M337003 八、新型說明： 【新型所屬之技術領域】 本創作係有關於一種風扇結構，特別係有關於一種具 有金屬套筒之風扇結構。 【先前技術】 習知風扇結構1 0 0係包含有一承座丨i 0、一軸管i 2 〇、 一軸承1 3 0、一扣環1 4 0、一軸吸磁鐵i 5 〇、一耐磨片i 6 〇 以及一轉子170，該軸管12〇係設置於該承座110，該軸承 130、該扣環140、該轴吸礤鐵15〇及該耐磨片16〇係設置 於該軸管120内，該财磨片16〇係設置於該軸吸磁鐵ι5〇 上，該轉子17〇係至少包含有一軸心17丨及一風扇172， 該軸心1 7 1係設置於該軸承1 3 0内且該軸心1 7 1係卡接於 該扣環1 4 0，該轉子1 7 0之該軸心1 7 1係抵靠於該财磨片 1 6 0。由於習知風扇結構1 〇 0之組裝過程係依序將該軸吸磁 鐵1 5 0及該耐磨片1 6 0設置於該軸管1 2 〇内，再將該轉子 170冬該軸心171穿設於該軸承130内並卡接於該扣環 1 4 0，且使該軸心1 7 1抵靠於該耐磨片1 6 〇上，因此組裝作 業效率差。 【新型内容】 本創作之主要目的係在於提供一種風扇結構，其至少 包含一承座、一軸管、一軸承模組總成以及一轉子，該軸 管係設置於該承座’該軸承模組總成係設置於該軸管内， 該軸承模組總成係至少包含一軸承、一金屬套筒、一軸吸 磁鐵及一耐磨片’該軸吸磁鐵及該耐磨片係依序疊設於該 M337003 金屬套筒内，該耐磨片係設置於該軸吸磁鐵上，其中該軸 吸磁鐵係磁吸該金屬套筒及該軸承，該轉子之一軸心係設 置於該轴承内且該軸心係抵#於該财磨p本創作係將該 軸承、該金屬套筒、該軸吸磁鐵與該耐磨片模組化以預先 、、成轴承模組總成’ α利該轴承模組總成與該承座及該 轉子結合，其係可節省組裝時間並可提高生產效率。 【實施方式】 “閱第2圖，依據本創作之一具體實施例係揭示一 種風扇結構200,其係至少包含有—承座2iq、—軸管22〇、 -軸承模組…30以及一轉子24〇,該軸管22〇係設置 於該：座210 ’該軸承模組總成23〇係設置於該軸管η。 内’明參閱第3圖’其係為該風扇結構2〇〇之該轴承模組 總成230之元件分解圖’該風扇結構讓之該軸承模組總 成23 0係至少包含一圭 、 軸承23 1、_金屬套筒232、一軸吸磁 鐵 2 3 3 及'-~ 耐逾L η 9 q j j* . α 片 其中該金屬套筒232係具有導磁 性’請參閱第3及4 HI ^ .. Ρ 及圖，该軸吸磁鐵233及該耐磨片234 係依序設置於該金屬套 ^ ^ ^ 尚32内，该耐磨片234係設置於 該軸吸磁鐵2 3 3上，盆由外仏 # ，、中该軸吸磁鐵233係磁吸該金屬套 同2 3 2及該勒^ 1。， 磁 ’且該金屬套筒232亦可藉由該軸吸 磁鐵233磁吸該無系 厶届 ’以組成該轴承模組總成23 0，該 屬套商232之截面係為「u」&，或者 另 中’該金屬套筒232俜 一 實包例M337003 VIII. New description: [New technical field] This creation relates to a fan structure, in particular to a fan structure with a metal sleeve. [Prior Art] The conventional fan structure 100 includes a socket 0i 0, a shaft tube i 2 〇, a bearing 1 30, a buckle 1 4 0, a shaft magnet i 5 〇, a wear piece i 6 〇 and a rotor 170, the shaft tube 12 is disposed on the socket 110, the bearing 130, the buckle 140, the shaft sucking iron 15〇 and the wear piece 16 are disposed on the shaft tube The shaft 16 is disposed on the shaft magnet ι5〇, and the rotor 17 includes at least one shaft 17丨 and a fan 172. The shaft 7-1 is disposed on the bearing 13 The inner core 1 7 1 is engaged with the buckle 1 140, and the shaft center 17 1 of the rotor 170 is abutted against the enrichment piece 160. Since the assembly process of the conventional fan structure 1 〇 0 is performed, the shaft suction magnet 150 and the wear-resistant piece 160 are sequentially disposed in the shaft tube 1 2 ,, and then the rotor 170 is the shaft 171. The bearing 130 is inserted into the bearing 130 and is engaged with the buckle 1400, and the shaft 173 is abutted against the wear-resistant sheet 16 6 , so the assembly work is inefficient. [New content] The main purpose of the present invention is to provide a fan structure comprising at least a socket, a shaft tube, a bearing module assembly and a rotor, the shaft tube being disposed on the bearing 'the bearing module The shaft assembly is disposed in the shaft tube, and the bearing module assembly comprises at least a bearing, a metal sleeve, a shaft suction magnet and a wear piece. The shaft magnet and the wear piece are sequentially stacked on the shaft In the M337003 metal sleeve, the wear-resistant piece is disposed on the shaft-absorbing magnet, wherein the shaft-absorbing magnet magnetically attracts the metal sleeve and the bearing, and one of the shafts of the rotor is disposed in the bearing and the shaft The shaft center is in the production department, the bearing, the metal sleeve, the shaft attracting magnet and the wear piece are modularized to be in advance, and the bearing module assembly is formed as a bearing module. The assembly is combined with the seat and the rotor, which saves assembly time and increases production efficiency. [Embodiment] "Reading FIG. 2, according to a specific embodiment of the present invention, discloses a fan structure 200 comprising at least a socket 2iq, a shaft tube 22, a bearing module ... 30 and a rotor. 24〇, the shaft tube 22 is disposed on the seat 210'. The bearing module assembly 23 is disposed on the shaft tube η. [See Fig. 3, which is the fan structure. The component assembly diagram 230 of the bearing module assembly 'the fan structure allows the bearing module assembly 23 0 to include at least one of the bearings, the bearing 23 1 , the metal sleeve 232 , the shaft suction magnet 2 3 3 and '- ~ Resistant to L η 9 qjj* . α piece in which the metal sleeve 232 has magnetic permeability 'Please refer to the 3rd and 4th HI ^ .. Ρ and the figure, the shaft magnet 233 and the wear piece 234 are sequentially The wearable piece 234 is disposed on the shaft suction magnet 2 3 3 , the basin is made of the outer cymbal #, and the shaft absorbing magnet 233 is magnetically attracted to the metal sleeve. 3 2 and the Le ^ 1, magnetic 'and the metal sleeve 232 can also magnetically absorb the unbridled by the shaft magnet 233 to form the bearing module assembly 23 0, The cross section of the quotient 232 is "u" & or another 'the metal sleeve 232 俜 a practical example
2係具有磁性，該金屬套筒232係可直 操磁吸該軸承211 I ^ ，在本實施例中，該軸承模組總成230 係另包含有一心撐，1 c η 乂 及一間隔片236，該扣環23 5及該 6 M337003 間隔片236係設置於該金屬套筒232内，該軸承231係具 有一底部23 1 a，該扣環23 5係設置於該軸承23 1與該财磨 片2 3 4之間’該底部2 3 1 a係接觸該扣環2 3 5，該間隔片2 3 6 係設置於該扣環2 3 5與該耐磨片2 3 4之間，請再參閱第2 圖’該轉子240係至少包含有一軸心241及一風扇242， 該轴心2 4 1係穿設於該轴承2 3 1内且該軸心2 4 1係抵靠於 該耐磨片234，該扣環235係扣接該軸心241，且該軸吸磁 鐵233係磁吸該軸心241。由於本創作之該風扇結構2〇〇 之該軸承模組總成23 0係預先由該軸承23 1、該金屬套筒 2 3 2、該軸吸磁鐵2 3 3與該耐磨片2 3 4組成，因此在組裝該 風扇結構200時，僅需將該軸承模組總成23 〇與該承座2 i 〇 及該轉子240結合，並將該轉子240之該軸心241穿設於 5亥轴承模組總成2 3 0之該轴承2 3 1内並卡接於該扣環 235 ’即可完成該風扇結構2〇〇之組裝，其可節省組裝時間 並可提高生產效率。 • 此外，請參閱第5及6圖，依據本創作之第二具體實 *施例係揭示另一種風扇結構3 00，其係至少包含有一承座 3 1 0、一軸管3 2 0、一軸承模組總成3 3 〇以及一轉子3 4 〇， 該軸管320係設置於該承座31〇，該軸承模組總成33〇係 設置於該軸管320内，該軸承模組總成33〇係至少包含一 轴承331、一金屬套筒332、一軸吸磁鐵3 3 3及一耐磨片 3 3 4 /、中該金屬套笱3 3 2係具有導磁性，該軸吸磁鐵3 3 3 及該耐磨片3 3 4係依序設置於該金屬套筒3 3 2内，該耐磨 片334係設置於該軸吸磁鐵333上，在本實施例中，該軸 M337003 承3 3 1係具有—庙立β。i 〇 底°卩33la，該底部33卜係包覆該耐磨片 ， &部33U係直接接觸該軸吸磁鐵333，其中嗜 軸吸磁鐵3 3 3係磁哄#人益丄_ 、 ° 、及该金屬套尚332及該軸承331，且該 金屬套筒332亦可葬士 “由该軸吸磁鐵333磁吸該軸承331， 以組成該軸承模組總成 、風330，或者在另一實施例中，該金 屬套筒332係可呈右成 _ . .. ^ /、 磁性，可直接磁吸該軸承3 3 1，該轉 子340係至少包今右 Α 匕各有一軸心341及一風扇342,該軸心341 係穿設於該軸承 3 3 1 & ^ ^ 内且該軸心3 4 1係抵靠於該耐磨片 334’且，軸吸磁鐵333係磁吸該軸心341。請參閱第7圖， 在另一實施例中’該軸承331之該底部331a係包覆該耐磨 片334及該軸吸磁鐵333,且該底部331&係直接接觸該金 屬套筒332。 又，請參閱第8圖，本創作之另一具體實施例係揭示 另一種風扇結構400，其係至少包含有一承座41〇、一軸管 4 2 0、一軸承模組總成4 3 0以及一轉子4 4 0，該軸管4 2 0係 設置於該承座4 1 0，該軸承模組總成43 〇係設置於該軸管 420内，該軸承模組總成430係至少包含一軸承43丨、—金 屬套筒432、一軸吸磁鐵今33、一耐磨片434及一扣環435， 其中該金屬套筒432係具有導磁性，該轴吸磁鐵433及該 耐磨片434係依序設置於該金屬套筒432内，該耐磨片434 係設置於該軸吸磁鐵433上，該扣環435係設置於該軸承 431與該耐磨片434之間，在本實施例中，該金屬套筒432 係具有一環牆432a，該扣環43 5係設置於該金屬套筒432 之該環牆 4 3 2 a上’該扣4 3 5係位於該金屬套筒4 3 2及讀 8 M337003 軸承4 3 1之間’該軸承4 3 1孫且古 食各 ^ 係具有一底部431a，該底部431a 係接觸該扣環4 3 5，j：中呤缸 /、〒该軸及磁鐵433係磁吸該金屬套 筒432及該軸承431，且兮*扈太拉 為金屬套茼432亦可藉由該軸吸 磁鐵4 3 3磁吸該軸承4 3 1，以鈿劣兮土丄7 , j 1以組成该軸承模組總成43 〇，在 另一實施例中，該金屬套筒 羁嘗同432係可具有磁性，該金屬套 筒432係可直接磁吸該軸承 茨种承431，该轉子440係至少包含 有轴心4 4 1及厘魚a」1 , Η扇442，该軸心441係穿設於該軸承 43 1内且該軸心44 1将把|η 你柢罪於该耐磨片4 3 4，該扣環4 3 5 係扣接該軸心4 4 1，1“成说》班/11 ^ 見4軸及磁鐵4 3 3係磁吸該軸心4 4 i。 接著請參閱第9圖，本創作之五 m m ^ u , y 口 不劁邗之再一具體實施例係揭示 另一種風扇結構500,其係至少包含有一承座51〇、一軸管 W0、一軸承模組總成530以及一轉子54〇，該軸管52〇係 設置於該承座510，該軸管520係具有一階梯部521，該軸 承模組總成530係設置於該軸管52…該軸承模組總成 530係至少包含一軸承531、一金屬套筒μ]、一軸吸磁鐵 ^33、一耐磨片534及一扣環53 5，其中該金屬套筒Μ:係 具有導磁性，該軸吸磁鐵533及該耐磨片534係依序設置 於該金屬套筒532内，該耐磨片534係設置於該軸吸磁鐵 5 3 3上忒扣環5 3 5係設置於該軸承5 3 1與該耐磨片5 3 4 之間，在本實施例中，該軸承53丨係具有一底部531a，該 氐P 5 3 1 a係接觸該扣環5 3 5，且該扣環5 3 5係位於該軸營 5 20之該階梯部521，其中該軸吸磁鐵533係磁吸該金屬套 筒532及該軸承531，且該金屬套筒532係籍由該軸吸磉 鐵533磁吸該軸承531，以組成該軸承模組總成53〇，或者 5 9 M337003The 2 series has magnetic properties, and the metal sleeve 232 can directly magnetically attract the bearing 211 I ^ . In the embodiment, the bearing module assembly 230 further includes a core support, 1 c η 乂 and a spacer. 236, the buckle 23 5 and the 6 M337003 spacer 236 are disposed in the metal sleeve 232, the bearing 231 has a bottom portion 23 1 a, the buckle 23 5 is disposed on the bearing 23 1 and the fortune Between the grinding pieces 2 3 4 'the bottom 2 3 1 a is in contact with the buckle 2 3 5 , the spacer 2 3 6 is disposed between the buckle 2 3 5 and the wear piece 2 3 4 , please Referring to FIG. 2 again, the rotor 240 includes at least one axial center 241 and a fan 242. The shaft center 24 1 is disposed in the bearing 2 3 1 and the shaft center 24 1 is against the resistance. The grinding piece 234 is fastened to the shaft 241 by the buckle 235, and the shaft magnet 233 magnetically attracts the shaft 241. Since the fan module 2 of the present invention has the bearing module assembly 23 0, the bearing 23 1 is preliminarily composed of the bearing 23 1 , the metal sleeve 2 3 2 , the shaft suction magnet 2 3 3 and the wear plate 2 3 4 The assembly, therefore, when assembling the fan structure 200, only the bearing module assembly 23 〇 is combined with the socket 2 i 〇 and the rotor 240, and the shaft 241 of the rotor 240 is placed at 5 hai. The assembly of the bearing module assembly 203 in the bearing 2 3 1 and the snap ring 235 ′ can complete the assembly of the fan structure 2 , which can save assembly time and improve production efficiency. In addition, please refer to the fifth and sixth figures. According to the second concrete embodiment of the present invention, another fan structure 300 is disclosed, which comprises at least one socket 3 1 0, a shaft tube 3 2 0, a bearing. The module assembly 3 3 〇 and a rotor 3 4 〇, the shaft tube 320 is disposed on the socket 31 , the bearing module assembly 33 is disposed in the shaft tube 320 , the bearing module assembly The 33〇 system comprises at least one bearing 331, a metal sleeve 332, a shaft attracting magnet 3 3 3 and a wear piece 3 3 4 /, wherein the metal sleeve 笱 3 3 2 has magnetic permeability, and the shaft magnet 3 3 3 and the wear-resistant piece 3 3 4 is sequentially disposed in the metal sleeve 332, and the wear-resistant piece 334 is disposed on the shaft-absorbing magnet 333. In the embodiment, the shaft M337003 is 3 3 The 1 series has - temple β. i 〇 bottom 卩 33 la, the bottom 33 is wrapped around the wear piece, & 33U is in direct contact with the shaft absorbing magnet 333, wherein the shaft attracting magnet 3 3 3 is magnetic 哄 #人益丄_, ° And the metal sleeve 332 and the bearing 331, and the metal sleeve 332 can also be used to bury the bearing 331 by the shaft absorbing magnet 333 to form the bearing module assembly, the wind 330, or in another In one embodiment, the metal sleeve 332 can be right-shaped _.. ^ /, magnetic, and can directly magnetically attract the bearing 332. The rotor 340 has at least one right axis 341 and a shaft 342, the shaft 341 is threaded in the bearing 3 3 1 & ^ ^ and the shaft 3 4 1 is abutted against the wear plate 334 ′, and the shaft magnet 333 is magnetically attracted to the shaft Heart 341. Referring to Figure 7, in another embodiment, the bottom portion 331a of the bearing 331 covers the wear piece 334 and the shaft absorbing magnet 333, and the bottom 331& is in direct contact with the metal sleeve. 332. Also, referring to FIG. 8, another embodiment of the present disclosure discloses another fan structure 400, which includes at least a socket 41〇, a shaft tube 4 2 0, and a The bearing assembly 430 and a rotor 440 are disposed on the socket 410, and the bearing module assembly 43 is disposed in the shaft 420. The bearing The module assembly 430 includes at least one bearing 43丨, a metal sleeve 432, a shaft magnet 33, a wear piece 434 and a buckle 435, wherein the metal sleeve 432 has magnetic permeability, and the shaft is sucked. The magnet 433 and the wear-resistant piece 434 are disposed in the metal sleeve 432. The wear-resistant piece 434 is disposed on the shaft-absorbing magnet 433. The buckle 435 is disposed on the bearing 431 and the wear-resistant piece. Between the 434, in the embodiment, the metal sleeve 432 has a ring wall 432a, and the buckle 43 5 is disposed on the ring wall 4 3 2 a of the metal sleeve 432. Located between the metal sleeve 4 3 2 and the reading 8 M337003 bearing 4 3 1 'the bearing 4 3 1 sun and the ancient food each has a bottom 431a, the bottom 431a is in contact with the buckle 4 3 5, j: The middle cylinder/, the shaft and the magnet 433 magnetically attract the metal sleeve 432 and the bearing 431, and the 兮*扈太拉 is a metal sleeve 432. The bearing can also be magnetically driven by the shaft suction magnet 4 3 3 4 3 1 , to form the bearing module assembly 43 钿 in the case of the 兮 兮 7 , j 1 , in another embodiment, the metal sleeve 羁 432 can have magnetic properties, the metal sleeve 432 The bearing 430 is directly magnetized, and the rotor 440 includes at least a shaft center 4 4 1 and a fish a"1, a fan 442, and the shaft 441 is disposed in the bearing 43 1 and Axis 44 1 will put |η you sin on the wear piece 4 3 4, the buckle 4 3 5 is fastened to the axis 4 4 1,1 "成说"班/11 ^ see 4 axis and magnet 4 3 3 is magnetically attracted to the axis 4 4 i. Next, please refer to FIG. 9. The fifth embodiment of the present invention is a fifth embodiment of the present invention. Another embodiment of the present invention discloses another fan structure 500, which includes at least one socket 51, a shaft tube W0, and a bearing. The module assembly 530 and a rotor 54 are disposed on the socket 510. The shaft tube 520 has a step portion 521, and the bearing module assembly 530 is disposed on the shaft tube 52... The bearing module assembly 530 includes at least a bearing 531, a metal sleeve μ], a shaft suction magnet 33, a wear plate 534 and a buckle 53 5 , wherein the metal sleeve is magnetically conductive. The shaft absorbing magnet 533 and the wear-resistant piece 534 are sequentially disposed in the metal sleeve 532. The wear-resistant piece 534 is disposed on the shaft-absorbing magnet 5 3 3 and the buckle ring 5 3 5 is disposed on the shaft. Between the bearing 5 3 1 and the wear piece 5 3 4 , in the embodiment, the bearing 53 has a bottom 531a, the 氐P 5 3 1 a is in contact with the buckle 5 3 5 , and the buckle The ring 5 3 5 is located at the step portion 521 of the shaft camp 5 20 , wherein the shaft attracting magnet 533 magnetically attracts the metal sleeve 532 and the bearing 531 , and the metal sleeve 532 is based on 533 magnetic iron absorption axis of the bearing pedestal 531, to form the bearing assembly 53〇 module, or 5 9 M337003
第9 圖：依據本貪1 作之一 •第五具體實施例 構之截面 示意圖 〇 乃一種風扇結 【主要元件符號說明】 100 風扇結構 110 承座 120 軸管 130 輛承 140 扣環 150 軸吸磁鐵 160 耐磨片 170 轉子 171 轴心 172 風扇 200 風扇結構 210 承座 220 軸管 230 輛承模組總成 23 1 軸承 23 1a 底部 232 金屬套筒 233 軸吸磁鐵 234 耐磨片 235 扣環 236 間隔片 240 轉子 241 車A心 242 風扇 300 風扇結構 310 承座 320 轴管 330 軸承模組總成 33 1 輛承 33 1a 底部 332 金屬套筒 333 軸吸磁鐵 334 耐磨片 340 轉子 341 車由心 342 風扇 400 風扇結構 410 承座 420 軸管 430 軸承模組總成 431 軸承 431a 底部 432 金屬套筒 432a 環牆 433 輛吸磁鐵 434 耐磨片 435 扣環 440 轉子 441 軸心 442 風扇 M337003 軸管 521 階梯部 53 1 軸承 金屬套筒 533 軸吸磁鐵 扣環 540 轉子 風扇 500 風扇結構 510 承座 520 530 轴承模組總成 53 1a 底部 532 534 耐磨片 535 541 軸心 542Figure 9: According to one of the greeds one of the fifth embodiment of the fifth embodiment of the structure is a fan knot [main symbol description] 100 fan structure 110 bearing 120 shaft tube 130 bearing 140 buckle 150 shaft suction Magnet 160 wear plate 170 rotor 171 shaft 172 fan 200 fan structure 210 bearing 220 shaft tube 230 bearing module assembly 23 1 bearing 23 1a bottom 232 metal sleeve 233 shaft magnet 234 wear plate 235 buckle 236 Spacer 240 Rotor 241 Car A core 242 Fan 300 Fan structure 310 Bearing 320 Shaft tube 330 Bearing module assembly 33 1 Bearing 33 1a Bottom 332 Metal sleeve 333 Shaft magnet 334 Wear plate 340 Rotor 341 Car heart 342 Fan 400 Fan structure 410 Bearing 420 Shaft tube 430 Bearing module assembly 431 Bearing 431a Bottom 432 Metal sleeve 432a Ring wall 433 Suction magnet 434 Wear plate 435 Buckle 440 Rotor 441 Axis 442 Fan M337003 Shaft tube 521 Step portion 53 1 bearing metal sleeve 533 shaft magnet ring 540 rotor fan 500 fan structure 510 520530 cartridge bearing assembly housing bottom wear plate 53 1a 532 534 535 541 542 Axial
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