M334869 八、新型說明： 【新型所屬之技術領域】 城=崎細，心麵《達設置於縫 【先前技術】 於工作空間的壓縮及工作物==，_機，但至今因受限 騁接、hi 時效的衫響下，該傳統機械控制式馬達因苴M334869 VIII. New description: [New technical field] City = fineness, heart surface "up to the seam [previous technology] Compression and work in the work space ==, _ machine, but so far due to limited connection , the time of the aging shirt, the traditional mechanical control motor because
縫_4^===議，瞻冑改為設置於 祕民國專利公告第M275223號的「縫劫機馬達之固定裝置」，該縫 r及:⑻上方容設—驅動馬達，該驅動馬達係透過相互連結的-傳動軸 料=置件’且雜_桿與轉祕㈣具有聽卡合的—連結件， 件丄該傳動軸桿可帶動該傳動軸產生旋轉，並藉由該 、#、㈣^ h輪’⑼傳絲受轉雜桿帶賴辦，轉動轴可 =皮帶輪及該皮帶輪上的—皮帶連動_絲觸麟；該習知技術雖 ^小縫_的體躺節省工作空間，但制知技術在生產製造或實際運 ，中’卻由於内置驅動馬達的縫_在高速運轉傳鮮，該鷄馬達會被 S在該勒機的殼體内，造成無法散熱的高溫過熱現“祕生故障的 【新型内容】 本新型-種縫初機内置驅動裝置的散熱結構，其主要目的在於：對縫 紉機的殼體内部進行散熱降溫，以延長縫紉機使用壽命。 々為達上述目的，本新型提出一種縫紉機内置驅動裝置的散熱結構，其 特徵在於··一驅動該縫紉機的伺服馬達，係固設於一殼體内的上方，該伺 月^馬達具有一傳動軸，於該伺服馬達的一端設有一該傳動軸帶動且置於該 殼體内的散熱器，並於該散熱器兩側的該殼體上分別穿設有至少一第一對 流通孔及至少一第二對流通孔。 5 M334869 【實施方式】The seam _4^===, the 胄 胄 胄 胄 秘 秘 秘 秘 秘 秘 秘 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 275 Interconnected-drive shaft material=pieces' and miscellaneous rods and relays (4) have a snap-fit joint, the drive shaft can drive the drive shaft to rotate, and by the #, (4) ^ h wheel '(9) silk is affected by the turning rod, the rotating shaft can be = pulley and the pulley - the belt linkage _ silk touch Lin; the conventional technology, although the small seam _ body to save work space, but In the production or actual operation, the manufacturing technology or the actual operation, but due to the seam of the built-in drive motor _ at high speed operation, the chicken motor will be S in the housing of the machine, causing high temperature overheating that cannot be dissipated. [New content] This new type - the heat dissipation structure of the built-in drive device of the sewing machine, its main purpose is to reduce the heat dissipation of the inside of the housing of the sewing machine to extend the service life of the sewing machine. Proposed a built-in driving device for a sewing machine a thermal structure, characterized in that: a servo motor for driving the sewing machine is fixed above a casing, the servo motor has a transmission shaft, and a drive shaft is provided at one end of the servo motor and And a heat sink disposed in the casing, and at least one first pair of flow holes and at least one second pair of flow holes are respectively disposed on the casings on both sides of the heat sink. 5 M334869 [Embodiment]
有關本新型之詳細說明及技術内容，現就配合圖式說明如下： 请參閱『圖1、圖2及圖3』所示，為本新型第一實施樣態局部分解的 外觀立體示意圖與局部剖面的平面示意圖；該第—實施樣態的縫初機内置 驅動裝置的散熱結構，如騎示可清楚看出，驅動該縫_ 1()的规馬達 2〇，是固設於-殼體U _上方，該祠服馬達2〇具有一趨近於水平設置 的傳動軸21，而該殼體U上方財—殼上部13，後相具有—殼後部12 ，而於該舰馬達20靠近該殼後部12的一端，設有一被該傳動車由21所帶 動且置於該殼體11内部的散齡3〇(本翻在此是以風葉為州，並於 該散熱器30 —側的該殼體u的殼後部12上，穿設有一個第一對流通孔i2iThe detailed description and technical contents of the present invention will now be described as follows: Please refer to FIG. 1, FIG. 2 and FIG. 3, which is a partial exploded perspective view and partial section of the first embodiment of the present invention. The plan view of the first embodiment of the heat sink structure of the built-in driving device of the sewing machine, as can be clearly seen from the riding display, the motor 2 驱动 that drives the slit _ 1 () is fixed to the - housing U Above the yoke motor 2 has a drive shaft 21 that is disposed close to the horizontal, and the casing U has an upper portion 13 above the casing, and the rear phase has a rear portion 12 of the casing, and the ship motor 20 is adjacent to the casing One end of the rear portion 12 is provided with a three-year-old stern that is driven by the transmission vehicle 21 and placed inside the casing 11 (this is the state where the blade is the state and the casing 30 is on the side of the radiator 30). a first pair of flow holes i2i is formed on the rear portion 12 of the body u.
，而於該散熱器30另一側的該殼體u上，穿設有兩個帛二對流通孔川， 而該第-職通孔121及該第二雌通孔ln可分顺設有如過濾棉或過 濾=的過濾、元件(H巾未繪示）；當該舰馬達Μ運作時，該傳動軸以則旋 轉帶動該雜H 3G同步獅，麟外部較低溫的紐即可_散熱器％ 經由該第-對流通孔121被快速吸人，並強力吹向該縫_ 1()殼體n内 部該伺服馬達2G運作所產生的高溫熱氣流，此咖該殼體u内部瞬間增 C而令熱軋流自然經由該第二對流通孔m帶出於該殼體η外部，達到確 實針對該縫紉機10的殼體Η内部進行散熱降溫，並且有效地延長該縫紉 機10使用壽命的目的；另外，該伺服馬達20與該散熱器30之間，設有一 套設於該傳動軸21上而被帶動且置於該殼體η内部的傳動齒輪4〇，而該 傳動齒輪40上設有一對應齒合且可延伸向下傳動的傳動皮帶41，用以帶動 下方的機構運作，由於下方的機構非本新型請求標的，故在此不再多加贅 ·此外，該殼後部12穿設有一供該傳動軸21延伸於該殼體u外的延伸 穿孔122，且該殼後部12上固設有一環繞該延伸穿孔122的支撐架5〇，以 及一完全可遮罩該延伸穿孔122與該支撐架50的後罩蓋60，其中該支撐架 5〇是用以固設一感測並控制該傳動軸u上預設點位置與該伺服馬達2〇轉 速的感測控制器，但由於該感測控制器的達成技術手段與其感測控制方法 並非本新型的請求標的，故在此未緣示於圖中且不再加以敘述。 另請參閱『圖4』所示，為本新型第二實施樣態局部剖面的平面示意圖 6 M334869 。該第二實施樣態的縫_内置驅動裝置的散熱結構，如騎示可清楚看 出’驅動該缝城K) _服聽2〇，同樣是固設於_ 鋪服馬達如具有-趨近於水平設置的傳動㈣，而該殼體n上方具有 -设上部13，後相具有—織部12，而麵服馬達2q —端靠近該殼後 π 21 ^内揭散齡3〇(本新型在此是以風顧葉為例），並於該散執器％ 一側 上’f触―㈣—職孔121，繼散熱器 另侧的I又體11上，穿設有兩個第二對流通孔⑴ 111 30门til ΓΓΓ服馬達2〇運作時，該傳動軸21則旋轉帶動該散熱器 同步轉動’此時外部較低溫的氣流即可被該散熱器3〇經由該第二對流通 被快速吸入，並強力吹向該縫幼機1〇殼體11内部該舰馬達2〇運 熱氣流，此時因該殼體U内部瞬間增壓而令熱氣流自然經 帶出於該殼體11外部，達到確實針對該縫域1〇 、双 内$進讀熱降溫’並且姐地延魏縫喊1G使料命的目 另外，該伺服馬達20與該殼後部12之間，設有一套設於該傳動轴21 j而被帶動且置於該殼體U内部的傳動齒輪4G，而該傳動齒輪如上設有 -對應齒合且可延伸向下傳動的傳動皮帶41，贱帶動下方的麟運作。 楚一^ f 5』所不’為本新型第二實施樣態局部剖面的平面示意圖。該 第二貫施樣態的__置驅動裝置的散熱結構，如騎示可清楚 驅動該縫初機10的舰馬達2〇，同樣是固設於一殼體u内的上方，鋪 服馬達20具有-趨近於水平設置的傳動轴21，而該殼體u上方具有一殼 上，I3 ’後方财有-殼後部U，而該舰騎Μ —猶賴殼後部；2 ^亥伺服馬達2G另-端職有—被轉_21解動且置於該殼體^内 /的散”、、H 3G(本新型在此是⑵風扇豸葉為例），並於該散熱器％ 一側的該 风體11的破後部12上，穿設有—個第一對流通孔121，而於該散敎器兕 另-側_殼體U上’穿設有兩個第二對流通孔⑴，而該第一對流通孔 及f苐一對桃通孔⑴可分別封設有如過滤棉或過滤網的過攄元件(圖 未繚不），當該伺服馬達20運作時，該傳動軸21纖轉帶動該散熱器3〇 7 M334869 同步轉動，此時外部較低溫的氣流即可被該散熱器30經由該第二對流通孔 111被快速吸入，並強力吹向該缝紉機10殼體U内部該伺服馬達2〇運作 所產生的高溫熱氣流，此時因該殼體u内部瞬間增壓而令熱氣流自然經由 該第一對流通孔121帶出於該殼體n外部，達到確實針對該縫紉機、、1〇的 双體11内。p進行散熱降溫，並且有效地延長該縫初機使用壽命的目的 ’另外’該伺服馬達20與該散熱器30之間，設有一套設於該傳動軸21上 而被帶動且置賴殼體u崎的傳動絲4Q，而該傳输輪⑽上設有一 對應齒合且可延伸向下傳動的傳動皮帶4卜用以帶動下方的機構運作。 再請參閱『圖6』所示，為本新型第四實施樣態局部剖面的平面示意圖 。該第四實施樣態的縫_内置驅動裝置的散熱結構，如圖所示可清 出，驅動該缝_ 1G的伺服馬達2G，同樣是隨於—殼體 該値馬達20具有-趨近於水平設置的傳動軸21，而該殼體u上方且有 "動車由所帶動且置於該殼體11内部的散埶器3〇( t 3〇 11 11上，穿設有又兩個笛固第流通孔121，而於該散熱器30另一側的該殼體 通孔m ^八綱通孔111 ’而該第—雌通孔121及該第二對流 服馬達2〇 ‘時ΪΪ專過滤元件(圖中树示）；當該飼 部較低溫的氣流即可被該==時外 並強力吹向該縫紉機10殼體/對抓通孔121被快速吸入， 流，此時因該殼體η内部瞬 服ff20運作所產生的高溫熱氣 帶出於該殼體11外部，達㈣該第二對流通孔111 降溫，並且有效地延長該縫城1()使==1G的殼體η内部進行散熱 的另-端則設有-套設於該傳動'的，另外，該舰馬達20 傳動齒胸爾觸赖4〇切有且伽_ 11内部的 皮帶4】，用以帶動下方的機構運作有對應齒5且可延伸向下傳動的傳動 W列優點： 偶川豉體U内部的溫度。 M334869 二、 可減少縫幼機10殼體11内部的構件的損壞率而延長縫勿機的 使用壽命。 三、 該雜H 3G麵另外加設_裝置來帶動，可直接或間接地被 伺服馬達20的傳動軸21所帶動，以對縫_ 1G的殼體 部進行散熱降溫。 透過上述實施方式，本新型縫城内 針對縫喊10的贿n㈣ 、、練置的政”、、、，、0構，可確貫 用壽命。 進仃政熱降溫，並且有效地延長縫_ 10使 綜上所述僅為本新型的較佳 範圍。即凡依本新型申請專利〜耳e例而已，並非用來限定本新型之實施 本新型之技術範疇。 貌圍之内容所為的等效變化與修飾，皆應為 M334869 j 【圖式簡單說明】 圖1，為本新型第一實施樣態局部分解的外觀立體示意圖。 圖2，為「圖1」另一局部分解的外觀立體示意圖。 圖3，為「圖1」局部剖面的平面示意圖。 圖4，為本新型第二實施樣態局部剖面的平面示意圖。 圖5，為本新型第三實施樣態局部剖面的平面示意圖。 圖6，為本新型第四實施樣態局部剖面的平面示意圖。 【主要元件符號說明】 10..............缝紉機 _ 11..............殼體 111.............第二對流通孔 12 ..............殼後部 121 ·· ...........第一對流通孔 122 .............延伸穿孔 13 ..............殼上部 20 ..............伺服馬達 21 ..............傳動軸 30..............散熱器 • 40..............傳動齒輪 41..............傳動皮帶 50..............支撐架 60..............後罩蓋On the other side of the heat sink 30, the housing u is provided with two pairs of flow holes, and the first job hole 121 and the second female hole ln can be divided into Filter cotton or filter = filter, components (H towel is not shown); when the ship motor Μ operates, the drive shaft rotates to drive the hybrid H 3G synchronous lion, Lin outside the lower temperature button _ radiator % is quickly sucked through the first-pair flow hole 121, and strongly blows the high-temperature hot air flow generated by the operation of the servo motor 2G inside the slit _ 1 () housing n, which is instantaneously increased inside the housing u C, the hot rolling flow is naturally carried out from the outside of the casing η via the second pair of flow holes m, so that the heat dissipation and cooling of the casing 确实 of the sewing machine 10 are surely performed, and the life of the sewing machine 10 is effectively extended. In addition, between the servo motor 20 and the heat sink 30, a set of transmission gears 4 设 disposed on the transmission shaft 21 and disposed inside the casing η is provided, and the transmission gear 40 is provided with a transmission gear 40 a transmission belt 41 corresponding to the toothed and extendable downward drive for driving the mechanism below, due to The side mechanism is not the subject of the present invention, so it is no longer added here. In addition, the rear portion 12 of the casing is provided with an extended through hole 122 for the transmission shaft 21 to extend outside the casing u, and the rear portion 12 of the casing is fixed. A support frame 5 around the extended through hole 122 and a rear cover 60 completely covering the extended through hole 122 and the support frame 50 are provided, wherein the support frame 5 is for fixing and sensing The sensing position of the preset position of the transmission shaft u and the rotation speed of the servo motor 2, but since the technical means of the sensing controller and the sensing control method thereof are not the target of the present invention, it is not here. It is shown in the figure and will not be described again. Please also refer to FIG. 4, which is a plan view of a partial cross section of the second embodiment of the present invention. 6 M334869. The second embodiment of the slot _ built-in drive device heat dissipation structure, such as riding the display can clearly see 'drive the seam city K) _ listening 2 〇, the same is fixed in the _ shop motor if there is - approach The horizontally disposed transmission (four), and the upper portion of the casing n has an upper portion 13, the rear phase has a weaving portion 12, and the end of the garment motor 2q is close to the shell, and the length of the body is 3 〇 (the new type is This is an example of the windy leaf, and on the side of the diffuser, 'f touch-(four)-the job hole 121, next to the I-body 11 on the other side of the heat sink, two second pairs are worn. Flow hole (1) 111 30 door til When the motor 2 is operating, the drive shaft 21 rotates to drive the radiator to rotate synchronously. At this time, the externally lower temperature airflow can be transmitted by the radiator 3 through the second pair of flows. Quickly inhaling, and strongly blowing toward the seaming machine 1 inside the casing 11 the ship motor 2 transports the hot air flow, at this time, due to the instantaneous pressurization inside the casing U, the hot air flow is naturally carried out for the casing 11 Externally, it is true that it is targeted at the seam area 1〇, double inside $ reading heat cooling 'and the sister's land Wei Wei seam shouting 1G to make the fate of the life, the servo horse Between the 20 and the rear portion 12 of the casing, a set of transmission gears 4G disposed on the transmission shaft 21 j and placed inside the casing U is provided, and the transmission gear is provided as above - corresponding to the teeth and extendable The drive belt 41, which is driven downward, drives the underlying lining. Chu Yi ^ f 5 』 is not a schematic plan view of a partial section of the second embodiment of the present invention. The heat dissipation structure of the second embodiment of the driving device, such as the riding machine, can clearly drive the ship motor 2〇 of the sewing machine 10, and is also fixed above a casing u, paving the motor 20 has a drive shaft 21 that is disposed close to the horizontal position, and the housing u has a shell above it, I3 'rear behind the shell-shell rear U, and the ship rides the raft - the rear of the shell; 2 ^ Hai servo motor 2G another-end job - the _21 is disengaged and placed in the housing ^ / scattered", H 3G (this is a (2) fan 豸 leaf as an example), and the radiator % A first pair of flow holes 121 are formed in the rear portion 12 of the wind body 11 on the side, and two second pair of flow holes are formed in the other side of the diffuser (1), and the first pair of flow holes and the pair of peach through holes (1) may respectively be provided with a filter element such as a filter cotton or a filter (not shown), and when the servo motor 20 is operated, the drive shaft 21 fiber rotation drives the radiator 3〇7 M334869 to rotate synchronously, at this time, the externally lower temperature airflow can be quickly sucked by the radiator 30 through the second pair of circulation holes 111, and is strongly blown toward the The hot air flow generated by the servo motor 2 is operated inside the housing U of the machine 10, and the hot air flow is naturally carried out through the first pair of flow holes 121 due to the instantaneous pressurization inside the housing u. The outside of the body n is achieved for the sewing machine, the double body 11 of the 1 。. p is used for heat dissipation and cooling, and effectively extends the life of the initial machine of the slit 'other' between the servo motor 20 and the heat sink 30 The utility model is provided with a transmission wire 4Q which is arranged on the transmission shaft 21 and is driven by the casing u, and the transmission wheel (10) is provided with a transmission belt 4 corresponding to the toothed and extending downwardly. In order to drive the operation of the lower mechanism, please refer to the schematic view of the fourth embodiment of the present invention as shown in Fig. 6. The heat dissipation structure of the slot_integrated driving device of the fourth embodiment is as shown in the figure. The servo motor 2G that drives the slit _ 1G is also driven by the housing. The motor 20 has a drive shaft 21 that is disposed close to the horizontal direction, and the housing u is above and has a " The diffuser 3〇 (t 3〇11) that is driven and placed inside the casing 11 11 is provided with two other flute-shaped through holes 121, and the case through-holes on the other side of the heat sink 30 are the first through-holes 111' and the first female through-holes 121 and the first The two convection clothes motor 2〇' time ΪΪ special filter element (shown in the figure); when the lower temperature airflow of the feeding part can be blown to the sewing machine 10 housing/pairing through hole 121 by the == time and strong force Being rapidly inhaled, flowing, at this time, the high-temperature hot gas belt generated by the operation of the inner casing ff20 of the casing η is outside the casing 11, reaching (4) the second pair of circulation holes 111 is cooled, and the seam is effectively extended. 1() causes the other end of the housing η of ==1G to dissipate heat to be set-set on the transmission, and in addition, the ship motor 20 drives the toothed chest to touch the 〇 且 伽 伽The inner belt 4] is used to drive the lower mechanism to operate the corresponding teeth 5 and can be extended downwardly. The advantages of the transmission are: The temperature inside the 豉 豉 body U. M334869 2. It can reduce the damage rate of the components inside the casing 11 of the slitting machine 10 and prolong the service life of the sewing machine. 3. The hybrid H 3G surface is additionally driven by a device, and can be directly or indirectly driven by the drive shaft 21 of the servo motor 20 to cool and cool the housing portion of the slit _ 1G. Through the above-mentioned embodiment, the new type of bribe n (four), the practice of the practice of the slogan 10, and the construction of the slogan can be used for the life. The heat of the government is cooled, and the seam is effectively extended _ 10 The above description is only the preferred range of the present invention. That is, the patent application is not limited to the technical scope of the present invention. The equivalent variation of the content of the appearance And the modification should be M334869 j. [Simplified illustration of the drawing] Fig. 1 is a perspective view showing the appearance of a partial decomposition of the first embodiment of the present invention. Fig. 2 is a perspective view showing another partial exploded view of Fig. 1. Figure 3 is a plan view showing a partial cross section of Figure 1; Figure 4 is a plan view showing a partial cross section of the second embodiment of the present invention. Fig. 5 is a plan view showing a partial cross section of a third embodiment of the present invention. Figure 6 is a plan view showing a partial cross section of a fourth embodiment of the present invention. [Description of main component symbols] 10..............Sewing machine_ 11..............Shell 111......... .... second pair of flow holes 12 .............. shell rear part 121 ··........ first pair of flow holes 122 .... .........extending the perforation 13 ..............the upper part of the shell 20 ............. servo motor 21 .... ..........Drive shaft 30.............. Radiator • 40.............. Transmission gear 41.. ............drive belt 50..............support frame 60.............back cover