the first permanent magnet: a hub portion protruding upwardly in the cymbal A central child is disposed in the first suspension, and the magnetic vehicle receives the valley member that is engaged with the first suspension and is defined in the magnetic vehicle. The hub portion of the side-suspension can pass through the miscellaneous receiving slot, and a permanent magnet receives the hub portion of the first suspension that is received through the magnetic receiving slot and can be defined in the permanent magnet. The valley member of the first suspension can receive the slot through the permanent magnet, and a flat plate receives the hub member of the first suspension that passes through the permanent magnet receiving slot and can be defined in the flat plate. The first _ hub zero system m can be bent to form a bent part. The first suspension may be formed of a metal material, and the recorded part may be a 7-cylindrical shape having a hollow internal space. The modified multi-handle U can include: "second, the periphery is fixed to the frame, the second suspension is downward; the first elastic; and a second magnet, (4) the second and the second The first suspension and the magnetic surface are spaced apart and fixed downwardly—the second suspension hub component is at a central portion of the shelf, and the second magnet is disposed on the second suspension suspension component of the second suspension The two parts can be set at the second suspension P. The Dhai two magnets can be placed under the second county frame, =::, and the second suspension number is combined. A step-by-step explanation of the detailed description of the general description and the following can be defined. The present invention provides a detailed description of the specific embodiments of the present invention in the context of .lth/pregnancy, and the examples thereof are all illustrated in the middle of the attached figure ♦ according to a specific implementation The example to the fourth figure will be explained in detail. The function of the micro-person will refer to Fig. 2, and Fig. 2 is a schematic sectional view of a modified version of the multi-function micro-ra according to the present invention. Figure 3 is a cross-sectional view of only one of the first suspension, a magnetic vehicle, a first permanent magnet, and a flat plate of Figure 2. The versatile micro Sigma VIII according to a specific embodiment is mainly used for small-sized devices such as a mobile communication terminal and a portable multimedia player. The multi-function mini-remaining p VIII has a sound generating function 'along with a vibration generating function for one of the signals. The multifunctional micro-remaining p VIII includes a frame 1 〇, a diaphragm 2 〇, a voice coil 30, a first suspension 40, a yoke 50, a first permanent magnet 60, a flat plate 7 〇, and a second Suspension 8〇 and a second magnet 9〇. The frame 10 is formed from a generally plastic material and defines the appearance of the la. A plurality of components are fixed to the inside of the frame 10. The frame 1 includes an upper frame 12 and a lower frame 14. - The cover member 16 is coupled to an upper portion of the upper frame 12. In this particular embodiment, the frame as a whole is a cylindrical shape. Additionally in another embodiment, the frame can have a rectangular shape, a circular shape, or a track shape. Therefore, the internal components can be appropriately corrected according to their shapes. |The beta is called the upper part of the upper frame 12. The diaphragm 20 has a circular shape and is formed of a polymer. The diaphragm 2 is moved to produce a sound that can be heard by a normal hearing person. The diaphragm 2G according to this embodiment is distinguished by - ^ being disposed inwardly with respect to the - boundary portion, where the upper end 'and the outer portion' of the dust 30 are opposite to the inner portion of the boundary portion Each of the outer portions has a dome shape, and the boundary portion is a modified version date: 2010/5d4. The outer portion is referred to as an edge. The diaphragm 20 can be varied in configuration, material, and thickness. The sound coil 30 is fixed to the bottom surface of the diaphragm 20. The upper end of the sound coil 30 is fixed to the bottom surface of the boundary portion. A wire is wound upward to form the sound coil 30. The sound coil 30 is electrically connected to a terminal provided on the frame 10 ( The sound coil 30 receives current from the outside via the terminal. A lower portion of the sound coil 30 is disposed in a space between the first permanent magnet 60, the flat plate 70, and the magnetic vehicle > 50 which are vertically coupled to each other. This space is referred to as a magnetic gap. When a high frequency current of a sound signal is applied to the sound coil 30, the sound coil is vertically moved by interaction with a magnetic field generated by the first permanent magnet 60. The diaphragm 20 coupled to the voice coil 30 vibrates to generate sound. The first suspension 40 includes a hub member 42. The first suspension 40 has elasticity and an outer periphery thereof is fixed to the frame 10. The suspension may be referred to as a An elastic member, a spring or a blade type spring. The elastic system is defined as a tendency of a body to return to its original shape after its volume and shape are changed by an external force. The elasticity is divided into volume elasticity and shape elasticity. In the example, the first suspension 40 is classified as the shape elasticity. In this embodiment, the first suspension 40 is a flat shape, and more specifically, has a circular plate shape corresponding to the frame 10. The first suspension 40 A metal plate formed of phosphorous bronze may be included. In addition, the first suspension 40 may be formed of an elastic body. The magnetic light M385175 50 is fixed at the middle of the __4Q. Correction date: 2〇_ The hub member 42 is from the first suspension 40 - in this embodiment, because the suspension 4 is projecting from the top. At 42, a metal process including a stamping procedure can be used to implement the simple part. In the middle, the hub member 42 is in the shape of a hub. That is to say, the hub member 42 has a cross section of "^ / towel hollow circle 侔 42 可 可 ^ round. In addition, Gu Ai 仵 42 is a column with a variety of shapes 驮芩 square, pentagon and round.,.../section is triangular, long, and the inner side of 4 H is hollow or filled. The rafter 4 〇 is made of elastic 以外 金属 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 49 The body is formed, and the valley strain 42 has the same material as the suspension 40. The height of the 'hub member 42 corresponds to the yoke. In this embodiment, the thickness of the groove is 50 compared to the one of the parts 4. The thickness is slightly lower than the yoke magnetic car < 5 〇 fixed to the first suspension 4 〇 Lu Zhi Nian, the upper surface. The magnetic vehicle 50 is a right garment and a bottom. [5 54 one of the outer peripheral sides - ', has a % tenth bottom 54 and a wall portion 56, which are arranged vertically. Magnetic consumption 5〇 15 magnet 60. "bottom.卩 54_合合第— permanent placed in the magnetic receiving groove 52 coupled to the first frame 4 hub member 42 and set = under the magnetic yoke 50, which is set at the bottom of the . The shape of the yoke receiving groove 52 corresponds to the shape of the valley member 42 such that the yoke receiving groove 52 is coupled to the hub member 42. In this embodiment, since the te part 42 has a circle_, the = receiving groove 52 has a circle (four) corresponding to the number of parts 42. The diameter of the magnetic shouting groove 52 is slightly larger than the outer recording of the hub part 42, so that the valley 11 M385175 part 42 is mounted and fixed & revision date · 2_ coffee ^ - coupling to the yoke receiving groove 52, without the need Use an adhesive that is early alone. Because A is small, it is closed #52, and the r π is the part 42 which is only lightly combined with the yoke receiving price W, the yoke 5〇 and the first county. In addition, 嗲... can be used at the exact position between 52 and 52 (4) for several parts U and miscellaneous receiving grooves. 6 〇 is fixed to the inner bottom surface of the magnetic light 5 。. Bottom line:,:!: Coupling and fixing to the yoke 50 using the adhesive
1笛 永久磁鐵6〇相對於磁輛50為同心地 叹置。苐一水久磁鐵60具有對應於磁輛5〇之圓板形狀。 平板7〇固定於第一永久磁鐵60之上表面。平板7〇 由了種材料形成’藉此磁力可良好地通過，並具有與第 一永久磁鐵60大致相同的直徑。 。第一永久磁鐵60及平板70與磁軛5〇之壁部％相 區隔。一空間界定在第一永久磁鐵6〇及平板7〇的外側 表面與磁軛50壁部56的内側表面之間，其彼此相對。The 1 flute permanent magnet 6 叹 is concentrically sighed with respect to the magnetic vehicle 50. The long-lasting magnet 60 has a circular plate shape corresponding to the magnetic vehicle. The flat plate 7 is fixed to the upper surface of the first permanent magnet 60. The flat plate 7 is formed of a material which is capable of passing well by the magnetic force and having substantially the same diameter as the first permanent magnet 60. . The first permanent magnet 60 and the flat plate 70 are spaced apart from the wall portion % of the yoke 5''. A space is defined between the outer surface of the first permanent magnet 6A and the flat plate 7A and the inner side surface of the wall portion 56 of the yoke 50, which are opposed to each other.
聲音線圈30的下方部設置在該空間中。 第一永久磁鐵60、平板70及磁軛50構成該喇叭磁 性電路。也就是說，由第一永久磁鐵60產生的一磁通量 形成一磁通量路徑，其經由平板7〇導向於磁軛5〇。 在此具體實施例中，多功能微变喇队1進一步包括 第二懸架80與第二磁鐵90。 第二懸架80與第一懸架40向下相區隔。第二懸架 80之一外侧周邊固定於框架1〇,並由具有彈性的材料所 形成。 12 M385175 在此具體實施例中，第二 ^^期· 40相同的形狀與材料。另外/第1㊆第一懸架 80彼此可以具有不同的材料與形狀;^，第第m 與第二懸架80可以根據它們 弟-懸木40 而在形狀及材料上有多種變化。…革、位移及振動力 第二磁鐵90固定於第一 面。因此，第W與==二:㈣底部表 第二磁鐵90之S極鱼 磁軛50相區隔。 下方側上，反之亦然Λ直方向上的上方側與 久磁鐵或一電磁鐵。 ο括一水 第二磁鐵90盥篦_ Μ 4 號之一振動器。在根據*7 #80可做為用於產生振動信 …包括第二磁鐵體r， 括第—永久磁鐵60及平拓〜木80之—振動器與包 該磁性電路與該振動 之磁性電路相區隔。但是’ 生聲音的隔膜20之性連接。因此，用於產 二懸架之#動^動移動與包括第二磁鐵9〇與第 化。讀動鳴動移動之間的干擾即可被最小 以下將說明多功能 因為多功能微型心括二及效果。 零件42，及具有對應於愛件:在弟—懸架40之轂 52，所以它們在想要的位之形狀的磁輕接收槽 同時，因為第精確地彼此輕合。 它們的麵合程序可被合於磁輛％， 而要執行一接合程序或 13 M385175 需要一單獨的夾具 降低製造成本。 因此 修正版傪正日期：2010/S/14 可以改善生產性，同時可以 ^然在此频實施例巾提供轉二㈣ 鐵，本新型並不限於此。也就θ 一 /、w第一磁 包括一鞞加命、Α、. 疋呪，該多功能微型喇叭 ^ , 此其可應用到該懸牟盥嗜 水久磁鐵之間的耦合。 木興a 第4圖所示僅為一懸架、— 、 JTL，c ^ 嵫軛、一水久磁鐵及一A lower portion of the sound coil 30 is disposed in the space. The first permanent magnet 60, the flat plate 70, and the yoke 50 constitute the horn magnetic circuit. That is, a magnetic flux generated by the first permanent magnet 60 forms a magnetic flux path which is guided to the yoke 5 through the flat plate 7''. In this embodiment, the multi-function micro-variable 1 further includes a second suspension 80 and a second magnet 90. The second suspension 80 is spaced downward from the first suspension 40. One of the outer periphery of the second suspension 80 is fixed to the frame 1 〇 and is formed of a material having elasticity. 12 M385175 In this particular embodiment, the second shape is the same shape and material. In addition, the first/seventh first suspensions 80 may have different materials and shapes from each other; ^, the mth and second suspensions 80 may have various variations in shape and material according to their siblings. ... leather, displacement and vibration force The second magnet 90 is fixed to the first surface. Therefore, the Wth and the == 2: (4) bottom table The second magnet 90 of the S-fish yoke 50 is separated. On the lower side, and vice versa, the upper side in the straight direction is a long magnet or an electromagnet. ο Include a water Second magnet 90 盥篦 _ Μ 4 one vibrator. According to *7 #80, it can be used as a vibration signal... including a second magnet body r, including a first permanent magnet 60 and a flattening wood 80, a vibrator and a magnetic circuit including the magnetic circuit and the vibration. Separated. However, the sound of the diaphragm 20 is connected. Therefore, the movement of the second suspension is made to include the second magnet 9 and the second movement. The interference between the reading and the moving movement can be minimized. The following will explain the multi-function because of the multi-function mini-heart and the effect. The parts 42, and having the hubs 52 corresponding to the love pieces: the brother-suspension 40, so they are in the shape of the desired position of the magnetic light receiving grooves, at the same time, because they are precisely lightly coupled to each other. Their face-to-face procedure can be combined with magnetic %, and a joint procedure or 13 M385175 is required to reduce the manufacturing cost. Therefore, the revised version of the date: 2010/S/14 can improve productivity, and at the same time, it can provide two (four) irons in this case, and the present invention is not limited thereto. That is, θ a /, w first magnetic includes a 鞞 Α, Α, 疋呪, the multifunctional micro horn ^, which can be applied to the coupling between the suspended dykes. Muxing a Figure 4 shows only one suspension, -, JTL, c ^ 嵫 yoke, one water long magnet and one
+板之剖面圖，其係根據本新型 能微型伽、中彼此搞合。 〇 I -夕功 —在此具體實施例中，-磁輕接收槽52向上通過一第 芯木40之一轂夺件42。一永久磁鐵接收槽62通過磁 軛接收槽52而與第一懸架40轂零件42耦合，其係界定 在—永久磁鐵60中。+ The cross-section of the board, which is based on the novel, can be combined with each other. 〇 I - Xigong - In this embodiment, the magnetic light receiving slot 52 passes upwardly through a hub 42 of a first core 40. A permanent magnet receiving slot 62 is coupled to the first suspension 40 hub member 42 by a yoke receiving slot 52, which is defined in the permanent magnet 60.
也就是說，第一懸架40之轂零件42通過一磁軛50 之磁輛接收槽52，並麵合於永久磁鐵60之永久磁鐵接 收槽62。一平板70搞合於永久磁鐵60之〆上表面。 在此具體實施例中，第一懸架40、磁軛50及永久 磁鐵60可由第一懸架40之轂零件42而精確地彼此耦 合。同時，前述之具體實施例的所有優點<適當地修正’ 因此可應用於此具體實施例。 第5圖所示僅為一懸架、一磁軛、/永久磁鐵及— 平板之剖面圖，其係根據本新型另一具艨實施例之—多 功能微型喇°八中彼此耦合。 在此具體實施例中，一磁軛接收槽52向上通過第一 14 M385175 修正版修正日期：2010/5/14 懸架40的一截零件42，同時—焱々讲娜“ J卞水久磁鐵60的一永久磁 鐵接收槽62通過第一懸架4〇的轂零件们。 一平板接收槽72通過永久磁鐵接收槽62而與第- 懸架40的轂零件42麵合，的其係界定在一平板川中。 平板接收槽72可具有通過轂跫 幻軚令仵42之一圓柱形狀，或 具有-預料度的-溝槽形狀，使得僅有穀零件42的一 上端之-部份與其_合，㈣會通触零件❿That is, the hub member 42 of the first suspension 40 passes through the magnetic receiving groove 52 of the yoke 50 and is joined to the permanent magnet receiving groove 62 of the permanent magnet 60. A flat plate 70 engages the upper surface of the permanent magnet 60. In this particular embodiment, the first suspension 40, the yoke 50, and the permanent magnets 60 can be precisely coupled to each other by the hub member 42 of the first suspension 40. At the same time, all of the advantages of the foregoing specific embodiments <appropriately modified' are thus applicable to this particular embodiment. Fig. 5 is a cross-sectional view only showing a suspension, a yoke, a / permanent magnet, and a flat plate, which are coupled to each other in accordance with another embodiment of the present invention. In this embodiment, a yoke receiving slot 52 passes upwardly through the first 14 M385175 revision revision date: 2010/5/14 a section 42 of the suspension 40, and at the same time - 焱々 娜 “ "J 卞 water long magnet 60 The permanent magnet receiving groove 62 passes through the hub members of the first suspension 4. A plate receiving groove 72 is engaged with the hub member 42 of the first suspension 40 through the permanent magnet receiving groove 62, which is defined in a flat plate. The receiving groove 72 may have a cylindrical shape through the hub , 軚 42 or a groove shape having a -predicted degree such that only the upper end portion of the valley member 42 is combined with the _, and (4) is accessible. Part❿
第一懸架40之轂跫杜、s、瓜 、 7件2通過磁軛5〇之磁軛接收槽 52及永久磁鐵60之永々成糾^ 水久磁鐵接收槽62，並耦合於平板 70之平板接收槽72。 轂零件42可具有一開放或加蓋的上方侧。同時，設 置在轂零件42之下的第一懸架4〇可具有一開放或加蓋 的側邊。 根據此具體實施例，第一懸架4〇、磁輛5〇、永久磁 鐵60及該平板可由第—懸架4()之穀零件42辦地彼此 耦合，而不需要執行一接合程序或需要—單獨的夾具。 同時，所有前述具體實施例之優點可適當地修正，因此 可應用於此具體實施例。 第6圖所示為第6圖之轂零件的—上端之修正示例。 一彎折零件44設置在第一懸架40之轂零件42的一 上端處。在此具體實施例中，轂零件42的一上周邊被整 個彎折來形成彎折零件44。另外，僅有轂零件42的上 周邊之一部份可被彎折。 因為彎折零件44設置在轂零件42的上端處，第一 15 修正版修正日期：2010/5/14 懸架40、磁輛50、永久磁鐵60及平板70彼此按壓，且 因此除了前述具體實施例之優點之外可彼此固定地耦 合。 例如 > 在具有該圓柱形的穀零件42被安裝到該磁輕 中並通過其中之後，永久磁鐵60及平板70及轂零件42 之上端可向外彎折來在高於平板70之上表面之位置處 接觸平板70之一上表面，藉此形成彎折零件44，其設 置在轂零件42之上端處。轂零件42之上端可被彎折， 以形成彎折零件44，使得磁軛50、永久磁鐵60及平板 70彼此固定地编合。 轂零件42之上端與下端中所有或至少一者可為密 封或開放。 第7圖為根據本新型另一具體實施例之多功能微型 °刺0八的示意剖面圖。 此具體實施例不同於第2圖，僅因為一第一懸架40 之一轂零件42(如第6圖所示）通過一磁軛50、一永久磁 鐵60及一平板70,且在其一上端處包括一彎折零件44, 同時一轂零件82設置在一第二懸架80處。 向下突出第二懸架轂零件82設置在第二懸架80之 一中央部處。一第二磁鐵90設置在第二懸架80之下。 第二懸架轂零件82所耦合到的一第二磁鐵接收槽92被 界定在第二磁鐵90中。一彎折零件84設置在第二懸架 轂零件82之一下端處。 因為第二懸架轂零件82設置在第二懸架80處，且 修正版修正日期：2010/5/14 弟〜磁鐵接收槽92界定在第二磁鐵9〇中，所以它們可 精確地彼此耦合。 另外，第二磁鐵90可設置在第二懸架8〇之上。在 此例中’弟'一懸架毅零件82可向上突出。 _在根據本新型之多功能微型喇队中，該懸架與構成 該磁性電路零件之該等組件可以精確及機械式地彼此耦 合。 同時，該懸架與構成該磁性電路零件之該等組件可 以經由一簡單的程序彼此快速地耦合。 本技術專業人切可瞭解到在本·巾可進行多種 修正及變化。因此，係要本㈣涵蓋對於輯型在所 申請專利範圍及它們的同等者範#之_修正及變化。 L圃式簡單說明】 附屬圖式係包含來提供對於本新型進一步 用於加入並構成本中請案的—部份 1解， 在圖式當中： Ί明可用於解釋本新型之原理。 =圖為一典型多功能微型，八的示意剖面圖· 圖為根據本新型—具體實施， 叭的示意剖面圖； 夕刀也礅型喇 加到第6圖為第2圖之多功能微型剩〇八中—縣 木、-麵、-永久磁鐵及—平板中^ 面圖；及 1 j的木意剖 M385175 修正版修正日期：2010/5/14 第7圖為根據本新型另一具體實施例之多功能微型 n刺P八的示意剖面圖。 【主要元件符號說明】 1 多功能微型喇叭 10 框架 • 12 上框架 - 14 下框架 • 16 蓋構件 20 隔膜 30 聲音線圈 40 第一懸架 42 轂零件 44 彎折零件 50 磁輛* • 52 54 磁輛接收槽 底部 56 壁部 60 第一永久磁鐵 ' 62 永久磁鐵接收槽 70 平板 72 平板接收槽 80 第二懸架 82 架轂零件 18 M385175 修正版修正日期：2〇1〇/5/Η 84 彎折零件 90 第二磁鐵 92 第二磁鐵接收槽 100 多功能微型喇°八 101 隔膜 102 聲音線圈 103 平板 104 永久磁鐵 105 磁軛 107 上方懸架 108 下方懸架 110 外殼 114 導線a 115 導線b 19The hub of the first suspension 40, the s, the melon, the 7 piece 2 passes through the yoke receiving groove 52 of the yoke 5, and the permanent magnet 60 is permanently fixed into the water receiving magnet 62, and is coupled to the plate of the plate 70. Receive slot 72. The hub member 42 can have an open or capped upper side. At the same time, the first suspension 4'' disposed under the hub member 42 may have an open or covered side. According to this embodiment, the first suspension 4, the magnetic vehicle 5, the permanent magnet 60, and the flat plate can be coupled to each other by the valley member 42 of the first suspension 4 () without performing a bonding procedure or need - separate Fixture. At the same time, the advantages of all the foregoing specific embodiments can be appropriately modified, and thus can be applied to this specific embodiment. Fig. 6 is a view showing an example of correction of the upper end of the hub member of Fig. 6. A bent part 44 is disposed at an upper end of the hub member 42 of the first suspension 40. In this embodiment, an upper periphery of the hub member 42 is integrally bent to form the bent portion 44. Additionally, only a portion of the upper periphery of the hub member 42 can be bent. Since the bent part 44 is provided at the upper end of the hub part 42, the first 15 revision revision date: 2010/5/14 The suspension 40, the magnetic vehicle 50, the permanent magnet 60, and the flat plate 70 are pressed against each other, and thus in addition to the foregoing specific embodiment In addition to the advantages, they can be fixedly coupled to each other. For example, after the valley member 42 having the cylindrical shape is mounted in the magnetic light and passed therethrough, the upper ends of the permanent magnet 60 and the flat plate 70 and the hub member 42 can be bent outward to be higher than the upper surface of the flat plate 70. At a position where it contacts one of the upper surfaces of the flat plate 70, thereby forming a bent part 44 which is provided at the upper end of the hub member 42. The upper end of the hub member 42 can be bent to form the bent part 44 such that the yoke 50, the permanent magnet 60, and the flat plate 70 are fixedly coupled to each other. All or at least one of the upper and lower ends of the hub member 42 may be sealed or open. Figure 7 is a schematic cross-sectional view of a multi-function micro-needle according to another embodiment of the present invention. This embodiment differs from FIG. 2 only because a hub member 42 of a first suspension 40 (shown in FIG. 6) passes through a yoke 50, a permanent magnet 60, and a flat plate 70, and at an upper end thereof. A bent part 44 is included, while a hub part 82 is disposed at a second suspension 80. The second suspension hub member 82 projecting downward is disposed at a central portion of the second suspension 80. A second magnet 90 is disposed below the second suspension 80. A second magnet receiving slot 92 to which the second suspension hub member 82 is coupled is defined in the second magnet 90. A bent part 84 is disposed at a lower end of one of the second suspension hub parts 82. Since the second suspension hub member 82 is disposed at the second suspension 80, and the modified version revision date: 2010/5/14, the magnet receiving groove 92 is defined in the second magnet 9〇, they can be accurately coupled to each other. In addition, the second magnet 90 may be disposed above the second suspension 8A. In this case, the 'brother'-suspension part 82 can protrude upward. In the multifunctional miniature racquet according to the present invention, the suspension and the components constituting the magnetic circuit component can be coupled to each other accurately and mechanically. At the same time, the suspension and the components constituting the magnetic circuit component can be quickly coupled to each other via a simple program. The skilled person can understand that various modifications and changes can be made in the towel. Therefore, it is necessary to cover and correct the changes in the scope of the patent application and their equivalents. A simple description of the L 圃 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 】 = The figure is a typical multi-function miniature, the schematic cross-sectional view of the figure. The figure is a schematic cross-sectional view of the trajectory according to the present invention - the specific implementation; the shoji type is added to the figure 6 and the multi-function micro-remaining of the second figure 〇八中—County wood, - face, - permanent magnet and - flat plate ^ face diagram; and 1 j woody section M385175 Revised revision date: 2010/5/14 Figure 7 is another implementation according to the present invention A schematic cross-sectional view of a multi-function miniature n-thorn P8. [Main component symbol description] 1 Multi-function micro-horn 10 Frame • 12 Upper frame - 14 Lower frame • 16 Cover member 20 Separator 30 Acoustic coil 40 First suspension 42 Hub part 44 Bending part 50 Magnetic vehicle * • 52 54 Magnetic vehicle Receiving groove bottom 56 Wall 60 First permanent magnet ' 62 Permanent magnet receiving groove 70 Flat plate 72 Plate receiving groove 80 Second suspension 82 Hub part 18 M385175 Revision date Correction date: 2〇1〇/5/Η 84 Bending parts 90 second magnet 92 second magnet receiving slot 100 multi-function micro-bar eight 101 diaphragm 102 voice coil 103 flat plate 104 permanent magnet 105 yoke 107 upper suspension 108 lower suspension 110 outer casing 114 wire a 115 wire b 19