1275750 九、發明說明： 【發^月戶斤屬之^拍】 技術領域 本發明係有關於具有檢測調理物之滞騰且進行通知的 5 功能之加熱炊具。 C先前技術】 背景技術 例如，在藉由瓦斯燃燒器加熱調理物之爐具中，已有 射檢測雛_騰的魏且具有在檢_繼物沸騰時 10藉由警報裝置進行通知的功能之爐具，又，也有可進行將 瓦斯燃燒器设成大火以開始加熱調理物，且在檢測出調理 物沸騰時將瓦斯燃燒器設成小火，然後維持5分鐘的調理物 沸騰狀態之「沸水模式」下之加熱運轉的爐具。 【專利文獻1】 15 日本專利公開公報第5-306817號 C 明内容；j 發明之揭示 發明欲解決之課題 在上述習知爐具之「彿水模式」巾，由於可利用警報 Μ裝置通知調理_騰，同時在㈣後5分鐘⑽將調理物維 持在沸騰狀態，因此，在利用於單純使熱水沸騰時很方便。 但，在上述「沸水模式」中，當熱水彿騰時，瓦斯燃燒器 的火力會從大火切換至小火。因此，例如，在使用者為了 煮義大利麵而將水放入鍋子後開始以「沸水模式」進行加 1275750 熱，並藉由警報音知道熱水已沸騰，然後將義大利麵放入 熱水中時，會有瓦斯燃燒器的火力不足而無法維持沸騰狀 態的情況發生。並且，此時，使用者會有必須進行解除「彿 水模式」之操作以將瓦斯燃燒器的火力從小火切換至大火 專麻煩的問題。 又，即使瓦斯燃燒器的火力沒有不足，但由於「彿水 模式」中從沸騰起經過5分鐘後瓦斯燃燒器會熄火，因此， 當5分鐘不足為調理物之加熱時間時，使用者必須再度進ιέ斯燃燒 n 之點:u 帛作簡度騎加熱顧。 τ 10 15 有蓥於上述背景，本發明之目的在於提供可提高 出調理物㈣後之加熱調理時制者的方便性之加熟= 具。 人 解決課題之手段 本發明係有蜜於上述背景所作成者，且包含：加 構，係用以加熱調理物；加熱量變更機構，係用以變2 述加熱機構之加熱量；軸檢測機構，係用以檢測調^ 之沸騰；沸騰通知機椹 & +1 物 理物沸騰時進行通知·4 士 少 卬啁 測出調理_騰時叫财前述沸騰檢測機構檢 ’始叶時；計時器時間設定機構， 前述計時器_計時起至結束計時為止的時間之結束計時 寺間任思地Μ在預定時間範圍内；計時器時間顯怎 構，一係用以顯:前迷結束計時時間；及加熱控制機構，= 進仃4騰4相運轉，料騰計時器運㈣在㈣述碑騰 檢測機構檢別出錢物彿騰而使前述計時器開始計時起至 20 1275750 時器的結束計時為止，藉由前述加熱量變更機構將 則述加熱機構之加熱量維持在檢測出沸騰時之加熱量以 上’且在Μ述計時器的結束計時時使前述加熱機構停止。 口根據上述本發明，前述加熱控制機構在前述沸騰計時 '運轉中在别述沸騰檢測機構檢測出調理物沸騰後至前 述十守器的結束計時為止之間，可藉由前述加熱量變更機 構將月j述加熱機構之加熱量維持在檢測出滞騰時之加熱量 、 口此，例如，當使用者為了煮義大利麵而首先以可 ^加熱:變更機構變更之最大位準附近的加熱量將水加 、、、 藉由别述通知機構的通知知道熱水已沸騰並將義大 放入熱水中時，由於之後也可使前述加熱機構在該加 …里以上作動，故可抑制前述加熱機構之加熱量成為不足 之狀態發生。 再者，使用者可一面用眼睛確認顯示於前述計時器時 15 Z顯示機構的結束計時時間，-面藉由前述計時器時間設 疋機構任意地設钱束計時時間。因此，當加熱義大利麵、 ’包麵、調理食品等已預先指示放入沸騰的熱水後到調理結 ^為止的所需時_調理物時，使用者可藉由前述結料 20日夺^間°又疋機構將該所需時間設定成前述計時器的結束計 夺蚪間，藉此配合該所需時間的經過使前述加熱機構停 。並且，藉此，由於可避免因對調理物的加熱時間之過 ”不及導致5周理失敗的情況發生，且可輕易地進行加熱調 理，故可提高使用者的方便性。 又，别述加熱控制機構係在由前述沸騰檢測機構檢測 1275750 出調理物沸騰而前述計時器開始計時起至前述計時器的結 十時為止’藉由前述加熱量變更機構將前述加熱機構之 加熱量維持在檢測出沸騰時之加熱量。 s ㈣上縣發明，例如，在崎已事先蚊對彿騰後 的調理物之加熱量(大火、中火等）的調理時，使用者不師 由利用前述加熱量變更機構設定該加熱量以開始前述彿騰 計時器運轉來進行在檢測出沸騰後藉由前述加熱量變更機 構變更前述加熱機構之加熱量之操作。因此，可提高使用 者的使用方便性。 10 又，更具有··彿騰計時器開始運轉指示機構，係用以 指示前述沸騰計時器開始運轉者；及計時器初始設定機 構，係在前述沸騰計時器開始運轉指示機構指示前述沸騰 計時器開始運轉時，將前述計時器的結束計時時間設為〇。 根據上述本發明，可藉由前述計時器初始設定機構將 15前述計時器的結束計時時間初始設定為0。因此，在使用者 忘§己利用如述计時時間設定機構設定結束計時時間時， 在檢測出調理物沸騰之時點下會使前述加熱機構停止，且 不會有加熱調理在使用者未意識到的時間經過之前持續進 行的情況發生。 2〇 【】 實施發明之最佳形態 針對本發明實施形態，參照第1圖〜第3圖作說明。第i 圖係本發明之加熱炊具之爐具的構造圖，第2圖係顯示第1 圖所示之爐具的保溫模式中之作動順序的流程圖，第3圖係 1275750 顯示第1圖所示之爐具的彿騰計時器模式中之作動順序的 流程圖。 ' 參如、第1圖，爐具八包含用以加熱容納於調理容器1的 理物2之瓦斯燃燒器3(相當於本發明之加熱機構)、設於用: 5將燃料氣體供給至瓦斯燃燒器3之氣體供給管5之源電磁問 20與電動式加熱量調整閥（相當於本發明之加熱量變更機 構)2卜設於與氣體供給管5相連通之旁路管6之旁路電磁閱 7、用以檢測調理容器！底部的溫度之溫度感測器8、用以在 瓦斯燃燒器3點火之點火電極4、用以控制爐具a的作動之控 1〇制器9、用以進行瓦斯燃燒器3之點火/媳火的指示與火力^ 節之按紐開關3〇、警報震置10及用以進行後述「保溫模式」 與「彿騰計時器模式」的設定等之操作面板40。 控制器9為由微電腦等所構成之電子單元，且包含運轉 控制機構11及彿騰檢測機構12。按鈕開關3〇的操作信號與 15操作面板40的操作信號係輪入運轉控制機構u，又，藉由 從運轉控制機構11輸出之控制信號來控制源電磁闕2 〇與加 熱量調整閥21與旁路電磁閥7的開關、點火電極4的作動、 警報裝置16的鳴響及操作面板4〇之顯示部的顯示。又，運 轉控制機構11具有計時器15。 -〇 沸騰檢測機構12係根據溫度感測器8所檢測之檢測溫 度來檢測調理物2的沸騰。具體而言，在因由瓦斯燃燒器3 加熱調理物2使溫度感測器8的檢測溫度上升的過程中，從 溫度感測器8檢測溫度的上升率來判斷調理物2的沸騰。 操作面板40包含用以指示「保溫模式」與「沸騰計時 1275750 器模式」之切換的模式切換開關44(具有本發明之沸騰計時 器開始運轉指示機構的功能）、在設定成「)弗騰计時器模式」 時亮燈之沸騰計時器顯示部45、在設定成「保溫模式」時 亮燈之保溫顯示部46、用以設定「保溫模式」與「沸騰計 5 時器模式」中之計時器15的結束計時時間(從計時器15開始 計時起至結束計時為止的時間）之+鍵開關41與一鍵開關 42(相當於本發明之計時器時間設定機構)及用以顯示計時 器15的結束計時時間與計時中結束計時之前的剩餘時間之 計時器時間顯示部43。 10 且，模式切換開關44與+鍵開關41及一鍵開關42之各 操作信號係輸入運轉控制機構11，又，依照從運轉控制機 構11輸出之控制信號來控制顯示於計時器時間顯示部43的 日守間與沸騰汁時顯不部45及保溫顯不部46的亮燈/熄燈。 又’按紐開關30具有藉由按壓操作來開關之接點，且 15依照該接點之開關的操作信號係輸入運轉控制機構u。 又，依照按鈕開關30之按壓操作來開關源電磁閥2〇與加熱 ϊ調整閥21，且依照按紐開關3〇之旋轉操作可改變加熱量 調整閥21的開關程度。 接著，運轉控制機構11在藉由操作信號之輸入檢測出 20使用者按壓操作按鈕開關3〇時，則在使點火電極4產生火花 放電之狀態下開啟源電磁閥20與旁路電磁閥7以進行瓦斯 燃燒器3之點火處理。然後，運轉控制機構^在瓦斯燃燒器 3點火後，在-開始操作模式切換開_時，會成為「保溫 模式」。又’之後每操作模式切換開關44，則可切換「保溫 !27575〇 才果式」與「沸騰計時器模式」。 首先，依照第2圖所示之流程圖，針對「保溫模式」中 '轉控制機構1 1之加熱運轉的控制步驟作說明。若設定 成「保溫模式」，則運轉控制機構11在STEp1〇中將計時器 、σ束w十時時間的初始值没定為5分鐘，且在step 11中 在u十日守器時間顯示部43顯示「5」。 八、;、後’運轉控制機構11執行接著的STEP12與STEP13 所構成之迴路，且在STEP12t確認有無操作+鍵開關41或 1〇〜鍵開關42的情況，並在STEP13中等待由沸騰檢測機構12 10檢測調理物2的㈣。當在STEP12中有操作+鍵開關41或1275750 IX. Description of the Invention: [Technical Field] The present invention relates to a heating cooker having a function of detecting the stagnation of a conditioning material and notifying it. C Prior Art Background Art For example, in a stove for heating a conditioner by a gas burner, there is a function of detecting a shot and having a function of notifying by an alarm device when the sample is boiled. The stove, in addition, can also be used to set the gas burner to a large fire to start heating the conditioning material, and when the boiler is detected to boil, the gas burner is set to a small fire, and then the boiling water of the conditioning material is maintained for 5 minutes. The stove that is heated and operated under the mode. [Patent Document 1] 15 Japanese Patent Laid-Open Publication No. 5-306817 C. The disclosure of the Invention The problem to be solved by the invention is that the "fog water mode" towel of the above-mentioned conventional stove can be notified by the alarm device. _Teng, while maintaining the boiling state in the boiling state 5 minutes (10), it is convenient to use it to simply boil hot water. However, in the above-mentioned "boiling water mode", when the hot water is used, the firepower of the gas burner will switch from a large fire to a small fire. Therefore, for example, after the user puts the water into the pot for boiling the dough, the user starts to add 1275750 heat in the "boil water mode", and knows that the hot water has boiled by the alarm sound, and then puts the spaghetti into the hot water. In the middle, there will be a shortage of firepower of the gas burner and it is impossible to maintain the boiling state. Further, at this time, the user has a problem that it is necessary to perform the operation of releasing the "fog mode" to switch the firepower of the gas burner from a small fire to a large fire. Moreover, even if the firepower of the gas burner is not insufficient, the gas burner will be turned off after 5 minutes from the boiling in the "fog water mode". Therefore, when the heating time of the conditioning material is less than 5 minutes, the user must re-apply Into the point of burning έ : n: u 帛 简 骑 骑 骑 骑 骑 骑 骑τ 10 15 In view of the above background, it is an object of the present invention to provide a cooker which can improve the convenience of the heat treatment after the conditioning (4). Means for Solving the Problems The present invention relates to a producer of the above-mentioned background, and comprises: an additive structure for heating a conditioning material; a heating amount changing mechanism for changing the heating amount of the heating mechanism; and a shaft detecting mechanism It is used to detect the boiling of the tuning; the boiling notification machine 椹 & +1 when the physical object is boiled to notify the 4th 士 卬啁 卬啁 调 调 _ _ 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述 前述The time setting mechanism, the timer _ the time from the start of the timer to the end of the time is counted in the predetermined time range; the timer time is displayed in a certain way, and the first time is used to display: the end time of the previous fan; And the heating control mechanism, = 4 运转 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 The heating amount changing means maintains the heating amount of the heating means above the heating amount at the time of detecting boiling, and stops the heating means when the time of the end of the timer is counted. According to the above aspect of the invention, the heating control means may be configured by the heating amount changing means during the boiling timing operation in which the boiling detecting means detects that the conditioning substance has boiled and the end of the tenth keeper is counted. The heating amount of the heating mechanism is maintained at the amount of heating when the stagnation is detected, for example, when the user first heats up the large surface, the heating amount near the maximum level of the change mechanism is changed. When the water is added, and the notification of the notification mechanism is made to know that the hot water has boiled and the Yida is placed in the hot water, the heating mechanism can be activated in the addition or the like, so that the heating can be suppressed. The state in which the heating amount of the mechanism becomes insufficient is generated. Further, the user can confirm the end time of the display means when the display is displayed on the timer by the eyes, and the time is set arbitrarily by the timer time setting means. Therefore, when heating the Italian noodles, the 'baked noodles, the prepared foods, etc., which have been instructed to put the boiling hot water in advance to the conditioning time required for the conditioning, the user can take the above-mentioned ingredients for 20 days. The interval between the two sets the required time to the end of the timer, thereby stopping the heating mechanism in response to the elapse of the required time. Further, since it is possible to avoid the occurrence of a five-week failure due to the heating time of the conditioning material, and the heating conditioning can be easily performed, the convenience of the user can be improved. The control means maintains the heating amount of the heating means by detecting the amount of heating of the heating means by the heating amount changing means when the boiling detecting means detects 1275750 that the conditioning substance is boiled and the timer starts counting until the end of the timer The amount of heating at the time of boiling. s (4) The invention of the prefecture, for example, the user does not use the above-mentioned heating amount to change the amount of heating of the conditioning material (the fire, the medium fire, etc.) after the mosquito has been used. The mechanism sets the heating amount to start the operation of the above-described Fürth timer, and performs an operation of changing the heating amount of the heating mechanism by the heating amount changing mechanism after the boiling is detected. Therefore, the user's usability can be improved. Further, the Fotten timer start operation indicating mechanism is used to instruct the start of the boiling timer; and the timer is initially set. The mechanism sets the end time of the timer to 〇 when the boiling timer start operation instruction unit instructs the boiling timer to start operating. According to the present invention, the timer initial setting mechanism can be used to The end time of the timer is initially set to 0. Therefore, when the user forgets to use the timekeeping setting mechanism to set the end time, the heating mechanism is stopped when the temperature of the conditioning object is detected. There is no case where the heating conditioning is continued until the time that the user does not realize. 2〇 [] The best mode for carrying out the invention is described with reference to Figs. 1 to 3 for the embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 2 is a structural view showing the operation sequence of the heating cooker of the present invention, and Fig. 2 is a flow chart showing the operation sequence in the heat preservation mode of the oven shown in Fig. 1. Fig. 3 shows that the 1275750 shows the first one. Flowchart of the sequence of actuation in the Fotten Timer mode of the oven. ' Reference, Figure 1, the stove eight contains the structure 2 for heating the conditioning container 1. The gas burner 3 (corresponding to the heating mechanism of the present invention) is provided for: 5, the source electromagnetic source 20 for supplying the fuel gas to the gas supply pipe 5 of the gas burner 3, and the electric heating amount adjusting valve (corresponding to the present invention) The heating amount changing mechanism 2 is provided in a bypass electromagnetic circuit of the bypass pipe 6 connected to the gas supply pipe 5, and a temperature sensor 8 for detecting the temperature of the bottom of the conditioning container! The ignition electrode 4 of the ignition of the device 3, the control unit 9 for controlling the operation of the oven a, the indication of the ignition/bonfire for the gas burner 3, and the button switch 3 of the firepower The operation panel 40 for oscillating 10 and setting "heating mode" and "Foten timer mode" to be described later. The controller 9 is an electronic unit composed of a microcomputer or the like, and includes an operation control unit 11 and a Fo Teng detecting unit 12. The operation signal of the push button switch 3 and the operation signal of the operation panel 40 are rotated into the operation control mechanism u, and the source electromagnetic 阙 2 〇 and the heating amount adjustment valve 21 are controlled by the control signal output from the operation control mechanism 11. The switch of the bypass solenoid valve 7, the operation of the ignition electrode 4, the sound of the alarm device 16, and the display of the display portion of the operation panel 4A. Further, the operation control unit 11 has a timer 15. The boiling detection mechanism 12 detects the boiling of the conditioning material 2 based on the detection temperature detected by the temperature sensor 8. Specifically, in the process in which the temperature of the temperature sensor 8 is raised by heating the conditioner 2 by the gas burner 3, the temperature sensor 8 detects the rate of rise of the temperature to determine the boiling of the conditioner 2. The operation panel 40 includes a mode changeover switch 44 (having a function of the boiling timer start operation instruction mechanism of the present invention) for instructing switching between the "heat preservation mode" and the "boiling time 1275750 mode", and is set to "" Fernometer In the timer mode, the boiling timer display unit 45 is turned on, and the warm-up display unit 46 that is turned on when the "insulation mode" is set is used to set the timing in the "insulation mode" and the "boil meter 5 timer mode". + key switch 41 and one-key switch 42 (corresponding to the timer time setting mechanism of the present invention) and the display timer 15 for ending the time counted by the timer 15 (the time from the start of the timer 15 to the end of the timer) The timer time display portion 43 of the end time counted time and the remaining time before the end of the timer is counted. Further, the operation signals of the mode changeover switch 44, the + key switch 41, and the one-key switch 42 are input to the operation control unit 11, and are controlled to be displayed on the timer display unit 43 in accordance with a control signal output from the operation control unit 11. The daytime guard room and the boiling juice show no part 45 and the heat preservation display part 46 is turned on/off. Further, the button switch 30 has a contact switched by a pressing operation, and 15 is input to the operation control mechanism u in accordance with an operation signal of the switch of the contact. Further, the source solenoid valve 2 〇 and the heating ϊ adjusting valve 21 are switched in accordance with the pressing operation of the push button switch 30, and the degree of switching of the heating amount adjusting valve 21 can be changed in accordance with the rotation operation of the button switch 3〇. Next, when the operation control unit 11 detects that the user presses the operation button switch 3〇 by the input of the operation signal, the source solenoid valve 20 and the bypass solenoid valve 7 are opened in a state where the ignition electrode 4 generates a spark discharge. The ignition process of the gas burner 3 is performed. Then, the operation control unit ^ becomes "insulation mode" when the gas burner 3 is ignited and the -start operation mode is switched ON. Further, after each mode switching switch 44 is operated, "Insulation! 27575" and "Boiling Timer Mode" can be switched. First, the control procedure of the heating operation of the "rotation control mechanism 1" in the "heat retention mode" will be described in accordance with the flowchart shown in FIG. When the "heating mode" is set, the operation control means 11 sets the timer, the initial value of the σ beam w ten-hour time to 5 minutes in STEp1, and the display unit in the step 10 in the step 10 43 shows "5". 8. After the operation control unit 11 executes the circuit formed by the subsequent STEP 12 and STEP 13, and confirms the presence or absence of the operation + key switch 41 or the 1 〇 to the key switch 42 at STEP 12t, and waits for the boiling detection mechanism in STEP 13. 12 10 detects (4) of Conditioner 2. When there is an operation + key switch 41 in STEP12 or
:鍵開關42時，則在STEP30中分歧，且運轉控制機構11依 +鍵開關41或一鍵開關42的操作變更計時器15的計時器 十時時間，且在STEP31中於計時器時間顯示部43顯示變更 後的计時器計時時間。藉此，使用者可一面用眼睛確認顯 不於計時器時間顯示部43的結束計時時間，一面將計時器 時間任意地設定在預先設定的範圍（例如丨〜6〇分鐘）内。 另一方面，當在STEP13中沸騰檢測機構12檢測出調理 物2沸騰時，則前進至STEP14，且運轉控制機構u使警報 裝置16間斷地鳴響3次，以通知使用者調理物2沸騰的情 〆兄。然後，在接著的STEP15中，運轉控制機構η使旁路電 磁閥7成為off(關閉）狀態，以減少瓦斯燃燒器3的加熱量（燃 繞量），並在STEP16中使由計時器15進行的計時開始計時。 接著，運轉控制機構11執行STEP17與STEP18所構成之 迴路’且在STEP17中對計時器時間顯示部43更新計時器15 11 I27575〇 之剩餘時間的顯示，並在STEP18中等待計時器15的結束計 寺之如的剩餘時間成為30秒。然後，當STEP18中計時器15 的、、、°束計時之前的剩餘時間已成為30秒時，則前進至 STEPl9，且運轉控制機構11使警報裝置16間斷地鳴響3 人，以通知使用者「保溫模式」下的加熱運轉不久會結束。 又在接著的STEP19中，運轉控制機構^將顯示於計時器 、”、員示°卩43之汁時器15的結束計時之前的剩餘時間的單 位從分切換成秒。 10 15 20 藉由接著的STEP21與STEP22所構成之迴路，運轉控制 ^冓U在STEP21巾更新顯示於計時n時賴示部43之計 時裔15的結束計時之前賴餘時間，並在STEP22中等待計 時器15的結束計時。 STEp然後’當STEP22中計時器15的時間已到，則前進至 STEP23 ’且運轉控制機構11使警報裝置16鳴響1次，並在 「、=中於計時||時隨示部43顯示「G」，以通知使用者 拉式」下的加熱運轉已結束。然後，在接著的STEM) 工制機構11關閉源電磁閥20使瓦斯燃燒器3媳火， 以、、、口 「保溫模式」下的加熱運轉。 朴I、第3圖所不之流程圖，針對「彿騰計時器模 運轉控制機構11之加熱運轉的控制步驟作說明。 由胳4 士。弗騰β十時器模式」，則運轉控制機構11在STEP40 8ΤΕΡ4ΐΓ" Μ的結束計時時間的初始值設定為0分鐘，且在 機構二在計時器時間顯示部43顯示「〇」。另，運轉控制 機構11在咖辦將計咖5的結束計時時間設定為〇分 12 1275750 名里的構造相當於本發明之計時器初始設定機構。 然後’運轉控制機構11執行接著的STEP42與STEP43 所構成之迴路，且在STEP42中確認有無操作+鍵開關41與 一鍵開關42的情況，並在STEP43中等待由沸騰檢測機構12 5檢測調ί里物2的沸騰。當在STEP42中有操作+鍵開關_ T鍵開關42時，則在STEP60中分歧，且運轉控制機構^依 “、、+鍵開關41或一鍵開關42的操作變更計時器15的計時器 计時時間，且在STEP61f於計時器時間顯示部43顯示變更 後的計時器時間。 藉此，使用者可一面用眼睛確認顯示於計時器時間顯 不部43的計時器時間，一面將計時器時間任意地設定在預 先設定的範圍（例如〇〜6G分鐘，相當於本發明之預定時間範 圍）内。又，使用者藉由旋轉操作按紐開義，可改變加熱 量調整閥21的開關程度，以變更瓦斯燃燒器3的加熱量。 5 S-方面，當在STEP43中沸騰檢測機肋檢測出調理 物2彿騰時，則前進至STEP44，且運轉控制機構u使警報 裝置16間斷地鳴響3次，以通知使用者調理物2沸騰的情 況，並在接著的STEP45中使由計時器15開始計時。 於此，與上述「保溫模式」時不同，運轉控制機_ 丨:進行使旁路電磁閥7成為。帽閉）狀態以減少瓦斯燃燒 器3的加熱量之處理。因此，在「沸騰計時器模式」中之加 ，運轉結束之前，可_職旁路電_7後之點火時的狀〇 態。另，STEP43中檢測出彿騰之時點下之瓦斯燃燒器3的 加熱量相當於本發明之沸騰檢測時的加熱量。 13 !27575〇 本實施形態中，使用者在開始進行「沸騰計時器模式」 之加熱運轉時，可先藉由按鈕開關30之旋轉操作，將瓦斯 燃燒器3的加熱量先設定在可由加熱量調整閥21設定的最 大位準附近。然後，藉此，可藉由STEP44中警報裝置16的 通知知道調理物2的沸騰，且在例如將義大利麵放入調理物 2(在這邊是熱水）時在將瓦斯燃燒器3的加熱量維持在前述 最大位準之情況下煮義大利麵。又，如上所述，使用者可 操作+鍵開關41或一鍵開關42，以任意地設定計時器15之 結束計時時間。 因此，當如義大利麵或泡麵、調理包等要指定將該等 加熱對象物放入沸騰的熱水後到加熱調理結束為止的所需 夺間時，使用者可將該所需時間設定成與計時器1 $的結束 計時時間一致。 15 20 狀省，疋付炫刺微稱與STEP47所構成之 廼路，且STEP46中對計時器時間顯示部43更新計時器15之 剩餘時間的顯示，並在STEP47中等待計時器15的結束計時 之前的剩餘時間成為30秒。然後，當STEP47中計時器15的 結束計時之前的剩餘時間已成為30秒時，則前進至 =ep48，料轉控難構n使魏裝置16，地鳴響3 ^，以通知使用者「沸騰計時器模式」下的加熱運轉不曰久 :::束。又，在接著的STEP49中，運轉控制機將顯示 時;時器時間顯示部43之計時器15的結束計時之前的剩餘 夺間的早位從分切換成秒。 藉由接著的STEPSO與叮脈所構成之迴路，運轉控制 機When the key switch 42 is turned on, the operation is performed in STEP 30, and the operation control unit 11 changes the timer of the timer 15 for ten hours according to the operation of the + key switch 41 or the one-key switch 42, and the timer time display portion in STEP 31. 43 shows the timer time after the change. Thereby, the user can arbitrarily set the timer time within a predetermined range (for example, 丨~6〇 minutes) while confirming the end time counting time of the timer time display unit 43 with the eyes. On the other hand, when the boiling detecting means 12 detects that the conditioning material 2 is boiling in STEP 13, the process proceeds to STEP 14, and the operation control means u causes the alarm device 16 to intermittently sound three times to notify the user that the conditioning material 2 is boiling. Love brother. Then, in the next STEP 15, the operation control means η causes the bypass solenoid valve 7 to be in an off state to reduce the amount of heating (the amount of ignition) of the gas burner 3, and is caused by the timer 15 in STEP 16. The timing starts timing. Next, the operation control unit 11 executes the circuit of STEP 17 and STEP 18 and displays the remaining time of the timer 15 11 I27575 for the timer time display unit 43 in STEP 17, and waits for the end of the timer 15 in STEP 18. The remaining time of the temple is 30 seconds. Then, when the remaining time before the timer of the timer 15 in STEP 18 has become 30 seconds, the process proceeds to STEP 19, and the operation control unit 11 causes the alarm device 16 to intermittently sound three people to notify the user. The heating operation in the "insulation mode" will soon end. Further, in the subsequent STEP 19, the operation control means switches the unit of the remaining time displayed before the end of the timer of the timer, "the timer", from the minute to the second. 10 15 20 by following In the circuit formed by STEP21 and STEP22, the operation control is displayed in STEP 21, and the time is displayed before the end time of the timed person 15 of the display unit 43 at time n, and the end time of the timer 15 is waited in STEP 22. STEp then 'when the time of the timer 15 in the STEP 22 has arrived, the process proceeds to STEP 23' and the operation control unit 11 causes the alarm device 16 to sound once, and displays the display unit 43 in the ", = in the timing || "G" to inform the user that the heating operation under the pull type has ended. Then, in the next STEM), the mechanism 11 closes the source solenoid valve 20 to ignite the gas burner 3, and the heating operation in the "insulation mode". The flow chart of the I and the third figure is for the "control step of the heating operation of the Fo Teng timer mode operation control mechanism 11. The operation control mechanism is operated by the 4th. 11 The initial value of the end time of the STEP 40 8ΤΕΡ4ΐΓ" is set to 0 minutes, and the mechanism 2 displays "〇" on the timer time display unit 43. Further, the operation control unit 11 sets the end time counted by the coffee maker 5 to 12 1275750, and corresponds to the timer initial setting mechanism of the present invention. Then, the 'operation control unit 11 executes the circuit formed by the subsequent STEP 42 and STEP 43, and confirms the presence or absence of the operation + key switch 41 and the one-key switch 42 in STEP 42, and waits for the detection by the boiling detection mechanism 12 5 in STEP 43. The boiling of the 2 things. When there is an operation + key switch _ T key switch 42 in STEP 42, it is diverged in STEP 60, and the operation control mechanism 2 changes the timer of the timer 15 according to the operation of ",, + key switch 41 or one-key switch 42". At the time of the time, the timer time display unit 43 displays the changed timer time in the STEP 61f. Thereby, the user can check the timer time displayed on the timer time display unit 43 with the eyes, and the timer time is set. Arbitrarily set in a predetermined range (for example, 〇~6G minutes, which corresponds to the predetermined time range of the present invention). Further, the user can change the degree of switching of the heating amount adjusting valve 21 by rotating the operation button. In order to change the heating amount of the gas burner 3, when the boiling detection rib detects the conditioning material 2 in STEP 43, the process proceeds to STEP 44, and the operation control mechanism u causes the alarm device 16 to intermittently sound. Three times, the user is notified that the conditioning material 2 is boiling, and the timer 15 is started in the next STEP 45. Here, unlike the above-mentioned "insulation mode", the operation control machine _ 丨: performs bypassing The solenoid valve 7 is formed. The cap is closed to reduce the amount of heating of the gas burner 3. Therefore, in the "Boiling Timer Mode", before the end of the operation, the status of the ignition after the bypass is _7. Further, the amount of heating of the gas burner 3 at the time when the Fotten is detected in STEP 43 corresponds to the heating amount at the time of boiling detection of the present invention. 13! 27575 In the present embodiment, when the user starts the heating operation of the "boiling timer mode", the heating amount of the gas burner 3 can be first set to the amount of heating by the rotation operation of the push button switch 30. The vicinity of the maximum level set by the regulating valve 21 is adjusted. Then, by this, the boiling of the conditioner 2 can be known by the notification of the alarm device 16 in STEP 44, and the gas burner 3 is placed, for example, when the pasta is placed in the conditioner 2 (hot water here) The amount of heating is maintained at the aforementioned maximum level to cook the pasta. Further, as described above, the user can operate the + key switch 41 or the one-key switch 42 to arbitrarily set the end time of the timer 15. Therefore, the user can set the required time when the desired surface of the heating object or the instant noodles, the conditioning bag, etc., is specified to be placed in the boiling hot water until the end of the heating conditioning. The coincidence with the end timing of the timer 1 $. In the case of the 15th, the display of the remaining time of the timer 15 is updated to the timer time display unit 43 in STEP 46, and the end timing of the timer 15 is waited in STEP 47. The remaining time before is 30 seconds. Then, when the remaining time before the end of the timer 15 in the STEP 47 has become 30 seconds, the process proceeds to = ep48, and the material transfer control device n causes the device 16 to sound 3 ^ to notify the user that "boiling" The heating operation under the timer mode is not long::: bundle. Further, in the next STEP 49, the operation controller sets the display time; the remaining position of the remaining time before the end of the timer 15 of the timer time display unit 43 is switched from the minute to the second. Run the controller with the loop formed by the following STEPSO and the pulse
1275750 =τ_中更新顯4計時器時間顯示 計時之前的剩餘時間，並在蕭对等待計 吩斋15的結束計時。 然後’當STEP51中古+ g主tm ,4 fB的時間已到，則前進至 52且運轉控制機構u使警報裝置π鳴響卜欠，同時 在接著的瞻53中於計時科間顯示部43顯示「0」，以通 使用者4騰计時益模式」下的加熱運轉已結束。然後， 在接著的STEP54中’運轉控制機構n關閉源電磁間2〇使瓦 1〇斯燃燒器3熄火’以結束「彿騰計時器模式」下的加熱運轉。 另，在本實施形態、中，雖然顯示具有瓦斯燃燒器3之爐 具A作為本發明之加熱炊具，但對具有電爐具等其他種類的 加熱衆置之加熱炊具而言亦可適用本發明。 又，在本實施形態中，雖然在第3圖之STEp4〇中將「沸 騰計時器模式」下之計時器15的結束計時時間的初始值設 15為0分鐘’且在使用者未設定計時器15的結束計時時間時， 在檢測出調理物沸騰之時點下結束加熱調理，但即使將計 時器15的結束計時時間的初始值設為〇分鐘以外的時間，也 可得到本發明的效果。 又，在本實施形態中，雖然如第3圖所示，在「沸騰計 20 時器模式」下檢測出沸騰時(STEP43)將瓦斯燃燒器3的加熱 量維持在檢測沸騰時之加熱量且進行STEP44之後的處 理’但亦可設定在檢測沸騰時之加熱量以上並進行STEP44 之後的處理。 又’本實施形態中雖然顯示利用電動式加熱量調整閥 15 1275750 21作為本發明之加熱量變更機構 卜 示，在「沸騰計時器模式」 出，但在如第3圖所 瓦斯燃燒器3的料量特 4彿騰(ST_)後，將 44之後_ 剛彿騰時之加熱量且進行 STEP44之後的處理時，亦可 作動之手動式加熱量調錢。由❹者㈣作力來作 【圖式簡單說明】 第1圖係本發明之加熱炊具之爐具的構造圖。1275750 = τ_ in the update 4 timer time display The remaining time before the timer, and in the Xiao waiting for the end of the timer. Then, when the time of the STEP 51 Middle + g main tm and 4 fB has arrived, the operation proceeds to 52 and the operation control unit u causes the alarm device π to sound audible, and is displayed on the time division display unit 43 in the subsequent view 53. The heating operation under "0" and the user's 4th timing mode has ended. Then, in the next STEP 54, the operation control unit n turns off the source electromagnetic field 2 to extinguish the tile burner 3 to end the heating operation in the "Foten timer mode". Further, in the present embodiment, the stove A having the gas burner 3 is shown as the heating cooker of the present invention, but the present invention can also be applied to a heating cooker having other types of heating such as an electric cooker. . Further, in the present embodiment, the initial value of the end time of the timer 15 in the "boiling timer mode" is set to 15 minutes in STEp4〇 in Fig. 3, and the timer is not set by the user. At the end of the counting time of 15, the heating conditioning is terminated when the conditioning material is boiled, but the effect of the present invention can be obtained even if the initial value of the end time of the timer 15 is set to a time other than 〇 minute. Further, in the present embodiment, as shown in FIG. 3, when the boiling is detected in the "boiling meter 20-timer mode" (STEP 43), the heating amount of the gas burner 3 is maintained at the heating amount at the time of detecting boiling. The processing after STEP 44 is performed. However, it is also possible to set the processing after STEP 44 after detecting the amount of heating at the time of boiling. In the present embodiment, the electric heating amount adjustment valve 15 1275750 21 is shown as the heating amount changing mechanism of the present invention, and is shown in the "boiling timer mode", but in the gas burner 3 as shown in FIG. After the amount of material 4 is 4 (Fountain ST_), the heating amount after the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ The author (4) is working hard. [Simplified illustration of the drawings] Fig. 1 is a structural view of a heating cooker of the present invention.
第2圖係顯示第旧所示之爐具的保溫模式中之作動順 序的流程圖。 、 第3圖係顯示第 1圖所示之爐具的沸騰計時器模式中 作動順序的流程圖。 【圖式之主要元件代表符號表】 1 · · ·調理容5| 16··.警報裝置 2···調理物 20···源電磁閥 3··.瓦斯燃燒器 21···加熱量調整閥 4··.點火電極 30...按鈕開關 5···氣體供給管 40···操作面板 6···旁路管 41... +鍵開關 7···旁路電磁閥 42···-鍵開關 8···溫度感測器 43··•計時器時間顯示部 9···控制器 44···模式切換開關 U··.運轉控制機構 45…彿騰計時器顯示部 12···沸騰檢測機構 46··.保溫顯示部 15···計時器 A…爐具 16Fig. 2 is a flow chart showing the operation sequence in the heat preservation mode of the stove shown in the old one. Fig. 3 is a flow chart showing the sequence of actuation in the boiling timer mode of the oven shown in Fig. 1. [Main component representative symbol table of the drawing] 1 · · · Conditioning capacity 5| 16··. Alarm device 2··· Conditioning material 20···Source solenoid valve 3··. Gas burner 21··· Heating amount Adjustment valve 4·.Ignition electrode 30... Push button switch 5···Gas supply pipe 40···Operation panel 6···Bypass pipe 41...+Key switch 7···Bypass solenoid valve 42 ···-Key switch 8···Temperature sensor 43··•Timer display unit 9···Controller 44···Mode switch U··. Operation control unit 45...Foten timer display Part 12···Boiling detection mechanism 46··.Insulation display unit 15···Timer A...Heat 16