201114655 六、發明說明： i發明戶斤屬之技術領域3 發明領域 本發明係有關於一種附有吸管之飲料容器，該飲料容 器裝設有用以吸入飲料之吸管。 K. 發明背景 迄今周知的是設想幼兒等為使用者的附有吸管之飲料 容器。於此種飲料容器會設置吸管蓋，該吸管蓋可於彎折 狀態下將吸管隱藏，以於未使用時閉塞朝外部露出之吸 管。若於使用時打開該吸管蓋，則可解除吸管之閉塞，因 此，使用者可使用吸管來飲用業已裝入容器之飲料。 然而，當溫度高於外部大氣之熱水等熱飲裝入容器 時，業已密閉的容器之内壓會提高，因此，若打開吸管蓋， 則會有飲料與該開放同時地自解除閉塞之吸管噴出之情 形。故，一般會在附有吸管之飲料容器設置用以將内壓釋 放至外部之開關閥。 舉例言之，包含有此種開關閥之附有吸管之飲料容器 已知的是以下飲料容器，即：將吸管蓋保持在關閉狀態之 鎖定構件與開關業已設置於容器之空氣孔的開關閥之閥體 係一體化，且在藉由鎖定構件之操作解除吸管蓋之鎖定 時，空氣孔係藉由閥體而打開，藉此，可釋放内壓（專利文 獻1)。 先行技術文獻 201114655 專利文獻 〔專利文獻1〕曰本專利公開公報特開2002_321741號 公報 I：發明内容3 發明概要 發明欲解決之課題 專利文獻1之飲料谷器可藉由解除吸管蓋之鎖定的鎖 定構件之操作而釋放内壓，然而，一旦欲關閉業已打開的 空氣孔時’必須在打開吸管蓋之狀態下再度操作鎖定構 件。即，在打開吸管蓋而構成可飲用飲料後，會強迫使用 者進行用以關閉空氣孔的鎖定構件之操作，因此，會有對 鎖定構件之操作對使用者而言變得厭煩之虞。又，當使用 者忘記在打開吸管蓋後應進行的敎構件之操作時，由於 空氣孔還打開著，因此’會有例如在將飲料容器傾斜使用 時引起飲料自空氣孔漏出之虞。 又，專利文獻i之飲料容器在藉由吸管蓋之解除鎖定而 釋放内壓後’可藉由於打開吸管蓋之狀態下再度操作鎖定 構件而關閉空氣孔°然而，在如夏季般外部氣溫高之狀況 下’若於打開吸管蓋之使用狀態下空氣孔還關閉著並放 f，則會有飲_容㈣之空氣雜而自吸管漏出之問 0為了避免此種問題，於專利文獻1之飲料容器時，必須 在打開吸管蓋之狀態下㈣較構件而騎㈣空氣孔之 ㈣。又’其後’在關閉吸管蓋而欲停止使用時必須再 度細作鎖定構件而進行_空氣孔之操作。依此，不會引 4 201114655 起飲料漏出而使用專利文獻1之飲料容器時，會有對鎖定構 件之操作對使用者而言變得厭煩之虞。 故，本發明之目的係提供一種可防止讓使用者對操作 感到厭煩的附有吸管之飲料容器。 用以欲解決課題之手段 本發明之第1附有吸管之飲料容器包含有：容器本體， 係具有開口部者；及吸管接頭，係作成堵塞前述開口部而 裝設於前述容器本體者；用以吸入前述容器本體内之飲料 的吸管係裝設於前述吸管接頭，又，更包含有：吸管蓋， 係於可在隱藏前述吸管之關閉位置與使前述吸管露出之開 啟位置間動作的狀態下安裝於前述吸管接頭者；鎖定構 件，係可於將前述吸管蓋鎖定在前述關閉位置之鎖定位置 與解除其鎖定之解除位置間動作者；開關閥，係可於閉鎖 前述容器本體内外之關閉狀態與連通前述容器本體内外之 開啟狀態間變更狀態，並藉由接受預定操作，自前述關閉 狀態轉變成前述開啟狀態，同時藉由解除前述預定操作， 自前述開啟狀態恢復成前述關閉狀態者；及傳達構件，係 傳達前述鎖定構件自前述鎖定位置朝前述解除位置之動 作，作為對前述開關閥之前述預定操作，且於前述吸管蓋 位於前述開啟位置之狀態下離開前述開關閥，以解除對前 述開關閥之前述預定操作者。 依據該飲料容器，開關閥係藉由鎖定構件自鎖定位置 朝解除位置之動作，自關閉狀態轉變成開啟狀態，且於吸 管蓋位於開啟位置之狀態下解除預定操作，因此，開關閥 201114655 狀態恢復成_狀態。故，可藉由對吸管蓋之鎖 :::放内壓，同時在打開吸管蓋後，開關閥會自 特別蓄意而可釋放内壓，又使用者無需 行對鎖定構件之操作，亦可防止飲卩使未進 依此，可防止使料讓使用者對必要之；而:出。 開關閥之構造或材質並益特殊^厭須。 述開關闊可具有間體，且該間體可之，前 料所構成，又，二::::::二 變形，轉變成前述開啟狀態，並藉由利用作的弹性 1態。依據該態樣，即使未藉由複數零件來構成開:閉 :::::材:所構成_之彈性變形二 、關閉狀_’因此，可㈣地肖m零件數。 於該態樣中，前述閥體可使劃分前述容 同時可接受前述押，作之筒； 迷押二=\ 縫係朝與前 通。此二方向相同之方向延伸’並朝板厚方向貫 、在未對閥體施加外力之狀態下，狹噠合關„ =作—體之保==押 變开I，独則板部t隨著該押入操作而變形。藉由該板部之 y 縫之兩端間距離會縮短，因此，狹縫合4 „ 4BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a beverage container with a straw provided with a straw for inhaling a beverage. K. Background of the Invention It has heretofore been known that a drink container with a straw attached to a child or the like is conceived. A straw cap is provided in the beverage container, and the straw cap can conceal the straw in a bent state to close the straw exposed to the outside when not in use. If the straw cap is opened during use, the occlusion of the straw can be released, so that the user can use the straw to drink the beverage that has been filled into the container. However, when a hot beverage having a temperature higher than that of hot water in the outside atmosphere is placed in a container, the internal pressure of the closed container is increased. Therefore, if the straw cap is opened, the beverage is ejected from the straw which is released from the closure simultaneously with the opening. The situation. Therefore, an on-off valve for releasing the internal pressure to the outside is generally provided in the beverage container with the straw. For example, a beverage container with a straw attached to such an on-off valve is known as a beverage container in which a locking member that holds the straw cap in a closed state and an on-off valve that has been disposed in the air hole of the container. When the valve system is integrated and the lock of the suction cap is released by the operation of the lock member, the air hole is opened by the valve body, whereby the internal pressure can be released (Patent Document 1). [Patent Document 1] [Patent Document 1] Japanese Laid-Open Patent Publication No. 2002-321741 A SUMMARY OF THE INVENTION SUMMARY OF THE INVENTION Problem to be Solved by the Invention Patent Document 1 can be locked by releasing the lock of the straw cap. The operation of the member releases the internal pressure, however, once the open air hole is to be closed, the locking member must be operated again with the suction cap open. That is, after the straw cap is opened to constitute a drinkable beverage, the user is forced to perform the operation of closing the air hole by the locking member, and therefore, the operation of the locking member becomes annoying to the user. Further, when the user forgets the operation of the jaw member which should be performed after opening the straw cap, since the air hole is still opened, there is a possibility that the beverage leaks from the air hole, for example, when the beverage container is used obliquely. Further, in the beverage container of Patent Document i, after the internal pressure is released by the release of the straw cap, the air hole can be closed by operating the locking member again in a state in which the straw cover is opened. However, in the summer, the outside air temperature is high. In the case of the case, if the air hole is closed and the f is opened when the straw cover is opened, there will be a case where the air is mixed and the air leaks from the straw. To avoid such a problem, the beverage of Patent Document 1 In the case of the container, it is necessary to ride (4) the air hole (4) in the state in which the straw cover is opened (4). Further, when the straw cover is closed and the use of the straw cover is to be stopped, the locking member must be finely fabricated to perform the operation of the air hole. Accordingly, when the beverage container of Patent Document 1 is used without leaking the beverage from 201114655, there is a problem that the operation of the locking member becomes annoying to the user. Accordingly, it is an object of the present invention to provide a beverage container with a straw that prevents the user from being bored with the operation. Means for Solving the Problem A beverage container according to a first aspect of the present invention, comprising: a container body having an opening; and a suction pipe joint installed in the container body to block the opening; The straw for inhaling the beverage in the container body is attached to the straw joint, and further includes: a straw cover in a state in which the closed position of the straw is hidden and the open position in which the straw is exposed is operated. Mounted in the straw connector; the locking member is operative between the locking position of the straw cap locked in the closed position and the releasing position for releasing the locking; the opening and closing valve can lock the closed state inside and outside the container body. And changing the state between the open state of the inside and outside of the container, and changing from the closed state to the open state by accepting a predetermined operation, and returning to the closed state from the open state by releasing the predetermined operation; and Transmitting the member, conveying the locking member from the locked position toward the release position Of action, as the predetermined operation of the switching valve, and is located in the sipper cap away from the opening state of the switching position of the valve to release a predetermined operator on the front of said switching valve. According to the beverage container, the on-off valve is changed from the closed state to the open state by the action of the locking member from the locking position to the release position, and the predetermined operation is released in a state where the suction tube cover is in the open position, and therefore, the on-off valve 201114655 is restored. Into the state. Therefore, by locking the straw cover::: putting the internal pressure, and at the same time, after opening the suction pipe cover, the opening and closing valve can release the internal pressure from the special deliberate, and the user does not need to operate the locking member, and can also prevent Drinking cockroaches so that they do not enter this way, can prevent the material from making the user necessary; and: out. The construction or material of the on-off valve is beneficial to the special. The switch width may have an inter-body, and the inter-body may be formed by a pre-form, and the second:::::: two deformations are converted into the aforementioned open state, and the elastic state is utilized by the use. According to this aspect, even if the plural parts are not formed by the opening:::::: material: the elastic deformation of the constituent _, the closed state _', therefore, the number of parts can be (4). In this aspect, the valve body can be divided into the above-mentioned capacity and can be accepted as the cylinder; the camouflage two =\ slits are forwarded to the front. The two directions extend in the same direction and penetrate in the direction of the thickness of the plate, and in a state where no external force is applied to the valve body, the narrow fit is closed „=the body is guaranteed==the yaw is opened I, and the plate portion t is The pushing operation is deformed. The distance between the ends of the y-slit of the plate portion is shortened, so the slit is 4 „ 4
自關閉狀態轉變成開啟狀態。在解除此種C 201114655 體之彈性變形會消除，且板部⑽持部兩者會回到原本的 狀態’因此’狹縫會關閉，且可恢復成關閉狀態。 二：之形狀為任意’舉例言之，前述板部可形成為 朝別述谷益本體之内部側凸出之曲面狀。此時，在以板部 為分界而產生容器本體内部側之壓力高於大氣壓之壓力差 時，朝使狹縫密接之方向使板部變形的力會作用於閱體。 故’在產生内壓高於大氣壓之壓力差時，會阻止自容器本 體内朝外之方向的流體之通過，因此，若閥體保持在關閉 狀態，則可確實地防止飲料自容n本體朝外料出。另— 方面，在以板部為分界而產生容器本體内部側之壓力低於 大氟壓之壓力差時，即，在内壓構成負壓時，朝打開狹縫 之方向使板部變形的力會作用於閥體。故，在產生内壓低 於大氣壓力之壓力差時，可容許自容器本體外朝内之方向 的流體之通過，因此，在容器本體内之飲料量隨著利用吸 管的飲料吸入而減少之過程中，雖然有時内壓會構成負 壓’然而，此時’若該負壓之大小大於打開狹縫之限度， 則外部大氣亦會透過閥體而取入容器本體内。故，由於不 會對使用吸管來吸入飲料的使用者要求極大之吸力，因此 可減輕使用者之負擔。 在具有由彈性材料所構成的閥體時，前述吸管可具有 藉由與前述閥體相同之材料所構成的吸口部，且前述吸口 部與前述閥體一體化。此時，在關閉吸管蓋時，吸口部可 輕易地彈性變形，又，由於該吸口部與閥體一體化，因此 可削減零件數。 201114655 於本發明之第1飲料容器之一態樣中，前述吸管蓋可透 過支持軸而安裝於前述吸管接頭且可自由旋轉，藉此，可 於前述關閉位置與前述開啟位置間動作，前述鎖定構件係 於可在前述鎖定位置與前述解除位置間動作之狀態下設置 於前述吸管蓋，且前述傳達構件係於可與前述鎖定構件一 體移動之狀態下設置於前述鎖定構件。依據該態樣，在使 鎖定構件自鎖定位置朝解除位置動作後，使吸管蓋自關閉 位置朝開啟位置動作，藉此，鎖定構件與傳達構件係與吸 管蓋一同地朝遠離吸管接頭之方向動作。故，即使未設置 特殊之裝置以使傳達構件離開開關閥，藉由利用吸管蓋自 關閉位置朝開啟位置之動作，亦可輕易地使傳達構件離開 開關閥。 本發明之第2附有吸管之飲料容器包含有：容器本體， 係具有開口部者；及吸管接頭，係作成堵塞前述開口部而 裝設於前述容器本體者；用以吸入前述容器本體内之飲料 的吸管係裝設於前述吸管接頭，又，更包含有：吸管蓋， 係於可在隱藏前述吸管之關閉位置與使前述吸管露出之開 啟位置間動作的狀態下安裝於前述吸管接頭者；開關閥， 係具有閥體，且該閥體可於進行押入操作時彈性變形，並 由彈性材料所構成，又，前述閥體係藉由利用前述押入操 作的彈性變形，自閉鎖前述容器本體内外之關閉狀態轉變 成連通前述容器本體内外之開啟狀態，並藉由利用前述押 入操作之解除的彈性變形之消除，自前述開啟狀態恢復成 前述關閉狀態者；卡合部，係作成與前述閥體鄰接而設置 201114655 於=吸管接頭或前述吸管蓋者；及操作構件，係可於第【 態間位移，且前述第1狀態係於前述吸管蓋位 位置之狀態τ卡合於前述卡合部，藉此，可對 二=，亍前述押入操作，前述第2狀態係於前述吸管蓋 蓋接觸，並解除===動作之過程中與前述吸管 押入操作者一合部之卡合’藉此，可解除前述 此，即使未，由於閥體係由彈性材料所構成，因 彈性變形而來構成開關閥，亦可利 減零件數。又，與關閉狀態，因此，可輕易地削 狀態下，藉由使操作益’在吸管蓋為開啟位置之 件於閥體施加押入操 5於卡合部，而可藉由操作構 閥體就會維持在開啟’ρ、要操作構件卡合於卡合部， 態下外部氣溫上升時，L，此，即使在打開吸管蓋之狀 常時釋放内壓，因此，y可藉由連通容器本體之内外而於 在使吸管蓋自開啟1^防止飲料經由吸管而漏出。又’ 過程中會解除操作2關閉位置動作時，由於在其動作 押入操作，因此1體會:::之卡合’並解除對閥體之 確實地防止吸您T目動地恢復成關閉狀態。故，可 因此，即便使用:並:體還是開啟狀態下構成關閉位置， 防止飲料於搬運時等2特別蓄意，只要關閉吸管蓋，即可 用者的操作機會比以往由間體而漏出。依此，由於要求使 感到厭煩。 乂，因此可防止讓使用者對操作 201114655 —操作構件之構造或材質並無特殊之限制，舉例言之， 削述标作構件可藉由與前述閥體相同之材料來構成，且前 ::體與前述操作構件一體化。此時，由於可輕易地藉由 單之加工升/成閥體與操作構件，並有助於削減零件數， 因此可減輕組裝 工時。 4發月之第2飲料容器之—態樣中，朝容器本體之上 作2且作成使用者可輕心起的突出部可形成於前述操 =:二前!操作構件係藉由前述突出部之拉起而撞上 I，於」’ 述操作構件係卡合於前述卡合部， 過浐中=及^蓋自刚述開啟位置朝前述關閉位置動作之 :中’則述突出部係與前述吸管蓋接觸而壓下，藉此， 了使操作構件卡A於卡2卩之卡合。依據該態樣，為 出部係同時地具用以者可輕易拉起的突 機能之構、=因此，相較於分別準備此種可實現各 之構k者，可有助於削減零件數。 =本發明之第2飲料容器之—態 刀則述容器本_外之― 以閥體了使劃 受前述押人操作之肢保持部板部周圍同時可接 狹縫，該狹縫係朝與前述押 核部形成 延伸，並朝板厚方向貫通。此時作方向相同之方向 狀態下，狹縫會關 ’ S閥體施加外力之 對閥體之保持部進上=作閱= 维持在關閉狀態。若 而變形。藉由該板部之_ 4會隨相押入操作 •"鏠之兩端間距離會縮短， 10 201114655 因此，狹缝會打開，並自關閉狀態轉變成開啟狀態。在解 除此種押入操作時，閥體之彈性變形會消除，且板部及保 持部兩者會回到原本的狀態，因此，狹缝會關閉，且可恢 復成關閉狀態。 圖式簡單說明 第1圖係切斷顯示有關本發明一形態之附有吸管之飲 料容器的局部側截面圖。 第2圖係第1圖所示之飲料容器之平面圖。 第3A圖係放大顯示自上方觀看開關閥之閥體的狀態說 明圖，且為顯示其關閉狀態圖。 第3B圖係放大顯示自上方觀看開關閥之閥體的狀態說 明圖，且為顯示其開啟狀態圖。 第4 A圖係顯示開始對鎖定構件之操作後到解除鎖定構 件與約束部之咬合期間的狀態圖，且為該狀態之平面圖。 第4 B圖係顯示開始對鎖定構件之操作後到解除鎖定構 件與約束部之咬合期間的狀態圖，且為該狀態之側截面圖。 第5A圖係顯示業已解除鎖定構件與約束部之咬合的狀 態圖，且為該狀態之平面圖。 第5B圖係顯示業已解除鎖定構件與約束部之咬合的狀 態圖，且為該狀態之側截面圖。 第6圖係顯示吸管蓋打開至開啟位置側之狀態的側截 面圖。 第7圖係顯示藉由開啟狀態保持機構解除開關閥於開 啟狀態之保持的狀態之局部側截面圖。 201114655 第8圖係顯示 啟狀態的狀態之局;::：態保持機構糊 第9圖係顯示吸技—田 置後的狀態之局部侧第8圖所示之狀態操作至關閉位 第W圖係以模式' 第11圖係以模式/ ‘、、變形例之說明圖。 第12圖係以楔變形例^明圖。 、 式顯示第3變形例之說明圖。 .第14圖係示第4變形例之說明圖。 【ii1關閥之其他形態之說明圖。 【實施方式】 用以實施發明之形熊 第1圖係切斷^g _ + a T有關本發明—形態之附有吸管之飲 料合β的局部觸 平面圖。㈣圖係第1圖所示之飲料容器之 飲料容n⑽H 附有吸f之飲料容器（以下稱作 飲料者；及吸管ί頭Γ本體2，係具有開口部減可保持 係作成堵塞開口部2a而裝設於容器 太W一， 使用者能輕易地拿住飲料容器卜於容器 =二成預定形狀之手祕於容器本體2之上部外 周部ax置外螺纹4 , n 办八 > 人 '、且於吸管接頭3之内周部設置與該外螺 、次=的内物。藉由於使各物、螺請互地咬合 ’:進谷器本體2 ’吸管接頭3可褒設於容器本體2。 於及&接頭3裝設有料6，該吸管6制以吸人業已裝入容 / 奴料吸官6係藉由相互地連結吸口部7與本體 12 201114655 部8而構成，且前述吸口部7具有可撓性，並可由使用者銜 住，前述本體部8則裝入容器本體2内。吸口部7與本體部8 係相互地藉由不同種類之材料來構成，吸口部7係藉由容易 彈性變形之聚矽氧樹脂來構成，與其連結的本體部8則藉由 塑膠來構成。 於可在隱藏吸管6之關閉位置（參照第1圖）與使吸管6露 出之開啟位置（參照第7圖）間動作的狀態下，吸管蓋9係安穿 於吸管接頭3。吸管蓋9係透過支持軸10而安裝於吸管接頭3 且可自由旋轉，藉此，可於關閉位置與開啟位置間動作。 於吸營蓋9設置有突起部11，該突起部丨丨係用以堵住在關閉 位置中呈彎折狀態的吸管6而使其閉塞又該突起部11會 朝飲料谷器1之下方突出，以於吸管蓋9位於關閉位置時可 堵住吸管6。 為了作成可於關閉位置鎖定吸管蓋9，於飲料容器 置有鎖定機構15。鎖定機構15包含有：鎖定構件16，係於 可在鎖定位置（第1、2圖）與解除位置（第5A、5B圖）間動作之 狀態下安裝於吸管19’且前述鎖定位置係於關閉位置鎖定 吸s蓋9 ’别述解除位置係解除其鎖定者；約束部17，係於 -亥鎖疋構件16位於鎖定位置時，使鎖定構件16與吸管接頭3 咬合者（第2圖）；及回動彈簧18，係朝鎖定位置側賦予鎖定 構件16勢能者。 鎖定構件16可從鎖定位置至解除位置朝水平方向（朝 第1圖之左右方向)滑動。鎖定構件係自形成於吸管蓋9上 之開口邛9a局邛路出’且於該露出之部分形成可由使用 13 201114655 者操作的操作部19。約束部17係構成為朝與鎖定構件16之 動作方向相同之方向延伸的溝狀，且該溝之長度係具有以 下長度’即：當鎖定構件16到達解除位置時，可解除鎖定 構件16與吸管接頭3之咬合（參照第5A圖）。回動彈簧18係藉 由聚矽氧樹脂來構成，若鎖定構件16由使用者操作至解除 位置並放開，則藉由回動彈簧18之彈性力，鎖定構件16可 恢復至鎖定位置。 為了作成可將内壓釋放至外部，於飲料容器〖設置有開 關閥2 0，該開關閥2 〇可於閉鎖容器本體2内外之關閉狀態與 連通容器本體2内外之開啟狀態間變更狀態。開關閥2 〇包含 有閥體21 ’且該閥體21係由可彈性變形之彈性材料所構 成。閥體21係於形成於吸管接頭3之貫通孔22以密接狀態裝 設於吸管接頭3，於飲料容器！中，閥體21係藉由屬於與吸 管6之吸口部7相同材料的聚石夕氧樹脂所構成，且構成為與 吸口部7呈-體。飲料容器i係由於吸口部7與閥體21 一體 化’因此可有助於削減零件數。 第3A及3B圖係放大顯示自上方觀看閥體。之狀離說 明圖，分別地，第3八圖係顯示其關閉狀態，第犯圖係顯^ 其開啟狀態。如該等圖中亦顯示，閥體21包含有.板部25， 係劃分容器本體2之内外者；及保持部26，係保持該板= 之周圍且呈筒狀者；於板部2S形成朝板厚方向貫通之狹縫 27°於第3A圖之情形時，由於並未對閥體加外力，因 此，狹縫27係於密接狀態下關閉，故，可維持在關閉狀離。 如第3B圖所示，若朝箭頭記號方向對間體^之保持部麟 14 201114655 灯屬於預疋_作之押人操作，職部25會隨著該押入操作 而彈性*形。狹縫27會朝押入操作之操作方向延伸’因此， 藉由板425之彈性變形，狹縫27之㈣間距離X會比第从 圖之關閉狀態短，故，如圖示，狹縫27會打開，並自關閉 狀心轉在解除該押人操作時，閥體21之彈 Μ形會祕’且板勒及㈣料料會_原本的狀 態，因此，狹縫27會關閉，且可恢復成第3Α圖之關閉狀態。 ，為了聯繫此種對開關閥2〇之開體21的押入操作與前述 鎖定機構15之鎖定構件16的動作，如第1圖所示’於飲料容 器1»又置有傳達構件3〇 ’該傳達構件騎對__傳達鎖 定構件16自駄位置_除位置之動作，作騎開關閥20 之押入#作。傳達構件％係設置成與鎖定構件η呈一體， 即，傳達構件30可與鎖定構件16—體移動。 第4A至6圖係、說明鎖定構件以自第…圖之狀態操作 至解除位置職_管_頂至開啟位置_飲料容❸ 之各P動#第4 A及4 B g[係顯示開始對鎖定構件16之操 後到解除駭構件16與約束和之咬合期_狀態，且第 系該狀態之平面圖，第4_該狀態之側截面圖。第 5A及5關係顯示業已解除鎖定構件_約束部Π之咬合 的狀態，且第5 A圖俜兮业作 ° _係°亥狀態之平面圖，第5Β圖係該狀態之 的側截面圖 側6面圖。第6圖係顯示吸管蓋9打開至開啟位置側之狀態 1及2圖之狀態下， 且閥體21為關閉狀 在未進行對鎖定構㈣之操作的第 傳達構件30㈣_2G(_2i)會分離， 15 201114655 態，又，吸#蓋9係位於關閉位置 器她會WA及^;^自6塞，因此’容 構件16之操作，且計璧 自_態開始鎖定 此，傳達齡， 微朝解除位置側活動，藉 之彈性變形^體21之保持部26，並開始閥體21 並開叶L 件3G開始對_21押入操作， 朝箭料Γ縫27,故，容器本體2内之空氣會經由闊體21 朝前f向開始流動，並_減少飲料容器丨之内壓。 位置，：二第认㈣圖所示’若鎖定構件16動作至解除 管蓋9之1 ^構件16與約切17之咬合，並解除吸 - +地4 &。與此时進行’ _2_由傳達構件30進 乂也押入，且閥體21之變形構成最大之結果，狹縫以 二=亦會構成最大’藉此’於吸管6閉鎖之狀態下，飲 定：之内壓會完全地釋放。如第5A及5B圖所示，將鎖 冓件維持在解除位置之期間會解開吸管蓋9之約束’因 此，可使吸管蓋9自關閉位置朝開啟位置側動作。 口^第6圖所示’隨著吸管蓋9朝開啟位置側之動作，與 吸管蓋9-同移動的傳達構件3G會離開閥體2ι，因此，可解 除利用傳達構件30對閥體2i所進行的押人操作。藉由該押 入操作之解除’ _21之彈性變形會消除，並回到原本的 狀態（參照第Μ圖），且閥體21會自動地恢復成關閉狀態。 又，藉由吸管蓋9朝開啟位置側之動作，解除利用吸管蓋9 的吸管6之閉塞，且吸管6之吸口部7會構成筆直延伸之狀 態’並可使用吸管6。 依此，若藉由飲料容器1，則使用者在解除吸管蓋9之 16 201114655 鎖定後朝開啟位置側打開吸管蓋9之過程中可確實地釋放 内t X ’在打開吸管蓋9而構成可使用吸管6之階段中， 開關閥20會自動地恢復成關閉狀態，因此，使用者無須蓄 心地對開關閥20進仃特別之操作，且可防止使用時飲料自 開關閥2G漏出’故，可防止使用時讓使用者對必要之操作 感」：煩X飲料谷器1係由於傳達構件30在可與設置於 11 s蓋9的鎖疋構件16_體移動之狀態下設置於鎖定構件 ®此即使未&置特殊之裝置以使正在對閥體21進行 押^喿作的傳達構件3G離開開關㈣(閥體21)，藉由利用吸 —自關閉位置朝開啟位置之動作，亦可輕易地使傳達構 件30離開開關閥20。 藉由複數零件來構成時不同，飲料容器^之開關闊 ° /用由彈性材料所構成的單—問體21之彈性變形而變更 開啟狀態與關閉狀態，因此，可輕易地削減零件數。此外， 開關閥2 0亦具有以下所說明的進—步之特徵。 如第1及6圖等中所示’開_2G係形成為其閥體歡 板部25朝容器本體2之内部側凸出之曲面狀，更具體而言為 求面狀’因此，在以板部25為分界而產生容器本體2内部側 之壓力高於大氣壓之壓力差時’朝使狹縫27密接之方向使 板部25變形的力會作用於閥體21。故，在產生此種壓力差 夺a P且止自容器本體2内朝外之方向的流體之通過，因 此，若閥體21保持在關閉狀態，則可確實地防止飲料自容 器本體2朝外部漏出。另-方面，在以板部25為分界而產生 容器本體2内部側之壓力低於大氣壓之壓力差時，即，在内 17 201114655 壓構成負壓時，朝打開狹縫27之方向使板部25變形的力會 作用於閥體21。故，在產生此種壓力差時，可容許自容器 本體2外朝内之方向的流體之通過，因此，在容器本體2内 之飲料量隨著利用吸管6的飲料吸入而減少之過程中，雖然 有時内壓會構成負壓，然而’此時’若該負壓之大小大於 打開狹縫27之限度，則外部大氣亦會透過閥體21而取入容 器本體2内。故，由於不會對使用吸管6來吸入飲料的使用 者要求極大之吸力’因此可減輕使用者之負擔。 為了防止飲料在夏季專外部氣溫南之狀況下自吸管6 漏出，於飲料容器1設置有開啟狀態保持機構40,該開啟狀 態保持機構40係於吸管蓋9位於開啟位置之狀態下，使開關 閥20保持在開啟狀態。第7至9圖係用以說明開啟狀雜保持 機構40之機能的說明圖，第7圖係顯示藉由開啟狀態保持機 構40解除開關閥20於開啟狀態之保持的狀態之局部側截面 圖，第8圖係顯示藉由開啟狀態保持機構4〇保持開關閥加之 開啟狀態的狀態之局部側截面圖，第9圖係顯示吸管蓋9自 第8圖所*之狀態操作至關位置後的狀§之局部峨面圖。 如第7圖所示，關閉狀態保持機構4〇包含有：卡合部 4卜係設置於吸管接頭3者；及操作構件42，係可藉由朝該 卡合部41之卡合及其解除’摊對之押人操作的實 施及其解除者。卡合利係設置成與_21鄰接，並構成 為朝接近閥體21側突出。操作構件42係作成朝與卡合部41 相對向之方向突出’並固定於保持獅之外周。操作構件 42係藉由與閥體21_之彈性材料來構成，且設置成與間 201114655 體21呈-體。由於閥體21與操作構件42—體化，因此，可 t易4藉由單—之加工形成該等閥體η與操作構件μ，並 有助於削減零件數，因此可減輕㈣工時。又，於操作構 件鄉成朝容器本體2上方突出且可與吸管蓋9抵接並作為 突出部之抵接部42a。 在吸管蓋9位於開啟位置之狀態下，若使用者將筒狀保 持部26於第7圖中的上方左端部朝同圖之左方移動，則藉由 其弹性’操作構件42會朝上方舉起，Μ作構件42係撞上 卡合部4!，藉此，卡合於卡合部41⑽圖）。由於操作構件 42之基端部制定於保持部26之外周，因此，若操作構件 42朝上方舉起，則保持部歸變形而傾斜。即，操作構件 42係卡合於卡合部4卜藉此，對_21施加押人操作，並 __作18圖之狀態係相當於有關本發明之第1 態。如自第謝可明白，該押人操㈣與前述侧專達構 件_操作呈逆向地施加，“，即使藉㈣㈣作^ 42的押入細作，狹縫27亦會朝該操作方向延伸因此，盘 第3關所示之情形相同，狹縫27會打開，且閥體叫成 開啟狀態。只要操作構件42卡合於卡合部41，閥體21就: 維持在開啟狀態，因此，即輪了開”蓋9之狀態下^ 氣溫上升時’亦可藉由連通容器本體2之内外而於常^ 内壓’因此，可防止飲料經由吸管“漏出。 若於閥體還維持在開啟狀態下將吸管蓋9自開 置朝關閉位置動作，則如第9圖所示，形成於操作構件 抵接部仏係與吸管蓋9接觸，且操作構件42會朝下方厂 19 201114655 下。藉此，由於會解除操作構件42與卡合部41之卡合，因 此可解除利用操作構件42的押入操作。第9圖之狀態係相當 於有關本發明之第2狀態。藉由押入操作之解除，閥體以之 彈性變形會消除，且閥體21會回到原本的狀態，因此，閥 體21係自開啟狀態恢復成關閉狀態，且飲料容器丨會密封。 即，可確實地防止吸管蓋9在閥體21還是·狀態下構成關 閉位置。 由於飲料容器1係具有開啟狀態保持機構4〇，因此，在 將閥體21作成開啟狀態後，即便使用者並未特別蓄意，只 要關閉吸管蓋9，即可防止飲料於搬運時等經由閥體21而漏 出。依此，於飲料容H1巾，由於要求使用者的操作機會比 以往減少，因此可防止讓使用者對操作感到厭煩。另，開 啟狀態保持機構40之卡合部41係設置於吸管接頭3，然而， 亦可將該卡合部41設置於吸管蓋9。即，若將卡合部41設置 於吸管蓋9而構成與第7圖之位置相同之位置，則於操作構 件42撞上該卡合部41之狀態下，吸管蓋9係朝關閉位置側動 作，藉此，卡合部41會朝下方旋轉移動，故，可解除操作 構件42與卡合部41之卡合。 本發明並不限於前述形態，於本發明要旨之範圍内可 藉由各種形態來實施。前述鎖定構件16係設置於吸管蓋9， 且其動作係呈直線滑動，又，傳達構件30係設置成可與鎖 定構件16—體移動，然而，在實施本發明之飲料容器時， 可任意地變更鎖定構件之設置場所、動作形態或傳達構件 之構造等，舉例言之，可藉由第1〇至14圖所示之第丨變形例 20 201114655 =第1變形例來實施本發明。另，於以下各變形例之說明 η機::要t有特殊之原因，具有與第1至9圖所示之形態相 之構造係於圖式附上相同之參照符號而省略說明。 _第10圖係以模式方式顯示第1變形例之說明圖。如圖 不’於有關第1變形例之飲料容器1A設置有用以鎖定吸管蓋 9A之鎖定機構ι5Α ’且_貞定機構ΙΑ包含有鎖定構件 坤乂鎖疋構件16A係於可在圖示之鎖定位置與解除位置 月動動作之狀態下安裝於吸管接頭Μ。鎖定機構1从包 2 :約束部17Α，係於鎖定構件似位於鎖定位置時使 鎖疋構件16Α與吸管蓋从咬合者；及回動彈簧I.係朝鎖 定位置側賦予鎖定構件16Α勢能者。於骸構件⑽一體地 設置有構成為朝其下方突出之傳達構件，因此，飲料容The self-closing state is changed to the on state. When the elastic deformation of the C 201114655 body is released, the deformation of the body of the plate portion (10) is returned to the original state. Therefore, the slit is closed and can be restored to the closed state. Second, the shape is arbitrary. In the example, the plate portion may be formed in a curved shape which is convex toward the inner side of the other body. At this time, when the pressure at the inner side of the container body is higher than the atmospheric pressure by the plate portion as a boundary, the force for deforming the plate portion in the direction in which the slit is in close contact acts on the reading body. Therefore, when the pressure difference between the internal pressure and the atmospheric pressure is generated, the passage of the fluid from the outward direction of the container body is prevented, so that if the valve body is kept in the closed state, the beverage can be reliably prevented from being self-contained toward the body. Out of stock. On the other hand, when the pressure at the inner side of the container body is lower than the pressure difference of the large fluorine pressure by the plate portion as a boundary, that is, when the internal pressure constitutes a negative pressure, the force for deforming the plate portion in the direction of opening the slit Will act on the valve body. Therefore, when a pressure difference of the internal pressure lower than the atmospheric pressure is generated, the passage of the fluid in the direction from the outside of the container to the inside of the container can be allowed, and therefore, the amount of the beverage in the container body is reduced in accordance with the inhalation of the beverage using the straw. Although the internal pressure sometimes constitutes a negative pressure 'however, at this time', if the magnitude of the negative pressure is greater than the limit of the opening slit, the external atmosphere is also taken into the container body through the valve body. Therefore, since the user who uses the straw to inhale the beverage is not required to exert a great suction force, the burden on the user can be reduced. In the case of a valve body composed of an elastic material, the suction pipe may have a mouthpiece formed of the same material as the valve body, and the mouthpiece may be integrated with the valve body. At this time, when the straw cap is closed, the mouthpiece portion can be easily elastically deformed, and since the mouthpiece portion is integrated with the valve body, the number of parts can be reduced. In one aspect of the first beverage container of the present invention, the straw cap can be rotatably attached to the straw joint through a support shaft, thereby being operable between the closed position and the open position, the lock The member is provided on the straw cap in a state in which the lock position is movable between the lock position and the release position, and the communication member is provided in the lock member in a state of being movable integrally with the lock member. According to this aspect, after the locking member is moved from the locking position to the releasing position, the straw cap is moved from the closed position to the open position, whereby the locking member and the conveying member are moved together with the straw cover in a direction away from the suction joint. . Therefore, even if a special device is not provided to move the communication member away from the on-off valve, the communication member can be easily moved away from the on-off valve by the action of the suction cap from the closed position toward the open position. According to a second aspect of the present invention, a beverage container including a straw includes: a container body having an opening; and a straw joint installed in the container body to block the opening; and for sucking into the container body The straw of the beverage is attached to the straw joint, and further includes: a straw cover attached to the straw connector in a state in which the closed position of the straw is hidden and the open position in which the straw is exposed; The on-off valve has a valve body, and the valve body can be elastically deformed during the pushing operation and is composed of an elastic material. Further, the valve system self-latching and locking the inside and outside of the container body by utilizing the elastic deformation of the pushing operation. The closed state is changed to be in an open state in which the inside and outside of the container body are communicated, and is restored to the closed state from the open state by the elimination of the elastic deformation by the release of the pushing operation; the engaging portion is formed adjacent to the valve body And set 201114655 to = straw connector or the aforementioned straw cover; and the operating member, can be in the first position And the state in which the first state is in the position of the straw cover position is engaged with the engaging portion, whereby the second pressing operation can be performed on the second state, and the second state is in contact with the straw cover. And releasing the engagement of the suction pipe into the operator during the operation of the === action, thereby canceling the above, even if the valve system is made of an elastic material, the switch valve is formed by elastic deformation. Can also reduce the number of parts. Moreover, it is in a closed state, and therefore, the operating valve body can be operated by the operation of the valve body by the operation of the member in the open position of the suction tube cover. It will maintain the opening ρ, the operating member is engaged with the engaging portion, and when the outside temperature rises, L, this will release the internal pressure even when the suction cap is opened. Therefore, y can be connected to the container body. Inside and outside, the straw cap is self-opening to prevent leakage of the beverage through the straw. In the process of releasing the operation in the closing position of the operation 2, the operation is performed in the operation, so that the engagement of the ::: is performed, and the valve body is surely prevented from being sucked and returned to the closed state. Therefore, even if the body is used, the closed position is formed in the open state, and the beverage is prevented from being particularly deliberate during transportation. If the straw cover is closed, the user's operation opportunity is leaked from the intermediate body. Accordingly, the request is annoying.乂, therefore, to prevent the user from operating the 201114655 - the structure or material of the operating member is not particularly limited, for example, the cutting of the standard member can be constructed by the same material as the valve body, and before:: The body is integrated with the aforementioned operating member. At this time, the assembly time can be reduced because the valve body and the operating member can be easily processed by a single process and the number of parts can be reduced. In the second beverage container of the fourth month of the month, the protrusion formed on the container body 2 and made light by the user can be formed in the above operation: the front part of the operation member is by the above-mentioned protrusion Pulling up and hitting I, the operating member is engaged with the engaging portion, and the middle and the cover are operated from the open position to the closed position: The straw cap is brought into contact and pressed, whereby the engagement of the operating member card A with the card 2 is achieved. According to this aspect, the structure of the outburst can be easily pulled up at the same time, and therefore, the number of parts can be reduced as compared with the case where each of the configurations can be realized. . = The second state of the second beverage container of the present invention is a container body, and the valve body is provided so that the slit can be attached to the periphery of the limb holding portion of the limb holder. The aforementioned core portion is formed to extend and penetrates in the thickness direction. At this time, in the direction in which the direction is the same, the slit will close the 'S valve body to apply an external force to the holding portion of the valve body. = Reading = Maintaining the closed state. If it is deformed. With the _ 4 of the plate part will follow the phase push operation • " The distance between the ends of the 会 will be shortened, 10 201114655 Therefore, the slit will open and change from the closed state to the open state. When such a pushing operation is removed, the elastic deformation of the valve body is eliminated, and both the plate portion and the holding portion are returned to the original state, so that the slit is closed and can be restored to the closed state. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a partial side sectional view showing a beverage container with a straw attached to an embodiment of the present invention. Figure 2 is a plan view of the beverage container shown in Figure 1. Fig. 3A is an enlarged view showing a state of the valve body of the on-off valve viewed from above, and is a view showing a closed state thereof. Fig. 3B is an enlarged view showing a state of the valve body of the on-off valve viewed from above, and is a view showing an open state thereof. Fig. 4A is a view showing a state during the start of the operation of the lock member to the engagement of the unlocking member and the restraining portion, and is a plan view of the state. Fig. 4B is a view showing a state during the start of the operation of the lock member to the engagement of the unlocking member and the restraining portion, and is a side sectional view of the state. Fig. 5A is a view showing a state in which the engagement member has been released from the restraining portion, and is a plan view of the state. Fig. 5B is a view showing a state in which the unlocking member and the restraining portion are engaged, and is a side sectional view of the state. Fig. 6 is a side cross-sectional view showing a state in which the straw cap is opened to the open position side. Fig. 7 is a partial side sectional view showing a state in which the opening and closing mechanism is released in the open state by the open state holding mechanism. 201114655 Fig. 8 shows the state of the state of the start state;::: state maintains the mechanism paste. Figure 9 shows the state of the suction side - the state of the field after the field is set to the state shown in Fig. 8 to the closed position. The mode 'Fig. 11 is a diagram of the mode / ', and the modification. Fig. 12 is a diagram showing a wedge deformation example. An explanatory diagram of a third modification is shown. Fig. 14 is an explanatory view showing a fourth modification. [ii1 Description of other forms of closing the valve. [Embodiment] The bear used to carry out the invention Fig. 1 is a partial contact plan view of the drink of the present invention with respect to the present invention. (4) The beverage capacity n(10)H of the beverage container shown in Fig. 1 is attached to the beverage container (hereinafter referred to as the drinker; and the suction pipe Γ head body 2) having the opening portion and the retaining system as the clogging opening portion 2a. And installed in the container too W, the user can easily hold the beverage container in the container = 20% of the predetermined shape of the hand secret on the outer part of the upper part of the container body 2 ax external thread 4, n do eight > people' And the inner portion of the straw joint 3 is provided with the outer snail and the inner body of the second snail. The object and the screw are engaged with each other': the hopper body 2' the suction pipe joint 3 can be disposed on the container body 2. The <> joint 3 is provided with a material 6 which is constructed by injecting a load/slave suction unit 6 by mutually connecting the mouthpiece portion 7 and the body 12 201114655 portion 8, and the aforementioned The mouthpiece portion 7 is flexible and can be held by a user, and the body portion 8 is housed in the container body 2. The mouthpiece portion 7 and the body portion 8 are mutually formed of different kinds of materials, and the mouthpiece portion 7 is formed. The body portion 8 connected thereto is constituted by a polyoxygen resin which is easily elastically deformed. The straw cap 9 is placed in the straw joint 3 in a state in which the closed position of the hidden straw 6 (see Fig. 1) and the open position (see Fig. 7) for exposing the straw 6 are operated. The straw cover 9 is attached to the straw joint 3 through the support shaft 10 and is rotatable, thereby being movable between a closed position and an open position. The suction cover 9 is provided with a projection 11 which is used for the projection The straw 6 is blocked by blocking the straw 6 in a closed position, and the projection 11 protrudes downwardly of the beverage bowl 1 so that the straw 6 can be blocked when the straw cover 9 is in the closed position. The straw cover 9 can be locked in the closed position, and the lock mechanism 15 is disposed in the beverage container. The lock mechanism 15 includes a locking member 16 that is slidable in the locked position (Figs. 1 and 2) and the released position (Fig. 5A, 5B). In the state of the operation, the suction pipe 19' is attached to the suction pipe 19' and the lock position is locked to the closed position. The suction sliding cover 9' is released from the release position. The restraining portion 17 is located at the locking position. When the locking member 16 is made and sucked The joint 3 occupant (Fig. 2); and the return spring 18 imparts potential to the lock member 16 toward the lock position side. The lock member 16 is horizontally movable from the lock position to the release position (toward the left and right directions of Fig. 1) The locking member is formed from the opening a 9a formed on the straw cover 9 and forms an operating portion 19 that can be operated by the person using 13 201114655. The restraining portion 17 is configured to face the locking member 16 The groove has a groove shape extending in the same direction, and the length of the groove has the following length 'that is, when the lock member 16 reaches the release position, the engagement between the lock member 16 and the pipette joint 3 can be released (see FIG. 5A). The return spring 18 is constructed of polyoxyn resin. If the locking member 16 is operated by the user to the release position and released, the locking member 16 can be restored to the locked position by the elastic force of the return spring 18. In order to make it possible to release the internal pressure to the outside, the beverage container is provided with a switch valve 20, which can be changed between the closed state inside and outside the closed container body 2 and the open state inside and outside the container body 2. The on-off valve 2 〇 includes a valve body 21 ' and the valve body 21 is made of an elastically deformable elastic material. The valve body 21 is attached to the suction pipe joint 3 in a close contact with the through hole 22 formed in the suction pipe joint 3, and is in the beverage container! The valve body 21 is composed of a polyoxin resin which is the same material as the mouthpiece portion 7 of the straw 6, and is configured to be a body with the mouthpiece portion 7. The beverage container i is integrated by the mouthpiece portion 7 and the valve body 21, so that the number of parts can be reduced. Figures 3A and 3B show an enlarged view of the valve body from above. The figure is shown in the figure, respectively, and the third figure shows the closed state, and the first line of the picture shows its open state. As shown in the figures, the valve body 21 includes a plate portion 25 for dividing the inside and the outside of the container body 2, and a holding portion 26 for holding the periphery of the plate = and having a cylindrical shape; the plate portion 2S is formed. When the slit 27 is formed in the thickness direction of the plate in the case of FIG. 3A, since the external force is not applied to the valve body, the slit 27 is closed in the close contact state, so that the slit can be maintained in the closed state. As shown in Fig. 3B, if the lamp is in the direction of the arrow mark, the body portion 25 will be elastically shaped with the push operation. The slit 27 will extend in the direction of operation of the pushing operation. Therefore, by the elastic deformation of the plate 425, the distance X between the slits of the slit 27 will be shorter than the closed state of the second drawing, so as shown, the slit 27 will be Open, and self-closing the heart to turn the release of the detainee operation, the body 21 of the valve body will be secreted 'and the board and (4) material will be _ the original state, therefore, the slit 27 will be closed, and can be restored In the closed state of the third map. In order to contact the push operation of the opening 21 of the on-off valve 2, and the action of the lock member 16 of the lock mechanism 15, as shown in Fig. 1, 'the beverage container 1» is provided with a communication member 3' The communication member riding pair __ conveys the locking member 16 from the 駄 position _ except the position action, and makes the riding switch valve 20 push #. The communication member % is disposed integrally with the locking member η, that is, the communication member 30 can be moved integrally with the locking member 16. 4A to 6 are diagrams showing that the locking member is operated from the state of the figure to the position of the release position_tube_top to the open position_Beverages of the beverages #4 A and 4 B g After the operation of the locking member 16 to the release of the occlusion member 16 and the constraint occlusion period _ state, and the plan view of the state of the system, the fourth side view of the state. The relationship between the 5th and 5th shows that the occlusal state of the restraining member _ the restraint portion , has been released, and the fifth A diagram is a plan view of the state of the state, and the fifth section is the side section of the state. Surface map. Fig. 6 is a view showing a state in which the pipette cover 9 is opened to the open position side in the state of Figs. 1 and 2, and the valve body 21 is closed, and the communication member 30(4)_2G(_2i) which is not operated on the lock mechanism (4) is separated, 15 201114655 State, again, suction #盖9系在位置位置器, she will WA and ^; ^ from 6 plug, so 'capacity member 16 operation, and count from the _ state to lock this, convey the age, slightly toward lifting The position side is moved, and the retaining portion 26 of the elastic body 21 is elastically deformed, and the valve body 21 is started, and the open leaf L piece 3G starts the _21 pushing operation, and the quilting 27 is made toward the arrow material, so the air in the container body 2 will The flow begins to flow toward the front f through the wide body 21, and _ reduces the internal pressure of the beverage container. Position, as shown in Fig. 4, if the locking member 16 is actuated to release the 1 of the tube cover 9 and the engagement of the member 16 with the cut 17 and release the suction - + ground 4 & At this time, '_2_ is also pushed in by the communication member 30, and the deformation of the valve body 21 constitutes the largest result, and the slit is made up of two = also constitutes the maximum 'by this' in the state in which the straw 6 is locked. : The pressure inside will be completely released. As shown in Figs. 5A and 5B, the restriction of the straw cap 9 is released while the lock member is maintained at the release position. Therefore, the straw cover 9 can be moved from the closed position toward the open position side. The mouthpiece 6 shows that the transmission member 3G that moves with the straw cover 9 moves away from the valve body 21 as the straw cap 9 moves toward the open position side. Therefore, the use of the communication member 30 to the valve body 2i can be released. The beneficiary operation carried out. The elastic deformation by the release of the plucking operation _21 is eliminated, and returns to the original state (refer to the second drawing), and the valve body 21 is automatically restored to the closed state. Further, by the operation of the straw cap 9 toward the opening position side, the closing of the straw 6 by the straw lid 9 is released, and the mouthpiece portion 7 of the straw 6 is formed in a straight state, and the straw 6 can be used. Accordingly, if the beverage container 1 is used, the user can surely release the inner t X ' during the opening of the straw cover 9 toward the open position side after unlocking the straw cover 9 16 201114655, and the user can open the straw cover 9 to form In the stage of using the suction pipe 6, the on-off valve 20 is automatically restored to the closed state. Therefore, the user does not need to worry about the special operation of the on-off valve 20, and can prevent the beverage from leaking out from the on-off valve 2G during use. Preventing the user from feeling the necessary operation when using it": The annoying X beverage barn 1 is provided in the locking member® in a state in which the communication member 30 is movable with the lock member 16_ body provided on the 11 s cover 9 Even if the special device is not disposed so that the communication member 3G that is performing the valve body 21 is moved away from the switch (four) (the valve body 21), it is easy to use the suction-self-closing position toward the open position. The communication member 30 is caused to leave the switching valve 20. When the configuration of the plurality of parts is different, the opening and closing of the beverage container is changed by the elastic deformation of the single-body body 21 made of an elastic material, so that the number of parts can be easily reduced. In addition, the on-off valve 20 also has the features of the steps described below. As shown in FIGS. 1 and 6 and the like, the 'open_2G system is formed in a curved shape in which the valve body portion 25 protrudes toward the inner side of the container body 2, and more specifically, is planar. Therefore, When the plate portion 25 is demarcated and the pressure on the inner side of the container body 2 is higher than the pressure difference of the atmospheric pressure, the force which deforms the plate portion 25 in the direction in which the slit 27 is in close contact acts on the valve body 21. Therefore, when such a pressure difference is generated and the passage of the fluid in the direction from the inside of the container body 2 is stopped, if the valve body 21 is kept in the closed state, the beverage can be surely prevented from the container body 2 toward the outside. leakage. On the other hand, when the pressure difference on the inner side of the container body 2 is lower than the atmospheric pressure by the plate portion 25 as a boundary, that is, when the negative pressure is formed in the inner 17 201114655, the plate portion is opened in the direction of opening the slit 27. The force of 25 deformation acts on the valve body 21. Therefore, when such a pressure difference is generated, the passage of the fluid from the outside toward the inside of the container body 2 can be allowed, and therefore, the amount of the beverage in the container body 2 is reduced in accordance with the inhalation of the beverage by the straw 6. Although the internal pressure may constitute a negative pressure, if the magnitude of the negative pressure is greater than the limit of the opening slit 27, the external atmosphere may also be taken into the container body 2 through the valve body 21. Therefore, since the user who uses the straw 6 to inhale the beverage is not required to have a large suction force, the burden on the user can be alleviated. In order to prevent the beverage from leaking out of the suction pipe 6 in the summer when the outside temperature is south, the beverage container 1 is provided with an open state holding mechanism 40 which is in a state where the straw cover 9 is in the open position, so that the on-off valve is opened. 20 remains on. 7 to 9 are explanatory views for explaining the function of the opening type miscellaneous holding mechanism 40, and Fig. 7 is a partial side sectional view showing the state in which the opening and closing mechanism 20 is released to maintain the opening and closing state of the opening and closing valve 20, Fig. 8 is a partial side sectional view showing a state in which the opening and closing mechanism 4 is kept open by the opening state holding mechanism 4, and Fig. 9 is a view showing a state in which the straw cover 9 is operated from the state of Fig. 8 to the closed position. § Partial map. As shown in Fig. 7, the closed state holding mechanism 4 includes: the engaging portion 4 is disposed on the straw joint 3; and the operating member 42 is engageable and disengageable by the engaging portion 41. The implementation of the apportionment of the apportionment and its release. The snap fit is disposed adjacent to the _21 and is configured to protrude toward the valve body 21 side. The operating member 42 is formed to protrude in a direction opposite to the engaging portion 41 and is fixed to the outer circumference of the holding lion. The operating member 42 is formed of an elastic material with the valve body 21_, and is disposed to be in a body with the body 201114655. Since the valve body 21 and the operating member 42 are integrally formed, the valve body η and the operating member μ can be formed by single machining, and the number of parts can be reduced, thereby reducing (4) man-hours. Further, the operating member is formed as an abutting portion 42a which protrudes above the container body 2 and can abut against the straw cover 9 as a protruding portion. In a state where the straw cap 9 is in the open position, if the user moves the cylindrical holding portion 26 to the left of the same figure in the upper left end portion of Fig. 7, the elastic 'operation member 42 is lifted upward by the elastic member The squeezing member 42 hits the engaging portion 4!, thereby engaging the engaging portion 41 (10). Since the base end portion of the operation member 42 is formed on the outer circumference of the holding portion 26, when the operation member 42 is lifted upward, the holding portion is deformed and inclined. That is, the operation member 42 is engaged with the engaging portion 4, whereby the escrow operation is performed on _21, and the state of Fig. 18 corresponds to the first state of the present invention. As can be understood from the Xie, the detainee (4) and the aforementioned side-access member _ operation are applied in reverse, "even if the borrowing of (4) (4) is made, the slit 27 will extend in the direction of operation. The case shown in the third level is the same, the slit 27 is opened, and the valve body is called in an open state. As long as the operating member 42 is engaged with the engaging portion 41, the valve body 21 is maintained in the open state, and therefore, the wheel is turned In the state of "opening the lid 9", when the temperature rises, it can also be pressed by the inside and outside of the container body 2, so that the beverage can be prevented from leaking through the straw. If the valve body is still maintained in the open state, When the straw cap 9 is operated from the open position to the closed position, as shown in Fig. 9, the abutting portion of the operating member is in contact with the straw cover 9, and the operating member 42 is directed downward toward the factory 19 201114655. Since the engagement of the operating member 42 with the engaging portion 41 is released, the pushing operation by the operating member 42 can be released. The state of Fig. 9 corresponds to the second state of the present invention. The valve body is released by the pushing operation. The elastic deformation will be eliminated, and the valve body 21 will In the original state, the valve body 21 is returned from the open state to the closed state, and the beverage container is sealed. That is, the suction cap 9 can be surely prevented from being in the closed position in the state of the valve body 21 or the state. Since the first embodiment has the open state holding mechanism 4A, even if the user does not particularly deliberate after the valve body 21 is opened, the straw cover 9 can be closed, and the beverage can be prevented from leaking through the valve body 21 during transportation or the like. According to this, in the beverage H1 towel, since the operation opportunity of the user is required to be reduced as compared with the past, the user can be prevented from being bored with the operation. Further, the engaging portion 41 of the open state holding mechanism 40 is provided to the suction pipe joint 3 However, the engaging portion 41 may be provided on the straw cover 9. That is, when the engaging portion 41 is provided in the straw cap 9 to be at the same position as that of the seventh drawing, the operating member 42 hits the same. In the state of the engaging portion 41, the straw cover 9 is moved toward the closed position side, whereby the engaging portion 41 is rotationally moved downward, so that the engagement between the operating member 42 and the engaging portion 41 can be released. Unlimited The above-described embodiment can be implemented in various forms within the scope of the gist of the present invention. The locking member 16 is disposed on the straw cover 9 and its movement is linearly sliding, and the communication member 30 is disposed to be compatible with the locking member. 16-body movement, however, when the beverage container of the present invention is implemented, the installation place, the operation form, the structure of the communication member, and the like of the lock member can be arbitrarily changed. For example, as shown in FIGS. Third Modification Example 20 201114655 = The first modification is to implement the present invention. In addition, in the following modifications, the η machine: has a special reason, and has the form shown in FIGS. 1 to 9. The same reference numerals are attached to the drawings, and the description thereof is omitted. The tenth figure shows an explanatory view of the first modification in a mode. As shown in the figure, the beverage container 1A of the first modification is provided with a locking mechanism ι5 有用 for locking the straw cover 9A and the locking mechanism ΙΑ includes a locking member 乂 乂 疋 16 16 16 16 16 16 16 16 16 16 16 Installed in the suction pipe joint 状态 in the state of the position and the release position of the moon movement. The locking mechanism 1 is provided with a locking member 16 from the bag 2: the restraining portion 17 使 when the locking member is located at the locking position, and the locking member 16 Α and the straw cover are engaged from the occlusion; and the return spring I. is biased toward the locking position. The dam member (10) is integrally provided with a communication member that is configured to protrude downward, and therefore, the beverage capacity
器1Α在蚊構件16Α朝箭頭記號方向動作而到達解除位置 時，傳達構件30Α可使開關閥2〇之閥體21彈性變形。又，藉 由使鎖定構件16Α動作至解除位置，可解開吸f蓋从之約 束’因此’可使吸管蓋9A動作至開啟位置側。在吸管蓋9A 位於開啟位置之狀4下，鎖定構件16A係藉由回動彈菁a' 而回到圖不之位置，因此，傳達構件3〇a係離開開關閥汕， 藉此，由於可解除利用傳達構件3〇A對開關閥2〇之閥體U 進仃的押人操作’因此，開關咖可自開啟狀態自動地恢 復成關閉狀態。 第11圖係以模式方式顯示第2變形例之說明圖。如圖 示，於有關第2變形例之飲料容器汨設置有用以鎖定吸管蓋 9B之鎖定機構15B，且該鎖定機構15B包含有鎖定構件 21 201114655 16B，該鎖定構件16B係於可在圖示之鎖定位置與解除位置 間旋轉動作之狀態下安裝於吸管接頭诏。鎖定機構15B包 含有：約束部17B，係於鎖定構件16B位於鎖定位置時使 鎖定構件16B與吸管蓋9B咬合者；及回動彈簧18B，係朝鎖 定位置側賦予鎖定構件16B勢能者。於鎖定構件16B一體地 設置有自其旋轉中心部朝下方延伸之傳達構件3〇B，因此， 飲料容器1B在鎖定構件16B朝箭頭記號方向旋轉而到達解 除位置時，傳達構件3 0 B可使開關閥2 0之閥體2丨彈性變形。 又，藉由使鎖定構件16B動作至解除位置，可解開吸管蓋9B 之約束，因此，可使吸管蓋9B動作至開啟位置側。在吸管 蓋9B位於開啟位置之狀態下，鎖定構件16B係藉由回動彈 簧18B而回到圖示之位置，因此，傳達構件3〇b係離開開關 閥2〇,藉此，由於可解除利用傳達構件3〇B對開關閥汕之閥 體21進行的押入操作，因此，開關閥2〇可自開啟狀態自動 地恢復成關閉狀態。 第12圖係以模式方式顯示第3變形例之說明圖。如圖 示’於有關第3變形例之飲料容器丨c設置有用以鎖定吸管蓋 9C之鎖定機構15C，且該鎖定機構15(：包含有鎖定構件 16C，該鎖定構件16C係於可在圖示之鎖定位置與解除位置 間旋轉動作之狀態下安裝於吸管蓋9C。鎖定機構15C包含 有·約束部17C，係於鎖定構件16C位於鎖定位置時，使鎖 定構件16C與吸管接頭3(>交合者；及回動彈簧18c，係朝鎖 疋位置側賦予鎖定構件16C勢能者。於鎖定構件16C一體地 設置有自其旋轉中心部朝下方延伸之傳達構件30C，因此， 22 201114655 I人料谷器1C在鎖定構件16C朝箭頭記號方向旋轉而到達解 除位置時，傳達構件3CC可使開關閥2〇之閥體21彈性變 升>。又，藉由使鎖定構件16C動作至解除位置，可解開吸管 蓋9C之約束，因此，可使吸管蓋9C動作至開啟位置側。在 吸官蓋9C位於開啟位置之狀態下，鎖定構件16C係藉由回 動彈簧18C而回到原本的位置，因此，傳達構件3〇c係離開 開關閥20，藉此，由於可解除利用傳達構件3〇c對開關閥2〇 之閥體21進行的押入操作，因此，開關閥2〇可自開啟狀態 自動地恢復成關閉狀態。 第13圖係以模式方式顯示第4變形例之說明圖，於該圖 中顯示自上方觀看之狀態。有關第4變形例之飲料容器1D 係設置用以鎖定吸管蓋9D之鎖定機構15D，且該鎖定機構 15 D所具有的鎖定構件丨6 D之旋轉軸線方向係與第2變形例 及第3變形例不同。即，鎖定構件16D係其旋轉軸線方向設 定為飲料容器1D之上下方向，且於可從圖示之鎖定位置至 解除位置旋轉動作之狀態下安裝於吸管接頭3〇。鎖定機構 15D包含有：約束部17D，係於鎖定構件16D位於鎖定位置 時，使鎖定構件16D與吸管蓋9D咬合者；及回動彈簧18D， 係朝鎖定位置側賦予鎖定構件16D勢能者。於鎖定構件16D 體地a又置有自其旋轉中心部朝右方向延伸之傳達構件 30D，因此，飲料容器1D在鎖定構件16〇朝箭頭記號方向旋 轉而到達解除位置時，傳達構件30D可使開關閥20之閥體21 彈性k形。又，藉由使鎖定構件16D動作至解除位置可解 開吸官蓋9D之約束，因此，可使吸管蓋9D動作至開啟位置 23 201114655 側。在吸管蓋9D位於開啟位置之狀態下，鎖定構件16D係 藉由回動彈簧18D而回到圖示之位置，因此，傳達構件3〇D 係離開開關閥20,藉此，由於可解除利用傳達構件3〇d對開 關閥20之閥體21進行的押入操作，因此，開關閥2〇可自開 啟狀態自動地恢復成關閉狀態。於該變形例中，亦可進一 步地變更成鎖定構件16D設置於吸管蓋9D側。 第14圖係以模式方式顯示第5變形例之說明圖。如圖 示，於有關第5變形例之飲料容器ιέ設置有用以鎖定吸管蓋 9E之鎖定機構15E，且該鎖定機構15E包含有鎖定構件 16E，该鎖定構件16E係於可在圖示之鎖定位置與解除位置 間⑺動動作之狀態下安裝於吸管接頭3心鎖定機構15E包含 有.約束部17E，係於鎖定構件16E位於鎖定位置時，使鎖 定構件16E與吸管蓋9E咬合者；及回動彈簧18E，係朝鎖定 位置側賦予鎖定構件16E勢能者。開關閥20E係與前述各例 不同，閥體21E係自吸管接頭3E延長，並安裝於鎖定構件 16E，且可與鎖定構件16E一體移動。又，於吸管接頭犯設 置有作成與閥體21E鄰接而朝上方突出之傳達構件3〇E，因 此’飲料容器1E在鎖定構件16E朝箭頭記號方向動作而到達 解除位置時’閥體21E係與鎖定構件 一同地移動而碰上 傳達構件30E，因此，可利用傳達構件舰，施加對閥體训 之押入操作，且閥體21E係彈性變形。又，藉由使鎖定構件 16E動作至解除位置，可解開吸f蓋兜之約束，因此，可使 吸官盍9E動作至開啟位置側。在吸管蓋兜位於開啟位置之 狀態下’鎖定構件16E係藉由回動彈簧18E，或，鎖定構件 24 201114655 16E可與吸管蓋9E—同地朝上方移動藉此When the mosquito member 16 is moved in the direction of the arrow mark to reach the release position, the communication member 30 turns the valve body 21 of the on-off valve 2 to elastically deform. Further, by actuating the lock member 16 至 to the release position, the suction cover can be released from the restraint 'and thus the straw cover 9A can be moved to the open position side. When the straw cover 9A is in the open position 4, the locking member 16A is returned to the position of the figure by returning the elastic a', so that the communication member 3〇a is separated from the opening and closing valve 汕, thereby being released By means of the communication member 3〇A, the valve body U of the on-off valve 2〇 is operated by the deaf person's operation. Therefore, the switch coffee can be automatically restored to the closed state from the open state. Fig. 11 is an explanatory view showing a second modification in a mode. As shown in the figure, the beverage container of the second modification is provided with a locking mechanism 15B for locking the straw cap 9B, and the locking mechanism 15B includes a locking member 21 201114655 16B, which is attached to the figure. The pipette joint is attached to the state in which the lock position and the release position are rotated. The lock mechanism 15B includes a restraining portion 17B that engages the lock member 16B with the straw cover 9B when the lock member 16B is in the lock position, and a return spring 18B that imparts potential to the lock member 16B toward the lock position side. The lock member 16B is integrally provided with the communication member 3B extending downward from the rotation center portion thereof. Therefore, when the lock container 16B is rotated in the arrow mark direction to reach the release position, the communication member 3B can be made. The valve body 2 of the on-off valve 20 is elastically deformed. Further, by operating the lock member 16B to the release position, the restriction of the straw cap 9B can be released, so that the straw cap 9B can be moved to the open position side. In a state where the straw cap 9B is in the open position, the lock member 16B is returned to the illustrated position by the return spring 18B, and therefore, the communication member 3〇b is separated from the on-off valve 2〇, whereby the use can be released. The transfer member 3〇B performs a push operation on the valve body 21 of the on-off valve, and therefore, the on-off valve 2〇 can be automatically restored to the closed state from the open state. Fig. 12 is an explanatory view showing a third modification in a mode. As shown in the figure, the beverage container 丨c according to the third modification is provided with a locking mechanism 15C for locking the straw cover 9C, and the locking mechanism 15 includes a locking member 16C, which can be illustrated in the figure. The lock cap 15C is attached to the suction cap 9C in a state in which the lock position and the release position are rotated. The lock mechanism 15C includes a restraint portion 17C for interlocking the lock member 16C with the straw joint 3 when the lock member 16C is at the lock position. And a return spring 18c that imparts a potential to the lock member 16C toward the lock position side. The lock member 16C is integrally provided with a communication member 30C extending downward from the center of rotation thereof, and thus, 22 201114655 I When the lock member 16C rotates in the arrow mark direction and reaches the release position, the communication member 3CC can elastically raise the valve body 21 of the on-off valve 2〇. Further, by operating the lock member 16C to the release position, the lock member 16C can be moved to the release position. The restriction of the straw cap 9C is released, and therefore, the straw cap 9C can be moved to the open position side. In the state where the suction cap 9C is in the open position, the locking member 16C is returned by the return spring 18C. In this position, the communication member 3〇c is separated from the on-off valve 20, whereby the push-in operation of the valve body 21 of the on-off valve 2〇 by the communication member 3〇c can be released, so that the on-off valve 2 can be The self-opening state is automatically restored to the closed state. Fig. 13 is a view showing a fourth modification in a mode, in which the state viewed from above is displayed. The beverage container 1D according to the fourth modification is provided for The lock mechanism 15D of the straw cover 9D is locked, and the rotation axis direction of the lock member 丨6D of the lock mechanism 15D is different from that of the second modification and the third modification. That is, the lock member 16D is in the direction of the rotation axis thereof. The beverage container 1D is set in the up-down direction, and is attached to the suction pipe joint 3 in a state in which it can be rotated from the locked position to the released position. The lock mechanism 15D includes a restraining portion 17D for locking the locking member 16D. In the position, the locking member 16D is engaged with the straw cover 9D; and the return spring 18D is biased toward the locking position side to the locking member 16D. The locking member 16D is further rotated from the body a Since the center portion extends the communication member 30D in the right direction, when the beverage container 1D rotates in the direction of the arrow mark to reach the release position, the communication member 30D can make the valve body 21 of the on-off valve 20 elastically k-shaped. By moving the locking member 16D to the release position, the restriction of the suction cap 9D can be released, so that the straw cap 9D can be moved to the open position 23 201114655 side. In the state where the straw cap 9D is in the open position, the locking member 16D is By returning the spring 18D to return to the position shown in the figure, the communication member 3〇D is separated from the on-off valve 20, whereby the valve body 21 of the on-off valve 20 can be released by the communication member 3〇d. Operation, therefore, the switching valve 2 自动 can automatically return to the closed state from the open state. In this modification, the locking member 16D may be further changed to the side of the straw cover 9D. Fig. 14 is an explanatory view showing a fifth modification in a mode. As shown, the beverage container ι of the fifth modification is provided with a locking mechanism 15E for locking the straw cover 9E, and the locking mechanism 15E includes a locking member 16E which is attached to the lockable position shown in the figure. Attached to the suction pipe joint 3 in a state in which the release position (7) is moved, the core lock mechanism 15E includes a restraining portion 17E for engaging the lock member 16E with the straw cover 9E when the lock member 16E is at the lock position; and The spring 18E imparts a potential to the locking member 16E toward the lock position side. The on-off valve 20E is different from the above-described respective examples, and the valve body 21E is extended from the suction pipe joint 3E, and is attached to the lock member 16E, and is movable integrally with the lock member 16E. In addition, the suction pipe joint is provided with the transmission member 3〇E which is formed to protrude upwards adjacent to the valve body 21E. Therefore, when the lock container 16E is moved in the direction of the arrow mark to reach the release position, the valve body 21E is connected to the valve body 21E. The locking member moves together to hit the communication member 30E. Therefore, the communication member can be used to apply the pushing operation to the valve body, and the valve body 21E is elastically deformed. Further, by operating the lock member 16E to the release position, the restriction of the suction cover pocket can be released, so that the suction ejector 9E can be moved to the open position side. In the state where the straw cap pocket is in the open position, the locking member 16E is moved by the return spring 18E, or the locking member 24 201114655 16E can be moved upward with the straw cover 9E.
係離開開關_E，.b，由於 :傳達構件30E 闊細進行的押入操作，因此，開=專達構件對 自動地恢復成關閉狀態。 W_E可自開啟狀態 有關第1至9圖所示之形態及第1〇至Μ圖所示之各變形 例之開關閥係具有由彈性材料所構成的閥體，且利用該闊 體之彈性變形而變更關驗態與開啟狀態，然而，亦可夢 由如第聞所示之構造之開關閥來實施本發明。第15關 顯不開關閥之其他形態之說明圖。圖示之開關閥包含 有：分隔板5丨’係分隔容器本體2之⑽者；軸閥體52, 係於可-面與該分隔板51密接—面朝圖之左右方向移動之 狀態下設置者；回動彈簣53 ’係翻示之位置側賦予移動 閥體52勢能者；及制動件54,係限制移動閥體53之移動者。 於分隔板51之+央形成大小可藉纟移_體52來堵塞的貫 通孔51a’又’於移動閥體52形成大於分隔板”之貫通孔 的貫通孔52a。 於圖示之狀態中，分隔板51之貫通孔51a之位置與移動 閥體52之貝通孔52a之位置係相互地錯位，且分隔板η之貫 通孔51a係藉由移動閥體52來堵塞，因此，開關閥50係構成 閉鎖容器本體2内外之關閉狀態。若移動閥體5 2自圖示之狀 態朝箭頭記號方向押入操作，則由於各貫通孔51a、貫通孔 52a之位置一致，因此，容器本體2之内外連通，並自關閉 狀態轉變成開啟狀態。若在業已轉變成開啟狀態之狀態下 解除對移動閥體52之押入操作，則移動閥體52會藉由回動 25 201114655 彈簧53而恢復成圖不之位置，故，開關閥5〇可與押入操作 之解除同時地自開啟狀態自動祕復成關閉狀態。 即使將有關前述第心圖所示之形態及第1()至14圖所 示之各變形例疋開關閥置換成第15圖所示之開 關閥50，亦 可藉由各傳達構件對該開_5G施加屬於預定操作之押入 操作’因此’ 開_5。之飲料容㈣具有與前述形能 及各變形例之飲料容器同等之機能。 心 施加於開關閥之預定4。 決定，因此，舉例f之，^係按照開關閥之構造適當地 狀態轉變成開啟狀態之開_藉由拉動某些構件而自關閉 定操作。X，若為藉由^=時，則拉動操作係相當於預 成開啟狀態之開義時，則旋3料轉而自關閉狀態轉變 在使用可利用彈性變形而於知作係相當於預定操作。 變狀態之閥體時，亦可使用肖 <關閉狀態與開啟狀態間改 閥體。又，操作構件無須設置开〜之閥體不同構造之 將操作構件作成有別於_之零件㈣H亦可實施 呈獨立地動作。 I以使操作構件與閥體 【圖式簡單說明】 明—形態之附有吸管之飲 第1圖係切斷顯示有關本發 料容器的局部側截面圖。 器之平面圖。 看開關閥之閥體的狀態說 明圖 第2圖係第1圖所示之飲料容 第3A圖係放大顯示自上方觀 ’且為顯示其關閉狀態圖。 第3B圖係放大顯示自 上方觀看開關間之閥體的狀態說 26 201114655 明圖’且為顯示其開啟狀態圖。 第4A圖係顯示開始對鎖定構件之操作後到解除鎖定構 件與約束部之咬合期間的狀態圖，且為該狀態之平面圖。 第4 B圖係顯示開始對鎖定構件之操作後到解除鎖定構 件與約束部之咬合期間的狀態圖，且為該狀態之側截面圖。 第5A圖係顯示業已解除鎖定構件與約束部之咬合的狀 態圖，且為該狀態之平面圖。 第5 B圖係顯示業已解除鎖定構件與約束部之咬合的狀 態圖，且為該狀態之側截面圖。 第6圖係顯示吸管蓋打開至開啟位置側之狀態的側截 第7圖係顯示藉由開啟狀態保持機構解除開關間於開 啟狀態之保持的狀態之局部側截面圖。 第8圖係顯示藉由開啟狀態保持機構保持開關 關閥之開 啟狀熊的妝能夕Arr 丄,、The departure switch _E, .b, because the communication member 30E performs the push operation in a wide manner, the open = dedicated member pair is automatically restored to the closed state. W_E self-opening state The switching valve system of the embodiment shown in Figs. 1 to 9 and the modifications shown in Figs. 1 to 具有 has a valve body composed of an elastic material, and the elastic deformation of the wide body is utilized. While changing the check state and the open state, it is also possible to implement the present invention by an on-off valve constructed as shown in the first. The 15th off is an explanatory diagram of other forms of the non-switching valve. The illustrated on-off valve includes a partitioning plate 5'' that separates the container body 2 (10); the shaft valve body 52 is attached to the side surface of the movable plate 51 in a state where the surface is movable in the left-right direction The lower setting person; the returning magazine 53' is provided with the potential of the moving valve body 52; and the braking member 54 is for restricting the movement of the moving valve body 53. The through hole 51a' of the partition plate 51 is formed to have a through hole 51a' which is blocked by the transfer body 52 and forms a through hole 52a which is larger than the through hole of the partition plate in the moving valve body 52. The position of the through hole 51a of the partitioning plate 51 and the position of the belloplum hole 52a of the moving valve body 52 are mutually displaced, and the through hole 51a of the partitioning plate n is blocked by moving the valve body 52, and therefore, The on-off valve 50 constitutes a closed state inside and outside the closed container body 2. When the moving valve body 52 is pushed in the direction of the arrow mark from the state shown in the figure, the positions of the through holes 51a and the through holes 52a are the same, so the container body 2 is connected inside and outside, and is changed from the closed state to the open state. If the pushing operation of the moving valve body 52 is released in the state of being turned into the open state, the moving valve body 52 is restored by the returning 25 201114655 spring 53. In the position of the map, the on-off valve 5〇 can be automatically closed to the closed state from the open state simultaneously with the release of the push-in operation. Even the form shown in the above-mentioned first heart diagram and the first (1) to the 14th Various variants of the switch Replacement with the on-off valve 50 shown in Fig. 15, or by applying a member to the opening_5G, the pressing operation belonging to the predetermined operation is ''open'_5. The beverage capacity (4) has the aforementioned shape energy and various deformations. The function of the beverage container is equivalent. The heart is applied to the predetermined 4 of the on-off valve. Decide, therefore, for example, according to the configuration of the on-off valve, the state is appropriately changed to the open state - by pulling some components Turn off the setting operation. X, if it is by ^=, then the pulling operation is equivalent to the opening of the pre-opening state, then the rotation of the material is turned from the closed state, and the elastic deformation is used. Corresponding to the predetermined operation. When the valve body is changed, the valve body can be changed between the closed state and the open state. Moreover, the operating member does not need to be provided with a different structure of the valve body to make the operating member different from _ The parts (4) H can also be operated independently. I. To make the operating member and the valve body [simplified description of the drawings] - the form of the straw with the straw is shown in the first figure, the partial side section of the hair container is displayed. Figure. Fig. 2 is a view showing the state of the valve body of the on-off valve. Fig. 2 is an enlarged view of the beverage capacity shown in Fig. 1 from the top view and showing the closed state. Fig. 3B is enlarged from above. Viewing the state of the valve body between the switches 26 201114655 is a clear view 'and showing its open state diagram. Fig. 4A is a state diagram showing the state during the start of the operation of the locking member to the engagement of the unlocking member and the restraining portion, and A plan view of the state. Fig. 4B is a view showing a state during the start of the operation of the lock member to the engagement of the unlocking member and the restraining portion, and is a side sectional view of the state. Fig. 5A shows the unlocked member. A state diagram of the engagement with the restraining portion and a plan view of the state. Fig. 5B is a view showing a state in which the unlocking member and the restraining portion are engaged, and is a side sectional view of the state. Fig. 6 is a side cross-sectional view showing a state in which the straw cap is opened to the open position side. Fig. 7 is a partial side sectional view showing a state in which the switch between the switches is held in the open state by the open state holding mechanism. Fig. 8 shows the makeup of the opening bear by the opening state holding mechanism, and the makeup of the bear, Arr 丄,
態操作至關閉位 置後的狀態之局部伽哉二面Local gamma two-sided state of state after operation to the closed position
27 201114655 【主要元件符號說明】 1，1A，IB，1C，ID，1E...附有吸管之飲料容器 2.. .容器本體 2a，9a…開口部 3，3A，3B，3C，3D，3E...吸管接頭 4.. .外螺紋 5.. .内螺紋 6.. .吸管 7.. .吸口部 8.. .本體部 9，9A，9B，9C，9D，9E...吸管蓋 10.. .支持軸 11.. .突起部 15，15A，15B，15C，15D，15E...鎖定機構 16，16A，16B，16C，16D，16E·.·鎖定構件 17，17A，17B，17C，17D，17E···約束部 18，18A，18B，18C，18D，18E，53…回動彈簧 19.. .操作部 20，20E，50…開關閥 21，21E...閥體 22，51a，52a...貫通孔 25.. .板部 26.. .保持部 27.. .狹縫 28 201114655 30，30A，30B，30C，30D，30E···傳達構件 40.. .開啟狀態保持機構 41.. .卡合部 42.. .操作構件 42a...抵接部 ‘ 51...分隔板 52.. .移動閥體 54.. .制動件 H...手柄 X...兩端間距離 2927 201114655 [Explanation of main component symbols] 1,1A, IB, 1C, ID, 1E... Beverage container with straws 2. Container body 2a, 9a... Openings 3, 3A, 3B, 3C, 3D, 3E...Sipper connector 4.. External thread 5.. Internal thread 6.. Suction tube 7... Suction part 8.. Body part 9, 9A, 9B, 9C, 9D, 9E... Cover 10.. Support shaft 11.. Projections 15, 15A, 15B, 15C, 15D, 15E... Locking mechanisms 16, 16A, 16B, 16C, 16D, 16E···Locking members 17, 17A, 17B , 17C, 17D, 17E···Constraints 18, 18A, 18B, 18C, 18D, 18E, 53...Return springs 19.. Operating parts 20, 20E, 50... Switching valves 21, 21E... Valve body 22, 51a, 52a... through hole 25.. plate portion 26.. holding portion 27.. slit 28 201114655 30, 30A, 30B, 30C, 30D, 30E · · · communication member 40.. Open state holding mechanism 41.. engaging portion 42.. operating member 42a... abutting portion '51... partitioning plate 52.. moving valve body 54.. brake member H... handle X...distance between the ends 29