200416180 玖、發明說明 【發明所屬之技術領域】 本發明係關於一種增加活水產物長時間運送存活率的 1運方法，尤指一專用於運送活水產物使用之帛便型裳運 方法，並藉以增加活水產物於長時間運送的存活率者。 【先前技術】 隨著交通網絡的便利性，人們可以在當地獲得遠方^ 產物’唯因人們對食物新鮮度的要求，尤其是水產物1 費^通常希望在市場上購買到存活新鮮的水產4勿，然因^ 候環境的限制，某些水產物僅限於特定區域才有養殖，： =商，為滿；U肖費者之需求，即會透過便捷的交通運二 工將通方的水產物在適當的維生裝運方法保存下， ==的過程中，對該活水產物提供良好的存活條件，讓 4費者可以購得新鮮的活水產物。 ♦ 目前已知應用於運送活水產物之簡便式裝運方 第一圖所揭示者，其主要係取用一塑豚袋 3膠袋（30)注入㈣，並將活水產物心)： :膠K30)内的水中，次將氧氣灌入塑 中將塑膠袋（3〇)袋口予以密冑，藉此，使水 S有氧氣，讓该活水產物可於塑膠袋 h 内的欢Φ / ’之後，將該放置有活水產物（5 〇 ) 〇 )放置於一保麗龍材質製成的箱體（4 ，衣（3 加蓋内’並予以 遠方目二Μ5,如此’即可透過交通運輪方式運送至 200416180 唯，前述活水產物 -種小體積、且便於：運送裝置的使用，雖可提供 =於實際操作上存在有活水產物長時間運送： 低之問題，造成業者莫大的損失，其原因在於： ，告=運ΓΓ於塑膠袋注入氧氣後，水中的含氧率有限 水二-:乳氧隨活水產物之呼吸而消耗後，袋内相對於 氧率減Γ乳並無法有效地溶入水中，因此，隨著水中的含 僅活水產物會缺氧而死。-般而言，該箱式裝運 /大’力僅能提供活水產物存活4小時左右，因此，該箱 2::::於較遠距離運送活水產物時運送，尚無法提 i、員較具產業利用價值的方法。 【發明内容】 t發明之目的在於提供一種增加活水產物長時間運送 存活率的裝運方法，用以解決前 連/舌水產物長時間存 活率不尚之問題，以降低裝運時的損失。 =前揭目的，本發明所提出之技術方案主要係取用 一包袭谷置物，並於其中注入水； ^活水產物放入該包裝容置物内的水中，並保留活水 產物可活動的空間； 將-具使用乾電池的小型空氣装浦裝設於浮體上，放 入該包裝容置物内’該空氣果浦藉浮體飄浮於水上，且令 二氣果浦出氣端之導氣管延伸至水中；以及 一200416180 Description of the invention [Technical field to which the invention belongs] The present invention relates to a method for increasing the survival rate of living water products for a long period of time, especially a convenient type transportation method dedicated to the transportation of living water products. Survival rate of living water products during long-term transportation. [Previous technology] With the convenience of the transportation network, people can get distant ^ products' locally because of people's requirements for the freshness of food, especially aquatic products 1 fee ^ Usually hope to buy fresh aquatic products in the market 4 No, because of the limitation of the weather environment, some aquatic products are only cultivated in specific areas: = commerce, full; U Xiao Fei's needs, that is, the second party will transport the water through convenient transportation. The product is stored under an appropriate life-saving shipping method. In the process of ==, the living water product is provided with good living conditions, so that four consumers can purchase fresh living water product. ♦ The one shown in the simple picture of the simple shipper currently used to transport living water products is disclosed in the first figure, which is mainly filled with a plastic dolphin bag 3 plastic bags (30) and filled with live water products): plastic K30) The water in the water was filled with oxygen into the plastic, and the mouth of the plastic bag (30) was tightly sealed, so that the water S had oxygen, so that the living water product could be used in the plastic bag h. The living water product (50) is placed in a box made of Polyurethane material (4, clothing (3 inside the cover), and the distance mesh 2M5 is used, so that it can be transported by a shipping wheel. Shipping to 200416180 However, the aforementioned living water products-a small volume and convenient: Although the use of the transport device can provide = there are long-term transportation of living water products in actual operation: the problem of low, causing great losses to the industry, the reason is After the oxygen injection in the plastic bag, the oxygen content in the water is limited. Water 2:-Milk oxygen is consumed with the breathing of the living water product. The milk in the bag relative to the oxygen rate is reduced and the milk cannot be effectively dissolved in the water. Therefore, as the only water-containing products in the water become hypoxic Dead.- In general, the box-type shipping / large force can only provide living water products to survive for about 4 hours, so the box 2 :::: is transported when the living water products are transported at a long distance. [Industrial content] The purpose of the invention is to provide a shipping method for increasing the long-term survival rate of live aquatic products to solve the problem of long-term survival rate of Qianlian / Tongji aquatic products in order to reduce Loss during shipment. = For the purpose of the previous disclosure, the technical solution proposed by the present invention is mainly to take a pack of cereals and inject water into it; ^ Living water products are placed in the water in the packaging contents, and the living water products are retained. Movable space; Install a small air pump with a dry battery on the floating body and put it in the packaging container. 'The air Guopu floats on the water by the floating body, and makes the air end of the second gas Guopu. The airway extends into the water; and
對該包裝容置物内注入氧氣後並予u U Ί M封閉，且讓空氣 泵浦將包裝容置物内的氧氣打入水中，祕A ^ 、、隹持水中的含氧率 200416180 ’即透過交通工具配送至目的地。 所述之包裝容置物可為一具蓋的箱體。 所述之包裝容置物可為一塑膠袋，該塑膠袋於注入氧 氣及袋口封閉步驟之後，可放置於一具蓋的箱體中予以封 存。 、 本發明藉由前述技術方案之設計，將使活水產物於掌 運的過程中，可透過小型空氣泵浦持續地將塑膠袋之氧氣 打入水，長時間維持水中一定的含氧率，讓活水產物於水 中不致因缺氧而死，藉以增加活水產物長時間運送之存活 率。 【實施方式】 請配合參閱第一圖所示，有關本發明增加活水產物長 時間運送存活率的裝運方法之具體實施例係包括以下步驟 提供一塑膠袋（1 〇 ); 於該塑膠袋（10)注入一定量的水（11); 將一定數量的活水產物（2 0 )放入塑膠袋（1 〇 ) 内的水（1 1 )中，並保留提供活水產物（2 0 )於水（ 1 1 )中活動的空間； 將一具使用乾電池的小型空氣泵浦（1 2 )裝設於一 浮體（1 3)上，一同於放入於塑膠袋（1 0)内，該空 氣泵浦（1 2 )藉浮體（1 3 )飄浮於水（1 1 )上，且 讓接設於該空氣泵浦（1 2)出氣端之導氣管（1 4)延 伸至水（1 1 )中； 200416180 對塑膠袋（10)内注入一定量的氧氣，並將塑膠袋 (1 0 )之袋口予以封閉； 將該封閉的塑膠袋（10)放置於一可為保麗龍材料 製成的箱體（15)内，另啟動空_(12)將塑穋 袋（1 0 )内的氧氣打入水（1 1 )中，維持水（i i ) 中的高含氧率，提供活水產物（2 0)呼吸之用，之後， 於箱體（15)上加蓋（16)封箱，即可配送至遠方的 目的地。 :本發明除：揭實施例外，尚可直接使用一箱體（圖 &於4相體中注人_定量的水，且將—定數量的 物放入该箱體的水中，其次，將設於 空氣泵浦放入該箱體内，，> ^ ρ ！ 廣❹^ Α 水上，且讓該空氣泵浦出 5 :k伸至水中’之後，對該箱體内注入-定量 的軋就，並將該箱體加蓋封閉 本發明藉由前述設計，主要係葬^至二方目的地° 塑膠袋之氧氣打入水1 曰、么空乳系浦持續將 八水讓水中長時間維持一定M j 变 提供活水產物呼吸生存 f疋的3乳率’ 益缺氧之處… 產物在裝運的過程中 據估計，將可維持i 2 j 物長時間運送的存活率， 芦付丄2小時以上的在 於較長距離的裝運過程中，足以提供舌^物使活水產物 目的地；此外，本發明 〃/水產物维生至遠方 式之泵浦，可隨箱妒運 “型空氣泵浦係採取乾電池 J丨思相裝運而無電源取 之 浦係裝設於浮體上，飄於塑膠袋内的：且該空氣果 虞，而能在長時間發揮其對水打氣之效用。’使其無泡水 200416180 效解 題， 之損 申請 :上所述，本發明藉由前述技術方案之設計，確可有 :習用箱式活水產物裝運方法長時間存活率不高之門 失而提供-具產業利用性之發明，並可藉以降低業者 。 本毛明符合發明專利之要件，爰依法具文提出 200416180 【圖式簡單說明】 (一）圖式部分 第一圖係本發明裝運方法使用之設備平面示意圖。 第二圖係習知裝運活水產物之箱式裝運箱平面示意圖 (二）元件代表符號 (1 0 )塑膠袋 (1 1 )水 (1 2 )空氣泵浦 (1 3 )浮體 (14)導氣管 (1 6 )蓋 (2 0 )活水產物 (3 0 )塑膠袋 (1 5 )箱體 (4 0 )箱體 (5 0 )活水產物 (4 1 )蓋After injecting oxygen into the packaging contents and sealing them with u U Ί M, and let the air pump drive the oxygen in the packaging contents into the water, the oxygen content in the holding water is controlled by the traffic. The tool is delivered to the destination. The packaging contents may be a box with a lid. The packaging contents may be a plastic bag, and the plastic bag may be placed in a box with a lid and sealed after the steps of injecting oxygen and closing the mouth of the bag. According to the design of the foregoing technical solution, the present invention will enable living water products to continuously transport the oxygen in the plastic bag into the water through a small air pump during the palm transportation process, and maintain a certain oxygen content in the water for a long time, so that Living water products do not die from hypoxia in water, thereby increasing the survival rate of long-term transportation of living water products. [Embodiment] Please refer to the first figure, and the specific embodiment of the method for increasing the survival rate of the living water product for a long period of time according to the present invention includes the following steps: providing a plastic bag (10); and in the plastic bag (10) ) Inject a certain amount of water (11); put a certain amount of living water products (20) into the water (1 1) in the plastic bag (10), and keep the living water products (20) in the water (1) 1) a space for activities; a small air pump (1 2) using a dry battery is installed on a floating body (1 3), and put together in a plastic bag (1 0), the air pump (1 2) The floating body (1 3) is floated on the water (1 1), and the air duct (1 4) connected to the air pump (1 2) outlet end is extended into the water (1 1) 200416180 Inject a certain amount of oxygen into the plastic bag (10) and close the mouth of the plastic bag (10); Place the closed plastic bag (10) in a plastic material (10) In the box (15), another air __ (12) is activated, and the oxygen in the plastic bag (1 0) is poured into the water (1 1) to maintain a high oxygen content in the water (ii). The product for running water (20) with the breathing, after capping (16) to the sealing housing (15), to delivery to the destination distance. : Except for the present invention, it is possible to directly use a box (Figure & inject 4-quantitative water in a 4-phase body), and put a predetermined amount of water into the box. Second, Set the air pump into the box, > ^ ρ! 广 ❹ ^ Α water, and let the air pump out 5: k into the water ', then inject-quantitative rolling into the box. The box is covered and closed. According to the above design, the present invention is mainly used for burial to the destination of the two parties. The oxygen in the plastic bag is poured into the water. Maintaining a certain M j changes the rate of 3 milk that provides aquatic product breathing survival f 疋 'where beneficial to hypoxia ... It is estimated that during the shipment of the product, the survival rate of the i 2 j product will be maintained for a long time, reed 2 The hours above are in the long-distance shipment process, which is enough to provide the tongue to the destination of the living water products. In addition, the pump of the 〃 / aquatic product of the present invention can survive to a long distance, which can be transported with the box. It adopts dry battery J 丨 Sixiang shipping without power supply. It is installed on floating body, floating on plastic In the bag: And the air is not good, and it can exert its effect of inflating water for a long time. 'Make it without soaking water 200416180 Effective solution, damage application: As mentioned above, the present invention is designed by the aforementioned technical solution It is indeed possible to provide a conventional box-type live aquatic product shipping method with a long-term survival rate that is not high, and provide an invention with industrial applicability, which can reduce the industry. This Maoming meets the requirements of the invention patent, according to the law Put forward 200416180 [Simplified description of the drawings] (I) The first diagram of the diagram is a schematic plan view of the equipment used in the shipping method of the present invention. The second diagram is a conventional schematic diagram of a box-type shipping box used for the transportation of living fishery products. (1 0) plastic bag (1 1) water (1 2) air pump (1 3) floating body (14) air pipe (1 6) cover (2 0) living water product (3 0) plastic bag (1 5) Box (4 0) Box (5 0) Living water product (4 1) cover