1375588 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種防綠裝置，且特別是有關於-種適用 於液體真空脫泡製程的防濺裝置及使用其之液體脫泡設傷。 【先前技術】 在液晶顯示㈣製造過程中，必須先將液晶注人兩 間:無論是使用傳統的虹吸法或是目前為大多數業者所採 滴注式液晶灌注製程(One Dr〇p Filling，〇DF)，在將液晶注入基 _ 板間之前均須先經過脫泡程序財除液晶巾所含有之氣泡，二 避免存在於液晶材料巾的氣泡對於液晶顯示器之顯示品 生不良的影響。 ' 目前的液晶脫泡方法主要係將盛裝有液晶的開放式容器 放置於真空腔室中，以使液晶内之氣泡自然因壓差而從容器^ 瓶口逸出。然而，在氣泡逸出的同時，往往液晶會隨之減出瓶 外，不但事後必須耗費人力資源及清潔劑來清理真空腔室，更 造成液晶的浪費，使得整個液晶顯示器的製程成本提高。 【發明内容】 鲁有鑑於此’本發明的目的就是在提供-種防減裝置，其可 套接在盛裝有待脫泡之液體的容器瓶口，以避免液體在脫泡過 程中濺出。 、本發明的再一目的是提供一種液體脫泡設備，以避免液體 在脫泡過程中濺出，進而節省成本。 本發明提出一種防濺裝置，適於套接至盛有待脫泡之液體 的容納瓶，且其包括套座以及導流柱。其中，套座具有第一端 面、第二端面及第一内腔，且第一内腔在鄰近第一端面之處具 有套接口 ’適於套接至容納瓶的瓶口。導流柱位於第一内腔内 且自第一^面往第一端面延伸’並包括本體及防滅錐體。其 4 1375588. 卜本體連接於套座與 •而内縮，並具有至少—個^，且本體是相對防濺錐體 内腔位於本财央，助^鄰口。此第二 述第二内腔。流道則是連通上之弟一知面亚暴露出上 體則具有頂面與錐面，兑中内腔與第二内腔。防減錐 面係::，趙兩側”央朝向本體之間，而錐 以及“裝^出中―^^!^設備’包括真空腔室、容納瓶 柱。其中，套座具有m第流 内腔名粼$楚& 弟一触面及第一内腔，且第一 口。導产柱位面之處具有套接口’適於套接至容納瓶的瓶 包括η内腔内且自第二端面往第一端面延伸，並 ί if雖體。其中，本體連接於套座與防滅錐體之 ^相對賊賴而_，並具有至少—個流道、第 及排氣口。此第二内腔位於本體中央，且排氣口鄰! =第二端面並暴露出上述第二内腔。流道則是連通上述第 二腔與第二内腔。防_體則具有頂面與錐面，其中頂面連 :錐面與本體之間，而錐面係自義錐體兩侧往中央朝向上 述瓶口傾斜。 在本發明之一實施例中，上述之套座與導流柱為一體成 型。 在本發明之一實施例中’上述之導流柱係可拆式地組裝於 套座之第一内腔内。 山在本發明之一實施例中，上述之第一内腔在鄰近上述第二 端面之處具有開口。而且，上述之導流柱的本體包括延伸至上 述開口外而承抵於第二端面的承抵部。1375588 VI. Description of the Invention: [Technical Field] The present invention relates to an anti-green device, and more particularly to a splash-proof device suitable for a liquid vacuum defoaming process and a liquid defoaming damage using the same . [Prior Art] In the manufacturing process of liquid crystal display (4), two liquid crystals must be injected first: whether using traditional siphon method or current drip-type liquid crystal infusion process (One Dr〇p Filling, 〇 DF), before the liquid crystal is injected between the substrates and the plates, the bubbles contained in the liquid crystal towel must be removed through the defoaming process, and the influence of the bubbles existing in the liquid crystal material towel on the display defects of the liquid crystal display is avoided. The current liquid crystal defoaming method mainly places an open container containing liquid crystal in a vacuum chamber, so that bubbles in the liquid crystal naturally escape from the container mouth due to the pressure difference. However, at the same time as the bubbles escape, the liquid crystals are often reduced out of the bottle. Not only does it have to consume human resources and detergents to clean the vacuum chamber, but also wastes the liquid crystal, which increases the manufacturing cost of the entire liquid crystal display. SUMMARY OF THE INVENTION In view of the above, it is an object of the present invention to provide an anti-reduction device that can be sleeved in a container mouth containing a liquid to be defoamed to prevent liquid from escaping during the defoaming process. It is still another object of the present invention to provide a liquid defoaming apparatus which avoids spillage of liquid during defoaming, thereby saving cost. The present invention provides a splash guard adapted to be nested into a containment bottle containing a liquid to be defoamed, and which includes a sleeve and a flow guide. Wherein the socket has a first end surface, a second end surface and a first inner cavity, and the first inner cavity has a socket ′ at a position adjacent to the first end surface adapted to be sleeved to the mouth of the bottle. The guide column is located in the first inner cavity and extends from the first surface to the first end surface and includes a body and a baffle cone. 4 1375588. The body is connected to the socket and is retracted, and has at least one ^, and the body is a relatively splash-proof cone. The inner cavity is located in the financial center, and the auxiliary port is adjacent. This second describes the second lumen. The flow channel is connected to the younger brother. The face is exposed. The upper body has a top surface and a tapered surface, and the inner cavity and the second inner cavity are exchanged. Anti-concave cone system::, both sides of the Zhao side are oriented between the main body, and the cone and the "installation of the ^^^!^ equipment" include a vacuum chamber and a bottle column. Among them, the socket has m first flow inner cavity name 楚$楚& brother one touch surface and first inner cavity, and the first mouth. There is a socket at the position of the guiding column, which is adapted to be sleeved to the bottle for accommodating the bottle, including the inside of the η inner cavity and extending from the second end face to the first end face, and if if the body. Wherein, the body is connected to the sleeve and the anti-destruction cone, and has at least one flow channel, the first and the exhaust port. The second inner cavity is located in the center of the body, and the exhaust port is adjacent to the second end face and exposes the second inner cavity. The flow path is connected to the second cavity and the second inner cavity. The anti-body has a top surface and a tapered surface, wherein the top surface is connected between the tapered surface and the body, and the tapered surface is inclined from the sides of the self-meaning cone toward the center toward the bottle mouth. In an embodiment of the invention, the sleeve and the guide column are integrally formed. In one embodiment of the invention, the flow guide column described above is removably assembled within the first interior of the housing. In one embodiment of the invention, the first inner chamber has an opening adjacent the second end surface. Further, the body of the above-described guide column includes an abutting portion that extends outside the opening to bear against the second end surface.
在本發明之一實施例中，上沭之太艚 上述之承抵部呈環狀，且承抵部 上述之太Ί#Φ —a .,In an embodiment of the present invention, the abutting portion of the upper cymbal is annular, and the abutting portion is the above-mentioned Ί#Φ_a.
甚入品本發月之實把例中，上述之上蓋具有面向第二端面的 道:面1蓋合面上具有至少―個溝槽，以作為上述之排氣通 在本發明之一實施例中，上述之套座的第二端面具有至少 一個溝槽，以作為上述之排氣通道。 在本發明之一實施例中，上述之防濺錐體的頂面在遠離 體的方向上朝套接口傾斜。 _在本發明之一實施例中，上述之防濺錐體的頂面與錐面的 交接處與套座之間的最小間隙與瓶口之口徑的比值介於 0.3%〜2.3% 〇 ' ,本發明係將防濺裝置套接在盛裝有待脫泡之液體的容納 瓿之瓶口，以便於防止液體在脫泡過程中濺出，進而降 的損耗。 -又賵 ▲為讓本發明之上述和其他目的、特徵和優點能更明顯易 懂，下文特舉較佳實施例，並配合所附圖式，作詳細說明如下。 【實施方式] .圖1為本發明之一實施例中液體脫泡設備的示意圖。請泉 6 1375588 照圖1，液體脫泡設備100包括真空腔室lio、容納瓶120、 • •及防濺裝置130,其中容納瓶120是用以盛裝待脫泡之液= 101，並放置於真空腔室110内，且容納瓶120並具有瓶口 122。 在本實施例中’液體101例如是液晶，但不限於此，亦可為任 何需要脫泡處理之液體。防濺裝置130包括套座132以及導方 柱134 ’其中套座132具有第一端面131a、第二端面13lb及 第一内腔133a。而且，第一内腔133a在鄰近第一端面13u 之處具有套接口 135a，套座132即是透過套接口 135a而可套 φ 接至容納瓶no的瓶口 I22。 另一方面，導流柱134位於第一内腔133a内且自第二端 面131b往第一端面131a延伸。而且，導流柱134包括本體 136及防濺錐體138。其中，本體136連接於套座132與防濺 錐體138之間，本體136並相對防濺錐體138而内縮。值得二 提的是，熟習此技藝者可自行依據實際需求來決定瓶口 122之 口徑D!與導流柱之長度l的比值，而本實施例之Di/l約為 0.5 ’但本發明不限於此，可視實際需求調整。 承上述’導流柱134可以是與套座132以一體成型的方式 製成，導流柱134更可以是可拆式地組裝於套座132的第一内 腔133a内，以便於拆開清洗。如圖j所示，套座η〗的第一 内腔133a在鄰近第二端面131b之處可具有開口咖，導流 柱之本體136則可包括承抵部136a，且承抵部13如是延伸至 開口 135b外而承抵於套座132的第二端面⑽。也就是說， 導流柱134可藉由本體136之承抵部136a組裝於套座132上。 另外承抵4 136a可呈環狀，且其外徑D2大於開口 135b的 孔徑Da ’以便於承抵在第二端面13比上。 此外’在本發明的另一實施例中，導流柱134可利用螺紋 1375588 T搭配套座132上的螺紋(圖中未示），以螺鎖的方式組裝於套 座132上，如圖2Α至圖2C所示，導流柱134可位於第一内 腔133a内並螺鎖於開口 135b。然而本發明不限於此，熟習此 技藝者應該知道’導流柱134也可以是以其他方式組裝^套座 132的第一内腔i33a内。In the example of the present invention, the upper cover has a track facing the second end surface: the cover surface 1 has at least one groove as the exhaust gas passage in an embodiment of the present invention. The second end face of the above-mentioned sleeve has at least one groove as the above-mentioned exhaust passage. In an embodiment of the invention, the top surface of the splash guard cone is inclined toward the socket in a direction away from the body. In an embodiment of the present invention, the ratio of the minimum gap between the top surface of the splash cone and the tapered surface to the sleeve and the diameter of the bottle mouth is between 0.3% and 2.3% 〇', In the invention, the splash guard is sleeved on the mouth of the container containing the liquid to be defoamed, so as to prevent the liquid from splashing during the defoaming process, thereby reducing the loss. The above and other objects, features, and advantages of the present invention will become more apparent from the aspects of the invention. [Embodiment] Fig. 1 is a schematic view of a liquid defoaming apparatus in an embodiment of the present invention. Please refer to Fig. 1, the liquid defoaming device 100 includes a vacuum chamber lio, a accommodating bottle 120, and a splash guard 130, wherein the accommodating bottle 120 is for holding the liquid to be defoamed = 101, and is placed on The vacuum chamber 110 is housed in a bottle 120 and has a bottle opening 122. In the present embodiment, the liquid 101 is, for example, a liquid crystal, but is not limited thereto, and may be any liquid that requires a defoaming treatment. The splash guard 130 includes a sleeve 132 and a guide post 134' wherein the sleeve 132 has a first end surface 131a, a second end surface 13lb, and a first inner chamber 133a. Moreover, the first inner chamber 133a has a socket 135a adjacent to the first end surface 13u, and the sleeve 132 is slidably connected to the mouth I22 of the accommodating bottle no through the socket 135a. On the other hand, the flow guiding column 134 is located in the first inner cavity 133a and extends from the second end surface 131b toward the first end surface 131a. Moreover, the flow guide column 134 includes a body 136 and a splash guard 138. The body 136 is coupled between the sleeve 132 and the splash guard 138, and the body 136 is retracted relative to the splash cone 138. It is worth mentioning that the skilled person can determine the ratio of the diameter D of the bottle opening 122 to the length l of the guiding rod according to actual needs, and the Di/l of the embodiment is about 0.5 ', but the invention does not Limited to this, it can be adjusted according to actual needs. The guide column 134 can be integrally formed with the sleeve 132. The guide column 134 can be detachably assembled in the first inner cavity 133a of the sleeve 132 to facilitate disassembly and cleaning. . As shown in FIG. j, the first inner cavity 133a of the sleeve n may have an opening adjacent to the second end surface 131b, and the body 136 of the guide column may include an abutting portion 136a, and the abutting portion 13 is extended. The second end face (10) of the sleeve 132 is received outside the opening 135b. That is, the guide post 134 can be assembled to the sleeve 132 by the abutting portion 136a of the body 136. Further, the bearing 4 136a may be annular and have an outer diameter D2 larger than the aperture Da' of the opening 135b so as to be received against the second end face 13. In addition, in another embodiment of the present invention, the guide bar 134 can be assembled to the sleeve 132 by screwing with a thread 1375588 T and a thread on the sleeve 132 (not shown), as shown in FIG. As shown in FIG. 2C, the flow guide column 134 can be located within the first inner cavity 133a and screwed to the opening 135b. However, the present invention is not limited thereto, and those skilled in the art will appreciate that the 'flow guide post 134' may also be assembled in the first inner chamber i33a of the sleeve 132 in other manners.
請再次參照圖1，導流柱134之本體136可具有至少一個 流道137、第二内腔133b以及排氣口 139，其中第二内腔13北 位於本體136的中央，且排氣口 13.9是鄰近套座132之第二端 面131b，並且暴露出第二内腔133b。換言之，第二内腔 是藉由排氣口 139而連通至外界。另外，值得一提的是，在圖 2A至圖2C所示之實施射，導流柱134可以螺鎖的方式組裝 於套座132上，且本體136的排氣口 139之截面積例如是呈六 角狀，因此在將導流柱B4組裝於套座132上時，即可利用六 角扳手插入排氣口 139轉動，以帶動導流柱134藉由螺紋^ 轉入套座132的第一内腔133a。 請繼續參照®卜流道137是連通第一内腔133a虚第二 内腔133b。其中，流道137可較佳地在朝向第二内腔腿的 方向往防濺賴138傾斜，以使因脫泡而賴至本體136外壁 的液體較易流人至第二内腔133b。防濺錐體138則且有頂面 138a與錐面138b，其中頂面⑽連接於錐自隱與本體 之間’錐® 138b則是自防錢錐體138兩側往防濺錐體138之 中央朝向容納槪120的瓶口 122傾斜。 m ^ ^ 接在容納瓶12G的瓶口 122，且容納瓶 於真空腔室UG内之後，液體1G1 _氣體會經由 ^道137與第二腔室】33b，而從排氣口】39 外。在這期間，即使液體101隨著氣體的逸出而朝往 8 上濺’則可藉由錐面138b減少液體濺出容納瓶120外。而且， 由於錐面138b是自防濺錐體138兩側往中央朝向容納瓶120 =瓶口 122傾斜，因此可令往上濺出瓶口 122的液體ι〇1再順 著錐面138b流回容納瓶120内。 值得一提的是’為使在脫泡過程中往上濺的多數液體1〇1 均能流回容納瓶12〇内且能兼顧真空脫泡時的排氣順利，需將 防濺錐體138之頂面138a與錐面138b的交接處與套座132之 間的間隙d控制在適當的範圍内，以避免液體1〇1濺到防濺錐 體138上方而無法順著錐面138b流回容納瓶12〇内或脫泡效 果不佳。在此，由於瓶口 122之口徑Dl愈大的容納瓶12〇會 使用體積愈大的防濺錐體138來阻擋濺起之液體1〇1流入第二 内腔133b’以避免滅起的液體1〇1易於流入第二内腔η%内。 而防濺錐體138愈大，液體要進入第二内腔133b之前所經之 路控要更長’因此，即使間隙d隨著瓶口讀D]而增大，仍 可維持同樣果。具體來說，本實施例是將_⑽瓶口口 徑D!的比值d/D,控制在〇·3%〜2.3%之間。以本實施例來說， 間隙d約為〇.2釐米，可視實際需求調整。 特別的是，本實施例之頂面138a例如是在遠離本體136 的方向上朝套座132的套接口 135a傾斜，因此即使液體1〇1 通過間隙〇!_防_體138上方，也可順著頂面ma再次 通過間隙d而流回容納瓶12〇内。 由上述實施例可知，防濺裝置130不但可以防止液體ι〇ι 在脫泡過程中由容納瓶12G的瓶σ 122賤出，更可以使滅起之 液體101流回容納瓶120内，以降低成本損失。 圖3為本發明之另一實施例中防濺裝置套 的示意圖。請參照圖3，防濺裝置23〇與前述防賤裝置13〇相 1375588 較之下’其導流柱234的本體236在鄰近防濺錐體138之頂面 138a之處更設置有回收流道237，以連通第一内腔n3a與第 二内腔133b。而且，回收流道237是在遠離第二内腔133b的Referring again to FIG. 1, the body 136 of the flow guide column 134 can have at least one flow channel 137, a second inner cavity 133b, and an exhaust port 139, wherein the second inner cavity 13 is located north of the body 136, and the exhaust port 13.9 It is adjacent to the second end face 131b of the sleeve 132 and exposes the second inner cavity 133b. In other words, the second inner chamber is connected to the outside through the exhaust port 139. In addition, it is worth mentioning that, in the embodiment shown in FIG. 2A to FIG. 2C, the guide column 134 can be screwed into the sleeve 132, and the cross-sectional area of the exhaust port 139 of the body 136 is, for example, The hexagonal shape is used. Therefore, when the guide bar B4 is assembled on the sleeve 132, the hexagonal wrench can be inserted into the exhaust port 139 to rotate, so as to drive the guide column 134 to be screwed into the first cavity of the sleeve 132. 133a. Please continue to refer to the channel 137 which is connected to the first inner cavity 133a and the second inner cavity 133b. Wherein, the flow passage 137 is preferably inclined toward the splash guard 138 in the direction toward the second inner cavity leg, so that the liquid which depends on the outer wall of the body 136 due to defoaming is more likely to flow to the second inner chamber 133b. The splash cone 138 has a top surface 138a and a tapered surface 138b, wherein the top surface (10) is connected between the cone self-concealing and the body. The 'cone® 138b is from the two sides of the anti-money cone 138 to the splash cone 138. The center is inclined toward the mouth 122 of the housing 120. After the m ^ ^ is connected to the mouth 122 of the bottle 12G, and the bottle is accommodated in the vacuum chamber UG, the liquid 1G1_gas will pass through the channel 137 and the second chamber 33b, and from the exhaust port 39. During this period, even if the liquid 101 splashes toward the top 8 as the gas escapes, the liquid can be splashed out of the containing bottle 120 by the tapered surface 138b. Moreover, since the tapered surface 138b is inclined from the both sides of the splash guard 138 toward the center toward the receiving bottle 120 = the bottle opening 122, the liquid ι 1 which splashes the bottle opening 122 can flow back along the tapered surface 138b. The bottle 120 is housed. It is worth mentioning that 'in order to make the most of the liquid 1〇1 splashing up during the defoaming process can flow back into the holding bottle 12〇 and can balance the evacuation when the vacuum defoaming is smooth, the splash cone 138 is required. The gap d between the intersection of the top surface 138a and the tapered surface 138b and the sleeve 132 is controlled within an appropriate range to prevent the liquid 1〇1 from splashing over the splash cone 138 and failing to flow back along the tapered surface 138b. The bottle is contained within 12 inches or the defoaming effect is not good. Here, the larger the diameter D1 of the bottle opening 122, the larger the size of the splash cone 138 to block the splashed liquid 1〇1 from flowing into the second inner chamber 133b' to prevent the liquid from being extinguished. 1〇1 easily flows into the second lumen η%. The larger the splash guard 138, the longer the control of the liquid before it enters the second inner chamber 133b. Therefore, even if the gap d increases with the bottle mouth reading D], the same result can be maintained. Specifically, in this embodiment, the ratio d/D of the _(10) bottle mouth diameter D! is controlled to be between 3% and 2.3%. In the present embodiment, the gap d is about 〇2 cm, which can be adjusted according to actual needs. In particular, the top surface 138a of the present embodiment is inclined toward the socket 135a of the sleeve 132, for example, in a direction away from the body 136, so that even if the liquid 1〇1 passes over the gap _!_防_body 138, it can be shun The top surface ma again flows back into the receiving bottle 12 through the gap d. It can be seen from the above embodiment that the splash guard 130 can prevent the liquid ι〇ι from being detached from the bottle σ 122 of the accommodating bottle 12G during the defoaming process, and can further cause the extinguished liquid 101 to flow back into the accommodating bottle 120 to reduce Cost loss. Figure 3 is a schematic illustration of a splash guard sleeve in accordance with another embodiment of the present invention. Referring to FIG. 3, the splash guard 23 is disposed opposite the front of the anti-snag device 13 1 1375588. The body 236 of the guide 234 is further provided with a recovery flow path adjacent to the top surface 138a of the splash cone 138. 237, to connect the first inner cavity n3a and the second inner cavity 133b. Moreover, the recovery flow path 237 is away from the second inner cavity 133b.
方向上往套接口 135a傾斜。因此，即使在脫泡過程令，液體 從間隙d濺到防濺錐體138上方，並經由流道137流入第二腔 室133b，其仍可沿著第二腔室133b的内壁流入回收流道237 内，再順著防濺錐體138之頂面138a與錐面138b流回容納瓶 120内。也就是說，防濺裝置23〇不但可以防止液體在脫 /包過程中濺出容納瓶120，更可以避免濺起的液體1〇1積在第 二腔室133b内而導致脫泡後損失太多的液體1〇1。 一，4為本發明之另一實施例中防濺裝置套接於容納瓶上 的不意圖。請參照圖4 ’為避免在將盛裝有液體1〇1的容納瓶 120放置於真空腔室11()内之前，外界的微粒子或其他物質對 液體101造成污染，本實施例之防賤裝置3〇〇與前述實施例之 防減裝置230相較之下，還可以包括上蓋31〇，裂設於套座132 上，與第二端面131b之間具有排氣通道32〇。在本實施例中， 上盒310例如是透過固定元件33〇而裝設於 由固定元件330來娜上蓋31〇與套座132之第二端面= 成排氣通道320。在液體101的脫泡過程中， 氣口 139之後’即是經由排氣通道32〇逸出至防 的是，本發明並不限定上蓋31()肖套座132之間 的，疋方式，可依實際需求調整。如圖5所示，上蓋楊 或其他方式直接固定在套座132上。而且，上蓋 槽420 面的蓋合面412例如是具有至少一條溝 U於上盍⑽裝設於套座m上時作為魏通道。當 1375588. 然，在另一實施例中，如圖2A及圖2B所示，也可以是在套 座132的第二端面131b上形成至少一條溝槽51〇，以於上蓋（圖 中未示)裝設於套座132上時作為排氣通道。 綜上所述，本發明之液體脫泡設備包括防濺裝置，其可套 接在盛裝有待脫泡之液體的容納瓶之瓶口，以防止液體在脫泡 過程中濺出。而且，本發明之防濺裝置更可以進一步令濺起之 液體流回容納瓶中，以避免液體濺起後積在防濺裝置内。由此 可知，本發明不但可以省去後續清理所需耗費的成本，更可以 • 減少在脫泡過程中的液體損失量。 另外’本發明之防濺裝置還可以包括防止外界污染源進入 容納瓶内的上蓋，因而能夠有效地保持液體的潔淨度。 雖然本發明已以較佳實施例揭露如上，然其並非用以限定 本發明，任何熟習此技藝者，在不脫離本發明之精神和範圍 内，當可作些許之更動與潤飾，因此本發明之保護範圍當視後 附之申請專利範圍所界定者為準。 【圖式簡單說明】 _ 圖1為本發明之一實施例中液體脫泡設備的示意圖。 圖2A為本發明之另一實施例中液體脫泡設備的示意圖。 圖2B為圖2A之防濺裝置的上視示意圖。 圖2C為圖2A之導流柱的立體示意圖。 圖3為本發明之另一實施例中防濺裝置套接於容納瓶上 的示意圖。 圖4為本發明之另一實施例中防濺裴置套接於容納瓶上 的示意圖。 圖5為本發明之另一實施例中防濺裝置套接於容納瓶上 的示意圖。 1375588. 【主要元件符號說明】 " 100 :液體脫泡設備 101 :液體 110 :真空腔室 120 :容納瓶 122 :瓶口 130、230、300 :防濺裝置 131a :第一端面 Φ mb :第二端面 132 :套座 133a :第一内腔 133b :第二内腔 134、234 :導流柱 135a :套接口 135b :開口 136、236 :本體 136a :承抵部 • 137 :流道 138 :防濺錐體 138a :頂面 138b :錐面 139 :排氣口 237 :回從流道 310、410 :上蓋 320 :排氤通道 330 :固定元件 12 1375588 412 :蓋合面 420、510 :溝槽 L :長度 d :間隙 D! :口徑 D2 :外徑 D3 :孔徑The direction is inclined to the socket 135a. Therefore, even if the liquid is splashed from the gap d above the splash cone 138 during the defoaming process, and flows into the second chamber 133b via the flow path 137, it can still flow into the recovery flow path along the inner wall of the second chamber 133b. In 237, the top surface 138a and the tapered surface 138b of the splash cone 138 are returned to the receiving bottle 120. That is to say, the splash guard 23 can prevent the liquid from splashing out of the accommodating bottle 120 during the unpacking process, and can prevent the splashed liquid 1 〇1 from accumulating in the second chamber 133b, resulting in loss after defoaming. More liquid 1〇1. One, 4 is a schematic view of another embodiment of the present invention in which the splash guard is sleeved on the receiving bottle. Referring to FIG. 4', in order to prevent contamination of the liquid 101 by external particles or other substances before placing the containing bottle 120 containing the liquid 1 in the vacuum chamber 11 (), the anti-smashing device 3 of the present embodiment In contrast to the anti-subtraction device 230 of the previous embodiment, the upper cover 31〇 may be further disposed on the sleeve 132 and have an exhaust passage 32〇 between the second end surface 131b. In the present embodiment, the upper case 310 is attached to the second end surface of the cover member 132 and the socket 132 by the fixing member 330 via the fixing member 33, for example, into the exhaust passage 320. During the defoaming process of the liquid 101, after the gas port 139 is vented through the exhaust passage 32, the present invention does not limit the upper cover 31 () between the sleeves 132. Actual demand adjustment. As shown in Fig. 5, the upper cover yang or other means is directly fixed to the sleeve 132. Further, the cover surface 412 of the upper cover groove 420 has, for example, at least one groove U as a Wei passage when the upper jaw (10) is mounted on the sleeve m. In another embodiment, as shown in FIG. 2A and FIG. 2B, at least one groove 51〇 may be formed on the second end surface 131b of the sleeve 132 for the upper cover (not shown). ) is installed as an exhaust passage when installed on the sleeve 132. In summary, the liquid defoaming apparatus of the present invention includes a splash guard which can be placed over the mouth of the containing bottle containing the liquid to be defoamed to prevent the liquid from splashing during the defoaming process. Moreover, the splash guard of the present invention further allows the splashed liquid to flow back into the containment bottle to prevent accumulation of liquid in the splash guard after splashing. From this, it can be seen that the present invention can not only save the cost of subsequent cleaning, but also reduce the amount of liquid loss during the defoaming process. Further, the splash guard of the present invention may further comprise an upper cover for preventing an external source of contamination from entering the container, thereby effectively maintaining the cleanliness of the liquid. While the present invention has been described in its preferred embodiments, the present invention is not intended to limit the invention, and the present invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic view of a liquid defoaming apparatus in an embodiment of the present invention. 2A is a schematic view of a liquid defoaming apparatus in another embodiment of the present invention. 2B is a top plan view of the splash guard of FIG. 2A. 2C is a perspective view of the flow guide column of FIG. 2A. Figure 3 is a schematic illustration of a splash guard attached to a containment bottle in accordance with another embodiment of the present invention. Figure 4 is a schematic view of a splash guard placed over a containment bottle in accordance with another embodiment of the present invention. Figure 5 is a schematic illustration of a splash guard attached to a containment bottle in accordance with another embodiment of the present invention. 1375588. [Main component symbol description] " 100: liquid defoaming device 101: liquid 110: vacuum chamber 120: accommodating bottle 122: bottle mouth 130, 230, 300: splash guard 131a: first end face Φ mb: Two end faces 132: a sleeve 133a: a first inner cavity 133b: a second inner cavity 134, 234: a guide bar 135a: a socket 135b: an opening 136, 236: a body 136a: an abutment portion 137: a flow path 138: Splashing cone 138a: top surface 138b: tapered surface 139: exhaust port 237: returning from flow channel 310, 410: upper cover 320: drainage channel 330: fixing element 12 1375588 412: cover surface 420, 510: groove L : Length d : Clearance D! : Diameter D2 : Outer diameter D3 : Aperture