TW201504114A - Planar heat sink using for wrapping and drinking water carrying case using the same - Google Patents
Planar heat sink using for wrapping and drinking water carrying case using the same Download PDFInfo
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本發明係關於一種利用氣化熱的性質而發揮主動冷卻功能的包裝用面狀散熱材料，以及一種使用前述包裝用面狀散熱材料作為材料的飲用水攜帶瓶套。 The present invention relates to a planar heat dissipating material for packaging which utilizes the properties of heat of vaporization to exert an active cooling function, and a drinking water carrying bottle sleeve using the above-described planar heat dissipating material for packaging as a material.
在日本古都的夏季時節，常可在一般民宅見到向庭院灑水的情景，其或多或少會隨著土壤的氣味帶來懷念的感覺。這種灑水的景象對於深受水多方面恩惠的日本人而言，可說是一種很愜意的生活景象。灑水的目的在於從庭院奪取氣化熱，帶來涼爽的感受。水的氣化熱是539cal/ml。單純就計算層面而言，1ml的水氣化，舉例來說，可以使539ml的飲用水溫度下降一度。另外，根據推測，水的氣化量通常與氣化表面積成正比，並且與作用在氣化表面之風速的平方值成正比。 In the summer season of the ancient capital of Japan, it is often seen in ordinary houses that watering the garden, which more or less will bring the feeling of nostalgia with the smell of the soil. This sprinkling scene is a very pleasant scene for the Japanese who are deeply blessed by water. The purpose of sprinkling water is to take the heat of vaporization from the courtyard and bring a cool feeling. The heat of vaporization of water is 539 cal/ml. Simply on the computational level, 1 ml of water vaporizes, for example, by 539 ml of drinking water by one degree. In addition, it is speculated that the amount of water vaporization is generally proportional to the gasification surface area and proportional to the square of the wind speed acting on the gasification surface.
為了保持代謝活性，使身體維持正常的機能，身體內的水分需保持在一定程度的量以上。夏天容易因大量出汗而使水分從身體流失，當要在夏天參加長時間的運動競賽或娛樂活動時，隨身攜帶飲用水是不可或缺的。在喉嚨乾渴且因體溫上升而滿臉通紅的狀況下，喝下一杯冷水往往能令人滿足。 In order to maintain metabolic activity and maintain normal function of the body, the water in the body needs to be kept above a certain level. In summer, it is easy to lose water from the body due to excessive sweating. When you want to participate in long-term sports competitions or entertainment activities in the summer, it is indispensable to carry drinking water with you. Drinking a glass of cold water can often be satisfying when the throat is thirsty and the face is flushed due to rising body temperature.
因此，為了能在有需要的時候享受冷水帶來的滿足感，必須將冷水保存在一定程度上低於氣溫的冰涼狀態，並隨身攜帶。於此，「在一定程度上低於氣溫」這一表達方式是著眼於一經驗法則，前述經驗法則是，人類感覺飲料冰涼的溫度標準，會隨著環境溫度不同而產生變化。換句話說就是，夏天時雖感覺某一溫度的飲用水是冰涼的，但冬天時卻感覺同一溫度的飲用水是溫暖的，這樣的現象目前已經廣為人知。 Therefore, in order to enjoy the satisfaction of cold water when needed, it is necessary to keep the cold water in a cold state that is somewhat lower than the temperature and carry it with you. Here, the expression "to a certain extent below the temperature" is based on a rule of thumb. The rule of thumb is that humans feel that the temperature of the beverage is cold and will change with the temperature of the environment. In other words, although the drinking water at a certain temperature is cold in the summer, the drinking water at the same temperature is warm in winter, and this phenomenon is now widely known.
然而，當想要將不限於飲用水的冰涼物品盡可能地保持在冰涼狀態，提在手中或是隨身攜帶時，習知技術又是如何去解決前述各種 需求的。本發明的發明人在自身所知的範圍內，挑選了數篇與本發明相關的專利文獻於下介紹。 However, when it is desired to keep the cold items not limited to drinking water as cold as possible, in the hands or carry them with them, how does the conventional technology solve the aforementioned various kinds? Demand. The inventors of the present invention have selected a number of patent documents related to the present invention within the scope of their own knowledge.
首先介紹的是，當人們攜帶所謂的愛妻便當前往職場時，常會使用一種具有隔熱性且由複合布料所製成的便當袋。便當袋可發揮出的功能大多取決於具有隔熱性之複合布料的性質。前述具有隔熱性之複合布料為了盡可能地不使空氣通過，係在兩塊高紡織密度的布料之間夾入發泡樹脂製的薄層墊片，再使用絎縫(quilting)的方式將三者縫合為一體，並在其中一面上增設鋁箔。前述複合布料是將增設了鋁箔的那一面當做內面使用。複合布料本身重量很輕，能夠被家庭用剪刀輕易地剪斷，並以家庭用縫紉機縫製成便當袋狀等立體形狀。 First of all, when people bring their so-called wife to the workplace, they often use a heat-insulated bag made of composite fabric. The function that the lunch bag can perform depends mostly on the nature of the composite fabric with thermal insulation properties. In order to prevent the passage of air as much as possible, the composite fabric having the heat insulating property is formed by sandwiching a thin layer gasket made of a foamed resin between two high-woven fabrics, and then using a quilting method. The three are stitched together and an aluminum foil is added to one side. The composite fabric is used as an inner surface with the side on which the aluminum foil is added. The composite fabric itself is light in weight and can be easily cut by household scissors, and sewn into a three-dimensional shape such as a bag shape by a household sewing machine.
使用上述複合布料製成的便當袋等物品，能將溫暖的東西維持在溫暖的狀態，並且將冰涼的東西維持在冰涼的狀態，換言之即是具有相當於保溫瓶的功效，但是，其保溫功效及保冷功效明顯不如保溫瓶完善。又，容納冰涼的東西時，還會因為水珠凝結而使內容物被水弄濕。因此，增設鋁箔的目的除了在於提升隔熱效果，還在於預防凝結的水珠或菜湯浸透到布料表面，以免發生攜帶者的皮包或西裝被污損的事態。 The use of the above-mentioned composite cloth, such as a lunch bag, can maintain warmth in a warm state, and keep the cold things in a cold state, in other words, have the equivalent effect of a thermos bottle, but its heat preservation effect And the cooling effect is obviously not as good as the thermos bottle. Moreover, when the cold thing is accommodated, the contents are wetted by the water because the water drops are condensed. Therefore, the purpose of adding aluminum foil is not only to enhance the heat insulation effect, but also to prevent the condensation of water drops or vegetable soup from soaking into the surface of the cloth, so as to prevent the carrier's purse or suit from being stained.
接著，在休閒用途上，習知文獻提供有一種攜帶用保溫瓶，其係將內筒從玻璃製的材料更換成不鏽鋼製的材料，同時將外筒更換成樹脂製的材料並設計成室外用的模樣，這類攜帶用保溫瓶實質上的構成與家庭用保溫瓶相同。但從攜帶上的便利性來考慮，這類製品皆有幾個共同的缺點，前述缺點在於重量太沉重，且本體容積比內筒容積龐大太多。 Next, in the leisure use, the conventional document provides a portable thermos bottle which replaces the inner cylinder from a glass material into a stainless steel material, and at the same time replaces the outer cylinder with a resin material and is designed for outdoor use. In this way, the portable thermos bottle has the same composition as the home thermos. However, in view of the convenience of carrying, such articles have several common disadvantages. The aforementioned disadvantages are that the weight is too heavy, and the volume of the body is much larger than the volume of the inner cylinder.
當參加登山健行或遠距離自行車競賽等活動時，在必須保持身體負擔少，還必須只將飲用水作為最低限度的隨身物品攜帶在身邊的情況下，活用運動水壺(Hydration)及收納運動水壺用的水壺背包(Hydration Pack)已是相當普遍的方法。運動水壺的性質類似裝有點滴液的點滴袋。運動水壺本身可任意變形，其上方裝設一吸管，吸管上附有帽蓋。換言之，這類運動水壺只要含住吸管，不必使用雙手即可喝到水。跟寶特瓶不一樣的是，運動水壺會隨著內容物的消耗而變形，使其本體容積減少，因此，運動水壺方便攜帶。另一方面，為了將運動水壺收納為方便攜帶的狀態，水壺背包係採用橡膠材料製的專用包裝體。水壺背包除了隔絕日光直射在 其攜帶的運動水壺上，還具有防止攜帶者的體溫傳導至運動水壺的適度隔熱功能。在水壺背包裡收納冰涼的飲用水雖然也會造成水珠凝結並累積在水壺背包內部，但並不會因凝結的水珠而造成不便。 When participating in activities such as hiking or long-distance bicycle races, you must keep your body burden low, and you must use drinking water as a minimum carry-on item, use a sports bottle (Hydration) and a sports bottle. The Hydration Pack is a fairly common method. The nature of a sports bottle is similar to a drip bag with drip. The sports bottle itself can be arbitrarily deformed, and a straw is arranged above the straw, and a cap is attached to the straw. In other words, this type of sports bottle only needs to use a straw to drink water without using both hands. Unlike the PET bottle, the sports bottle is deformed with the consumption of the contents, which reduces the volume of the body, so the sports bottle is easy to carry. On the other hand, in order to accommodate the sports bottle in a state of being convenient to carry, the bottle backpack is a special package made of a rubber material. Kettle backpack except for direct sunlight The sports bottle that it carries also has a moderate heat insulation function that prevents the carrier's body temperature from being transmitted to the sports bottle. The storage of cold drinking water in the kettle bag will also cause the water droplets to condense and accumulate inside the kettle bag, but it will not cause inconvenience due to the condensation of water droplets.
又，遠距離競賽用的自行車通常會提供一種被稱為瓶架的選購組件，其係用於將飲用水瓶固定在自行車上，利用前述瓶架攜帶飲用水瓶可以說是一種最常見的方式。 Also, bicycles for long-distance races typically provide an optional component called a bottle rack that is used to secure a drinking water bottle to a bicycle. It is one of the most common ways to carry a drinking water bottle with the bottle holder.
而在參加團體娛樂活動時，人們常會將多人用的罐裝果汁等飲料，連同冰塊或乾冰一起保存在保冷箱之中，但這類保冷箱並不適合個人單獨攜帶。列舉至此，以下再列出與本發明相關的技術文獻揭示如下，本領域技術人員可參照以下技術文獻判斷本發明的技術水平等標準。 When participating in group entertainment activities, beverages such as canned juices used by many people are often kept in the cold storage box together with ice or dry ice, but such cold storage boxes are not suitable for individuals to carry alone. Heretofore, the technical documents related to the present invention are listed below as disclosed below, and those skilled in the art can judge the technical level and the like of the present invention with reference to the following technical documents.
專利文獻1：日本專利公開2010-169370號公報。 Patent Document 1: Japanese Patent Laid-Open Publication No. 2010-169370.
專利文獻2：日本專利公開2011-021867號公報。 Patent Document 2: Japanese Patent Laid-Open Publication No. 2011-021867.
專利文獻3：日本專利公開平10-113227號公報。 Patent Document 3: Japanese Patent Publication No. Hei 10-113227.
專利文獻4：日本專利公開平8-117027號公報。 Patent Document 4: Japanese Patent Publication No. Hei 8-117027.
值得一提的是，利用氣化熱的性質主動冷卻飲用水等對象 的想法目前已廣為人知。但是，依據習知技術的技術水準，前述想法的產物不是無法攜帶(參照專利文獻2)，就是雖然沒有明言絕對無法攜帶，但在攜帶上卻有顯著的不便(參照專利文獻3)。 It is worth mentioning that the use of the nature of gasification heat to actively cool drinking water and other objects The idea is now widely known. However, according to the technical level of the prior art, the product of the above-mentioned idea is not unportable (refer to Patent Document 2), and although it is not expressly impossible to carry, it is significantly inconvenient to carry (see Patent Document 3).
有鑑於此，本發明欲解決之課題除了上述習知技術所具有的種種不便之外，也期望能創造一種與習知技術所期望之目標截然不同的構想，而本發明的主要精神則是同時包括前述兩者。 In view of the above, the problem to be solved by the present invention is not only inconvenient in the above-described prior art, but also to create an idea that is completely different from the object desired by the prior art, and the main spirit of the present invention is simultaneously Including the two.
本發明的最終目的，在於能夠解決參加自行車競賽等活動時，要求身體負重少同時還需攜帶補給水，以及補給水在攜帶者隨身攜帶下被日光直射的問題。而本發明的其中一個附屬課題在於，提供一種輕巧且能夠隔絕日光直射的飲用水攜帶瓶套，以及提供一種用於製造前述飲用水攜帶瓶套的包裝用材料。 The ultimate object of the present invention is to solve the problem of requiring the body to bear less weight while carrying a bicycle race or the like while carrying the makeup water, and the supplemental water is directly exposed to the sun by the carrier. Yet another object of the present invention is to provide a drinking water carrying bottle sleeve that is lightweight and capable of isolating direct sunlight, and a packaging material for manufacturing the aforementioned drinking water carrying bottle sleeve.
為了隨身攜帶保持在冰涼狀態下的補給水，必須使用具有隔熱性的材料從外部環境隔離補給水。同樣地，為了防止攜帶者的體溫傳 導至補給水，也必須使用具有隔熱性的材料。在習知技術中，用於包裝補給水的水壺背包並不具有通風性，因此，當攜帶者揹起並攜帶前述水壺背包時，攜帶者的後背將會因悶熱而積汗，帶來非常不愉快的感覺。因此，本發明之另一個構成最終課題的附屬課題係在於提供一種具有隔熱性的飲用水攜帶瓶套，以及提供一種用於製造前述飲用水攜帶瓶套的包裝用材料，其中，當攜帶者隨身攜帶補給水時，前述飲用水攜帶瓶套不會阻礙其相對於攜帶者的透氣性或通風性。 In order to carry the make-up water that is kept in a cool state with you, it is necessary to use a heat-insulating material to isolate the make-up water from the external environment. Similarly, in order to prevent the carrier's body temperature Guided to make-up water, materials with thermal insulation must also be used. In the prior art, the kettle bag for packaging the make-up water is not ventilated, so when the carrier picks up and carries the aforementioned kettle bag, the back of the carrier will sweat due to sultry heat, which is very unpleasant. a feeling of. Therefore, another subsidiary subject of the present invention is to provide a potable drinking water carrying bottle cover, and to provide a packaging material for manufacturing the aforementioned drinking water carrying bottle cover, wherein the carrier When carrying the make-up water with you, the aforementioned drinking water carrying bottle sleeve does not hinder its permeability or ventilation with respect to the carrier.
如上所述，由隔熱性的複合布料或橡膠類的樹脂材料製成的保溫容器或保冷容器，會造成水珠凝結並累積在容器內部的問題。但是，不同於必須從容器中取出被包裝物的便當袋，當被包裝物例如是飲用水時，其通常可以連同保冷容器一起使用，因此，凝結的水珠並不會造成特別大的障礙。但凝結的水珠仍然只是礙事的因素。因此，本發明之又一個構成最終課題的附屬課題係在於提供一種飲用水攜帶瓶套，以及提供一種用於製造前述飲用水攜帶瓶套的包裝用材料，其中，前述飲用水攜帶瓶套係使凝結的水珠蒸發，並從收納在容器內部的補給水奪取氣化熱，以發揮主動冷卻的功能。 As described above, an insulated container or a cold-preserving container made of a heat-insulating composite cloth or a rubber-based resin material causes a problem that water droplets condense and accumulate inside the container. However, unlike a lunch bag that must be taken out of the container, when the package is, for example, drinking water, it can usually be used together with a cold storage container, so that the condensed water drops do not pose a particularly large obstacle. But the condensation of water drops is still only a hindrance factor. Therefore, another sub-problem of the present invention constituting the final subject is to provide a drinking water carrying bottle cover, and to provide a packaging material for manufacturing the aforementioned drinking water carrying bottle cover, wherein the drinking water carrying bottle set is The condensed water droplets evaporate, and the heat of vaporization is taken from the makeup water stored in the inside of the container to perform the function of active cooling.
承上述內容，本發明的最終課題係由上述各個附屬課題加總而構成。 In view of the above, the final subject of the present invention is constituted by summing up each of the above-mentioned subsidiary subjects.
換言之，有鑑於上述課題，本發明的目的係在於提供一種飲用水攜帶瓶套，以及提供一種用於製造前述飲用水攜帶瓶套並作為包裝用材料而使用的包裝用面狀散熱材料。前述飲用水攜帶瓶套可實現遮光性、隔離性、通風性、防水性以及輕巧性等需求，同時，還能夠長時間主動抑制冰涼狀態的補給水溫度上昇。遮光性係指讓收納後的補給水隔絕日光直射的性質。隔離性係指讓收納後的補給水從外部環境隔離的性質。通風性係指讓凝結的水珠氣化，以及即使飲用水攜帶瓶套貼合於攜帶者的身體時也不會阻礙飲用水攜帶瓶套對於攜帶者的通風性。防水性係指，即使飲用水攜帶瓶套貼合於攜帶者的身體，也不會弄濕攜帶者身體的性質。輕巧性係指不會阻礙攜帶者之身體活動的性質。 In other words, in view of the above problems, an object of the present invention is to provide a drinking water carrying bottle cover, and to provide a planar heat dissipating material for packaging which is used for manufacturing the above-mentioned drinking water carrying bottle cover and used as a packaging material. The aforementioned drinking water carrying bottle sleeve can realize the requirements of shading, isolation, ventilation, water repellency and lightness, and at the same time, can actively suppress the temperature rise of the replenishing water in a cold state for a long time. The light-shielding property refers to the property of allowing the supplied makeup water to be exposed to direct sunlight. Isolation refers to the nature of separating the supplied makeup water from the external environment. Ventilation means that the condensed water droplets are vaporized and the ventilation of the drinking water carrying bottle sleeve is not hindered even if the drinking water carrying bottle sleeve is attached to the carrier's body. Waterproof means that even if the drinking water carrying bottle sleeve is attached to the carrier's body, it does not wet the carrier's body. Lightness refers to the nature of the physical activity of the carrier.
又，在上述課題中，包裝用面狀散熱材料預計還可以用於包裝飲用水以外的物品。飲用水攜帶瓶套視為包裝用面狀散熱材料的使用 例之一。 Further, in the above problem, the planar heat dissipating material for packaging is expected to be used for packaging articles other than drinking water. The drinking water carrying bottle sleeve is regarded as the use of the surface heat dissipating material for packaging One of the examples.
重新回顧本發明所著重解決的課題，上述課題中雖包含幾組乍看之下無法同時成立的要求事項，但是，本發明同時實現了這些難以同時成立的要求。接下來說明本發明的發明人引以為傲的解決手段，並說明前述解決手段是基於什麼樣的原理而產生作用。 In order to revisit the problems that have been solved by the present invention, the above-mentioned problems include several sets of requirements that cannot be simultaneously established at the time, but the present invention simultaneously achieves the requirements that are difficult to establish at the same time. Next, the solution by which the inventors of the present invention are proud of will be explained, and it will be explained that the aforementioned means of solving are based on what principle.
解決手段1：本發明之一種包裝用面狀散熱材料包含一雙層透氣編織布料及一保水性墊材。雙層透氣編織布料由一表面網眼織布及一內面網眼織布一體成形而製成，在表面網眼織布與內面網眼織布之間透過一單絲纖維連結線做來回編織，使表面網眼織布及內面網眼織布之間形成一具有透氣性的厚度間隙。保水性墊材層疊形成在雙層透氣編織布料的其中一面，並且係由發泡樹脂或不織布所製成。其中，保水性墊材吸附水分並包裝一被包裝物，包裝用面狀散熱材料從前述被包裝物奪取氣化熱。 Solution 1: A planar heat dissipating material for packaging of the present invention comprises a double-layer breathable woven fabric and a water-retaining mat. The double-layer breathable woven fabric is integrally formed by a surface mesh woven fabric and an inner mesh woven fabric, and is passed back and forth between the surface mesh woven fabric and the inner mesh woven fabric through a monofilament fiber connecting line. Weaving forms a gas-permeable thickness gap between the surface mesh fabric and the inner mesh fabric. The water-retaining mat is laminated on one side of the double-layer breathable woven fabric, and is made of a foamed resin or a non-woven fabric. Wherein, the water-retaining mat absorbs moisture and packages a packaged object, and the planar heat-dissipating material for packaging takes heat of vaporization from the packaged object.
上述構成係說明一種包裝用面狀散熱材料的構造。前述包裝用面狀散熱材料可作為製造飲用水攜帶瓶套的材料，在需於戶外攜帶飲用水時收納裝有飲用水的寶特瓶或運動水壺。此外，前述包裝用面狀散熱材料還可包裝其他常見的需保冷被包裝物。 The above configuration describes a structure of a planar heat dissipating material for packaging. The above-mentioned planar heat dissipating material for packaging can be used as a material for manufacturing a drinking water carrying bottle sleeve, and a bottle or a sports bottle containing drinking water is stored when it is required to carry drinking water outdoors. In addition, the aforementioned planar heat dissipating material for packaging may also package other common cold-preservable packages.
包裝用面狀散熱材料係由雙層透氣編織布料及保水性墊材所構成，保水性墊材層疊形成於雙層透氣編織布料。雙層透氣編織布料是一種特殊的網眼織布，其係由表面網眼織布、內面網眼織布及單絲纖維連結線所構成，單絲纖維連結線在表面網眼織布及內面網眼織布之間來回編織，使表面網眼織布及內面網眼織布結合為一體。表面網眼織布及內面網眼織布之間形成一具有透氣性的厚度間隙。雙層透氣編織布料在應用層面上，感官上較容易明白的使用例包括飯店裡的拖鞋，或是鐵椅的座墊及背墊。在這些例子中，雙層透氣編織布料係透過在厚度間隙內往來的單絲纖維連結線的彎曲阻力，而發揮適度的緩衝性、高透氣性、防水性及體壓分散性。 The planar heat dissipating material for packaging is composed of a double-layer breathable woven fabric and a water-retaining mat, and the water-retaining mat is laminated on the double-layer breathable woven fabric. The double-layer breathable woven fabric is a special mesh woven fabric which is composed of a surface mesh woven fabric, an inner mesh woven fabric and a monofilament fiber connecting line, and the monofilament fiber connecting thread is on the surface mesh woven fabric and The inner mesh woven fabric is woven back and forth to combine the surface mesh woven fabric and the inner mesh woven fabric. A gas permeable thickness gap is formed between the surface mesh woven fabric and the inner mesh woven fabric. Double-layer breathable woven fabrics On the application level, the sensory and easy-to-understand use examples include slippers in the hotel, or seat cushions and back cushions for iron chairs. In these examples, the double-layer breathable woven fabric exhibits moderate cushioning properties, high gas permeability, water repellency, and body pressure dispersibility by the bending resistance of the monofilament fiber connecting line which travels in the thickness gap.
雙層透氣編織布料的表面網眼織布及內面網眼織布，在觀察上係呈現由鏈狀花紗所織成的菱眼網面。又，從雙層透氣編織布料的剖面觀察，會發現連結線呈現霜柱般的形狀。由於將雙層透氣編織布料拿在手中四處甩動時幾乎感覺不到空氣阻力，因此，其材料整體也具有相當高 的透氣性。從垂直方向正面觀察雙層透氣編織布料時，雖然可以透過雙層透氣編織布料看到後方的背景，但是，從斜角方向觀察卻幾乎看不見後方的背景。這是因為在斜角方向上，表面網眼織布、內面網眼織布及單絲纖維連結線的排列位置遮擋住了視線。這些特性即表示雙層透氣編織布料能維持透氣性並發揮遮光性。又，表面網眼織布及內面網眼織布通常是由同一材料所製成，實際上無法判別是表面還是內面。換句話說，命名上係以使用時偶然位在表面者令為表面網眼織布。 The surface mesh woven fabric and the inner mesh woven fabric of the double-layer breathable woven fabric exhibit a rhomboid mesh surface woven from a chain-like flower yarn. Moreover, when viewed from the cross section of the double-layer breathable woven fabric, it was found that the connecting line has a frost-like shape. Since the double-layer breathable woven fabric is held in the hand and almost no air resistance is felt, the overall material is also quite high. Breathability. When the double-layer breathable woven fabric is viewed from the front in the vertical direction, the rear background can be seen through the double-layer breathable woven fabric, but the rear background is hardly seen from the oblique direction. This is because the arrangement of the surface mesh woven fabric, the inner mesh woven fabric, and the monofilament fiber connecting line obscures the line of sight in the oblique direction. These characteristics indicate that the double-layer breathable woven fabric maintains breathability and exhibits light-shielding properties. Moreover, the surface mesh woven fabric and the inner surface woven fabric are usually made of the same material, and it is practically impossible to distinguish whether it is a surface or an inner surface. In other words, the naming is used to make the surface mesh woven in an accidental position on the surface.
也就是說，本發明所選用的雙層透氣編織布料係為一種輕巧的網面布料，且同時具有高通風性及高遮光性，是一種極具使用價值的材料。惟須注意的是，在實際使用上，因為太陽通常是位在攜帶者的頭頂，故在使用包裝用面狀散熱材料時，太陽位在雙層透氣編織布料其垂直方向上的機率是很低的，前述之遮光性係以此一般的情況為前提做說明。 That is to say, the double-layer breathable woven fabric selected by the present invention is a lightweight mesh fabric, and has high ventilation and high light-shielding property, and is a very valuable material. However, it should be noted that in actual use, since the sun is usually located on the top of the carrier, the probability of the sun level in the vertical direction of the double-layer breathable woven fabric is very low when using the planar heat-dissipating material for packaging. The above-mentioned shading property is based on the premise of the general case.
層疊形成在雙層透氣編織布料上的保水性墊材係由不織布或發泡樹脂所製成。保水性墊材的使用目的係在於吸收被包裝物表面的凝結水珠，而在不會產生凝結水珠的情況下，則人為性地賦予保水性墊材一定量的水分，令其維持在保水狀態。基於前述目的，發泡樹脂材料不採用獨立氣泡性的材料，而需採用連續氣泡性的材料。保水性墊材出於所使用之材料的特性，而具有自我形狀維持力，因此，光是層疊形成於雙層透氣編織布料，就能應用在一般的包裝用途上，但是，也可以在重疊於雙層透氣編織布料的狀態下，以適當的縫製間隔將兩者縫合在一起。 The water-retaining mat laminated on the double-layer breathable woven fabric is made of a non-woven fabric or a foamed resin. The purpose of the water-retaining mat is to absorb the condensed water droplets on the surface of the packaged object, and artificially impart a certain amount of moisture to the water-retaining mat to maintain the water retaining water without causing condensed water droplets. status. For the foregoing purposes, the foamed resin material does not use a material having a closed cell property, but a material having a continuous bubble property is required. The water-retaining mat has a self-shape retaining force due to the characteristics of the materials used. Therefore, the light is laminated on the double-layer breathable woven fabric, and can be applied to general packaging applications, but it can also be overlapped In the state of the double-layer breathable woven fabric, the two are stitched together at appropriate sewing intervals.
解決手段2：在一實施例中，包裝用面狀散熱材料由二雙層透氣編織布料之間夾持一保水性墊材所形成，各雙層透氣編織布料由一表面網眼織布及一內面網眼織布一體成形而製成，在表面網眼織布及內面網眼織布之間透過一單絲纖維連結線做來回編製，使表面網眼織布及內面網眼織布之間形成一具有透氣性的厚度間隙，保水性墊材係由發泡樹脂或不織布所製成，其中，保水性墊材吸附水分並包裝一被包裝物，包裝用面狀散熱材料從被包裝物奪取氣化熱。 Solution 2: In an embodiment, the planar heat dissipating material for packaging is formed by holding a water-retaining mat between two double-layer breathable woven fabrics, and each double-layer breathable woven fabric is woven by a surface mesh and a The inner mesh woven fabric is integrally formed, and is made up of a monofilament fiber connecting line between the surface mesh woven fabric and the inner mesh woven fabric to make the surface mesh woven fabric and the inner mesh woven fabric. A water-repellent thickness gap is formed between the cloths, and the water-retaining mat is made of a foamed resin or a non-woven fabric, wherein the water-retaining mat absorbs moisture and wraps a packaged product, and the surface heat-dissipating material for packaging is The package captures the heat of vaporization.
上述解決手段2的包裝用面狀散熱材料與先前所述之解決手段1的包裝用面狀散熱材料的相異點係在於，保水性墊材是被夾設在兩塊雙層透氣編織布料之間。前述包裝用面狀散熱材料的用途將連同下述解 決手段3及解決手段4所記載的飲用水攜帶瓶套一起說明。 The planar heat dissipating material for packaging of the above-mentioned solution 2 is different from the planar heat dissipating material for packaging of the above-mentioned solution 1 in that the water repellent mat is sandwiched between two double-layer breathable woven fabrics. between. The use of the aforementioned planar heat dissipating material for packaging will be accompanied by the following solution The drinking water carrying bottle caps described in the means 3 and the means 4 are explained together.
解決手段3：在一實施例中，本發明還公開一種飲用水攜帶瓶套。飲用水攜帶瓶套係由一袋狀體所形成，袋狀體具有可束緊的一開口部，袋狀體係以如解決手段1或解決手段2所述之包裝用面狀散熱材料為材料製成，袋狀體的形狀係包含筒狀。其中，作為材料之包裝用面狀散熱材料的保水性墊材吸附水分，並將飲用水瓶或水袋容納在該袋狀體內隨身攜帶，使飲用水攜帶瓶套從容納在袋狀體內的飲用水瓶或水袋奪取氣化熱。 Solution 3: In an embodiment, the present invention also discloses a drinking water carrying bottle sleeve. The drinking water carrying bottle sleeve is formed by a bag body having a tightable opening portion, and the bag system is made of a planar heat dissipating material for packaging as described in the solution 1 or the solution 2. The shape of the bag body includes a cylindrical shape. Wherein, the water-retaining mat for the surface heat-dissipating material for packaging of the material absorbs moisture, and the drinking water bottle or the water bag is carried in the bag-like body, so that the drinking water carrying bottle sleeve is taken from the drinking water bottle accommodated in the bag body. Or the water bag captures the heat of vaporization.
解決手段4：在上述飲用水攜帶瓶套中，袋狀體其包括開口部在內的多個地方係採用可被束緊的構成。 Solution 4: In the above-described drinking water carrying bottle cover, the bag body has a structure in which a plurality of places including the opening portion can be tightened.
上述各解決手段中，本發明的包裝用面狀散熱材料係呈現具有層疊構造的平面狀，層疊構造係由雙層透氣編織布料及保水性墊材層疊構成。雙層透氣編織布料本身具有足夠的可撓性，同樣地，作為保水性墊材而使用的發泡樹脂墊片或不織布墊片，出於材料本身的特性，也具有足夠的可撓性。因此，包裝用面狀散熱材料能充分地配合被包裝物的形狀變形，能夠廣泛地應用在一般常見的包裝用原料上。 In each of the above-described solutions, the planar heat dissipating material for packaging of the present invention has a planar structure having a laminated structure, and the laminated structure is formed by laminating a double-layered woven fabric and a water repellent mat. The double-layer breathable woven fabric itself has sufficient flexibility, and similarly, the foamed resin gasket or the non-woven gasket used as the water-retaining mat material has sufficient flexibility due to the characteristics of the material itself. Therefore, the planar heat dissipating material for packaging can be sufficiently deformed in accordance with the shape of the packaged object, and can be widely applied to the usual packaging materials.
本發明的包裝用面狀散熱材料一般而言是將保水性墊材作為內面而使用，但也可以將保水性墊材作為表面而使用。將保水性墊材作為內面使用的情況下，發泡樹脂材料或不織布材料除了能保護被包裝物不受到接觸性的損傷，具有應力分散性的雙層透氣編織布料還能保護被包裝物不受到衝擊負荷。基於前述特性，本發明的包裝用面狀散熱材料非常適合應用在重要文化財產等脆弱貴重物品的包裝用途上。 The planar heat dissipating material for packaging of the present invention is generally used by using a water repellent mat as an inner surface, but the water repellent mat may be used as a surface. When the water-retaining mat is used as the inner surface, the foamed resin material or the non-woven fabric material can protect the packaged material from contact damage, and the double-layer breathable woven fabric having stress dispersion can protect the packaged object. Subject to shock loads. Based on the foregoing characteristics, the planar heat dissipating material for packaging of the present invention is very suitable for application to packaging of fragile valuables such as important cultural property.
在包裝必須避免溫度變化的被包裝物時，包裝用面狀散熱材料會發揮其特性效果。其特性效果在於，保水性墊材其材料之發泡樹脂材料或不織布內部含有大量的空氣，使得保水性墊材可以依據其任意選擇之使用上的厚度，而展現高隔熱性。又，因為雙層透氣編織布料除了能維持透氣性，同時還能隔絕保水性墊材被日光直射，故可以防止保水性墊材內含有的空氣溫度上昇。 When packaging a package that must be protected from temperature changes, the planar heat-dissipating material for packaging will exert its characteristic effect. The characteristic effect is that the water-repellent mat material has a large amount of air inside the foamed resin material or the non-woven fabric, so that the water-retaining mat material can exhibit high heat insulation according to the thickness of the arbitrarily selected use. Moreover, since the double-layer breathable woven fabric can maintain the gas permeability and at the same time isolate the water-repellent mat from direct sunlight, it is possible to prevent the temperature of the air contained in the water-retaining mat from rising.
包裝用面狀散熱材料由於本身不易產生溫度變化，因此，若要將被包裝物保持在冰涼的狀態下包裝起來，包裝用面狀散熱材料可以有良好的效果發揮。又，此時，則不考慮被包裝物所產生的凝結水珠，通 常會先讓保水性墊材吸附水分再予以使用。 Since the planar heat-dissipating material for packaging is not susceptible to temperature changes by itself, the planar heat-dissipating material for packaging can exhibit good effects if the packaged article is to be packaged in an ice-cooled state. In addition, at this time, the condensed water droplets generated by the packaged object are not considered. It is often necessary to let the water retaining mat absorb moisture before use.
吸附了凝結水珠或是其他來源水分的保水性墊材具有以水作為媒介進行熱傳導的性質，可從被包裝物的表面奪取熱能。保水性片狀材的表面雖然有雙層透氣編織布料，但雙層透氣編織布料並不會對透氣性造成阻礙。因此，保水性墊材所吸附的水分，會持續從保水性墊材的表面蒸散至外部環境，而從被包裝物傳導至保水性墊材的熱能，則會作為保水性墊材所吸附之水分的氣化能量而被耗盡。本發明將前述熱傳導的控制機制稱為「主動冷卻功能」，因為其不僅具有防止熱能傳導的隔熱功能，還會積極地促進熱能傳導至特定的方向。 A water-retaining mat that adsorbs condensed water beads or other sources of moisture has the property of conducting heat with water as a medium, and can extract heat energy from the surface of the packaged object. Although the surface of the water-retaining sheet material has a double-layer breathable woven fabric, the double-layer breathable woven fabric does not hinder the gas permeability. Therefore, the moisture adsorbed by the water-retaining mat will continue to evaporate from the surface of the water-retaining mat to the external environment, and the heat transferred from the package to the water-retaining mat will act as the moisture adsorbed by the water-retaining mat. The gasification energy is exhausted. The present invention refers to the aforementioned heat conduction control mechanism as an "active cooling function" because it not only has a heat insulating function for preventing heat conduction, but also actively promotes heat conduction to a specific direction.
只要保水性墊材中還殘存水分，上述主動冷卻功能就會持續發揮下去，透過雙層透氣編織布料作用在保水性墊材的通風量越大，主動冷卻功能就越能獲得提升。於此，不論保水性墊材是否有吸附水分，都可以發揮極為方便的功能，前述功能係讓接觸到被包裝物的東西不會被弄濕，被包裝物係包裝在包裝用面狀散熱材料之中。前述功能之所以能發揮，是因為在雙層透氣編織布料中，從內面網眼織布向表面網眼織布浸透的水分，被存在於兩者之間的高透氣性厚度間隙隔絕了。又，使用單絲纖維作為厚度間隙內的連結線，其目的係在於防止毛細管現象造成水分浸透。若使用多絲纖維作為連結線，則水分可能會透過連結線浸透到外側。 As long as the water remains in the water-retaining mat, the above-mentioned active cooling function will continue to be exerted. The larger the ventilation capacity of the water-retaining mat by the double-layer breathable woven fabric, the more the active cooling function can be improved. Here, the water-repellent mat can exert an extremely convenient function regardless of whether or not the moisture-retaining mat adsorbs moisture. The aforementioned function is that the material that is in contact with the packaged article is not wetted, and the packaged product is packaged in the planar heat-dissipating material for packaging. Among them. The above-mentioned function can be exerted because in the double-layer breathable woven fabric, the moisture permeated from the inner mesh woven fabric to the surface woven fabric is separated by the high gas permeable thickness gap existing between the two. Further, the monofilament fiber is used as the connecting line in the thickness gap, and the purpose thereof is to prevent the capillary phenomenon from causing moisture to permeate. If a multifilament fiber is used as the connecting wire, moisture may permeate to the outside through the connecting wire.
又，如果被包裝物是不能被水弄濕的物品，也可以將包裝用面狀散熱材料內外反轉，換言之即是將雙層透氣編織布料作為內面而使用。只是，在前述情況下，一般而言，不讓保水性墊材吸附水分而直接使用較佳。前述使用態樣下的包裝用面狀散熱材料不會發揮主動冷卻功能，僅會作為隔熱性保護材料對被包裝物發揮作用。 Further, if the packaged article is an article that cannot be wetted by water, the inside and outside of the planar heat-dissipating material for packaging may be reversed, in other words, the double-layer breathable woven fabric may be used as the inner surface. However, in the above case, in general, it is preferred that the water-retaining mat is not allowed to adsorb moisture. The planar heat dissipating material for packaging in the above-described use mode does not exhibit an active cooling function, and functions only as a heat insulating protective material for the packaged article.
在兩塊雙層透氣編織布料之間夾設保水性墊材而形成的包裝用面狀散熱材料可發揮主動冷卻功能，同時，其不會弄濕被包裝物也不會弄濕周圍的物品。 The planar heat-dissipating material for packaging formed by interposing a water-retaining mat between two double-layer breathable woven fabrics can provide an active cooling function, and at the same time, it does not wet the packaged articles nor wet the surrounding articles.
上述包裝用面狀散熱材料即使作為材料應用在飲用水攜帶瓶套上，也能夠發揮跟單獨使用的包裝用面狀散熱材料相同的功能。前述情況的優點在於，可以省略將飲用水瓶或水袋等被包裝物包裝起來的作業流程，只需將被包裝物容納至預先製作好的飲用水攜帶瓶套即可。 The above-mentioned planar heat dissipating material for packaging can exhibit the same function as the planar heat dissipating material for packaging which is used alone, even when it is applied as a material to a drinking water carrying bottle cover. The above case is advantageous in that the operation flow for packaging the packaged articles such as the drinking water bottle or the water bag can be omitted, and the packaged article can be accommodated only in the pre-made drinking water carrying bottle cover.
上述容納了飲用水瓶或水袋的飲用水攜帶瓶套，因為其原料之包裝用面狀散熱材料具有可撓性，故可隨著飲用水瓶或水袋的形狀變形並貼合於其表面，還可以透過束緊開口部，防止容納物從中掉出。產生在飲用水瓶或水袋表面的凝結水珠會被保水性墊材吸收，被吸收的凝結水珠會透過雙層透氣編織布料而蒸發，並持續且主動地從被包裝物奪取熱能或是有效地抑制被包裝物的溫度上昇。 The above-mentioned drinking water carrying bottle sleeve containing the drinking water bottle or the water bag, because the surface heat dissipating material for packaging the raw material has flexibility, it can be deformed and conformed to the surface of the drinking water bottle or the water bag, and It is possible to prevent the contents from falling out by tightening the opening. The condensed water droplets generated on the surface of the drinking water bottle or water bag are absorbed by the water retaining mat, and the absorbed condensed water droplets evaporate through the double-layer breathable woven fabric, and continuously and actively take heat from the packaged object or be effective. The temperature of the packaged article is suppressed from rising.
飲用水攜帶瓶套其包含開口部在內的多個地方可被束緊，在前述多個可被束緊的地方，保水性墊材吸附的水分其移動會被阻止。結果，因為前述態樣可以避免保水性墊材吸附的水分因重力或振動等因素而累積在同一個地方，並且可以避免保水性墊材的保水量超過上限而造成水滴落下的現象，因此，前述飲用水攜帶瓶套非常適合在參加需要激烈身體運動的運動競賽時隨身攜帶，也非常適合裝設在自行車上攜帶。 The drinking water carrying bottle sleeve can be tightened in a plurality of places including the opening portion, and in the plurality of places that can be tightened, the movement of the moisture adsorbed by the water retaining mat is prevented. As a result, the foregoing aspect can prevent the moisture adsorbed by the water retaining mat from accumulating in the same place due to factors such as gravity or vibration, and can prevent the water retaining amount of the water retaining mat from exceeding the upper limit and causing the water drop to fall. Drinking water carrying bottles are ideal for carrying in sports competitions that require intense physical activity, and are also ideal for carrying on bicycles.
承上所述，本發明的包裝用面狀散熱材料可以發揮習知技術的面狀包裝原料所無法達成之前所未有的功能。前述功能係透過層疊形成之保水性墊材及雙層透氣編織布料，從外部環境或直射的日光隔絕飲用水瓶或水袋等被包裝物，同時透過保水性墊材吸收被包裝物表面產生的凝結水珠。此外，前述功能還可以是意圖性地賦予保水性墊材水分，令水分透過雙層透氣編織布料其高透氣性的厚度間隙蒸發並奪取氣化熱，以主動冷卻被包裝物。 As described above, the planar heat dissipating material for packaging of the present invention can achieve a function unprecedented in the conventional packaging of the planar packaging material. The above function is to isolate the packaged object such as a drinking water bottle or a water bag from the external environment or direct sunlight through the water-repellent mat formed by lamination and the double-layer breathable woven fabric, and absorb the condensation generated on the surface of the package through the water-retaining mat. Water drops. In addition, the foregoing function may also intentionally impart moisture to the water retaining mat, so that the moisture permeates through the thickness gap of the high permeability of the double-layer breathable woven fabric and captures the heat of vaporization to actively cool the packaged article.
又，使用上述包裝用面狀散熱材料所製作的飲用水攜帶瓶套也可以發揮習知技術的飲用水攜帶瓶套所無法達成之前所未有的功能。當飲用水攜帶瓶套容納並攜帶飲用水瓶或水袋等被包裝物時，前述功能係透過雙層透氣編織布料其具有高透氣性的厚度間隙，讓凝結水珠或水分蒸發並奪取氣化熱，以主動冷卻飲用水瓶或水袋。其中，凝結水珠係指被包裝物表面產生的凝結水珠，水分係指意圖性地讓保水性墊材吸附的水分。在蒸發過程中，前述凝結水珠或水分不會弄濕攜帶者的身體，同時，也不會阻礙飲用水攜帶瓶套對於攜帶者身體的通風性。 Further, the drinking water carrying bottle cover produced by using the above-mentioned planar heat dissipating material for packaging can also exhibit an unprecedented function of the drinking water carrying bottle cover of the prior art. When the drinking water carrying bottle sleeve accommodates and carries the packaged object such as a drinking water bottle or a water bag, the above function is a high-breathing thickness gap through the double-layer breathable woven fabric, allowing the condensed water droplets or water to evaporate and capture the heat of vaporization. To actively cool drinking water bottles or water bags. Here, the condensed water bead refers to the condensed water bead produced on the surface of the packaged object, and the moisture refers to the moisture which is intended to adsorb the water retaining mat. During the evaporation process, the aforementioned condensed water droplets or moisture do not wet the carrier's body, and at the same time, it does not hinder the ventilation of the drinking water carrying bottle sleeve to the carrier's body.
2S‧‧‧刺子繡 2S‧‧‧Spike Embroidery
3‧‧‧雙層透氣編織布料 3‧‧‧Double-layer breathable woven fabric
3A‧‧‧表面網眼織布 3A‧‧‧Surface mesh weaving
3B‧‧‧內面網眼織布 3B‧‧‧Mesh mesh weaving
3C‧‧‧單絲纖維連結線 3C‧‧‧monofilament fiber connecting line
4‧‧‧保水性墊材 4‧‧‧Water-retaining mat
50‧‧‧包裝用面狀散熱材料 50‧‧‧Face heat-dissipating materials for packaging
60‧‧‧飲用水攜帶瓶套 60‧‧‧ Drinking water bottle holder
B‧‧‧補給水瓶 B‧‧‧Supply water bottle
B1‧‧‧開口部 B1‧‧‧ Opening
C1‧‧‧坐墊支撐管 C1‧‧‧Cushion support tube
C2‧‧‧瓶架 C2‧‧‧ bottle rack
CY‧‧‧自行車 CY‧‧ bicycle
D‧‧‧直徑 D‧‧‧diameter
D1‧‧‧氣溫 D1‧‧‧air temperature
D2、D3‧‧‧水溫 D2, D3‧‧‧ water temperature
L‧‧‧實際瓶身長度 L‧‧‧ actual bottle length
L1‧‧‧縱向尺寸 L1‧‧‧ longitudinal size
L2‧‧‧橫向尺寸 L2‧‧‧ transverse size
L3、L4‧‧‧反摺線 L3, L4‧‧‧ reverse line
L5、L6‧‧‧縫合線 L5, L6‧‧‧ suture
M‧‧‧鳥籠 M‧‧ bird cage
P‧‧‧鸚鵡 P‧‧‧ Parrot
S‧‧‧束繩 S‧‧‧Bundle
T‧‧‧厚度間隙 T‧‧‧ thickness gap
T1‧‧‧溫度 T1‧‧‧ temperature
T2‧‧‧時間 T2‧‧‧ time
圖1為表示本發明之包裝用面狀散熱材料其實施形態的主要部位斜視圖。 Fig. 1 is a perspective view showing a principal part of an embodiment of a planar heat dissipating material for packaging according to the present invention.
圖2為前述實施形態其包裝用面狀散熱材料的概略擴大截面圖。 Fig. 2 is a schematic enlarged cross-sectional view showing a planar heat dissipating material for packaging according to the embodiment.
圖3為表示本發明之包裝用面狀散熱材料其另一實施形態的概略截面圖。 Fig. 3 is a schematic cross-sectional view showing another embodiment of the planar heat dissipating material for packaging of the present invention.
圖4為表示本發明之包裝用面狀散熱材料其使用例的截面圖。 Fig. 4 is a cross-sectional view showing an example of use of the planar heat dissipating material for packaging of the present invention.
圖5為表示本發明之飲用水攜帶瓶套其實施形態的對半截面圖。 Fig. 5 is a half cross-sectional view showing an embodiment of the drinking water carrying bottle cover of the present invention.
圖6為前述實施形態中飲用水攜帶瓶套的使用狀態說明圖。 Fig. 6 is an explanatory view showing the state of use of the drinking water carrying bottle cover in the above embodiment.
圖7為前述使用狀態下，表示飲用水攜帶瓶套之保冷效果的曲線圖。 Fig. 7 is a graph showing the cooling effect of the drinking water carrying bottle sleeve in the aforementioned state of use.
圖8為表示前述實施形態中飲用水攜帶瓶套其製作要領的說明圖。 Fig. 8 is an explanatory view showing a manufacturing method of a drinking water carrying bottle cover in the above embodiment.
以下將參照相關圖式，說明本發明的包裝用面狀散熱材料及應用前述包裝用面狀散熱材料之飲用水攜帶瓶套的一實施形態。 Hereinafter, an embodiment of the planar heat dissipating material for packaging of the present invention and a drinking water carrying bottle sleeve to which the planar heat dissipating material for packaging is applied will be described with reference to the related drawings.
本發明的包裝用面狀散熱材料50係由雙層透氣編織布料3及保水性墊材4構成，保水性墊材4層疊形成在雙層透氣編織布料3的其中一面上並與雙層透氣編織布料3相互重疊(如圖1及圖2所示)。 The planar heat dissipating material 50 for packaging of the present invention is composed of a double-layer breathable woven fabric 3 and a water-retaining mat 4, and a water-repellent mat 4 is laminated on one side of the double-layer breathable woven fabric 3 and woven with a double layer. The fabrics 3 overlap each other (as shown in Figures 1 and 2).
雙層透氣編織布料3係由表面網眼織布3A、內面網眼織布3B及單絲纖維連結線3C組成，單絲纖維連結線3C在表面網眼織布3A及內面網眼織布3B之間來回編織，表面網眼織布3A及內面網眼織布3B之間具有一高透氣性的厚度間隙T，單絲纖維連結線3C呈霜柱狀地豎立在厚度間隙T內。前述構成的雙層透氣編織布料3除了整體具有高透氣性以外，還能防止毛細管現象造成水分從表面網眼織布3A浸透到內面網眼織布3B，或者防止水分從內面網眼織布3B浸透到表面網眼織布3A。其中，雙層透氣編織布料3整體具有高透氣性是因為表面網眼織布3A及內面網眼織布3B本身也具有高透氣性，而雙層透氣編織布料3能防止毛細管現象造成水分浸透是因為單絲纖維連結線3C係由單絲纖維製成。又，因為單絲纖維連結線3C的彎曲阻力，雙層透氣編織布料3具有彈性回復力良好之極為優 秀的緩衝性，而且，這些有利的材料特性構成了本發明的前提條件。而本發明為了實現具有前述良好特性的布料，係以日本旭日化成纖維股份有限公司所製造的「FUSION」(商品名稱)為材料製作，此時，網眼尺寸、厚度間隙T的大小及布料色澤等條件可自由選擇。 The double-layer breathable woven fabric 3 is composed of a surface mesh woven fabric 3A, an inner mesh woven fabric 3B and a monofilament fiber connecting thread 3C, and the monofilament fiber connecting thread 3C is in the surface mesh woven fabric 3A and the inner mesh woven fabric. The cloth 3B is woven back and forth, and the surface mesh woven fabric 3A and the inner surface woven fabric 3B have a high gas permeable thickness gap T, and the monofilament fiber connecting line 3C is erected in the thickness gap T in a frost column shape. The double-layer breathable woven fabric 3 having the above-described configuration can prevent the capillary phenomenon from causing moisture to permeate from the surface mesh woven fabric 3A to the inner surface woven fabric 3B, or prevent moisture from being woven from the inner mesh. The cloth 3B is saturated to the surface mesh woven fabric 3A. Among them, the double-layer breathable woven fabric 3 has high gas permeability as the surface mesh woven fabric 3A and the inner mesh woven fabric 3B itself have high gas permeability, and the double-layer breathable woven fabric 3 can prevent capillary water from being saturated. This is because the monofilament fiber connecting line 3C is made of monofilament fibers. Moreover, the double-layer breathable woven fabric 3 has excellent elastic recovery force because of the bending resistance of the monofilament fiber connecting line 3C. The cushioning properties of the show, and these advantageous material properties constitute a prerequisite for the present invention. In order to realize the fabric having the above-mentioned good characteristics, the present invention is made of "FUSION" (trade name) manufactured by Nippon Sunburst Chemical Co., Ltd., and the size of the mesh, the thickness of the gap T, and the color of the fabric are obtained. Conditions can be freely chosen.
保水性墊材4層疊形成於雙層透氣編織布料3，並且可使用不織布墊片或是發泡樹脂墊片作為材料。保水性墊材4的目的係在於使其吸附的適量水分保持在隨時可從表面全部氣化的狀態，並且使前述水分保持在不會輕易滴落的狀態。保水性墊材4的較佳態樣係針對前述目的而做出適當的選擇。換言之，較佳的保水性墊材4若採用不織布墊片，其需具有纖維密度高的特性，若採用發泡樹脂墊片，則需具有氣泡密度高的特性，因為當纖維密度或氣泡密度過低時，保水性墊材4可吸附的水分量較少，且吸附的水分容易因振動等因素而被輕易甩落。其中，發泡樹脂製的墊片除了需具有氣泡密度高的特性以外，還需採用軟質的樹脂材料，且前述樹脂材料形成的氣泡需為連續性氣泡，如此才可確保包裝原料具有可撓性以及水分在材料內部的自由移動性。又，保水性墊材4可吸附的水分量與不織布墊片的厚度或發泡樹脂墊片的厚度幾乎成正比，因此，必須考量前述因素決定墊片要採用的厚度。於此，為了使包裝用面狀散熱材料50維持在包裝原料方便處理的厚度，雙層透氣編織布料3及保水性墊材4在重疊狀態下的整體厚度也應納入考量。 The water-retaining mat 4 is laminated on the double-layer breathable woven fabric 3, and a non-woven mat or a foamed resin shim can be used as the material. The purpose of the water-retaining mat 4 is to maintain a proper amount of moisture adsorbed therein in a state where it can be completely vaporized from the surface at any time, and to maintain the aforementioned moisture in a state where it does not easily drip. The preferred embodiment of the water retaining mat 4 is suitably selected for the foregoing purposes. In other words, if a preferred water-repellent mat 4 is made of a non-woven mat, it needs to have a high fiber density. If a foamed resin gasket is used, it has a high density of bubbles because the density of the fibers or the density of the bubbles is excessive. When low, the water-retaining mat 4 can absorb less moisture, and the adsorbed moisture is easily peeled off due to vibration and the like. Among them, in addition to the characteristics of high bubble density, the gasket made of foamed resin needs to use a soft resin material, and the bubbles formed by the foregoing resin material need to be continuous bubbles, so as to ensure flexibility of the packaging material. And the free mobility of moisture inside the material. Moreover, the amount of moisture that can be adsorbed by the water-retaining mat 4 is almost proportional to the thickness of the non-woven mat or the thickness of the foamed resin shim. Therefore, it is necessary to consider the above factors to determine the thickness to be used for the shim. Here, in order to maintain the thickness of the planar heat dissipating material 50 for packaging in a convenient processing for the packaging material, the overall thickness of the double-layer breathable woven fabric 3 and the water repellent mat 4 in an overlapping state should also be taken into consideration.
重疊狀態的雙層透氣編織布料3及保水性墊材4係透過縱橫方向的刺子繡2S、2S…等，簡易地被縫合為一體而具有方便取用的優點(如圖1所示)。只是，使用包裝用面狀散熱材料50作為材料製造二次產品時，就算將雙層透氣編織布料3及保水性墊材4縫合為一體可能也無法享受到前述優點，或者在其他情況下，不將雙層透氣編織布料3及保水性墊材4縫合為一體可能反而比較方便。是否造成前述情況係取決於所製造之二次產品的大小或態樣。 The double-layer breathable woven fabric 3 and the water-repellent mat 4 in the overlapping state are easily sewed into one body by the spur embroidery 2S, 2S, etc. in the longitudinal and lateral directions, and have an advantage of being easily taken (as shown in Fig. 1). However, when the secondary product is manufactured using the planar heat dissipating material 50 for packaging, even if the double-layer breathable woven fabric 3 and the water-retaining mat 4 are sewn together, the above advantages may not be enjoyed, or in other cases, Sewing the double-layer breathable woven fabric 3 and the water-retaining mat 4 into one body may be convenient. Whether or not the foregoing is caused depends on the size or aspect of the secondary product being manufactured.
另外，本發明的包裝用面狀散熱材料50也可以採用在兩塊雙層透氣編織布料3、3之間夾入保水性墊材4的三層構造(如圖3所示)。於此，兩塊雙層透氣編織布料3、3不需使用相同的材料，本實施形態是使用厚度間隙T、T各自不同的雙層透氣編織布料3、3，其目的係在於提升 使用層面上的應用性。 Further, the planar heat dissipating material 50 for packaging of the present invention may have a three-layer structure (shown in Fig. 3) in which the water retaining mat 4 is sandwiched between the two double-layer breathable woven fabrics 3, 3. Here, the two double-layer breathable woven fabrics 3, 3 do not need to use the same material. In the present embodiment, the double-layer breathable woven fabrics 3 and 3 having different thickness gaps T and T are used, and the purpose is to enhance Use level of application.
上述包裝用面狀散熱材料50同時具有優秀的被包裝物表面保護功能及優秀的衝擊力分散性，因此，包裝用面狀散熱材料50還可有效應用在不需保冷的被包裝物上，例如應用在高級家具或貴重美術品的捆包運送用途上。其中，被包裝物表面保護功能係由保水性墊材4其材料之不織布墊片或發泡樹脂墊片的特性造成，而衝擊力分散性則是由雙層透氣編織布料3的特性造成。又，包裝用面狀散熱材料50還可以應用在特殊用途上，舉例來說，可以讓保水性墊材4吸附充足的水分以運送水生動物，或者是在夏天中，將缺乏體溫調節機能的寵物保冷運送至目的地(如圖4所示)。圖4為包裝用面狀散熱材料50的使用例之一，其態樣為，在連同鳥籠M搬移運送寵物鸚鵡P時，將包裝用面狀散熱材料50覆蓋在鳥籠M上，以達到保冷及隔音的用途。 The above-mentioned planar heat dissipating material for packaging 50 has excellent surface protection function of the packaged object and excellent impact dispersibility. Therefore, the planar heat dissipating material 50 for packaging can be effectively applied to the packaged article that does not require cold preservation, for example, It is used in the packaging and transportation of high-grade furniture or valuable art. Among them, the surface protection function of the packaged object is caused by the characteristics of the non-woven gasket or the foamed resin gasket of the water-retaining mat 4, and the impact force dispersibility is caused by the characteristics of the double-layer breathable woven fabric 3. Moreover, the planar heat dissipating material 50 for packaging can also be applied to a special use, for example, the water retaining mat 4 can be adsorbed with sufficient moisture to transport aquatic animals, or a pet that lacks thermoregulation function in the summer. Cold transport to the destination (as shown in Figure 4). Fig. 4 is a view showing an example of use of the planar heat dissipating material 50 for packaging, in which the planar heat dissipating material 50 for packaging is covered on the bird cage M when the pet parrot P is transported together with the bird cage M. Cold and soundproofing.
另外，本發明的包裝用面狀散熱材料50亦可進行二次加工，例如是提供一種飲用水攜帶瓶套60，其係用於保冷並攜帶補給水瓶B(如圖5所示)。 In addition, the planar heat dissipating material 50 for packaging of the present invention can also be subjected to secondary processing, for example, to provide a drinking water carrying bottle sleeve 60 for keeping cold and carrying a make-up water bottle B (as shown in FIG. 5).
補給水瓶B是在參加遠距離自行車競賽等活動時，裝設於自行車CY上供使用者攜帶的專用水瓶(如圖6所示)。使用專用水瓶的情況，一般而言，會在自行車CY的坐墊支撐管C1上裝設一個被稱為瓶架C2的專用承載裝置，並將補給水瓶B***瓶架C2以供使用。 The make-up water bottle B is a special water bottle that is installed on the bicycle CY for the user to carry when participating in a long-distance bicycle race or the like (as shown in FIG. 6). In the case of using a dedicated water bottle, in general, a special carrying device called bottle rack C2 is installed on the seat support tube C1 of the bicycle CY, and the make-up water bottle B is inserted into the bottle holder C2 for use.
飲用水攜帶瓶套60係使用包裝用面狀散熱材料50作為材料，其保水性墊材4係作為內面而使用，飲用水攜帶瓶套60係透過束繩S而呈現可束緊開口部B1的有底圓筒狀(袋狀體)。藉由從開口部B1***補給水瓶B並將開口部B1束緊，即可將補給水瓶B的重量及外形的擴增幅度控制在最低限度而隨身攜帶。又，在使用瓶架C2攜帶補給水瓶B時，可以先依前述方式包裝好補給水瓶B，再像單獨攜帶補給水瓶B的時候一樣，直接將包裝好的補給水瓶B***既成品的瓶架C2。又，在本實施例中，飲用水攜帶瓶套60除了在開口部B1以外，在中間部位也額外設有束繩S，當補給水瓶B容納至飲用水攜帶瓶套60後，也可以將補給水瓶B的中間位置束緊(如圖5所示)。中間部位的束繩S除了讓保水性墊材4與補給水瓶B確實密合以外，還能防止保水性墊材4因自身吸附水分的重量而產生的 下滑移動，將保水性墊材4保持在原本的放置位置。 The drinking water carrying bottle cover 60 uses the planar heat dissipating material 50 for packaging as a material, and the water retaining mat 4 is used as the inner surface, and the drinking water carrying bottle sleeve 60 is transmitted through the string S to present the tightenable opening B1. Bottom cylindrical (pocket). By inserting the makeup water bottle B from the opening B1 and tightening the opening B1, the amplification range of the weight and shape of the makeup water bottle B can be kept to a minimum and carried around. Moreover, when the bottle water bottle B is carried by the bottle holder C2, the bottle water bottle B can be packaged as described above, and the packaged water bottle B can be directly inserted into the bottle holder C2 of the finished product as if the bottle B is separately carried. . Further, in the present embodiment, the drinking water carrying bottle cover 60 is additionally provided with a bundled rope S in the middle portion in addition to the opening portion B1, and may be replenished when the makeup water bottle B is accommodated in the drinking water carrying bottle cover 60. The middle position of the water bottle B is tight (as shown in Figure 5). In addition to the fact that the water-repellent mat 4 and the make-up water bottle B are surely adhered to each other, the bundle S of the intermediate portion can prevent the water-repellent mat 4 from being absorbed by the weight of the moisture adsorbed by itself. Slide down to keep the water retaining mat 4 in its original position.
本發明最為人所關心的重點在於，將本發明的飲用水攜帶瓶套60應用在補給水瓶B能夠發揮多大的保冷效果。於此，具有參加長距離自行車賽道比賽「Tour de能登」經驗的發明人，首先將收納容置有補給水瓶B的飲用水攜帶瓶套60以圖6的方式放置在自行車CY上，同時並列放置另一個未做任何包裝的補給水瓶B作為對照組，接著，沿河北潟周圍實際騎乘一遍，前述地點位在日本石川縣河北郡津幡町的海灘附近，最終獲得的資料顯示於圖7。圖7的縱軸表示溫度T1，橫軸表示時間T2。騎乘時間將近3小時，從早上9點到正午12點，天候條件為梅雨季開始後，悶熱且雲量偏多。由於騎乘時間長，這段期間係在有供應水的休息處，兩度讓飲用水攜帶瓶套60的保水性墊材4吸附水分。溫度測定器係使用方便攜帶之日本橫河電機股份有限公司製造的PORTABLE DATA STATION XL100。又，在圖7的曲線圖中，實線代表氣溫(D1)變化，單點鎖線代表未做任何包裝之補給水瓶B的水溫(D2)變化，虛線代表容納在飲用水攜帶瓶套60內的補給水瓶B的水溫(D3)變化。 The most important concern of the present invention is the application of the drinking water carrying bottle cover 60 of the present invention to the makeup water bottle B to exert a large cooling effect. Here, the inventor who has experience in participating in the long-distance bicycle race "Tour de Neng Deng" firstly places the drinking water carrying bottle cover 60 containing the makeup water bottle B on the bicycle CY as shown in Fig. 6, and juxtaposes Another water bottle B, which was not packaged, was placed as a control group. Then, it was actually taken around the river in the north of the river. The above location was located near the beach in Tsugaru-cho, Kagawa-gun, Ishikawa Prefecture, Japan. The final information is shown in Figure 7. The vertical axis of Fig. 7 represents the temperature T1, and the horizontal axis represents the time T2. The riding time is nearly 3 hours, from 9 am to 12 noon. The weather conditions are hot and cloudy after the start of the rainy season. Due to the long riding time, during this period, there is a resting place where water is supplied, and the water-retaining mat 4 of the drinking water carrying bottle cover 60 is twice adsorbed. The temperature measuring device is a portable PORTABLE DATA STATION XL100 manufactured by Yokogawa Electric Co., Ltd., Japan. Further, in the graph of Fig. 7, the solid line represents the change in the temperature (D1), the single-point lock line represents the change in the water temperature (D2) of the make-up water bottle B which is not packaged, and the dotted line represents the accommodation in the drinking water carrying bottle cover 60. The water temperature (D3) of the make-up water bottle B changes.
在當天，因為吹入濕度高的熱帶性暖空氣，從早上9點至正午12點，氣溫(D1)在三小時內從攝氏24度上昇到了攝氏33度。騎乘開始時，兩個補給水瓶B的水溫(D2及D3)皆為攝氏22度。騎乘開始後，未做任何包裝的補給水瓶B其水溫(D2)隨著氣溫(D1)的上昇而上昇，但相較之下，容納在飲用水攜帶瓶套60內的補給水瓶B的水溫(D3)上昇率較低，且水溫(D3)跟氣溫(D1)之間的差距隨著時間逐漸擴大。騎乘結束時，未做任何包裝的補給水瓶B溫度上昇8度，相較之下，容納在飲用水攜帶瓶套60內的補給水瓶B溫度僅上昇3度。如同先前所述，人感覺東西冰涼的溫度標準並非是絕對值，而是會因環境條件而受到大幅影響的相對值。換言之，在騎乘期間，與環境氣溫(D1)具有較大溫差之水溫(D3)的補給水會讓人感覺是相對冰涼的。 On the same day, the temperature (D1) rose from 24 degrees Celsius to 33 degrees Celsius in three hours from 9 am to 12 noon due to the influx of tropical warm air with high humidity. At the start of the ride, the water temperatures (D2 and D3) of the two make-up bottles B are 22 degrees Celsius. After the start of the ride, the water temperature (D2) of the make-up water bottle B which has not been packaged rises as the temperature (D1) rises, but in contrast, the water supply bottle B contained in the drinking water carrying bottle cover 60 The water temperature (D3) rise rate is low, and the gap between the water temperature (D3) and the temperature (D1) gradually increases with time. At the end of the ride, the temperature of the make-up water bottle B, which has not been packaged, rises by 8 degrees. In contrast, the temperature of the make-up water bottle B contained in the drinking water carrying bottle cover 60 rises only by 3 degrees. As mentioned earlier, the temperature standard that people feel that things are cold is not an absolute value, but a relative value that is greatly affected by environmental conditions. In other words, during the riding, the water supply (D3) with a large temperature difference from the ambient air temperature (D1) makes the feeling relatively cold.
接著，使用包裝用面狀散熱材料50來說明上述飲用水攜帶瓶套60的製作過程。在說明本實施形態時，一開始雖說明飲用水攜帶瓶套60係呈現可束緊開口部B1的有底圓筒狀，但精確而論，應是補給水瓶B容納在內時才呈現有底圓筒狀這一說法較為貼切。換言之，以立體縫製法 將飲用水攜帶瓶套60縫合成有底圓筒狀自然是較佳實施形態，但也可以利用包裝用面狀散熱材料50其雙層透氣編織布料3的高伸縮性，不依靠立體縫製手段，易如反掌地如下製作出另一種實施形態的飲用水攜帶瓶套60(如圖8的(A)、(B)所示)。又，在圖8中，二點鎖線代表反摺線L4，單點鎖線代表縫合線L5。 Next, the manufacturing process of the above-described drinking water carrying bottle cover 60 will be described using the planar heat dissipating material 50 for packaging. In the description of the present embodiment, the drinking water carrying bottle cover 60 is shown in the beginning as a bottomed cylindrical shape in which the opening portion B1 can be tightened. However, in the accurate case, the water supply bottle B should be bottomed when it is accommodated. The cylindrical shape is more appropriate. In other words, in the three-dimensional sewing method It is a preferred embodiment to suture the drinking water carrying bottle sleeve 60 into a bottomed cylindrical shape. However, it is also possible to use the planar heat dissipating material 50 for packaging, and the double-layer breathable woven fabric 3 has high flexibility, and does not rely on a three-dimensional sewing method. It is easy to produce a drinking water carrying bottle cover 60 of another embodiment as shown in Fig. 8 (A) and (B). Further, in Fig. 8, the two-point lock line represents the reverse fold line L4, and the single-point lock line represents the stitch line L5.
首先，決定作為基準大小的量測尺寸，圖式中係令補給水瓶B的實際瓶身長度為L，補給水瓶B的直徑為D(如圖5所示)。而所使用之保水性墊材4的縱向尺寸L1即相當於補給水瓶B的實際瓶身長度L，保水性墊材4的橫向尺寸L2則約為補給水瓶B其直徑D的三倍多一點長(如圖8的(A)所示)。又，雖然可以只將一塊保水性墊材4剪裁為橫向尺寸L2的長度，但也可以合用二至三塊保水性墊材4達到橫向尺寸L2的長度。圖8A為使用兩塊保水性墊材4拼接達成橫向尺寸L2的實施例。 First, the measurement size as the reference size is determined. In the figure, the actual bottle length of the makeup water bottle B is L, and the diameter of the makeup water bottle B is D (as shown in FIG. 5). The longitudinal dimension L1 of the water-retaining mat 4 used is equivalent to the actual length L of the bottle B, and the lateral dimension L2 of the water-repellent mat 4 is about three times longer than the diameter D of the make-up bottle B. (As shown in (A) of Fig. 8). Further, although it is possible to cut only one water-repellent mat 4 into the length of the lateral dimension L2, it is also possible to use two to three water-repellent mats 4 to reach the length of the lateral dimension L2. Fig. 8A is an embodiment in which two water-retaining mats 4 are used to join to achieve a lateral dimension L2.
接著決定雙層透氣編織布料3的尺寸。因為這種布料伸縮性高，故在本用途上不需精準地測量尺寸。雙層透氣編織布料3的橫向尺寸係設定為保水性墊材4的橫向尺寸L2，加上縫合處與裁切處之間預留的空間。又，雙層透氣編織布料3的縱向尺寸則是設定為保水性墊材4的縱向尺寸L1，再分別於上下兩側加上一段可供各束繩S束緊布料的尺寸。如果打算按照本實施例的飲用水攜帶瓶套60，將其下端部位作成完全束緊的態樣，則與只需預留一點尺寸就能束緊開口部B1的上端部位相比，必須為下端部位預留更長的尺寸。又，雙層透氣編織布料3完全束緊時係呈現普通的粗纖維束狀。 Next, the size of the double-layer breathable woven fabric 3 is determined. Because of the high stretchability of this fabric, it is not necessary to accurately measure the size for this purpose. The lateral dimension of the double-layer breathable woven fabric 3 is set to the lateral dimension L2 of the water-retaining mat 4, plus the space reserved between the seam and the cut. Further, the longitudinal dimension of the double-layer breathable woven fabric 3 is set to the longitudinal dimension L1 of the water-repellent mat 4, and a section is provided on the upper and lower sides to allow the bundles S to tighten the fabric. If the drinking water carrying bottle sleeve 60 according to the present embodiment is intended to be completely tightened, the lower end portion of the opening portion B1 can be tightened as compared with the upper end portion of the opening portion B1. The part is reserved for a longer size. Further, when the double-layer breathable woven fabric 3 is completely tightened, it exhibits a general thick fiber bundle shape.
然後，沿反摺線L4及L4凹摺並縫合雙層透氣編織布料3，在上端部位及下端部位各形成一細長狀的穿繩孔，使束繩S及S分別從穿繩孔中穿過。再來，沿中央位置的反摺線L3凹摺雙層透氣編織布料3，並沿一致的縫合線L6縫合在一起(如圖8的(B)所示)。之後，再將位於下端的束繩S完全束緊，補給水瓶B用的飲用水攜帶瓶套60即完成製作。將補給水瓶B***並容納至完成後的飲用水攜帶瓶套60，再將開口部B1的束繩S束緊後，飲用水攜帶瓶套60將會變形並完整呈現補給水瓶B的形狀(如圖5所示)，就像將補給水瓶B容納在用立體縫製法製作完成的飲用水攜帶瓶套60之中。 Then, the double-layer breathable woven fabric 3 is folded and folded along the reverse fold lines L4 and L4, and an elongated stringing hole is formed in each of the upper end portion and the lower end portion, so that the bundles S and S respectively pass through the threading holes. Then, the double-layer breathable woven fabric 3 is concavely folded along the reverse line L3 at the center position, and is sewn together along the uniform stitching line L6 (as shown in Fig. 8(B)). After that, the bundled rope S at the lower end is completely tightened, and the drinking water carrying bottle sleeve 60 for replenishing the water bottle B is completed. After the water bottle B is inserted and accommodated into the completed drinking water carrying bottle sleeve 60, and the bundle S of the opening B1 is tightened, the drinking water carrying bottle sleeve 60 will be deformed and fully present the shape of the water supply bottle B (eg As shown in Fig. 5, it is like accommodating the makeup water bottle B in the drinking water carrying bottle cover 60 which is completed by the three-dimensional sewing method.
值得一提的是，若是製作為類似水袋等邊角張開的飲用水容器，只需省略在雙層透氣編織布料3的下端形成穿繩孔的動作，直接將下端部位完全縫合即可輕易完成此邊角張開的形狀。 It is worth mentioning that if it is made into a drinking water container that is opened like a water bag, it is only necessary to omit the action of forming a stringing hole at the lower end of the double-layer breathable woven fabric 3, and it is easy to directly suture the lower end portion. Complete the shape of this corner opening.
3‧‧‧雙層透氣編織布料 3‧‧‧Double-layer breathable woven fabric
4‧‧‧保水性墊材 4‧‧‧Water-retaining mat
50‧‧‧包裝用面狀散熱材料 50‧‧‧Face heat-dissipating materials for packaging
60‧‧‧飲用水攜帶瓶套 60‧‧‧ Drinking water bottle holder
B‧‧‧補給水瓶 B‧‧‧Supply water bottle
B1‧‧‧開口部 B1‧‧‧ Opening
L‧‧‧實際瓶身長度 L‧‧‧ actual bottle length
S‧‧‧束繩 S‧‧‧Bundle
Claims (4)
Applications Claiming Priority (1)
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| JP2013156600A JP5551816B1 (en) | 2013-07-29 | 2013-07-29 | Packaging surface heat sink and drinking water carrying case using the same |
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| Publication Number | Publication Date |
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| TW201504114A true TW201504114A (en) | 2015-02-01 |
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| TW103102735A TW201504114A (en) | 2013-07-29 | 2014-01-24 | Planar heat sink using for wrapping and drinking water carrying case using the same |
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| TW (1) | TW201504114A (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP2004218112A (en) * | 2003-01-10 | 2004-08-05 | Shinwa Kk | Cooling apparatus |
| JP2005153270A (en) * | 2003-11-25 | 2005-06-16 | Izumi-Cosmo Co Ltd | Hydrophilic mesh sheet |
| JP2010169370A (en) * | 2009-01-20 | 2010-08-05 | Shigetsugu Seki | Method of manufacturing self-cooling bottle |
| JP2010279593A (en) * | 2009-06-05 | 2010-12-16 | Tell A Tale Inc | Thermal insulation container |
| JP2011021867A (en) * | 2009-07-14 | 2011-02-03 | Kondo Kikai Seisakusho:Kk | Implement for cooling, mainly, pet bottle by means of heat of vaporization |
| JP2011251090A (en) * | 2010-06-01 | 2011-12-15 | Rinko Kabayama | Mesh sheet for holding ice pack refrigerant |
| JP2012116553A (en) * | 2010-12-03 | 2012-06-21 | Shinji Kobayashi | Cooling implement |
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| JP2015024084A (en) | 2015-02-05 |
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