1357466 九、發明說明： 【發明所屬之技術領域】 本發明與流體傳敎備有關，進—步而t 轉子迴繞式泵浦，其缸室内部活設—轉子，二日…種 的驅動輪驅動轉^再配合對轉子形成側“掣限^ = =轉子在缸室内部，以公轉模式循著環形路徑迴繞作 對，體形成抽吸、推擠作用，俾供泵送流體。 # L无别技術】 第-圖係習知迴轉式泵浦的示意圖 室⑴、一迴轉件⑵、-驅動軸⑶及-滑‘ I中 該缸室⑴係具有__的容室，該的 開 通孔與外界連通，令-通孔為吸入口（102)、另一通^為又: 放口（104)，俾供流體進、出兮缸官n ‘”、 =至⑴内部的圓形組件，且該迴轉件⑵圓心偏離該 ，其周緣與該缸室〇)内周壁相切貼靠，該驅 $軸⑶軸接—偏心輪⑹，該偏心輪⑹與該迴轉件⑵車由 =樞接’據此驅動迴轉件⑵於該缸室⑴内部，循著圓形 j k轉作動δ綺銷⑷樞設於該吸人口⑽2)與該排放 :⑽)之間的該紅室⑴周壁，該滑銷⑷延伸於該紅室⑴ 三i内的-端設有彈簧⑺’據以提供該滑銷⑷沿轴向往 ，作^的·彈力，該滑銷⑷另—端延伸於該缸室⑴内 广’其末端形成圓弧狀頭端（402)抵f於該迴轉件⑵外 、'據此4缸至（1)空間藉該滑銷(4)及該迴轉件（？）區隔 &成吸引區（1〇6)、一排出區（1〇8)，該吸引區（⑽)與該 1357466 吸入口〇G2)連通’該排出_8)與該排放口⑽)連通。 該驅動軸⑶旋轉時，該偏心輪⑹引動該迴轉件⑵循 者以該驅動軸⑶為圓心的圓形路經迴轉作動，且該滑銷⑷ 受到魏轉件⑵與郷t⑺二相軸，遂於該迴轉件 ⑵轉作糾，紅往復物，#由鞠轉件⑵的迴轉 作動’使該吸⑽)及該排出區⑽）的空間容機產生 變化，錯以達到由該吸入口⑽吸入流體，並由該排放口 (104)排出流體的流體泵送目的。 』為使該迴轉件⑵迴轉作動時，該迴轉件⑵的外周面 與，亥滑銷⑷末端得以相對滑動，該滑銷⑷係藉其末端的 圓孤狀頭端(402)與該迴轉件⑵的圓形外周面接觸，故該 迴轉件⑵與該滑銷⑷彼此為線接觸狀態，其接觸面積 小’且利用該彈簧⑺於騎銷⑷軸向形成她作用力， 使該滑銷⑷與魏轉件⑵働接敏態，如此一來，該 滑銷⑷與該迴轉件⑵姆抵_壓應力高，該滑銷⑷= 该迴轉件⑵彼此接觸部份_對磨耗亦高，導致該滑銷⑷ 與該迴轉件(2)二者的使用壽命短。 再者，該迴轉件⑵在迴前動的過財，該迴轉件⑵ 對該滑鎖⑷所形成的相對個力方向，係沿著該迴轉件⑵ 外周圓弧與該賴⑷接觸點處的切線方向，使得該迴轉件 ⑵迴轉作動的過程中’該迴轉件⑵與該滑鎖⑷容易發生 相對滑動不順，甚至彼此扞格、相互卡掣的狀況，影^運 轉的順暢度，尤其不利於在高黏性流體或是高壓力等果送 需求下的運轉，且料導致該迴轉件⑵與該滑銷⑷彼此 間產生振動及運轉噪音。 6 1357466 有鑑於此，本案發明人遂積極進行研究創作，细^ 反復试驗，遂有創新且進步的本發明產生。 、、工夕火1357466 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a fluid transfer device, which is a step-by-step t-rotor wraparound pump, and a cylinder interior is provided with a rotor, and a drive wheel drive of the second day... ^ Recombination on the rotor forming side "Limiting ^ = = The rotor is inside the cylinder, in the revolution mode, following the circular path, the body forms a suction and push action, and the pump is used to pump the fluid. # L无技术] The first diagram is a schematic chamber (1) of a conventional rotary pump, a rotary member (2), a drive shaft (3) and a slide chamber (1). The cylinder chamber (1) has a chamber of __, and the open hole communicates with the outside. The through hole is the suction port (102), the other pass is: the discharge port (104), the circular component for the fluid inlet and outlet cylinders n '", = to (1), and the rotary member (2) The center of the circle deviates from this, and the periphery thereof is tangentially abutted against the inner peripheral wall of the cylinder chamber ,), the drive shaft (3) is axially coupled to the eccentric wheel (6), and the eccentric wheel (6) and the rotary member (2) are driven by the pivot joint (2) inside the cylinder chamber (1), following a circular jk rotation as a moving δ pin (4) pivoted to the suction population (10) 2) and the discharge (10)) between the red chamber (1) peripheral wall, the sliding pin (4) extending from the red chamber (1) at the end of the three-i is provided with a spring (7)' to provide the sliding pin (4) axially toward the elastic force The sliding pin (4) extends at the other end of the cylinder chamber (1), and the end thereof forms an arc-shaped head end (402) to the outside of the rotating member (2), and the sliding is performed according to the 4 cylinder to (1) space. The pin (4) and the rotating member (?) are separated into a suction zone (1〇6) and a discharge zone (1〇8), and the suction zone ((10)) is in communication with the 1357466 suction port G2) Discharge_8) is in communication with the discharge port (10). When the driving shaft (3) rotates, the eccentric wheel (6) drives the rotating member (2) to follow a rotation of the circular path with the driving shaft (3) as a center, and the sliding pin (4) is subjected to the two-phase shaft of the Wei rotor (2) and the 郷t (7).遂 The rotating member (2) is turned into a correction, the red reciprocating object, # is rotated by the rotating member (2) to make the space capacity of the suction (10) and the discharge area (10) change, so as to reach the suction port (10) The fluid is pumped and the fluid is discharged by the discharge port (104) for pumping purposes. In order to rotate the rotary member (2), the outer peripheral surface of the rotary member (2) and the end of the slide pin (4) are relatively slid, and the slide pin (4) is a circular orphan end (402) at the end thereof and the rotary member. (2) The circular outer peripheral surface is in contact, so that the rotating member (2) and the sliding pin (4) are in line contact with each other, and the contact area is small, and the spring (7) is used to form her force in the axial direction of the riding pin (4), so that the sliding pin (4) The contact state with the Wei rotor (2) is such that the sliding pin (4) and the rotating member (2) have a high compressive stress, and the sliding pin (4) = the rotating member (2) is in contact with each other _ the wear is also high, resulting in high wear, The sliding pin (4) and the rotating member (2) have a short service life. Furthermore, the rotating member (2) moves forward in the forward movement, and the relative force direction formed by the rotating member (2) on the sliding lock (4) is along the outer circular arc of the rotating member (2) and the contact point of the Lai (4) The tangential direction makes the rotating member (2) and the sliding lock (4) easy to slide relative to each other during the rotation of the rotating member (2), and even the two sides are smashed and mutually jammed, and the smoothness of the operation is particularly disadvantageous. The operation is carried out under the condition of high viscosity fluid or high pressure, and the vibration and running noise of the rotating member (2) and the sliding pin (4) are caused. 6 1357466 In view of this, the inventor of this case actively carried out research and creation, carefully and repeatedly experimented, and produced the invention with innovation and progress. , work eve fire
【發明内容J 由在==要目的在於提供—種轉子迴繞式_，里藉 據此對流體軸減、雜_，俾供錢細者的轉子’ 本發明係-種轉子迴繞式粟浦，主要包含 ，、-轉子、—主轴及—滑鎖，其中，該本體形成一 室，該轉子設於該紅室内部，該轉子係約略二 的盤體，且鱗子相無缸室_郷 =偏;二有—驅!輪，且該驅動輪與該心 β η 使°亥主輛藉該驅動輪驅動該轉子在該紅室内 部迴屬；該主軸-端樞穿該本體延伸於外部，據使動 力裝置掣動該主車由旋轉，俾供該轉子作動； 據使動 =體内部側向開設一容室，該容室一端與該缸室連 ' &端封閉，該滑銷軸樞於該容室，且該滑銷的軸向 U、、’ 通過故室巾心、，該滑銷—端之端面形成一第— =/亥第—平面與該滑鎖軸向垂直，該轉子於鄰向該滑 诚地域、，第—平面，該第—平面與該第二平面相貼靠， 據使=銷對該轉子形成限制，俾供該轉子在該缸室内部 Μ·: 形路梭迴繞作動者；該容室内部設有-彈 山挪性疋件一端與該滑銷相抵持，另一端與該容 端相抵持’據以轴向推抵該滑鎖’俾供該滑銷保持 對轉子形成侧向的抵掣限制； 該本體開設-入流道、一出流道，該入、出流道一端 7 1357466 與該缸室連通，另—端與外界連通，獻、出流道與該滑 銷鄰近，該缸室空間藉該滑銷及該轉子區隔形成一吸弓丨 區、一排出區，該吸引區與該入流道連通，該排出區與該 出流道連通，據使流體進、出該缸室，俾供泵送流體者。 【實施方式】 為使本發明的構成及其創新特異處，得以進一步完整 揭示，茲列舉具體可行的實施例並配合圖式說明於后。 第二圖係本發明第一實施例的立體圖。 第三圖係本發明第一實施例的立體分解圖。 第四圖係本發明第一實施例的徑向剖視示意圖。 第五圖係第四圖的5 —5剖面圖。 第六圖係本發明第一實施例的作動狀態示意圖（一）。 第七圖係本發明第一實施例的作動狀態示意圖（二）。 第八圖係本發明第一實施例的作動狀態示意圖（三）。 第九圖係本發明第二實施例的軸向剖視圖。 第十圖係本發明第三實施例的立體分解圖。 第十一圖係本發明第三實施例的徑向剖視示意圖。 第十二圖係第十一圖的12 — 12剖面圖。 第十一圖係本發明第四實施例的軸向剖視圖。 第十四圖係本發明第五實施例的軸向剖視圖。 明參閱第二至五圖，本發明轉子迴繞式泵浦第一實施 例’主要包含一第一蓋體⑴）、一基座⑽、一第二蓋體 (13)、一轉子（14)、一主軸（15)及—滑銷（16)，其中，該 基座（12)設於該第…二蓋體（⑴⑽之間，複數根螺检 ⑽軸穿該帛—i體(π)及絲節2)與郷二蓋體⑽ 8 1357466 螺接，俾供串組該第一蓋體（11)、該基座（12)及該第二蓋 體（13) ’構成泵浦本體（1〇)者；該基座（12)軸向貫穿一圓 形孔洞，且該孔洞軸向為該第一、二蓋體所圍包， 藉此形成一圓形缸室（122)，據以容納流體於該缸室 (122) ’該轉子（14)設於該缸室（122)内部，該轉子（14)係 約略呈圓型之盤體，且該轉子（14)外周與該缸室（122)的内 周壁形成内切貼靠，該主軸（15)軸向偏心設有一驅動輪 (152)，且該驅動輪（152)與該轉子（14)偏心處軸枢相接， 據使該主軸（15)旋轉時，藉該驅動輪（152)驅動該轉子（14) 在β亥虹至（122)内部迴燒作動；該主軸（15)一端樞穿該第二 蓋體（13)延伸於該本體（1〇)外部，據使馬達或引擎等動力 裝置（圖中未示）得以掣動該主軸（15)旋轉，進而藉該驅動 輪（152)驅使該轉子（14)作動。 該基座（12)侧向開設一容室（124)，該容室（124)—端 與該缸室（122)連通，另一端封閉，該滑銷（16)軸樞於該容 至（124)，且該滑銷（16)的軸向延伸線恰通過該缸室（I〗〗） 中心，並與該主軸（15)的軸心垂直正交，該滑銷（16)一端 之端面形成一第一平面（162)，該第一平面（162)與該滑銷 (16)軸向垂直，該轉子（14)於鄰向該滑銷（16)處形成一第 二平面（142)，該第一平面（162)與該第二平面（142)相貼 罪，以藉由該滑銷（16)對該轉子（14)形成限制，使該轉子 (H)無法據其圓心為軸旋轉，俾供該轉子（14)在該缸室 (122)内部以公轉模式循著環形路徑迴繞作動，以泵送流體 者；該容室（124)内部設有一彈性元件（17)，該彈性元件（17) —端與該滑銷（16)相抵持，另一端與該容室（124)封閉端相 9 1357466 抵持，據此於軸向推抵該滑銷（16)，俾供該滑銷（16)保持 對轉子（14)形成側向的抵掣限制；該基座（12)開設一入流 道（123)、一出流道（125)，該入、出流道（123χ125)一端 與該缸室（122)連通，另一端與外界連通，該入、出流道 (123)(125)與該滑銷（16)鄰近，該缸室（122)藉該滑銷（π) 及該轉子（14)區隔形成一吸引區（126)、一排出區（128)， 5亥吸引區（126)與該人流道（123)連通，該排^區（128)與該 出流道（125)連通，據使流體經由該入、出流道（123)(125) 進、出該缸室（122),俾供泵送流體者。 請參閱第六至八圖，當馬達或引擎等動力裝置掣動該 主軸（15)旋轉時，該驅動輪（152)驅動該轉子（14)在該缸室 (122)内部迴繞作動，由於該滑銷（⑹對該轉子（⑷於侧向 形成抵掣仙，使得轉子（⑷仙公觀賴著環形路 徑迴繞作動’而不會依據該轉子⑽的軸心形成自體旋 轉，據此變化該吸引區（126)、該排出區⑽）的容積，如 此即可透過叙流道⑽）將外界流體抽韻人該缸室 (122)，並藉由該出流道（125)將流體推擠排出，達到 流體的效果。 ' 當該轉子（14)作動時，該轉子（⑷與該滑銷⑽二者 之間’於該第-、二平面⑽)⑽）的切線方向上相對滑 動’而由於該轉子（14)與該滑銷⑽藉由該第一、二平面 (162)(142)形成平面接觸，使得該滑銷（⑹與該轉子（⑷ 彼此間的相對壓應力得以降低，而可有效降低該滑銷⑽ 與_子（14)_對縣，俾供提高該 (14)的使用砉合。 再者’該轉子（14)以公轉模式迴繞作動的過程中，該 轉子（14)對該滑銷（16)所形成的相對作用力方向，係沿著 彼此貼靠的該第一、二平面（162)(142)的切線方向，而此 等作用力方向係與該彈性元件（丨7)推抵該滑銷（丨6)轴向往 復位移的作動方向垂直，使得該轉子（14)迴轉作動的過程 中，該轉子（14)與該滑銷（16)彼此間相對滑動的順暢度得 以提高，避免發生該轉子（14)與該滑銷（16)彼此扞格、相 互卡掣的問題，不致由於轉子（⑷與該賴⑽彼此間 的相對磨擦而產生運轉振動，並可有效消減、降低運轉噪 音。 本發明第二實施例係依據前述第一實施例變化而得， 其相同處不再重覆說明；請參閱第九圖，本發明第二實施 例之主軸（25)—端樞穿第二蓋體（23)延伸於外部，使動力 裝置（圖中未示）得以擎動該主軸㈤旋轉，該主轴⑵）另 :端轴樞於第-蓋體⑼，以藉由該第―、二蓋體⑻⑽ 定位該主軸(25)，據此提高該主軸(25)定位的可靠度，降 低、消減該主⑽5)偏振的可能，進而提高驅動輪(252)驅 動轉子（24)迴繞作動的可靠度。 本發明第三實施例係依據前述第一實施例變化而得， ^第二實施例雜第—實施例更適於顧在高黏性流體或 问廢力泵达等’必需以較高扭力轉運轉場合的具體實施 例’第三實施例與第-實施谢目同部份，恕不重覆說明； 請參閱第十圖、第十-圖及第十二圖，本發明第三實施例 主要包含H體(31)、-基座(32)、__第二蓋體⑽、 -轉子（34) —主軸(35)、-滑銷⑽及—輔助轴(38)， 其中，該第一蓋體(31)、該基座(32)及該第二蓋體(33)串 組構成泵浦本體(30)，該輔助轴(38)與該主軸(35)彼此平 行相對，令該主軸(35)的轴心為a，該輔助轴⑽的轴心為 b，該缸室（322)形狀圓心恰位於該主轴（35)與該辅助轴⑽ 軸心連線(線段ab)的中點，該輔助軸⑽一端軸樞於該第 二蓋體⑽’據以定位該輔助軸⑽於該本體⑽，且該 輔助軸(38)軸向偏心設有一輔助輪⑽)，該輔助輪(382) 與該轉子⑽細處_相接，並與驅動輪(352)彼此平行 相對，辅师⑽與_輪(382)之偏心距料於輔助轴 (35)與辅助輪⑽)之•距離，據使該主軸(35)、該辅助 軸⑽）、該輔助輪⑽2)、該驅動輪(352)構成平行連桿機 構，當該主軸(35)藉該驅動輪⑽)驅動該轉子⑽迴繞作 動時，藉由該等平行連桿機構的形成，降低該轉子⑽與 〜銷（36)彼此間的相對作用力，進而使該轉子⑽與該 滑銷(36)_騎動更為·，俾供提高運轉可靠度者。 本發明第四實施例係依據前述第三實施例變化而得， -相同處不再重覆5兒明；請參閱第十三圖，本發明第四實 施例之輔助軸⑽係可選擇軸樞於第一蓋體⑷），俾供定 位遠辅助軸(48)於泵浦本體(4〇)者。 本發明第五實施例係依據前述第三實施例變化而得， ”相同處不再重覆說明；請參閱第十四圖，本發明第五實 施例之主輛(55)一端樞穿第二蓋體(53)延伸於外部，該主 軸(55)另-端軸樞於第一蓋體⑻，辅助軸⑽兩端則分 另^由樞於4第—、二蓋體⑸）⑸），據以提高該主抽(⑹ 及該辅助軸(58)定位的可靠度，俾供提高高扭力運轉泵送 的可靠度。 综上所述’本發明歷經多次試驗，確證能夠充份滿足 預』目的’且功效卓越’於前並未曾見於公開刊物及 公開使用，誠符合發明專件，纽法提㈣請，祈請 詳加細審並早日准予專利，則申請人無任感荷。 【圖式簡單說明】 第一圖係習知迴轉式泵浦的構成示意圖。 第二圖係本發明第一實施例的立體圖。 第三圖係本發明第一實施例的立體分解圖。 第四圖係本發明第一實施例的徑向剖視示意圖。 第五圖係第四圖的5 —5剖面圖。 第六圖係本發明第一實施例的作動狀態示意圖（一）。 第七圖係本發明第一實施例的作動狀態示意圖（二）。 第八圖係本發明第一實施例的作動狀態示意圖（三）。 第九圖係本發明第二實施例的軸向剖視圖。 第十圖係本發明第三實施例的立體分解圖。 第十一圖係本發明第三實施例的徑向剖視示意圖。 第十二圖係第十一圖的12 —12剖面圖。 第十三圖係本發明第四實施例的軸向剖視圖。 第十四圖係本發明第五實施例的軸向剖視圖。 【主要元件符號說明】 缸室（1) 吸入口（102) 排放口（104) 吸引區（106) 排出區（108) 迴轉件(2) 驅動軸（3) 偏心輪(6) 滑銷（4) 彈簧(7) 頭端（402) 1357466 泵浦本體（10) 第一蓋體（11) 基座（12) 缸室（122) 入流道（123) 容室（124) 出流道（125) 吸引區（126) 排出區（128) 第二蓋體（13) 轉子（14) 第二平面（142) 主軸（15) 驅動輪（152) 滑銷（16) 第一平面（162) 彈性元件（17) 螺栓（19) 第一蓋體(21) 第二蓋體(23) 轉子(24) 主軸（25) 驅動輪(252) 泵浦本體(30) 第一蓋體(31) 基座（32) 缸室（322) 第二蓋體(33) 轉子(34) 主軸（35) 輔助輪(382) 滑銷（36) 輔助軸(38) 泵浦本體(40) 第一蓋體(41) 輔助轴(48) 第一蓋體(51) 輔助軸(58) 第二蓋體(53) 主軸（55) # 14[Jobs of the Invention] The rotor of the present invention is a type of rotor rewinding type, in which the rotor is retracted, and the rotor is reduced by the fluid axis. The utility model mainly comprises a rotor, a main shaft and a sliding lock, wherein the body forms a chamber, the rotor is arranged inside the red chamber, the rotor is about two disc bodies, and the scale has no cylinder chamber _郷= The second drive has a wheel, and the drive wheel and the center β η enable the main vehicle to drive the rotor back inside the red chamber by the drive wheel; the spindle end extends through the body and extends outside. According to the power device, the main vehicle is rotated to rotate the rotor, and the rotor is actuated; according to the inner side of the body, a chamber is opened laterally, and one end of the chamber is closed with the cylinder chamber, and the sliding pin shaft is closed. Anchored in the chamber, and the axial direction U, 'passing the sliding pin, the end surface of the sliding pin-end forms a first -=/Hail-plane perpendicular to the axial direction of the sliding lock, The rotor is adjacent to the sleek region, the first plane, and the first plane is in contact with the second plane, and the limit is formed on the rotor by the = pin俾 该 该 该 该 : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : According to the axial pushing of the sliding lock, the sliding pin maintains a lateral restraining restriction on the rotor; the body opens-inflow passage, an outflow passage, and the inlet and outlet passage end 7 1357466 and the cylinder The chamber is connected, the other end is connected to the outside, and the outlet and outlet channels are adjacent to the sliding pin. The cylinder chamber space forms a suction bow area and a discharge area by the sliding pin and the rotor area, and the suction area and the suction area The inflow channel is in communication, and the discharge zone is in communication with the outflow channel, and the fluid is introduced into and out of the cylinder chamber for pumping fluid. [Embodiment] In order to make the composition of the present invention and its innovative specifics, it is further fully disclosed, and the specific possible embodiments are illustrated and described with reference to the drawings. The second drawing is a perspective view of the first embodiment of the present invention. The third figure is an exploded perspective view of the first embodiment of the present invention. The fourth drawing is a schematic cross-sectional view of a first embodiment of the present invention. The fifth figure is a 5-5 sectional view of the fourth figure. Figure 6 is a schematic view (1) of the actuation state of the first embodiment of the present invention. The seventh drawing is a schematic diagram (2) of the actuation state of the first embodiment of the present invention. The eighth figure is a schematic diagram (3) of the actuation state of the first embodiment of the present invention. The ninth drawing is an axial sectional view of a second embodiment of the present invention. The tenth drawing is an exploded perspective view of a third embodiment of the present invention. Figure 11 is a schematic longitudinal cross-sectional view showing a third embodiment of the present invention. The twelfth figure is a 12-12 cross-sectional view of the eleventh figure. Figure 11 is an axial cross-sectional view showing a fourth embodiment of the present invention. Figure 14 is an axial cross-sectional view showing a fifth embodiment of the present invention. Referring to Figures 2 to 5, the first embodiment of the rotor rewind pump of the present invention mainly comprises a first cover (1), a base (10), a second cover (13), a rotor (14), a main shaft (15) and a sliding pin (16), wherein the base (12) is disposed between the second cover ((1) and (10), and the plurality of screws (10) are threaded through the 帛-i body (π) and The wire 2) is screwed with the second cover body (10) 8 1357466, and the first cover body (11), the base (12) and the second cover body (13) constitute a pump body (1) The base (12) axially extends through a circular hole, and the hole is axially surrounded by the first and second covers, thereby forming a circular cylinder chamber (122) for receiving Fluid in the cylinder chamber (122) 'The rotor (14) is disposed inside the cylinder chamber (122), the rotor (14) is a substantially circular disk body, and the outer circumference of the rotor (14) and the cylinder chamber ( The inner peripheral wall of 122) forms an inner cutting abutment, the main shaft (15) is axially eccentrically provided with a driving wheel (152), and the driving wheel (152) is pivotally connected to the rotor (14) eccentrically, according to When the main shaft (15) rotates, the drive wheel (152) is driven The rotor (14) is driven back to the inside of the β-Xihong to (122); one end of the main shaft (15) is pivoted through the second cover (13) and extends outside the body (1〇), so that the motor or the engine is A power unit (not shown) is configured to move the spindle (15) to rotate, and the drive wheel (152) drives the rotor (14) to actuate. The pedestal (12) laterally defines a chamber (124), the chamber (124) is in communication with the cylinder chamber (122), and the other end is closed, and the sliding pin (16) is pivoted thereto ( 124), and the axial extension line of the sliding pin (16) just passes through the center of the cylinder chamber (I) and is perpendicular to the axis of the main shaft (15), and the end surface of the sliding pin (16) Forming a first plane (162), the first plane (162) is axially perpendicular to the sliding pin (16), and the rotor (14) forms a second plane (142) adjacent to the sliding pin (16). The first plane (162) is in agreement with the second plane (142) to restrict the rotor (14) by the sliding pin (16), so that the rotor (H) cannot be centered on its center Rotating, the rotor (14) is circulated in a circular path inside the cylinder chamber (122) in a revolution mode to pump fluid; the chamber (124) is internally provided with an elastic member (17), the elasticity The end of the element (17) is abutted against the sliding pin (16), and the other end is abutted against the closed end phase 9 1357466 of the chamber (124), thereby axially pushing against the sliding pin (16) for the purpose The sliding pin (16) remains on the rotor 14) forming a lateral relief limit; the base (12) defines an inflow channel (123) and an outflow channel (125), and one end of the inflow and outflow channel (123χ125) is connected to the cylinder chamber (122) The other end is in communication with the outside, the inlet and outlet passages (123) (125) are adjacent to the sliding pin (16), and the cylinder chamber (122) is formed by the sliding pin (π) and the rotor (14). a suction zone (126), a discharge zone (128), a 5H attraction zone (126) is in communication with the human flow channel (123), and the drainage zone (128) is in communication with the outlet channel (125), The cylinder chamber (122) is fed in and out via the inlet and outlet passages (123) (125) for pumping fluid. Referring to Figures 6 to 8, when a power unit such as a motor or an engine shakes the main shaft (15), the driving wheel (152) drives the rotor (14) to rewind inside the cylinder chamber (122), since The sliding pin ((6) the rotor ((4) is formed in the lateral direction, so that the rotor ((4) is viewed by the circular path revolving operation] without forming a self-rotation according to the axis of the rotor (10), according to which The volume of the suction zone (126) and the discharge zone (10), so that the external fluid can be drawn through the spin runner (10) to the cylinder chamber (122), and the fluid is pushed by the outlet passage (125). Discharge to achieve the effect of the fluid. 'When the rotor (14) is actuated, the rotor ((4) and the sliding pin (10) are relatively slid in the tangential direction of the first and second planes (10) (10)) Since the rotor (14) is in planar contact with the sliding pin (10) by the first and second planes (162) (142), the relative compressive stress of the sliding pin ((6) and the rotor ((4) is reduced) It can effectively reduce the use of the sliding pin (10) and the _ sub (14) _ to the county, and to improve the use of the (14). During the rewinding operation of the rotor (14) in the revolution mode, the relative force direction of the rotor (14) against the sliding pin (16) is along the first and second planes abutting each other (162). The tangential direction of (142), and the direction of the force is perpendicular to the direction in which the elastic member (丨7) pushes against the axial reciprocating displacement of the sliding pin (丨6), so that the rotor (14) is rotated During the process, the smoothness of the relative sliding of the rotor (14) and the sliding pin (16) is improved, and the problem that the rotor (14) and the sliding pin (16) are mutually smashed and mutually jammed is avoided. The running vibration is generated due to the relative friction between the rotor ((4) and the lag (10), and the running noise can be effectively reduced and reduced. The second embodiment of the present invention is changed according to the foregoing first embodiment, and the same place is no longer heavy. Referring to the ninth embodiment, the main shaft (25) of the second embodiment of the present invention pivots to extend the second cover body (23) to the outside, so that the power unit (not shown) can move the main shaft (5). Rotating, the main shaft (2)) another: the end shaft is pivoted to the first cover (9), The main shaft (25) is positioned by the first and second covers (8) (10), thereby improving the reliability of the positioning of the main shaft (25), reducing and reducing the possibility of polarization of the main (10) 5), thereby improving the driving wheel of the driving wheel (252). (24) Reliability of the rewinding operation. The third embodiment of the present invention is changed according to the foregoing first embodiment, and the second embodiment is more suitable for the high-viscosity fluid or the waste pump. The third embodiment and the first implementation of the specific embodiment of the 'required to operate at a higher torque will not be repeated; please refer to the tenth, tenth and twelfth The third embodiment of the present invention mainly comprises a H body (31), a base (32), a second cover (10), a rotor (34), a main shaft (35), a sliding pin (10) and an auxiliary shaft. (38), wherein the first cover body (31), the base (32) and the second cover body (33) are grouped together to form a pump body (30), the auxiliary shaft (38) and the main shaft ( 35) parallel to each other, such that the axis of the main shaft (35) is a, the axis of the auxiliary shaft (10) is b, and the center of the cylinder chamber (322) is located at the axis of the main shaft (35) and the auxiliary shaft (10). Connection a midpoint of the line segment ab, the auxiliary shaft (10) is pivoted to the second cover body (10) to position the auxiliary shaft (10) to the body (10), and the auxiliary shaft (38) is axially eccentrically provided with an auxiliary wheel (10) The auxiliary wheel (382) is in contact with the rotor (10) and is parallel to the driving wheel (352), and the eccentric distance between the auxiliary (10) and the _ wheel (382) is applied to the auxiliary shaft (35) and the auxiliary. The distance of the wheel (10)), according to the main shaft (35), the auxiliary shaft (10), the auxiliary wheel (10) 2), the driving wheel (352) constitutes a parallel linkage mechanism, when the main shaft (35) borrows the driving wheel (10) When the rotor (10) is driven to rewind, the relative force between the rotor (10) and the pin (36) is reduced by the formation of the parallel link mechanism, and the rotor (10) and the sliding pin (36) are further Riding more, and improving the reliability of operation. The fourth embodiment of the present invention is changed according to the foregoing third embodiment, and the same portion is not repeated. Referring to the thirteenth embodiment, the auxiliary shaft (10) of the fourth embodiment of the present invention can select the pivot. In the first cover (4), the cymbal is used to position the distal auxiliary shaft (48) to the pump body (4 〇). The fifth embodiment of the present invention is changed according to the foregoing third embodiment, "the same portion will not be repeatedly described; referring to the fourteenth embodiment, the main vehicle (55) of the fifth embodiment of the present invention is pivoted to the second end. The cover body (53) extends to the outside, the other end of the main shaft (55) is pivoted to the first cover body (8), and the two ends of the auxiliary shaft (10) are respectively pivoted to the 4th and 2nd cover bodies (5)) (5)). According to the reliability of the main pumping ((6) and the auxiliary shaft (58) positioning, the reliability of the high-torque running pumping is improved. In summary, the present invention has undergone repeated tests to confirm that the pre-fill can be fully satisfied. "The purpose of 'excellent efficacy' has not been seen in public publications and public use before, and it is in line with the invention of the invention, Newfati (4), please pray for detailed review and early grant of patents, the applicant has no sense of charge. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a schematic view of a conventional rotary pump. The second drawing is a perspective view of a first embodiment of the present invention. The third drawing is an exploded perspective view of the first embodiment of the present invention. A schematic cross-sectional view of a first embodiment of the present invention. The fifth figure is 5-5 of the fourth figure. The sixth figure is a schematic diagram of the actuation state of the first embodiment of the present invention (1). The seventh diagram is a schematic diagram of the actuation state of the first embodiment of the present invention (2). The eighth figure is the first embodiment of the present invention. The ninth diagram is an axial cross-sectional view of a second embodiment of the present invention. The eleventh diagram is an exploded perspective view of a third embodiment of the present invention. Figure 12 is a cross-sectional view taken along line 12 - 12 of the eleventh figure. Figure 13 is an axial cross-sectional view of a fourth embodiment of the present invention. Figure 14 is a shaft of a fifth embodiment of the present invention. Cross-sectional view. [Main component symbol description] Cylinder chamber (1) Suction port (102) Discharge port (104) Suction area (106) Discharge area (108) Rotary part (2) Drive shaft (3) Eccentric wheel (6) Slip Pin (4) Spring (7) Head end (402) 1357466 Pump body (10) First cover (11) Base (12) Cylinder chamber (122) Inlet (123) Chamber (124) Outlet (125) Attraction zone (126) Drainage zone (128) Second cover (13) Rotor (14) Second plane (142) Spindle (15 Drive wheel (152) Slide pin (16) First plane (162) Elastic element (17) Bolt (19) First cover (21) Second cover (23) Rotor (24) Spindle (25) Drive wheel (252) Pump body (30) First cover (31) Base (32) Cylinder chamber (322) Second cover (33) Rotor (34) Main shaft (35) Auxiliary wheel (382) Slide pin (36 Auxiliary shaft (38) Pump body (40) First cover (41) Auxiliary shaft (48) First cover (51) Auxiliary shaft (58) Second cover (53) Main shaft (55) # 14