201204301 六 發明說明： 【發明所屬之技術領域】 本創作是_種魏概健对及上蓋結構，紅對於或敎或 冷食物在食用時，能有釋能保溫功能有效續溫為要點，是以一 又層今器(圖〇及上蓋結構内一接近真空之保溫空間(圖1 之1)，汉-蓄溫金屬(圖i之2)為暫存蓄溫作用，再經由一螺 ，柱體(圖1之3)及其螺絲帽(圖1之4)傳輸，與雙層中空容 益金屬内層(圖i之5)底部之接觸面為蓄能釋能雙向傳導通 路而達成上下雙向蓄能釋能保溫之功能，能使或熱或冷食物 在食用時，可保有更佳食用適溫。 【先前技術】 一般雙層衫容ϋ於承放冷熱食物時，主要魏就是因内外層 Ζ谢空之空間部分皆已被抽靖空氣，進而形成接近 空之狀態，使中空部分形成空氣分子間接觸不良，而產生真 =之效果’這是—般雙層中咖於承放冷熱食物食用過 耘的被使用常態。 【發明内容】 -·=創叙-種蓄峨保嶋及上蓋結構是喻食物 =用可對於或熱或冷食物在食科有釋能保溫功能， 溫為要點，使其可成為於承放冷熱食物時能緩慢 釋放或熱或冷之能量，能有效在特定時間内加溫或持續降 溫功能至蓄能耗盡之，使食物在食用時能保有更佳的適溫。 201204301 β、'、·'〔騎之本麟—種蓄轉能保溫容器及上蓋結構 、“中工谷益(圖U結構為之，此雙層中空容器金屬 内層(圖1之5)底部正中，有谭接一螺絲柱體(圖^之3)， 此螺絲柱體是可螺峡住—蓄溫金屬(®Π之2)，而此雙層 中空容器金屬内層(圖1之5)邊緣，與此雙層中空容器外層 (圖1之6)邊緣’經接合密閉(圖1之7)，内部空氣會被使 用真空幫浦部分抽出，會形成接近真空之密閉空酬】之 1)而具備有阻斷溫度由雙層中空容器外層(圖！之^外流之 保溫作用。 三··如敘述二所述之本創作能釋能保溫容器及上蓋結 構是以-雙射空容_ 1}結構，而具備有阻斷溫度外流 之保溫作用，而被設置在此接近真空之密閉空間(圖i之^ 内的-蓄溫金屬(圖1之2)為蓄溫釋溫之暫存及釋放作用，201204301 Six invention description: [Technical field of invention] This creation is a kind of Wei Jianjian pair and the upper cover structure. When red is used for glutinous or cold food, it can have the function of releasing heat and effective temperature. The layer of the current device (in the figure and the upper cover structure, a vacuum insulation space close to the vacuum (1 of Figure 1), Han-storage metal (Figure 2) is a temporary storage and storage, and then through a screw, the column (Figure 1) 3) and its screw cap (Fig. 1 to 4) transmission, and the contact surface with the bottom of the double-layer hollow Rongyi metal inner layer (Fig. i. 5) is the energy storage release energy bidirectional conduction path to achieve the upper and lower bidirectional energy storage and release energy. The function of heat preservation can make the hot or cold foods have better eating temperature when eating. [Prior Art] When the double-layer shirt is suitable for holding hot and cold foods, the main Wei is due to the inner and outer layers. The space part has been pumped into the air, and then formed a state close to the air, so that the hollow part forms a bad contact between the air molecules, and the effect of the true = is the result of the double-layered coffee in the hot and cold foods. The normal state is used. [Summary of the Invention] -·=Creation of Narrative The structure of the sputum and the upper cover is a food for the use of heat or cold food in the food department. The temperature is the main point, so that it can be slowly released or hot or cold when the hot and cold food is placed. It can effectively warm or continue to cool down in a certain period of time until the energy storage is exhausted, so that the food can maintain better temperature when it is eaten. 201204301 β, ',··[Riding Ben Lin - kind of storage and storage insulation The structure of the container and the upper cover, "Zhonggong Guyi (Fig. U structure is the same, the inner layer of the double-layer hollow container metal (Fig. 1) is in the middle of the bottom, and there is a screw and a screw cylinder (Fig. 3), this screw column The body is a snail-storage-temperature-storing metal (®2), and the inner layer of the double-layer hollow container (5 of Fig. 1) is joined to the edge of the outer layer of the double-layer hollow container (Fig. 1) Sealed (Fig. 1 to 7), the internal air will be extracted by using the vacuum pump part, which will form a closed air close to the vacuum] 1) and have a blocking temperature by the outer layer of the double-layer hollow container (Fig. Insulation effect. 3.·················································容 _ 1} structure, and has a heat-insulating effect to block the temperature outflow, and is placed in the closed space close to the vacuum (the temperature-storing metal inside the figure i (Fig. 1) is the temperature storage and temperature release Temporary and release effects,
而此蓄/1金屬(圖1之2)之體積厚薄大小也等於蓄能容量大 /J、〇 四：如敘述二.三所述之本麟—種蓄能魏保溫容器及上蓋 之雙層中空容器(圖收構是具備有崎溫度外流之保溫作 用’而被設置在此接近真空之密閉空間(圖J之U内的一蓄 溫金屬(圖1之2)已暫蓄存熱冷之能量，受此接近真空之密 閉空間(圖1之〇接近真空保溫阻斷，就只能經由—螺絲柱 體(圖1之3)及其螺絲帽(圖1之4)傳輸，而此一螺絲柱體(圖 1之3)直徑大小及其獅帽(81 2之4)與雙層中空容器金屬 201204301 (Θ之5)底部之接觸面積或大或小，是決定蓄溫釋溫 作用或决或慢成正比，也就是此一螺絲柱體⑷之s)直徑 大及螺絲中目(圖i之4)與雙層中空容器金屬内層則之5) 底部接觸面積越大，其蓄溫釋溫作用時間越快，反之直徑小 及接觸面積越小’則其蓄溫釋溫侧時間就越慢，這雙向蓄 '皿釋溫作用之或快或慢及蓄能金屬（圖1之2)體積或大或 二是為能符合各式各樣不同用途的容器，受釋溫速度及蓄 溫量需求’而有分別被設定製造的雙向蓄溫釋溫速度模式。 五.如敘述—.二四所狀摘作—種蓄能雛聽容器之另 一同等蓄溫釋溫保溫容驗構之上蓋⑷之&，也就是可 對於蓄恤釋能保溫容II⑽食物同時上下釋溫，釋溫功能可 增加效果。 六:如敘述五所述之本·―種蓄溫釋能保溫容器之另一同等 蓄溫釋溫容聽構之上_丨之8)，是依各跡樣用途不 同需求’而設計成不同蓄溫釋溫時間快慢速度及形狀模式 的’如湯鋼用金屬内層上蓋(圖2之υ是被設計成凸出雜 可伸入湯用容II内(® 2之2)，可直接觸及容II内湯汁的釋 溫模式，而杯碗盤盒容器用上蓋金屬内層（圖2之3)是被設 計成無接觸食物_蓋加轉溫模式，但_捕盒容器用 上蓋的釋溫速度都被設計成較快速蓄溫釋溫模式，因杯锅碗 盤盒容器用上蓋是有時候需要可隨意騎減碗盤盒容器 内食物，做重複多次之機動性蓄溫釋溫功能的。 Γ 201204301 七：本創作一種蓄溫釋能保溫容器及上蓋結構之蓄能方式有分 蓄熱能或蓄凍能兩種模式，蓄熱能時用瓦斯爐或瓦斯噴搶燒 烤蓄溫釋能保溫容器金屬内層或中心點(圖3)，能使被設置 在雙層中空盒容器(圖1)結構接近真空有斷絕溫度外流保溫 作用的密閉空間内之一蓄溫金屬（圖1之2)蓄熱能備用，而 如要蓄凍能時容器就直接放入乾冰或冷凍櫃内受冰凍，就能 使蓄溫金屬（圖1之2)儲蓄凍能，方便可隨時取出備用。 【實施方式】 本創作之一種蓄能釋能保溫容器及上蓋結構是以盛放食物 可蓄能釋能保溫魏為要點，使其可成為於承放冷熱食物時 施緩慢釋放或熱或冷之能量，能在特定時間有效加溫或降溫 功旎至蓄能耗盡之，使食物在食用時能保有更佳的適溫，例 如吃湯類美食時:當湯類美食被烹煮熟彿騰時 ’可盛裝入承 放於本創作之已經蓄能之釋能保溫容器上桌食用，可使湯類 美艮在食用時持續保有更佳的食用適溫，湯不夠熱時也可再 加蓋本創作之湯鍋用金屬内層上蓋(圖2之1)釋能上蓋加 、可重複多次續熱非常方便，又如要吃冰淇淋，可使用本 創作之已經蓄雜之杯鍋碗盤盒承放仙，可慢慢品嘴吃到 。碗盤现底’冰淇淋還冰;東可口如初，又如外檢辦餐時使 ^創作畜_能健容ϋ及上蓋，可雙向上下槪保溫不 ;天氣候冷颼颼，又如野炊或個人吃泡麵，一瓶罐裝瓦斯 嘴搶與本_蓄能釋祕溫容ϋ及上蓋就可悶烤熟食物非 201204301 常方便，是具足實用性新韻性，故依法提出專利申請，望請 明鑑。 【圖式簡單說明】 (圖1) 一雙層中空容器 (圖1之1)接近真空之密閉空間 (圖1之2)—蓄溫金屬 (圖1之3)—螺絲柱體 (圖1之4)螺絲帽 (圖1之5)雙層中空容器金屬内層 (圖1之6)雙層中空容器外層 (圖1之7)接合密閉 (圖1之8)上蓋 (圖2之1)湯鍋用金屬内層上蓋 (圖2之2)凸出形狀可伸入湯用容器内 (圖2之3)杯碗盤盒容器用上蓋 (圖3)蓄熱能時用瓦斯爐或瓦斯喷搶 燒烤鋼碗盤金屬内層或中心點 【主要元件符號說明】The volume/thickness of this storage/1 metal (Fig. 1) is also equal to the large storage capacity/J, 〇4: as described in the second and third paragraphs of the nin-type energy storage Wei insulation container and double layer of the upper cover The hollow container (the structure of the structure is provided with a heat-insulating effect of the outflow of the temperature of the temperature) and is placed in a closed space close to the vacuum (a metal-storing metal in the U of Fig. J (Fig. 1) has been temporarily stored and cooled. Energy, subject to this closed vacuum space (Figure 1 is close to the vacuum insulation block, it can only be transmitted via the screw cylinder (Fig. 1 of 3) and its screw cap (Fig. 1 of 4), and this screw The diameter of the cylinder (Fig. 1 of 3) and the contact area between the lion's cap (81 2 of 4) and the bottom of the double-layer hollow container metal 201204301 (Θ5) are large or small, which is determined by the temperature storage and release. Or the ratio is slow, that is, the diameter of the screw cylinder (4) is large and the middle of the screw (Fig. i) and the inner layer of the double-layer hollow container are 5). The larger the contact area at the bottom, the temperature and temperature release. The faster the action time, on the other hand, the smaller the diameter and the smaller the contact area, the slower the time on the side of the temperature storage and release side, and the two-way storage can be faster or slower. The capacity of the metal (Fig. 1) is either a container that can meet a wide variety of different applications, and is required to be prepared for the two-way temperature and temperature release rate mode. 5. If the narrative is the same as that of the second-fourth--the other kind of storage and heat storage capacity of the container, the upper cover (4) of the cover is also available for the storage capacity (II) At the same time, the food is released up and down at the same time, and the temperature release function can increase the effect. 6: As described in the fifth, the other kind of temperature storage and release energy storage container is based on another equivalent temperature storage and temperature tolerance. 8) It is designed according to the different needs of various traces and is designed to be different from the speed and shape mode of the temperature storage and release time. For example, the metal inner cover of Tang Steel is designed to be convex and can be extended into the soup. In the II (® 2 of 2), it can be directly contacted and the temperature release mode of the soup in the volume II, while the cup liner container is covered with a metal inner layer (Fig. 2, 3) is designed to be contactless food _ cover plus temperature mode However, the temperature release rate of the _ box container is designed to be faster than the temperature storage mode, because the cup bowl The upper cover of the container is sometimes required to be able to ride the food in the bowl container and perform the repeated storage and temperature release function. Γ 201204301 VII: This is a storage and storage tank and the structure of the upper cover. There are two modes of energy storage: heat storage or storage. When storing heat, use gas stove or gas spray to bury the metal inner layer or center point of the storage tank (Fig. 3), which can be set in double hollow. The structure of the box container (Fig. 1) is close to the vacuum. The temperature of the temperature-storing metal (Fig. 1) is stored in a sealed space. The container is placed directly into the dry ice or freezer. The frozen metal can freeze the stored metal (Fig. 1) and can be taken out at any time. [Embodiment] An energy storage and heat preservation container and a cover structure of the present invention can be stored in a food. The energy release can be used as a key point, so that it can be used as a slow release or hot or cold energy when carrying hot and cold foods. It can effectively warm or cool down at a certain time until the energy is exhausted, so that the food is consumed. Better time Appropriate temperature, for example, when eating soup, when the soup is cooked and cooked, it can be put into the table of the energy-dissipating heat preservation container that is placed in this creation, so that the soup can be beautifully served. When eating, it will continue to have a better edible temperature. If the soup is not hot enough, it can be covered with the metal inner cover of the soup pot (Fig. 2). It can be repeated and can be repeated many times. It is very convenient. To eat ice cream, you can use the cups and pans of this creation to hold the fairy, which can be tasted slowly. The bowl is at the end of the 'ice cream is still ice; East is as delicious as the beginning, and when the food is taken outside the house, the creation of the animal _ can be healthy and sturdy, and can be kept in both directions. The weather is cold, and it is like a wild donkey or a personal instant noodles. , a bottle of canned gas mouth grab and this _ storage can explain the secret temperature and the top cover can smother the cooked food non-201204301 often convenient, is a practical new rhyme, so the patent application, please look for the Mingjian. [Simple description of the diagram] (Fig. 1) A double-decked hollow container (1 of Fig. 1) is close to the closed space of the vacuum (Fig. 1) - the temperature-storing metal (Fig. 1 of 3) - the screw cylinder (Fig. 1) 4) Screw cap (Fig. 1) 5 double-layer hollow container metal inner layer (Fig. 1) 6 double-layer hollow container outer layer (Fig. 1-7) joint sealing (Fig. 1-8) upper cover (Fig. 2) The metal inner cover (2 of Fig. 2) has a convex shape that can be inserted into the soup container (Fig. 2). The cup and pan container is covered with a top cover (Fig. 3). When the heat storage energy is used, the gas stove or gas spray is used to grab the barbecue steel plate. Metal inner layer or center point [main component symbol description]