M306578 八、新型說明： 【新型所屬之技術領域】 本創作係與包裝食品之應用有關，更詳而言之是指一 種用於食品包裝袋中之具有氧氣檢知功能的除氧劑包裝結 構0 5 【先前技術】 為使食品包较袋内之食品(如蛋糕)獲得良好的保鮮效 果，業者會於食品包裝袋内置入一内含除氧劑之小包裝 袋，以防止食品包裂袋内的氧氣造成食品敗壞，而為檢知 1〇良°口包裝袋内的氧氣含量是否在標準值範圍内，業者一般 會再置入一可檢測氧氣含量的檢知單元於食品包裝袋内，又 以作為品•’丨隹，由於該内含除氧劑的小包裝袋 與檢知單7L為二個獨立的物件，除需各別生產製作外，在 與食品包裝過程中尚須經二次的投擲作業始可，徒增生產 15 作業上的不便。 為改善上述缺失，遂有業者開發出一種如第一至三圖 所示之除氧劑複合包裝袋卜其結構包括-内含除氧劑2a 之^裝袋2與—内含檢測氧氣用指示片3a之包裝袋3，該 包裝袋2具有多數氣孔2b供除氧劑^吸收包裝袋2外部 2〇的氧氣，藉以降低食品包裝袋4 _氧氣含量，另外，包 裝袋3藉由黏膠5而貼覆在包裝袋2的表面，其内部的指 不透過氣孔3b而得以檢測食品包裝袋4内部空氣的 含氧濃度，並產生相對的顏色變化，以供吾人確知食品包 裝袋4内是否接近無氧狀態。 M306578 成:、、' 4述包裝袋2與包裝袋3因相互貼合成一體便 於Γί投人食品包裝袋4内，但於貼合接觸㈣位將相互 遮敝乳孔2b、3b，造成除氧劑2a吸收氧氣之效率降低，且 指不=3a恐有檢測不精確之虞；其次，該二包裝袋2、3 尚f需經過一道的黏合程序，雖於投擲時快速且方便，但 其鈾置的黏合準備作業仍屬繁續與不便。 有繁於此，本案創作人乃經詳思細索，並積多年從 相關行業之開發與製造顯，終而有梢作之產生。 【新型内容】 之主要目的在於提供—難有魏檢知功能之 除^包衣結構，其·之除_ 設置且彼此不產生干涉，不僅得以-次的投擲 更具有良好的氧氣⑽鮮確的檢顺果。、 ^ 15 ^/=達成上述之目的，本創作所提供之—鮮有氧氣 檢知功能讀氧純具冑 I有觀 诱裔弘俨於1旦紅+丄 長形透氣袋體’該長形 u又衣组於，、長軸方向間隔地形成有複數 與複數個第二封閉空間，每一第— 弟封閉工間 空氣中氧氣的除氧劑，每一第二封閉：二容置有可：取 種顏色的氧氣檢知單元，該氧氣> =3谷置有具有第一 氣含量低於-預定值後變化:¾檢測空氣中之氧 體並㈣應魏檢料找纽縣形透氣袋 前述長形透氣袋體復經分割戍許多::并連 封閉之弟一透氣袋與第二透氣袋， 。又 周圍 U便於—次投入食品包 20 M306578 裝袋内的包裝結構同時具有除氧劑與氧氣檢知單元。 【實施方式】 以下茲列舉本創作之較佳實施例，並配合下列圖式詳 細說明於後。 第四圖為本創作一較佳實施例之除氧劑包裝結構在 完成封裝之前的態樣示意圖，其揭示一以熱封材質製成的 透明長形透氣袋體12被預先加工製作成有複數個間隔排列 且各具一投料口 12a的容室12c，該長形透氣袋體丨2並具 有複數個氣孔12b，該些氣孔12b連通長形透氣袋體12的 外部與容室12c ; 第五關示以自動化作業的投料方式將除氧劑i4斑呈 =氧氣檢知單元16分別自各投料口 12a處投入各該容 15 20 ==143明的是’本實施例之投料作業係採交相投 久，劑Η與魏檢知單元丨6的方式為之，亦即使得於 的除氧劑14與氧氣檢知料16以定序的方 第六圖揭示在完成除氧劑14 入作業後，對長形透氣袋體12施知早（16的投 料口 Ua，最级使得^M熱壓處理，以密合各投 成封裝後:包裝封閉空間:易言之，完 隔毁置的第一封閉空間121與第二|數個者長軸方向間 ，空間121⑺置人有該可吸取空122’每-第一 每〜第二封閉空間122内則置人^^中氧氣之除氧劑14， 、 —具有第一種顏色（紫色） 6 M306578 之氧氣檢知單元16,該氧氣檢知單元測得空氣中之含 氧濃度低於0.1%時，將變化為第二種祕(粉紅色），該第 一種顏色所代表的涵義為接近無氧狀能。 令、主在f貝，例中所使用的氧氣檢知單元16係為纖維布 浸潰於氧化還原變色物質·得之片狀體，#然其可視實 際的使用環境而以其他形體呈現，例如粒#大於氣孔⑶ 孔徑的顆粒，又如錠狀體。 10 15 之後’復對第六圖揭示之包I結構1〇以單-除氧劑14 併鄰單-氧氣檢知單元16為—組的方式予以分割成複數個 包裝、輯單元2G，被分割後之包裝結構料⑽如第七圖所 不-包裝結構單it 2G由周圍封閉之/第—透氣袋2ι 與一第二透氣袋22構成，該第-透氣袋21内部形成該第 封閉工間12卜5亥第—透氣袋22内部形成該第二封閉空 間122 :而該些氣孔12b分布於該二透氣袋21、^的袋體 上’且该些亂孔12b使得該第一封閉空間m 閉空間122與袋體外部相通。 发乐一封 藉由上述包裝結構單元2〇同時具備有 ^ 氣檢知單元16之特性，係可以—次_卩方t 裝袋中，確實改善了習用結構須以二次的=入艮4 併鄰且彼此不相互產生干擾(疊合)的第—透 二二‘‘、、 透氣袋22所包裝，因此，除氧劑Μ可透過氣;；== 地吸收食品包裝袋内的氧氣，而氧氣檢知單元二= 氣孔12b以檢知食品包料⑽含氧濃度，吾人^藉= 20 M306578 月勺第透氣衣22以觀察到氧氣檢知單元16的顏色變 化，據以確知食品包裝袋内是否接近無氧狀態，是以，本 創作之包I結構單元2Q使得包裝作業更為快速及簡便，且 具有良好的氧氣吸收與準確的檢測效果。 .5 第八圖進一步揭示上述第一、第二透氣袋21、22表面 印刷有說明或警告的文字或圖案，並預留多數圓形區域作 • 為透明視窗12d，藉此不僅可達到告知使用或注意之目的， 更不^衫響吾人的觀察，俾使得產品包裝更具實用性。 另說明的是，用以製作本創作所使用的長形透氣袋體 1〇 U的結構，可為如第九圖所示之雙層結構，或如第十圖之 二層結構。其中第九圖所揭示之長形透氣袋體12由一為聚 對笨二曱酸乙二醇酯(p〇lyEthylene Terephthalate，PE丁)之表 層10a與一為流延聚丙稀（Cast Polypropylene，CPP)之内 層l〇b所組成，該些氣孔12b並貫穿該表層1〇a與内層1此， 鲁 b使得第一封閉空間121及第二封閉空間122與外部相通。 第十圖所示之長形透氣袋體12,結構係於表層i〇a與内 層l〇b之間更增設有一纖維層i〇c，據以構成三層結構之複 合膜，該纖維層10c於本實施例中係以透明不織布為例， 氣體可於表層l〇a之氣孔12b、纖維層l〇c與内層i〇b之《 20孔12b之間竄流，藉此使得除氧劑14可吸收空氣令的^ 氣’以達防止食品敗壞之目的，同時氧氣檢知單元16可^ 知食品包裝袋内的含氧濃度。 览 另一提的是，本創作之包裝結構除了被以如第六圖所 示之橫向擺置態樣製作外，亦可如第十一圖所示之直立能 8 M306578 樣’該包裝結構30的製作方式是先投入除氧劑14後予以 抢合成第—封閉空間31，緊接著再投入氧氣檢知單元16 亚予密合成第二封閉空間32,反覆上述的投入與密合作M306578 VIII. New Description: [New Technology Field] This creation is related to the application of packaged foods. More specifically, it refers to an oxygen scavenger packaging structure with oxygen detection function in food packaging bags. 5 [Prior Art] In order to make the food package get better preservation effect than the food (such as cake) in the bag, the manufacturer will put a small bag containing oxygen scavenger into the food packaging bag to prevent the inside of the food bag from cracking the bag. The oxygen causes the food to be corrupted. In order to check whether the oxygen content in the bag is in the standard value range, the manufacturer will usually put a detection unit capable of detecting the oxygen content in the food packaging bag. As a product, '丨隹, because the small package containing the oxygen scavenger and the inspection list 7L are two separate items, in addition to the separate production, in the food packaging process has to be twice The throwing operation can start, and the inconvenience of 15 jobs is increased. In order to improve the above-mentioned defects, the manufacturer has developed an oxygen scavenger composite packaging bag as shown in the first to third figures, and the structure includes a bag 2 containing an oxygen scavenger 2a and an indication for detecting oxygen. a packaging bag 3 of the sheet 3a, the packaging bag 2 has a plurality of air holes 2b for the oxygen scavenging agent to absorb the oxygen outside the packaging bag 2, thereby reducing the oxygen content of the food packaging bag 4, and in addition, the packaging bag 3 is made of the adhesive 5 And attached to the surface of the packaging bag 2, the internal finger is not transmitted through the air hole 3b to detect the oxygen concentration of the air inside the food packaging bag 4, and produces a relative color change, so that we can know whether the food packaging bag 4 is close to the inside. Anaerobic state. M306578 成:,, '4 The packaging bag 2 and the packaging bag 3 are integrated into each other for easy Γ 投 投 投 食品 食品 食品 食品 食品 食品 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投 投The efficiency of the absorption of oxygen by the agent 2a is lowered, and the indication is not = 3a, and the detection is inaccurate; secondly, the two bags 2 and 3 are subjected to a bonding procedure, and although it is fast and convenient to throw, its uranium The bonding preparation work is still complicated and inconvenient. In this case, the creators of this case have been carefully thought out, and have accumulated many years of development and manufacturing from related industries. [New content] The main purpose of this is to provide a coating structure that is difficult to detect and detect. It is not only interfered with each other, but also has good oxygen (10). Check the results. , ^ 15 ^ / = to achieve the above purpose, the creation of this offer - very little oxygen detection function reading oxygen pure 胄 I have a view of the enthusiasm of Hong 俨 in 1 red + 丄 long vented bag body 'the long shape The u-clothing group is formed with a plurality of plural and a plurality of second closed spaces spaced apart in the direction of the long axis, and each of the first brothers closes the oxygen deodorizer in the air of the work room, and each of the second enclosures: : Take the color of the oxygen detection unit, the oxygen > = 3 valley set has the first gas content below - the predetermined value changes: 3⁄4 detection of oxygen in the air and (four) should be Wei inspection material to find New York shape ventilation The bag of the aforementioned long-shaped ventilated bag body is divided into a plurality of 复 ::: and even the closed brother of a breathable bag with a second venting bag. The surrounding U is convenient for the food package. 20 M306578 The packaging structure inside the bag also has an oxygen scavenger and oxygen detection unit. [Embodiment] Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the following drawings. The fourth figure is a schematic view of the oxygen scavenging packaging structure of a preferred embodiment before the packaging is completed, which discloses that a transparent long venting bag 12 made of a heat sealing material is pre-processed into a plurality of a compartment 12c spaced apart and each having a feed opening 12a, the elongated air permeable bag body 2 having a plurality of air holes 12b communicating with the outer portion of the elongated air permeable bag body 12 and the chamber 12c; In the charging mode of the automated operation, the oxygen scavenger i4 spot is formed = the oxygen detecting unit 16 is respectively put into each of the contents from the respective feeding ports 12a. 15 20 == 143, which is the same as the feeding operation system of the present embodiment. For a long time, the method of the agent Η and the Wei detection unit 丨6 is such that the oxygen scavenger 14 and the oxygen detecting material 16 are sequentially arranged in the sixth figure to reveal that after the completion of the oxygen scavenger 14 operation, The long-shaped ventilating bag body 12 is known early (16 feeding port Ua, the highest level is ^M hot pressing treatment, after close fitting into each package: packaging closed space: easy to say, the first to destroy Between the closed space 121 and the second | a number of long axis directions, the space 121 (7) is placed to have the absorbable An oxygen scavenger 14 having a first color (purple) 6 M306578, the oxygen detecting unit is disposed in each of the first to the second enclosed spaces 122. When the unit measures that the oxygen concentration in the air is less than 0.1%, it will change to the second secret (pink), and the first color represents the meaning of being close to anaerobic energy. The oxygen detecting unit 16 used in the example is a sheet-like body obtained by impregnating a fiber cloth with a redox discoloring substance, and it may be represented by other shapes depending on the actual use environment, for example, the particle # is larger than the pore diameter (3). The particles are again ingots. 10 15 Then, the package I structure disclosed in the sixth figure is divided into a plurality of single-oxygen scavengers 14 and the adjacent single-oxygen detecting unit 16 as a group. The packaged unit 2G, the divided package structure material (10) is as shown in the seventh figure - the package structure unit it 2G is composed of a surrounding closed/first air permeable bag 2ι and a second venting bag 22, the first venting bag 21 forming the second closed space inside the second closed work room 12 bu 5 - the venting bag 22 is formed inside 122: The air holes 12b are distributed on the bag body of the two air permeable bags 21, ^ and the holes 12b enable the first closed space m closed space 122 to communicate with the outside of the bag body. The packaging structure unit 2 has the characteristics of the gas detecting unit 16 at the same time, and can be used in the bagging of the _ 卩 t square t, which does improve the conventional structure to be secondary to the 艮 4 and adjacent to each other and not mutually generated. Interference (superimposed) of the first - through two", the venting bag 22 is packaged, therefore, the oxygen scavenger can pass through the gas;; = = absorb the oxygen in the food packaging bag, and the oxygen detection unit two = The stomata 12b detects the oxygen concentration of the food package (10), and the person wears the ventilating coat 22 of 20 M306578 to observe the color change of the oxygen detecting unit 16, so as to know whether the food package is close to an anaerobic state. Therefore, the package I structural unit 2Q of the present invention makes the packaging operation faster and simpler, and has good oxygen absorption and accurate detection effect. .5 The eighth figure further discloses that the first or second venting bags 21, 22 are printed with a text or a pattern of instructions or warnings on the surface, and a plurality of circular areas are reserved for the transparent window 12d, thereby not only informing the use Or for the purpose of attention, it is not to slap my observations, so that the product packaging is more practical. It is to be noted that the structure for making the elongated gas permeable bag body 1 U used in the present invention may be a two-layer structure as shown in Fig. 9 or a two-layer structure as in the tenth figure. The elongated gas permeable bag body 12 disclosed in the ninth figure comprises a surface layer 10a of poly(p-lye ethylene terephthalate) and a cast polypropylene (CPP). The inner layer 10b is formed, and the air holes 12b extend through the surface layer 1a and the inner layer 1. The b1 makes the first closed space 121 and the second closed space 122 communicate with the outside. The elongated gas permeable bag body 12 shown in the tenth figure is further structured with a fiber layer i〇c between the surface layer i〇a and the inner layer 10b, thereby forming a composite film of a three-layer structure, the fiber layer 10c. In the present embodiment, a transparent non-woven fabric is taken as an example, and the gas can be turbulent between the pores 12b of the surface layer l〇a, the fiber layer l〇c, and the “20 holes 12b of the inner layer i〇b, thereby making the oxygen scavenger 14 The air can be absorbed to prevent food from being damaged, and the oxygen detecting unit 16 can know the oxygen concentration in the food packaging bag. In addition, the packaging structure of the present creation can be made in the horizontal arrangement as shown in the sixth figure, or as shown in the eleventh figure of the erect energy 8 M306578. The production method is that the oxygen scavenger 14 is first put into the first closed space 31, and then the oxygen detecting unit 16 is submerged into the second closed space 32, and the above-mentioned input and cooperation are repeated.
10 業’即可獲得以直立向擺置的包裝結構30，該包裝結構30 的使用與功效同上述 實施例，於此不予贅述。 、一人、··示上所述，本創作之除氧劑包裴結構相較習用除氧劑 =包裝袋而言’本創作除氧劑包裝結構具備之除氧劑盘 單元齡隔設置且彼此不產生干涉，不僅得以二 致=掷方式作業，更具有良好的氧氣吸收與準確的檢測 用太她 較佳可行實施例而已，舉凡庫 用本創作說明書及申請專利範圍牛凡應 Λ , ^ Λ 靶為之專效結構變化，理 應包含在本創作之專利範圍内。 再义1匕理 M306578 【圖式簡單說明】 第一圖為習用除氧劑複合包裝袋之應用示意圖。 第二圖為第一圖之除氧劑複合包裝袋俯視圖。 第三圖為第二圖之3-3方向剖面圖。 5 第四圖為本創作一較佳實施例之除氧劑包裝結構於完 成封裝之前的態樣示意圖。 第五圖揭示除氧劑與氧氣檢知單元以交錯方式投入第 四圖所示之除氧劑包裝。 第六圖為本創作上述較佳實施例之除氧劑包裝結構於 10 完成密封後之示意圖。 第七圖揭示第六圖之除氧劑包裝結構於分割後所形成 的包裝結構單元。 第八圖類同第七圖，揭示多數圓形透明視窗取代透明 袋體。 15 第九圖揭示長形透氣袋體結構由表層與内層所構成。 第十圖揭示長形透氣袋體結構由包括表層、纖維層與 内層之複合膜所製成。 第十一圖揭示除氧劑包裝結構以直立擺置態樣製作。 10 M306578 【主要元件符號說明】The packaging structure 30 can be obtained in an upright orientation, and the use and efficacy of the packaging structure 30 are the same as those of the above embodiment, and will not be described herein. According to the above description, the oxygen scavenging structure of the present invention is compared with the conventional oxygen scavenger=package bag. The oxygen scavenger package structure of the present oxygen scavenger packaging structure is provided at intervals of each other and is mutually It does not interfere, not only can it be used in two ways, but also has good oxygen absorption and accurate detection. It is better to use the example. The library uses this manual and the scope of patent application is Niu Fanying, ^ Λ The target structure change is intended to be included in the scope of this patent. Reconstruction 1 treatment M306578 [Simple description of the diagram] The first picture is the application diagram of the conventional oxygen scavenger composite packaging bag. The second figure is a top view of the oxygen scavenger composite packaging bag of the first figure. The third figure is a cross-sectional view in the 3-3 direction of the second figure. 5 is a schematic view of a state in which the oxygen scavenger packaging structure of a preferred embodiment is prior to completion of packaging. The fifth figure reveals that the oxygen scavenger and oxygen detecting unit are interleaved into the oxygen scavenger package shown in Fig. 4. The sixth figure is a schematic view of the oxygen scavenger packaging structure of the above preferred embodiment after the sealing is completed. The seventh figure discloses the package structure unit formed by the oxygen scavenger packaging structure of the sixth figure after division. The eighth figure is similar to the seventh figure, revealing that most circular transparent windows replace the transparent bag. 15 The ninth figure reveals that the long air permeable bag body structure is composed of a surface layer and an inner layer. The tenth figure reveals that the long air permeable bag body structure is made of a composite film including a skin layer, a fiber layer and an inner layer. The eleventh figure reveals that the oxygen scavenger packaging structure is fabricated in an upright posture. 10 M306578 [Main component symbol description]
1010
10 除氧劑包裝結構 10a 表層 10c 纖維層 12(12’）長形透氣袋體 12a 投料口 12b 氣孔 12d 視窗 121 第一封閉空間 14 除氧劑 16 氧氣檢知單元 20 包裝結構單元 21 第一透氣袋 22 第二透氣袋 30 包裝結構 31 第一封閉空間 32 第二封閉空間 10b 12c 122 内層 容室 第二封閉空間10 Deoxidizer packaging structure 10a Surface layer 10c Fiber layer 12 (12') Long venting bag body 12a Feeding port 12b Air hole 12d Window 121 First closed space 14 Oxygen removal agent 16 Oxygen detection unit 20 Packaging structure unit 21 First ventilation Bag 22 second venting bag 30 packaging structure 31 first closed space 32 second closed space 10b 12c 122 inner layer room second closed space