200843298 九、發明說明： 【發明所屬之技術領域】 、本發明侧於-種支撐馬達之基座及具能基座之震 馬達’並且特別地，係關於一種可避免馬達過度受熱之基座及具 有該基座之震動馬達。 /、 【先前技術】 近年在電子產品中使用震動馬達的情形越來越多。並且 • ΐ於電子產品巾之電子零件在組立製造上常使麟伽流蟬接之 表面黏著設計。此種製造方式係將電子零件放置於印刷了乳狀 ，之電路板之賊的位置上後，再藉由於加紐娜化之乳 ^將電^元件固^於電路板上。因此，震動馬達亦有被要求^ 二面黏著^又计。然而震動馬達係一轉動構件，且因應電子產品 2 動馬達亦微型化。加熱爐所產生的熱極可能使得震 而&的熱^f產生*可回復的損害，尤其是主要經由電路板傳遞 龜焉逵!2=^達多僅著重基座如何固定其中的馬達，常使得 φ _，接觸電路板，例如馬達本體直接接觸電 ΐΐ、去ii接接觸_底部，底部又整面地焊接至電路板上。或 iiit體，基座底部突出之平台’但是底部仍整面地焊接至 l^iLO·、E i這使彳于纟翌由電路板傳遞的熱仍會迅速傳遞至馬達，造 而造成馬達零件不可回復的損害。 進 某座設計—種可避免馬達過度受熱之具有該 基座之震動馬達’以避免上述問題。 【發明内容】 本發明之-鱗在雜供—種麟支撐馬達並可避免馬達過 5 200843298 度受熱之基座及具有該基座之震動馬達。 本發明之震動馬達包含一馬達以及一基座。該美 一 部、-夾持部以及複數個支撐板。該底部具有—第二 該ίϊίΐΓΓ第—表面之上形成—用以毅該“ =接延伸。該複數敝撐板可彼此分麵各自獨立與該底200843298 IX. Description of the Invention: [Technical Field] The present invention is directed to a base for supporting a motor and a shock motor having a base (and in particular, a base for avoiding excessive heating of the motor and A vibration motor having the base. /, [Prior Art] In recent years, there have been more and more cases of using vibration motors in electronic products. And • The electronic parts that are used in electronic products are often designed to make the surface of the galvanic flow bonded. In this manufacturing method, the electronic component is placed on the printed circuit board, and the position of the thief on the circuit board is printed, and then the electric component is fixed on the circuit board by the milk of the genius. Therefore, the vibration motor is also required to be ^ two sides of the adhesion ^ again. However, the vibration motor is a rotating member, and the motor is also miniaturized in response to the electronic product. The heat generated by the heating furnace is extremely likely to cause the damage of the shock and the heat to be recovered. In particular, the turtle is mainly transmitted through the circuit board! 2=^Dado only focuses on how the base fixes the motor. Often, φ _, the contact circuit board, for example, the motor body directly contacts the electric cymbal, the ii contact _ bottom, and the bottom is welded to the circuit board over the entire surface. Or iiit body, the platform protruding from the bottom of the base' but the bottom is still welded to l^iLO·, E i, so that the heat transferred from the circuit board will be quickly transferred to the motor, resulting in the motor parts Unrecoverable damage. Into a design - a vibration motor with the base that avoids excessive heating of the motor to avoid the above problems. SUMMARY OF THE INVENTION The scale of the present invention supports a motor in a miscellaneous supply and can avoid a motor that has a heat of 5, 2008,43,298 and a vibration motor having the base. The vibration motor of the present invention includes a motor and a base. The beauty, a gripping portion and a plurality of support plates. The bottom has a second surface formed on the surface - for the extension of the "= extension. The plurality of gussets can be separated from each other independently from the bottom
體實闕巾’該馬達之重《錄通過由該複數個支 ^板所圍成之區定地支撐該馬達。於另—具Ζ 穩固定支撐該馬達。絲部具有—與該第—表_對^ 面’該底部以該第二表面連接至一電路板上。 夾持部包含—突出部，該突出部大致朝向該第—表面自該 ，持，延伸。該突出部可與該複數個支撐板相對設置，藉此可^ 此外，本發明之震動馬達之支撐板係折彎該底部之一部分而 =。該複數個支撐板可藉由沖壓製程來形成。並且，該複數個 你i板中之—支撐板與該第—表面形成—夾角。該夾角的存在可 侍該複數個支撐板具有彈簧功能，致使當該馬達於運轉中產生 的震動可由該支撐板的彈簧特性來吸收，進而避免該震動馬達與 ，電路板間之烊劑因吸收震動而產生錫裂，甚至造成該震動馬^ 效、。另外，於一具體實施例中，該複數個支撐板中之一支撐板 之-邊係呈職形，亦即該支撐板的自由端呈現弧形。該弧形係 配合該馬達本體外形，使得該支撐板可有效地支撐該馬達。 另外，該震動馬達進一步包含一擋板，該擋板與該底部及該 夾持部連接。該擋板可單純地用以止住該馬達，或進一步於其上 形成一通孔，以供該馬達之轉軸穿過並定位該馬達本體之前^。 此外，可於該底部之該第二表面上形成一盲孔或一孔洞。藉此， 熔化的焊劑可填充該盲孔或該孔洞，進而增加該震動馬達與該電 6 200843298The body of the towel 'the weight of the motor' is recorded by the area enclosed by the plurality of plates to support the motor. The other has a stable and fixed support for the motor. The wire portion has - and the surface of the table - the bottom portion is connected to a circuit board by the second surface. The clamping portion includes a protrusion that extends from the first surface toward the first surface. The protrusion may be disposed opposite to the plurality of support plates, whereby the support plate of the vibration motor of the present invention bends a portion of the bottom portion. The plurality of support plates can be formed by a stamping process. And, the plurality of plates in the i-plate form an angle with the first surface. The presence of the included angle allows the plurality of support plates to have a spring function, so that the vibration generated during the operation of the motor can be absorbed by the spring characteristics of the support plate, thereby preventing the interference between the vibration motor and the circuit board. The vibration causes tin cracking, and even causes the vibration to be effective. In addition, in a specific embodiment, one of the plurality of support plates has a shape of the side of the support plate, that is, the free end of the support plate has an arc shape. The arc fits the outer shape of the motor body such that the support plate can effectively support the motor. Additionally, the shock motor further includes a baffle coupled to the base and the clamping portion. The baffle can simply be used to stop the motor or further form a through hole therein for the shaft of the motor to pass through and position the motor body. In addition, a blind hole or a hole may be formed on the second surface of the bottom. Thereby, the molten flux can fill the blind hole or the hole, thereby increasing the vibration motor and the electricity 6 200843298
路板之間平行於該電路板的附著力。另外，該馬達包含一 SMT 接腳’與該底部之該第二表面配合，以使得該震動馬達成為一 SMD電子元件。 " 因此’根據本發明之震動馬達’該基座使得該馬達被提高以 遠離該電路板，並且僅以該複數個支撐板之自由端以近似線J觸 的方式支撐該馬達，減少經由該複數個支撐板傳遞至該馬達的 熱，進而避免該馬達直接受熱而產生不可回復的損害。同時，該 複數個支撐板與該底部形成該夾角，致使該複數個支撐板具有^ 簧功能，可用以吸收震動、避免錫裂，進而延長使用壽命。/、The adhesion between the boards is parallel to the board. Additionally, the motor includes an SMT pin ' mating with the second surface of the base to cause the shock motor to be an SMD electronic component. "therefore the 'vibration motor according to the present invention', the base causes the motor to be raised away from the circuit board, and the motor is supported by the free ends of the plurality of support plates in an approximate line J, reducing The plurality of support plates transmit heat to the motor, thereby preventing the motor from being directly heated to cause irreversible damage. At the same time, the plurality of support plates form the angle with the bottom, so that the plurality of support plates have a spring function, which can be used to absorb vibration, avoid tin cracking, and thereby prolong the service life. /,
關於本發明之優點與精神可以藉由以下的發明詳述 式得到進一步的瞭解。 國 【實施方式】 請參晒-A至F ’ ® - A餘示根據本發明之第一罝 體實施例之震動馬達1之正視圖，其中馬達12之 ^ ίϊΐϊΐ。鱗示震動馬達1之俯視圖。圖- c ;;示 戾動馬達1之左侧視圖。圖一 D係繪示圖一 A中 5圖’其中馬達12未纷示於圖中。圖—E係!會示圖—A中沿‘ B j中馬達12未繪示於圖中。圖—F係緣示圖- 中h Z-Z線之剖面圖，其中馬達12未繪示於圖中。 才^㈣-較佳具體實施例，本發明之震動 二底部14、夾持部16以及二個支撐板18a、18b 有弟一表面142以及與第一表面142相對之第二 j j 面係呈_字形’並於Π字形的兩端與^部14連接持 = '、底4 14於第-表面142上形成用以容置馬達12之 设置在該空間中。底部14以第二表面144連接至ΐ二 上(未顯碰®巾）。支撐板收、⑽係自丨 ^^板 延伸。支撐板18a、18b可彼此分離並各自獨立與底=4=4。2 7 200843298 根據第一較佳具體實施例，底部14、夾持部16、支撐板18a、 18b係一體成型。 此外，支撑板18a、18b係分別折弯底部14之一部分而形 成。此形成步驟可藉由沖壓製程來達成。支撐板18a、18b係相 對地折考形成’並且於底部14形成一個通孔146。此通孔146可 做為悍接時的通氣孔，以解決底部14焊接於電路板上時可能產 生焊劑空洞的問題。進一步地，此通孔146可因毛細現象吸附部 分焊劑脫離第二表面144，並延伸至支撐板i8a、丨此上。藉此， 震動馬達1可承受較大的平行於電路板的侧向力。The advantages and spirit of the present invention can be further understood by the following detailed description of the invention. [Embodiment] Please refer to the sun-A to F' ® - A for a front view of the vibration motor 1 according to the first embodiment of the present invention, wherein the motor 12 is ϊΐϊΐ ϊΐϊΐ. The top view of the scale vibration motor 1 is shown. Figure - c ;; shows the left side view of the tilting motor 1. Figure 1 is a diagram of Figure 1A in Figure 5 where the motor 12 is not shown in the figure. Figure - E system! Diagram - A in the ‘B j motor 12 is not shown in the figure. Fig. F is a cross-sectional view of the line Z-Z in the middle, where the motor 12 is not shown in the figure. (4) - In a preferred embodiment, the vibrating bottom portion 14, the clamping portion 16 and the two supporting plates 18a, 18b of the present invention have a surface 142 and a second jj surface opposite to the first surface 142. The glyph ' is connected to the ^ portion 14 at both ends of the U-shaped shape = ', and the bottom portion 4 14 is formed on the first surface 142 to accommodate the motor 12 disposed in the space. The bottom portion 14 is joined to the second side by a second surface 144 (untouched® towel). The support plate is received, and (10) is extended from the ^ ^^ plate. The support plates 18a, 18b can be separated from one another and each independently and bottom = 4 = 4. 2 7 200843298 According to a first preferred embodiment, the bottom 14, the clamping portion 16, the support plates 18a, 18b are integrally formed. Further, the support plates 18a, 18b are formed by bending a portion of the bottom portion 14, respectively. This forming step can be achieved by a stamping process. The support plates 18a, 18b are oppositely formed to form ' and a through hole 146 is formed in the bottom portion 14. The through hole 146 can be used as a vent hole for splicing to solve the problem that a flux void may be generated when the bottom portion 14 is soldered to the circuit board. Further, the through hole 146 may adsorb the portion of the flux from the second surface 144 due to the capillary phenomenon and extend to the support plate i8a. Thereby, the vibration motor 1 can withstand a large lateral force parallel to the circuit board.
一請參閱圖二A至C，圖二八至〇：係分別對應圖一 ;〇至1?繪 ，支撐板18a、18b之另一折彎型態之剖面圖。如圖二a至c所 示，支撐板18a、18b亦可背對背地折彎成形。在此種情況下， 將有兩個通孔146’形成在底部14。另外，請參閱圖三a至c，圖 ,A a至C係分別對應圖一 d至F繪示支撐板i8a，、18b，之另一折 彎型態之剖面圖。支撐板18a，、18b，亦可平行於馬達12之轉軸 122，並且於底部14形成一通孔146"。同理，支撐板i8a»、18h, 亦可背對背地折彎成形，在此不再贅述。⑽ *根據第一較佳具體實施例，支撐板l8a、18b分別具有自由 ^ 182a、182b。此自由端1似、1821>呈現弧形以配合馬達12本 體之外=，以更有效地支撐馬達12，如圖一 D或圖二A所示。 ，此’若馬達12具有平坦的底部，則自由端182a、182b將 壬Ϊΐί，以有效地支撐馬達12。並且具有平坦底部的馬^ /有直線自由端182a、182b之支撐板i8a、18b尚具有 馬達12本體於馬達12運轉時產生旋轉的功能。 ^外，請參閱圖四A&B，圖四A係繪示馬達12之重心& L與支撐板18a、18b幾何關係之正視圖，圖四b係綠示 ......之重心Gr之垂線L與支撐板18a、18b幾何關係之俯視 8 200843298 圖’其中馬達12以中心線表示。根據第一較佳具體實施例，馬 達12#之重心G之垂線L通過支撐板18a、18b所圍成之區域r 内。藉此，支撐板18a、18b可直接支撐馬達以重量^焉達口 之重心Gr不會對馬達12本身產生旋轉力矩。 請參閱圖一 A至F，夾持部16上形成一個突出部162。此突 出部162係朝向底部14並正對於支撐板18a、18b突出。藉此， 馬，12可更穩固地被夾持。需注意的是，突出部162之位置及 數^不以上述為限。於實際應用中，在夾持部16兩侧上亦可形 成突出，可更減少由夾持部16傳遞至馬達12本體之熱。 明參閱圖五，圖五係緣示根據一具體實施例圖一 B中沿 線之另-剖面圖，其中馬達12未顯示於圖中。支撐板版、勘 分別與底部I4之第-表面可形成夾角α，如圖五所示。於實 際應用中，支撐板18a、18b與底部14形成之夾角不以相同為 限、。由於夾角α的存在，支撐板18a、具有彈簧功能，致使當 馬達I2於運轉中產生的震動可由支撐板18a、勘的彈菁特性來 吸收’進而避免鶴馬達〗與電路韻之焊_吸收震動而產生 錫裂，甚至造成震動馬達1失效。 • 请參閱圖一 C至F，本發明之震動馬達1進一步包含一個擋 板20。此擋板20同時與底部14及夾持部16連接。擋板2〇上形 成-個通孔202。此通孔202可供馬達12之轉轴122穿過並定位 馬達12本體之前部124。根據第一較佳具體實施例，可利用抽引 技術將底部14、夾持部16、支撐板18a、18b以及擋板2〇 -體 成形，並可使得震動馬達1的結構更為增強。 、L回此夕 1,參閱圖六A及B ’圖六A係繪示根據-具體實施例 沿圖一一中Z-Z線之剖面圖，其中馬達π未顯示於圖中。圖六 B係繪不該具體實施例之仰視圖。如圖六A及B所示，於該且體 實施例中，於底部14之第二表面144上可形成一孔'洞148以及 9 200843298 一盲^ 150。藉此，熔化的焊劑可填充孔洞148或盲孔15〇，進 而顯者增加展動馬達1與電路板之間於平行電路板的附著力。 另外，根據上述具體實施例，馬達包含一 SMT接腳 126 ’與底部14之第二表面〗44配合，以使得震動馬達i可成為 一 SMD電子元件。當然，本發明之震動馬達仍適用於插板式馬 達，不待贅述。 因此，根據第一較佳具體實施例，本發明之震動馬達工藉由 支撐板18a、18b將馬達12托高以遠離電路板，避免於SMT製 釭中之加熱爐加熱電路板時，過多的熱由電路板經底部14傳遞 至馬達12而產生不可回復的損害。同時，支撐板18a、18b以近 似線接觸來支撐馬達12，更有助於大幅減少熱的傳導。同時，支 撐板18=、18b與底部14得以夾連接，使得支撐板18a、18b 具有彈簧的功能，可用以吸收震動、避免錫裂，進而延長震動馬 達1的使用壽命。 请參閱圖七A及B，圖七A係繪示根據本發明之第二較佳且 體之震動馬達3之正視圖，其中馬達32之隱藏的輪廓ς 以虛線表示。圖七Β係緣示震動馬達3之左側視圖。與第一較佳 具體實施狀震動馬達丨減，震動馬達3之鱗部％係由兩 個夾板36a、36b組成。擋板40係直接由底部34延伸。擋板4〇 ίί以Ϊΐ 362a、362b與爽持部36連接，以增加擒板4〇結構 強度。展動，達3之底部34、播板4〇以及夾持部％亦可一體成 ί ° 較佳具體實施例，震動馬達3之未說明處及其變體 均可直接參考第一較佳具體實施例，在此不再贅述。 ㈣，圖“翁示根據本發明之第三較佳具 3:: Ϊ馬達5之正視圖，其中馬達52之隱藏的輪廓線 以虛線表不。圖八Β係繪示震動馬達5之左侧視圖。盥 具體實施例之震動馬達3相較，震動馬達5之失持部、％係一端 200843298 ° , ^60 由圖八A由f ^片562a、562b與夾持部％連接。並且， 槿β采冰尚可觀察到震動馬達5之支撐板58a、58b之么士 體成^關3馬達5之底部54、擔板6〇以及夹持部56亦可: 2型。關於第三較佳具體實 二 =;接參考第-較佳具體實施例’在此不ΐίΐ ίί 部5=導端1 底部％連接，因此由底部54經由夾持 傅^至馬達52之熱將大為減少。 除盘ΪϋΪ :根據本發明之震動馬達，其支撐板將馬達托高， 而^達達外’亦可避免直接由底部傳導至馬達 支竹、復的損害。並且支撐板以近似線接觸的方法 ίίίϊΖί。ί少經蚊撐板傳遞至該馬達的熱。因此本發 可有效避免過加熱爐對馬達產生的不良影響，並 了進一步地谷許更高溫的SMT製程溫度。 处、，支撐板與底部可形成夾角，致使支擇板具有彈簧功 二巨^用以吸收，動避免錫裂，進祕長使用壽命。另外，於震 可！ΐ之ΐ部之第二表面可形成孔洞或盲孔，致使於焊劑熔化時 “二參同ϊ盲孔，甚至部分焊劑可因毛細現象而延伸至底部之 2此ΐ加震動馬達與電路板間之附著力。同樣地，由 效^心底相成較撐板卿成之通⑽有與上述孔洞相同之 細藉較佳具體實施狀詳述，係希魏更加清楚描述本 Si特y精神’而並非以上述所揭露的較佳具體實施例來對 ，月^崎加以限制。相反地’其目的是希望能涵蓋各種改變 ^具相雜的安排於本發明所欲申請之專利範圍的範嘴内。因 ϊ，本發明所中請之專利範_範賴該根據上述的說明作最寬 貝的解釋’贿使翻蓋所有可能的改變以及具相等性的安排。 200843298 【圖式簡單說明】 之正視圖。 、根據本發Μ第-較佳具體實賴之震動馬達 圖一〜系繪示圖—Α之雳叙 圖q厶之震動馬達之俯視圖。 Τ®-A之震動馬達之左側 圖一〜系繪示R 一 „ p 圖—At沿似線之剖關。 圖一 £偏會示圖-A中沿γγ^ 口 γ^γ線之剖面圖。 圖=係一·—剖面圖。 圖二:::應圖一 _彻板之另-折彎型態之剖面圖。 Λ、ί應圖一 Ε繪示立於^； +。 圖二另—㈣型態之剖面圖。 圖：“ 曰丁支撑板之另-折f型態之剖面圖。 α-A係鮮應圖一輯示支撐板之另心 圖三牙板之另-折彎型態之剖面圖。 糸對應圖-E繪示支撐板之斤 圖三〇及 外弓裂恶之剖面圖。 —係對應圖一F繪示支撐板 圖四A 研弓型悲之剖面| 圖 係、會示馬達之重心之垂線與 叉琮板幾何關係之」 四 T) 2^ 係％示馬達之重心之垂線與支 、文按板幾何關係之> 圖五係誇示根據一具體實施例 口 B中泣線之剖面 圖 圖 12 200843298 圖六A係繪示根據一具體實施例沿圖一 B中Z-Z線之剖面 圖。 圖六B係繪示該具體實施例之仰視圖。 圖七A係繪示根據本發明之第二較佳具體實施例之震動馬達 之正視圖。 圖七B係繪示圖七A之震動馬達之左側視圖。 圖八A儀繪示根據本發明之第三較佳具體實施例之震動馬達 之正視圖。 圖八B係繪示圖八A之震動馬達之左侧視圖。 【主要元件符號說明】 1、3 :震動馬達 12、32、52 :馬達 14、34、54 :底部 16、36、56 :夾持部 18a、18b、18a’、18V、58a、58b :支撐板 20、40、60 :擋板 36a、36b :夾板 122 :轉轴 124 :前部 126 :接腳 142 :第一表面 144 :第二表面 146、146f、146” ：通孔 148 :孔洞 150 :盲孔 162 :突出部 182a、182b :自由端 202 ·•通孔 13 200843298 362a、362b、562a、562b :舌片 α:角度 R:區域 Gr :重心 L :垂線Please refer to Fig. 2A to C, Fig. 28 to 〇: Fig. 1 corresponds to Fig. 1; Fig. 1 to Fig. 1 and Fig. 18a, 18b are another sectional view of the bent type. As shown in Figures 2a to c, the support plates 18a, 18b can also be formed back-to-back. In this case, there will be two through holes 146' formed in the bottom portion 14. In addition, please refer to Fig. 3a to c, Fig. Aa to C are corresponding to Fig. 1 to Fig. 12 respectively, showing the support plates i8a, 18b, and another sectional view of the bent type. The support plates 18a, 18b may also be parallel to the rotating shaft 122 of the motor 12, and a through hole 146" is formed in the bottom portion 14. Similarly, the support plates i8a», 18h can also be formed back-to-back, and will not be described here. (10) * According to the first preferred embodiment, the support plates 18a, 18b have free ^ 182a, 182b, respectively. The free end 1 resembles, 1821> assumes an arc to fit outside the body of the motor 12 to more effectively support the motor 12, as shown in Figure 1 or Figure 2A. If the motor 12 has a flat bottom, the free ends 182a, 182b will be 壬Ϊΐί to effectively support the motor 12. Further, the support plates i8a, 18b having the flat bottoms and the linear free ends 182a, 182b have the function of rotating the body of the motor 12 when the motor 12 is in operation. ^, please refer to FIG. 4A & B, FIG. 4A is a front view showing the geometric relationship between the center of gravity & L of the motor 12 and the support plates 18a, 18b, and FIG. 4b is the center of gravity of the green display... A plan view of the geometric relationship between the perpendicular line L of the Gr and the support plates 18a, 18b. 200843298 Figure 2 wherein the motor 12 is indicated by a center line. According to a first preferred embodiment, the vertical line L of the center of gravity G of the motor 12# passes through the region r enclosed by the support plates 18a, 18b. Thereby, the support plates 18a, 18b can directly support the motor so that the center of gravity Gr of the weight does not generate a rotational moment to the motor 12 itself. Referring to Figures A through F, a projection 162 is formed in the clamping portion 16. This projection 162 is directed toward the bottom portion 14 and is projecting toward the support plates 18a, 18b. Thereby, the horse, 12 can be clamped more firmly. It should be noted that the position and number of the protrusions 162 are not limited to the above. In practical applications, protrusions may also be formed on both sides of the clamping portion 16, which may further reduce the heat transferred from the clamping portion 16 to the body of the motor 12. Referring to Figure 5, there is shown a further cross-sectional view along line B of Figure 1 in accordance with an embodiment, in which motor 12 is not shown. The support plate, the surface and the surface of the bottom I4 can form an angle α, as shown in FIG. In practical applications, the angle formed by the support plates 18a, 18b and the bottom portion 14 is not limited to the same. Due to the presence of the angle α, the support plate 18a has a spring function, so that the vibration generated during the operation of the motor I2 can be absorbed by the support plate 18a and the characteristics of the projected elastics, thereby avoiding the crane motor and the welding of the circuit _ absorption vibration The occurrence of tin cracking even caused the vibration motor 1 to fail. • Referring to Figures 1 through C through F, the vibration motor 1 of the present invention further includes a baffle 20. This baffle 20 is simultaneously connected to the bottom portion 14 and the clamping portion 16. A through hole 202 is formed in the baffle plate 2 . This through hole 202 allows the shaft 122 of the motor 12 to pass through and position the front portion 124 of the body of the motor 12. According to the first preferred embodiment, the bottom portion 14, the holding portion 16, the support plates 18a, 18b, and the baffle plate 2 can be formed by the drawing technique, and the structure of the vibration motor 1 can be further enhanced. Figure 6A and B' Fig. 6A is a cross-sectional view taken along line Z-Z of Fig. 1 through a specific embodiment, wherein the motor π is not shown in the figure. Figure 6B is a bottom view of the specific embodiment. As shown in Figures 6A and B, in the embodiment, a hole 'hole 148 and 9 200843298 a blind ^ 150 may be formed on the second surface 144 of the bottom portion 14. Thereby, the molten flux can fill the hole 148 or the blind hole 15〇, thereby significantly increasing the adhesion between the spread motor 1 and the circuit board on the parallel circuit board. Additionally, in accordance with the above-described embodiment, the motor includes an SMT pin 126' that mates with the second surface 44 of the bottom portion 14 such that the shock motor i can be an SMD electronic component. Of course, the vibration motor of the present invention is still applicable to the plug-in type of motor, and will not be described again. Therefore, according to the first preferred embodiment, the vibration motor of the present invention lifts the motor 12 away from the circuit board by the support plates 18a, 18b, thereby avoiding excessive heating of the circuit board in the SMT manufacturing furnace. Heat is transferred from the circuit board to the motor 12 via the bottom 14 to cause irreversible damage. At the same time, the support plates 18a, 18b support the motor 12 in near-line contact, which is more conducive to greatly reducing heat conduction. At the same time, the support plates 18 =, 18b and the bottom portion 14 are clip-connected, so that the support plates 18a, 18b have the function of a spring, which can be used to absorb vibration and avoid cracking of the tin, thereby prolonging the service life of the vibration motor 1. Referring to Figures 7A and B, Figure 7A is a front elevational view of a second preferred body vibration motor 3 in accordance with the present invention, wherein the hidden contour 马达 of the motor 32 is indicated by a dashed line. Fig. 7 is a left side view showing the vibration motor 3. In contrast to the first preferred embodiment, the vibration motor is reduced, and the scale portion of the vibration motor 3 is composed of two splints 36a, 36b. The baffle 40 extends directly from the bottom 34. The baffle 4 〇 ίί is connected to the holding portion 36 by Ϊΐ 362a, 362b to increase the structural strength of the raft 4 。. For the exhibition, the bottom 34 of the 3, the 4th of the broadcast board, and the % of the clamping portion can also be integrated into a preferred embodiment. The unillustrated portion of the vibration motor 3 and its variants can be directly referenced to the first preferred embodiment. The embodiment is not described here. (4) Figure 4 is a front view of the third preferred device 3:: Ϊ motor 5 according to the present invention, wherein the hidden contour of the motor 52 is indicated by a broken line. Figure 8 shows the left side of the vibration motor 5盥 盥 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动 震动It can be observed that the bottom of the support plate 58a, 58b of the vibration motor 5 is the bottom 54 of the motor 5, the support plate 6 and the clamping portion 56 can also be: Type 2. For the third preferred Specifically, the second embodiment is further referred to as a preferred embodiment. The portion 5 is connected to the bottom of the lead end 1 so that the heat from the bottom portion 54 to the motor 52 is greatly reduced. ΪϋΪ ΪϋΪ ΪϋΪ 根据 根据 根据 根据 根据 根据 根据 根据 根据 ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ΪϋΪ ί Less than the heat transmitted by the mosquito gusset to the motor. Therefore, the hair can effectively avoid the overheating furnace to the motor The adverse effects of the raw, and further higher temperature SMT process temperature. At the same time, the support plate and the bottom can form an angle, so that the support plate has a spring power two giant ^ for absorption, to avoid tin cracking, into the secret Long life. In addition, Yu Zhenke! The second surface of the crotch can form holes or blind holes, so that when the flux melts, the two holes are blind and even part of the flux can be extended to the bottom due to capillary phenomenon. 2 This is the adhesion between the vibration motor and the board. Similarly, the effect of the bottom of the heart is better than that of the above-mentioned hole (10), which is the same as the above-mentioned hole, and the detailed description of the preferred embodiment is more clearly described by Xi Wei. The preferred embodiment disclosed is limited, and the moon is limited. Rather, the purpose of the invention is to cover various modifications and arrangements within the scope of the patent scope of the invention. Because of this, the patent of the invention should be interpreted as the broadest interpretation of the above description. The bribe makes all possible changes to the flip and the arrangement of equality. 200843298 [Simplified illustration of the diagram] The front view. According to the first and second preferred embodiment of the present invention, the vibration motor is shown in the figure.左侧®-A's vibration motor on the left side of Figure 1 ~ shows R „ p diagram—At along the line of the line. Figure 1 偏 会 - - - - - γ γ γ γ γ γ γ γ γ γ γ Fig. = Fig. 1 - section view Fig. 2::: Fig. 1 - section of the other - bend type of the figure. Λ, ί should be shown in the figure of ^; +. Fig. 2 - (4) Sectional view of the type. Figure: "A cross-section of the other-folded f-type of the support plate of the Kenting. The α-A system should be shown in Fig. 1. The other part of the support plate is a cross-sectional view of the other-bend type of the three-tooth plate.糸 Corresponding figure-E shows the section of the support plate. - Corresponding to Figure 1 F shows the support plate Figure 4 A Research bow type sad section | The figure shows the geometric relationship between the vertical line of the center of gravity of the motor and the fork plate" Four T) 2^% indicates the center of gravity of the motor Figure 5 is a cross-sectional view of the weeping line in the mouth B according to a specific embodiment. Figure 12A shows the ZZ line along the Figure B in accordance with an embodiment. Sectional view. Figure 6B is a bottom plan view of the particular embodiment. Figure 7A is a front elevational view of a shock motor in accordance with a second preferred embodiment of the present invention. Figure 7B is a left side view of the vibration motor of Figure 7A. Figure 8A is a front elevational view of a shock motor in accordance with a third preferred embodiment of the present invention. Figure 8B is a left side view of the vibration motor of Figure 8A. [Main component symbol description] 1, 3: vibration motor 12, 32, 52: motor 14, 34, 54: bottom 16, 36, 56: clamping portions 18a, 18b, 18a', 18V, 58a, 58b: support plate 20, 40, 60: baffles 36a, 36b: splint 122: shaft 124: front portion 126: pin 142: first surface 144: second surface 146, 146f, 146": through hole 148: hole 150: blind Hole 162: protrusions 182a, 182b: free end 202 • through hole 13 200843298 362a, 362b, 562a, 562b: tongue α: angle R: area Gr: center of gravity L: vertical line
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