M381365 五、新型說明： 【新型所屬之技術領域】 本新型是有關於一種加熱器，特別是指—種用於加熱 余壺的多功能茶壺加熱器。 【先前技術】 參閱圖1，以一般沖泡茶葉的烹煮器具i為例，主要包 含有用於載置沖泡n具的-盤體π，及以瓦斯為燃料的一 瓦斯爐12。藉此，利用該瓦斯爐12加熱一茶壺（圖未示） ，就可以在該茶壺内的飲水達到沸點後，沖泡啡啡、花苹 、菓茶、茶葉…等物料，達到烹煮飲品的目的。 惟，由於前述瓦斯爐12使用瓦斯罐做為燃料的來源， 而瓦斯罐在使用及保存方面，有不可輕忽的安全性問題， 且該瓦斯爐12只能利用大火或小火的方式，控制加熱的速 度，而不具有保溫功能，因此，前述烹煮器具丨不具有實 用性，已逐漸被電熱式的加熱器所取代。 再者，當消費者完成沖泡的動作後，往往必須依靠經 驗值，來決定沖泡的時間，因此，目前市面上所有的電熱 式加熱Is，固然具有加熱及保溫功能，可以使一般消費者 控制好物料及熱水的質與量，卻仍然無法精準的掌控沖泡 4間，導致.1煮後的飲品是否香醇濃郁往往因人而異。 【新型内容】 因此，本新型之目的，即在提供一種可以精確控制沖 泡條件的多功能茶壺加熱器。 於是，本新型的多功能茶壺加熱器，包含一載體、一 3 M381365 加熱模組、一溫度傳感器、一計時模組、一中控模組，及 一指示模組。該加熱模組設置在該載體，且用於轉換電能 為熱能傳導至該茶壺。該溫度傳感器設置在該載體，且用 於偵測熱傳溫度。該計時模組設置在該載體，且依據一計 時時間倒數計時。1¾中控模组設置在該載體，並具有可程 式控制且與該加熱模組、該溫度傳感器、該計時模組電連 接的中控器’及與該中控器電連接且用於啟動該加熱模 組的-電源開關、用於設定保溫溫度的至少一保溫開關、 用於設；t料時間的—計時開關，該巾控器用於控制該加 熱模組加熱該茶壺内的飲水至沸點後，再依據保溫溫度維 持定溫加熱。該指示模组設置在該載體，並具有顯示加孰 狀態、保溫狀態其中之一的至少一第一指示元件，及顯示 計時結果的一第二指示元件。 本新型的功效是利用自動控溫，及監控沖泡時間的方 式，精確的控制沖泡铬杜 '、牛進而能烹煮出香醇濃郁的飲品 【實施方式】M381365 V. New description: [New technical field] The present invention relates to a heater, in particular to a multifunctional teapot heater for heating a residual kettle. [Prior Art] Referring to Fig. 1, a cooking apparatus i for generally brewing tea leaves is exemplified, and mainly includes a disk body π for carrying a brewing material, and a gas burner 12 fueled by gas. Thereby, using the gas stove 12 to heat a teapot (not shown), after the drinking water in the teapot reaches the boiling point, the materials such as brown, peony, fruit tea, tea, etc. can be brewed to achieve cooking beverages. purpose. However, since the gas furnace 12 uses a gas tank as a source of fuel, the gas tank has a safety problem that cannot be neglected in terms of use and storage, and the gas stove 12 can only control the heating by means of a large fire or a small fire. The speed, without the heat preservation function, therefore, the aforementioned cooking utensils are not practical, and have been gradually replaced by electrothermal heaters. Moreover, when the consumer completes the brewing action, it is often necessary to rely on the experience value to determine the brewing time. Therefore, all the electric heating type Is currently on the market, although having heating and heat preservation functions, can make the general consumer Controlling the quality and quantity of materials and hot water, but still can not accurately control the brewing 4, resulting in .1 cooked beverages are rich in flavor and often vary from person to person. [New content] Therefore, the object of the present invention is to provide a multifunctional teapot heater that can precisely control the brewing conditions. Therefore, the novel multifunctional teapot heater comprises a carrier, a 3 M381365 heating module, a temperature sensor, a timing module, a central control module, and an indicating module. The heating module is disposed on the carrier and is configured to convert electrical energy to thermal energy to the teapot. The temperature sensor is disposed on the carrier and is used to detect the heat transfer temperature. The timing module is disposed on the carrier and counts down according to a timer time. The central control module is disposed on the carrier, and has a central controller that is programmable and electrically connected to the heating module, the temperature sensor, and the timing module, and is electrically connected to the central controller and is used for starting the a heating switch-power switch, at least one heat-insulating switch for setting the heat-insulating temperature, a time-setting switch for setting a material time, and the towel controller is configured to control the heating module to heat the drinking water in the teapot to a boiling point And then maintain the constant temperature heating according to the holding temperature. The indicator module is disposed on the carrier and has at least one first indicating component that displays one of a twisted state and a warm state, and a second indicating component that displays a timing result. The utility model has the advantages of automatic temperature control and monitoring of brewing time, precise control of brewing chrome du', and the bovine can then cook a rich and fragrant drink [Embodiment]
有關本新型之前述及A 、 1及其他技術内容、特點與功效，在 以下配合參考圖式之—個赵杜— 較佳貫施例的詳細說明中，將可 清楚的呈現。 參閱圖2、圖3，及同j ^ ^ _ 園4 ’本新型多功能茶壺加熱器 較佳貫施例包含一載體2、— 、—加熱模組3、一溫度傳感器 一 &十時模組5、一中;抬Λ 工枳、、且6，及一指示模組7。 該加熱模組3設置在 ^载體2，用於轉換電能為熱能 4 M381365 該溫度傳感器4設置在該載體2，用於债測熱傳溫度。 該計時模組5設置在該载體2，是依據一計時時間數 計時。 該中控模組6設置在該載體2，並具有可程式控制且與 該加熱模組3、該溫度傳感器4、該計時模組5電連接的— 中控器6卜及與該中控器61電連接且用於啟動該加熱模組 3的一電源開關62、用於設定保溫溫度的—保溫開關心 用於設定計時時間的二計時開關64、65與一再加熱_ % 。該中控器61詩控制該加熱模組3加熱飲水至彿點後， 再依據保溫溫度維持定溫加熱。該等計時開關Mi每按 壓一次分別以U)秒及丨分鐘為單位，例如：按3次計時開 關料及！次計時開關65，該計時模組5就會倒數計時^ 3〇移。該再加熱開關66用於控制該加熱模组3再—次加敎 飲水至沸點。 …、 該指示模組7設置在該載體2，並具有顯示加熱狀態、 保溫狀態其中之一的_ 一 _ _ 一 m _ 第私不兀件71、顯示計時結果的 顯示：=!72、顯示保溫溫度的二第三指示元件73' ‘月入〜度的-溫度顯示㈱74 ’及顯示計時時間的 一時間顯示H 75 n 4t _ 丨叮吁间的 ^ ^ 私不兀件71在本較佳實施例為一 二二1亮時’表示該加熱模組3正處於加熱狀態， 二t在：示該加熱模組正處於保溫狀態。該第二指示 後，發出聲響在倒數時間結束 為-指示燈，〜、一“凡件73在本較佳實施例分別 田澄冗時，分別代表保溫溫度的數值，如8〇 5 °C 與 90°c 8放置在該載體2上，並透過 就可以透過該中控器61控制該 至該茶壺8内的飲水達到沸點， 使用時，只須將一茶壺 該電源開關62啟動電源， 加熱模組3加熱該茶壺8， 此時，該中控器會控制該第一指示元件71燈亮，表示 該加熱模組3正處於加熱狀態。 在該加熱模組3加熱該茶壺8的過程中，使用者可以 透過該係溫開關63及該第三顯示元件73設定與顯示保溫 ，溫度’藉此’當該茶1 8内的飲水達到沸點後，該中控 态61會依據設定的保溫溫度’及由該溫度傳感器4所偵測 的熱傳溫度，透過該溫度顯示器74顯示目前飲水的溫度， 及控制該加熱模組3維持定溫加熱，達到保溫的效果，同 時’該中控器61會控制該第—指示元件71燈滅，告知使 用者該加熱模組3目前正處於保溫狀態。 當使用者以該茶壺8内的飲水沖泡物料時，可以透過 該等計時開關64、65設定倒數計時㈣間，及透過該時間 顯^ 75顯示倒數的時間’藉此，倒數時間計數完畢後， 該中控器61會透過該第二指示元件72鳴叫一長聲，告知 使用者已達到最佳的沖泡時間。 '寻提的是备使用者想重新加熱該茶壺8内的| 水至彿點’只須啟動該再加熱_ 66，就可以透過該中才 器61控制該加熱模組3 & 丹-人加熱該余壺8内的飲水至 點。 據上所述可知， 本新型之多功能茶壺加熱器具有下列 M381365 優點及功效： 本新型是以電熱的方式，達到烹煮的目的，在使用上 ’不但安全性高於瓦斯爐，且本新型具有自動控溫的效果 ’及兼具有監控沖泡.相的功能，能㈣㈣沖泡 進而烹煮出香醇濃郁的飲品。 惟以上所述者，僅為本新型之較佳實施例而已， 能以此限；t本新型實施之範圍，即大凡依本新型中靖:The foregoing and A, 1 and other technical contents, features and effects of the present invention will be apparent from the following detailed description of the preferred embodiment of the present invention. Referring to Fig. 2, Fig. 3, and the same j ^ ^ _ 园 4 'The preferred embodiment of the novel multifunctional teapot heater comprises a carrier 2, -, - heating module 3, a temperature sensor - &10; Group 5, one middle; lift Λ, 且, and 6, and an indicator module 7. The heating module 3 is disposed on the carrier 2 for converting electrical energy into thermal energy. 4 M381365 The temperature sensor 4 is disposed on the carrier 2 for measuring the heat transfer temperature. The timing module 5 is disposed on the carrier 2 and is timed according to a timing time. The central control module 6 is disposed on the carrier 2 and has a programmable control and is electrically connected to the heating module 3, the temperature sensor 4, and the timing module 5, and the central controller 6 and the central controller 61. A power switch 62 for electrically connecting the heating module 3, a temperature setting switch for setting the holding temperature, and a second time switch 64, 65 for setting the time and a reheating_%. The central controller 61 controls the heating module 3 to heat the drinking water to the Buddha's point, and then maintains the constant temperature heating according to the holding temperature. The timing switches Mi are pressed in units of U) seconds and 丨 minutes, for example, by pressing the timing switch 3 times! The secondary timing switch 65, the timing module 5 will count down the clock. The reheating switch 66 is used to control the heating module 3 to refill the drinking water to the boiling point. The indicator module 7 is disposed on the carrier 2 and has a display of one of the heating state and the heat retention state, and displays the display result: =! 72, display The second indicator element of the holding temperature is 73'' monthly input temperature-temperature display 74' and the display time is displayed at a time H 75 n 4t _ 丨叮 的 的 ^ ^ 兀 71 71 71 71 In the preferred embodiment, when the temperature is one, two, and two, the heating module 3 is in a heating state, and the second temperature is: the heating module is in a heat preservation state. After the second indication, the sound is emitted at the end of the countdown time as a - indicator light, ~, a "the piece 73 in the preferred embodiment respectively, Tian Cheng redundancy, respectively represents the value of the holding temperature, such as 8 〇 5 ° C and 90 °c 8 is placed on the carrier 2, and through the central controller 61, the drinking water in the teapot 8 can be controlled to reach the boiling point. In use, only one teapot power switch 62 is required to start the power supply, and the heating mold is heated. The group 3 heats the teapot 8, and at this time, the central controller controls the first indicating component 71 to light, indicating that the heating module 3 is in a heating state. In the process of heating the teapot 8 by the heating module 3, The temperature control switch can be used to set and display the temperature through the temperature switch 63 and the third display element 73. When the drinking water in the tea 18 reaches the boiling point, the central control state 61 will be based on the set holding temperature. The heat transfer temperature detected by the temperature sensor 4 displays the current drinking water temperature through the temperature display 74, and controls the heating module 3 to maintain the constant temperature heating to achieve the effect of heat preservation, and the central controller 61 controls The first indicator element When the light is off, the user is informed that the heating module 3 is currently in a state of being kept warm. When the user brews the material with the drinking water in the teapot 8, the counting timers (four) can be set through the time switches 64 and 65, and The time display shows the time of the countdown. Thus, after the countdown time is counted, the central controller 61 will sound a long sound through the second indicating component 72 to inform the user that the optimal brewing time has been reached. It is found that the user wants to reheat the water in the teapot 8 to the point of the Buddha's only need to start the reheating_66, and the heating module 3 & According to the above, the multifunctional teapot heater of the present invention has the following advantages and effects of M381365: The novel is electrically heated to achieve the purpose of cooking, and not only in use The safety is higher than that of the gas furnace, and the new type has the effect of automatic temperature control' and has the function of monitoring the brewing phase. It can (4) (4) brewing and brewing a rich and mellow drink. The preferred embodiment of the present invention Example only, and can thereby limit; T according to the present embodiment of the new range, i.e. in almost all under this new Jing:
範圍及新型說明内容所作之簡單的等效變化與修/皆仍 屬本新型專利涵蓋之範圍内。 【圖式簡單說明】 圖1是一立體圖，說明一般的烹煮器具； 圖2是-頂視圖，說明本新型一多功能茶壺加熱器的 一較佳實施例； 圖3是該較佳實施例的一方塊圖；及 圖4是該較佳實施例與一茶壺的一側視圖。 M381365 【主要元件符號說明】 2 .... ……載體 65.·... …··計時開關 3 ···· ......加熱模组 66 …·再加熱開關 A .... ......、、田 ώ： /φ 3S 7 ...... _____XL· J；^ Δα 子曰不棋組 5 ···· ……計時模組 71 …·. -----第 指示元件 6 ··.· ......中控模組 72…" •…第二指示元件 61·.· ……中控器 73 •…弟一指不元件 62… ......電源開關 74 …·溫度顯示器 63··· ……保溫開關 75 …‘‘ …·時間顯示器 64··· ……計時開關The simple equivalent changes and repairs made by the scope and new descriptions are still covered by this new patent. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a general cooking apparatus; FIG. 2 is a top plan view showing a preferred embodiment of a multi-functional teapot heater of the present invention; FIG. 3 is a preferred embodiment. A block diagram; and Figure 4 is a side view of the preferred embodiment and a teapot. M381365 [Description of main component symbols] 2 .... ...... Carrier 65.·... ...... Timing switch 3 ···· ...... Heating module 66 ...·Reheating switch A ... ......., 田ώ: /φ 3S 7 ...... _____XL· J;^ Δα 子曰不棋组5 ····...... Timing module 71 ...·. --- - the first indicating element 6 ····...the central control module 72..." •...the second indicating element 61···...the central controller 73•...the young one refers to the element 62... ..... power switch 74 ... · temperature display 63 · · · ... insulation switch 75 ... ' ' ... ... time display 64 · · · ... timing switch