A7 B7 經濟部中央標準局員工消費合作社印製 五、 發明説明 (1 ) 1 1 發 明 之 背 景 1 1 1 . 發 明 之 領 域 1 1 本 發 明 係 關 於 一 種 注 出 時 外 氣 或 细 菌 不 會 進 入 袋 内 而 可 'V 請 先 1 1 一 面 畏 期 間 維 持 一 定 品 質 —> 面 定 Μ 注 出 充 填 於 袋 内 的 液 閲 讀 背 1 | 體 之 液 體 注 出 袋 及 液 體 注 出 裝 置 之 定 量 室 形 成 治 具 〇 面 之 1 注 1 2 . 先 刖 技 術 意 事 1 項 | 已 注 作 為 將 飲 料 注 入 杯 中 而 提 供 的 杯 式 自 動 販 貰 機 或 液 # 填 丄 體 計 量 分 配 器 用 的 原 料 液 供 給 裝 置 咖 啡 > 紅 茶 烏 龍 茶 % 本 頁 等 容 易 氧 化 且 容 易 受 细 菌 污 染 的 低 酸 性 飲 料 或 中 性 飲 料 的 V' 1 .% I 情 況 係 在 工 廠 將 氣 阻 性 高 的 袋 子 無 菌 充 填 於 内 裝 於 瓦 楞 1 I 紙 箱 的 稱 為 箱 中 襯 袋 的 容 器 而 提 供 〇 藉 此 即 使 是 容 易 氧 1 1 訂 化 劣 化 的 飲 料 在 常 溫 狀 態 也 可 長 期 保 存 使 流 通 成 本 1 減 低 〇 1 1 然 而 先 前 的 杯 式 白 動 販 賣 機 或 液 體 計 量 分 配 器 等 液 體 1 1 注 出 裝 置 至 少 在 液 注 出 時 外 氣 直 接 侵 入 容 器 内 所 Η 容 1 产 易 腐 敗 或 氧 化 劣 化 的 中 性 飲 料 等 情 況 只 能 短 期 間 保 管 〇 1 1 因 此 即 使 是 在 工 廠 無 菌 充 填 者 移 到 液 體 注 出 裝 置 後 » 1 * 1 氧 化 或 劣 化 加 重 有 不 能 維 特 一 定 品 質 的 間 題 〇 特 別 是 一 1 1 和 空 氣 接 觸 就 立 刻 容 易 氧 化 的 咖 啡 紅 茶 烏 龍 茶 等 用 1 I 先 、·· 刖 的 液 體 注 出 裝 置 不 能 經 常 維 持 高 品 質 用 液 體 注 出 裝 1 I 置 不 逋 合 各 少 量 的 分 割 提 供 〇 此 外 先 前 的 液 膜 注 出 裝 置 1 1 係 透 過 設 在 裝 置 上 的 噴 嘴 供 給 杯 子 液 體 所 以 噴 嘴 容 易 受 1 1 到 污 染 有 在 衛 生 方 面 的 問 題 〇 1 1 作 為 解 決 上 述 問 題 點 的 手 段 9 本 發 明 人 Κ 前 提 供 一 種 裝 1 1 本紙張尺度適用中國國家標準（CNS ) Λ4規格（210X297公釐） -4 - A7 B7 322459 五、發明説明（2 ) (請先閱讀背面之注意事項再填寫本頁) 在液體定虽供給裝置上而從袋子可直接分給定量液體的附 有定虽注出部之袋子（日本專利特開平6-2933 48號 >。該附 有定量注出部之袋子具有儲存液體的液體儲存袋部和只量 一次注出分而儲存的定量注出袋部，注出裝置的零件不會 接觸到液體而可定量注出，並在注出中可確賨防止外氣進 入液體髂存袋内，可長期少量分給中性飲料。然而•由於 形成於液體儲存袋部和定虽注出袋部之間的注入口部细幅 ，所Μ容易扭曲或折彎，對液體注出裝置的安裝麻煩，並 會發生注入Ρ邬之表壁和褢壁密合而不能容易開口的情形 。此外，在裝在液體注出裝置上的狀態，嫌著内溶液量而 施加於注入口部的液體壓力不同，在到定量袋部的定量流 出時問會產生誤差。再者，液體因其黏度而流下狀態不同 ，前述提案者因注入口部的流路幅度一定，為了随著内溶 液的種類維持最適當的流下狀態，而不能調整流路幅度。 發明之概述 經濟部中央標準局員工消費合作社印製 本發明之目的在於提供一種進一步改良前述提案的附有 定董注出部之袋子，即使是中性飲料等氧化劣化激烈的内 溶液，也可Μ長期維持一定品質供給，並且與液體儲存袋 内的内溶液量的變化無關，可確實定最注出，而且没有注 人口部的扭曲或密合，可良好注出定最液體的液體注出裝 置用的液體注出袋。 本發明之其他目的在於提供一種随著内溶液的稱類而可 任意調節上述液體注出袋之注入口部的流路幅度’按照內 溶液的種類而經常維持最適當的流下狀態的液體注出裝置 本纸張尺度適用中國國家標準（CNS ) Λ4規格（210X 297公釐） -5 ~ 五、發明説明（3 ) A7 B7A7 B7 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of the invention (1) 1 1 Background of the invention 1 1 1. Field of invention 1 1 The present invention relates to a method in which outside air or bacteria do not enter the bag during injection But 'V please first 1 1 to maintain a certain quality during a face-breaking period —> surface setting Μ Inject the liquid filled in the bag reading back 1 | The body's liquid injection bag and the quantitative chamber of the liquid injection device form a fixture. Face 1 Note 1 2. Prior technical considerations 1 item | Cup type vending machine or liquid that has been provided as a drink to be poured into a cup # Raw material liquid supply device for filling and metering dispenser coffee & black tea Oolong tea% V '1.% I of low acid drinks or neutral drinks that are easily oxidized and easily contaminated by bacteria A bag with high air resistance is aseptically filled in a container called a liner bag inside a corrugated 1 I carton. It is provided. By this, even beverages that are easily oxygenated 1 1 can be stored at room temperature for a long time. Circulation cost 1 reduced 〇1 1 However, the previous cup-type white vending machine or liquid metering dispenser and other liquids 1 1 The injection device at least at the time of liquid injection, the external air directly intrudes into the container. Content 1 Perishable or oxidative deterioration The neutral beverages can only be kept for a short period of time. 1 1 So even after the aseptic filler in the factory moves to the liquid injection device »1 * 1 The oxidation or degradation is aggravated. There is a problem that cannot be of a certain quality. Especially 1 1 Coffee black tea, oolong tea, etc. that are easily oxidized immediately upon contact with the air. 1 I First, ... The body injection device cannot always maintain high quality. The liquid injection device 1 I does not match each small amount of division. In addition, the previous liquid film injection device 1 1 supplies the cup liquid through the nozzle provided on the device, so the nozzle is easy Contaminated by 1 1 to have health problems 〇1 1 As a means to solve the above problems 9 The present inventor Κ provided a device 1 1 The paper size is applicable to the Chinese National Standard (CNS) Λ4 specifications (210X297 mm)- 4-A7 B7 322459 5. Description of the invention (2) (Please read the precautions on the back before filling in this page) On the liquid supply device, the fixed amount of liquid can be directly dispensed from the bag. Bag (Japanese Patent Laid-Open No. 6-2933 No. 48>. The bag with a quantitative injection part has a liquid storage bag part for storing liquid and a quantitative injection bag part which is stored by only injecting a portion, and the parts of the injection device can be quantitatively injected without contacting the liquid, and During injection, it is possible to prevent external air from entering the liquid iliac storage bag, and to distribute a small amount of neutral drinks for a long time. However, due to the small width of the injection port formed between the liquid storage bag part and the fixed injection bag part, it is easy to twist or bend, and the installation of the liquid injection device is troublesome, and the surface wall of the injection p The case where the walls are tightly closed and cannot be easily opened. In addition, in the state of being installed in the liquid injection device, the liquid pressure applied to the injection port part is different depending on the amount of the internal solution, and an error may occur when the quantitative flow to the quantitative bag part flows out. Furthermore, the state of flow of the liquid differs depending on its viscosity. The aforementioned proposal has a constant flow path width at the injection port. In order to maintain the most suitable flow down state according to the type of internal solution, the flow path width cannot be adjusted. SUMMARY OF THE INVENTION The purpose of the present invention printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economics is to provide a bag with a fixed injection section that further improves the aforementioned proposal. ΜLong-term maintenance of a certain quality supply, and has nothing to do with the change in the amount of solution in the liquid storage bag, it can be surely injected the most, and there is no distortion or closeness of the injection part, and the liquid that is the most liquid can be injected well The liquid for the device is poured out of the bag. Another object of the present invention is to provide a liquid injection which can arbitrarily adjust the flow path width of the injection port of the liquid injection bag according to the type of the internal solution. The paper size of the device is applicable to the Chinese National Standard (CNS) Λ4 specification (210X 297mm) -5 ~ 5. Description of the invention (3) A7 B7
經濟部中央標準局員工消费合作社印I 具袋畏靠該 壁經前防口 位對路外到溶 形稍迷 特 ..的细央分 襄可於成開定一 流此，内 緣方前 其 於成部中區 和，成形資和少述。部的 邊上到 ， 在構方部成 壁域形近確部至前上接部 下向通 具 激壁下體形 表區在附路接的在置熔袋 部狀而 治 特裒之本而。述節由口流熔部由裝擬存 體弧邊 成 其和部袋壁者前調賴人央的央藉出模儲 本圓立。形 , 壁體述褢域成力，注中條中好注的於 袋成起液室 袋表本前述區形壓外或將縱於最體幅填 述形狀溶量 出由袋從前分方於此近可對成。液细.充 前部弧內定 注的該在和區上成。附，一形可在成止。的端圓出之 體成從，壁路域形部路部少孔均裝形防部部终該注置 液形壁部表流區孔袋流止至位一確部可袋口》 過地裝 之所褢口述的分整虽央防有定任正方，量 出斜經好出 明料述出前路區調定中合具在，可上止定注傾，良注 發材前注接流路且入的密在只成，域為及述的邊更體 。 本性和畏熔的流域注央的域或形孔區上域前斜立可液 具之楢壁细體部述區力中合區成部位分置區到傾起；之 治的的表的一方前節壓域密分形接定區裝成通降狀部明 成目高述成置下在調的區壁區部熔成路給形將下弧 口發 形述性前形位到由力定分褢路接成形流供路由在圓入本 室上阻及所的部藉壓一區和流熔形域在體流藉..的之， 遒成氣部出部體好的略路壁述成孔區由液入好下立口且 定達 Κ 體突方本最接Μ流表前形位分藉在注最如起出而 之 有本地下袋 熔常述止 孔定區，裝液 成微注 -,,Ί--,·----訂------决 — (請先閲讀背面之注$項再填寫本頁) 本紙張尺度適用中國國家標準（CNS ) Λ4規格（2ΙΟΧ 297公釐） 6 322459 A7 B7 經濟部中央標準局員工消費合作社印製 五、 發明説明（4) 1 1 激 在 於：係安裝液體注出袋而從該液體注出袋定虽流出内 1 1 溶 液 的液體注出裝置之定畺室形成治具 在上邊緣形成下 1 ! 降 傾 斜的傾斜邊和在該傾斜邊之終端部形成圚弧狀向上方 請 先 1 1 稍 微 起立的圓弧狀起立邊，形成經過該圓弧狀起立邊而形 閱 背 1 1 成 注 入口的垂直邊者。 面 之 1 注 1 圖 式之簡單說明 意 事 1 項 1 圖 1為關於本發明第一 實豳 例之 液 體注 出 袋 的正面 圖； 再 丄 % 圖 2為將該液艚注出袋 裝在 液體 定 最供 給 裝 置上的 狀態 本 頁 ] 的 說 明圖； 1 1 圖 3為闞於本發明第二 實施 例之 液 體注 出 袋 的正面 圖： 1 I 圖 4為關於本發明第三 實施 例之 液 體注 出 袋 的正面 圖； 1 1 訂 圖 5為顯示第一實拖例 之液 體注 出 袋的 注 出 次數和 充填 1 量 之 關係的線圖； 1 1 圖 6為顧示比較例之液 體注 出袋 的 注出 次 數 和充填 量之 1 1 關 係 的線圖； 1 圖 7為液體定量供給裝 置的 槪略 圖 〇 | 較 佳 實施例之說明 1 f I 實 胞 例1 1 1 圖 1為本發明之液體注 出袋 第一 實 胞例 的 平 面圖。 本實 1 1 施 例 之液體注出袋1具有 熱封 Μ氣 阻 性高 且 為 撺性的 材料 1 1 t 例 如聚乙烯/黏接層/異纈氨酸酚酞/黏 接 層 /聚乙烯的多 1 1 I 層 薄 膜所形成的表壁和裏壁之周邊部4而 形 成 密閉狀 ，餘 1 1 存 液 體的袋本體部2及前 述表 壁和 V 刖 述褢 壁 從 該袋本 體部 1 1 之 下 方部细長地突出所形成的细長注出口部3 0 1 1 本纸張尺度適用中國國家標準（CNS ) Λ4規格（210X297公釐） _ 7 - A7 B7 經濟部中央標準局員工消费合作社印製 五、 發明説明 (5 1 i 將 到 該 袋 本 體 部 之 下 方 部 的 流 路 區 分 成 二 流 路 的 流 路 區 1 1 分 區 域 5形成於從前述袋本髖部2 中 央 靠 下 方 的 位 置 〇 具 有 1 1 預 定 間 隔 Μ 縱 中 心 腺 為 中 心 平 行 地 — 體 熔 接 表 壁 和 褢 /-—V I 請 先 1 壁 所 形 成 的 縱 條 7 7設 於 該 流 路 區 分 區 域 5 並且藉由- Μ I 讀 背 體 熔 接 表 壁 和 褢 壁 形 成 從 縱 條 7 7上 端 互 相 向 袋 側 邊 方 向 面 | 之 f 1 延 伸 的 上 部 檇 條 8 8 和 從 下 端 向 袋 側 邊 方 向 延 伸 的 下 部 横 秦1 事 1 f I 條 9 9 〇 m 此 1 在 從 袋 本 體 部 之 中 央 部 靠 下 方 部 的 位 置 形 再」 填4 成 在 縱 條 7 、Ί 間 所 形 成 的 中 央 流 路 1 0且 形 成 在 兩 側 上 部 横 本 Ϋ M f 條 之 月U 端 部 和 袋 側 邊 之 間 所 形 成 的 側 部 流 路 11 12 形 成 一 1 -_| 合 計 由 三 流 路 構 成 的 流 路 區 分 區 域 〇 1 I 如 上 逑 由 於 在 袋 本 體 部 之 中 央 下 部 設 置 流 路 區 分 區 域 1 I 訂 9 如 後 述 該 袋 在 裝 在 液 體 注 出 裝 置 上 的 狀 態 藉 由 配 置 1 成 定 量 室 形 成 治 具 貼 放 於 該 流 路 區 分 區 域 從 流 路 區 分 區 1 域 5起上方形成儲存袋部1 Γ) ，下方形成定虽袋部1 6 、 1 I 此 外 在 木 甯 施 例 之 液 體 注 出 袋 方 面 在 中 央 流 路 10的 1 上 方 位 置 形 成 表 m 和 褢 m 黏 接 成 圓 形 狀 而 成 的 壓 力 調 節 區 1 | 域 13 在 其 中 央 部 形 成 K 通 表 壁 和 褢 壁 的 調 整 孔 I 4 調 整 1 流 入 中 央 流 路 的 液 體 壓 力 〇 再 者 在 上 側 周 邊 部 4形成兩 1 1 個 接 合 孔 1 7 Λ 17 可 接 合 支 持 袋 本 體 之 上 部 並 且 在 流 路 1 | 區 分 區 域 5之上部横條8 、 8下方贯通熔接表壁和襄壁之處 1 I 而 形 成 定 位 孔 18 該 流 路 區 分 區 域 及 定 量 袋 部 可 正 確 地 裝 1 1 1 在 液 體 注 出 裝 置 上 〇 I 1 又 9 Μ 塑 膠 材 料 所 形 成 的 附 有 密 閉 Μ 之 充 填 口 1 9 體 安 1 1 裝 於 儲 存 袋 都 之 表 壁 肯 透 過 該 充 填 P 可 充 填 液 體 但 若 將 1 1 本紙張尺度適用中國國家標準（CNS ) Λ4規格（2丨OX 297公楚） -8 - Λ7 ____B7 五、發明説明（6 ) 液體從袋本體部之上緣開口部充填液體，充填後热封上緣 開口部，則該充填口如後述圖4所示之實施例，無痛一定 要設置。 再者*在本實胞例中，沿著前述中央流路之入口部的 表壁之中央部，密合防止部2 0、2 0形成兩條狀。該密合防 止部賴由將衷壁和襄壁對向之面形成互相不同的表而性狀 ，可防止兩者密合，在本實施例中，低藉由只在表壁附加 沖壓痕跡而改變衷壁的表面性狀。又，作為改變表面性狀 的手段，不限於沖壓痕跡，可採用使一捆或兩面成為粗面 等各種手段。此外，同樣地在注出丨::丨部3也在表壁附加沖 壓痕跡而設置著密合防止部2 ]、2 1 ’’防止在裝在後述液 體供給裝置上的狀態，落在注出閥位置的部分。 如Μ上所形成的液體注出袋1在未使用狀態’如Μ虛腺 22顯示注出□部3'之菡端部，係從外部用裝卸自如的銷等 夾住而液體不流到注出口部般地閉塞著注出口部。在該狀 態下，在工場將液體充填於該袋内，液體就擴展到袋本體 部之儲存袋部1 5、流路區分區域5及定量袋部1 6内而被預 經濟部中央標準局員工消費合作社印製 (锖先閱讀背面之注意事項再填寫本頁) / · 定量充填，所Μ在運送等流通階段，流路區分區域不會簡 單地扭曲或折彎，與先前的袋子比較，非常容易使用。 然後，充填了液體的液體注出袋1藉由將接合孔17、17 與形成於如圖7所示的液體定童注出裝置70之保持台71的 接合突靼7 2嵌合，將調整孔1 4與接合突起7 3嵌合，並將定 位孔1 8、1 8與對應於流路區分區域所設的接合突起（未圖 示）嵌合，可定位於預定位置，如第7_所示，可正確地裝 本紙張尺度適用中國國家標準（CNS ) Λ4規格（210X297公廣) -Q - 322459 at B7 經濟部中央標準局員工消费合作社印製 五、 發明説明 (7. ) 1 1 在 液 體 定 量 注 出 裝 置 上 0 再 者 9 如 圖 2Μ瘇影獠的假想镍 1 1 I 所 示 將 流 路 區 分 區 域 只 留 下 中 央 流 路 10 賴 由 用液 賭 定 1 1 量 注 出 裝 置 之 定 量 室 形 成 治 具 30 30擠 懕 側 郤 流 路而 完 全 請 先 1 1 .切 斷 儲 存 袋 部 15和 定 虽 袋 部 1 6成 為 只 透 過 中 央 流路 連 通' 閲 背 1 1 的 狀 態 〇 又 前 述 定 量 室 形 成 治 具 30 30間 的 間 隔可 調 整 ft 1 I 地 設 置 在 圖 示 之 實 施 例 中 該 定 最 室 形 成 治 具 30、 30位. % 1 項 1 於 從 縱 晓 7 7 靠 側 面 怛 賴 由 從 縱 條 使 其 位 於 内 側， 可 調 再 填 X 整 中 央 流 路 10 的 幅 度 黏 度 低 的 内 溶 液 的 情 況 可比 圖 之 本 頁 狀 態 弄 細 中 央 流 路 〇 1 1 在 此 狀 態 藉 由 設 於 液 體 定 量 注 出 裝 置 上 的 液 擠 出板 3 1 ( 1 I 圖 2M假想線所示） 移 動 成 在 和 與 該 液 擠 出 板 對 向 而夾 住 定 1 訂 虽 袋 部 般 地 所 設 的 固 定 板 之 間 形 成 __· 定 的 空 間 擠壓 定 量 1 1 袋 部 過 刺 地 進 入 該 定 量 袋 部 的 液 體 被 擠 出 到 儲 存袋 部 9 1 1 一 定 虽 的 液 體 儲 存 於 定 量 袋 部 完 成 安 裝 〇 1 I 然 後 在 將 液 體 注 出 袋 裝 在 液 體 注 出 裝 置 上 的 狀態 注 1 >«*»» 人 P 閥 32(圖2)位於前述中央流路10的對向位置 注出口 1 閥 3 3位 於 注 出 P 部 3的對向位置 使瑄些注人口閥及注出 1 * 1 P 闕 利 用 適 當 的 促 3Λ1. 動 器 如 在 圖 7 Μ箭頭7 4 、75所示 ，對 1 1 於 中 央 流 路 1 0或 注 •出. D 部 3直角地移動 可開閉中央流路 1 1 或 注 出 P 〇 如 刖 述 9 液 體 注 出 袋 的 安 裝 完 睾 後 切斷 除 去 1 I 注 出 P 部 下 端 打 開 注 出 P 注 出 的 準 備 作 業 結 束0 1 I 如 前 述 9 在 安 裝 液 體 注 出 袋 1而準備作業結束的時點 I 1 1 1 由 於 在 於 定 量 的 液 體 儲 存 於 定 量 袋 部 内 16的 狀 態 ，所 以 利 1 1 用 適 當 的 促 動 器 9 注 出 □ 閥 33 一 解 除 注 出 Ρ 的 摘 壓， 注 出 1 1 本紙張尺度適用中國國家標準（CNS ) Λ4規格（2IOX297公犛） Λ7 __B7_ 五、發明説明（8 ) 口就開口，定量袋部内的液體流下開始。 其後，藉由液擠出板31 Μ時間延遅擠壓操作定量袋部16 •不會使定童袋部的液體殘留在袋内，而到最後可使其良 好地注出。注出結束，首先注出口閥33進入*接著注入口 閥32退遊，並且液擠出板16回到在和固定板之間形成預定 問隙的初期位置，藉此液體從儲存袋部15透逢中央流路10 流下，預定量的液體流入定虽袋部16，準痈下次的注出。 經濟部中央標準局員工消費合作社印製 如Μ上，不會從液體注出袋1使一定量的液體完全接觸 注出裝置的機械器具等，而可注出到杯76中。此外，在本 實施例方面，當上述注出之際，由於在流路區分區域上方 形成壓力調整區域，儲存袋部内的液體在該位置被二分而 減低施加於中央流路的液體壓力，所Μ即使儲存袋部內的 液量變化，也可Κ經常Μ略一定的壓力使液體流下到定盡 袋部。再者，由於調整孔形成於壓力調整區域，該孔與注 出裝置之接合突起接合維持，所Μ可將從該壓力調整區域 到中央流路的距離經常保持於一定，和壓力調整互相結合 ，即使儲存袋部的液體剰餘量變少，也可Κ良好地注出。 此外，由於在中央流路部及注出口部形成著密合防止部， 所Μ即使中央流路及注出口幅度狹窄，也不會密合，閥開 放時會順利打開，液體可確實地注出。 為了確認本發明之液體注出袋的上述赓力調整區域及調 整孔的作用效果，進行了如下的實驗。 作為本發明之實胞例，按照圖1所示的形狀製作内容量3 公升用的液體注出袋，作為比較例，製作未形成壓力調整 本紙張尺度適用中國國家標準（CNS ) Λ4規格（210X297公釐） (請先閱讀背面之注項再填寫本頁) -11 - A7 B7 五、發明説明（9 ) 區域及調整孔的同形狀、同容量的液體注出袋。然後，分 別充填水3公升，Μ此為目標值，Μ每次30g、100次全部 注出结束般地裝在液體注出裝置上，反覆進行1〇〇次注出 ，測悬每次的注出虽。又，共同將儲存袋部的設置角度設 定成13°而裝在液體注出裝置上。 該結果，本實胞例的情況可得到圖5的圖形所示的結果 ，比較例的情況可得到圖6的圖形所示的結果。如從該圖 形可明白，本實狍例的情況若注出次數超過90次，則注出 量有少許減少的傾向，但到最後的1 〇 〇次可略定量地注出 ，到最後可不浪費地注出。又，本實胞例的情況，平均充 填量為29,542g，標準偏差為0.39。 相對於此，比較例的情況，到約90次為止和本實施例的 情況幾乎不變，但一超過90次，就產生極端的誤差，不能 定量注出。因此，在比較例的袋子方面，在袋内留下大最 刺餘液體的狀態下，90次程度必須结束注出，有液體浪費 多的問題。又，比較例的情況的平均充填量為28.352g， 標準鹬差為3.82，得知誤差大。 經濟部中央標準局員工消費合作社印裝 (請先閲讀背面之注意事項再填寫本頁) 由Μ上的實驗結果確認了 ：設置®力調整區域及調整孔 在液體的定量供給*特別是液體注出袋的剩餘量液體變少 時的定量供給有顯著的效果。 此外*構造簡單，也可確實安定開閉閥，並且操作也簡 單，不要熟練可確實地定量注出，而且也無需消毐噴嘴等 零件*保養管理容易。 實施例 本紙張尺度適用中國國家標準（CNS ) Λ4規格（210Χ297公f ) -12 - 12 A7 B7 經濟部中央標準局員工消費合作社印裝 五、 發明説明（10 ) 1 I 圖3為本發明之液體注出袋第二實胞例 和前述實施例 1 1 者 同 樣 之 處 附 上 相 同 符 號 詳 细 的 說 明 省 略。 該 實 m 例 之 1 1 液 體 注 出 袋4 0係將 儲 存 袋 部 4 1之 下 部 形 成 維狀 在 其 下 端 /--- 請 先 1 1 部 形 成 著 流 路 區 分 區域42及定 量 袋 部 43 〇 在本 實 m 例 中 9 閲 讀 1 背 1 流 路 區 分 區 域 只 用 將 表 壁 和 褢 壁 熔 接 成 圓 形狀 的 一 對 定 位 面 之 1 注 1 孔 形 成 熔 接 部 44 44形成 在其中央部形成著定位孔45 Λ 意 事 1 I 45 〇 因 此 在 本 實 施 例 中 用 一 對 定 位 孔 形成 熔 接 部 區 分 再 填 寫 本 頁 1 成 二 條 流 路 中 央 流 路 比 兩 側 部 流 路 寬 地 形成 定 流 出 .2、 f 之 際 利 用 注 出 裝 置 之 定 虽 室 形 成 治 具 加 大流 路 幅 度 的 調 '—^ 1 t 節 範 圍 可 與 各 式 各 樣 的 内 溶 液 對 應 〇 1 I 再 者 在 本 實 施 例 中 在 儲 存 袋 部 之 下 方部 形 成 著 在 寬 1 1 訂 度 方 向 模 擬 熔 接 表 壁 和 褢 壁 的 模 擬 熔 接 部 25 〇 該 横 擬 熔 接 1 部2 5係到裝在液體供給 裝 置 上 為 止 防 止 充填 於 儲 存 袋 部 1 1 的 内 溶 液 流 入 流 路 形 成 區 域 及 定 最 袋 部 在通 常 的 流 通 狀 1 I 態 不 容 易 剝 離 設 置 於 液 體 供 姶 裝 置 上 時 ，藉 由 Μ 預 定 的 1 壓 力 擠 壓 儲 存 袋 部 而 可 剝 離 的 程 度 之 具 有 剝離 強 度 般 地 被 1 橫 擬 熔 接 著 〇 1 滿 足 上 述 條 件 的 横 擬 熔 接 部 的 剝 離 強 度 ，實 驗 的 结 果 t 1 1 100~ -500gf/15m IR寬 最好1 5 〜4 0 0 g f /1 5 m η寬的範圃為良 1 1 好 〇 1 I 此 外 在 本 實 施 例 之 液 體 注 出 袋 方 面 定畫袋部43的 内 r 1 部 下 部 邊 如 圖 示 將側邊熔接成成、為下降傾斜的傾斜邊46 1 1 46 在 前 述 傾 斜 邊 的 終 端 部 形 成 圓 弧 狀 向上 方 稍 微 起 立 1 1 的 圓 弧 狀 起 立 邊 47 4 7 經 過 該 圓 弧 狀 起 立邊 47 47通到 1 1 本紙張尺度適用中國國家標準（CNS ) Λ4規格（210X 297公釐） -13- A7 __B7五、發明説明（11 )注出口的入口部。該形狀係就注出口 48不密合或折彎而使 其良好流出的手段反覆各種實驗的結果所發現的，並確認 折力就 成壓， 合口狀 密入形 不口述 都出上 口流成 出因形 注時由 ， 始賴 蠆開但 液出 ， 溶注象 内是瑰 論別的 不特，彎 , 。 折 狀出到 形流看 該地會 成利時 形順有 由最而 藉而變 了彎驟 形 起 際 之 出 流 0 定 將 中 例 胞 實 本 在 由 〇 理 象的 琨樣 種同 這 據 無根 毫 邊實前 上本其 ο 5 > , 具即 5 治。邊 成狀斜 形形傾 室的降 遒樣下 定同有 的邊具 用下邊 作部 h 的袋係 部瑩50 口 定E: 人之治 注袋成 的出形 部注室 室和最 量成定 定形之 到狀例 成形施 袋 i 出定 注成 體形 液此 定如 規由 為藉 成 〇 Ϊ 3 邊 5 端 《 前直 其垂 ’ 的 5 度 li幅 立路 起流 狀的 弧路 圓出 為流 成央 部 中 端之 裝 安 地 開 部 可 室及 最 節 定調 到可 下隔 流間 地其 好係 良50 體具 液治 使成 可形 ’ 室 具虽 治 定 成 ， 形又 室 袋 出 注。 賵裝 液安 將後 態隔 吠間 的其 打調 在度 ， 黏 上的 置液 裝出 出注 注照 體按 液 ’ 的上 示置 圖裝 未在 於裝 例 施 實 (請先閱讀背面之注意事項再填寫本頁) 經濟部中央標準局員工消費合作社印製 例 胞 實 述 前 和 例 施 實 三 第 袋 出 注 體 液 之 明 發 本 為 4 圖 但 樣 同 例 。 施 略實 省 二 明第 說和 的上 细本 詳基 ο ， 6 號袋 符出 同注 相體 上液 附 之 處例 之施 樣實 同本 者 ， 整 後調 液力 溶膣 內的 « 中 充例 廠胞 工實 填述 充前 在’ , 外 口此 填。 充61 掉邊 去部 ， 上 中子 例袋 施封 實密 本P 在封 及整 類調 種及 液域 溶區 内整 或調 小力 大壓 子置 袋設 據必 根未 0 使 除 即 廢 ， 也等 14態 孔狀 整裝 調安 及的 13置 域裝 區對 本紙悵尺度適用中國國家標準（CNS ) Λ4規格（210X297公旅） 14 322459 Α7 Β7 經濟部中央標準局員工消贤合作社印製 (請先閲讀背面之注意事項再填寫本頁) 五、發明説明（12 ) 孔也可以良好地定量注出，所 再者，在本實胞例中，熔接 部形成維狀熔接部63、63，該 袋部62的下邊，該維狀熔接部 域64及定量袋部65的縱方向熔 又，67、67為設於流路區分 實施例中，由於在流路區分區 的一條流路，所以不使用治具 由於比較寬幅地形成中央流路 部，液體也會良好地流下到定 宵施例中，全體成為長方形， 寬幅，所以下方部不會扭曲， 的安裝也容易。 以上說明了本發明之液體注 明並不限於此實施例，可做各 施例中，袋本髖部的形狀成為 狀。此外，在第一及第三實胞 熔接部，但當然也可Μ和第二 部。相反地，在第二實施例中 。再者，壓力調整區域雖然設 按照褥要也可Μ在寬度方向隔 整區域，此外如第三實施例， 再者，在上述各實施例中， 出裝置上，使定量的液體流入 Μ在本實施例中未設置這些。 略畏方形袋的四邊，在其內 維狀熔接部63、63形成酴存 之下端部接著形成流路區分區 接部66、66。 區域64的一對定位孔。在本 域64只設亶相當於中央流路 也可Μ供給定量袋。此外， ，所Κ即使不設置密合防止 量袋部。此外，待別是在本 下方部也和上部同樣地成為 使用容易且對液體注出裝置 出袋的各種實施例，但本發 種設計變更。例如在上述實 矩形狀，但也可以是其他形 例中，雖然未形成前述横擬 實胞例同樣地形成横擬熔接 ，未必需要設置模擬熔接部 於靠中央流路部的中央，但 開預定間隔形成多數壓力調 也可Μ不一定要設置。 雖然使用於裝在液體定皇注 定量袋部而定量注出，但本 15 本紙張尺度適用中國國家標準（CNS ) Λ4規格（210X297公釐） 經 部 中 央 標 準 局 員' 工 消 合 作 社 印 製 A7 B7 五、 發明説明 (13 1 1 發 明 之 液 體 注 出 袋 不 限 於 該 使 用 法 9 也 可 使 用 於 從 該 袋 1 1 無 接 觸 液 體 地 注 出 的 其 他 液 體 注 出 裝 置 〇 例 如 在 第 一 實 施 1 1 例 中 f 使 設 於 注 出 □ 部 的 注 出 口 閥 Μ 定 時 器 或 手 動 動 作 而 請 先 I 1 注 出 住 意 量 的 液 體 時 在 流 路 區 分 區 域 的 三 條 流 路 都 開 放 閱 讀 1 背 1 的 狀 態 設 置 在 該 狀 態 注 出 〇 當 時 藉 由 在 袋 本 體 部 設 置 著 面 之 1 1 三 個 流 路 區 分 區 域 及 壓 力 調 整 區 域 調 整 關 於 注 出 P 部 的 意 事 1 項 I 液 壓 可 將 注 出 壓 力 大 致 保 持 於 定 即 使 内 溶 液 為 裝 滿 填 -1 狀 態 也 可 良 好 地 注 出 〇 本 頁 此 外 在 上 述 實 施 例 中 雖 然 將 定 量 室 形 成 治 具 貼 放 於 、_〆 -V 流 路 1¾ 分 區 域 但 未 必 限 於 此 也 可 將 定 量 室 形 成 治 具 1 I 比 流 路 區 分 區 域 貼 放 於 下 方 定 量 室 流 入 路 位 於 中 央 流 路 1 1 訂 的 下 方 〇 瑄 種 情 況 密 合 妨 止 部 也 大 致 位 於 定 量 室 流 入 路 1 般 地 形 成 即 可 〇 1 1 如 以 上 根 據 本 發 明 之 液 體 注 出 袋 在 未 裝 在 液 體 注 出 1 | 裝 置 上 的 狀 態 液 體 係 在 擴 展 到 袋 本 體 部 之 儲 存 袋 部 Λ 流 1 路 區 分 區 域 及 定 量 袋 部 内 全 體 的 狀 態 被 充 填 著 所 Μ 在 運 1 送 等 流 通 階 段 流 路 區 分 區 域 不 會 簡 簞 地 扭 曲 或 折 彎 和 1 •9 先 前 袋 子 比 較 9 非 常 容 易 使 用 安 裝 於 液 體 注 出 裝 置 上 也 1 1 簡 單 〇 而 且 在 裝 在 液 體 定 量 注 出 裝 置 上 的 狀 態 > 流 路 區 1 | 分 區 域 只 留 下 中 央 流 路 t 側 部 流 路 被 完 全 切 斷 9 儲 存 袋 部 1 I 和 定 量 袋 部 成 為 只 透 過 中 央 流 路 迪 通 的 狀 態 〇 在 此 狀 態 9 1 1 I 藉 由 利 用 設 於 液 體 定 量 注 出 裝 置 上 的 液 擠 出 板 在 和 固 定 板 1 1 之 間 形 成 —. 定 的 間 隙 1 控 制 定 量 袋 部 内 的 液 量 f 可 儲 存 1 1 定 量 的 液 體 » 可 AJ-. 疋 量 注 出 0 1 1 本紙張尺度適用中國國家標隼（CNS ) Λ4現格（2丨0X297公釐〉 -16- 五、發明説明U4 Λ-7 Β7 此外，藉由在中央流路之中央部或入口部附近形成密合 經濟部中央標準局員工消費合作社印製 , 利流整口 路所經實 降弧垂由常 合不放調出 流，可確 下圓的理經 密，開力注 口度，更 在的 口的可 會者，壓從 入幅度可 緣立入樣， 不再時述，。注路幅， 邊起注同彎 也。用前力出的流路果 上微成狀折 ， 出量和壓注部節流结 將稍形形會 窄注計，整地袋調的該 於方到緣不 狹地為況調好量可口。 由上通邊 口 度實作情也良定態入部 ，向邊下入 _ 確部種域可到狀注袋 具狀立的注 口可袋這區，定的節量 治弧起體， 出體量。分定特上調定 成圓狀本時 注液定用區一未置意入 形成弧袋部 及，之使路於，裝任流 室形圓和袋 部開袋路流持際出可體 量部該據量 口 打出流該保之注等液 定端過根定 入地注的在致出體度使 之終經以述 注利體部，大注液黏態。置之成所前 使順液全合力量在的狀性裝邊形，到。 即會之域結壓定裝體當量出斜，狀下入 , 時明區相出，在液適定注傾邊形流注 部放發分互注且，照最保體的立的體地 止開本區域將而度按在確液斜起邊液好 防閥用路區可 幅以常地 傾狀直，良 (請先閱讀背面之注意事項再填寫本頁) 本纸張尺度適用中國國家標準（CNS ) Λ4規格（2IOX297公釐）The Ministry of Economic Affairs, Central Bureau of Standards, Employee and Consumer Cooperatives printed I. It is a little fascinating to rely on the wall to pass through the front entrance and to dissolve outside the road. Yu Chengbu's Central District Harmony, Forming Capital and Harmony. From the edge of the part to the side of the structure, the shape of the wall is close to the front to the top of the front, and the bottom is the shape of the bottom of the wall. The surface area is connected to the road in the shape of the melt bag. The narration consists of the mouth melting section, which is made up of the arched edge of the pre-existing body. The shape, the wall body describes the strength of the region, and the good note in the middle bar is the outer region of the liquid chamber bag table. Can be nearly paired. The liquid is fine. It should be formed on the sum zone in the front arc. Attached, all shapes can be completed. The end is round out of the body, the wall section is shaped, the road section is small, and the holes are installed in the shape of the anti-portion section. The injection liquid-shaped wall section surface flow area hole bag flow stops in place. Although the central defense has a fixed square, the oblique warp is measured well, and the material is described in the front road area. It can be set up and stopped, and the injection can be stopped before the injection of good material. The road and the entrance are dense, and the domain is the side edge. In the nature and fear-melting watershed, the central region or the hole-shaped region of the central region of the basin is inclined to the front wall of the liquid body. The front section is densely fractal in the pressure zone, and the area is installed as a descending section, Ming Chengmu, Gao Shucheng, and the lower wall section is fused to form a shape. The lower arc is sent to the shape of the front shape to the force. The forming flow supply channel is located in the upper part of the chamber and the pressure is applied to a zone and the flow melt zone is borrowed from the body flow. The liquid enters the lower standing mouth and the Dingda body body is most connected to the front of the M flow table. The injection is most likely to come out. There is a local lower bag melting. The stop hole is fixed, and the liquid is filled into a microinjection- ,, Ί-, · ---- book ------ decision— (please read the $ item on the back and then fill in this page) This paper scale is applicable to China National Standard (CNS) Λ4 specification (2ΙΟΧ 297 6) 322459 A7 B7 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of the invention (4) 1 1 The excitement lies in the fact that the liquid injection bag is installed and flows out of the liquid injection bag 1 1 solution The fixing chamber forming jig of the liquid injection device forms the lower edge 1 at the upper edge! The inclined edge at the end of the inclined edge and the end of the inclined edge are formed into an arc shape. To the top, please first 1 1 The slightly rising arc-shaped rising edge, A vertical side that forms an inlet through the arc-shaped standing side is formed. Face 1 Note 1 Brief description of drawings 1 Item 1 Figure 1 is a front view of a liquid injection bag according to the first practical example of the present invention; Then% Figure 2 is the liquid injection bag packed in [State page on the status of the liquid setting device] Explanatory drawing; 1 1 FIG. 3 is a front view of the liquid injection bag in the second embodiment of the present invention: 1 I FIG. 4 is a third embodiment of the present invention Front view of the liquid injection bag; 1 1 Order 5 is a line graph showing the relationship between the number of injections of the liquid injection bag and the amount of filling of the first real drag example; 1 1 FIG. 6 is a liquid showing the comparative example Line diagram of the relationship between the number of injections of the injection bag and the filling amount 1 1; 1 FIG. 7 is a schematic diagram of the liquid quantitative supply device. | Description of the preferred embodiment 1 f I Example of a real cell 1 1 1 FIG. 1 The plan view of the first example of the liquid injection bag of the invention. Example 1 The liquid injection bag 1 of the example 1 has a heat-sealing material with high air resistance and resistance 11 1 t such as polyethylene / adhesive layer / isovaline phenolphthalein / adhesive layer / polyethylene The peripheral part 4 of the front wall and the back wall formed by the multi-layer 1 1 I film is sealed, and the remaining 1 1 is the bag body part 2 containing the liquid and the aforementioned front wall and V. The outer wall is from the bag body part 1 1 The lower part of the lower part protrudes slenderly to form the elongated injection port 3 0 1 1 The paper size is applicable to the Chinese National Standard (CNS) Λ4 specification (210X297 mm) _ 7-A7 B7 Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs Printing 5. Description of the invention (5 1 i The flow path to the lower part of the bag body is divided into two flow paths. The flow path area 1 1 sub-region 5 is formed below the center of the bag hip 2. With 1 1 predetermined interval Μ longitudinal center gland as the center parallel to the body welding surface wall and 褢 /-VI please first 1 the vertical strip formed by the wall 7 7 is provided in the flow path division area 5 And by-Μ I read back body welding the wall and the upper wall from the vertical bar 7 7 to the side of the bag side of the upper side of the direction | f 1 extending from the upper bar 8 8 and extending from the lower side to the side of the bag Lower Hengqin 1 event 1 f I strip 9 9 〇m This 1 is reshaped from the central portion of the bag body to the lower portion. 4 Fill in the central flow path 10 formed between the vertical strips 7 and Ί A side channel 11 12 formed between the upper end of the two sides of the upper side of the Ϋ M f strip and the side of the bag 11 12 forms a 1 -_ | total channel division area consisting of three channels 〇1 I As mentioned above, the flow path division area 1 is set at the lower center of the bag body. I order 9 As will be described later, the bag is installed in the liquid injection device. By configuring a quantitative chamber to form a jig, it is placed on the flow path division. Area from The flow path zone 1 is formed from the upper part 5 to the storage bag part 1 Γ), and the lower part is formed with the bag parts 16 and 1 I. In addition, the liquid injection bag of the Mu Ning embodiment is formed above the central flow path 10 Table m and shell m are pressure-adjusted zones 1 | domain 13 formed by bonding circular shapes. Domain 13 is formed at its center with K-hole adjustment holes for the wall and shell walls. I 4 Adjustment 1 The pressure of the liquid flowing into the central flow path. The upper peripheral portion 4 is formed with two 1 1 joint holes 1 7 Λ 17 which can be joined to the upper portion of the support bag body and penetrate the fusion wall surface and the Xiang wall at the upper portion of the flow path 1 | division area 5 above the horizontal strips 8 and 8 1 I The positioning hole 18 is formed, and the flow path division area and the quantitative bag portion can be correctly installed. 1 1 1 On the liquid injection device. I 1 9 9 M. The plastic material is formed with a sealed M. filling port 1 9 body safety 1 1 The surface wall of the storage bag will be filled by this filling P However, if the paper size of 1 1 is applicable to the Chinese National Standard (CNS) Λ4 specification (2 丨 OX 297 Gongchu) -8-Λ7 ____B7 V. Description of the invention (6) The liquid is filled from the opening of the upper edge of the bag body After filling, the upper edge opening is heat-sealed, and the filling port is as shown in the embodiment shown in FIG. 4 described later, and must be provided without pain. In addition, in this real cell example, the adhesion prevention portions 20 and 20 are formed in two shapes along the central portion of the front wall of the entrance portion of the central flow path. The adhesion prevention portion relies on forming opposite surfaces of the heart wall and the Xiang wall to prevent the two from adhering to each other. In this embodiment, the change is made by adding stamping marks only to the surface wall. The surface characteristics of the heart wall. In addition, as a means of changing the surface properties, it is not limited to stamping marks, and various means such as making one bundle or both sides rough may be used. In addition, in the same way, the injection part 丨 :: 丨 part 3 is also provided with a stamping mark on the surface wall and is provided with an adhesion prevention part 2], 2 1 ″ to prevent the state of being mounted on the liquid supply device described later, and falling out of the injection Valve position part. When the liquid injection bag 1 formed on M is in an unused state, such as the M virtual gland 22 shows the injection end of the □ portion 3, it is pinched from the outside with a freely detachable pin and the liquid does not flow to the injection The exit part is blocked like the exit part. In this state, in the factory, the liquid is filled in the bag, and the liquid is expanded into the storage bag part 15 of the bag body part, the flow path division area 5 and the quantitative bag part 16 and is pre-employed by the Ministry of Economic Affairs Central Standards Bureau Printed by a consumer cooperative (read the precautions on the back before filling in this page) / · Quantitative filling, so that during the transportation and other circulation stages, the flow path distinguishing area will not be simply twisted or bent. Compared with the previous bag, it is very easy to use. Then, the liquid injection bag 1 filled with liquid is adjusted by fitting the engagement holes 17, 17 with the engagement protrusion 72 formed on the holding table 71 of the liquid injection device 70 shown in FIG. The hole 14 is engaged with the engagement protrusion 73, and the positioning holes 18, 18 are engaged with the engagement protrusion (not shown) provided corresponding to the flow path division area, and can be positioned at a predetermined position, such as the 7_ As shown, the paper size can be correctly installed. The Chinese National Standard (CNS) Λ4 specification (210X297 public broadcasting) -Q-322459 at B7 Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economy V. Description of the invention (7.) 1 1 On the liquid quantitative injection device, 0 and 9 as shown in the hypothetical nickel 1 1 I of the 2M 獇 影 鍠, the flow path is divided into areas and only the central flow path is left. 10 The liquid injection device is determined by the liquid 1 1 The quantitative chamber forming jig 30 30 squeezes the side but the flow path is completely complete. 1 1. Cut off the storage bag portion 15 and the fixed bag portion 16 to be connected only through the central flow path. Set The interval between the chamber forming fixtures 30 and 30 can be adjusted and set at ft 1 I. In the embodiment shown in the figure, the most suitable chamber forming fixtures are 30 and 30.% 1 Item 1 From the vertical direction 7 7 Sideways Adjust it from the vertical bar to the inner side, and then refill X to adjust the internal flow path of the central flow path 10. The condition of the low-viscosity internal solution can be made thinner than the state on the page of the figure. The central flow path is in this state. The liquid extrusion plate 3 1 (shown by the imaginary line in FIG. 2M) on the ejection device is moved so as to face the liquid extrusion plate and clamp it. 1 Set the fixed plate like a bag Form a fixed space to squeeze a fixed volume 1 1 The liquid that enters the fixed-quantity bag portion with the puncture bag portion is squeezed into the storage bag portion 9 1 1 Certain liquid is stored in the fixed-quantity bag portion to complete the installation. While pouring the liquid The state of the bag packed on the liquid injection device Note 1 > «*» »The person P valve 32 (FIG. 2) is located at the opposite position of the aforementioned central flow path 10 The injection port 1 The valve 3 3 is located at the opposite side of the injection P part 3 Use the appropriate pusher 3Λ1 to move the injection valve and to inject 1 * 1 P in the position. As shown in the arrow 7 4 and 75 of FIG. 7 M in FIG. 7, for 1 1 in the central flow path 10 or out Part D 3 moves at a right angle to open and close the central flow path 1 1 or to inject P 〇As mentioned 9 after the liquid injection bag is installed and cut off and removed 1 I inject P to open the lower end of the inject P to prepare for injection End of work 0 1 I As described above 9 At the time when the liquid injection bag 1 is installed to prepare for the end of the work I 1 1 1 Since the amount of liquid is stored in the quantitative bag 16, 1 1 1 is used with an appropriate actuator 9 Note □ Valve 33 releases the pressure of note Ρ as soon as it is released. Note 1 1 This paper size applies to the Chinese National Standard (CNS) Λ4 specification (2IOX297 male yak) Λ7 __B7_ V. Description of invention 8) on the mouth opening of the bag the liquid flow in the dosing unit starts. After that, the quantitative bag section 16 is extended by the liquid extrusion plate 31 Μ time squeezing operation. • The liquid in the Tingtong bag section will not be left in the bag, and it can be injected well in the end. After the injection is completed, the injection valve 33 enters first * and then the injection valve 32 retreats, and the liquid extrusion plate 16 returns to the initial position where a predetermined gap is formed between the fixed plate and the liquid, whereby the liquid penetrates from the storage bag portion 15 When the central flow path 10 flows down, a predetermined amount of liquid flows into the fixed bag portion 16, and the carbuncle is injected next time. Printed by the Employee Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs. As shown on M, a certain amount of liquid will not be completely brought into contact with the mechanical equipment of the injection device from the liquid injection bag 1, but can be injected into the cup 76. In addition, in this embodiment, when the above injection is performed, since the pressure adjustment area is formed above the flow path division area, the liquid in the storage bag portion is divided at this position to reduce the liquid pressure applied to the central flow path. Even if the amount of liquid in the storage bag part changes, the liquid can always flow down to the fixed bag part with a certain pressure. Furthermore, since the adjustment hole is formed in the pressure adjustment area, the hole and the engagement protrusion of the injection device are maintained in engagement, so the distance from the pressure adjustment area to the central flow path can be constantly kept constant, and the pressure adjustment is combined with each other. Even if the remaining amount of liquid in the storage bag portion becomes small, it can be poured out well. In addition, since the adhesion prevention portion is formed in the central flow path and the injection port, even if the width of the central flow path and the injection port is narrow, it will not close, the valve will open smoothly when the valve is opened, and the liquid can be injected reliably . In order to confirm the operation effect of the above-mentioned gravity adjustment area and the adjustment hole of the liquid injection bag of the present invention, the following experiment was conducted. As an example of the actual cell of the present invention, a liquid injection bag with a content of 3 liters is produced according to the shape shown in FIG. 1, and as a comparative example, the pressure is not adjusted. The paper size is adapted to the Chinese National Standard (CNS) Λ4 specification (210X297 Mm) (please read the notes on the back before filling in this page) -11-A7 B7 V. Description of the invention (9) The area and the adjustment hole have the same shape and the same volume of liquid injection bag. Then, each is filled with 3 liters of water, and this is the target value. 30g each time, 100 times of all injections are completed, and they are installed on the liquid injection device, and 100 injections are repeated, and each injection is measured. Although out. In addition, the installation angle of the storage bag portion was set to 13 ° in common, and it was attached to the liquid injection device. As a result, in the case of the actual cell example, the result shown in the graph of FIG. 5 is obtained, and in the case of the comparative example, the result shown in the graph of FIG. 6 is obtained. As can be understood from the graph, if the number of injections exceeds 90 times in the case of this real roe case, the amount of injection tends to decrease slightly, but it can be slightly quantitatively injected by the last 100 times, and it is not wasted by the end Note out. In the case of this real cell, the average filling amount is 29,542 g, and the standard deviation is 0.39. On the other hand, in the case of the comparative example, it is almost unchanged from the case of the present example up to about 90 times, but once it exceeds 90 times, an extreme error occurs and cannot be quantitatively injected. Therefore, in the case of the bag of the comparative example, in the state where the most pungent liquid is left in the bag, the injection must be completed about 90 times, and there is a problem of much liquid waste. In addition, in the case of the comparative example, the average filling amount was 28.352 g, and the standard snipe difference was 3.82, indicating that the error was large. Printed by the Staff Consumer Cooperative of the Central Bureau of Standards of the Ministry of Economic Affairs (please read the precautions on the back before filling in this page) Confirmed by the experimental results on Μ: the setting of the force adjustment area and the adjustment hole in the quantitative supply of liquid * especially the liquid injection The quantitative supply when the remaining amount of liquid out of the bag becomes small has a significant effect. In addition, the structure is simple, the on-off valve can be reliably stabilized, and the operation is simple. It can be reliably dispensed without being skilled, and there is no need to eliminate nozzles and other parts. * Maintenance and management are easy. Examples This paper scale is applicable to the Chinese National Standard (CNS) Λ4 specification (210Χ297 公 f) -12-12 A7 B7 Printed by the Employees ’Consumer Cooperative of the Central Standards Bureau of the Ministry of Economy V. Description of the invention (10) 1 I FIG. 3 shows the invention The second real cell example of the liquid injection bag is the same as that of the foregoing embodiment 1 1 and the same symbols are attached. Detailed description is omitted. The example 1 1 of the real m liquid injection bag 40 forms the lower part of the storage bag part 4 1 at the lower end. Please create the flow path distinguishing region 42 and the quantitative bag part 1 1 first. In this real m example, 9 reading 1 back 1 flow path distinguishing area is only one of a pair of positioning surfaces that weld the front wall and the upper wall into a circular shape. Note 1 The hole forming welded portion 44 44 is formed at the center to form the positioning The hole 45 Λ intention 1 I 45 〇 Therefore, in this embodiment, a pair of positioning holes are used to form the welded part, and then fill out this page. 1 Two flow paths The central flow path is wider than the flow paths on both sides to form a fixed outflow. 2. At the time of f, the injection device is used to form the chamber, and the fixture is formed to increase the adjustment of the width of the flow path. The range of 1 t section can correspond to a variety of internal solutions. In addition, in this embodiment, it is stored The lower part of the bag is formed with Simulated welding part 25 which simulates the welding of the surface wall and the shell wall in the width 1 1 order direction. This horizontally planned welding part 1 2 5 prevents the inflow of the internal solution filled in the storage bag part 1 1 until it is mounted on the liquid supply device. When the path forming area and the fixed bag part are not easily peeled off in the normal flow state 1 I state and are installed on the liquid supply device, they can be peeled to the extent that they can be peeled by pressing the storage bag part with a predetermined pressure of M Ground cover 1 Horizontal pseudo-fusing followed by 〇1 The peel strength of the horizontal pseudo-welding portion that satisfies the above conditions, the result of the experiment t 1 1 100 ~ -500gf / 15m IR width is preferably 1 5 ~ 4 0 0 gf / 1 5 m η width The Fan Puliang is good 1 1 good 〇1 I. In addition to the liquid injection bag of this embodiment, the lower side of the inner r 1 part of the bag portion 43 is fixed as shown in the figure, and the side edges are welded into an inclined side that is inclined downward. 46 1 1 46 Terminal at the aforementioned inclined side The part is formed in an arc shape and rises slightly upward 1 1 The arc-shaped rising edge 47 4 7 passes through the arc-shaped rising edge 47 47 to 1 1 This paper size is applicable to the Chinese National Standard (CNS) Λ4 specification (210X 297 mm ) -13- A7 __B7 5. Description of the invention (11) The entrance of the injection port. This shape was found by repeating the results of various experiments on the method of making the outlet 48 not close or bent to make it flow out well, and it was confirmed that the folding force became pressure, and the closed mouth shape entered the upper mouth without dictation. The reason for the cause and shape injection is Lai Yikai, but it is out of the liquid. The dissolution of the image is a special and unique phenomenon. Fold out to the shape of the stream to see that the place will be profitable. The shape of the flow will change from the most to the shape. The outflow at the time of the shape of the curve will be 0. The cell of the middle case will be the same as this. According to the fact that there is no root at all, it is true that 5 > The oblique shape of the oblique shaped tilting chamber is set to be the same as the sideware. The lower part is used as the bag part of the lower part h. Ying 50 mouths. E: The injection room and the most cost Set the shape to the shape of the case, shape the bag, and make the injection into the body shape. This is the regular reason for borrowing 〇Ϊ 3 sides, 5 ends, the front is vertical, and the 5 degree li amplitude is an arc of a circular path. It is installed in the middle of the central part of the flow center, and it can be adjusted to the lower compartment. It is good for the body. The body is made of liquid, and the shape of the room is shaped. Another room bag out. The pedestal liquid safety adjusts the degree of the post-bark compartment, and the sticky liquid is filled out to give out the note, and the body presses the liquid. The above figure is not installed in the installation example (please read the back side first (Notes to fill out this page) The Ministry of Economic Affairs, Central Bureau of Standards, Employee Consumer Cooperative printed the sample cell before the case and the case of the third version. Shiluo Shi's detailed description of the second chapter of the Ming Dynasty. The No. 6 bag shows the examples of the liquids attached to the same injection body. The liquid is dissolved in the liquid after adjustment. The factory workers in Zhongchong fill in the description before filling, and fill it out. Charge 61, drop the edge and go to the upper part of the neutron bag to seal it. P Adjust or adjust the pressure in the sealing and whole-type seeding and liquid-solution zone. Abandoned, waiting for the 14-state hole-shaped installation and the 13-zone installation area to apply the Chinese National Standard (CNS) Λ4 specification (210X297 public travel) to the paper paper scale 14 322459 Α7 Β7 Ministry of Economic Affairs Central Standards Bureau employee Xiaoxian Cooperative Printed (please read the precautions on the back before filling in this page) V. Description of the invention (12) The holes can also be well-quantified. Furthermore, in this real cell example, the welded part forms a dimensional welded part 63 , 63, the lower side of the bag portion 62, the longitudinal fusion of the dimensional welding area 64 and the quantitative bag portion 65, 67, 67 are provided in the flow path division embodiment, due to a flow in the flow path area partition Therefore, without using a jig, the central flow path is formed with a relatively wide width, and the liquid will flow down well to the regular night embodiment. The whole is rectangular and wide, so the lower part will not be distorted, and the installation is easy. The liquid notes of the present invention described above are not limited to this embodiment, and in each embodiment, the shape of the hip portion of the bag may be shaped. In addition, in the first and third real cell fusion part, but of course also can be M and the second part. On the contrary, in the second embodiment. In addition, although the pressure adjustment area can be provided in the width direction according to the requirements of the mattress, in addition, as in the third embodiment, in addition, in the above embodiments, the device allows a certain amount of liquid to flow into the M These are not set in the examples. Slightly afraid of the four sides of the square bag, the inner dimensional welding portions 63, 63 form the lower end of the storage, and then the flow path area division joints 66, 66 are formed. A pair of positioning holes in the area 64. In this field 64, only a central flow path is provided, and a quantitative bag can also be supplied. In addition, even if the K does not provide an adhesion prevention measuring bag portion. In addition, it is to be noted that the lower part is similar to the upper part, and it is a variety of embodiments that are easy to use and to pouch the liquid injection device, but the design of the invention is changed. For example, in the above-mentioned solid rectangular shape, it may be in other forms. Although the horizontal pseudo-real cell example is not formed in the same manner as the horizontal pseudo-welding, it is not necessary to provide a simulated fusion part near the center of the central flow path. Most pressure adjustments may be formed at intervals, and M does not have to be set. Although it is used for quantitative injection in the liquid fixed-quantity bag, the 15 paper size is applicable to the Chinese National Standard (CNS) Λ4 specification (210X297 mm). A7 B7 is printed by the Central Standards Bureau of the Ministry of Industry and Consumer Cooperatives V. Description of the invention (13 1 1 The liquid injection bag of the invention is not limited to this usage method 9 and can also be used for other liquid injection devices that are used to inject liquid from the bag 1 1 without contact. For example, in the first embodiment 11 Middle f Make the injection valve in the injection section □ Timer or manual operation, please first I 1 When injecting the desired amount of liquid, all three channels in the channel division area are open. Read 1 Back 1 status setting Note in this state. At that time, by setting the face 1 1 on the bag body, the three flow path division areas and the pressure adjustment area are adjusted to note the P part. I The hydraulic pressure can keep the injection pressure roughly constant, even if the internal solution is full and filled -1, it can be injected well. In addition, in the above embodiment, although the quantitative chamber forming jig is placed on, _〆- The V flow path is divided into 1¾ areas, but not necessarily limited to this. The metering chamber forming jig 1 I can be placed below the flow path division area below the metering chamber. The inflow path is located below the center flow path 1 1. The part is also roughly located in the inflow path of the quantitative chamber. It can be formed as it is. 〇1 1 As described above, the liquid injection bag according to the present invention is not installed in the liquid injection 1 | The state of the liquid system is extended to the storage of the bag body The Λ flow 1 channel division area of the bag section and the entire condition of the quantitative bag section are filled with the flow channel division area during the circulation stage such as 1 delivery It does not twist or bend easily and 1 • 9 Previous bag comparison 9 Very easy to use It is also installed on the liquid injection device 1 1 Simple 〇 And in the state of being installed on the liquid quantitative injection device > Flow path area 1 | Only the central flow path is left in the subregion. The lateral flow path is completely cut off. 9 The storage bag section 1 I and the quantitative bag section are in a state that only passes through the central flow passage. In this state 9 1 1 I The liquid extrusion plate on the liquid metering device is formed between the fixed plate 1 1 —. The fixed gap 1 controls the amount of liquid in the metering bag part f. It can store 1 1 metered amount of liquid »available AJ-. Out 0 1 1 This paper scale is applicable to the Chinese National Standard Falcon (CNS) Λ4 present grid (2 丨 0X297mm) -16- V. Description of the invention U4 Λ-7 Β7 In addition, by the central part or entrance of the central flow path Printed by the Ministry of Economic Affairs, Central Bureau of Standards, Employee Consumer Cooperatives The actual descending sag is adjusted from the normal flow to the outflow, which can confirm the rationality of the roundness and the density of the opening force, and the person who is in the mouth can press the sample from the input range, and it is no longer. Narrate ,. Note the width of the road and the same turn as the side. The flow path outputted by the front force is slightly folded in shape, the output and the throttle of the injection part will be slightly shaped, and the injection will be narrow. The adjustment of the ground bag should be adjusted to the edge and the width is not narrow. . From the upper edge of the mouth, the implementation of the situation is also good, and the state is entered into the department, and the downward direction is _ to ensure that the species field can reach the shape of the injection nozzle. Mass. It is adjusted to a round shape, and the liquid injection area is unintentionally formed into an arc bag and the flow path is round and the bag is opened. According to the volume port, the injection of the fluid and the fixed end of the liquid and the end of the injection are fixed at the end of the injection, and the end of the body is so that the body is injected, and the liquid is injected in a viscous state. Before putting it into place, install the shape of the shape of the full force of the liquid, and arrive. Equivalently, the pressure-fixed body of the meeting will be inclined diagonally, and the shape will be lowered in time, and the bright area will be phased out. Stop opening this area and press the right side to ensure that the liquid is inclined and the edge of the liquid is good. The anti-valve road area can be straight and straight, good (please read the precautions on the back before filling this page) This paper size is suitable for China National Standard (CNS) Λ4 specification (2IOX297mm)