1304671 九、發明說明： " 【發明所屬之技術領域】 -- 本發明是有關於一種定子裴置，特別是指一種馬達之 ^ 定子裝置。 、 【先前技術】 參閱圖卜習知風扇1包含有-般座η，_設於該殼座 11内之定子12、一與該定子12連接之電路板13、一穿套 • 於該定子12與電路板13之軸管14,及-可轉動地套設於 該軸管14内之扇輪15。 - 較子12具有—可供該軸管14穿套之承接環121、四 分別環繞且連接於該承接環121之連接座122，及四分別纏 繞於該連接座122上之定子線圈123。每一連接座122具有 一位於底部之插接部124，及一設於該插接部124上之導電 插腳125,每一定子線圈123具有一未被纏繞固定之引出線 127’並將其纏繞於對應的導電插腳125上。該電路板υ • 具有多數個可供所述導電插腳125穿設之插孔126。 該定子12與電路板13組合時，係將每-導電插腳125 連同纏繞於其上的引出線127 一起穿插過該電路板13之對 應插孔126’之後便可將兩者—起焊接於該電路板Η背面 之焊點上，以使該四定子線圈123與電路板」3予以連接固 定並形成電連接。該電路板13便可經由外部電源通電，而 與該四定子線圈123通電激磁生成磁場，利用磁性互斥原 理而驅動該扇輪15旋轉。 然而，當每-導電插腳125於穿插過該電路板13之對 1304671 應插孔126 _ ’卻因為所述插孔126《孔徑幾乎相等於所 述導電插_ 125之直徑，造成兩者之間 -因所述引出…有柔軟易斷裂的特性二成 每一引出線127必須要緊密地纏繞在對應的導電插腳125 上，以縮小其佔用空間，否則便非常容易與該電路板13之 插孔126内壁面磨擦碰撞而形成斷裂，以致影響該四定子 線圈123與電路板13之電連接關係，使得該定子之定 子線圈123無法有效通電激磁而驅動該扇輪15旋轉，因此 降低產品良率，產品品質較不穩定，連帶影響業者產品形 象與競爭力。 【發明内容】 因此，本發明之目的，即在提供一種馬達之定子裝置 ,能夠有效避免定子線圈之引出線與電路板之穿孔内壁面 磨擦碰撞而產生斷裂，提高產品品質與穩定度。 於是，本發明馬達之定子裝置，包含有一定子座、一 電路板、複數個導電件，及複數個定子線圈。 該定子座具有彼此對應疊設之一上絕緣架與一下絕緣 架，及一夾置於該上、下絕緣架之間的矽鋼片，該上、下 絕緣架皆具有一套環，及複數個由該套環間隔向外延伸之 圍繞片。該電路板係位於該定子座之下絕緣架外侧，並具 有一板體、一貫穿該板體之通孔，及複數個環繞該通孔且 貫穿該板體之穿孔，該板體具有一遠離該定子座之下絕緣 架的連接面。所述導電件則間隔設於該下絕緣架之套環上 ’其一端係穿伸過該電路板之對應穿孔且突出於該連接面 1304671 外並與該電路板形成電連接。每一定子線圈係纏繞於該上 下絕緣架之相互對應圍繞片上，並具有一穿伸過該電路 板之通孔的引出線，且其末端係電連接於該電路板與相對 應導電件之電連接處。 本發明之功效在於，藉由所述導電件是間隔設於該下 絕緣架之套環上，耆每一導電件穿設於該電路板之板體時 ，丼突出於該連接面外之一端係鄰近該通孔處，便於每一 疋子線圈之引出線先穿伸過該通孔，再將其末端與該電路 板以及相對應導電件同時焊接在—起，因此，可避免所述 引f線磨擦碰撞該電路板之穿孔内壁面而形成斷裂，藉以 提高本發明的產品品質與穩定度。 【實施方式】 切心久升他衩術…—W跖興功效，在 以下配合夢考圖式之二較佳實施例的詳細說明中，將可产 楚的呈現。 ^ 月φ在Γ毛月被17羊細4田述之别，要注意的是，在以下的說 明中，類似的兀件是以相同的編號來表示。 參閱圖2,本發明馬達之定子裝置3的第—較佳實施例 ’適用安裝於一散熱風扇2巾’該散熱風扇2包含有一續 座21、一固設於該殼座21中心之軸总 成 盛仏兮砧鈐"*白土人 B 2、一可轉動地設 置Γ Γ ，及—設於該扇輪23内側之磁 鐵環24 〇在本貫施例中，該定子裳置3日匕 風扇2時的態樣，而實際實施時，該定子^指安裝於該散熱 設於不㈣I f⑽冑㈣，所=運^ 1304671 之範圍非常廣泛，故不應侷限於本實施例之說明。 亥第較佳實施例包含有一定子座31、一電路板32、 四個導電件33，&四個定子線圈34(圖2中為方便說明，只 繪出其中一側的導電件33與定子線圈34)。 该疋子座31具有彼此對應疊設之一上絕緣架311與一 下、、邑緣木312，及一夾置於該上、下絕緣架311、312之間 的矽鋼片313，該上、下絕緣架311、312皆具有一穿套於 月、、、几扇2之軸管22的套環314、316，及四個由該套環 314、316等間隔向外延伸之圍繞片315、317(圖2中為方便 说明，只繪出該上、下絕緣架311、312之其中一側，也就 疋只繪出其中一側的圍繞片315、317)。其中，該上、下絕 緣架311、312皆是由塑膠等非導電材質所製成。 "亥電路板32係位於該定子座31之下絕緣架312外側 並且了與外部電源（圖未示）形成電連接，該電路板32具 有板體321、一貫穿該板體321之通孔322，及四個環繞 5亥通孔322且貫穿該板體321之穿孔323。該板體321則具 有遠離该定子座31之下絕緣架312的連接面324。 所述導電件33是間隔設於該下絕緣架312之套環316 上，其一端係穿伸過對應穿孔323且突出於該連接面324 外並與該電路板32形成電連接。 每一定子線圈34 一般是由銅線等金屬材質所製成，纏 繞於该上、下絕緣架3丨1、312之相互對應圍繞片315、317 上，並具有一引出線341，該引出線341是由該電路板32 之通孔322穿伸過，其末端係電連接於該電路板32與相對 8 1304671 應導電件33之電連接處。 當該定子裝置3通電後，電流即經由該電路板32、導 '件33，而傳遞至所述定子線圈34，以使所述定子娘圈 通電激磁後產生磁場。又因為該上、下絕緣架311、312是 由絕緣材質所製成，所以前述定子線圈34之電流被每一圍 繞片315、317所阻絕，只餘留磁力仍可穿過每一圍繞片 315、317產生作用，並藉由與設於該扇輪23内側之磁鐵環 , 24產生磁性相斥，進而推動該扇輪23旋轉。 本發明之该第一較佳實施例藉由所述導電件3 3是間隔 •設於該下絕緣架312之套環316上，當每一導電件33穿設 於該電路板32之板體321時，其突出於該連接面324外之 一端係鄰近該通孔322處，便於將每一定子線圈34之引出 線341先穿伸過該通孔322,再將其末端與該電路板32以 及相對應導電件33同時焊接在一起，以使該電路板32與 定子線圈34形成電連接。 • 相較於習知風扇1，當每一導電插腳125於穿插過該電 路板13之對應插孔126時，因為所述插孔126之孔徑幾乎 相等於所述導電㈣125之直徑，造成兩者的間隙過於狹 窄，因此使得纏繞於每一導電插腳125之引出線127容易 與該電路板13之插孔126内壁面磨擦碰撞而形成斷裂，以 致影響該四定子線圈123與電路板13之電連接關係。 反觀本發明之引出線341於穿伸過該電路板32的過程 中，是'由該通孔322内通過，而不是由該等穿孔323内通 過，因此不易磨擦碰撞到該電路板32之穿孔323内壁面而 9 1304671 心成斷4 ’可確保該電路板32與定子線圈％之電連接關 係，藉以提高本發明之產品品質與穩定度。 茶閱圖3、4’本發明馬達之定子裝置3的第二較佳實 _:大致類似於該第-較佳實施例，不同之處只在於： 母牙孔323是與该通？匕322相連通，並可區分為一可供 所述導電件33穿伸之大孔徑部325,及一連通該大孔徑部 325與通孔322且徑度小於該大孔徑部325之徑度的小孔徑 部 326 〇 每一定子線圈34之引出線341則是先由該電路板32 之通孔322牙伸過，再將其拉進相對應之穿孔323的小孔 仫邓326内，並將其末端電連接於該電路板32與相對應導 電件33之電連接處。 藉此方式，該第二較佳實施例之功效與該第一較佳實 施例相同，每一定子線圈34的引出線341是經由該通孔 322穿伸過該電路板32，而不須與所述導電件33 一起穿過 相對應穿孔323的大孔徑部325，因此不易磨擦碰撞到穿孔 323的内壁面而形成斷裂，可藉此提高本發明之產品品質與 穩定度。 歸納上述，本發明馬達之定子裝置3，藉由所述導電件 33是間隔設於該下絕緣架312之套環316上，當每一導電 件33穿設於該電路板32之板體321時，其突出於該連接 面324外之一端係鄰近該通孔322處，便於每一定子線圈 34之引出線341經由該通孔322穿伸過該電路板32，然後 再將其末端與該電路板32以及相對應導電件33同時焊接 10 1304671 在一起。相較於習知風扇！之引出線127容易磨擦碰撞該 電路板13之插孔126内壁面而形成斷裂，本發明之引出線 341不易磨擦碰撞到該電路板32之穿孔323内壁面，自秋 不易形成因此可確保該電路板32與定子剌34: 电連，關係’藉以提高本發明之產品品質與穩定度，有助 於提昇業者產品形象與市場競爭力。 I*隹以上所述者，僅為本發明之較佳實施例而已，當不 能以此限定本發明實施之範圍，即大凡依本發明申請：利 範圍及發明說明内容所作之簡單的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一剖視圖’說明習知風扇之組裝態樣； ^圖2是一局部剖視圖’說明本發明馬達之定子裴置的 第一較佳貫施例’安裝於一散熱風扇時之態樣； 、 圖3是一局部剖視圖，說明本發明馬達之定子裝置的 第二較佳實施例，安裝於該散熱風扇時之態樣；及 、 圖4是一俯視圖，說明該第二較佳實施例中，一 板與複數個導電件之結合態樣。 11 1304671 【主要元件符號說明】 2 散熱風扇 315 > 317 圍繞片 21 殼座 32 電路板 22 軸管 321 板體 23 扇輪 322 通孔 24 磁鐵環 323 穿孔 3 馬達之定子裝置 324 連接面 31 定子座 325 大孔徑部 311 上絕緣架 326 小孔徑部 312 下絕緣架 33 導電件 313 矽鋼片 34 定子線圈 314、 316 套環 341 引出線1304671 IX. INSTRUCTIONS: " TECHNICAL FIELD OF THE INVENTION The present invention relates to a stator arrangement, and more particularly to a stator device for a motor. [Prior Art] Referring to the drawings, the fan 1 includes a general seat η, a stator 12 disposed in the housing 11, a circuit board 13 connected to the stator 12, and a bushing. The shaft tube 14 of the plate 13 and the fan wheel 15 rotatably sleeved in the shaft tube 14. The mate 12 has a receiving ring 121 through which the shaft tube 14 can be passed, four connecting seats 122 respectively surrounding and connected to the receiving ring 121, and four stator coils 123 wound around the connecting seat 122, respectively. Each of the connecting bases 122 has a bottom portion of the plug portion 124, and a conductive pin 125 disposed on the plug portion 124. Each of the stator coils 123 has an untwisted and fixed lead wire 127' and is wound around it. On the corresponding conductive pin 125. The board υ has a plurality of receptacles 126 through which the conductive pins 125 can be placed. When the stator 12 is combined with the circuit board 13, the per-conductive pins 125 are inserted into the corresponding jacks 126' of the circuit board 13 together with the lead wires 127 wound thereon, and then the two can be soldered to the same. The solder joints on the back side of the circuit board are such that the four stator coils 123 are connected and fixed to the circuit board "3" to form an electrical connection. The circuit board 13 can be energized via an external power source, and the four stator coils 123 are energized to generate a magnetic field, and the fan wheel 15 is driven to rotate by the magnetic mutual exclusion principle. However, when the per-conductive pin 125 is inserted through the pair of the board 13 through the board 1436, the jack 126 _ 'but because the jack 126 "the aperture is almost equal to the diameter of the conductive plug _ 125, causing - because of the extraction...there are soft and easy to break characteristics. Each lead wire 127 must be tightly wound around the corresponding conductive pin 125 to reduce the occupied space, otherwise it is very easy to be connected to the jack of the circuit board 13. The inner wall surface of the 126 is frictionally collided to form a fracture, so that the electrical connection relationship between the four stator coils 123 and the circuit board 13 is affected, so that the stator coil 123 of the stator cannot be energized and energized to drive the rotation of the fan wheel 15, thereby reducing product yield. The product quality is relatively unstable, which affects the product image and competitiveness of the industry. SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a stator device for a motor that can effectively prevent the lead wire of the stator coil from colliding with the inner wall surface of the perforated plate of the circuit board to cause breakage, thereby improving product quality and stability. Thus, the stator assembly of the motor of the present invention comprises a stator base, a circuit board, a plurality of conductive members, and a plurality of stator coils. The stator base has an upper insulating frame and a lower insulating frame corresponding to each other, and a silicon steel piece sandwiched between the upper and lower insulating frames, the upper and lower insulating frames each have a set of rings, and a plurality of A surrounding piece extending outwardly from the collar. The circuit board is located outside the insulating frame under the stator seat, and has a plate body, a through hole penetrating the plate body, and a plurality of through holes surrounding the through hole and penetrating the plate body, the plate body has a distance away from the plate body The connecting surface of the insulating frame under the stator seat. The conductive member is spaced apart from the collar of the lower insulating frame. One end of the conductive member extends through the corresponding through hole of the circuit board and protrudes outside the connecting surface 1304671 to form an electrical connection with the circuit board. Each stator coil is wound on the corresponding surrounding piece of the upper and lower insulation frames, and has a lead wire extending through the through hole of the circuit board, and the end thereof is electrically connected to the circuit board and the corresponding conductive member. Junction. The effect of the present invention is that the conductive member is spaced apart from the collar of the lower insulating frame, and when each of the conductive members is disposed on the plate of the circuit board, the protruding portion protrudes from one end of the connecting surface. Adjacent to the through hole, the lead wire of each of the dice coils is allowed to pass through the through hole first, and then the end is welded to the circuit board and the corresponding conductive member at the same time. Therefore, the lead f can be avoided. The wire friction collides with the inner wall surface of the perforated plate of the circuit board to form a fracture, thereby improving the quality and stability of the product of the present invention. [Embodiment] It is known that the effect of the 心 久 久 ... — — — — — — — — — — — — — — — 功效 功效 功效 功效 功效 功效 功效 功效 功效 功效 功效 功效 功效 功效 功效 功效 功效^ Month φ is described by 17 sheep in the Γ毛月, and it should be noted that in the following description, similar components are indicated by the same number. Referring to FIG. 2, the first preferred embodiment of the stator device 3 of the present invention is adapted to be mounted on a cooling fan 2. The cooling fan 2 includes a refill 21 and a shaft fixed to the center of the housing 21.成盛仏兮仏兮钤"*白土人B2, a rotatably set Γ Γ, and a magnet ring 24 disposed inside the fan wheel 23 〇 In the present embodiment, the stator is placed for 3 days 匕In the case of the fan 2, in actual implementation, the stator is mounted on the heat dissipation in the range of not (IV) I f (10) 胄 (4), and the range of = 1304671 is very wide, and therefore should not be limited to the description of the embodiment. The preferred embodiment includes a stator base 31, a circuit board 32, four conductive members 33, and four stator coils 34 (for convenience of description in FIG. 2, only one of the conductive members 33 is depicted Stator coil 34). The scorpion 31 has an upper insulating frame 311 and a lower side, a rim 312, and a silicon steel sheet 313 sandwiched between the upper and lower insulating frames 311 and 312. The insulating frames 311 and 312 each have a collar 314, 316 which is sleeved on the moon, and a plurality of shaft tubes 22, and four surrounding sheets 315 and 317 extending outward from the collars 314 and 316. (For convenience of description in Fig. 2, only one of the upper and lower insulating frames 311, 312 is drawn, and only one of the surrounding sheets 315, 317 is drawn. The upper and lower insulating frames 311 and 312 are made of a non-conductive material such as plastic. "Hai circuit board 32 is located outside the insulating frame 312 under the stator base 31 and is electrically connected to an external power source (not shown). The circuit board 32 has a plate body 321 and a through hole penetrating the plate body 321 322, and four through holes 323 surrounding the 5 hole through hole 322 and penetrating the plate body 321 . The plate body 321 has a connecting surface 324 away from the insulating frame 312 below the stator base 31. The conductive member 33 is spaced apart from the collar 316 of the lower insulating frame 312, and one end of the conductive member 33 extends through the corresponding through hole 323 and protrudes outside the connecting surface 324 to form an electrical connection with the circuit board 32. Each of the stator coils 34 is generally made of a metal material such as a copper wire, and is wound around the upper and lower insulating frames 3丨1 and 312 so as to surround the mutually adjacent sheets 315 and 317, and has a lead wire 341. The 341 is penetrated by the through hole 322 of the circuit board 32, and the end thereof is electrically connected to the electrical connection between the circuit board 32 and the opposite 81304671 conductive member 33. When the stator device 3 is energized, current is transmitted to the stator coil 34 via the circuit board 32 and the guide member 33 to cause the stator to be energized to generate a magnetic field. Moreover, since the upper and lower insulating frames 311 and 312 are made of an insulating material, the current of the stator coil 34 is blocked by each of the surrounding sheets 315 and 317, and only the remaining magnetic force can pass through each of the surrounding sheets 315. The 317 acts and magnetically repels the magnet ring 24 provided inside the fan wheel 23 to push the fan wheel 23 to rotate. The first preferred embodiment of the present invention is provided on the collar 316 of the lower insulating frame 312 by the conductive member 33, and each of the conductive members 33 is disposed on the board of the circuit board 32. At 321 o'clock, one end of the connecting surface 324 is adjacent to the through hole 322, so that the lead wire 341 of each stator coil 34 is firstly passed through the through hole 322, and the end thereof is connected to the circuit board 32. And the corresponding conductive members 33 are simultaneously welded together to form an electrical connection between the circuit board 32 and the stator coils 34. Compared to the conventional fan 1, when each of the conductive pins 125 is inserted through the corresponding insertion hole 126 of the circuit board 13, since the aperture of the insertion hole 126 is almost equal to the diameter of the conductive (four) 125, The gap is too narrow, so that the lead wire 127 wound around each of the conductive pins 125 easily collides with the inner wall surface of the socket 126 of the circuit board 13 to form a break, thereby affecting the electrical connection between the four stator coil 123 and the circuit board 13. relationship. In contrast, the lead wire 341 of the present invention passes through the through hole 322 during the process of penetrating through the circuit board 32, instead of passing through the through holes 323, so that it is difficult to rub the perforation that collides with the circuit board 32. 323 inner wall surface and 9 1304671 core breaking 4' can ensure the electrical connection relationship between the circuit board 32 and the stator coil %, thereby improving the quality and stability of the product of the present invention. 3, 4' The second preferred embodiment of the stator assembly 3 of the present invention is substantially similar to the first preferred embodiment except that the parent aperture 323 is connected to the same. The 匕 322 is connected to each other and can be divided into a large aperture portion 325 through which the conductive member 33 can be extended, and a small diameter connecting the large aperture portion 325 and the through hole 322 and having a smaller diameter than the large aperture portion 325. The lead portion 341 of each of the stator coils 34 is firstly extended by the through hole 322 of the circuit board 32, and then pulled into the small hole 326 of the corresponding through hole 323, and is The terminal is electrically connected to the electrical connection of the circuit board 32 and the corresponding conductive member 33. In this way, the second preferred embodiment has the same function as the first preferred embodiment. The lead wire 341 of each stator coil 34 extends through the circuit board 32 through the through hole 322 without The conductive members 33 pass together through the large aperture portion 325 of the corresponding through hole 323, so that it is less likely to rub against the inner wall surface of the through hole 323 to form a fracture, thereby improving the quality and stability of the product of the present invention. In summary, the stator device 3 of the motor of the present invention is disposed on the collar 316 of the lower insulating frame 312 by the conductive member 33. When each conductive member 33 is disposed in the plate 321 of the circuit board 32. When the outer end of the connecting surface 324 is adjacent to the through hole 322, the lead wire 341 of each stator coil 34 is allowed to pass through the circuit board 32 through the through hole 322, and then the end is The circuit board 32 and the corresponding conductive member 33 are simultaneously soldered 10 1304671 together. Compared to the conventional fan! The lead wire 127 easily rubs against the inner wall surface of the insertion hole 126 of the circuit board 13 to form a fracture. The lead wire 341 of the present invention is less likely to rub against the inner wall surface of the through hole 323 of the circuit board 32, and is difficult to form since autumn, thereby ensuring the circuit. The board 32 and the stator 剌 34: electrical connection, the relationship 'to improve the quality and stability of the product of the invention, and help to enhance the product image and market competitiveness of the industry. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent change of the application and the description of the invention And modifications are still within the scope of the invention patent. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a cross-sectional view showing the assembled state of a conventional fan; Fig. 2 is a partial cross-sectional view showing a first preferred embodiment of the stator of the motor of the present invention installed in a heat dissipation FIG. 3 is a partial cross-sectional view showing a second preferred embodiment of the stator device of the motor of the present invention, which is mounted on the cooling fan; and FIG. 4 is a top view illustrating the first In a second preferred embodiment, a plate is combined with a plurality of conductive members. 11 1304671 [Main component symbol description] 2 Cooling fan 315 > 317 surrounding piece 21 housing 32 circuit board 22 shaft tube 321 plate body 23 fan wheel 322 through hole 24 magnet ring 323 perforation 3 motor stator device 324 connection surface 31 stator Seat 325 Large aperture part 311 Upper insulation frame 326 Small aperture part 312 Lower insulation frame 33 Conductive part 313 Steel piece 34 Stator coil 314, 316 Ring 341 Lead wire
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