201100676 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種雙為 特別 θ ^ Λ 雙軸封之間化式傳動結構 疋心-種適用於機械設備之轉構 【先前技術】 謂式又軸封。 軸封裝置是應用於轉動機械設備的軸 設備壁面與轉動心軸之間隙處，用以 女 避免反應槽内的流韻201100676 VI. Description of the invention: [Technical field of the invention] The present invention relates to a double-special θ ^ Λ dual-axis seal between the transmission structure and the core - a kind of transformation suitable for mechanical equipment [prior art] And the shaft seal. The shaft sealing device is applied to the gap between the wall surface of the rotating equipment and the rotating mandrel for the purpose of avoiding the rhyme in the reaction tank.
力由樞接處渗出。特別是當轉動機械設備所輸送 的製程流體為揮發性物質⑽）’或具毒性或具腐餘性或兩 做高溫冷卻等情科，此時軸封裝置就需使用雙軸封。*The force is oozing out from the pivot. In particular, when the process fluid delivered by the rotating machinery is volatile (10)) or toxic or residual or two high temperature cooling, the shaft sealing device requires a double shaft seal. *
如圖卜2所示’是—種習知雙軸封結構，即為我國公 告第459938號「轉動機械用之卡央式軸封裝置」新型專利 案，該案所揭示之軸封袭置2包括有一套設於轉動機械以 心軸10上的軸套21、-活動地套設於軸套21外部且位於轉 動機械1之軸孔12内的第一轉動環組22、一活動地套設於轴 套21外部且位於軸孔12近一端處並與第一轉動環組22連接 之第一軸環23、一鎖設於轉動機械丨且抵接固定第—軸環23 之外蓋24、一裝設於抽套21外且位於外蓋24内之第二轉動 環組25，及一套置於軸套21上且位於外蓋24外側處並與轴 套21共同固定於心轴1〇上之第二軸環26。 §玄第一轉動環組22包括一藉由固定銷223連設於軸套21 上之第一轉動環221、一第一座環222，及一端抵接第一轉 動環221而另一端則伸置於第一座環222内之第一抵接環224 。而第一軸環23鄰近第一轉動環組22的該端緣並設有多數 4 201100676 彈簧231抵接第一座環222側端。又，該外蓋24内部形成一 提供軸套21貫穿其中的通孔241，且鄰近第一轴環23處形成 一與通孔241銜接的容置槽242，外蓋24上另設有自外側貫 通至谷置槽242的入口 243及出口 244，該入口 243及出口 244 分別銜接隔絕液導管之輸入端及輸出端。 該第一轉動環組25包括一固設於軸套21上且與轴套21 隨心軸10旋動之第二轉動環251、一固設於軸套21上且一端 位於外蓋24的通孔241中而另端則位於容置槽242中之第二 〇 座環252，及一端伸置於第二轉動環251中而另一端與第二 座環252相抵接之一第二抵接環253，第二轉動環251外周面 上均佈多數導流凹緣255，第二座環252侧面與外蓋24的容 置槽242侧壁間裝設有多數彈簧254，另侧則與第二轉動環 251相抵接。 於運轉中，當轉動機械1之心軸1〇旋轉以傳送液體時， 液體會對軸封裝置2產生軸向内壓，此時，可經由轴封裝置 2内的第一轴環23與第一轉動環組22間之彈簧231，以及第 Q 二轉動環組25與外蓋24間之彈簧254的壓迫，分別使該第— 抵接環224與第一轉動環221、第二座環252與第二抵接環 253構成緊迫的貼觸面，以共同抗衡該液體内壓，確保密封 防漏效果’且當機械1之心軸1 〇轉動時，因第二轉動環組25 之第二轉動環251會隨心軸10旋轉，而第二轉動環251周面 佈設的複數導流凹緣255旋轉中即對隔絕液產生一連續撥動 的作用’強制隔絕液的流通速度加快，並導引隔絕液自然 順暢地由入口 243導入，再由出口 244排出，使其在不需額 5 201100676 外增加隔絕液壓力的狀態下，達到冷卻循環效果，同時能 隔離製程侧的有毒流體。 然而，因第一轉動環221是藉由固定銷223連設於軸套 21上，再加上軸套21之端蓋211朝向外蓋24之側緣212向内 彎摺，同時配合一墊圈226置於該側緣212内側以徑向緊迫 第-轉動環221定位於軸套21上而能與軸套21 一起隨著心轴 1〇旋轉，以致於旋轉時所產生的離心作用力，及來自製程 側（即固定銷223與端蓋211之側緣212)與彈簧231的雙向壓 力作用’容易造成第_轉動環221的破裂。另外，因第一抵 ，環224”疋直接緊迫於第—座環m内使得該第一抵接 環224的密封面容易發生變形，長時間在旋轉的離心力作用 下或，用於高壓時’第—抵接環224容易因密封面不平而無 法確實A D，甚至使密封面產生干涉摩擦，導致密封失敗 此外，該第-座環222是藉由形成於另一側的導塊挪 而貫穿設於壓環27、襯墊28等諸多元件後進一步伸置於形 成在第一軸環23㈣上的對位槽⑽中，由於傳動組件過多 也會產生5午多無法預期的干涉現象，造成第一座環⑽不 耐偏擺，進而影響使用壽命。 【發明内容】 pi二本發明之目的，即在提供一種簡化傳動組件 而：延長：封及防漏效果，且元件不會過度干涉或變形 而月b延長使用壽命之卡匿式雙軸封。 於是，本發明卡匿式雙軸封，包含有： 201100676 201100676 側 軸套，套設於該轉動軸上，定義有一製程側及—大氣 Ο 一本體組，套設於該軸套外部，且具有一第一本體，以 及一端抵接該第一本體之第二本體，該第一本體内壁朝該製 程側方向的位置處開設有至少一第一定位槽，該第一本體内 壁朝該軸套方向的位置處開設有至少―嵌槽，該第二本體具 有一可供該轉動軸穿伸之通冑、一▼供一隔絕液流通之容室 、一顯露於外周面並與該容室連通之第__隔絕液流通口，及 至少一開設於其内壁處且朝該製程側方向之第二定位槽； Ο 一第一密封環組’套設於該軸套外部且一端與該第—本 體相連接，該第-密封環組具有—設於該轴套外部且可隨該 軸套轉動之第一轉動環、以一端抵接該第一轉動環之一第一X 靜止環、-抵接於該第-靜止環—側之I缩環，及分別抵接 該壓縮環與該第-本體之至少—第—彈性元件，而該第1 t環於朝向該㈣環的該侧形成有至少—個槽σ，而該壓縮 環二相反側對應於該第—本體之嵌槽與該槽口分別設有一導 塊，各該導塊並能嵌入相對應的嵌槽與槽口中； 一輸送環，設於該軸套外部且位於該第二本體内； -第二密封環組’位於帅套外部且連設該輸送環與該 第二本體’該第二密封環組具有-連設於該輸送環與該抽套 間之第二轉動環、以一端抵接該第二轉動環之一第二靜止環 及至V伸置於該第一本體之第二定位槽中且可分別抵接 該第二靜止環與該第二本體的第二彈性元件。 本發明之功效在於簡化傳動組件，避免元件產生過度 7 201100676 磨擦，能延長元件的使用壽命’有效提昇密封及防漏效果 【實施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之三個較佳實施例的詳細說明中將可 清楚的呈現。 在本發明被詳細描述之前，要注意的是，在以下的說 明内容中，類似的元件是以相同的編號來表示。 參閱圖3、4’本發明卡匿式雙軸封3的第一較佳實施 例是用以安裝於-機械設備4上。在本實施例中該卡匡 式雙軸封3包含-轴套3卜—套設於軸套31外部之本體組 32、一套没於軸套31外部之第-密封環組33、-設置於軸 套31外。P之第—次密封組# 34、-第二次密封組件37、 一設於該軸套31外部之輸送環38，及-位於該軸套31外 部且連設該輸送環38之第二密封環組⑽。 忒軸套31是穿設於轉動軸41 _L，定義有一朝向機相 汉備4的反應槽方向的製程側A，及—相反於製程側A之， 乱側/歸31於該製程侧A設有一端蓋3U，端蓋31 朝向/大氣側B的該端緣並向内環凹形成有一槽座^ 2。^ 別說明的疋，轴套31與端蓋311可以是-體成型或是可$ 離地相連接，在本實施例中’該端蓋3ιι是一體成型㈣ 套31的製程側a上。 該本體組 第一本體35， 32是套設於軸套31外部 及—端抵接第一本體35 ，本體組32具有一 之一第二本體36， 201100676 該第一本體35與第二本體36是緊固相結合，該第一本體 35於中央處軸向設有一可供軸套31及轉動軸41貫穿之容 納孔351，且該第一本體35於朝向端蓋311的該側内壁並 形成有一第一階面352及一第二階面353，第二階面353上 間隔設有多數個第一定位槽354及二個嵌槽355 (該嵌槽 355亦可為二個以上）。而第二本體36具有一軸向貫穿之通 道361、一可供一隔絕液流通之容室362，以及顯露於外周 面並與容室362連通之一第一隔絕液流通口 363與二第二 隔絕液流通口 364。在本實施例中，該第二本體36之容室 362内於接近第二隔絕液流通口 364處更設有一導流板365 ，但不以此為限，當然導流板365也可設於第一隔絕液流 通口 363處。該導流板365的二端分別具有一斜面，藉以 導引流體由第一隔絕液流通口 363進入或由第二隔絕液流 通口 364排出，以提升散熱效率。 另外，第二本體36於形成該通道361的内壁上間隔設 有多數個第二定位槽366，另於界定該通道361的内壁近大 氣侧B處形成有内凹空間367。 該第一密封環組33是設置於軸套31外部，且具有一 藉由多數定位銷331連設於端蓋311上且可隨軸套31同步 轉動之第一轉動環332、以一端抵接第一轉動環332之一第 一靜止環333、一抵接於第一靜止環333 —側之壓縮環334 ，及多數第一彈性元件335。該第一靜止環333另一側設有 多數槽口 338，而壓縮環334 —側對應各該槽口 338處分別 凸設有一導塊339，各導塊339可分別伸置於相對應的槽口 9 201100676 338中。該壓縮環334另一側對應各嵌槽355處亦分別凸設 有一導塊330，各導塊330可分別伸置於相對應的嵌槽355 中。该第一彈性元件335 一端是抵接壓縮環334，另一端則 伸置於第一本體35的第一定位槽354中。 該第一次岔封組件34是設置於軸套端蓋311之槽座 312並套設於第一密封環組33上，且該第一次密封組件34 具有一第一止漏墊圈341，及一側與第一止漏墊圈341相抵 接之第一隔絕墊圈342。在本實施例中，第一隔絕墊圈 342疋由如鐵氟龍之絕熱材質所製成藉以避免密封面因高 速磨擦所產生的熱，傳遞至第一止漏墊圈而導致過熱 變形。 ‘ 該第二次密封組件37是設於第一靜止環3犯與第一本 體35之間’第二次密封組彳3?是作為製程側A與容室362 間之挽封用，具有軸向並排置設而位於該第—本體Μ之第 I5白面352上的一第二止漏墊圈371及支撐環，該支撐 環372是供第二止漏墊圈371抵置，同時避免該第一靜止 環333及壓縮環334滑動時發生夾損。 该輸送環38具有一可供軸套31與轉動軸41穿置之貫 孔38卜及多數間隔設於外周壁382上之導流槽咖。 該第二密封環組39具有—設於軸套31外部且設置於 輸送環⑽上的第二轉動環39卜一側與第二轉動環391相 抵接之·;第二靜止環392 ’及多數個第二彈性元件393。每 一第二彈性元件393 —端是抵接第二靜止環392，另-端則 伸置於第二本體36的第二定位槽366中。 10 201100676 '、參閱圖3、4,本發明卡£式雙軸封3在使用上，是 二螺栓51將第二本體36鎖固於轉動機械設備4的轴封 :2 &軸封箱42並設有一呈開放狀且與製程側a相通的As shown in Figure 2, it is a conventional double-axis seal structure, which is the new patent case of China's Announcement No. 459938, "Cartridge Shaft Sealing Device for Rotating Machinery". The shaft seal is revealed in this case. The utility model comprises a sleeve 21 disposed on the spindle 10 of the rotating machine, a first rotating ring set 22 movably disposed outside the sleeve 21 and located in the shaft hole 12 of the rotating machine 1, and a movable sleeve a first collar 23 external to the sleeve 21 and located at a proximal end of the shaft hole 12 and connected to the first rotating ring set 22, and a cover 24 that is locked to the rotating mechanism and abuts the fixed first collar 23 A second rotating ring set 25 disposed outside the drawing sleeve 21 and located in the outer cover 24, and a set placed on the sleeve 21 and located outside the outer cover 24 and fixed to the spindle 1 together with the sleeve 21 The second collar 26 is on. The first rotating ring set 22 includes a first rotating ring 221 and a first seat ring 222 which are connected to the sleeve 21 by a fixing pin 223, and one end abuts the first rotating ring 221 and the other end extends. The first abutment ring 224 is disposed in the first seat ring 222. The first collar 23 is adjacent to the end edge of the first rotating ring set 22 and is provided with a plurality of 4 201100676 springs 231 abutting the side ends of the first seat ring 222. In addition, a through hole 241 is formed in the outer cover 24, and a receiving groove 242 is formed adjacent to the first collar 23, and the outer cover 24 is separately provided from the outer side. The inlet 243 and the outlet 244 are connected to the valley 242, and the inlet 243 and the outlet 244 are respectively connected to the input end and the output end of the insulating liquid conduit. The first rotating ring set 25 includes a second rotating ring 251 fixed on the sleeve 21 and rotating with the sleeve 21 with the spindle 10, a through hole fixed to the sleeve 21 and having one end at the outer cover 24. The second shackle 252 in the 241 and the other end is located in the accommodating groove 242, and one end of the yoke ring 252 is extended in the second rotating ring 251 and the other end abuts the second seat ring 252. The second rotating ring 251 is provided with a plurality of guiding concave edges 255 on the outer circumferential surface, and a plurality of springs 254 are disposed between the side surface of the second seat ring 252 and the side wall of the receiving groove 242 of the outer cover 24, and the other side is rotated with the second side. Ring 251 abuts. During operation, when the spindle 1 of the rotating machine 1 rotates to transmit liquid, the liquid will generate an axial internal pressure on the shaft sealing device 2, and at this time, the first collar 23 and the first shaft in the shaft sealing device 2 can be passed. The spring 231 between the rotating ring set 22 and the spring 254 between the second rotating ring set 25 and the outer cover 24 respectively press the first abutting ring 224 with the first rotating ring 221 and the second seat ring 252, respectively. Forming a pressing contact surface with the second abutment ring 253 to jointly counter the internal pressure of the liquid to ensure a leakproof effect of the seal and when the spindle 1 of the machine 1 is rotated, the second of the second rotating ring set 25 The rotating ring 251 rotates with the mandrel 10, and the plurality of guiding concavities 255 disposed on the circumferential surface of the second rotating ring 251 rotates to generate a continuous urging effect on the insulating liquid. The insulating liquid is naturally introduced smoothly from the inlet 243, and then discharged from the outlet 244, so that the cooling circulation effect can be achieved without increasing the pressure of the insulating liquid outside the amount of 201100676, and the toxic fluid on the process side can be isolated. However, since the first rotating ring 221 is connected to the sleeve 21 by the fixing pin 223, the end cap 211 of the sleeve 21 is bent inwardly toward the side edge 212 of the outer cover 24 while engaging a washer 226. Placed inside the side edge 212 to radially urge the first-rotation ring 221 to be positioned on the sleeve 21 to be able to rotate with the sleeve 21 along with the mandrel 1 so that the centrifugal force generated during the rotation, and from The two-way pressure action of the process side (i.e., the side edges 212 of the fixing pin 223 and the end cap 211) and the spring 231 is likely to cause cracking of the first rotating ring 221. In addition, due to the first abutment, the ring 224"疋 is directly pressed into the first seat ring m such that the sealing surface of the first abutment ring 224 is easily deformed, for a long time under the centrifugal force of rotation or when used for high pressure. The first abutment ring 224 is not easy to confirm the AD due to the unevenness of the sealing surface, and even causes interference friction of the sealing surface, resulting in failure of the sealing. Further, the first seat ring 222 is inserted through the guide block formed on the other side. After the components such as the pressure ring 27 and the gasket 28 are further extended into the alignment groove (10) formed on the first collar 23 (4), due to too many transmission components, an unexpected interference phenomenon of 5 noon is generated, resulting in the first The seat ring (10) is not resistant to yaw and thus affects the service life. [Invention] The object of the invention is to provide a simplified transmission assembly: extension: sealing and leakage prevention effect, and the components do not interfere or deform excessively. The double-axis seal of the present invention has a prolonged service life. Thus, the double-shaft seal of the present invention comprises: 201100676 201100676 a side bush sleeve sleeved on the rotating shaft, defining a process side and an atmosphere this The body assembly is sleeved on the outside of the sleeve, and has a first body, and a second body that abuts the first body, and the first body wall is open at a position facing the process side. a positioning groove, the first body wall is provided with at least a "slot" at a position in the direction of the sleeve, the second body has a chamber through which the rotating shaft can pass, and a chamber for circulating an insulating liquid. a first venting opening which is exposed on the outer peripheral surface and communicates with the chamber, and at least one second positioning groove which is formed at the inner wall thereof and facing the side of the process; Ο a first sealing ring set An outer portion of the sleeve is connected to the first body, and the first sealing ring has a first rotating ring disposed outside the sleeve and rotatable with the sleeve, and abutting the first rotation with one end a first X-stationary ring of the ring, an I-ring ring abutting the first-stationary ring-side, and abutting the compression ring and at least the first-elastic element of the first body, and the first t The ring is formed with at least one groove σ on the side facing the (four) ring, and the compression ring is opposite The guide groove corresponding to the first body and the slot are respectively provided with a guide block, and each of the guide blocks can be embedded in the corresponding slot and slot; a transport ring is disposed outside the sleeve and located at the first a second body; a second seal ring group 'located outside the sleeve and connecting the conveyor ring and the second body'. The second seal ring group has a second rotation connected between the conveyor ring and the pumping sleeve The ring abuts against the second stationary ring of the second rotating ring and the V to the second positioning groove of the first body and can respectively abut the second stationary ring and the second body The utility model has the advantages of simplifying the transmission component and avoiding the excessive generation of components. 7 201100676 Friction, which can extend the service life of the component. Effectively improve the sealing and leakage prevention effect. [Embodiment] The foregoing and other technical contents and features of the present invention are related to The efficacies will be apparent from the following detailed description of the three preferred embodiments of the drawings. Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals. Referring to Figures 3, 4', a first preferred embodiment of the carded dual shaft seal 3 of the present invention is for mounting on a mechanical device 4. In the present embodiment, the cassette type double shaft seal 3 comprises a sleeve sleeve 3 - a body group 32 sleeved on the outside of the sleeve 31, a set of a first seal ring group 33 not disposed outside the sleeve 31, and a setting Outside the sleeve 31. a first sealing seal group #34, a second sealing assembly 37, a conveying ring 38 disposed outside the sleeve 31, and a second sealing disposed outside the sleeve 31 and connected to the conveying ring 38 Ring group (10). The boring bushing 31 is disposed on the rotating shaft 41_L, defines a process side A facing the direction of the reaction tank of the machine phase 4, and is opposite to the process side A, and the chaotic side/return 31 is set on the process side A There is an end cap 3U, and the end cap 31 faces the end edge of the / atmospheric side B and is recessed toward the inner ring to form a socket 2. Further, the bushing 31 and the end cap 311 may be formed integrally or may be connected to the ground. In the present embodiment, the end cap 3 is formed on the process side a of the integrally formed (four) sleeve 31. The first body 35, 32 of the body group is sleeved on the outside of the sleeve 31 and the first end abuts the first body 35. The body group 32 has a second body 36. The first body 35 and the second body 36 are 201100676. The first body 35 is axially disposed at the center of the receiving hole 351 through which the sleeve 31 and the rotating shaft 41 are inserted, and the first body 35 faces the inner wall of the side cover 311 and is formed. There is a first step 352 and a second step 353. The second step 353 is provided with a plurality of first positioning grooves 354 and two slots 355 (the number of the grooves 355 may be two or more). The second body 36 has an axially extending passage 361, a chamber 362 for circulating an insulating liquid, and a first insulating liquid flow port 363 and a second second which are exposed on the outer peripheral surface and communicate with the chamber 362. The liquid flow port 364. In this embodiment, a baffle 365 is further disposed in the chamber 362 of the second body 36 adjacent to the second insulating liquid vent 364, but not limited thereto. Of course, the deflector 365 can also be disposed on The first insulating liquid flow port 363. The two ends of the baffle 365 respectively have a slope, so that the guiding fluid enters from the first insulating liquid flow port 363 or is discharged from the second insulating liquid flow port 364 to improve heat dissipation efficiency. In addition, the second body 36 is spaced apart from the inner wall forming the passage 361 by a plurality of second positioning grooves 366, and the inner wall defining the passage 361 is formed with a concave space 367 near the atmospheric side B. The first seal ring group 33 is disposed outside the sleeve 31 and has a first rotating ring 332 connected to the end cover 311 by a plurality of positioning pins 331 and synchronously rotating with the sleeve 31, and is abutted at one end. One of the first rotating ring 332 is a first stationary ring 333, a compression ring 334 abutting the first stationary ring 333, and a plurality of first elastic members 335. The first stationary ring 333 is provided with a plurality of notches 338 on the other side, and a guiding block 339 is respectively protruded from the side of the compression ring 334 corresponding to each of the notches 338. Each guiding block 339 can be respectively extended to the corresponding slot. Mouth 9 201100676 338. On the other side of the compression ring 334, a guide block 330 is respectively protruded from each of the recesses 355, and each of the guide blocks 330 can be respectively disposed in the corresponding recessed groove 355. One end of the first elastic member 335 abuts the compression ring 334, and the other end extends into the first positioning groove 354 of the first body 35. The first sealing assembly 34 is disposed on the sleeve 312 of the sleeve end cover 311 and sleeved on the first sealing ring set 33, and the first sealing assembly 34 has a first leakage preventing washer 341, and A first insulating gasket 342 that abuts the first leak-proof gasket 341 on one side. In the present embodiment, the first insulating gasket 342 is made of a heat insulating material such as Teflon to avoid heat generated by the frictional surface due to high-speed friction, and is transmitted to the first leak-proof gasket to cause overheating deformation. The second sealing assembly 37 is disposed between the first stationary ring 3 and the first body 35. The second sealing group 3 is used for the sealing between the process side A and the chamber 362, and has an axis. a second leakage preventing washer 371 and a supporting ring disposed on the I5 white surface 352 of the first body cymbal, and the supporting ring 372 is disposed for the second leakage preventing washer 371 to abut while avoiding the first stationary The ring loss occurs when the ring 333 and the compression ring 334 slide. The conveyor ring 38 has a through hole 38 through which the sleeve 31 and the rotating shaft 41 are disposed, and a plurality of guide grooves spaced apart from the outer peripheral wall 382. The second seal ring group 39 has a second rotating ring 39 disposed on the outer side of the sleeve 31 and abutting against the second rotating ring 391 on the second side of the rotating ring (10); the second stationary ring 392 'and the majority Second elastic elements 393. Each of the second elastic members 393 is abutted against the second stationary ring 392, and the other end is extended into the second positioning groove 366 of the second body 36. 10 201100676 ', referring to Figures 3 and 4, the card type double shaft seal 3 of the present invention is used, and the two bolts 51 lock the second body 36 to the shaft seal of the rotating mechanical device 4: 2 & shaft seal 42 And has an open shape and communicates with the process side a
於:腔43，則述軸套31之製程侧A、第-本體35及連設 ^ 第毯封環組33與第一次密封組件34均伸置 二:密封腔43中。當啟動轉動轴41進行旋轉作動時，由 、由套31與轉動軸41緊固套設’因此，藉由該轉動軸4 之旋轉可同時連動軸套31及連設於軸套31上之軸套Μ、 =一轉動環332、第—次密封組件34、第二轉動環391，及 ^送環38等組件同步轉動，於機械設備4之製程側A内具 堅力’可確保機械設傷4在輪送液體時達到密封防漏效果 °此外’因輸送環38 1%同第二轉動環391 一起隨轉動轴41 旋轉’故佈設於輸送環38外周壁⑽上的該等導流槽挪 會對隔絕液產生一連續撥動的作用，強制隔絕液加速流動 並導引隔絕液自然順暢地由第一隔絕液流通口咖導入 、由第二隔絕液流通口 364排出’使其在不需額外增加隔 絕液壓力的狀態下’即可達到絕佳的冷卻#環效果，同時 能有效隔絕製程侧的有毒流體。 、特別說明的是’因轉動轴41高速轉動時，會使該卡匣 式雙軸封3產生;^向偏移現象，此時藉由第二本體％於界 定該通道361的内壁近大氣側8處形成有内凹空間撕，而 可提供第二靜止環392偏移活動之空間，以避免第二靜止 環392因長時間磨擦第二本體36而毀損，進而能延長元件 的使用壽命。再者，本發明卡匣式雙軸封3在設計上，藉 11 201100676 由將習知所示之第-抵接環與第一座環合併形成一第一靜 止環333，不但能增加傳動時的穩定性，並能減少傳動組件 數量，降低不必要之干涉，且能增加第-靜止環333的对 擺性，不會有變形問題。此外，本實施例之第-靜止環333 是採-體式成形，相較於習知之第一抵接環與第一座環是 以緊迫方式結合，兩元件間因無任何次密封件或彈性元件 ’若在高溫高轉速或長時間使用下，會發生破㈣漏；因 此，本實施例之第-靜止環333的強度遠大於習知之第一 抵接環，而可大幅提升使用壽命。 參閱圖5’是本發明切式雙㈣3的第二較佳實施例 ’該第二較佳實施例與第一較佳實施例大致相同，其中第 #實轭例所不者疋適用於一般的密封腔a空間 叫而第二較佳實施例所示者則可適用於 =大密封腔43空間(bigb〇red)的機械設備4，差異 的，第二較佳實施例還包括有-設置於第-本體35 的谷納孔3 51内之伴样提q 0 , 上述的第二階*35= 等：該::持環3。-惻面界定出 因視圖角度關係未予顯示·=置;咖及該等嚴槽（ 35S )則°又置於保持環30之第二階面 不再係與上述第—較佳實施例相同，故於此 ==述。另外’在本實施例中，該支撐# 372具有較充 二止漏墊圈371之貼觸，因此，該支撐環 疋直接成型於第—本體Μ上而為-體式之設計。 而兮ίΓΓ是先將該壓縮環334置入第—本體35内， 件335是置入保持環30内，再將該保持 12 201100676 . & 3〇螺固於第-本體％内壁，以實現壓縮環334、第一彈 性几件335、保持環3〇與第一本體％構成一體式傳動組件 之目的’藉此於維修時，人員只要卸除第二本體36上的螺 栓一51，將該卡匿式雙軸封3由轉動軸41退出，分解第一、 本體35、36，即可使第一本體35、保持環30、壓縮環 辦及第—彈性元件335同時一併脫離，且在過程中不會發 ^第彈性το件335散落的問題，而可採模組式直接更換 -件甚至不需更換即可重複使用，不僅省卻維修的 〇 ㈣’㈣能大㈣省維修成本。 參閲圖6 ’本發明卡g式雙軸封3的第三較佳實施例， A致與前揭實施例相同，不同處是在於該軸套μ之端蓋 3U的外周面環設有―螺旋槽道31G，另外，該螺旋槽道 训環設於端蓋311上，亦可設計為如圖7所示之形態。而 藉由該較佳實施例之前述二種設計，可將擾拌過程中所產 生的雜質顆粒’於該軸套31轉動的同時，藉由該螺旋槽道 310 -併帶離’以預防各元件發生阻塞的情況，進而達到更 〇 佳的密封止漏效果。 综上所述’本發明卡£式雙軸封3藉由上述構造設計 ’確實能達成簡化傳動組件’避免元件產生過度干涉，同 時此確保運轉時更加穩定，使其在不需額外增加隔絕液壓 力的狀態下，即可達到絕佳的密封效果，進而能有效隔絕 製程侧A的有毒流體；此外，更可延長元件的使用壽命， 有效提昇密封及防漏效果，故確實能達成本發明之目的。 惟以上所述者，僅為本發明之較佳實施例而已，當不 13 201100676 能以此限定本發明實施之範圍，即大凡依本發明中請專利 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】 「轉 r 圖1是-立體分解圖，說明我國公告第459938號 動機械用之卡夾式軸封裝置」新型專利案； 圖2是圖1之組合剖視圖； 二―立體分解圖’說明本發明第-較佳實施例之 疋件分解態樣，其中本體組未予以分解； 圖4是本發明第一較佳實施例之組合剖視圖； 圖5是本發明第二較佳實施例之組合剖視圖. 明第三較佳實施例之—局部剖視圖；及 本發日以三較佳實_之另1部剖視圖。In the cavity 43, the process side A of the sleeve 31, the first body 35 and the connection ^ the first seal ring set 33 and the first seal assembly 34 are both extended 2: in the sealed cavity 43. When the rotating shaft 41 is actuated to rotate, the sleeve 31 and the rotating shaft 41 are tightly sleeved. Therefore, the shaft 31 and the shaft connected to the sleeve 31 can be simultaneously linked by the rotation of the rotating shaft 4 The components such as the cymbal, the =rotating ring 332, the first-stage sealing assembly 34, the second rotating ring 391, and the feeding ring 38 are synchronously rotated, and have a firm force in the process side A of the mechanical device 4 to ensure mechanical damage. 4 The seal leakage prevention effect is achieved when the liquid is transferred. In addition, because the conveyor ring 38 1% rotates with the rotation shaft 41 together with the second rotation ring 391, the guide grooves are disposed on the outer peripheral wall (10) of the conveyor ring 38. It will exert a continuous plucking effect on the insulating liquid, forcing the insulating liquid to accelerate the flow and guiding the insulating liquid to be naturally and smoothly introduced by the first insulating liquid circulation mouth, and discharged by the second insulating liquid circulation port 364, so that it is not needed In addition to the additional pressure of the isolation fluid, the excellent cooling #ring effect can be achieved, and the toxic fluid on the process side can be effectively isolated. Specifically, when the rotating shaft 41 rotates at a high speed, the card type double shaft seal 3 is generated; the offset phenomenon occurs, and the second body is used to define the inner wall of the channel 361 near the atmosphere side. The recessed space is formed at 8 places, and the space for the second stationary ring 392 to be displaced is provided to prevent the second stationary ring 392 from being damaged by rubbing the second body 36 for a long time, thereby prolonging the service life of the component. Furthermore, the cartridge type double shaft seal 3 of the present invention is designed to be combined with the first seat ring to form a first stationary ring 333 by means of 11 201100676, which not only increases the transmission time. The stability, and can reduce the number of transmission components, reduce unnecessary interference, and can increase the pendulum of the first stationary ring 333 without deformation problems. In addition, the first stationary ring 333 of the embodiment is a body-shaped forming, and the first abutting ring and the first seat ring are combined in a pressing manner compared with the conventional one, and there is no secondary seal or elastic element between the two components. 'If it is used at high temperature and high speed or for a long time, breakage (4) will occur; therefore, the strength of the first stationary ring 333 of the present embodiment is much larger than that of the conventional first abutment ring, and the service life can be greatly improved. Referring to Fig. 5' is a second preferred embodiment of the dicing double (4) 3 of the present invention. The second preferred embodiment is substantially identical to the first preferred embodiment, wherein the #th yoke example is not suitable for general use. The sealed cavity a space is called, and the second preferred embodiment is applicable to the large sealed cavity 43 space (bigb〇red) mechanical device 4, and the second preferred embodiment further includes The accompanying sample q 0 in the valley hole 3 51 of the first body 35, the second order *35= etc. described above: the:: holding ring 3. - the facet is defined as the view angle relationship is not displayed. = =; the coffee and the strict groove (35S) then placed on the second step of the retaining ring 30 is no longer the same as the above-described preferred embodiment Therefore, this == description. Further, in the present embodiment, the support # 372 has a contact with the second stop washer 371, and therefore, the support ring is directly formed on the first body to be in the form of a body. The ΦίΓΓ firstly inserts the compression ring 334 into the first body 35, and the piece 335 is placed in the retaining ring 30, and then the retaining 12 201100676 . & 3〇 is screwed to the inner wall of the first body. The compression ring 334, the first elastic piece 335, the retaining ring 3〇 and the first body % constitute the purpose of the integrated transmission assembly. Therefore, the personnel only need to remove the bolt 51 on the second body 36 during maintenance. The occlusion double shaft seal 3 is withdrawn from the rotating shaft 41, and the first body 35, 36 is disassembled, so that the first body 35, the retaining ring 30, the compression ring, and the first elastic member 335 are simultaneously separated, and In the process, the problem of looseness of the first elastic τ 片 335 will not be issued, and the module can be directly replaced - the component can be reused even without replacement, which not only saves the maintenance of the 〇 (4) '(4) can be large (four) provincial maintenance costs. Referring to Fig. 6 'the third preferred embodiment of the card g type double shaft seal 3 of the present invention, the A is the same as the previous embodiment, except that the outer peripheral surface of the end cover 3U of the sleeve μ is provided with " The spiral channel 31G is additionally provided on the end cover 311, and may be designed as shown in FIG. With the foregoing two designs of the preferred embodiment, the impurity particles generated during the scramble process can be rotated by the sleeve 31 while the spiral channel 310 is taken away from each other to prevent each The component is blocked, which leads to a better sealing and leak-stopping effect. In summary, the invention of the present invention can achieve a simplified transmission assembly by the above-mentioned structural design to avoid excessive interference of the components, and at the same time, it ensures more stable operation, so that no additional insulation is required. Under the condition of pressure, an excellent sealing effect can be achieved, thereby effectively isolating the toxic fluid of the process side A; in addition, the service life of the component can be extended, and the sealing and leakage prevention effect can be effectively improved, so that the present invention can be achieved. purpose. However, the above is only a preferred embodiment of the present invention, and the scope of the present invention can be limited by the scope of the present invention, that is, the simple equivalent of the patent scope and the description of the invention in the present invention. Variations and modifications: are still within the scope of the invention patent. [Simplified description of the drawing] "Turning r Figure 1 is a three-dimensional exploded view showing the new patent case of the clip type shaft sealing device for mechanical machinery of China No. 459938; Figure 2 is a sectional view of the combination of Figure 1; FIG. 4 is a cross-sectional view of the first preferred embodiment of the present invention; FIG. 5 is a second preferred embodiment of the present invention; FIG. 4 is a cross-sectional view of the first preferred embodiment of the present invention; FIG. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 3 is a cross-sectional view of a third preferred embodiment, and a cross-sectional view of another preferred embodiment of the present invention.
14 20110067614 201100676
【主要元件符號說明】 3 *…· -*卡匣式雙軸封 341 · *第一止漏塾圈 tf * * * ϊί …機械設備 342 * •第一隔絕墊圈 3卜… .·轴套 351 · *容納孑L 32…… • *本體組 352 * •第一階面 33…… …第一密封環組 353 · •第二階面 3 ^ ^ …第一次密封組件 354 * •第一定位槽 35 * * * …第一本體 355 · *嵌·槽 36·*·* ••第二本體 361 * •通道 37 * * · * ••第二次密封組件 362 * •容室 38**** ••輸送環 363 · •第一隔絕液流通口 39 * * * * …第二密封環組 364 * ，第二隔絕液流通口 30 * * * * ••保持環 365 * *導流板 43 *… * ·密封腔 366 •第二定位槽 310… ••螺旋槽道 367 * •内凹空間 311… ••端蓋 371 · •第二止漏墊圈 312… …槽座 372 * •支撐環 332… ••第一轉動環 381 * *貫孔 333 * * * *·第一靜止環 382 · •外周壁 334… ••壓縮環 383 * •導流槽 335… …第一彈性元件 391 * •第二轉動環 338 * * * …槽口 393 * •第二彈性元件 339… ••導塊 A · * * *製程側 330 * · * ••導塊 B * * * •大氣側 15[Main component symbol description] 3 *...· -* cassette type double shaft seal 341 · *First stop leaking ring tf * * * ϊί ... mechanical device 342 * • first isolation washer 3 b... .. bushing 351 · * accommodates 孑L 32... • * body set 352 * • first step 33... ...first seal ring set 353 · • second step face 3 ^ ^ ... first seal assembly 354 * • first position Slot 35 * * * ... first body 355 · * inlay groove 36 · * · * • • second body 361 * • channel 37 * * · * • • second sealing assembly 362 * • chamber 38*** * •• conveying ring 363 · • first insulating liquid flow port 39 * * * * ... second sealing ring set 364 * , second insulating liquid flow port 30 * * * * •• retaining ring 365 * * deflector 43 *... * · Sealing chamber 366 • Second positioning groove 310... • • Spiral channel 367 * • Recessed space 311... • End cap 371 • • Second leak-proof washer 312... Slot 372 * • Support ring 332 • • First rotating ring 381 * * Through hole 333 * * * * · First stationary ring 382 · • Peripheral wall 334... • Compression ring 383 * • Diversion groove 335... Elastic element 391 * • Second rotating ring 338 * * * ... notch 393 * • Second elastic element 339... • • Guide block A · * * * Process side 330 * · * • • Guide block B * * * • Atmosphere Side 15