M290777 八、新型說明： ，特別是指基於其在中華民國 94206506)再提出專利之申請者/、了自動止流之萬向噴嘴結構，，（申請案號： 【新型所屬之技術領域】 本創作係涉及-賴㈣嘴結構，_是指—種可於加讀流道停止輸出 流體（如切削液、切削油）時即刻自動關閉流道之創新設計者。 【先前技術】 按’萬向噴嘴一般係被組裝於加工機械的刀具運轉部位相臨位置，藉以 作為切削液（或切肖彳油）的噴頭之用；習知的萬向噴嘴的内部結構型態如 '第1 8圖所示，主要是由一組接座（7 〇)及—可動喷頭（7丄）所組 成，其中該可動喷頭（7 1 )係'藉由-球型部（7 2)樞組於組接座 籲（7 0)末端所設-凹槽（7 3)巾’並配合限位件（7 4)及止密 % ( 7 5)的組設，使该球型部（7 2)達成定位及止密狀態，同時 令該可動噴頭（7 1 )呈可萬向旋擺以調整切削液噴出角度之目的； 另其中，該可動喷頭（7 1 )中央之流道（7 6 )與組接座（7 〇 ) 中央之流道（7 7)是呈常態相通的狀態，不會因為可動噴頭（7丄） 角度上的調變而阻斷；惟，此種習知結構型態於實際使用經驗中發現 仍存在下述之問題點： 1 、 一般加工機械的刀具運轉部位在停止切削時會產生上升歸位的動作，同時 5 M290777 停止切削液的供給，而此 t上述的萬向噴嘴也會隨著刀具運轉部位上 升，然，切削液源頭的供认 、…雖已停止，但傳輸的流道中難免仍殘 留有切削液，此時由於+ 乂 禺向贺嘴内部流道是常態暢通的，因此流道中 殘留的切削液將會陸續 、由4向喷嘴流出滴落，此時若操作人員靠 近機台進行檢查或進行壯 、 衣、卸加工件或更換刀具的動作，往往就 會被切削液滴到，造成 ’、 弄濩衣物或身體的問題，實造成操作 必要的困擾與不便。 个 2 承上㈣逃’ $知加卫機械於停止切削時，流道中殘留切削液_ 續地由萬向喷嘴流_落的聲，也造―不必要的流^ 費’長期累積顯然、將造成加工成本的提高。 是以，針對上述習知萬向噴嘴使用上所存在之問題點，如何開發一 種更具理想實用性之創新結構，實有待相關業者再加以努力研發突破 之目標及方向。 有鑑於此，創作人本於多年從事相關產品之製造開發與設計妙 驗，針對上述之目標，詳加設計與審慎評估後，終得一確具實用性之 本創作。 【新型内容】 即，本創作之主要目的，係在提供一種可自動止流之萬向噴嘴結構，其所 欲解決之技術問題點，主要是針對習知萬向噴嘴結構使用上仍存在切削夜 (油）停止供應後，其流道内殘留液仍會陸續流出而影響 曰1下之問題點 6 M290777 加以改良突破；所述萬向噴嘴係包括一組接座及一可動噴頭；該可動喷頭 係藉一球型部樞組於組接座末端所設一凹槽中，復藉—限位件加以限 制，球型部與凹槽之間並藉由組設0型環達成密合防漏作用；又組接 座與可動噴頭内部具有對位相通之流道；而本創作解決問題之技術特點： 在於該球型部内端與組接座流道端口之間更組設有—塞體以及一彈性 復位件；其中該塞體係設置於組接座之流道端口處，其内移時能夠將 流道端口封閉、外移時齡〗啟流道端口，復藉該復位件將塞體常 態往流道端Π方向彈性頂撐’該彈性復位件之彈力值得小於組接座流 道中正常輸出流體時之Μ力值、但大於組接座流道_停止輸出流體時 之壓力值者。 本創作之另主要目的，則是藉由該組接座流道中組設逆止塞體 之另-結構實施例態樣；利用該逆止塞體—端為彈性錐縮部，且其設 有可吊悲彈性閉合之穿流缝的特色，同樣能達到當流道中為停止輸出 流體狀態時得自動關閉流道’防止殘留之流體持續流出之實用進步性 者。 【實施方式】 / 為使貴審查委員對本創作之目的、特徵及功效能夠有更進一步之瞭解與 認識’茲請配合【圖式簡單說明】詳述如后： ^首先，請配合參閱第1、2、3、4圖所示，係、本創作可自動止流 之萬向喷嘴結構之較佳實施例，該萬向噴嘴係包括一組接座（丄〇 )以 及可動喷頭（2 0 );其中，該可動喷頭（2 〇 )係藉一球型部（2 7 M290777 、）樞組於組接座（1Q)末端所設—凹槽（11)t，復藉—限位 件（12)之配組加以限制，該球型部（21)與凹槽（11)之門 亚猎由組設一〇型環（丄3 )達成密合防漏作用；又組接座（ 與可動喷頭（2〇)内部具有對位相通之流道（14)(22);其特 徵在於·該球型部（9 1、 ' 2 1 )内鸲與組接座（i 〇)流道端口之間更組 設有一塞體（3 0 )以及一彈性声 泮性仅位件（4 0 );其中，該塞體（3 〇 ) •係設置於組接座（1Q)之流道（14)端口（15)處，其内移時 月⑽將該流這端口封閉、外移時則開啟流道端口（Η)，復藉由該彈 14设位件（4 Q )將塞體（3 Q )常態往流道（1 4 )端Π ( ! 5 ) 2向彈性頂撑，該彈性復位件（4 (3 )之彈力值得小於組接座（丄〇 ) ^(14)中正常輪出流體時之壓力值、但大於組接座（10)流 -道（14)中停止輸出流體時之壓力值者。 藉由上述之、、。構級成設計’如第4圖所示，當該組接座（工〇 ) 流道（1 4 )中正常輪屮、、古神, 出/;IL體（w)時，該塞體（3 0 )將受壓而外 移，進而開啟流道（Ί 4, i 4、口（ 1 5 )，使流體（W)可順利從可動 噴頭（2 0 )之流道c ? 9、+ | 、< Z )賀出，並同時擠壓彈性復位件（4 〇) 蓄積彈性恢復力；反之，A#,上 备该組接座（1 0)流道（1 4)中為停止 輸出机體狀I% 如第3圖所示，該彈性復位件（4 〇 )將釋放其彈 性恢復力頂撐塞體（30)内移而封閉流道（14)端口（15)’藉 乂將該、、且接座（1 0 )流道（1 4 )及其前置流道（1 4 0 )(即所 »力中之飢in#份’請參第了圖所示）中殘留之流體關閉，達到 防止流體持續流出之目的者；藉此設計，當應用於加工機（5〇)時， 8 M290777 如第5圖所不，係為該萬向喷嘴之可動喷頭（2 ， (如七77如丨V、 ）正常噴出流體（W ) (如切削液）之狀態，此時該加工機（5 〇 ) 降狀態；復如笫圄所-n 1坐（5 1 )為下 …6圖所不’輪加工機（5〇)之切削 IV止切削而上升復位狀態，此同時，加工機（ 亦同時停止供應流體（W)，而藉由該㈣ 中^供應源 0 )及塞俨r ^ ^ 有弹性復位件（4 止1持:、，之价將可即時關閉該萬向嘴嘴之流道’達到防 ;,L體持、、、貝>;IL出而滴到操作人員之優點。 其中’該所述彈性復位件（4〇)可為_螺旋彈簧。 =中’如料〜4圖所示，該所述塞體（…係可為—圓珠體。 其中，如第8圖所示，該所述塞體（3 〇 其面向球型部（21 b… ⑽）亦可為—錐狀塊體， 鮮 ）之，又有一縮徑凸柱（3 1 )，藉以可供前述 標^簧狀之雜復位件（4⑸套合，其錐狀端並組設有—〇形環 以與流這（14)端口（15)達成密合狀態者。 體而=中’如第9圖所示，該所述塞體亦可為-T型柱 济、^盤部（3 3 )及〆柱部（3 4 )’其中該柱部之-端係插入 4)中，構成該盤部（3 3 )封阻於端口（ 1 5 )之狀態， 並配合套組—◦形環（3 5 )達成密合，而盤部（3 3 )周邊可赠 緣（3 6 )以利於流體之流動者（如第1 〇圖所示）。 如第12®所示’係本創作之塞體型式再_實施例之立體 圖/玄所揭基體（3 q d)亦概呈―了型柱體’其相同於前段所述之 處疋在於包括-盤部（3 3 b)及_挺部（3 U)所構成，該柱部 9 M290777 (3 4 b )插入流道（1 4)巾’並藉由該盤部（3 3 b)封阻於端 口（ 1 5 )，而此實施例不同之設計在於該柱部（3 4 b )是由一圓桂 ，成平切® (3 4 i)之避讓型態，藉此以利於流體之流動. 又該盤部（3 3 b )端面具—縮徑凸柱（3 4 2 )可供螺旋彈箬狀之 祕復位件（4 Q )端部套組而獲致較佳之定位性者。 私第1 3圖所不，係本創作可自動止流之萬向喷嘴結構之另—較户者 施例，其組接座（1〇)、可動噴頭（2Q)、球型部（21)、限^ (1 2 )、◦型環（1 3 )之結構組配型態均與前述第1〜3圖所揭之 實施例相同，即不贅述；而其差異之處係在於： 該組接座（1 0 )之流道（i 4 )中係組設有一逆止塞體（6 〇 ). 該逆止塞體整體係為-中空殼體型態，且藉由具物生材質性 體塑膠TPE:TPEE、TPU、TPV、或橡膠、石夕膠等）製成為符合需长者 其中，該逆止塞體（60)朝向可動喷頭（2〇)之—端為—彈性錐 =部（6 1 )，該彈性錐縮部設有—常態彈性閉合之穿流縫（^ )(本 實施例係為-字態樣），該穿流缝之閉合彈力值得小於組接座（1 〇) 流道（14)中正常輸出流體時之壓力值者。 承上段實施例，當該組接座（丄〇 )流道（χ 4 )中正常輸出、、亡 體（W)時（如第14圖所示），該逆止塞體（6())之彈性錐縮 1 )之穿流縫（6 2 )係受流體（W)壓力撐張_，進而構成流道 呈開啟狀態；反之，如第丄5圖所示，當組接座（丄〇 )流道（= 10 M290777 中為停止輸出流體狀態時，該所述穿流缝（6 2)將藉由彈抓錐縮部 (6 1 )之彈力預設而回復成封閉狀態，藉此以將該組接座（1 〇) _道（1 4)及其前置流道中殘留之流體關閉，達到防止流體持續流 出之目的者，有關該逆止塞體（6 0)之穿流缝（6 2)呈關閉、開 啟狀態更可進一步參照第1 6圖所示意者。 又其中，該所述逆止塞體（6 〇)遠離彈性錐縮部（6丄）之一 鲁端係更可設有一凸環緣（6 3 )，以使組接座（1 〇 )流道（1 4 )中 對應設有—凹槽緣（1 6)恰可供前述凸環緣（6 3)嵌人達成定位 效果者。 u復如第1 7圖所示，係為逆止塞體（6 〇)之穿流縫（6 2 b) 型態之另-實施態樣，本實施例之穿流縫（6 2 b)係為十字態樣， —其呈關閉、開啟狀態可參照該圖所示意者。 【功效說明】 本幻作所揭萬㈣嘴之主要目的，係藉由在該可動噴頭之球型部 =端與組接㈣道設—«及-雜復轉之改良創新 叹计’俾當錢中為停止輸出流體狀料，得自動關閉流道’使该 達到防止殘留之流體持續流出之實用進步性者。 本創作所揭萬向喷嘴之另_ . 件之^，⑽仏+要目的’更可藉由職體及彈性復位 道，二流了嘴得於流道停止輸出流體時即刻自動關閉流 *逼殘留之流體持續流出，故可避免所用之流體（如 11 2 M290777 切削液、切油）發生不必要的流失浪費現象，更符合較佳之產 業利用性者。 3、本創作所揭萬向喷嘴之又一主要目的，則是藉由該組接座流道中組 設逆止塞體之另一結構實施例態樣；利用該逆止塞體一端為彈性 錐縮部，且其設有可常態彈性閉合之穿流缝之特色，同樣能達到 當流道中為停止輸出流體狀態時得自動關閉流道，防止殘留之流 體持續流出之實用進步性者。 前文係針對本創作之較佳實施例為本創作之技術特徵進行且體之說明. 惟’熟悉此項麟之人士當可衫麟摘作之精__谓摘進辦 更與修改，而該等變更與修改，皆應涵蓋於如下巾請專纖圍所界定之範嘴中, 綜上所述，本創作係提供一種可自動止流之萬向喷嘴結構，其讀 創作之所有目的，料組合結敎㈣鶴未狀_產品， 請前，已符合專觀錢定，級法 ^於申 12 M290777 ι吗叭間早說明】 I圖·係本創作較佳實施例之分解立體圖。 ^圖係本創作較佳實施例之組合立體圖。 第3 » =係本創作純實施狀組合職目—，料流道關閉狀態。 第5: ·係本創作較佳實施例之組合剖視圖二，係為流道開啟狀離。 圖：係本創作萬向噴嘴組裝於加工機之狀態圖一，係為供應流M290777 VIII. New description: In particular, it refers to the applicant who has patented in the Republic of China 94206506), and the structure of the universal nozzle that automatically stops the flow, (application number: [new technical field] It relates to the structure of the mouth of the (4) nozzle, and the _ refers to the innovative designer who can automatically close the flow channel when the flow channel is stopped to stop the output fluid (such as cutting fluid or cutting oil). [Prior Art] Press 'Universal nozzle Generally, it is assembled at the position of the machining operation position of the processing machine, and is used as a nozzle for cutting fluid (or cutting oil); the internal structure of the conventional universal nozzle is as shown in Fig. 18. It is mainly composed of a set of sockets (7 〇) and a movable nozzle (7 )), wherein the movable nozzle (7 1 ) is pivoted to the group by the ball-shaped portion (72) At the end of the seat (70), the groove (7 3) towel is combined with the limit member (7 4) and the stop % (75) to position the ball portion (72). And the state of the stop, and the movable nozzle (7 1 ) is swivel to adjust the cutting angle of the cutting fluid; In the middle, the flow passage (7 6 ) in the center of the movable nozzle (7 1 ) and the flow passage (7 7) in the center of the assembly base (7 〇) are in a normal state, and the movable nozzle (7丄) is not used. It is blocked by the modulation of the angle; however, this kind of conventional structure type has found that the following problems still exist in the actual use experience: 1. The tool running part of the general processing machine will produce a rising homing when the cutting is stopped. At the same time, 5 M290777 stops the supply of cutting fluid, and the above-mentioned universal nozzle also rises with the running position of the tool. However, the confession of the cutting fluid source, ... has stopped, but it still inevitably remains in the flow path of the transmission. There is a cutting fluid. At this time, since the inner flow path of the + 乂禺 to the mouth is normal, the cutting fluid remaining in the flow path will flow continuously and from the 4-way nozzle. At this time, if the operator approaches the machine for inspection Or the action of sturdy, clothing, unloading or replacing the knives will often be cut into droplets, causing ', smashing the clothes or the body, causing the necessary troubles and inconveniences. 2. 2 ' know When the mechanical machine stops cutting, the residual cutting fluid in the flow path _ continues to flow from the universal nozzle _ falling, and also creates unnecessary flow charges. The long-term accumulation is obvious, which will increase the processing cost. The above-mentioned problems with the use of the universal universal nozzle, how to develop an innovative structure with more ideal and practicality, it is necessary for the relevant industry to make efforts to develop the breakthrough goal and direction. In view of this, the creator has been engaged in many years. The manufacturing, development and design of related products, in response to the above objectives, after detailed design and careful evaluation, will eventually have a practical and practical creation. [New content] That is, the main purpose of this creation is to provide a kind of The universal nozzle structure that can automatically stop flow, the technical problem to be solved is mainly that the residual liquid in the flow channel will continue to flow after the cutting night (oil) is stopped for the use of the conventional universal nozzle structure. The problem is affected by the problem of 6 M290777. The universal nozzle includes a set of sockets and a movable nozzle; the movable nozzle is borrowed from a spherical portion. The pivot group is disposed in a recess at the end of the set socket, and the borrowing-restricting member is used for limiting, and the gap between the spherical portion and the groove is achieved by setting a 0-ring to prevent leakage; The utility model has a flow path communicating with the inside of the movable nozzle; and the technical feature of the present invention is that the inner end of the spherical portion and the group port flow port are further provided with a plug body and an elastic reset member; The plug system is disposed at the flow channel port of the assembly base, and when the inner movement is moved, the flow channel port can be closed and moved out to the age of the flow channel port, and the reset member is used to elasticize the normal body of the plug body toward the end of the flow channel. The elastic force of the elastic support member is less than the value of the force when the normal output fluid in the flow path of the set is smaller, but is greater than the pressure value when the flow of the set flow channel_stop output fluid. Another main purpose of the present invention is to provide a further embodiment of the reverse stop body in the set of flow passages of the set; the back stop body is an elastic taper and is provided with The characteristic of the sag-elastically closed through-flow slit can also achieve the practical progress of automatically closing the flow passage when the flow state is stopped in the flow passage to prevent the residual fluid from continuously flowing out. [Embodiment] / In order to enable your review committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please contact the following [detailed description of the schema] as follows: ^ First, please refer to the first 2, 3, and 4, a preferred embodiment of the universal nozzle structure capable of automatically stopping the flow, the universal nozzle includes a set of sockets (丄〇) and a movable nozzle (20) Wherein, the movable nozzle (2 〇) is provided by a ball-shaped portion (2 7 M290777 , ) pivoting at the end of the assembly socket ( 1Q ) - a recess (11) t, a borrowing-restricting member ( 12) The matching of the ball-shaped part (21) and the groove (11) is achieved by a set of a ring (丄3) to achieve a tight leak-proof effect; The nozzle (2〇) has a flow channel (14) (22) communicating with the alignment inside; the ball-shaped portion (9 1 , ' 2 1 ) is connected to the assembly port (i 〇) flow channel port There is further arranged a plug body (30) and an elastic sonar-only component (40); wherein the plug body (3〇) is disposed in the flow channel of the group socket (1Q) (14) ) at port (15), its In the case of internal shifting (10), when the port is closed and moved outward, the flow port (开启) is opened, and the plug (3Q) is normally moved to the flow path by the set member (4Q) of the bomb 14 (1) 4) end Π ( ! 5 ) 2 elastic top support, the elastic return member (4 (3) elastic value is less than the pressure value of the normal rounding fluid in the set socket (丄〇) ^ (14), but greater than The pressure value at the time of stopping the output of the fluid in the flow-channel (14) of the group (10). By the above, the structure is designed as shown in Fig. 4, when the set of sockets (work) In the flow channel (1 4 ), the normal rim, the ancient god, the /; IL body (w), the plug body (30) will be pressed and moved outward, and then open the flow channel (Ί 4, i 4, The mouth (15) allows the fluid (W) to smoothly escape from the flow passages c? 9, + |, < Z of the movable spray head (20), and at the same time squeezes the elastic return member (4 〇) to accumulate elasticity Resilience; otherwise, A#, in the set of sockets (1 0) in the flow channel (1 4) to stop the output of the body I% as shown in Figure 3, the elastic reset (4 〇) will release its The elastic restoring force top plug body (30) moves inward and closes the flow channel (14) port (15) The and (10) flow channel (1 4 ) and its front flow channel (1 4 0 ) (ie, the hungry in #力的力#, please refer to the figure) The fluid is closed to achieve the purpose of preventing the fluid from continuously flowing out; by this design, when applied to the processing machine (5〇), 8 M290777 is the movable nozzle of the universal nozzle as shown in Fig. 5 (2, ( Such as seven 77 such as 丨V, ) normal discharge fluid (W) (such as cutting fluid) state, at this time the processing machine (5 〇) down state; complex as the 笫圄-n 1 sit (5 1) for the next... In the figure 6, the cutting machine (5〇) cuts the cutting IV and increases the reset state. At the same time, the processing machine (also stops supplying the fluid (W) at the same time, and by the (4) medium supply source 0) and the plug俨r ^ ^ Elastic reset piece (4 stop 1 hold:,, the price will immediately close the flow channel of the universal mouth) to prevent; L body hold,,, shell > The advantages of the operator. Wherein the elastic return member (4〇) may be a coil spring. = 中中, as shown in Fig. 4, the plug body (... can be a bead body. Where, as shown in Fig. 8, the plug body (3 〇 faces the spherical portion (21 b... (10)) can also be a cone-shaped block, fresh, and has a reduced-diameter stud (3 1 ), so that the aforementioned spring-shaped hybrid resetting member (4 (5) fits, the tapered end thereof The group is provided with a 〇-shaped ring to achieve a close contact with the flow (14) port (15). Body = middle ' As shown in Fig. 9, the plug body may also be a -T type column, The disk portion (3 3 ) and the mast portion (3 4 ) 'where the end portion of the column portion is inserted into 4) constitutes a state in which the disk portion (3 3 ) is blocked in the port (15), and cooperates The set—the ring (3 5 ) is closed, and the edge (3 3 ) is provided with a margin (3 6 ) to facilitate the flow of the fluid (as shown in Figure 1). The stereotype of the present invention is further illustrated as a perspective view of the embodiment (3 qd), which is also the same as that described in the previous paragraph, including the - disk portion (3 3 b) and _ taper (3 U), the column 9 M290777 (3 4 b ) inserted into the runner 1 4) The towel 'and is blocked by the disk portion (3 3 b) to the port (15), and the different design of this embodiment is that the column portion (3 4 b ) is made of a round casket, into a flat cut® ( 3 4 i) the avoidance pattern, in order to facilitate the flow of the fluid. The disc portion (3 3 b ) end mask - reduced diameter stud (3 4 2 ) for the spiral spring-shaped secret reset (4 Q) The end set is better positioned. The private figure 1 3 is not, this is the other way to create a universal nozzle structure that can automatically stop the flow, and the set of seats (1〇 The structural configuration of the movable head (2Q), the spherical portion (21), the limit (1 2 ), and the ◦-shaped ring (13) are the same as those of the first embodiment shown in the first to third embodiments. That is to say, the difference is that: in the flow channel (i 4 ) of the group (10), there is a backstop body (6 〇). The backstop body is - Hollow shell type, and made by the material material plastic TPE: TPEE, TPU, TPV, or rubber, Shiqi gum, etc., which meets the needs of the elderly, the backstop body (60) is oriented The end of the movable nozzle (2〇) is - elastic cone = part (6 1) The elastic constriction portion is provided with a normal elastic closed through-flow slit (^) (this embodiment is a - word state), and the closing elastic force of the through-flow slit is worth less than the assembly seat (1 〇) flow passage (14) The pressure value when the fluid is normally output. According to the above embodiment, when the group (接) flow channel (χ 4 ) is normally output, and the body (W) is dead (as shown in Fig. 14), the backstop body (6()) The elastic constriction 1) of the flow slit (6 2 ) is supported by the fluid (W) pressure _, which constitutes the flow path is open; otherwise, as shown in Figure 5, when the assembly is 丄〇 When the flow path (= 10 M290777 is stopped in the output fluid state, the through-flow slit (6 2) will be returned to the closed state by the elastic force of the elastic grasping taper (6 1 ), thereby The fluid remaining in the set of (1 〇) _ dao (1 4) and its pre-flow passage is closed to prevent the fluid from continuously flowing out, and the flow-through slit of the reverse stop body (60) 6 2) The closed and open state can be further referred to the figure shown in Fig. 16. In addition, the backstop body (6 〇) is further away from the elastic end of the elastic constriction (6丄). A convex rim (6 3 ) is provided so that the corresponding groove (1 6) in the flow path (1 4 ) of the assembly (1 )) can be embedded in the convex rim (63) To achieve the positioning effect. u repeat as shown in Figure 17. , which is a different embodiment of the through-slit (6 2 b) type of the backstop body (6 〇), the through-flow slit (6 2 b) of the present embodiment is a cross-like state, For the closed and open state, please refer to the figure shown in the figure. [Effective description] The main purpose of this phantom is to use the ball-shaped part=end and the assembly (4) of the movable nozzle. -The improvement and innovation of the miscellaneous reversal sighs 'In order to stop the output of the fluid material in the money, the automatic closing of the flow path is made to achieve the practical progress of preventing the residual fluid from continuously flowing out. The creation of the universal nozzle Another _. ^, (10) 仏 + the purpose of 'by the body and elastic return to the road, the second flow of the mouth to stop the flow of the flow immediately when the flow of the fluid automatically closes the flow * forced residual flow continues to flow, it can be avoided The fluid used (such as 11 2 M290777 cutting fluid, cutting oil) has an unnecessary loss of waste, which is more in line with better industrial utilization. 3. Another main purpose of the universal nozzle disclosed in this work is by Another structural embodiment of the set of the stop flow passages in the set of flow passages; The end of the backstop body is an elastic constriction portion, and is provided with a through-flow slit which can be normally closed elastically, and can also automatically close the flow passage when the flow state is stopped in the flow passage to prevent the residual fluid from continuing. The practical advancement of the outflow. The foregoing is a description of the technical features of this creation for the preferred embodiment of the creation. However, the person who is familiar with this singer can be selected as a fine __ The changes and modifications should be covered in the following paragraphs, which are defined by the special fiber package. In summary, the creation system provides a universal nozzle structure that can automatically stop flow. Read all the purpose of the creation, the combination of the knots (four) cranes not _ products, please, before, has met the specific money, the level of law ^ Yu Shen 12 M290777 ι 叭 间 早 早 早 】 An exploded perspective view of an example. The figure is a combined perspective view of a preferred embodiment of the present invention. The third » = is the purely implemented combination of the title of the creation - the flow channel is closed. 5: A cross-sectional view 2 of the preferred embodiment of the present invention is a flow path opening. Figure: The state of the creation of the universal nozzle assembled in the processing machine Figure 1, the supply flow
體狀態。 弟6圖：係本創作萬向噴嘴組裝於加工機之狀態圖二，係為關閉流 體狀態。 第7 〇 ^圖·係本創作萬向喷嘴組裝於加工機之流道示意圖。 第8圖·係本創作之塞體型式之另一實施例圖。 弟9圖：係本創作之塞體型式又一實施例之剖視圖。 第Ί 〇圖·係第9圖所揭塞體之立體圖。 固係本創作之塞體型式再一實施例之立體圖。 第1 ? ^圖··係本創作之塞體型式再一實施例之剖視圖。Body state. Figure 6: The state in which the universal nozzle is assembled in the processing machine is shown in Figure 2, which is to close the fluid state. The seventh 〇 ^ diagram is a schematic diagram of the flow path of the universal nozzle assembled in the processing machine. Fig. 8 is a view showing another embodiment of the plug type of the present invention. Figure 9 is a cross-sectional view showing still another embodiment of the plug type of the present invention. Ί · 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图 图A perspective view of another embodiment of the plug type of the present invention. Fig. 1 is a cross-sectional view showing still another embodiment of the plug type of the present invention.
第1 Q d圖：係本創作結構另一較佳實施例之分解立體圖。 第1 4 圖：係本創作結構另一較佳實施例之組合剖視圖一，係為流 道開啟狀態。1st Qd diagram: an exploded perspective view of another preferred embodiment of the present authoring structure. Figure 14 is a cross-sectional view 1 of another preferred embodiment of the present authoring structure, in the flow-opening state.
第1 R 圖·係本創作結構另一較佳實施例之組合剖視圖一，係為流 道關閉狀態。The first R diagram is a combined sectional view of another preferred embodiment of the present construction structure, which is a flow closed state.
第1 A 圖··係本創作逆止塞體之穿流缝呈關閉、開啟狀態之立體狀 態對照圖。 13 M290777 第1 7 ίΐ :係本創作逆止塞體之穿流缝另一實施型態呈關閉、開啟 狀態之立體狀態對照圖。 第1 8圖：係習知萬向喷嘴結構之剖視圖。 【主要元件符號說明】 本創作部份： 凹槽-----(11) 〇型環---—(13) 前置流道 (140) 凹槽緣----（16) 球型部----(21) 組接座----（10) 限位件----（12) 流道-----（14) 端口-----(15) 可動喷頭---（20) 流道-----（22) 塞體------(30)(30b)(30c)(30d) 縮徑凸柱---(31) 〇形環----(32) 盤部-----（3 3 ) ( 3 3 b ) 柱部-----（3 4 ) ( 3 4 b ) 平切面 (341) 縮徑Λ柱---( 3 4 2 ) 〇形環----（35) 凹緣-----（36) 彈性復位件--（40) 力口工機----(50) 切肖|J座----(5 1 ) 14 M290777The first A figure is a three-dimensional state diagram of the closed flow of the plug body in the closed state. 13 M290777 1st ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ ΐ 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 。 。 。 。 。 。 。 。 Figure 18: A cross-sectional view of a conventional universal nozzle structure. [Main component symbol description] This part of the creation: Groove-----(11) 〇-ring----(13) Front flow channel (140) Groove edge----(16) Spherical Department----(21) Group Block----(10) Limiter----(12) Runner-----(14) Port-----(15) Movable nozzle ---(20) Runner-----(22) Plug body ------(30)(30b)(30c)(30d) Reduced diameter post---(31) 〇-ring- ---(32) Disc-----(3 3 ) ( 3 3 b ) Column-----(3 4 ) ( 3 4 b ) Flat section (341) Reduced diameter column --- ( 3 4 2 ) 〇-ring----(35) Concave edge-----(36) Elastic resetting piece--(40) Force machine----(50) 切肖|J Block- ---(5 1 ) 14 M290777
(70) (72) (74) 逆止塞體---（6〇） 穿流缝-------(62) 習知部份： 組接座---- 球型部---- 限位件---- 流道----- 彈性錐縮#——(61) 凸環緣----（63) 可動喷頭 （71) 凹槽-----(73) 止密環----(75)(70) (72) (74) Backstop body---(6〇) through slits-------(62) Conventional part: Group socket---- Ball-shaped part-- -- Limiting parts ----- Flow path ----- Elastic taper #——(61) Convex ring----(63) Movable nozzle (71) Groove-----(73 ) Stop ring----(75)
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