M443335 五、新型說明： 【新型所屬之技術領域】 本創作係有關於一種馬力擴張結構，尤指一種用以與一驅動 馬達及-被购裝置相互連接’俾伽動馬達不變情况下，驅動 馬達經由馬力擴張結構而可提升其輸出之馬力。 【先前技術】 按’ S知利用驅動馬達作為主要動力之機械設備，其往往係 依照機械設備所需之驅動馬力大小，選擇馬力大小㈣之驅動馬 達作為生要動力來源。 例如，傳統的發電機則需要使用較大馬力的馬達來驅動，也 因此輸出馬力越大之驅動馬達，相對的需消耗越大之功率。然而， 隨著環保意識逐漸被世人難視，碳的職量多寡乃成為判定一M443335 V. New description: [New technical field] This creation is about a horsepower expansion structure, especially one that is used to connect with a drive motor and a purchased device. The motor expands its structure by horsepower to increase the horsepower of its output. [Prior Art] According to the mechanical equipment that uses the drive motor as the main power, it is often based on the driving horsepower required for the mechanical equipment, and the driving motor of the horsepower size (4) is selected as the source of the power. For example, a conventional generator needs to be driven by a motor with a large horsepower, and thus a drive motor with a larger horsepower output, which requires a relatively large power consumption. However, as environmental awareness gradually becomes difficult for the world, the amount of carbon is a judgment.
機械設備衫具節能減碳的依據，如此—來，當―機械設備所需 動焉力越大8^ ’其所使狀轉馬達相對的需絲越大之功 率即等同於驅動馬達需要消耗越多之燃料或電力，勢必產生 多之碳排放量。 可將驅動馬 、疋以，如何提供一種可使驅動馬達不變情況下 達輪出之馬力提升’即為本案欲解決之課題所在。 【新型内容】 為了解決上述.技術的問題與缺陷，本解衫目的係提 2種馬力擴張結構’㈣與—驅動馬達及—被驅練置相互連 匕括有 <體、第―、二轉軸機構。第—轉軸機構係橫向 牙叹於殼體，其包括有依序套設於—第—轉轴之培林、第一塾片 蜗輪件及第—刻組，並位於該殼體之容置㈣中；第二轉 1構係軸穿設練體，並與熱機構滅錯，其包括有 套叹於轉軸之齒輪件，而齒輪件係細輪件㈣合；且殼 體内柯钱有崎。藉此，驅動馬達經由馬力擴張結構而帶動 破駆動裝置作動時，透過第—轉軸機構之第一、二塾片組於油料 =體中轉動下’可增加第—轉軸機構之轉速，制驅動馬達不變 ^况下’驅動馬達㈣馬力擴張結構而可提升其輸出之馬力，避 免所需之驅動馬力越大時，其所使用之驅動馬達相對的需消耗越 大之功率，料__騎需要消耗越多之_或電力，勢必 產生越多之碳排放量。 【實施方式】 為使貴審查員方便簡捷瞭解本創作之其他特徵内容與優點 -所達成之功效此夠更為顯現，兹將本創作配合附圖，詳細教 述本創作之特徵以及優點，以下之實施例係進—步詳細說明本新 型之觀點’但細任何觀點關本新奴辦。 ’ 請配合參閱第-至七圖所示，本創作係揭露一種馬力擴張結 構:用以與-驅動馬達4及—被驅動裝置5相互連接，驅動馬達 4 kΜ由馬力擴張結構i而帶動被驅練置5作動，*馬力擴張 M443335 結構1包括有一殼體11、一第一轉轴機構12及一第二轉轴機 構1 3。 Μ 殼體11於其内部設有一容置空間11〇，而殼體11於其 頂面縱向設有一第一容置孔1 1 1 ’又殼體1 1於其二相對應侧 面分別橫向設有二相互對應之第二容置孔i i 2 ;且殼體i丄於The basis for energy saving and carbon reduction of mechanical equipment, so that, when the mechanical equipment requires more power, the greater the power required by the motor, the greater the power required to drive the motor. More fuel or electricity will inevitably produce more carbon emissions. It can be used to drive horses and horses, and how to provide a horsepower boost that can make the driving motor unchanged. [New content] In order to solve the above problems and defects of the technology, the purpose of this shirt is to propose two kinds of horsepower expansion structure '(four) and - drive motor and - to be driven to connect with each other, including body, body, and Shaft mechanism. The first-spindle mechanism is a transverse tooth sighing from the casing, and includes a lining of the first-rotating shaft, a first cymbal worm gear member and a first engraving group, and is located in the housing (four) The second rotation 1 structure shaft is pierced with a training body and is inaccurate with the thermal mechanism, and includes a gear member that is sighed by the rotating shaft, and the gear member is a thin wheel member (four); and the inside of the casing is Ke Qianzaki . Thereby, when the driving motor is driven by the horsepower expansion structure to drive the breaking device, the first and second jaw groups of the first rotating shaft mechanism are rotated under the oil body to increase the rotation speed of the first rotating shaft mechanism, and the driving motor is driven. Under the condition of 'drive motor (four) horsepower expansion structure can increase the horsepower of its output, to avoid the need to drive the horse with greater power, the greater the power required to drive the motor, the material __ ride required The more you consume, or the more electricity, the more carbon emissions you will have. [Embodiment] In order to make it easier for your examiner to understand the other features and advantages of this creation - the effect achieved is more obvious. This book is combined with the drawings to explain in detail the characteristics and advantages of this creation. The embodiment is a step-by-step description of the novel's point of view, but any point of view is related to the new slave. Please refer to the figures - to the seven figures. The author discloses a horsepower expansion structure for interconnecting the drive motor 4 and the driven device 5. The drive motor 4 k is driven by the horsepower expansion structure i. The operation 5 is practiced, and the * horsepower expansion M443335 structure 1 includes a housing 11, a first shaft mechanism 12 and a second shaft mechanism 13. The housing 11 is provided with an accommodating space 11 其 in the interior thereof, and the housing 11 is provided with a first accommodating hole 1 1 1 ′ in the longitudinal direction of the top surface thereof, and the housing 1 1 is laterally disposed on the opposite sides of the housing 11 . Two mutually corresponding second receiving holes ii 2 ; and the housing
第一谷置孔11 1可覆設有一封蓋113，而封蓋113設有一 透孔1131。 第一轉軸機構12係橫向穿設於殼體11所設之二第二容置 孔112，而第一轉軸機構12包括有一第一轉軸121、至少 二培林12 2、一第一墊片組丄2 3、一蝸輪件12 4及一第二 墊片組12 5。而第一轉軸玉21其一端設有第一延伸段丄2工 1及其另一端設有第二延伸段i 2丄2，第二延伸段丄2丄2更 藉由-培林12 6、-太陽片χ2 7及-螺帽！28螺固以防止 其它組件脫落，且第—轉軸121於其第-延伸段！2 i工與第 二延伸段1212之f植有複數凸肋i 2 i 3。而培林丄2 2係 套設固定於第—轉軸121並相鄰第-延伸段丄2 i i。而第一 '片組1 2 3係套設固定於第—轉軸i 2 i並相鄰培林丄2 2， 組1 2 3其_複_。而婦件1 2 4係套設 1二:轉軸121並相鄰第一墊片組12 3。而第二墊片組 4設固定於第一轉軸121並相_輪件！24 -塾片組12 5其包括有複數㈣。所述培林12 組123、爾124及第二墊片心5係依序套設固定: 5 M443335 第一轉軸121其第一延伸段1211與第二延伸段1212之 間。而本創作試舉一實施例，其中，所述培林12 2内圈可設有 凹部12 2 1 ’凹部12 21可與第一轉軸121之凸肋121 3形成干涉；所述第一墊片組12 3其每一墊片内圈可設有凹部 12 31 ’凹部12 31可與第一轉軸121之凸肋1213形 成干涉；所述蝸輪件12 4其設有一穿孔12 41，並於穿孔1 2 41内設有凹部1 2 4 2，凹部12 4 2可與第一轉轴121 之凸肋1213形成干涉；最後所述第二墊片組12 5其每一墊 片内圈可設有凹部12 51，凹部12 51可與第一轉軸121 之凸肋1213形成干涉。使得培林12 2、第一墊片組12 3、 蝸輪件12 4及第二墊片組12 5係分別套設固定於第一轉軸1 2 1上。 第二轉軸機構13係縱向穿設於殼體11所設之第一容置孔 111，而第二轉軸機構13包括有一第二轉軸131及一齒輪 件13 2，兩者更藉由一培林丄3 3、一太陽片i 3 4及一螺帽 13 5螺固。而第二轉轴工3工其一端設有套接部工3工工及其 相連另一端設有延伸段13 i 2。而齒輪件丄3 2設有一穿孔工 3 2 1，由穿孔丄3 2 套設固定於第二轉轴丄3丄之套接部 1311位置，且齒輪件工3 2外圍設有複數齒槽13 2 2。 所述第一轉轴機構12可橫向穿設於殼體丄丄之二第二容置 孔112，且第一轉軸機構12之第一延伸段1211與第二延 伸段1212分別穿設出殼體11之二第二容置孔112，而所 述之培林12 2、第一塾片組12 3、堝輪件i 2 4及第二墊片 組12 5係依序套設固定於第—轉軸12!其第-延伸段i 2 i 1與第一延伸段！212之間’並位於殼體i i之容置空間η 0中另夕卜所述第一轉軸機構工3係縱向穿設於殼體11所設 之第一容置孔111 ’而第二轉軸13 i之延伸幻3 i 2係穿 汉出封盍113之透孔1χ 3!，並延伸出殼體1i外部，而所 述窗輪件1 3 2係套·定於第二轉軸1 3 1之套接部！ 3丄 1並位於<體1 i之容置空間丨丨时與第—轉軸機構1 2之 蜗輪件1 2 4相交錯’使得齒輪件1 3 2之齒槽；L 3 2 2係與蜗 輪件1 2 4相嗜合（如第七圖所示）。 ^而本創作試舉-實施例，其中，第一轉轴121之第—延伸 段121 1可套設有—第—轉輪2，第二轉軸131之延伸射 212可套5又有—第二轉輪3，且殼體11内部可密封有油料。 藉此，本創作之馬力擴張結構1可用以與-驅動馬達4及一被驅 動裝置5相互連接，由驅動馬達4所設之第-驅動皮帶41用以 與第一轉輪2相連接，再由被驅動裝置5所設之第二驅動皮帶5 1 第二轉輪3相連接，而由驅動馬達4帶動第一轉軸機構 的同時’由第一轉軸機構i 2再帶動第二轉輪機構工3 轉動，再由第二轉轴機構13驅動被驅動裝置5作動。如此，當 驅動馬達4經由馬力擴張結構1而帶動被驅動裝置5作動時透 過第一轉轴機構12之第-墊片組i 2 3、第二墊片叙2 2 5於 油料液體_τ，可增加第—轉軸機幻2之轉速，達到驅動 M443335 馬達4不變叙下，鶴馬達4經由馬力擴張結則而可提升其 2出之馬力’避免所需之崎馬力越满，其所使狀驅動馬達 對的需消耗越大之功率’即等同於驅動馬達需要雜越多之辦 料或電力，勢必產生越多之碳排放量。 …綜上·，本_在突破先狀肋結構下，確實已達到所 :進之树且也非為其所屬技術領域巾具有通常知識者依申 請前之先前技術所能輕易完成，爰依法提出新型專利申請 局核准本件新型專利申請案，以勵創作，至感德便。心口貝 惟上列詳減日聽針對本創作之—可行實施例之具體說明， 該實施例麟㈣關本_，軌未麟補作技藝精神所為 之等效實施紐更’均應包含於本案之專利範圍中。 【圖式簡單說明】 φ第-圖係本創作之馬力舰結構—躺實施例示意圖。 第二圖縣創作之馬力㈣結構之第-娜機構分解示意圖。 -第三®係本耕之馬力擴張結構之第-轉軸機構組合示意圖。 第四圖係本創作之馬力擴張結構之第二轉轴機構分解示意圖。 第五圖係本創作之馬力擴張結構之第二轉軸機構組合示意圖。 弟六圖係本創作之馬力擴張結構分解示音圖。 第七圖係本創作之馬力擴張結構故合剖面示意圖。 【主要元件符號說明】 8 M443335The first valley hole 11 1 may be covered with a cover 113, and the cover 113 is provided with a through hole 1131. The first rotating shaft mechanism 12 is disposed transversely to the two second receiving holes 112 provided in the housing 11, and the first rotating shaft mechanism 12 includes a first rotating shaft 121, at least two Palin 12, and a first spacer group.丄 2 3, a worm gear member 12 4 and a second gasket group 12 5 . The first shaft jade 21 has a first extension section 1 and a second extension section i 2丄2 at the other end, and a second extension section 丄2丄2 by the Palin 12 6 . - Sun piece χ 2 7 and - nut! 28 screw to prevent other components from falling off, and the first-rotor 121 is in its first extension! 2 i and the second extension 1212 are implanted with a plurality of ribs i 2 i 3 . The Palin 丄 2 2 system is sleeved and fixed to the first rotating shaft 121 and adjacent to the first extending portion 丄 2 i i. The first 'chip set 1 2 3 sets are fixed to the first-axis i 2 i and adjacent to the Palin 2 2, and the group 1 2 3 is _ complex_. The female member 1 2 4 is sleeved 1 2: the rotating shaft 121 is adjacent to the first spacer group 12 3 . The second shim group 4 is fixed to the first rotating shaft 121 and the phase _ wheel member! 24 - cymbal group 12 5 includes plural (four). The Palin 12 group 123, the 124 and the second shim 5 are sequentially sleeved and fixed: 5 M443335 The first shaft 121 is between the first extension 1211 and the second extension 1212. The present invention is an embodiment in which the inner ring of the Palin 12 2 may be provided with a recess 12 2 1 'the recess 12 21 may interfere with the rib 121 3 of the first rotating shaft 121; the first spacer The inner ring of each of the spacers 12 may be provided with a recess 12 31 'the recess 12 31 may interfere with the rib 1213 of the first rotating shaft 121; the worm gear 12 4 is provided with a through hole 12 41 and is pierced 1 2 41 is provided with a recess 1 2 4 2, and the recess 12 4 2 can interfere with the rib 1213 of the first rotating shaft 121; finally, the second spacer group 12 5 can be provided with a recess in each inner ring of the gasket 12 51, the recess 12 51 can interfere with the rib 1213 of the first rotating shaft 121. The Palin 12 2, the first shim group 12 3 , the worm gear member 12 4 and the second shim group 12 5 are respectively sleeved and fixed on the first rotating shaft 1 2 1 . The second rotating shaft mechanism 13 is longitudinally disposed in the first receiving hole 111 of the housing 11 , and the second rotating shaft mechanism 13 includes a second rotating shaft 131 and a gear member 13 2 , both of which are supported by a Palin.丄3 3, a solar film i 3 4 and a nut 13 5 screw. The second shafting worker is provided with a socket part worker 3 at one end and an extension section 13 i 2 at the other end. The gear member 丄3 2 is provided with a punching device 3 2 1 , and the punching 丄 3 2 is sleeved and fixed to the position of the socket portion 1311 of the second rotating shaft 丄 3 ,, and the gear member 3 2 is provided with a plurality of gullets 13 twenty two. The first rotating shaft mechanism 12 can be transversely disposed on the second receiving hole 112 of the housing, and the first extending portion 1211 and the second extending portion 1212 of the first rotating shaft mechanism 12 respectively pass through the housing. 11 bis second receiving hole 112, and the Palin 12 2, the first cymbal group 12 3, the 埚 wheel member i 2 4 and the second spacer group 12 5 are sequentially sleeved and fixed on the first The shaft 12! its first extension i 2 i 1 and the first extension! Between the 212's and the accommodating space η 0 of the casing ii, the first rotating shaft mechanism 3 is longitudinally disposed through the first accommodating hole 111' provided in the casing 11 and the second rotating shaft 13 i extends the illusion 3 i 2 is through the through hole 1 χ 3! of the Chinese 盍 , 113, and extends out of the outer casing 1i, and the window wheel member 138 sleeve is set to the second shaft 1 3 1 Sockets! 3丄1 is located in the housing space of the body 1 i, and is interlaced with the worm gear 1 2 4 of the first-axis mechanism 1 2 to make the gear groove of the gear member 1 3 2; the L 3 2 2 system and the worm wheel Pieces 1 2 4 are associative (as shown in Figure 7). In the present invention, the first extension shaft 121 of the first rotating shaft 121 can be sleeved with a first-rotor 2, and the second rotating shaft 131 can be extended with a sleeve 52. The second runner 3 and the inside of the housing 11 can be sealed with oil. Therefore, the horsepower expansion structure 1 of the present invention can be used to connect with the drive motor 4 and a driven device 5, and the first drive belt 41 provided by the drive motor 4 is connected to the first runner 2, and then The second rotating belt 3 is connected by the second driving belt 5 1 provided by the driving device 5, and the second rotating shaft mechanism is driven by the first rotating shaft mechanism i 2 while the driving shaft 4 drives the first rotating shaft mechanism. 3 Rotate, and the driven device 5 is driven by the second spindle mechanism 13. In this manner, when the driving motor 4 drives the driven device 5 to move through the horsepower expansion structure 1, the first spacer group i 2 3 and the second spacer 2 2 5 are in the oil liquid_τ, It can increase the speed of the first-rotor machine 2, and drive the M443335 motor 4 to keep the same. The crane motor 4 can increase its horsepower by expanding the knot by horsepower, 'to avoid the fullness of the required horsepower, which makes it The more power consumed by the drive motor pair is equivalent to the more materials or power that the drive motor needs, the more carbon emissions are bound to be generated. ...In summary, this _ has broken through the first rib structure, and it has indeed reached the point: the tree is not the technical field of its own, and the general knowledge can be easily completed according to the prior art before the application. The new patent application bureau approves this new type of patent application, in order to encourage creation, to the sense of virtue. The following is a detailed description of the feasible examples for the creation of this book. The example of Lin (4) Guan Ben _, the equivalent of the implementation of the spirit of the track is not included in the case In the scope of patents. [Simple diagram of the diagram] φ-graph is a schematic diagram of the structure of the horsepower structure of the present creation. The second map of the county's horsepower (four) structure of the first - Na mechanism decomposition diagram. - The third-series is a combination of the first-rotor mechanism of the horsepower expansion structure. The fourth figure is an exploded view of the second shaft mechanism of the horsepower expansion structure of the present invention. The fifth figure is a schematic diagram of the combination of the second shaft mechanism of the horsepower expansion structure of the present invention. The Sixth Figure is an exploded view of the horsepower expansion structure of this creation. The seventh picture is a schematic diagram of the cross-section of the horsepower expansion structure of the present creation. [Main component symbol description] 8 M443335
1、馬力擴張結構 110、容置空間 112、第二容置孔 1131、透孔 121、 第一轉軸 1212、第二延伸段 122、 培林 123、 第一墊片組 124、 蝸輪件 1242、凹部 1251、凹部 127、太陽片 13、第二轉軸機構 1311、套接部 132、齒輪件 1322、齒槽 134、太陽片 2、第一轉輪 4、 驅動馬達 5、 被驅動裝置 11、 殼體 111、第一容置孔 113、封蓋 12、 第一轉軸機構 1211、第一延伸段 1213、凸肋 1221、凹部 1231、凹部 1241、穿孔 125、 第二墊片組 126、 培林 128、螺帽 131、第二轉軸 1312、延伸段 1321、穿孔 133、培林 135、螺帽 3、第二轉輪 41、第一驅動皮帶 51、第二驅動皮帶1. The horsepower expansion structure 110, the accommodating space 112, the second accommodating hole 1131, the through hole 121, the first rotating shaft 1212, the second extending portion 122, the Palin 123, the first spacer group 124, the worm gear member 1242, the concave portion 1251, concave portion 127, solar sheet 13, second rotating shaft mechanism 1311, socket portion 132, gear member 1322, tooth groove 134, solar sheet 2, first rotating wheel 4, drive motor 5, driven device 11, housing 111 The first receiving hole 113, the cover 12, the first rotating shaft mechanism 1211, the first extending portion 1213, the rib 1221, the concave portion 1231, the concave portion 1241, the through hole 125, the second spacer group 126, the Palin 128, the nut 131. The second rotating shaft 1312, the extended portion 1321, the through hole 133, the Palin 135, the nut 3, the second rotating wheel 41, the first driving belt 51, and the second driving belt