TWM646664U - Diversion device - Google Patents
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- TWM646664U TWM646664U TW112204234U TW112204234U TWM646664U TW M646664 U TWM646664 U TW M646664U TW 112204234 U TW112204234 U TW 112204234U TW 112204234 U TW112204234 U TW 112204234U TW M646664 U TWM646664 U TW M646664U
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- 239000012528 membrane Substances 0.000 description 2
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- 238000005516 engineering process Methods 0.000 description 1
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Abstract
一種分流裝置,包含一分流單元,及至少一壓缸單元,該分流單元包括一輸入部及至少一輸出部,該輸入部具有一輸入通道,該至少一輸出部具有一連接該輸入通道的活塞通道、一環繞界定該活塞通道相鄰該輸入通道的一側的肩圍繞壁、一環繞界定該活塞通道遠離該輸入通道的一側的活塞圍壁,及一連接該活塞通道的輸出通道,該至少一壓缸單元包括一設置於該活塞通道外側的缸體,及一能移動地穿設於該活塞通道的活塞件,該活塞件可受驅動而使該輸入通道與該活塞通道不相連通,或使該輸入通道透過該活塞通道而與該輸出通道連通,而能達成分流的效果。A flow distribution device includes a flow distribution unit and at least one pressure cylinder unit. The flow distribution unit includes an input part and at least one output part. The input part has an input channel, and the at least one output part has a piston connected to the input channel. channel, a shoulder surrounding wall surrounding the side defining the piston channel adjacent to the input channel, a piston surrounding wall surrounding the side defining the piston channel away from the input channel, and an output channel connected to the piston channel, the At least one pressure cylinder unit includes a cylinder disposed outside the piston channel, and a piston member movably disposed in the piston channel. The piston member can be driven to prevent the input channel from communicating with the piston channel. , or the input channel is connected with the output channel through the piston channel, so as to achieve the flow splitting effect.
Description
本新型是有關於一種管路元件,特別是指一種分流裝置。 The present invention relates to a pipeline component, in particular to a diverter device.
參閱圖1,一種現有的分流裝置是於一岐管(圖未示)上安裝複數閥件1。
Referring to Figure 1, a conventional flow diverting device is to install a plurality of
該岐管具有一輸入管部,及複數連通該輸入管部並供該等閥件1設置的輸出管部。
The manifold has an input pipe part and a plurality of output pipe parts connected with the input pipe part and provided with the
每一閥件1具有一本體11,及一設置於該本體11上並用於控制該本體11的導通狀況的閥體12。該本體11具有一輸入流道111、一輸出流道112,及一蜿蜒連接於該輸入流道111及該輸出流道112間的閥流道113,該閥體12具有一設置於該閥流道113的控制膜121,及一驅動該控制膜121形變的驅動桿122。
Each
該驅動桿122可受控制而驅使該控制膜121於一閉塞狀態及一非閉塞狀態之間變化,於該閉塞狀態時,該控制膜121朝下堵住該閥流道113而使該輸入流道111及該輸出流道112不相連通,於該非閉塞狀態時,該控制膜121朝上回彈以使該輸入流道111
透過該閥流道113而連通該輸出流道112。
The
當流體自該岐管的該輸入管部流至輸出管部後,會流入該等閥件1,藉由控制該等閥件1的該等驅動桿122於不同狀態之間變化,就能使該岐管及該等閥件1完成分流的效果。
When the fluid flows from the input pipe to the output pipe of the manifold, it will flow into the
然而,當使用一第一流體進行分流後,由於每一閥流道113的彎曲造型會使部分的該第一流體或反應物殘留於該等閥流道113,因此接著若要使用一第二流體進行分流時,該第二流體就會受到汙染而影響品質。
However, when a first fluid is used for flow splitting, due to the curved shape of each
此外,該岐管的輸出管部的數量是固定的,若要改變數量,則必須重新購買適合的數量,並搭配相對應的閥件1,非常不便利。
In addition, the number of output pipe parts of the manifold is fixed. If you want to change the number, you must purchase a new appropriate number and match the
因此,本新型的目的,即在提供一種克服先前技術所述缺點的分流裝置。 Therefore, the purpose of the present invention is to provide a diverter device that overcomes the shortcomings of the prior art.
於是,本新型分流裝置,包含一分流單元,及至少一壓缸單元。 Therefore, the new diverter device includes a diverter unit and at least one pressure cylinder unit.
該分流單元包括一輸入部,及至少一輸出部,該輸入部具有一輸入通道,該至少一輸出部具有一連接該輸入通道的活塞通道、一環繞界定該活塞通道相鄰該輸入通道的一側的肩圍繞壁、一 連接該肩圍繞壁且環繞界定該活塞通道遠離該輸入通道的一側且內徑大於該肩圍繞壁的內徑的活塞圍壁,及一連接該活塞通道的輸出通道,該至少一壓缸單元包括一設置於該活塞通道外側並圍繞界定一連通該活塞通道的缸內空間的缸體,及一能移動地穿設於該活塞通道及該缸內空間的活塞件,該活塞件可受驅動於一封閉位置及一導通位置之間移動,於該封閉位置時,該活塞件抵於該肩圍繞壁,以使該輸入通道與該活塞通道不相連通,於該導通位置時,該活塞件遠離該肩圍繞壁,以使該輸入通道透過該活塞通道而與該輸出通道連通。 The flow splitting unit includes an input part and at least one output part. The input part has an input channel. The at least one output part has a piston channel connected to the input channel, and a piston channel surrounding the piston channel adjacent to the input channel. The side shoulders surround the wall, a The at least one pressure cylinder unit is connected to the piston surrounding wall that defines the side of the piston channel away from the input channel and has an inner diameter larger than the inner diameter of the shoulder surrounding wall, and an output channel connected to the piston channel. It includes a cylinder disposed outside the piston channel and surrounding a cylinder space connected to the piston channel, and a piston member movably passing through the piston channel and the cylinder space, and the piston member can be driven. Moves between a closed position and a conductive position. When in the closed position, the piston member presses against the shoulder surrounding wall so that the input channel and the piston channel are not connected. When in the conductive position, the piston member Surrounding the wall away from the shoulder is such that the input channel communicates with the output channel through the piston channel.
本新型的功效在於:藉由設置該輸入通道、該至少一輸出部的該活塞通道及該輸出通道,及該至少一壓缸單元,使該輸入通道及該至少一輸出部的該輸出通道之間能受控制而連通或不連通,達成分流的效果。 The function of the present invention is that by arranging the input channel, the piston channel and the output channel of the at least one output part, and the at least one pressure cylinder unit, the input channel and the output channel of the at least one output part are The spaces can be connected or disconnected under control to achieve the effect of diversion.
2:分流單元 2: Diversion unit
21:輸入部 21:Input part
211:輸入通道 211:Input channel
22:輸出部 22:Output department
221:活塞通道 221:Piston channel
222:肩圍繞壁 222: Shoulder around wall
223:活塞圍壁 223:Piston surrounding wall
224:輸出通道 224:Output channel
3:壓缸單元 3: Press cylinder unit
31:缸體 31:Cylinder block
311:缸內空間 311:Cylinder space
312:第一缸件 312: First cylinder parts
313:第二缸件 313:Second cylinder parts
314:第一進氣口 314:First air inlet
315:第二進氣口 315: Second air inlet
32:活塞件 32:Piston parts
321:小徑部 321: Trail Department
322:大徑部 322: Large diameter part
323:密封槽 323:Sealing groove
33:螺絲 33:Screw
34:密封環 34:Sealing ring
35:活塞環 35:Piston ring
36:防漏環 36: Anti-leak ring
9:接管 9: Takeover
本新型的其他的特徵及功效,將於參照圖式的實施方式中清楚地呈現,其中:圖1是一現有的分流裝置的一閥件的一局部剖視示意圖;圖2是本新型分流裝置的一實施例的一立體圖;圖3是該實施例於另一視角的一立體圖; 圖4是該實施例的一俯視圖;圖5是該實施例的一前視圖;圖6是沿圖4中直線VI-VI所取得的一剖視圖,說明一活塞件位於一封閉位置;圖7是圖6的一局部放大圖;圖8是沿圖5中直線VIII-VIII所取得的一剖視圖;圖9是一類似於圖6的視圖,說明該活塞件位於一導通位置;及圖10是該實施例安裝複數接管的一使用狀態圖。 Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: Figure 1 is a partial cross-sectional schematic view of a valve member of an existing diverter device; Figure 2 is a schematic diagram of the novel diverter device A perspective view of an embodiment; Figure 3 is a perspective view of the embodiment from another perspective; Figure 4 is a top view of the embodiment; Figure 5 is a front view of the embodiment; Figure 6 is a cross-sectional view taken along line VI-VI in Figure 4, illustrating a piston member in a closed position; Figure 7 is Figure 6 is a partial enlarged view; Figure 8 is a cross-sectional view taken along line VIII-VIII in Figure 5; Figure 9 is a view similar to Figure 6, illustrating that the piston member is in a conductive position; and Figure 10 is the Embodiment A usage status diagram of installing multiple takeovers.
參閱圖2、3、4,本新型分流裝置的一實施例,包含一分流單元2,及四壓缸單元3。
Referring to Figures 2, 3, and 4, an embodiment of the new diverter device includes a
參閱圖2、5、6,該分流單元2包括一輸入部21,及四輸出部22。該輸入部21具有一輸入通道211,每一輸出部22具有一連接該輸入通道211的活塞通道221、一環繞界定該活塞通道221相鄰該輸入通道211的一側的肩圍繞壁222、一連接該肩圍繞壁222且環繞界定該活塞通道221遠離該輸入通道211的一側且內徑大於該肩圍繞壁222的內徑的活塞圍壁223,及一連接該活塞通道221的輸出通道224。
Referring to Figures 2, 5, and 6, the
參閱圖2、6、7,每一壓缸單元3包括一設置於各自的該活塞通道221外側並圍繞界定一連通該活塞通道221的缸內空間311的缸體31、一能移動地穿設於該活塞通道221及該缸內空間311的活塞件32、四穿過該缸體31以螺鎖於對應的該輸出部22的螺絲33、一設置於該活塞件32相對各自的該肩圍繞壁222的一側且內徑大於該肩圍繞壁222的內徑的密封環34、一環繞於該活塞件32及該缸體31間的活塞環35,及二間隔設置地環繞於該活塞件32及該缸體31間的防漏環36。
Referring to Figures 2, 6, and 7, each
於本實施例中,輸出部22及壓缸單元3的數量為四,但不限於此,也可以為一或其他數量,每一壓缸單元3的防漏環36的數量為二,但也可以為一或其他數量。
In this embodiment, the number of the
為了簡化說明,以下的輸出部22、壓缸單元3、缸體31及活塞件32將以數量為一的狀況進行說明。
In order to simplify the description, the
該缸體31具有一相鄰該輸出部22的第一缸件312,及一連接該第一缸件312相反該輸出部22的一側並與該第一缸件312共同界定該缸內空間311的第二缸件313。
The
參閱圖6、7、8,該第二缸件313具有連通該缸內空間311的一第一進氣口314及一第二進氣口315。
Referring to Figures 6, 7, and 8, the
該活塞件32具有一相鄰該肩圍繞壁222並穿設於該活塞通道221的小徑部321、一相反該小徑部321且位於該缸內空間311
的大徑部322,及一形成於該小徑部321相對該肩圍繞壁222的表面並呈環型以供該密封環34設置的的密封槽323。該密封槽323的截面呈鳩尾狀,以使該活塞件32對應該鳩尾的開口處能夾持該密封環34。
The
該活塞環35環繞於該大徑部322且位於該大徑部322及該缸體31間。
The
該第一進氣口314沿該活塞件32的軸向位於該第一缸件312及該大徑部322間,該第二進氣口315相對該第一進氣口314位於該大徑部322的另一側。
The
該等螺絲33穿過該第二缸件313及該第一缸件312以螺鎖於該輸出部22。
The
該等防漏環36間隔設置地環繞於該小徑部321且位於該小徑部321及該第一缸件312間。
The leakage prevention rings 36 are spaced around the
參閱圖6、9,該活塞件32可受驅動於一封閉位置及一導通位置之間移動。於該封閉位置時(見圖6),該活塞件32透過該密封環34而抵於該肩圍繞壁222,以使該輸入通道211與該活塞通道221不相連通,進而使該輸入通道211不連通該輸出通道224。於該導通位置時(見圖9),該活塞件32遠離該肩圍繞壁222,以使該輸入通道211與該活塞通道221連通,並透過該活塞通道221而與該輸出通道224連通。
Referring to Figures 6 and 9, the
參與圖6、10,使用時,將該輸入通道211及該等輸出通道224分別連接於不同的接管9後,並將一流體(圖未示)輸入該輸入通道211內,藉由控制該等活塞件32的位置,就能使進入該輸入通道211的流體能夠受控制地由選定的至少其中一輸出通道224流出,而能達到分流的效果。值得一提的是,該流體能為液體或是氣體。
Referring to Figures 6 and 10, when in use, the
而當該流體分流完畢後,由於該等活塞件32能分別在該等活塞通道221內往返移動,因此該等活塞通道221內的流體會被完全推入該等輸出通道224後排出,相較於現有技術會殘留流體而影響後續使用,該分流裝置不會有流體殘留的狀況發生,而提高流體的穩定性。
After the fluid is divided, since the
另外,由於該等輸出部22及該等壓缸單元3在製作時就能配置更多的數量,而僅依需求數量開放使用,因此不會如現有技術中必須要重新購買岐管等元件以對應不同的數量,該分流裝置更為便利使用。
In addition, since the
綜上所述,藉由設置該輸入通道211、該等輸出部22的活塞通道221及輸出通道224,及該等壓缸單元3,使該輸入通道211及該等輸出部22的輸出通道224之間能受控制而連通或不連通,達成分流的效果,故確實能達成本新型的目的。
To sum up, by arranging the
惟以上所述者,僅為本新型的實施例而已,當不能以此 限定本新型實施的範圍,凡是依本新型申請專利範圍及專利說明書內容所作的簡單的等效變化與修飾,皆仍屬本新型專利涵蓋的範圍內。 However, the above are only embodiments of the present invention and should not be used as examples. Limiting the implementation scope of this new model, any simple equivalent changes and modifications made based on the patent application scope of this new model and the contents of the patent specification are still within the scope of this new patent.
2:分流單元 2: Diversion unit
21:輸入部 21:Input part
211:輸入通道 211:Input channel
22:輸出部 22:Output department
221:活塞通道 221:Piston channel
222:肩圍繞壁 222: Shoulder around wall
223:活塞圍壁 223:Piston surrounding wall
224:輸出通道 224:Output channel
3:壓缸單元 3: Press cylinder unit
31:缸體 31:Cylinder block
311:缸內空間 311:Cylinder space
312:第一缸件 312: First cylinder parts
313:第二缸件 313:Second cylinder parts
315:第二進氣口 315: Second air inlet
32:活塞件 32:Piston parts
321:小徑部 321: Trail Department
322:大徑部 322: Large diameter part
323:密封槽 323:Sealing groove
33:螺絲 33:Screw
34:密封環 34:Sealing ring
35:活塞環 35:Piston ring
36:防漏環 36: Anti-leak ring
Claims (8)
Priority Applications (1)
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TW112204234U TWM646664U (en) | 2023-05-03 | 2023-05-03 | Diversion device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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TW112204234U TWM646664U (en) | 2023-05-03 | 2023-05-03 | Diversion device |
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Publication Number | Publication Date |
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TWM646664U true TWM646664U (en) | 2023-10-01 |
Family
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