201114394 六、發明說明： 【發明所屬之技術領域】 本發明係有關於-種藉由將收容被加熱物（米或水 的内鋼加熱而進行調理的加熱調理器，特別是有關於 將在調理中產生的蒸氣導入至含有冷卻水的水槽内而冷 卻、凝結的加熱調理器。 【先前技術】 1知’作為此種的加教調理装，.^ ^热凋理态，將水槽設置於本 外部的電鋼（例如’參考專利絲1)、或將水槽設置於電 鍋本體的内部的電鍋（例如，參考專利文獻2)被提案。 [專利文獻1]日本特開平7 4竹開十7-2 79號公報（第2頁、第工 圖） [專利文獻2 ]日太眚n7J e η , Λ201114394 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a heating conditioner for conditioning a heated object (the inner steel of rice or water is heated, in particular, relating to conditioning) The steam generated in the steam is introduced into a water tank containing cooling water to be cooled and condensed. [Prior Art] 1 Knowing that as such a conditioning conditioning device, the heat sinking state is set in the water tank. An external electric steel (for example, 'Reference Patent Wire 1) or an electric cooker in which a water tank is provided inside the electric cooker body (for example, refer to Patent Document 2) is proposed. [Patent Document 1] Japanese Patent Laid-Open No. 7 4 Bulletin 7-2, No. 79 (page 2, drawing) [Patent Document 2] 日太眚n7J e η , Λ
實 532號公報（第W 頁、第1圖〜第2圖） 【發明内容】 [發明所欲解決之問題] 在此種的加熱調理器中 水槽内是不可或缺的，亦即 容量。 在專利文獻1的電鍋中 體設置於外部，有所謂全體 的問題。又，在專利文獻.2 ，將凝結用的大量的水確保在 ，必須確保配合此水量的水槽 ’由於將水槽以與電鍋不同個 “大、電鋼的設置場所被限制 的電鍋中’由於在電鍋本體的 3 201114394 框體和内鍋之間的比較狹窄的空間配置 λ U 4Λ I-»- ® . m ’無法確保充 刀的水槽谷量，欲確保水槽容量的話，必 ,^ ^ /貝加大電鍋本體。 到不明係，為T解決上述般的問題而進行，所以以得 一。熱調理a全體大型化、而可使水槽容量加大、可 將蒸氣安定地凝結的加熱調理器作為目的 [解決問題之技術工具] 根據本發明的加熱調理器係，句. 4， . ^ ^ ^ .内鍋，收納被加 .、·、物，蒸軋導管，將從内鍋内產生的蒗 „ ^ …、乳導引至内鍋外； 水槽，將藉由蒸氣導管被導引的篸氣 '乳14收、凝結、儲存； 下部框體，可自由拆裝地設置内鍋和水槽；以及上部蓋 設置蒸氣導管於内部’可自由開閉地覆蓋下部框體的上 面，其中將水槽與内鍋的側面相對 .UL j町相對面以沿著内鍋的 外周形狀的凹部形成。 [發明效果] 根據本發明的話，由於將水槽 、,;ί _ 曰/、門揭相對的相對面以 /口者内鍋的外周形狀的凹部形成，斑 丨办风興不考慮内鍋的外周形 、而/、作為長方體狀的情形相比，可 仔引不使加熱調理器 王體大型化而可加大水槽容量、進 令里疋向可將瘵氣安定地凝結 的加熱調理器。 【實施方式】 第—實施例 的立體圖， 圖的電鎢的 第1圖係表示本發明的第一實施例的電鍋 表示關閉上部蓋50的狀態。第2圖係為將第1 201114394 上部蓋50打開的狀態的立體圖。 弟1圖及第2圖、 以下的圖不中.，各構成構件的大 匁一頁丨不物品不同的情 形0 電鍋1係，包括：下部框體1〇，在上部具有開口；内 锅η’可自由拆裝地被收容於下部框體1G的上部的開口 . 誘導加熱線圈(未圖示），被配置於内鋼11的底部，將内鋼 11電磁誘導加熱；水槽2〇，所令曰&,丄 ° 置的水被儲存，藉由使從 内鍋11内產生的蒸氣流入至水中、 τ 兮部凝結而回收蒸 氣；以及上部！ 5。’藉由樞接部4〇可自由轉動地被設置 於下部框體10,可自由開閉地覆蓋下部框體工。的上部開 口以及水槽2 0的上面。下部施辦 卜邠框體10係，具有將水槽20可 自由拆裝地嵌合的台座部1〇 將水槽20裝著於此台座部 10a的狀態的本體下部3〇俦， 係，大致上成為長方體狀般被構 成。 上部盖5 0係，.藉由势番认 又置於下部框體1〇的後方側的樞 軸部40與下部框體1〇遠接，此 連接將此樞軸部40作為支點、上 部蓋50的前方側在上下方向韓 u ^ ^ r n π轉動。上部蓋50係，在與下 部框體10相對面的前方（i、 J万C正面）側’具有設置於下部框體 10的鎖合部31卡合的卡人邱！；μ 』卞〇 4 57,對於下部框體1〇可自由 卡合脫離地被閉鎖般。在解除 隹解除此閉鎖方面，將被設置於上 部蓋50的前面的閉鎖解除接知 螂除按鈕58壓入，可使卡合部57和 鎖合部31的卡合分開。又，上 。卩蓋5 0係，從下部框體丄〇 被拆開也可，在樞接部4〇被固定也可。 又，在上部蓋5 0的上面，盐 耨由顯示電鍋的設定狀況或 201114394 運轉狀態等的LED(light-einittingdic)de:發光二極體）、 或液晶顯示器、螢光管、電致發光 (eleCtr〇1UmineSCenCe)、電漿顯示器等被構成的顯示部 、以及藉由炊飯開關或預㈣關等的各種操作開關被構 成、接受來自使用者的指示的操作部61被設置…將顯 示部6〇和操作部61—體地構成而作為操作顯示部也可。 j部蓋5G係’將在調理時將内鋼u的上部開口閉塞 的内蓋5卜以及將在内锅u内產生的蒸氣通過的蒸氣導 管53可自由拆裝地保持於内部。内蓋5ι係，成為經由蓋 塾片52密著於下部框體！。的上面的構成，蒸氣不會從上 部^ 50和下部框體1〇的上面之間被茂漏至外部。又，在 内蓋51方面’將在調理中從内鍋u内產生的蒸氣排出至 蒸氣導管53用的小孔54被形成。此小孔54的形狀及個數 並不特別限定，蒸氣可通過的物件即可。又，在内蓋Η方 面:。檢測在調理時的被加熱物的初期水溫或沸騰用的蓋感 測器51a被設置。又，此蓋感測器…係，可測量被收容 於内鋼11的被加熱物的溫度的物件也可，特別是不將種類 或場所限定於此。 被設置於上部蓋50的内部的蒸氣導管53係，一端連 通至設置於内蓋51的小孔54的形成部份，另一端連通至 設置於上部蓋50的下面的蒸氣排出口 55，將在内鍋丨丨產 生的蒸氣經由小孔54接收，導引至蒸氣排出口·55為止。 又’蒸氣導管53係’將含有蒸氣所包含的米的澱粉等的成 分的具有黏性的流體（以下稱為米湯）與蒸氣分離，也有回 201114394 收的功能。 墊片56被固定於蒸氣排出口 55的周圍，藉由關閉上 部蓋50，墊片56被壓在水槽20的上面而密著，蒸氣不會 從上部蓋50和水槽20之間漏到外部。 水槽20係，在上面、具有與上部蓋50的蒸氣排出口 55連通的蒸氣供給口 21 ’經由此蒸氣供給口 21從上部蓋 5 〇被排出的蒸氣流入。 水槽20係，所定量的水如上述般被儲存於内部，使在 内鍋11内產生的蒸氣被流入至水中、冷卻、凝择、回收 如上述，在水槽20方面，由於在内鍋u内產生的蒸氣被 流入，在將蒸氣凝結的過程中、水槽2〇内的水的溫度逐漸 地上升。因此，在水槽20内部儲存的水的量少的話，不僅 作為本來的目的的蒸氣的冷卻、凝結困難，水槽2〇本身成 為高溫，有在冷卻水的廢棄時燒傷的可能性。在抑制此類 水槽20内的水的溫度上升方面，將水槽2〇的容量加大而 確保是有效的。 在此，使水槽20大致上為長方體狀，只在大致上為長 方體狀的狀態下擴大而加大水槽2〇的容量的話，藉此本體 下部30全體也變大。因此，在本例子中，一邊確保水槽 2〇的容量加大、不會使本體下部3〇的全體的大小大型化 般，將水槽.20中與内鍋11相對的面22沿著内鍋丨丨的外 周形狀以凹狀形成’將藉由内鍋u和本體下部3〇的外形 間的形狀的不同而被產生的空間有效地利用。藉此，不使 本體下部30全體的大小大型化，可加大水槽2〇的容量。 201114394 又’水槽2G的凹陷形狀22係，如第2圖所示般、作為聯 繫傾斜的不同的複數條直線㈣狀也可，如第3圖所示 般、作為圓弧狀22a也可，必要的話，作為沿著内銷㈣ 外周形狀的形狀也可。 又’水槽2G係’從本體下部3G的前面橫跨至後面而 以佔據本體下部3G的右側全體的大小般被形成，確保充分 的大小。又’在第i圖及第2圖中，雖然表示將水槽2〇配 置於内鍋11的右側(下部框體1〇的右側面)的例子，但水 槽20的配置位置係不限定於此’如第*圖所未般，配置於 本體下部3D的後方般也可。又，在第4圖的例子中，將插 入水槽2G至内鍋U的後方的水槽插人部心形成沿著内 銷11的外周形狀的凹狀設置，對於此水槽插人部2〇a、將 水槽2 0可自由拆裝地裝著。 又，本例子的水槽20係’水槽20的框體本身作為兼 作本體下部3〇的外部裝飾的一部份(亦即，在第1圖的例 子中’本體下部3G的右側面全體和前面以及後面的一部份） 的構成，由於在水槽2G的周圍不必設置另外的裳飾板，與 火槽20的周圍设置另外的裝飾板的情形相比，可將此裝 飾板的厚度部份利用作為水槽2()。此情形，在不改變本體 下部3。的全體尺寸下、可加大水槽2。容量。如上述，在 將水槽2G的壁面本身作為本體下部3()的外部裝飾的情形 方面’由於在水槽20壁面、強度成為必要的，至少在水槽 2〇中成為本體下部30的外部裝飾的部份方面，與水槽2〇 的其他部份比較’利用強度高的構件為較佳地。 201114394 又，在本例子中，將水槽2()配置於下部框 側，由於鎖合部31不介於水槽20和下部框體10之間， 決定水槽20的相對面22的形狀之際，沒有迴避鎖入邙在 的顧慮。又，此點係，將水槽2〇配置於下部框 31 姐i U的i 側或後方的情形也相同。 第二實施例 第二實施例係，在對於内鍋1 1與樞接部40相對的 置’亦即’在本體下部30的前方配置水槽2〇的電鍋。 第5圖係表示本發明的第二實施例的電鍋的圖示，說 明第二實施例的水槽20的形狀和水槽20的設置位置用的 說明圖。又，在第5圖中，上部蓋50的圖示係省略，僅表 不本體下部30。又’在第5圖中’與第j圖及第2圖相同 的部份賦予相同的符號。 第二實施例的電鍋係’將水槽20配置於下部框體丄〇 的前方，在水槽20中，將與内鍋丨丨相對的面22以沿著内 鍋11的外周形狀的凹狀形成的點係與第一實施例相同，第 〜實施例也可得到與第一實施例相同的作用效果。 又’在下部框體1 〇的上面的前方側，在被形成於上部 蓋50的卡合部57(參考第2圖）鎖合的鎖合部31被配置。 亦印’由於鎖合部31被配置於内鍋1丨和水槽2〇之間，與 如第一實施例般、在内鍋11和水槽2〇之間以外的部份設 置鎖合部31的情形不同，必須迴避鎖合部3丨的配置位置 而決定水槽20的相對面22的形狀。此情形，與如第一實 201114394 施例般、不需要顧慮鎖 从.门你扯人 σ 31的配置位置的情形相比，由 於迴避鎖合部31的配 ^ lL eL 且伹置、水槽20的容量變小。然而， 關於此點，可藉由腺u &533 (P. W, Fig. 1 to Fig. 2) [Disclosure] [Problems to be Solved by the Invention] In such a heating conditioner, the inside of the water tank is indispensable, that is, the capacity. The electric cooker of Patent Document 1 is provided outside the body, and there is a problem of the whole. In addition, in the patent document. 2, it is necessary to ensure a large amount of water for coagulation, and it is necessary to ensure that the water tank in which the water amount is fitted is different from the electric cooker in the electric cooker which is different from the electric cooker. Because of the relatively narrow space between the 3 201114394 frame and the inner pot of the electric cooker body, λ U 4Λ I-»- ® . m 'can not ensure the amount of the sink of the filling knife. If you want to ensure the capacity of the sink, it must be ^ ^ / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / / Heating the conditioner as a purpose [technical tool for solving the problem] According to the heating conditioner system of the present invention, sentence 4. 4, . ^ ^ ^ . inner pot, storage is added, ,,,,,,,,,,,,,, The inside of the 蒗 „ ^ ..., the milk is guided to the outside of the inner pot; the sink, the helium 'milk 14 guided by the steam conduit is collected, condensed, stored; the lower frame, the inner pot can be freely disassembled And the sink; and the upper cover is provided with a vapor conduit inside the 'can The upper surface of the lower casing is covered by the opening and closing, wherein the water tank is opposed to the side surface of the inner pot. The opposite surface of the UL j town is formed by a concave portion along the outer peripheral shape of the inner pot. [Effect of the Invention] According to the present invention, since the opposing surface of the sink, the ί 曰 、, and the door is formed by the concave portion of the outer shape of the inner pot, the outer circumference of the inner pot is not considered. Compared with the case of the shape of the rectangular body, it is possible to increase the capacity of the water tank without increasing the size of the heating conditioner, and to heat the heater to stabilize the helium gas. [Embodiment] A perspective view of a first embodiment, and a first view of an electric tungsten according to a first embodiment of the present invention shows a state in which the upper cover 50 is closed. Fig. 2 is a perspective view showing a state in which the first 201114394 upper cover 50 is opened. 1 and 2, and the following figures are not. The case of each component is different from the article. 0 Electric cooker 1 system, including: lower frame 1〇, opening at the upper; inner pot η' is detachably received in the upper portion of the lower casing 1G. The heating coil (not shown) is placed at the bottom of the inner steel 11, and the inner steel 11 is electromagnetically induced to heat; The water stored in the 曰 &, 丄° is stored, and the vapor generated from the inner pot 11 flows into the water, and the τ portion is condensed to recover the vapor; and the upper portion! 5. The lower frame 10 is rotatably provided by the pivot portion 4, and the lower frame body can be freely opened and closed. The upper opening and the top of the sink 20. In the lower part, the pedestal frame 10 is provided, and the pedestal part 1 in which the water tank 20 is detachably attached to the sump 20 is attached to the pedestal portion 10a. It is composed like a rectangular parallelepiped. The upper cover 50 is a remote pivoting portion 40 that is placed on the rear side of the lower casing 1〇, and is connected to the lower casing 1〇. This connection serves as the fulcrum and the upper cover. The front side of the 50 is rotated in the up and down direction Han u ^ ^ rn π. The upper cover 50 has a card holder that is engaged with the lock portion 31 of the lower casing 10 at the front side (i, J Wan C front) side opposite to the lower casing 10; ;μ 』卞〇 4 57, for the lower frame 1〇 can be locked freely and detached. In order to release the lock, the lock release receiving button 58 provided on the front surface of the upper cover 50 is pressed in, and the engagement between the engaging portion 57 and the lock portion 31 can be separated. Again, on. The cover 50 may be detached from the lower frame , and may be fixed at the pivot portion 4〇. Further, on the upper surface of the upper cover 50, the salt sputum is displayed by an LED (light-einittingdic) or a liquid crystal display, a fluorescent tube, or an electroluminescence, such as a setting state of the electric cooker or an operating state of 201114394. (eleCtr〇1UmineSCenCe), a display unit configured such as a plasma display, and various operation switches such as a risotto switch or a pre- (four) switch, and an operation unit 61 that receives an instruction from a user is provided. The display unit 6 is provided. The cymbal and operation unit 61 may be configured to be an operation display unit. The j-cover 5G system "the inner cover 5 which closes the upper opening of the inner steel u at the time of conditioning and the vapor guide 53 which passes the vapor generated in the inner pot u are detachably held inside. The inner cover 5 is attached to the lower frame via the cover piece 52! . In the above configuration, the vapor is not leaked from the upper portion 50 and the upper portion of the lower casing 1〇 to the outside. Further, in the inner lid 51, a small hole 54 for discharging the vapor generated in the inner pot u to the vapor conduit 53 during conditioning is formed. The shape and the number of the small holes 54 are not particularly limited, and the articles through which the vapor can pass may be used. Also, inside the cover: The lid sensor 51a for detecting the initial water temperature or boiling of the object to be heated at the time of conditioning is provided. Further, the cover sensor can measure the temperature of the object to be heated accommodated in the inner steel 11, and in particular, the type or place is not limited thereto. The vapor conduit 53 provided inside the upper cover 50 has one end connected to the formed portion of the small hole 54 provided in the inner lid 51, and the other end communicates with the vapor discharge port 55 provided on the lower surface of the upper cover 50. The vapor generated by the inner pot is received through the small hole 54 and guided to the vapor discharge port 55. In addition, the vapor-conducting fluid (hereinafter referred to as rice soup) containing a component such as rice starch contained in steam is separated from the vapor, and has a function of returning to 201114394. The gasket 56 is fixed around the vapor discharge port 55, and by closing the upper cover 50, the gasket 56 is pressed against the upper surface of the water tank 20, and the vapor does not leak from the upper cover 50 and the water tank 20 to the outside. The water tank 20 is provided with a vapor supply port 21' that communicates with the vapor discharge port 55 of the upper cover 50 through the steam supply port 21 through the steam discharged from the upper cover 5. In the water tank 20, the amount of water is stored in the inside as described above, and the steam generated in the inner pot 11 is poured into the water, cooled, condensed, and recovered as described above. The generated vapor is introduced, and the temperature of the water in the water tank 2 is gradually increased during the condensation of the steam. Therefore, when the amount of water stored in the inside of the water tank 20 is small, not only the cooling and condensation of the steam which is the original purpose are difficult, but the water tank 2 itself becomes high temperature, and there is a possibility that the water is burned when the cooling water is discarded. In order to suppress an increase in the temperature of the water in the water tank 20, it is effective to increase the capacity of the water tank 2〇. Here, the water tank 20 is substantially rectangular parallelepiped, and when the capacity of the water tank 2 is increased only in a substantially rectangular parallelepiped shape, the entire lower portion 30 of the main body is also enlarged. Therefore, in the present example, while the capacity of the water tank 2 is increased, and the size of the entire lower portion 3〇 is not increased, the surface 22 of the water tank 20 facing the inner pot 11 is placed along the inner pot. The outer peripheral shape of the crucible is formed in a concave shape. The space generated by the difference in shape between the outer pot u and the lower portion of the main body 3 is effectively utilized. Thereby, the size of the entire lower portion 30 of the main body is not increased, and the capacity of the water tank 2 can be increased. In addition, as shown in FIG. 2, the recessed shape 22 of the water tank 2G may be a plurality of straight lines (four) which are different in relation to the inclination, and may be an arc shape 22a as shown in FIG. In addition, it may be a shape along the outer circumference shape of the inner pin (four). Further, the 'sink 2G system' is formed to extend from the front surface of the main body lower portion 3G to the rear side and is formed to occupy the entire right side of the lower portion 3G of the main body, thereby ensuring a sufficient size. In the first and second figures, the water tank 2 is disposed on the right side of the inner pot 11 (the right side surface of the lower casing 1A), but the arrangement position of the water tank 20 is not limited to this. As shown in Fig. 4, it may be disposed at the rear of the lower portion 3D of the main body. Further, in the example of Fig. 4, the water tank insertion portion into which the water tank 2G is inserted to the rear of the inner pot U is formed in a concave shape along the outer peripheral shape of the inner pin 11, and the sink portion 2〇a, The water tank 20 is detachably mounted. Further, in the water tank 20 of the present example, the casing itself of the water tank 20 serves as a part of the exterior decoration which also serves as the lower portion 3 of the main body (that is, in the example of Fig. 1 "the entire right side of the main body lower portion 3G and the front side and In the latter part, since it is not necessary to provide another skirting plate around the water tank 2G, the thickness portion of the decorative panel can be utilized as compared with the case where another decorative panel is provided around the fire groove 20. Sink 2 (). In this case, the lower part 3 of the body is not changed. The water tank 2 can be enlarged under the overall size. capacity. As described above, in the case where the wall surface of the water tank 2G itself is decorated as the exterior of the main body lower portion 3 (), since the wall surface and the strength of the water tank 20 are necessary, at least in the water tank 2, the outer decorative portion of the main body lower portion 30 is formed. On the other hand, it is preferable to use a member having a high strength as compared with other portions of the water tank 2〇. 201114394 In the present example, the water tank 2 () is disposed on the lower frame side, and since the lock portion 31 is not interposed between the water tank 20 and the lower casing 10, the shape of the opposing surface 22 of the water tank 20 is determined. Avoid the concerns of locking in. Further, in this case, the same applies to the case where the water tank 2 is disposed on the i side or the rear side of the lower frame 31. SECOND EMBODIMENT In the second embodiment, an electric cooker of a water tank 2 is disposed in front of the lower portion 30 of the body, i.e., opposite to the inner pot 11 and the pivot portion 40. Fig. 5 is a view showing an electric cooker according to a second embodiment of the present invention, and an explanatory view for explaining the shape of the water tank 20 and the installation position of the water tank 20 of the second embodiment. Further, in Fig. 5, the illustration of the upper cover 50 is omitted, and only the lower portion 30 of the body is shown. Further, the same portions as those in the jth and second drawings are given the same reference numerals. In the electric cooker system of the second embodiment, the water tank 20 is disposed in front of the lower casing ,, and in the water tank 20, the surface 22 opposed to the inner pot is formed in a concave shape along the outer circumferential shape of the inner pot 11. The point is the same as that of the first embodiment, and the same effects as those of the first embodiment can be obtained by the first embodiment. Further, on the front side of the upper surface of the lower casing 1 ,, the lock portion 31 that is engaged with the engaging portion 57 (refer to Fig. 2) formed in the upper cover 50 is disposed. Also, because the lock portion 31 is disposed between the inner pot 1 and the water tank 2, the lock portion 31 is provided in a portion other than between the inner pot 11 and the water tank 2, as in the first embodiment. In the case, it is necessary to avoid the arrangement position of the lock portion 3丨 and determine the shape of the opposing surface 22 of the water tank 20. In this case, as in the case of the first embodiment 201114394, there is no need to worry about the lock position from the position where the door σ 31 is pulled, since the arrangement of the lock portion 31 is avoided and the water tank 20 is disposed. The capacity is getting smaller. However, in this regard, by gland u &
7槽20相對的相對面22以沿著儘可 能接近内鍋11的方4 M A 工延伸至後方（樞接部40側）、擴大水 槽20的容量而解決。 人在第5圖中，雖然表示水槽20 的相對面22的左右兩側 例對於内鍋11延伸至後方的形狀， 但僅單側延伸至後方的形狀也可。 第三實施例 第二實施例係，變更匕描9 n . , ^ 艾尺水槽2 0的構造’達到電鍋全體的 小型化。 第6圖係，表示本發明的第三實施例的電銷的構成的 立體圖’水槽部份的擴大立體圖也有表示。又，在第6圖 中’上部i 50關示係省略，僅表示本體下部3〇。又， 在第6圖+，與第！圖及第2圖相同的部份賦予相同的符 號。 在上述第一實施例及第二實施例中，雖然將本體下部 3〇的前方側、右側、左側、後方侧的任一方的大致全體以 水槽20構成，但在第三實施例中，將水槽2〇、在構成以 大致長方體狀被形成的本體下部3〇的六面中、 本】上下兩 面的鄰接的兩面以具有對頂的直角部的大致直角_ 且用二角柱形 狀形成。換言之’將藉由本體下部30的一個角 用邛和内鍋 11的形狀的不同而生成的空間作為水槽20而利用。 m 。又’ 在水槽2 0中，有關將與内鍋11的相對面2 2作A α — 句/0者内鋼 10 201114394 1 1的外周张此AA , 狀的凹狀的點係與第一實施例相同。 藉由上述般的構成，與第一實施例和第二實施例相 比’水槽2 Π 士 ά h · 本身的大小變小不可否認，將本體下部3 0的 一個角部和內扭, 1蜗11之間的空間有效地活用而可確保充分 必要的水槽定^ k 里。又’與第一實施例和第二實施例相比， 可將電鋼全體, ®的大小小型化。如上述，由於電鍋全體可小 型化，作為產σ山 σσ出產的情形的包裝也可減量化、小型化。 6圖中’表示在本體下部30的後方左側角部 設置水槽20 6Wt：i 7 子’但並不限於此位置，當然也可設在後 方右側角部或前方的左右角部。 第四實施例 實施例係，在水槽20和内鍋i i之間設置隔熱材 内鍋11或誘導加熱線圈的熱傳達至水槽2〇，可 使水槽2〇和内鶴11的距離狹窄，可使本體下部30以及電 銷全體小型化。 ☆ ^ 7圖係'，表示本發明的第四實施例的電鋼的構成的 -2。又’在第7圖中’上部蓋5。的圖示係省略，僅表 =Γ30。在第7圖中，與第1圖及第2圖相同的部 伤賦予相同的符號。 困難水内的冷卻水的溫度上升的話，不僅蒸氣的回收 二^卻水的廢棄時有燒傷的可能性係如上所述般。 :電鋼全體的小型化和水槽容量確保的兩方面，可 ·- 17 flb使作為熱源的 x邊導加熱線圈（未圖示）和 11 201114394 水槽2 0的距離縮小的方法。然而，内鋼11和水槽2 〇的距 離越近’接收來自内鍋11的放熱越多，水槽20壁面或冷 卻水的溫度上升的可能性高，會產生如上述般的缺點。因 此’在為了縮短内鍋u和水槽20的距離方面，能有作用 地遮蔽來自内銷的放熱。因此，在第四實施例中，在水 槽20和内銷li之間設置隔熱材7〇。 藉由如上述般的構成，與不設置隔熱材7〇的情形相 比可縮短水槽2 〇和内銷11的距離，電銷本體可小型化。 又，在第7圖中，表示在第5圖所示的第二實施例的 電銷設置隔熱材7Q的例子，但當然也可在第-實施例以及 第二實施例的電鍋設置隔熱材70。 又’在第-至第四實施例中，表示將本發明實施於電 鋼的例子，但你丨、—曰& /、備蒸汽回收機構的燉煮用調理器 、具備回收蒸汽的水槽 曰97加熟調理态的話，可得到相同 的效果。 【圖式簡單說明】 體圖The opposing faces 22 of the 7-grooves 20 are solved by extending to the rear (the side of the pivoting portion 40) as far as possible to the side of the inner pot 11, and expanding the capacity of the water tank 20. In the fifth drawing, the left and right sides of the opposing surface 22 of the water tank 20 are shown as being extended to the rear of the inner pot 11, but only one side may extend to the rear. (THIRD EMBODIMENT) In the second embodiment, the structure of the shovel 9 n . , ^ AI sump 20 is reduced to the size of the entire electric cooker. Fig. 6 is a perspective view showing the configuration of the electric pin of the third embodiment of the present invention. Further, in Fig. 6, the upper portion i 50 is omitted, and only the lower portion 3 of the main body is shown. Also, in Figure 6 +, and the first! The same parts in the figure and Fig. 2 are given the same symbols. In the first embodiment and the second embodiment, substantially the entire front side, the right side, the left side, and the rear side of the lower portion 3 of the main body are configured by the water tank 20, but in the third embodiment, the sink is used. In the six sides of the main body lower portion 3 that is formed in a substantially rectangular parallelepiped shape, the adjacent two surfaces of the upper and lower surfaces have a substantially right angle _ with a right-angled portion of the top and are formed in a rectangular column shape. In other words, a space generated by the difference between the shape of one corner of the main body lower portion 30 and the inner pot 11 is used as the water tank 20. m. Further, in the water tank 20, the opposite side of the inner pot 11 is made of A α - sentence / 0 inner steel 10 201114394 1 1 outer circumference of the AA, the concave point system and the first implementation The example is the same. With the above-described configuration, compared with the first embodiment and the second embodiment, the size of the 'sink 2 Π ά h · itself becomes small, and it is undeniable that one corner of the lower portion of the body 30 and the inner twist, 1 worm The space between the 11 is effectively utilized to ensure the necessary and sufficient sinks. Further, compared with the first embodiment and the second embodiment, the size of the entire electric steel, ® can be reduced. As described above, since the entire electric cooker can be downsized, the package which is produced in the case of producing σ山σσ can be reduced and miniaturized. 6' indicates that the water tank 20 6Wt: i 7 sub' is provided at the rear left corner of the main body lower portion 30. However, the present invention is not limited to this position, and may of course be provided at the rear right side corner or the front left and right corner portions. In the fourth embodiment, the heat insulating material inner pot 11 or the heat of the induction heating coil is disposed between the water tank 20 and the inner pot ii to the water tank 2, so that the distance between the water tank 2 and the inner crane 11 can be narrowed. The main body lower portion 30 and the entire electric pin are miniaturized. ☆ ^ 7 diagram ', showing -2 of the configuration of the electric steel of the fourth embodiment of the present invention. Further, in the seventh drawing, the upper cover 5 is attached. The illustration is omitted, only table = Γ30. In Fig. 7, the same components as those in Figs. 1 and 2 are given the same reference numerals. When the temperature of the cooling water in the water is increased, not only the recovery of the vapor but also the possibility of burns when the water is discarded is as described above. In the two aspects of the miniaturization of the electric steel and the capacity of the water tank, the method of reducing the distance between the x-side heating coil (not shown) as a heat source and the water tank 20 in the 201114394 can be reduced by 17 flb. However, the closer the distance between the inner steel 11 and the water tank 2 is, the more heat is received from the inner pot 11, and the temperature of the wall surface of the water tank 20 or the temperature of the cooling water rises, which may cause the above disadvantages. Therefore, in order to shorten the distance between the inner pot u and the water tank 20, it is possible to shield the heat release from the inner pin. Therefore, in the fourth embodiment, the heat insulating material 7 is disposed between the water tank 20 and the inner pin li. According to the above configuration, the distance between the water tank 2 and the inner pin 11 can be shortened as compared with the case where the heat insulating material 7 is not provided, and the electric pin body can be downsized. Further, in Fig. 7, an example in which the heat insulating material 7Q is provided in the electric pin of the second embodiment shown in Fig. 5 is shown. However, it is needless to say that the electric cooker of the first embodiment and the second embodiment may be provided with a partition. Hot material 70. Further, in the first to fourth embodiments, an example in which the present invention is applied to electric steel is shown, but a cooker for steaming, a steam recovery mechanism, and a sink having a steam recovery 曰97 plus cooked conditioning state, you can get the same effect. [Simple diagram of the figure]
第1圖係表示本發 第2圖係為將第J 明的第一實施例的電鍋的立體圖； 圖的電鍋的上部蓋打開的狀態的立 開的上體的立㈣其他形狀例的電鋼的 置例的圖示； 施例的電鍋的圖示 第4圖係為表示水槽的其他設 第5圖係表示本發明的第二管 12 201114394 第6圖係表示本發明的第三實施例的電鋼的構成的立 體圖，以及 體圖 第7圖係表示本發明的第四實施例的電鍋的構成 的立 【主要元件符號說明】 1電銷、 10下部框體、 1 0 a台座部、 11内鍋、 20水槽、 2 0 a水槽插入部、 21蒸氣供給口、 22、22a相對面、 3 0本體下部、 31鎖合部、 4 0樞轴部、 50上部蓋、 51内蓋、 51 a蓋感測器、 52蓋墊片、 53蒸氣導管、 54小孔、 5 5蒸氣排出口、 13 201114394 56墊片、 5 7卡合部、 58閉鎖解除按鈕、 6 0顯示部、 61操作部、 7 0隔熱材。 【主要元件符號說明】 無 14Fig. 1 is a perspective view showing the electric cooker according to the first embodiment of the present invention, and Fig. 1 is a perspective view showing the electric cooker according to the first embodiment of the present invention; FIG. 4 is a view showing another embodiment of the electric water tank. FIG. 4 is a second tube showing the second tube 12 of the present invention. Fig. 7 is a perspective view showing the configuration of the electric steel of the embodiment, and Fig. 7 is a view showing the configuration of the electric cooker according to the fourth embodiment of the present invention. [Main component symbol description] 1 electric pin, 10 lower frame, 10 a Pedestal, 11 inner pot, 20 sink, 20 a sink insert, 21 steam supply port, 22, 22a facing, 30 body lower, 31 lock, 40 pivot, 50 upper cover, 51 Cover, 51 a cover sensor, 52 cover gasket, 53 vapor conduit, 54 small holes, 5 5 vapor discharge port, 13 201114394 56 gasket, 5 7 snap portion, 58 lock release button, 6 0 display portion, 61 operation department, 70 insulation materials. [Main component symbol description] None 14