201043046 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種電機-機械振動轉換器之構造，該電機_機械 振動轉換器可作為藉由低音域之電信號產生體感音響振動之裝置 使用。 、 【先前技術】 聲壓使身體振動而感受到振動之振動感，或聲壓於地板或地 面中傳遞喊受到振動之振械等，於彳物模擬或虛境 實性t觀，言是重要的。該振動感可稱為體感音 ΐίΐϋ yS_)。猎由如伴隨著振域或衝擊感之爆炸聲或 =引擎料錄音所造成之體感音響麟，甚至可重現迫直的臨場 除!^增加重低音感之音頻用途外，亦可使用體感ϊ響振動 模擬或虛擬實境等之音效。且體感音響振動可適 [ίΐ效ί之音樂療法，甚至可適用於目的在於促進酒類之ί 機響械：：存在有構造與產生聲響= 音響器揭示有-種用以產生體感 成：如圖14所示’習知之電機-機械振動轉換器】大致由下列者構 殼體，由上框2及下框4所構成；及 阻尼器部3，包夾内建於殼體中之磁路。 上框2呈碟形’於其中心部形成有圓形之開口。 部形成有螺孔部2a、2b、2c。 且於外周 下框4由二段構造所構成，大致呈 =【=、4C。且於下框4底部之中央部，=:¾J 成有配置成同心狀’餘相異之複數之 體形 之底部有導線7延伸，其對殼體内之可動線圈發° 外周緣 阻尼器部3由下列者構成： 冤乜就 201043046201043046 VI. Description of the Invention: [Technical Field] The present invention relates to a structure of a motor-mechanical vibration converter which can be used as a device for generating a somatosensory acoustic vibration by an electric signal of a low-range domain use. [Prior Art] The sound pressure makes the body vibrate and feels the vibration of the vibration, or the sound pressure is transmitted to the floor or the ground, and the vibration is vibrated by the vibration. In the simulation of the stolen goods or the virtual reality, it is important. of. This vibrational feeling can be referred to as a somatosensory sound ΐίΐϋ yS_). Hunting is caused by the sound of the explosion or the impact of the vibration field or the sound of the engine. It can even reproduce the imminent presence! ^In addition to the audio use of the subwoofer, you can also use the body. I feel the sound effects of vibration simulation or virtual reality. And the somatosensory sound vibration can be adapted to the [music therapy of the effect, even applicable to the purpose of promoting the movement of the wine machine:: there is structure and sound generation = the sound reveals that there is - used to produce body feeling into: As shown in FIG. 14, the conventional motor-mechanical vibration converter is generally constituted by the upper frame 2 and the lower frame 4, and the damper portion 3, which encloses the magnetic body built in the casing. road. The upper frame 2 has a disk shape and has a circular opening formed in the center portion thereof. Screw portions 2a, 2b, and 2c are formed in the portion. And in the outer frame, the lower frame 4 is composed of a two-stage structure, and is substantially = [=, 4C. And at the central portion of the bottom of the lower frame 4, =: 3⁄4J is formed in a concentric shape, and the bottom of the body shape having the plurality of different shapes has a wire 7 extending toward the movable coil in the casing. The outer peripheral damper portion 3 It consists of the following: 冤乜就201043046
JtT之複數環狀（義狀）之阻尼器（雜之阻尼器8a、 環狀之阻尼器8a内側之磁極； 3c (亦稱螺孔部3a、' 3b、 〇 b 内建阻尼器部3俾可^人下框4内 部。配置各構件（上框2、阻尼mu包覆其上 3a與4a、2b、3b與4b、2c、3c愈知重下二俾各螺孔部2a、 藉由自上框2側插入之螺钉固定之。®、同一位置上，使其可 Ο 又，上框2之_ 5可藉由_與下框*。 狀之内示側尼器如與阻尼器-支持固持於環 17 ===緣舆雜16之城部15之外^又， ❹ 既 =置繞設有線圈21。又，繞設有此線20之 2蛉已配置於該空隙19内。 。卩刀於安裝上框 且環狀之阻尼器由下列者構成： 輕鐵固持部8a，固持輛鐵部9 ;及 有，p3= =部"與_她)’殼體與辣以== 201043046 且設置形成於下框4中央部（底部）之環狀阻 分抵接底板16之底部。 盗之4 具有如以上構造之電機-機械振動轉換器丨 傳送至賴21，藉由在產生於義21之磁力與 間所發生之磁干擾個，經由阻尼器8a、8b由殼體所n 部9與殼體相對變化而產生體感音響振動。 寺之輛鐵 其次，根據圖17詳細說明關於在殼體内支持 狀）阻尼器之-形態。 如圖17所示，阻尼器由大小不同之雙重環 8a： 8b 〇 , , 爾有輛鐵部9。且於第—阻尼器8a外側配置:懸 =翁懸吊彈菁8M，、_所構 於各懸吊彈簧8M、8b2、8b3 —方之端部26a、26b、％ ΪΪΪ外周部）設有支持部如、％、3C (亦綱孔部3a、北、3c)， Ϊίΐΐΐ：部^％、3C及螺釘可將各懸吊彈簧8M、呢、8b3固 8Μ、呢、呢另—*之端部設有連 ? 25a、25b、25c ’藉由此連結部25a、25b、2允連結 Ϊ門吊彈f顧、呢、8W。以相對於第-阻尼器副。 ^3Ϊ、1 於鄰接之懸吊彈簧之連結部前方形成為支持部 驾知之體感音響裝置用電機_機械振動轉換琴 3感音響裝置用電機·機械振動轉換器之縣性 柘肉;f音響裝置用電機·機械振動轉換器需配置插人於狹窄之薄 =或較薄地床墊内，且不可對人體造成不適，吾人要 ΐ雷據且裝&於此等椅子、床等人體載置物中時，亦要求充分考 慮電機-機械鋪讎H之形狀，料_有硬物抵觸（不造j 201043046 錯誤以進=發來°人亦因下列之情形，已就此構造持續嘗試 體感音響裝置用電機_機械振 振動轉換器就使用磁路（磁石、^ 淺。此電機-機械 ，造亦相差甚大。動態=;;二==的不同其 貝亦多。例如錐形擴音器等早在很參與其之技術人 完成其標準基本構造。 H相即已達完成之域，並已 與其員機械振動轉換器歷史淺，參 〇亦未完成。因此每於研發途中’標準基本構造 改良中有如下要素以而斤的技術概念或發明要素。此等 3 置用電機·機械振動轉換器構造之發明。 為提歼性能之研發•改良。 果）為零件件數，使組裝容易（成本削減效 之重說，於上述之⑴與⑶，但二) 發的使其成為於擴音器製造線易於 〇撼立響裝置用電機·機械振動轉換器中，構成零件與動態式 Ϊ二篇:ί:分多，故多半於擴音器工廠中生產。然而其構造 ”錐形擴a 4不同，組裝•生產方法亦不相同。 立對，史長遠且完成度高，已具有標準基本構造之擴音器之製 j而言’與此不同者易引起排斥反應，且體感音響裝置用電機_ $械振動轉換ϋ構造上成熟度之低下更易於使排斥反應加倍劇 杧。此等會成為易於導致成本升高或不良率增加之要素。 於f音器工廠以外處製造時雖因無擴音器之既成觀念而不易 弓j起此等排斥反應，但因磁石、軛鐵、可動線圈、各種黏著劑等 =材之供料、間隙規類之供料或操作習慣等，成本會高於擴音器 裝造商而無法在有利之條件下與其競爭。 201043046 2.擴音器製造線中以黏著劑進行之組裝 哭之二許多產品之組裝係“螺針進行。然而擴音 黏著步驟，多半使用轆難布黏著劑。因此 擴曰螺釘姑裝之構造與其並不協調。 機械振__ # m ϊί報所喊之f知之_音置用電機- =L、4a〜4c係螺釘用孔），故習知之體感音響褒置Si機-機械 ^ 於擴音器之生產線生產時不協調之Ϊ素。然 振動處製造習知之體感音響褒置用電機-機械 動f換盗、部又如上述，會導致成本升高而不利。 •嫵5上述課題’本發明之目的在於提供—種體成音變F置用 •機械振動轉換器’可易於在擴音器製造商之 【發明内容】 上述目的可藉由如本發明申請專利細第丨項之發明達成。 【實施方式】 參照圖式賴於發明實施形態加以說明。 之部i賦電機’械振動轉換_樣或是相當於其 電機機械振動轉換器1由下列者構成. 及殼體，由上框（線圈座配件）2及下框（殼體配件h所構成； 磁路f元（磁路配件〕3，内建於殼體。 ，，單70 3固持㈣石ls與減部 上J 2為碟形，於其中心部形成 路〜 中開口部5由名牌化塞住。 <開口#5。完成狀態 。其直=、之下段中， 中央部’黏財心_，施故部 201043046 '外周緣有導線7延伸’可對殼體内之可動線圈2。、 -列者齡 is/ ’固持於環狀阻尼器8 _;及 磁石18，由軛鐵部9所固持。 ο 内’繼上框2包覆其上部。 型突起部8Τ安2484内二3鐵部9可藉由阻尼器8之丁字 Τ字型突起部8Τ。、 ； 14外周設有缺口部Κ，以容納 所構成&。於底二底板16與環狀之頂板17 頂板17内緣與底板16之柱;^ = 。又，於 隙19。底板16、頂板17 之間形成有磁性環狀空 央部之圓形開口部5邊緣，钟有、、儿、路。在形成於上框2中 20，於線圈框20之既定位置二有^直^向延伸之筒狀線圈框 構成可動線圈）。又，圈（線圈框20與線圈21 上框2時已配置於該空内。之部分（可動線圈）於安裝 〇 ^s ---- 且於下框（咸體）4底面黏貼有圓开^ 位於殼體底Φ之孔為通纽。此發^衝部）6a。 時内部溫度上升，殼體内空氣膨服===換器動作 緩衝之r故對為下表面之 藉由阻尼$8下輕4與_部9為可相對位移之構造。 9 201043046 具有如以上之構造之電機-機械振動轉換器i中 導線7傳送至線圈21，藉由於空隙（磁空隙）19内，產^ 2!之磁力與磁石18之磁力之間發生之磁干擾作用，=線圈 由殼體所支持之輛鐵部9與殼體相對變化而 残8 阻尼器8可以例如樹脂成型之方式製造。阻尼器8 掉 性，故可用作為彈簧。 才質八可撓 其次，根據圖3及圖4詳細說明關於於殼體内支 狀（圓環狀）阻尼器之一形態。 聊克持輛鐵之被 且環狀阻尼器8包含： %狀之輛鐵固持部ga，固持輛鐵部9 ; 自，鐵縣部％朝其相呈放射狀突出； 彈育口"c，沿輛鐵固持部8a周圍 8b延伸直到緊接於其他支持部％之前；及⑴自各支持4 相反8T，設於_簧部&之終端（與支持㈣ 部===料為肩膀，則懸吊彈菁 心侧内侧(以軛鐵固持部8a為-圓時該圓之中 輛鐵固^ 输17彳_槽嵌合， 部8T與設於下框4之缺口部K (參照圖6)喪合 4)/突起部8丁之手掌牢固地抓住缺口部Κ之下框 部8c及突^8丁及= 部鬥9 _士於下框4。支持料、懸吊彈簧 持畢f H：數置相同，於本發明之實施形態中為6。又，支 簧部8e及突起部8τ之數量亦可為2、3、4、$ 此下ί ί If部8e係設於支持部8b與突起部8τ之間之彈寄，藉 此下樞4與輛鐵部9可相對位移。 怦百精 固持機顧振動轉換器1中，可祕圈20、21 永（磁間隙）19之中心位置，俾不接觸概鐵部9 (底板 201043046 =狀部15與職17)，且可動賴2 夕(b)之上下方向之動作）之狀態受到固持。下動（圖2 夕半使用波形阻尼器，而依本發奋能^而吕，擴音器中 器之阻尼器8如圖1、圖2 只人；；之电機-機械振動轉換 部分之頂板】7插人二係祕之— 可藉由係彈簧材之燐青鋼、不_、ί/除f脂外，亦 加工品製造。 所製成之沖裁 ο 器等，但現在年幾所以= 器，阻尼 舉例而言有:相對於擴音器生產使： 固定作業，而與一般的擴音器生產^協Ϊ 固持較之f感音響裝置用電機姻振動轉換器需 就Γί 卓兀3，使用將酚樹脂浸潰於布中之波形阻尼器， 適i阻=而ί用ΐ就ί使其形狀小型化而言皆不 形狀者。文良蝶开/阻尼使用特化為電機-機械振動轉換器用之 〇 是重持較重的磁路單元3，阻尼器8之懸吊彈簧部8c之形狀 磁敗f擴音器等不同’以阻尼器8之懸吊彈簧部8C吊起有重量的 +拖3，並需振動驅動重量大的人體載置物之體感音響裝置用 機械振動轉換器之阻尼器8中會承受相當大的負載，而易於JtT's complex annular (sense) damper (miscellaneous damper 8a, magnetic pole inside the annular damper 8a; 3c (also known as screw hole 3a, '3b, 〇b built-in damper part 3俾) The inside of the lower frame 4 can be arranged. The upper frame 2 and the damping mu are coated on the upper portions 3a and 4a, 2b, 3b and 4b, 2c, 3c, and the second screw holes 2a are obtained. The screws inserted on the side of the upper frame 2 are fixed. ®, in the same position, make it Ο, and the upper frame 2 _ 5 can be supported by _ and the lower frame *. The inner side of the device is supported by a damper. In the outer ring 17 === the edge of the city portion 15 of the noisy 16 ^, ❹ is not only provided with the coil 21. The second winding around which the wire 20 is disposed is disposed in the gap 19. The knife is mounted on the upper frame and the annular damper is composed of the following: a light iron holding portion 8a, holding the iron portion 9; and, p3 = = part " and _ she) 'housing and spicy to == 201043046 And an annular resistance formed on the central portion (bottom portion) of the lower frame 4 is abutted against the bottom of the bottom plate 16. The stolen 4 has a motor-mechanical vibration converter constructed as above, and is transmitted to the Lai 21, 21 magnetic and inter The magnetic disturbances generated are caused by the relative changes of the housing portion 9 and the housing via the dampers 8a and 8b to generate a somatosensory acoustic vibration. The iron of the temple is next, and the support in the housing is described in detail with reference to FIG. The damper-form. As shown in Fig. 17, the damper consists of a double ring 8a of different sizes: 8b 〇, , and has an iron portion 9. And is disposed outside the first damper 8a: overhang = Weng suspension Cyanine 8M, _ is formed in each of the suspension springs 8M, 8b2, 8b3 (the end portions 26a, 26b, % ΪΪΪ outer peripheral portion) is provided with support portions such as, %, 3C (also as the hole portion 3a, north, 3c) ), Ϊίΐΐΐ: The parts ^%, 3C and screws can be used to connect the suspension springs 8M, 8B, 8b3, 8/3, and the other end of the brackets 25a, 25b, 25c' by the joint portion 25a , 25b, 2 to allow the connection of the door slings, Gu, 8W. In relation to the first-damper pair. ^3Ϊ, 1 is formed in front of the connecting portion of the adjacent suspension spring to form a motor for the somatosensory sound device that the driver supports. _ Mechanical vibration conversion piano 3 sense sound device motor and mechanical vibration converter county meat; f sound The motor and mechanical vibration converter of the device need to be arranged in a thin thinner or thinner mattress, and it should not cause discomfort to the human body. We must use the lightning data and install the human body on such chairs and beds. In the middle, it is also required to fully consider the shape of the motor-mechanical shop H. The material _ has a hard object to resist (do not make j 201043046 error to enter = send people also due to the following circumstances, has continued to try the sound system for this structure Use the motor_mechanical vibration transducer to use the magnetic circuit (magnet, ^ shallow. This motor-mechanical, the manufacturing is also very different. Dynamic =;; two == different from the shell. For example, cone loudspeakers, etc. The technical personnel who are very involved in it complete their standard basic structure. The H phase has reached the completion of the domain, and has a history of mechanical vibration converters with its members, and the participation has not been completed. Therefore, there is a standard basic structural improvement in the research and development process. The following elements The technical concept or the invention element of the jin. These 3 inventions are used for the construction of the motor and mechanical vibration converter. In order to improve the performance of the development and improvement of the performance, the number of parts is easy to assemble (cost reduction effect) In the above (1) and (3), but the second one is made into a motor/mechanical vibration converter that is easy to be used in a loudspeaker manufacturing line, and the components and dynamics are two: ί: Therefore, most of them are produced in the loudspeaker factory. However, the structure of the conical expansion is different, and the assembly and production methods are different. The pair has a long history and high completion, and has a loudspeaker with standard basic structure. In terms of j, 'different from this is easy to cause rejection, and the motor of the somatosensory sound device _ $ mechanical vibration conversion ϋ low structural maturity is more likely to make the rejection reaction more dramatic. These will become easy to cause cost rise The factor of increase in high or non-performing rate. Although it is not easy to use the simplistic concept of a loudspeaker when it is manufactured outside the factory, it is due to magnetism, yoke, movable coil, various adhesives, etc. = material supply The cost of feeding or operating habits of the gap gauges will be higher than that of the loudspeaker manufacturers and will not compete with them under favorable conditions. 201043046 2. Assembly of the loudspeakers in the manufacturing line with adhesives The assembly of many products is carried out by “screw needles. However, the steps of the sound reinforcement and adhesion are mostly used to make the adhesive. Therefore, the structure of the expansion screw is not coordinated with it. Mechanical vibration __ # m ϊί _ sound motor - = L, 4a ~ 4c screw hole), so the so-called somatosensory sound 褒 set Si machine - machinery ^ in the production line of the amplifier is not coordinated. However, the vibration is used to manufacture a so-called somatosensory sound-receiving motor-mechanical machine, and the same as above, which leads to an increase in cost.妩5 The above-mentioned subject 'The object of the present invention is to provide a seed-like sound-changing F-use/mechanical vibration converter' that can be easily used in a loudspeaker manufacturer. The above object can be patented by the present invention. The invention of the fine 丨 item was reached. [Embodiment] The embodiments of the invention will be described with reference to the drawings. The part i is assigned to the motor 'mechanical vibration conversion _ or the equivalent of the motor mechanical vibration converter 1 is composed of the following. The housing is composed of the upper frame (coil holder fitting) 2 and the lower frame (housing fitting h). ; magnetic circuit f element (magnetic circuit accessories) 3, built in the housing. , , single 70 3 holding (four) stone ls and subtraction on J 2 is a dish shape, forming a road at its center ~ middle opening 5 by brand Plugged in. < Opening #5. Completed state. Its straight =, lower section, central part ' sticky _ heart _, the Ministry of Execution 201043046 'The outer circumference has a wire 7 extension' can be the movable coil 2 in the housing - The column age is / 'held on the ring damper 8 _; and the magnet 18, which is held by the yoke portion 9. ο The inner part is covered with the upper part 2 to cover the upper part thereof. The type protrusion 8 is in the 2484 inner 2 3 The iron portion 9 can be formed by the T-shaped protrusion 8 Τ of the damper 8 , and the outer periphery of the damper 8 is provided with a notch portion 容纳 to accommodate the structure & the bottom plate 16 and the top plate 17 of the annular top plate 17 The edge of the edge and the bottom plate 16; ^ = . Also, in the gap 19. The edge of the circular opening portion 5 of the magnetic annular hollow portion is formed between the bottom plate 16 and the top plate 17, and the clock has, In the upper frame 2, 20, a cylindrical coil frame extending in a predetermined position at the coil frame 20 constitutes a movable coil). Further, the coil (the coil frame 20 and the coil 21 are arranged on the frame 2) In the air, the part (movable coil) is attached to the 〇^s ---- and the bottom of the lower frame (salty) 4 is pasted with a round opening. The hole at the bottom of the housing is a through button. Part) 6a. When the internal temperature rises, the air in the casing expands === the converter action buffer is r, so the lower surface is damped by the weight of $8 and the lighter part 4 and the _th part 9 are relatively displaceable. 9 201043046 The wire 7 having the motor-mechanical vibration converter i having the above configuration is transmitted to the coil 21, and the magnetic interference between the magnetic force of the magnetic force and the magnetic force of the magnet 18 is caused by the gap (magnetic gap) 19. = The coil is supported by the housing. The iron portion 9 and the housing are relatively changed. The damper 8 can be manufactured, for example, by resin molding. The damper 8 is detachable, so it can be used as a spring. Figures 3 and 4 detail one of the forms of the branch (ring) damper in the housing. The iron ring and the annular damper 8 include: a carbon-shaped retaining portion ga of the shape of the iron, holding the iron portion 9; since the iron county portion is radially protruding toward the phase; the bulleting port "c, along the vehicle The circumference 8b of the iron retaining portion 8a extends until immediately before the other support portions %; and (1) from the respective support 4 opposite 8T, at the terminal of the _ spring portion & (with the support (four) portion === for the shoulder, the suspension bomb The inner side of the center of the centroid (when the yoke retaining portion 8a is -round, the iron is fixed in the circle by 17 彳 slot fitting, and the portion 8T is comminuted with the notch portion K (see Fig. 6) provided in the lower frame 4 4) / The protrusion of the protrusion 8 is firmly grasped by the notch portion 框 under the frame portion 8c and the protrusion 88 and the hopper hopper 9 _ _ in the lower frame 4. The support material and the suspension spring are the same as f H: the number is the same, and is 6 in the embodiment of the present invention. Further, the number of the branch spring portions 8e and the protrusion portions 8τ may be 2, 3, 4, and the lower portion 8e is provided between the support portion 8b and the protrusion portion 8τ, whereby the lower pivot 4 It is relatively displaceable with the iron portion 9.怦 精 固 固 固 固 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动 振动2 The state of the action in the upper and lower directions (b) is held. Downward movement (Fig. 2 uses a wave damper on the eve of the half, and according to the present, it can be used, and the damper 8 of the loudspeaker is shown in Fig. 1 and Fig. 2;; the motor-mechanical vibration conversion part Top plate] 7 inserts the second series of secrets - can be made by the spring material of the spring material, not _, ί / in addition to f grease, also processed products. The production of the rushing device, etc., but now the number Therefore, for example, the damping is: relative to the production of the loudspeaker: fixed operation, and the production of the general loudspeaker is better than that of the acoustic transducer of the acoustic device. 3. Use a wave damper that immerses the phenol resin in the cloth, and the y-resistance = ί ΐ ΐ ί 使其 形状 形状 形状 形状 形状 形状 形状 文 文 文 文 文 文 文 文 文 文 文 文 文 文 文 文 文 文 文 文The vibration converter is used to hold the heavier magnetic circuit unit 3, the shape of the suspension spring portion 8c of the damper 8 is different, the magnetic amplifier f is different, and the like, the suspension spring portion 8C of the damper 8 is lifted with weight. +3, and need to vibrate to drive the weight of the human body, the somatosensory sound device will withstand the damper 8 of the mechanical vibration converter When the large load, and easy
〜起=裂等問題。例如圖5所示，若懸吊彈簧部8c之寬度一定（T 突起部8T之極近處寬度為wl，大約在中間之寬度為w2，支 w %極近處之寬度為w3時wl=w2=w3)，則於具重量之磁路 3之固定端部此與施加負載質量之殼體（下框4)側之固定 巧。卩8T (正確而言圖5中由圓χ所圈住之附近）將產生裂缝而導 致斷裂。 11 201043046 為避免此，依本發明之實施形態3之阻尼器8之懸吊部如 見度’如圖3 (d)所不’成wl>w2，w3>w2。 亦即為如下之形狀。 (1) 於具重量之磁路單元3側之固定端（支持部8b)， 部8c之寬度（彈簧寬度）朝頂板lv (内周側）擴大。圖3 之虛線顯示寬度-定之情形。於支持部8b附近虛線出現於 8c之内周側，故可理解上述者。 (2) 於施加貞載質量之下框（殼體）4細 起部8T)彈簀寬度朝殼體側（外周側）擴大。圖3 ^ 型突起部ST附近’虛線出現於懸吊部8c之外周側，故可理 述者。 以許多經驗與實驗，吾人得知藉由如上述〇)、（2)設 懸吊部8c之寬度，可有效迴避斷裂。在此重要的是 ^ 板17 (内周側）擴大彈簧寬度”，與⑵的”朝 擴大彈簧寬度”。 右假如與（1)相反”朝下框4 (外周側） 迴ί斷裂之Ϊ果，因下框4與包含頂^之磁路』 辦w中移為避免固定端部（支持部8b)之前端接觸下框（殼 振動轉，小型化下=:)而成為阻礙電機姻 μα且若與（2)相反”朝頂板17 (内周侧）擴大彈箬寬度,，，則不 斷裂之效果，因下框4與磁路單J相 =立移= f免固5端部（與T字型突起部8T之T字相反之-端：)之前端接 轉之H大下框（殼體）4，*成為阻礙電機-機械振動 轉換器小型化之要素，並不適當。 总s如此依圖2〜圖4所示之本發明之實施職之阻尼器8非常 ίί之示塑膠之成型品之例，但此彈簧形狀亦i合= 材之燐月銅、不_、彈簧鋼㈣板所製成之沖裁加工品。 效。且阻尼器8朝殼體（下框4)之固定部灯亦極大地使效果奏 201043046 依本發明之實施形態，阻尼器8 (τ字型突起部8Τ)如圖2〜圖4所亍匕體框，）側之固定部 4之^口部K嵌合可固定阻尼器8。因此=著=將其與下框 參照圖6說明同程序。又， 不而累者固^ ° 圈座配件）2中之可動線圈（線圈3於上框（線 表示包含於磁路單元3中之底板16( 1 ) ° ^地痛略 U)於殼體（下框4)之6 3其柱狀部15)與磁石18。 溝槽塗布繼雜著船财周設置之 ο 步驟中將黏著劑塗布於殼體外周部於此 =2壓住導線7，並將其確實i著：Ξί Si ΐί5Ξ 布黏著劑於殼體外周部之黏著部以同時進= s生;作業内容舆錐形擴音器之組裝線相同，易於以擴音 8T西使ί路單元3之突起部，亦即阻尼器8之T字型突起部 灯配合缺口部κ，將磁路單元3褒入贿（下框4)。大起4 u S予=路it3之突起部(τ字型突起部8Τ)黏結劑。 〇 卩將财。在將上框（線 ί裝於殼體（下框4)前置人間隙規h間= 將 =凸部2X嵌入殼體之凹部=凸 (f)於維持置入間隙規J之狀態下進行孰化。此係使點菩龜丨 二步驟。至上述為止步驟結束後，於插入有間隙規（可 亦得之狀態下直接使其熟化’等待黏著劑乾燥•固定。此 亦係、，生吊於擴音器製造線所進行之步驟。 門之熟化後’如圖8所示’將名牌5a黏貼於上框2以塞住 熟化結束後取下間隙規，將名牌（罩蓋）5a黏貼於線 * 、邛’以塞住可動線圈之孔。此係如與安裝擴音器罩蓋相 13 201043046 日ί牌&中於較薄的銘板上附有兩面黏著膠帶，应-般 機-機械振動轉換器的臉，亦為設計上之重點。^ #，亦為電 器以==路，，阻尼 {m) ° wmS# 為支^部“^=即^=發生作用，故 固定，故固37(77圖7tf2；^3中’3阻尼器與殼體系藉由螺釘 殼體外側而阻礙並小型化。 a 3c、4a〜4c)會大幅突出於 擴音器製造線中i行之問題（如進行之組裝不宜在 行使用轆轤塗布黏擴音器生產線中主要係進 ^對於此’依本發明實施形態之 將固定部（Τ字型突起部8Τ) 二子狀肷合，可 體與線圈座之黏著部分 ^^外周（亦即可將其收進殼 端為τ字型，其前端沿外周方°固定部前 雖亦可以γ字型或十字型固定，但:2二上3突出(例如 虞）。且組褒*法中心部拉的力而脫離之 以進行组裝，故可麵於料純轆轤塗布黏著劑 如此’依本發明實° 化’並易於在擴音ϋ線進行製 ^機構可使裝置小型 圖2〜圖4所示之固本；^也是有利的。 朝殼體中心之力者固定部亦可不、土但，、要疋固定部可支持 字型突起部8Τ之前端部分沿外二予狀。圖9顯示另-例。Τ 8Τ彼此連結，藉此固定部°°延長’鄰接之Τ字型突起部 之作用效果奏效。又，圖9之;、二匁Τ字狀固定部相同 此係為迴避導線7之插入孔（哎^下之部分）有一缺口， 201043046 又，上逑（e)中「將上框2安裝於殼體（下框 4X上以止同時將設於上框2外周之凸部2X後錢體之凹部 」係為防止上框2因導線7而被往上推，引起斑裳 所構成之賴座^定機構作為至黏著劑硬^為^ 之固持機構，扮演提高產品產量之重要角色。 戰化為止 4中^ί^10即能理解’凹部仅有2個，分別設於通過下框 相t/ΐη線與下框4外周交叉之點（換言之，配置2個凹邱4Χ 相互成I80度相反）。如同圖（a)、（c)之側损圖张_ 4X為鉤狀。 "疋例視圖所不’凹部 Ο ❹ 八^ U即能理解，與凹部4X相同，凸部2X有2個， 二別叹置成自通過上框2中心之直線與上框4 軟办 出。凸部2X解狀突起部。 ηX又之點犬 習知者巾因此部分係_著固定，存在有成為擴音 中難以協調之要素之問題，與藉由_安裝使· 動1換器之外形敎之缺點。且殼體中，需制 入螺母插入成型，會導致成本提高。 人 p t ir月之實施形態，線圈座固定部（凸部2χ與凹部4χ) 成型，對降低成本有所助益。且絲螺釘部 亦不大幅犬出’對小型化有所助益。且其特長可帶來極大好 如亦易於與擴音器製造線取得協調，亦無製造體感音塑 機_機械振轉換i之-大綱，即來自齡_製造叙y斥反應。 線圈座固定部（凸部2X與凹部4X)係用以使上框2盘下^ 4密接固狀機構’而因其安紐置之_有時會與導線安g部及 導線7互相干擾。圖12顯示為避免此，使殼體之線圈座固定凹 部4X)與、線圈座之突起部（凸部2χ)遠離導線安裝部及導線7 附近Υ之例。此例不需使殼體之導線安裝部形狀變得複雜即可， 並產生可消除甚少發生之因突起部導致之干擾之效果。線圈座固 定部（凹部4Χ)位於導線安裝部及導線7附近γ，可防止因來自 導線7之壓力導致線圈座浮起而引起黏著不良等。 15 201043046 座固定部換器中，線圈 位置），亦可達成此目的。離導線之位置（例如橫向 -般係經由動⑵:械信號 出端，故易於發生端子部中总勒，換益之议體本身係振動輪 以螺釘峡端子時亦易於發生因振動導日致^不良。 之突起部造：安裝丄以:引起對小型化構成妨礙’或端子 自如此之經驗中得知，體感音響裝 之：：導動ΪΓ:*之繞線-部分所h =ΐί =機=振動轉換器中其導線部分亦會振動故 換=口問=固持機構用零件’電機亀 之導制牺賴翻科，外形不變大即可作用 2條=二-tf線插入用孔。私1係用以使導線本體亦即 ί 2係用以使1條導線通過之導線孔。 2;1之雷㉝刖ϋ下側）導線之被覆被剝除，藉此將其焊接於線圈 内部，2條導線大致翻折呈⑽度，其前端抵達Hy_2 〇 〇 圖13中，於殼體（下框4)-部分外周部設有導雜入孔4γ， 在此如關⑴所示插人乙烯平行線之導線。左右插人孔4υ_2、 j"部之直i^、（圖13 (C)之符號Ζ)，故此部分扮演防止 ¥線則端過度X出之止動部之肖色，使導線之插人作業可確實進 16 201043046 =所^ 自線圈座抽出之可動線圈21之導線如圖13 ()所不，接·焊接於乙烯平行線之端部。 定，^ΪίΓ塗;ίΓ焊接後與可麟圈之導線焊接之部分，以固 i牛锋舰進行航，等絲賴絲•固定。 同=;ϊ線ΐ所進行者本質上無不同，大致可以相 ^。7仃八後經動作试驗等完成。此點亦與製造擴音器時相 Ο~ From = crack and other issues. For example, as shown in Fig. 5, if the width of the suspension spring portion 8c is constant (the width of the T-protrusion portion 8T is very close to wl, the width at the middle is w2, and the width at which the branch w% is very close is w3, wl=w2 =w3), the fixed end of the magnetic circuit 3 having the weight is fixed to the side of the casing (lower frame 4) to which the load mass is applied.卩8T (correctly in the vicinity of the circle surrounded by the circle in Figure 5) will cause cracks and cause fracture. 11 201043046 In order to avoid this, the suspension portion of the damper 8 according to the third embodiment of the present invention has a degree 'ww>w2, w3 > w2 as shown in Fig. 3(d). It is also the shape as follows. (1) On the fixed end (support portion 8b) on the side of the magnetic circuit unit 3 having the weight, the width (spring width) of the portion 8c is enlarged toward the top plate lv (inner peripheral side). The dotted line in Figure 3 shows the width-fixed case. The dotted line near the support portion 8b appears on the inner peripheral side of 8c, so that the above can be understood. (2) The frame (housing) 4 thin portion 8T) is enlarged toward the casing side (outer peripheral side) under the application of the load mass. The dotted line in the vicinity of the ^-shaped projection ST appears on the outer peripheral side of the suspension portion 8c, so that it can be explained. With a lot of experience and experimentation, it has been found that the width of the suspension portion 8c can be effectively avoided by the width of the suspension portion 8c as described above. What is important here is that the plate 17 (inner peripheral side) enlarges the spring width", and (2) the "expanded spring width". Right if it is opposite to (1) "downward frame 4 (outer peripheral side) Because the lower frame 4 and the magnetic circuit including the top ^ are moved to avoid the fixed end (support portion 8b), the front end is in contact with the lower frame (shell vibration, miniaturization =:), and the motor is blocked. If the magazine width is enlarged toward the top plate 17 (inner peripheral side), the effect of the rupture is not broken, because the lower frame 4 and the magnetic circuit single J phase = vertical shift = f free solid 5 end (with The T-shaped opposite end of the T-shaped projection 8T: the upper end of the H-shaped lower frame (housing) 4, which is the end of the rotation, is an element that hinders the miniaturization of the motor-mechanical vibration converter, and is not appropriate. Thus, the damper 8 of the present invention, which is shown in FIG. 2 to FIG. 4, is an example of a plastic molded article, but the shape of the spring is also the same as the material of the moon copper, not _, spring steel (four) The punched product made of the plate is effective, and the fixed portion of the damper 8 toward the casing (lower frame 4) also greatly effects the effect 201043046 according to the embodiment of the invention, damping 8 (τ-shaped protrusion 8Τ) as shown in Fig. 2 to Fig. 4, the side portion K of the fixing portion 4 is fitted to fix the damper 8. Therefore ===refer to the lower frame Figure 6 illustrates the same procedure. Also, the movable coil in the 2) ring seat fittings) (the coil 3 is in the upper frame (the line indicates the bottom plate 16 (1) contained in the magnetic circuit unit 3. Slightly U) in the casing (lower frame 4) 6.3 its columnar portion 15) and the magnet 18. The groove coating is carried out in the step of the ship's financial week. In the step, the adhesive is applied to the outer periphery of the casing. 2 Squeeze the wire 7 and make it true: Ξί Si ΐί5Ξ The adhesive of the cloth is applied to the adhesive portion on the outer circumference of the casing to simultaneously enter the s raw; the operation content is the same as the assembly line of the cone loudspeaker, which is easy to expand. The sound of the 8T west makes the protrusion of the ί road unit 3, that is, the T-shaped protrusion lamp of the damper 8 cooperates with the notch κ, and the magnetic circuit unit 3 is bribed (lower frame 4). The protrusion of the road it3 (the τ-shaped protrusion 8Τ) is a binder. In the upper frame (the line is attached to the housing (lower frame 4), the front gap is h) = will = convex 2X Embedding the recess of the housing = convex (f) to maintain placement The crucible is in the state of the gap gauge J. This is the second step of the point botanical turtle. After the end of the above steps, the gap gauge is inserted (the maturity can be directly obtained in the same state), waiting for the adhesive to dry and fix. This is also the step carried out by the loudspeaker manufacturing line. After the door is matured, as shown in Figure 8, the brand name 5a is pasted on the upper frame 2 to close the gap after the maturation is completed. The brand name (cover) 5a is adhered to the line *, 邛' to plug the hole of the movable coil. This is the same as attaching the megaphone cover 13 201043046 ί 牌 & The face of the tape, the machine-mechanical vibration converter should also be the focus of the design. ^ #,also for the electric appliance with == road, damping {m) ° wmS# for the branch ^^^^^^, the fixed action, so solid 37 (77 Figure 7tf2; ^3 in the '3 damper The housing and the housing are obstructed and miniaturized by the outside of the screw housing. a 3c, 4a to 4c) will greatly protrude from the problem of the i-line in the loudspeaker manufacturing line (if the assembly is not suitable, the coating will not be used.) In the production line of the present invention, in the embodiment of the present invention, the fixing portion (the U-shaped projection portion 8Τ) is spliced in two pieces, and the adhesion portion of the body and the coil holder is externally mounted (ie, it can be received) The inlet end is of the τ-shape, and the front end of the casing can be fixed in the γ-shape or the cross-type before the fixed portion in the outer circumference. However, the 2nd and the upper 3 are protruded (for example, 虞), and the force of the central portion of the group 褒* method is pulled. And the separation is carried out for assembly, so that the adhesive can be applied to the pure enamel coating, so that it can be easily formed in the sound reinforcement 可使 line, and the device can be made small as shown in FIG. 2 to FIG. It is also advantageous to fix the body. The fixing part toward the center of the housing may not be soiled, but the fixing part may support the font protrusion 8 The front end portion is in the shape of the outer two. Fig. 9 shows another example. The Τ 8 连结 is connected to each other, whereby the fixing portion ° extends the effect of the adjacent Τ-shaped protrusion portion. Further, Fig. 9; The word-shaped fixing portion is the same. This is to avoid the insertion hole (the portion under the cymbal) of the wire 7 and has a notch. 201043046 In addition, in the upper cymbal (e), "the upper frame 2 is attached to the casing (the lower frame 4X is stopped at the same time). The concave portion of the body of the convex portion 2X disposed on the outer periphery of the upper frame 2 is configured to prevent the upper frame 2 from being pushed up by the wire 7, thereby causing the squatting mechanism formed by the smear to be hardened to the adhesive. ^ The holding mechanism plays an important role in improving the output of the product. It can be understood that there are only two recesses in the middle of the battle, which are located at the outer circumference of the lower frame 4 through the lower frame phase t/ΐη line. Point (in other words, configure 2 concave cubes 4Χ to be opposite to each other by I80 degrees). As shown in Figures (a) and (c), the side loss map _ 4X is hooked. "The example view is not 'concave Ο ❹ 八^ U can understand that, like the recess 4X, there are two convex portions 2X, and the second sigh is set to be soft from the straight line passing through the center of the upper frame 2 and the upper frame 4. 2X solution-like protrusions. ηX and then the dog-known person towel is therefore partially fixed, and there is a problem that it is difficult to coordinate in the sound reinforcement, and it is shaped by the _ installation and the change of the device. Disadvantages, and the insertion of the nut into the housing requires an increase in cost. In the embodiment of the pt ir month, the coil holder fixing portion (the projection 2 χ and the recess 4 χ) is molded, which is helpful for reducing the cost. The wire screw part is also not a big dog's benefit for miniaturization, and its special features can be greatly improved, and it is easy to coordinate with the loudspeaker manufacturing line, and there is no manufacturing body-sensing sound machine_Mechanical vibration conversion i - the outline, that is, from the age _ manufacturing y rep reaction. The coil holder fixing portion (the projection portion 2X and the recess portion 4X) is for causing the upper frame 2 to be in close contact with the wire-shaped mechanism and the wire 7 to interfere with each other. Fig. 12 shows an example in which the coil holder fixing recess 4X) of the housing and the projection (protrusion 2) of the coil holder are separated from the lead mounting portion and the vicinity of the lead wire 7 in order to avoid this. In this case, it is not necessary to complicate the shape of the wire mounting portion of the casing, and it is possible to eliminate the interference caused by the projections which is less likely to occur. The coil holder fixing portion (recess 4) is located in the vicinity of the lead wire mounting portion and the wire 7 to prevent adhesion of the coil holder due to pressure from the wire 7. 15 201043046 Seat fixed part changer, coil position), can also achieve this purpose. The position of the wire (for example, the transverse direction-like system (2): the mechanical signal output end, so it is easy to occur in the terminal part. The change of the body itself is the vibration wheel and the screw-gap terminal is also prone to vibration. ^Poor. The protrusion is made: the installation is made to: cause the obstruction to miniaturization' or the terminal is known from the experience, the somatosensory sound is mounted:: Guided ΪΓ: * winding - part of h = ΐ ί = machine = vibration converter, its wire part will also vibrate, change = mouth ask = part of the holding mechanism 'motor 亀 导 牺 牺 牺 牺 牺 , , , , , , , , , , , , , , , , , , , , , , , , , , , , The hole 1 is used to make the wire body, that is, the wire hole through which the wire is passed, and the wire of the wire is passed through the wire. The coating of the wire is stripped, thereby welding it to the wire. Inside the coil, the two wires are roughly folded at (10) degrees, and the front end thereof reaches Hy_2. In Fig. 13, a miscellaneous entrance hole 4γ is provided in the outer peripheral portion of the casing (lower frame 4), as shown in the off (1). Insert the wires of the parallel lines of ethylene. Insert the left and right holes 4υ_2, j" the straight part i^, (symbol Ζ of Fig. 13 (C)), so this part plays the role of preventing the stop line from being excessively X out of the stop line, so that the wire is inserted It can be surely entered into 16 201043046 = the wire of the movable coil 21 extracted from the coil holder is not connected to the end of the ethylene parallel line as shown in Fig. 13 (). Ding, ^ Ϊ Γ Γ ;; Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ Γ The same as =; ϊ line ΐ carried out intrinsically no difference, roughly can be compared. After 7-8, it is completed by action test. This is also related to the manufacture of loudspeakers.
發明實施賴之導線處理機構不财需特別之構件 增體感音魏制電機·機械振動轉換11並可固持•連接 你鹿f單ΐ明關於係前作*之磁路單元3之組裝。藉蝴隙規定 .οσ 、石附有阻尼器之頂板以定位磁空隙之黏著步驟與儀 二，由間隙規定位底板、磁石、附有框架之頂板以定位磁 it黏f麵完全相同’使狀黏著辦同。因此對擴音器製 3中之生產不會造成任何妨礙，與本發明無直接故省^此 以上之說明。 以上雖已敘述關於磁路單元3係外磁型之情形，但當然其亦 可為内磁型。 /、 ώί發明實施形態，可不使用螺釘而藉由黏著劑組裝，故可藉 ί二習知之擴音器相同之步驟生產體感音響裝置用電機-機械振i ，換器。因此’可易於在擴音器製造商之製造線中生產，可提昇 八生產效率，並亦減少不良率。 本發明不由以上之實施形態所限定，於申請專利範圍中所記 ，之發明範_當射進行各雜更，此等者亦包含於本發明^ 章έ*圍內。 【圖式簡單說明】 圖1(a)係依發明實施形態之電機_機械振動轉換器之前視圖。 圖Kb)係依發明實施形態之電機-機械振動轉換器之側視圖。 17 201043046 圖1 (C)係圖1 (a)所示之M_M箭 圖2 (a)係依發明實施形態之電备機^ ^ (已卸下上框2之狀態）。 動轉換时之刖視圖 圖2 (b)係圖2 (a)所示之A_A，箭視 圖3⑷係頂板17與將其固持 ^面 圖3⑻係N-N箭視剖面圖。于P尼斋8之别視圖。 圖3 (c)係P-P箭視剖面圖。 圖3⑷係阻尼器8之懸吊彈簧部8c之放。 ^ 3 (')係阻尼器8之軛鐵固持部如之剖面放大圖。 圖4 係頂板17與將其固持之阻尼器 圖3反過來之狀態之圖）。 〈觀/SK顯不便 圖4 (b)係阻尼器8之支持部肋之放大圖。 且尼器另-例（比較例）之部分放大圖。 序之2明^本發明貫施形態之電機-機械振動轉換器之總組裝程 ，7魏㈣實絲態n賴赫概以總組 咅J面圖。 =8係依發明實施職之電機機械振㈣換器獅 剖面圖。Inventive implementation of the wire processing mechanism does not require special components. The body-sensing sound system Wei motor · mechanical vibration conversion 11 and can be held and connected. You deer f single-speaking about the assembly of the magnetic circuit unit 3. According to the rule of the crease, οσ, the stone is attached with the top plate of the damper to locate the adhesion of the magnetic gap and the instrument 2, the gap is defined by the bottom plate, the magnet, and the top plate with the frame is positioned to be exactly the same as the magnetic viscous surface. with. Therefore, there is no hindrance to the production in the loudspeaker system 3, and the above description is not directly related to the present invention. Although the case where the magnetic circuit unit 3 is an external magnetic type has been described above, it is of course also possible to be an internal magnetic type. In the embodiment of the invention, the adhesive can be assembled without using a screw. Therefore, the motor-mechanical vibration and the transducer for the somatosensory sound device can be produced by the same steps as the conventional loudspeaker. Therefore, it can be easily produced in the manufacturer's manufacturing line, which can improve the production efficiency and reduce the defect rate. The present invention is not limited by the above embodiments, and the invention is described in the scope of the patent application, and the invention is also included in the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1(a) is a front view of a motor_mechanical vibration converter according to an embodiment of the invention. Figure Kb) is a side view of a motor-mechanical vibration converter in accordance with an embodiment of the invention. 17 201043046 Fig. 1 (C) is the M_M arrow shown in Fig. 1 (a). Fig. 2 (a) is an electric backup machine according to an embodiment of the invention (the state in which the upper frame 2 has been removed). Fig. 2 (b) is the A_A shown in Fig. 2 (a), and Fig. 3 (4) is the top plate 17 and the holding surface. Fig. 3 (8) is a N-N arrow sectional view. A view of the 8 different from P Nizhai. Figure 3 (c) is a cross-sectional view of the P-P arrow. Fig. 3 (4) is a release of the suspension spring portion 8c of the damper 8. ^ 3 (') is a cross-sectional enlarged view of the yoke retaining portion of the damper 8. Fig. 4 is a diagram showing the state in which the top plate 17 and the damper holding it are reversed in Fig. 3). <View/SK is inconvenient Fig. 4 (b) is an enlarged view of the support rib of the damper 8. And a partial enlarged view of another example (comparative example). The second assembly of the present invention is the total assembly process of the motor-mechanical vibration converter of the present invention, and the 7 Wei (four) solid state n rye is based on the total group 咅J surface diagram. =8 is a sectional view of the mechanical vibration of the motor (4) converter lion according to the invention.
U ，J係依發明實施形態之電機-機械振動轉換器之另一阻尼器 之刖視圖。 JL(、a)〜（c)係依發明實施形態之電機-機械振動轉換器 下框。(设體）之前视圖及側視圖。 〜（b)係依發明實施形態之電機-機械振動轉換器 上框（線圈座）之前視圖及剖面圖。 ΐ上2係依發明實施形態之電機- 機械振動轉換器之變形例，已 變更線圈座固定部之位置。 係下框4之前視圖。 係導線安裝部及導線7附近Y之放大圖。 圖13(e)係Q-Q箭視剖面圖。 18 201043046 圖13 (d)係下框4之剖面圖。 圖13 ( e )係R-R剖面圖。 圖13 (f)係已插入導線之狀態圖。 圖14係顯示習知之電機-機械振動轉換器之分解立體圖。 圖15係習知之電機-機械振動轉換器一部分之剖面俯視圖。 圖16顯示沿圖15之F-F線之剖面圖。 圖17係顯示習知之電機-機械振動轉換器之阻尼器圖。 【主要元件符號說明】 BOND〜黏結劑 O J〜間隙規 κ〜缺口部 s〜緩衝材 wl、w2、w3〜寬度 X〜圓 Y〜導線安裝部及導線附近 Z〜4Y-2下部 1〜電機-機械振動轉換器 2〜上框 0 2a、2b、2c〜螺孔部（螺釘用孔）（固定部） 2X〜凸部 3〜阻尼器部（磁路單元） 3a、3b、3c〜支持部（螺孔部）（螺釘用孔）（固定部） 4~下框 4a、4b、4c〜螺孔部（螺釘用孔）（固定部） 4X〜凹部 4Y〜導線插入用孔 4Y-1〜貫通孔 4Y-2〜導線孔（插入孔） 5〜開口部 19 201043046 5 a〜頂面蓋 5a〜名牌 6〜阻尼器 6a〜缓衝材 7〜導線 8〜阻尼器 8a〜輛鐵固持部（阻尼器） 8a-1〜凸部 8b〜支持部（阻尼器）（懸吊彈簧部） 8c〜懸吊彈簣部（懸吊部） 8T〜突起部（固定端部）（固定部） 8bl、8b2、8b3〜懸吊彈簧 9〜軛鐵部 11a、lib、11c〜螺釘 15〜柱狀部 16〜底板（軛鐵部） 17〜頂板（軛鐵部） 18〜磁石（磁極） 19〜空隙 20〜線圈框（可動線圈） 21〜線圈（可動線圈） 25a、25b、25c〜連結部 26a、26b、26c〜端部 20U, J is a top view of another damper of the motor-mechanical vibration converter according to the embodiment of the invention. JL (, a) to (c) are the lower frame of the motor-mechanical vibration converter according to the embodiment of the invention. (set) front view and side view. ~(b) is a front view and a cross-sectional view of the upper frame (coil holder) of the motor-mechanical vibration converter according to the embodiment of the invention. According to a modification of the motor-mechanical vibration converter of the embodiment of the present invention, the position of the coil holder fixing portion has been changed. Close the previous view of box 4. An enlarged view of the wire mounting portion and the vicinity of the wire 7 Y. Figure 13 (e) is a cross-sectional view of the Q-Q arrow. 18 201043046 Figure 13 (d) is a cross-sectional view of the lower frame 4. Figure 13 (e) is a cross-sectional view of R-R. Figure 13 (f) is a state diagram of the inserted wire. Fig. 14 is an exploded perspective view showing a conventional motor-mechanical vibration converter. Figure 15 is a cross-sectional plan view of a portion of a conventional motor-mechanical vibration converter. Figure 16 is a cross-sectional view taken along line F-F of Figure 15. Figure 17 is a damper diagram showing a conventional motor-mechanical vibration converter. [Main component symbol description] BOND~bonding agent OJ~gap gauge κ~notch s~buffering material wl,w2,w3~width X~circle Y~wire mounting part and wire vicinity Z~4Y-2 lower 1~motor- Mechanical vibration transducer 2 to upper frame 0 2a, 2b, 2c to screw hole portion (hole for screw) (fixed portion) 2X to convex portion 3 to damper portion (magnetic circuit unit) 3a, 3b, 3c to support portion ( Screw hole) (screw hole) (fixed portion) 4 to lower frame 4a, 4b, 4c to screw hole (screw hole) (fixed portion) 4X to recess 4Y to wire insertion hole 4Y-1 to through hole 4Y-2 to wire hole (insertion hole) 5 to opening portion 19 201043046 5 a~ top cover 5a to name plate 6 to damper 6a to cushioning material 7 to wire 8 to damper 8a to iron retaining portion (damper) 8a-1 to convex portion 8b to support portion (damper) (suspended spring portion) 8c to suspended elastic portion (suspended portion) 8T to protrusion (fixed end) (fixed portion) 8b1, 8b2 8b3~suspension spring 9 to yoke portion 11a, lib, 11c to screw 15 to columnar portion 16 to bottom plate (yoke portion) 17 to top plate (yoke portion) 18 to magnet (magnetic ) 19~ void 20~ 26a, 26b, 26c~ ends of the coil block (moving coil) 21~ coil (moving coil) 25a, 25b, 25c~ coupling portion 20