' M273302 八、新型說明： 【新型所屬之技術領域】 本新型係-種具有冰熱雙能源之銷具， 產生單s係分麟在該鍋具_底及鍋壁外表面藉= 低鍋具冷、熱源同位置所增生的鍋底厚度。'M273302 8. Description of the new model: [Technical field to which the new model belongs] The new model is a kind of pin with ice-heat dual energy source, which generates a single s-series split-liner at the bottom of the pot and the outer surface of the pot = low pot Thickness of the bottom of the pot increased by the cold and heat sources.
【先前技術J 習知冰熱兩用食物烹調裝置，係為一種可藉由 供用攝氏2GG至3GG度或更高溫度，進行㈣前者*、' 10 15 烤等熱食的烹調；另外，其X可轉為冷源1零下⑽度 做炒（雪）冰之調理製作’進而形成在同—烹調空間或銷體 内可分別進行冰、熱兩種食物烹調之裝置。 該冰熱兩用食物烹調裝置之具體結構如第一圖所示， 包括一架置於地面上之爐台1，其台面嵌入一鍋具n其鍋 底外部固裝有如熱電絲、電磁熱產生器、遠紅外線熱源產 生的熱源供應器12，與填充有冷媒之冷凝管等冷 13，兩者採相鄰交錯方式佈置。上述的熱、冷源供^器 12、13藉由一控制開關（圖中未繪示）執行切換啟動運 作，使相對的鍋具11產生加熱或低溫冷卻之狀態，以進行 熱、冷食物之烹調使用。惟，習知如前述之冰熱兩用食物 ,?、調裝置，其熱、冷源供應器12、13係採相鄰交錯的方式 佈設在鍋外底面；在使用時，特別是要將冷源切換為熱源 使用時’必需確實將冷凝管内的冷媒加壓抽空，否則相鄰 之熱源一旦啟動使用時可能造成危險。再者，前述該熱、 冷源供應器12、13相鄰且交錯在鍋底，鍋底因受到經常性 20 M273302 的冷縮熱脹而容易變形或產生裂縫；因此，為改善這個問 題必須增加鍋具的材料厚度尤其是鍋具底部的厚度，但卻 也增加了其成本。 【新型内容】 本新型之其一目的，在解決習知冰熱兩用食物烹調裝 置將熱、冷源供應器相鄰交錯地設在鍋底所導致的變形或 裂縫問題；及為克服該問題必須提高成本以增加鍋具的材 ，厚，的問題。本新型之再—㈣，在解決習知冰熱兩用 食物烹調裝置之熱、冷源供應器相鄰交錯時可能造成的危 險性。 15 為達上述目的’本新型提供一種冰熱雙能源之銷具， ^括-鋼具，其本體外底部設置[能源產生單元，[及 咖體側壁外部鄰近第—能源產生單元處設置第二能源產生 ’該第-能源產生單元與第二能源產生單元，分別相 ^為可提供加熱絲的_'產生單元或可提供冷凝效 生單元，其可利用—控制切換單元提供予銷具為加 ^或核的操作，以便以同—鍋具進行冷、熱食物之烹 如上述結構的冰熱雙能源之鍋具，藉由將第一 單元與第二能源產生單元分開設置，可避免習知 2物^調裝置將熱、冷源供應器相鄰交錯地設在鋼^因 ”刎冷縮熱漲所導致的變形、裂縫及使用的危險性門題· 本使得銷具可以用一般均厚的材料為之: 20 M273302 以下為關於本新型佐以附圖之較佳實施例詳細說明， 將可進一步瞭解本新型之技術内容及其目的功效。 【實施方式】 ' 、、本新型之冰熱雙能源之鍋具，其主要技術内容將揭示 5於以下所列舉的一較佳實施中，並利用該較佳實施例將本 新型之主要技術内容予以適當實施。 处清參閱第二A〜三圖，本新型一較佳實施例的冰熱雙 月b源之鋼具3實施上係可嵌設在一爐台2中，該鋼具3周邊 不同位置分別設有第一能源產生單元4及第二能源產生單 元5 ,如第二a圖；如上述的第一能源產生單元4及第二能 源產生單元5，在其他的可能實施例中其設立的位置可互 相對调，第二b圖。前述鍋具3在鍋壁31的一較佳設定高度 位置设有一進水孔32，藉一進水管41以引進鍋具3所需之 用水，另在該進水孔32設置相對低處的鍋具3結構上如其 15鍋底33處設置一出水孔34，並連接一排水管42以排出鍋^ 3中的積水與殘渣。 " 少上述之第一能源產生單元4如第二A圖所示的實施例， 係繞置在上述鍋具3的鍋壁31外側緣鄰近鍋底33的位置， 其為一熱源產生器，如熱電絲、電磁熱產生器、遠紅外 熱源產生器等，能在被啟動時將熱能藉由鍋壁31傳遞至鍋 底=而加熱鍋中食物；或者，如第二B圖將該第一能源 生單元4設在鍋具3的鍋底33外底面，直接由鍋底33加埶 中物。在第二A圖中的第一能源產生單元4為圍繞該鎢、且^ 的營斷面加熱元件，如電熱管；也可以是如第圖所示 • M273302 一種呈扁平狀如發熱片的加熱元件4,。 上述之第二能源產生單元5，如 例，係設置在上述鍋具3的銷底 一 A圖所示的實施 5 15 產生器，如填充有冷媒運作^面，其為一冷源 動時將冷度藉由鍋底33直接傳遞〈板）等，能在被啟 變成霜狀；或者，如第二B圖將該第=鶴中食物冷卻或 在鍋具3的鍋壁31外側緣鄰近鍋底3;:源產生單元5設 31將冷度傳遞至鍋底33。 的位置，藉由鍋壁 根據本新型前述將產生埶源的 產生冷源的第二能源產生單元5 =源產生單元4、與 鍋壁與銷底不同位置，使得本新=對配置在銷具的 之控制方式，在同一鍋具内進行冷彳用切換冷、熱源 作。由於本新型將該冷、熱源分離7佈置、、、食物變換烹調操 中熱源未完全冷卻或冷源中的冷媒f，即使在切換過程 生或存在任何危險；更甚者，該A^王抽空，亦不會產 配置’使得冷、熱源不會直接在7原斤生單元的分離 免因經常性冷縮熱脹 此本新型之鍋壁及鍋底可製成等 夂殳形知壞。如 鍋底之鍋具，可有效降低成本。予度，相較於習知加厚 上列詳細說明係針對本新型 說明’惟該實施例並非用以可^施例之具體 未脫離本新型技藝精神所為 1之專利範圍，舉凡 申請專利範圍所、、函n : > κ施或變更均為本新型 第一能源心佳實施例的 器，而第一能源產生單元5 M273302 為冷源產生器；但在等變化或等效性的實施例中，該第一 能源產生單元4亦可以是冷源產生器，而相對的第二能源 產生單元5為熱源產生器。以及，前述實施例中關於該第 一能源產生單元4及第二能源產生單元5的形狀及設置之方 5式如繞圈數等，在等效原則下亦有其他的可實施例。故關 於本新型的權利界定，當如本案之申請專利範圍中所述 者。 【圖式簡單說明】 第一圖為習知冰熱兩用食物烹調裝置之結構剖視圖； 10 第二A圖為本新型一實施例之組合結構剖視圖； 第二B圖為第二A圖中第一及第二能源產生單元相互位 置對調的實施結構剖視圖； 第三圖為本新型另一實施例之組合結構剖視圖。 【主要元件符號說明】 15 2 爐台 3 锅具 4 第一能源產生單元 5 第二能源產生單元 31鍋壁 32進水孔 33鍋底 34出水孔 41進水管 42排水管 20 4 加熱元件[Prior art J: The icy-heat dual-use food cooking device is a type of cooking that can be used for hot foods such as the former *, '10 15 roasting, etc., which can be used at 2GG to 3GG degrees or higher; in addition, its X can be turned For the cold source 1 to make the frying (snow) ice conditioning, it is formed in the same cooking space or the pin body, which can be used to cook ice and hot food. The specific structure of the ice-heat dual-use food cooking device is shown in the first figure, and includes a stovetop 1 placed on the ground, the tabletop is embedded in a pot, and the bottom of the pot is fixed with thermoelectric wires, electromagnetic heat generators, The heat source supplier 12 generated by the far-infrared heat source and the cooling 13 such as a condenser tube filled with a refrigerant are arranged adjacently in a staggered manner. The above-mentioned hot and cold source suppliers 12 and 13 perform a switching start operation by a control switch (not shown in the figure), so that the corresponding pot 11 can be heated or cooled at a low temperature for hot and cold food. Cooking use. However, it is known that the ice and heat dual-use food, heating and cooling devices, the heat and cold source suppliers 12, 13 are arranged adjacently on the outer bottom surface of the pot; in use, especially the cold When the source is switched to use as a heat source, the refrigerant in the condensing tube must be evacuated under pressure, otherwise the adjacent heat source may cause danger once it is used. Furthermore, the aforementioned hot and cold source suppliers 12, 13 are adjacent and staggered on the bottom of the pot, and the bottom of the pot is easily deformed or cracked due to the frequent cold shrinkage and thermal expansion of 20 M273302; therefore, in order to improve this problem, it is necessary to add pots The thickness of the material, especially the thickness of the bottom of the pot, has also increased its cost. [New content] One of the purposes of the new model is to solve the problem of deformation or cracks caused by the conventional hot and cold food cooking device where the hot and cold source suppliers are arranged next to each other at the bottom of the pot; and to overcome this problem, the cost must be increased. In order to increase the thickness of the cooker, the problem. The new type of the invention is to solve the dangers that may occur when the hot and cold sources of the conventional ice-heat food cooking device are staggered next to each other. 15 In order to achieve the above-mentioned purpose, the present invention provides an ice-heat dual-energy pin, including-steel, which is provided with an [energy generating unit] at the bottom of the main body, and a second energy generating unit adjacent to the first side of the side wall of the coffee body. Energy generation 'The first energy generation unit and the second energy generation unit are respectively _' generation units that can provide heating wires or condensing efficiency generation units, which can be used-the control switching unit is provided to the pin for ^ Or nuclear operation, in order to cook cold and hot food with the same pot, such as the ice-heat dual-energy cooker of the above structure, by setting the first unit and the second energy generating unit separately, it is possible to avoid the conventional The 2 material adjustment device sets the heat and cold source suppliers adjacently and staggered on the steel. The deformation, cracks, and danger of use caused by the "cold shrinkage and thermal expansion" · This makes the pin can be used with average thickness The materials are: 20 M273302 The following is a detailed description of the preferred embodiment of the new model with accompanying drawings, which will further understand the technical content of the new model and its purpose and effectiveness. [Embodiment] ', the ice heat of this new model Dual energy The main technical content of the cookware will be disclosed in a preferred implementation listed below, and the main technical content of the new model will be appropriately implemented using this preferred embodiment. Refer to the second A to the third figure for the disposal. The steel tool 3 of the ice-heat bimonthly b source according to a preferred embodiment of the present invention can be embedded in a hearth 2. The steel tool 3 is provided with a first energy generating unit 4 and a second energy source at different positions. The generating unit 5 is as shown in the second a; in the other possible embodiments, the positions of the first energy generating unit 4 and the second energy generating unit 5 as described above can be reversed from each other, as shown in the second b. A water inlet 32 is provided at a preferred set height position of the pot wall 31. A water inlet pipe 41 is used to introduce water required for the pot 3, and a relatively low pot 3 is provided in the water inlet 32 Structurally, a water outlet hole 34 is provided at the bottom 33 of the 15 pot, and a drain pipe 42 is connected to drain the water and residue in the pot ^ 3. Less implementation of the above-mentioned first energy generating unit 4 as shown in the second A diagram For example, it is placed around the outer edge of the pot wall 31 of the pot 3 near the pot bottom 33 It is a heat source generator, such as a thermoelectric wire, an electromagnetic heat generator, a far-infrared heat source generator, etc., which can transfer heat energy to the bottom of the pot through the pot wall 31 when it is activated to heat the food in the pot; or, as in the second Figure B sets the first energy generating unit 4 on the outer bottom surface of the pot bottom 33 of the cookware 3, and the bottom of the pot is directly filled with tritium. The first energy generating unit 4 in the second figure A surrounds the tungsten, and ^ The heating element, such as an electric heating tube, can also be as shown in the figure. • M273302 A heating element 4, such as a flat heating element. The above-mentioned second energy generating unit 5, as an example, is provided above. The bottom of the pin 3 of the cooker 3 is shown in Figure A. As shown in Figure 5, the generator is filled with refrigerant. When it is a cold source, it transmits the coldness directly through the bottom 33 of the pot (board). The starter becomes frosty; or, as shown in FIG. 2B, the food in the third crane is cooled or the outer edge of the pot wall 31 of the pot 3 is adjacent to the bottom 3; the source generating unit 5 sets 31 to transfer the coldness to the bottom 33. According to the new type of the pot wall, the second energy generating unit that will generate the radon source to generate the cold source 5 = the source generating unit 4 is located at a different position from the pot wall and the bottom of the pin, so that the new = pair is configured on the pin The control method is to switch between cold and heat sources for cold simmering in the same pot. As the new type separates the cold and heat sources, the heat source is not completely cooled or the refrigerant f in the cold source is changed during the food operation, even if it is generated or there is any danger during the switching process; moreover, the A ^ 王 takes the time Also, it will not produce configuration, so that the cold and heat sources will not be separated directly in the 7 original jinsheng unit. It is free from frequent cold shrinkage and heat expansion. Such as the bottom of the pot can effectively reduce costs. Compared with the conventional thickening, the detailed description above is for the description of the new model, but this embodiment is not intended to be a concrete example of the embodiment, and does not depart from the scope of the patent of the spirit of the new technology. , And n: > κ application or change are the best embodiment of this new type of first energy source, and the first energy generation unit 5 M273302 is a cold source generator; but waiting for changes or equivalent embodiments In this case, the first energy generating unit 4 may also be a cold source generator, and the opposite second energy generating unit 5 is a heat source generator. And, in the foregoing embodiments, there are other possible embodiments regarding the shapes and arrangement methods of the first energy generating unit 4 and the second energy generating unit 5 such as the number of windings, etc. under the principle of equivalent. Therefore, the right definition of the new model should be as described in the scope of patent application in this case. [Brief description of the drawings] The first picture is a sectional view of the structure of a conventional ice-heat dual-purpose food cooking device; 10 The second diagram A is a sectional view of the combined structure of an embodiment of the new model; the second diagram B is the first and A cross-sectional view of an implementation structure where the second energy generating units are mutually relocated. The third view is a cross-sectional view of a combined structure according to another embodiment of the present invention. [Description of symbols of main components] 15 2 Stove 3 Cookware 4 First energy generation unit 5 Second energy generation unit 31 Pot wall 32 Water inlet hole 33 Bottom 34 Water outlet hole 41 Water inlet pipe 42 Drainage pipe 20 4 Heating element