CN101422319B - Rice cooker - Google Patents

Rice cooker Download PDF

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Publication number
CN101422319B
CN101422319B CN2008101730523A CN200810173052A CN101422319B CN 101422319 B CN101422319 B CN 101422319B CN 2008101730523 A CN2008101730523 A CN 2008101730523A CN 200810173052 A CN200810173052 A CN 200810173052A CN 101422319 B CN101422319 B CN 101422319B
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China
Prior art keywords
cooking
grade
energy
menu
conservation
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Expired - Fee Related
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CN2008101730523A
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Chinese (zh)
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CN101422319A (en
Inventor
渡边正人
小坂俊幸
北木宏
八岛充
堀内美和
两角英树
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Panasonic Holdings Corp
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Matsushita Electric Industrial Co Ltd
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Publication of CN101422319A publication Critical patent/CN101422319A/en
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Abstract

The present invention provides an electric cooker which comprises the following components: a menu selecting part (5) which can select a random menu from a plurality of cooking menu or heat preserving menu, a condition selecting part (6) which can select random information from a plurality of cooking or heat preserving information; a condition information storing part (10) which prestores the flavor grade or cooking time and energy-saving grade corresponding with the combination of each menu and each condition information; a controlling part (9) which extracts the corresponding flavor grade or cooking time and energy-saving level from the condition information storing part (10) according to the menu selected by the menu selecting part (5) and the condition information selected by the condition selecting part; and a display part (7) which displays the flavor grade or cooking time and energy-saving level extracted by the control part (9).

Description

Electric cooker
Technical field
When the present invention relates to the wastage in bulk or weight electric weight of needs when reduction is cooked or is incubated, can from a plurality of energy-conservation (saving energy) grade, select the electric cooker of desirable energy-conservation grade.
Background technology
In the prior art, electric cooker is with being built in the microcomputer (microcomputer) for the plus-minus of the fire that boils into the delicious meal cooking sequence as standard.As the general operation of cooking of rice being boiled into meal, mainly contain the soaking process that makes rice absorption water; The heating process that makes the temperature in the pot rise and seethe with excitement without a break; The starch gelatinization that keeping seethes with excitement makes rice is made the boiling of meal and is kept operation; Stewing well-done meal, the operation of in pot, accomplishing equably of cooking rice over a slow fire.The user of electric cooker puts into pot with washed rice, and according to the amount of rice, adjustment adds the plus-minus of the water in the pot, after being installed in this pot in the electric cooker main body, pushes the beginning switch of cooking, and about 30～60 minutes, cooked automatically.At this moment, the firepower during heating process is strong more, and the taste of meal is good more.That is, in heating process, use strong more firepower to cook, meal delicious more (with reference to patent documentation 1: the spy opens flat 8-164066 communique).
In recent years, on the one hand at the delicious food of pursuing meal, on the other hand energy-conservation care is also being improved.Because like this, the energy-conservation pattern of cooking that other setting is cooked with the wastage in bulk or weight electric weight that lacks than the pattern of cooking has usually been proposed, the user can select taste and energy-conservation which preferential electric cooker (with reference to patent documentation 2: the spy opens flat 11-89712 communique).
Summary of the invention
Yet, in this existing electric cooker, pattern and the energy-conservation pattern of cooking though the user can select to cook usually, the different not explanations of taste grade between each pattern and energy-conservation grade.Because like this, existence does not know whether the energy-conservation pattern of selecting of cooking is the problem of desirable taste grade of user and energy-conservation grade.For example, if be the illumination machine, if because the setting brightness of change pattern changes immediately, the user can judge whether to be desirable brightness immediately.Therefore, if not desirable brightness, the user can change the setting of pattern immediately, even do not understand brightness different of brightness and the energy-conservation grade of common grade in advance, does not also have problem.Yet, under the situation of electric cooker, before the end of cooking, do not know result's (being the state of well-done meal).In addition, under unsatisfied situation, can not cook again to the result.Because like this, do not understand cook taste grade and energy-conservation grade between the pattern different of the pattern of cooking usually and energy-conservation becomes big problem in advance.
In addition, in above-mentioned explanation, be illustrated about cooking, in insulating process too.That is, can select to be incubated usually the user under the situation of electric cooker of pattern and energy-saving heat preserving pattern, have whether the energy-saving heat preserving pattern of not understanding selection is the problem of desirable taste grade of user and energy-conservation grade.
On the other hand, the required time of cooking that in the user, has the operation integral body of cooking to need is more preferential than taste, promptly want to shorten the user of desired time of cooking.Under the situation of desired time is cooked in shortening, consider that the time that adds firepower because of shortening saves energy.Yet, have because must cook with high firepower the situation that opposite wastage in bulk or weight electric weight increases in order to shorten the desired time of cooking.That is, exist in and set shortly through the required time of will cooking, the user can realize in fact can not realizing energy-conservation situation under the energy-conservation situation.Therefore, do not understand in advance cook required time and energy-conservation between relation become big problem.
The present invention accomplishes in order to solve above-mentioned existing problem; In fact its objective is provides before cooking or being incubated beginning, can confirm selected cook or be incubated menu with cook or heat-retaining condition under taste grade or the electric cooker of cook desired time and energy-conservation grade.
In order to achieve the above object, the present invention's formation as following.
According to hereby of the present invention; A kind of electric cooker is provided; The pot of putting into Mi Heshui is taken in its inside in the electric cooker main body; Utilize the heating unit heating kettle; Utilize the temperature of pot temperature detection pot; Utilize the timing unit Measuring Time, utilize the menu selected cell from a plurality of menus, to select desirable menu, and utilize the condition selected cell of cooking from the different a plurality of condition enactments of cooking of the relative importance value of taste grade and energy-conservation grade, to select the desirable condition of cooking; Utilize the menu selected cell and cook the condition selected cell; Taste grade that will be corresponding with each menu that can set and the condition of respectively cooking and energy-conservation class stores show in display unit based on exercises states such as menu selected cell or the setting content of the condition selected cell of cooking or the remaining times of cooking in the conditional information memory cell of cooking, storage cooking sequence and the insulation order corresponding with each menu that can be set by the menu selected cell in sequential memory location; Utilize control module control heating unit and display unit etc., control module shows in display unit and menu and cook condition corresponding taste grade and the energy-conservation grade selected by the menu selected cell and the condition selected cell of cooking according to canned data in the conditional information memory cell of cooking.
Adopt said structure, the user can confirm the taste grade and the energy-conservation grade of the selected menu and the condition of cooking before actual cooking, can more correctly select the condition of cooking of desirable taste grade and energy-conservation grade to cook.
First mode according to the present invention provides a kind of electric cooker, and it comprises:
Can from a plurality of menus of cooking, select the menu selection portion of any menu of cooking;
The condition of cooking selection portion, it can select any conditional information of cooking from a plurality of conditional informations of cooking as the information that changes taste grade corresponding with the above-mentioned menu of cooking and energy-conservation grade;
The conditional information storage part of cooking, taste grade that it will be corresponding with the combination of above-mentioned each cook menu and above-mentioned each conditional information of cooking and energy-conservation grade and this combination be storage in advance explicitly;
Control part, it extracts corresponding above-mentioned taste grade and energy-conservation grade according to the above-mentioned above-mentioned conditional information of being selected by above-mentioned menu selection portion of cooking of cooking menu and being selected by the above-mentioned condition selection portion of cooking out from the above-mentioned conditional information storage part of cooking; With
Show the above-mentioned taste grade of above-mentioned control part extraction and the display part of energy-conservation grade.
According to second mode of the present invention, the electric cooker of putting down in writing in first mode is provided, it also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of above-mentioned pot;
Detect the pot temperature test section of the temperature of above-mentioned pot;
Sequential storage portion, the cooking sequence that it will be corresponding with the combination of above-mentioned each cook menu and above-mentioned each conditional information of cooking and this combination be storage in advance explicitly; With
Can import the beginning input part of cooking of the beginning of cooking,
Above-mentioned control part; When cooking beginning by the above-mentioned beginning input part input of cooking; According to the above-mentioned above-mentioned conditional information of before just will carrying out this input, selecting of cooking of cooking menu and selecting by the above-mentioned condition selection portion of cooking by above-mentioned menu selection portion; Extract corresponding above-mentioned cooking sequence out from the said sequence storage part, the temperature of the above-mentioned pot that detects according to the cooking sequence and the above-mentioned pot temperature test section of this extraction is controlled the pot heating action of above-mentioned heater.
According to Third Way of the present invention, a kind of electric cooker is provided, it comprises:
Can from a plurality of menus of cooking, select the menu selection portion of any menu of cooking;
The condition of cooking selection portion, it can select any conditional information of cooking from a plurality of conditional informations of cooking as the information that changes cook required time and the energy-conservation grade corresponding with the above-mentioned menu of cooking;
The conditional information storage part of cooking, required time and energy-conservation grade and this combination storage in advance explicitly of cooking that it will be corresponding with the combination of above-mentioned each cook menu and above-mentioned each conditional information of cooking;
Control part, it extracts corresponding above-mentioned required time and the energy-conservation grade of cooking according to the above-mentioned above-mentioned conditional information of being selected by above-mentioned menu selection portion of cooking of cooking menu and being selected by the above-mentioned condition selection portion of cooking out from the above-mentioned conditional information storage part of cooking; With
The display part that shows above-mentioned cook required time and energy-conservation grade that above-mentioned control part is extracted out.
The cubic formula according to the present invention provides the electric cooker of putting down in writing in the Third Way, and it also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of above-mentioned pot;
Detect the pot temperature test section of the temperature of above-mentioned pot;
Sequential storage portion, the cooking sequence that it will be corresponding with the combination of above-mentioned each cook menu and above-mentioned each conditional information of cooking and this combination be storage in advance explicitly; With
Can import the beginning input part of cooking of the beginning of cooking,
Above-mentioned control part; When cooking beginning by the above-mentioned beginning input part input of cooking; According to the above-mentioned above-mentioned conditional information of before just will carrying out this input, selecting of cooking of cooking menu and selecting by the above-mentioned condition selection portion of cooking by above-mentioned menu selection portion; Extract corresponding above-mentioned cooking sequence out from the said sequence storage part, the temperature of the above-mentioned pot that detects according to the cooking sequence and the above-mentioned pot temperature test section of this extraction is controlled the pot heating action of above-mentioned heater.
The 5th mode according to the present invention provides a kind of electric cooker, and it comprises:
Can from a plurality of insulation menus, select the menu selection portion of any insulation menu;
Heat-retaining condition selection portion, it can select any heat-retaining condition information from a plurality of heat-retaining condition information as the information that changes taste grade corresponding with above-mentioned insulation menu and energy-conservation grade;
The heat-retaining condition information storage part, taste grade that it will be corresponding with the combination of above-mentioned each insulation menu and above-mentioned each heat-retaining condition information and energy-conservation grade and this combination storage in advance explicitly;
Control part, it extracts corresponding above-mentioned taste grade and energy-conservation grade according to above-mentioned insulation menu of being selected by above-mentioned menu selection portion and the above-mentioned heat-retaining condition information selected by above-mentioned heat-retaining condition selection portion out from above-mentioned heat-retaining condition information storage part; With
Show the above-mentioned taste grade of above-mentioned control part extraction and the display part of energy-conservation grade.
The 6th mode according to the present invention provides the electric cooker of putting down in writing in the 5th mode, and it also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of above-mentioned pot;
Detect the pot temperature test section of the temperature of above-mentioned pot;
Sequential storage portion, the insulation order that it will be corresponding with the combination of above-mentioned each insulation menu and above-mentioned each heat-retaining condition information and this combination storage in advance explicitly; With
The insulation that can import the insulation beginning begins input part,
Above-mentioned control part; When beginning input part input insulation beginning by above-mentioned insulation; According to above-mentioned insulation menu of before just will carrying out this input, selecting and the above-mentioned heat-retaining condition information selected by above-mentioned heat-retaining condition selection portion by above-mentioned menu selection portion; Extract corresponding above-mentioned insulation order out from the said sequence storage part, above-mentioned pot the temperature that detects according to the insulation order and the above-mentioned pot temperature test section of this extraction is controlled the pot heating action of above-mentioned heater.
The 7th mode according to the present invention provides a kind of electric cooker, and it comprises:
Can from a plurality of menus of cooking, select the menu selection portion of any menu of cooking;
The class information storage part, it is to each above-mentioned menu of respectively cooking, and stores in advance explicitly with this menu of cooking organizing the taste grade that can be realized by this menu of cooking and the combination of energy-conservation grade more;
Control part, it extracts the corresponding above-mentioned a plurality of taste grades and the combination of energy-conservation grade according to the above-mentioned menu of being selected by above-mentioned menu selection portion of cooking out from above-mentioned class information storage part; With
Display part, it shows the above-mentioned a plurality of taste grades of above-mentioned control part extraction and the combination of energy-conservation grade respectively.
The all directions formula provides the electric cooker of putting down in writing in the 7th mode according to the present invention, and it also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of above-mentioned pot;
Detect the pot temperature test section of the temperature of above-mentioned pot;
Sequential storage portion, a plurality of cooking sequences and this combination storage in advance explicitly that it will be corresponding respectively with the combination of above-mentioned each taste grade and energy-conservation grade; With
Any combination is selected by grade selection portion in the above-mentioned a plurality of taste grades that it can show and the combination of energy-conservation grade from above-mentioned display part,
Above-mentioned control part; It is according to the above-mentioned taste grade of being selected by above-mentioned grade selection portion and the combination of energy-conservation grade; Extract corresponding cooking sequence out from the said sequence storage part, the temperature of the above-mentioned pot that detects according to the cooking sequence and the above-mentioned pot temperature test section of this extraction is controlled the pot heating action of above-mentioned heater.
The 9th mode according to the present invention provides a kind of electric cooker, and it comprises:
Can from a plurality of menus of cooking, select the menu selection portion of any menu of cooking;
The class information storage part, it to each above-mentioned menu of respectively cooking, with the combination of organizing the cook required time and the energy-conservation grade that can be realized by this menu of cooking and this menu storage in advance explicitly of cooking more;
Control part, it extracts the combination of corresponding above-mentioned a plurality of cook required time and above-mentioned energy-conservation grades out according to the above-mentioned menu of being selected by above-mentioned menu selection portion of cooking from above-mentioned class information storage part; With
Display part, it shows the combination of above-mentioned cook required time and above-mentioned energy-conservation grade that above-mentioned control part is extracted out respectively.
The tenth mode according to the present invention provides the electric cooker of putting down in writing in the 9th mode, and it also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of above-mentioned pot;
Detect the pot temperature test section of the temperature of above-mentioned pot;
Sequential storage portion, a plurality of cooking sequences and this combination storage in advance explicitly that it will be corresponding respectively with the combination of above-mentioned each cook required time and energy-conservation grade; With
Any combination is selected by grade selection portion in the combination of above-mentioned a plurality of cook required time and energy-conservation grades that it can show from above-mentioned display part,
Above-mentioned control part; It is according to the combination of above-mentioned cook required time and the energy-conservation grade selected by above-mentioned grade selection portion; Extract corresponding cooking sequence out from the said sequence storage part, the temperature of the above-mentioned pot that detects according to the cooking sequence and the above-mentioned pot temperature test section of this extraction is controlled the pot heating action of above-mentioned heater.
The 11 mode according to the present invention provides a kind of electric cooker, and it comprises:
Can from a plurality of insulation menus, select the menu selection portion of any insulation menu;
The class information storage part, it is to each above-mentioned menu that respectively is incubated, and stores in advance explicitly organizing the taste grade that can be realized by this insulation menu and combination and this insulation menu of energy-conservation grade more;
Control part, it extracts the corresponding above-mentioned a plurality of taste grades and the combination of above-mentioned energy-conservation grade according to the above-mentioned insulation menu of being selected by above-mentioned menu selection portion out from above-mentioned class information storage part; With
Display part, it shows the above-mentioned taste grade of above-mentioned control part extraction and the combination of above-mentioned energy-conservation grade respectively.
The 12 mode according to the present invention provides the electric cooker of putting down in writing in the 11 mode, and it also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of above-mentioned pot;
Detect the pot temperature test section of the temperature of above-mentioned pot;
Sequential storage portion, a plurality of insulation orders and this combination storage in advance explicitly that it will be corresponding respectively with the combination of above-mentioned each taste grade and energy-conservation grade; With
Any combination is selected by grade selection portion in the above-mentioned a plurality of taste grades that it can show and the combination of above-mentioned energy-conservation grade from above-mentioned display part,
Above-mentioned control part; It is according to the above-mentioned taste grade of being selected by above-mentioned grade selection portion and the combination of energy-conservation grade; Extract corresponding insulation order out from the said sequence storage part, above-mentioned pot the temperature that detects according to the insulation order and the above-mentioned pot temperature test section of this extraction is controlled the pot heating action of above-mentioned heater.
The 13 mode according to the present invention provides each described electric cooker in first～the 12 mode, it is characterized in that, above-mentioned display part converts above-mentioned energy-conservation grade and is shown as wastage in bulk or weight electric weight, the electricity charge or CO 2In the discharge rate at least any.
The tenth cubic formula according to the present invention provides each described electric cooker in first～the 12 mode, it is characterized in that, also possesses the sound of reporting the displaying contents that above-mentioned display part shows through sound and reports portion.
The 15 mode according to the present invention provides each described electric cooker in first～the 12 mode, it is characterized in that, the above-mentioned condition selection portion of cooking comprises many waterlines that are arranged in the above-mentioned pot.
The 16 mode according to the present invention provides each described electric cooker in the 7th～the 12 mode, it is characterized in that also possessing the DISPLAY ORDER input part, and it can arrange and import the order that above-mentioned display part shows combinations thereof again.
The 17 mode according to the present invention provides each described electric cooker in the first～the cubic formula, it is characterized in that also possessing energy saver mode selection portion, and it can select the few energy saver mode of wastage in bulk or weight electricity ratio limits value of cooking required,
Above-mentioned control part when having selected above-mentioned energy saver mode through above-mentioned energy saver mode selection portion, limits the above-mentioned condition selection portion of cooking, and makes the conditional information of cooking that can not select above-mentioned energy-conservation grade is changed to the grade lower than the restriction grade.
The tenth all directions formula provides each described electric cooker in the 5th or the 6th mode according to the present invention, it is characterized in that also possessing energy saver mode selection portion, and it can select to be incubated the required few energy saver mode of wastage in bulk or weight electricity ratio limits value,
Above-mentioned control part when having selected above-mentioned energy saver mode through above-mentioned energy saver mode selection portion, limits above-mentioned heat-retaining condition selection portion, makes the heat-retaining condition information that can not select above-mentioned energy-conservation grade is changed to the grade lower than the restriction grade.
The 19 mode according to the present invention provides each described electric cooker in the 7th～the tenth mode, it is characterized in that also possessing energy saver mode selection portion, and it can select the few energy saver mode of wastage in bulk or weight electricity ratio limits value of cooking required;
Above-mentioned control part; When having selected above-mentioned energy saver mode through above-mentioned energy saver mode selection portion; According to the above-mentioned menu of selecting through above-mentioned menu selection portion of cooking; Remove and extract out the corresponding combinations thereof from above-mentioned class information storage part, above-mentioned energy-conservation grade is than the low combinations thereof of restriction grade.
The 20 mode according to the present invention provides each described electric cooker in the 11 or the 12 mode, it is characterized in that, also possesses energy saver mode selection portion, and it can select to be incubated the required few energy saver mode of wastage in bulk or weight electricity ratio limits value;
Above-mentioned control part; When having selected above-mentioned energy saver mode through above-mentioned energy saver mode selection portion; According to the above-mentioned insulation menu of selecting through above-mentioned menu selection portion; Remove and extract out the corresponding combinations thereof from above-mentioned class information storage part, above-mentioned energy-conservation grade is than the low combinations thereof of restriction grade.
The 21 mode according to the present invention provides each described electric cooker in first or second mode, it is characterized in that also possessing:
The model information input part, it can import any model information from the model information of a plurality of electric cookers different with above-mentioned electric cooker; With
Type classification grade information storage part; It is to each of above-mentioned each type that can import through above-mentioned model information input part; Will with the corresponding taste grade and the energy-conservation grade of combination of above-mentioned cook menu and the above-mentioned conditional information of cooking that can realize by this type; With the storage in advance explicitly of this type
Above-mentioned control part; The above-mentioned conditional information of selecting according to the above-mentioned menu of selecting by above-mentioned menu selection portion of cooking, by the above-mentioned condition selection portion of cooking and of cooking by the above-mentioned model information of above-mentioned model information input part input; Extract corresponding above-mentioned taste grade and energy-conservation grade out from above-mentioned type classification grade information storage part; Simultaneously according to the above-mentioned above-mentioned conditional information of selecting by above-mentioned menu selection portion of cooking of cooking menu and selecting by the above-mentioned condition selection portion of cooking; From the above-mentioned conditional information storage part of cooking, extract corresponding above-mentioned taste grade and energy-conservation grade out
Above-mentioned display part shows: above-mentioned taste grade and energy-conservation grade that above-mentioned control part is extracted out from above-mentioned type classification grade information storage part; With above-mentioned taste grade and the energy-conservation grade of above-mentioned control part from the above-mentioned conditional information storage part extraction of cooking.
The 22 mode according to the present invention, provide the 3rd or cubic formula in each described electric cooker, it is characterized in that also possessing:
The model information input part, it can import any model information from the model information of a plurality of electric cookers different with above-mentioned electric cooker; With
Type classification grade information storage part; It is to each of above-mentioned each type that can import through above-mentioned model information input part; Cook required time and energy-conservation grade that will be corresponding with the combination of above-mentioned cook menu and the above-mentioned conditional information of cooking that can realize by this type; With the storage in advance explicitly of this type
Above-mentioned control part; The above-mentioned conditional information of selecting according to the above-mentioned menu of selecting by above-mentioned menu selection portion of cooking, by the above-mentioned condition selection portion of cooking and of cooking by the above-mentioned model information of above-mentioned model information input part input; Extract corresponding above-mentioned required time and the energy-conservation grade of cooking out from above-mentioned type classification grade information storage part; Simultaneously, from the above-mentioned conditional information storage part of cooking, extract corresponding above-mentioned required time and the energy-conservation grade of cooking out according to the above-mentioned above-mentioned conditional information of selecting by above-mentioned menu selection portion of cooking of cooking menu and selecting by the above-mentioned condition selection portion of cooking;
Above-mentioned display part shows: above-mentioned required time and the energy-conservation grade of cooking that above-mentioned control part is extracted out from above-mentioned type classification grade information storage part; With above-mentioned cook required time and the energy-conservation grade of above-mentioned control part from the above-mentioned conditional information storage part extraction of cooking.
The 23 mode according to the present invention provides each described electric cooker in the 5th or the 6th mode, it is characterized in that also possessing:
The model information input part, it can import any model information from the model information of a plurality of electric cookers different with above-mentioned electric cooker; With
Type classification grade information storage part; It is to each of above-mentioned each type that can import through above-mentioned model information input part; Taste grade and energy-conservation grade that will be corresponding with the combination of the above-mentioned insulation menu that can realize by this type and above-mentioned heat-retaining condition information; With the storage in advance explicitly of this type
Above-mentioned control part; According to the above-mentioned insulation menu of selecting by above-mentioned menu selection portion, by the above-mentioned heat-retaining condition information of above-mentioned heat-retaining condition selection portion selection and the above-mentioned model information of importing by above-mentioned model information input part; Extract corresponding above-mentioned taste grade and energy-conservation grade out from above-mentioned type classification grade information storage part; Basis is by the above-mentioned insulation menu of above-mentioned menu selection portion selection and the above-mentioned heat-retaining condition information of being selected by above-mentioned heat-retaining condition selection portion simultaneously; From above-mentioned heat-retaining condition information storage part, extract corresponding above-mentioned taste grade and energy-conservation grade out
Above-mentioned display part shows: above-mentioned taste grade and energy-conservation grade that above-mentioned control part is extracted out from above-mentioned type classification grade information storage part; With above-mentioned taste grade and the energy-conservation grade of above-mentioned control part from above-mentioned heat-retaining condition information storage part extraction.
Adopt the electric cooker of first mode of the present invention, the user can confirm corresponding taste grade and the energy-conservation grade of combination with selected the cook menu and the conditional information of cooking in display part before actual cooking.Thus, the user can carry out realizing cooking of desirable taste grade and energy-conservation grade.
Adopt the electric cooker of Third Way of the present invention, the user can confirm corresponding cook required time and the energy-conservation grade of combination with selected the cook menu and the conditional information of cooking in display part before actual cooking.Thus, the user can carry out realizing cooking of desirable cook required time and energy-conservation grade.
Adopt the electric cooker of the 5th mode of the present invention, the user can confirm taste grade corresponding with the combination of selected insulation menu and heat-retaining condition information and energy-conservation grade in display part before actual the insulation.Thus, the user can carry out realizing the insulation of desirable taste grade and energy-conservation grade.
Adopt the electric cooker of the 7th mode of the present invention, the user can confirm a plurality of taste grades corresponding with the selected menu of cooking and the combination of energy-conservation grade respectively in display part before actual cooking.Thus, the user can carry out realizing cooking of desirable taste grade and energy-conservation grade.
Adopt the electric cooker of the 9th mode of the present invention, the user can confirm the combination of a plurality of cook required time and the energy-conservation grades corresponding with the selected menu of cooking respectively in display part before actual cooking.Thus, the user can carry out realizing cooking of desirable cook required time and energy-conservation grade.
Adopt the electric cooker of the 11 mode of the present invention, the user can confirm a plurality of taste grades corresponding with selected insulation menu and the combination of energy-conservation grade respectively in display part before actual the insulation.Thus, the user can carry out realizing the insulation of desirable taste grade and energy-conservation grade.
Description of drawings
Of the present invention these with other purpose and characteristic, from the explanation of following preferred implementation associated about accompanying drawing, can understand.In these accompanying drawings,
Fig. 1 is the block diagram of the electric cooker of first embodiment of the present invention.
Fig. 2 is illustrated in the electric cooker of first embodiment of the present invention, the flow chart of the action when setting of cooking.
Fig. 3 A is illustrated in the electric cooker shown in Figure 1, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " standard ".
Fig. 3 B is illustrated in the electric cooker shown in Figure 1, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " energy-conservation ".
Fig. 3 C is illustrated in the electric cooker shown in Figure 1, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " high firepower ".
Fig. 4 is illustrated in the electric cooker of second embodiment of the present invention, the flow chart of the action when setting of cooking.
Fig. 5 A is illustrated in the electric cooker of second embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " standard ".
Fig. 5 B is illustrated in the electric cooker of second embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " energy-conservation ".
Fig. 5 C is illustrated in the electric cooker of second embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " high firepower ".
Fig. 6 is illustrated in the electric cooker of the 3rd embodiment of the present invention, the flow chart of the action when setting of cooking.
Fig. 7 A is illustrated in the electric cooker of the 3rd embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " standard ".
Fig. 7 B is illustrated in the electric cooker of the 3rd embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " energy-conservation ".
Fig. 7 C is illustrated in the electric cooker of the 3rd embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " high firepower ".
Fig. 8 is illustrated in the electric cooker of the 4th embodiment of the present invention, the flow chart of the action when setting of cooking.
Fig. 9 A is illustrated in the electric cooker of the 4th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " standard ".
Fig. 9 B is illustrated in the electric cooker of the 4th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " energy-conservation ".
Fig. 9 C is illustrated in the electric cooker of the 4th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " high firepower ".
Figure 10 is the block diagram of the electric cooker of the 5th embodiment of the present invention;
Figure 11 is illustrated in the electric cooker shown in Figure 10, the figure of the display operation portion during the model information input;
The figure of the display operation portion when Figure 12 selects for the menu of expression electric cooker shown in Figure 10.
Figure 13 is illustrated in the electric cooker of the 6th embodiment of the present invention, the flow chart of the action when setting of cooking.
Figure 14 A is illustrated in the electric cooker of the 6th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " standard ".
Figure 14 B is illustrated in the electric cooker of the 6th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " energy-conservation ".
Figure 14 C is illustrated in the electric cooker of the 6th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " high firepower ".
Figure 15 is illustrated in the electric cooker of the 7th embodiment of the present invention, the flow chart of the action when setting of cooking.
Figure 16 A is illustrated in the electric cooker of the 7th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " standard ".
Figure 16 B is illustrated in the electric cooker of the 7th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " energy-conservation ".
Figure 16 C is illustrated in the electric cooker of the 7th embodiment of the present invention, when the menu of selecting to cook is " common ", and the figure of the display operation portion of the mode of selecting to boil during for " high firepower ".
Figure 17 is the block diagram of the electric cooker of the 8th embodiment of the present invention.
Figure 18 is illustrated in the electric cooker of the 8th embodiment of the present invention, is incubated the flow chart of the action when setting.
Figure 19 A is illustrated in the electric cooker shown in Figure 17, selects the insulation menu to be insulation (12 hours), the figure of the display operation portion when selecting holding temperature to be " high temperature ".
Figure 19 B is illustrated in the electric cooker shown in Figure 17, selects the insulation menu to be insulation (12 hours), the figure of the display operation portion when selecting holding temperature to be " low temperature ".
Figure 20 is the block diagram of the electric cooker of expression the 9th embodiment of the present invention.
Figure 21 is illustrated in the electric cooker shown in Figure 20, the flow chart of the action when setting of cooking.
Figure 22 is illustrated in the electric cooker shown in Figure 20, the figure when the display operation portion of the menu of selecting to cook during for " common ".
Figure 23 is illustrated in the electric cooker of the tenth embodiment of the present invention, the flow chart of the action when setting of cooking.
Figure 24 is illustrated in the electric cooker of the tenth embodiment of the present invention, the figure of an example of the display operation portion when setting of cooking.
Figure 25 is the block diagram of the electric cooker of expression the 11 embodiment of the present invention.
Figure 26 is illustrated in the electric cooker shown in Figure 25, is incubated the flow chart of the action when setting.
Figure 27 is illustrated in the electric cooker shown in Figure 25, is incubated the figure of an example of the display operation portion when setting.
Figure 28 is the block diagram of the electric cooker of expression the 12 embodiment of the present invention
Figure 29 is illustrated in the electric cooker shown in Figure 28, the figure of an example of the display operation portion when setting of cooking.
Figure 30 is the block diagram of the electric cooker of expression the 13 embodiment of the present invention.
Figure 31 is illustrated in the electric cooker shown in Figure 30, is incubated the figure of an example of the display operation portion when setting.
Figure 32 is the block diagram of the electric cooker of expression the 14 embodiment of the present invention.
Figure 33 is the block diagram of the electric cooker of expression the 15 embodiment of the present invention.
The specific embodiment
Before then the present invention being described, in the accompanying drawings, for the identical identical reference marks of parts mark.
Below, with reference to description of drawings preferred implementation of the present invention.And the present invention does not receive the restriction of this embodiment.
(first embodiment)
Fig. 1 is the block diagram of the electric cooker of first embodiment of the present invention.
In Fig. 1, the electric cooker of first embodiment of the present invention has pot 1, heater 2, pot temperature test section 3, timing portion 4, menu selection portion 5, the condition of cooking selection portion 6, display part 7, sequential storage portion 8, control part 9, the conditional information storage part 10 of cooking, the beginning input part 101 of cooking.
Pot 1 is housed in electric cooker main body (not illustrating among the figure) inside, and the portion within it of constituting puts into the structure of Mi Heshui.Heater 2 is devices of heating kettle 1, for example is made up of a plurality of heater coils that dispose with the mode relative with the outer peripheral face of pot 1.Pot temperature test section 3 detects the temperature of pot 1, with its detection information input control part 9.Timing portion 4 is the instrumentation operation of respectively cooking (for example, soaking process) and parts that respectively are incubated the elapsed time in the operation (for example, high-temperature temperature adjustment operation) in the insulation in cooking, with the time input control part 9 of instrumentation.Any menu of cooking can be selected by menu selection portion 5 from " common ", " boiling soon ", " brown rice ", " the young meal of stewing " a plurality of menus of cooking such as " congee ".The condition of cooking selection portion 6 imports any conditional information of cooking from a plurality of conditional informations of cooking as the information that changes taste grade corresponding with the menu of cooking and energy-conservation grade.Here, describe with a example such as the method for the cooking information of " high firepower ", " standard ", " energy-conservation " etc. as the condition of cooking.Display part 7 shows the parts of above-mentioned cook menu information or the method information of cooking, the various information such as remaining time of cooking.Display part 7 is made up of for example LCD (LCD).
The corresponding cooking sequence of combination of sequential storage portion 8 storage and respectively the cook menu and the conditional information of cooking that can be through condition selection portion 6 selections of cooking that can select through menu selection portion 5.In other words, a plurality of cooking sequences that sequential storage portion 8 will be corresponding with the combination of a plurality of cook menu and a plurality of conditional informations of cooking respectively and this combination be storage in advance explicitly.Here; " cooking sequence " is meant mainly by immersion, heats up, boiling is kept and 4 operations of cooking rice over a slow fire constitute; When according to such order when carrying out each operation, be predetermined conduction time, heating-up temperature, heat time heating time in each operation, add the cooking sequence of thermal output etc.
The cook corresponding taste grade and the energy-conservation grade of combination of conditional information storage part 10 storage and respectively the cook menu and the conditional information of respectively cooking that can be through condition selection portion 6 selections of cooking that can select through menu selection portion 5.In other words, taste grade and energy-conservation grade and this combination storage in advance explicitly that conditional information storage part 10 will be corresponding with the combination of a plurality of cook menu and a plurality of conditional informations of cooking respectively of cooking.The pot heating action of control part 9 control heaters 2 or the display action of display part 7 etc.In addition; Control part 9 is according to the conditional information of selecting through menu selection portion 5 of cooking of cooking menu and selecting through the condition selection portion 6 of cooking; Extract corresponding taste grade and energy-conservation grade out from the conditional information storage part 10 of cooking, simultaneously, extract corresponding cooking sequence out from sequential storage portion 8.Above-mentioned taste grade and energy-conservation grade that display part 7 display control units 9 are extracted out.
Here, the user can confirm through the displaying contents of seeing display part 7 whether the conditional information of being selected by menu selection portion 5 of cooking of cooking menu and being selected by the condition selection portion 6 of cooking is desirable taste grade and energy-conservation grade.Under the situation that is not desirable taste grade and energy-conservation grade, change cook the menu and the conditional information of cooking at least any, select again to get final product by the menu selection portion 5 and the condition selection portion 6 of cooking.Thus, enough desirable taste grades of ability and energy-conservation grade are cooked.
The beginning input part 101 of cooking constitutes can import the beginning of cooking.When importing the beginning of cooking in the beginning input part 101 of cooking; Control part 9 is before just will carrying out this input; According to the conditional information of selecting by menu selection portion 5 of cooking of cooking menu and selecting by the conditional information storage part 10 of cooking; Extract corresponding cooking sequence out from sequential storage portion 8, control the pot heating action of heater 2 according to the timing time of the detection information of the cooking sequence of this extraction and pot temperature test section 3 and timing portion 4.
Next, with reference to Fig. 2 and Fig. 3 A～Fig. 3 C, the action of cooking when setting is described.Fig. 2 is the flow chart that is illustrated in the action when setting of cooking in the electric cooker of first embodiment of the present invention.Fig. 3 A～Fig. 3 C is illustrated in the electric cooker of first embodiment of the present invention, an example of the display operation portion when setting of cooking.In addition, " menu " button 5a shown in Fig. 3 A～Fig. 3 C is equivalent to menu selection portion 5, " mode of boiling " button 6a condition selection portion 6 that is equivalent to cook.In addition, " LCD " 7a shown in Fig. 3 A～Fig. 3 C is equivalent to display part 7, " cooking " button 101a be equivalent to cook the beginning input part 101.
In Fig. 2, at first in step S1, through a plurality of menus of cooking of control display part 7 demonstrations of control part 9.Like this, the user can select the desirable menu of cooking through pushing " menu " button 5a from a plurality of menus of cooking.When selecting to cook menu, get into step S2 by the user.
Through the control of control part 9, display part 7 demonstrations are as the mode of boiling of an example of the conditional information of cooking in step S2.Like this, the user can select desirable mode of boiling through pushing " mode of boiling " button 6a from a plurality of modes of boiling.When mode that the user selects to boil, get into step S3.
In step S3, control part 9 judges whether the mode of being selected by the user of boiling is " standard ", under the situation that is " standard ", gets into step S4, under the situation that is not " standard ", gets into step S5.
In step S4, control part 9 is extracted taste grade corresponding with the mode of boiling " standard " and energy-conservation grade out from the conditional information storage part 10 of cooking, and display part 7 shows the taste grade and the energy-conservation grade of this extraction.An example of the displaying contents that at this moment expression shows in display part 7 in Fig. 3 A.Here, the height of taste grade and energy-conservation grade is represented (representing the height of taste grade and energy-conservation grade with the number of the star that is coated with) with the number of asterisk in as the LCD7a of an example of display part 7.Shown in Fig. 3 A, when selecting " common " as the menu of cooking, when selecting " standard " as the mode of boiling, as an example, the taste grade is 4 stars at this, and energy-conservation grade is 3 stars.And the number of star multilist more shows that grade is high more, representes that more less grade is low more.In step S4, after display part 7 shows the taste grade and energy-conservation grade of above-mentioned extraction, get into step S8.
In step S5, control part 9 judges whether the mode of being selected by the user of boiling is " energy-conservation ", under the situation that is " energy-conservation ", gets into step S6, be not under the situation of " energy-conservation ", gets into step S7.
In step S6, control part 9 is extracted taste grade corresponding with the mode of boiling " energy-conservation " and energy-conservation grade out from the conditional information storage part 10 of cooking, and display part 7 shows the taste grade and the energy-conservation grade of this extraction.An example of the displaying contents that at this moment expression shows in display part 7 in Fig. 3 B.In step S6, after display part 7 shows the taste grade and energy-conservation grade of above-mentioned extraction, get into step S8.
In step S7, control part 9 is extracted taste grade and the energy-conservation grade corresponding with the mode of boiling " high firepower " out from the conditional information storage part 10 of cooking, and display part 7 shows the taste grade and the energy-conservation grade of this extraction.An example of the displaying contents that at this moment expression shows in display part 7 in Fig. 3 C.In step S7, after display part 7 shows the taste grade and energy-conservation grade of above-mentioned extraction, get into step S8.
In step S8, control part 9 is judged has the cook input of change of menu of undirected menu selection portion 5 indications, gets into step S9 under the situation of input, entering step S10 under the situation that not have input having.
In step S9, the menu of cooking that will before just will carrying out above-mentioned input, select changes to the menu of cooking of next selecting sequence.For example, the menu of before just will carrying out above-mentioned input, selecting of cooking changes to " boiling soon " under the situation of " common ".Cook menu after changing above-mentioned, be back to step S1.
In step S10, control part 9 is judged has the undirected condition selection portion 6 of cooking to indicate the input of the change of the conditional information of cooking, and in that entering step S11 under the situation of input is being arranged, under the situation that is not having input, gets into step S12.
In step S11, the mode of boiling that just will carry out selecting before the above-mentioned input is changed to the mode of boiling of next selecting sequence.For example, the mode of before just will carrying out above-mentioned input, selecting of boiling changes to " energy-conservation " under the situation of " standard ".In above-mentioned mode of boiling after changing, be back to step S1.
In step S12, control part 9 is judged has the undirected beginning input part 101 of cooking to import the beginning of cooking.Having under the situation of above-mentioned input, that finishes to cook and set accepts, and begins to cook.On the other hand, do not having to turn back to step S8 under the situation of above-mentioned input.
As above; In this first embodiment; Because display part 7 shows and the corresponding taste grade and the energy-conservation grade of being selected by menu selection portion 5 of the conditional information of cooking of cooking menu and being selected by the condition selection portion 6 of cooking; So the user is actual cook before, can confirm taste grade and energy-conservation grade.Like this, the user can carry out realizing cooking of desirable taste grade and energy-conservation grade.In addition, the taste grade is reduced greatly, thus, can advance user and energy-conservation cooperating even improve energy-conservation grade through expression.
In addition, in this first embodiment, as the conditional information of cooking, by " standard ", " energy-conservation ", " high firepower " the three kinds of structures that can select, but the present invention is not limited only to this, and the number of the conditional information of cooking can at random be set change.
In addition, in this first embodiment, explained to have the menu selection portion 5 and the two the structure of condition selection portion 6 of cooking, but the present invention is not limited to this.For example, as " common-standard ", " common-energy-conservation ", also can be in advance by menu selection portion 5 select the to cook combination of menu and the mode of boiling.In this case, can remove the condition selection portion 6 of cooking.
In addition, in this first embodiment, a plurality of cooking sequences that sequential storage portion 8 will be corresponding with the combination of a plurality of cook menu and a plurality of conditional informations of cooking respectively and this combination be storage in advance explicitly, but the present invention is not limited to this.For example; Also can be a plurality of cooking sequences and this menu storage in advance explicitly of cooking that sequential storage portion 8 only will be corresponding with a plurality of menus of cooking, a plurality of cooking sequence update informations that the storage part of (or in the conditional information storage part 10 of cooking) setting will be corresponding with a plurality of conditional informations of cooking respectively in addition and this conditional information of cooking be stored explicitly in advance.Can constitute in this case; Control part 9 is extracted corresponding cooking sequence according to the menu of being selected by menu selection portion 5 of cooking out from sequential storage portion 8; Extract corresponding cooking sequence update information according to the conditional information of selecting by the condition selection portion 6 of cooking of cooking out from the storage part of above-mentioned other setting simultaneously; According to the detection information of cooking sequence and the cooking sequence update information and the pot temperature test section 3 of this extraction, the pot heating action of control heater 2.
(second embodiment)
Utilize Fig. 4 and Fig. 5 that the structure and the action of the electric cooker of second embodiment of the present invention are described.Fig. 4 is illustrated in the electric cooker of second embodiment of the present invention, the flow chart of the action when setting of cooking.Fig. 5 is in the electric cooker of second embodiment of the present invention, an example of the display operation portion when setting of cooking.The difference of the electric cooker of this second embodiment and the electric cooker of above-mentioned first embodiment is except taste grade and energy-conservation grade, in display part 7, also shows and cooks the required time.The combination associated of this cook required time and corresponding the cook menu and the conditional information of cooking is stored in the conditional information storage part 10 of cooking in advance.In addition because identical with above-mentioned first embodiment, thus omit the explanation of repetition, below main explanation difference.
The step S1 of Fig. 4, step S2 are identical with the action of above-mentioned first embodiment with the action of step S8～step S12, so omit explanation.In addition, the action of the step S21 of Fig. 4 is that the action with the step S3～step S7 of above-mentioned first embodiment reduces a step.
In Fig. 4; In step S21; Control part 9 is according to the mode of being selected by menu selection portion 5 of boiling of cooking menu and being selected by the condition selection portion 6 of cooking; Extract corresponding taste grade and energy-conservation grade out from the conditional information storage part 10 of cooking, display part 7 shows the taste grade and the energy-conservation grade of this extraction.Then, get into step S22.
In step S22; Control part 9 is according to the mode of being selected by menu selection portion 5 of boiling of cooking menu and being selected by the condition selection portion 6 of cooking; Extract corresponding cooking the required time out from the conditional information storage part 10 of cooking, display part 7 shows cooking the required time of this extraction.An example of the displaying contents that at this moment expression is shown by display part 7 in Fig. 5 A～Fig. 5 C.Fig. 5 A representes to select " common " as cooking menu, the display operation portion when selecting " standard " as the mode of boiling.Fig. 5 B representes to select " common " as cooking menu, the display operation portion when selecting " standard " as the mode of boiling.Fig. 5 C representes to select " common " as cooking menu, the display operation portion when selecting " standard " as the mode of boiling.In step S22, after display part 7 shows the required time of cooking of above-mentioned extraction, get into step S8.
As above; In this second embodiment, constitute, because except that the taste grade with the energy-conservation grade, display part 7 also shows cooks the required time; Therefore, the user can confirm taste grade, energy-conservation grade and cook the required time before actual cooking.Like this, the user can carry out realizing cooking of desirable taste grade and the energy-conservation grade and the required time of cooking.
(the 3rd embodiment)
Utilize Fig. 6 and Fig. 7 A～Fig. 7 C, the structure and the action of the electric cooker of the 3rd embodiment of the present invention are described.Fig. 6 is illustrated in the electric cooker of the 3rd embodiment of the present invention, the flow chart of the action when setting of cooking.Fig. 7 A～Fig. 7 C is in the electric cooker of the 3rd embodiment of the present invention, an example of the display operation portion when setting of cooking.The difference of the electric cooker of this 3rd embodiment and the electric cooker of above-mentioned second embodiment is to replace the height of energy-conservation grade to represent with the number of star, and representes with the wastage in bulk or weight electric weight of cooking each time.This wastage in bulk or weight electric weight is stored in the condition storage part 10 of cooking with corresponding combination of cooking the menu and the conditional information of cooking explicitly in advance.Other are all identical with above-mentioned second embodiment in addition, omit the explanation of repetition, below main explanation difference.
Step S1 in Fig. 6, step S2, step S22 are identical with the action of above-mentioned second embodiment with the action of step S8～step S12, so omit explanation.
In Fig. 6; In step S31; Control part 9 is extracted corresponding taste grade and energy-conservation grade (the wastage in bulk or weight electric weight of cooking each time) out according to the mode of being selected by menu selection portion 5 of boiling of cooking menu and being selected by the condition selection portion 6 of cooking from the conditional information storage part 10 of cooking, display part 7 shows the taste grade and the energy-conservation grade (the wastage in bulk or weight electric weight of cooking each time) of this extraction; Then, get into step S22.An example of the displaying contents that in display part 7, shows after in Fig. 7 A～Fig. 7 C, being illustrated in step S22.As above, in this 3rd embodiment, owing to utilize the wastage in bulk or weight electric weight of cooking each time to represent energy-conservation grade, so the user utilizes concrete numerical value to know energy-conservation grade.
In this 3rd embodiment, utilize the wastage in bulk or weight electric weight of once cooking to represent energy-conservation grade, but the present invention is not limited to this.For example, utilize included wastage in bulk or weight electric weight (for example, supposing the wastage in bulk or weight electric weight of back insulation in the time of 6 hours of the cooking) expression of insulation after cooking, be converted into per 1 month wastage in bulk or weight electric weight and represent also passable.That is, if the user understands the difference of energy-conservation grade, at random change setting.
(the 4th embodiment)
Utilize Fig. 8 and Fig. 9 A～Fig. 9 C, the structure and the action of the electric cooker of the 4th embodiment of the present invention are described.Fig. 8 is illustrated in the electric cooker of the 4th embodiment of the present invention, the flow chart of the action when setting of cooking.Fig. 9 A～Fig. 9 C is in the electric cooker of the 4th embodiment of the present invention, an example of the display operation portion when setting of cooking.The difference of the electric cooker of this 4th embodiment and the electric cooker of above-mentioned second embodiment is replace the height of energy-conservation grade to represent with the number of star, and energy charge to be represented.In addition, said here " electricity charge " mean when cooking the standard of the electricity charge of imagination.These electricity charge are stored in the conditional information storage part 10 of cooking with corresponding combination of cooking the menu and the conditional information of cooking explicitly in advance.Other are all identical with above-mentioned second embodiment in addition, so omit the explanation of repetition.Below main explanation difference.
In addition, the step S1 of Fig. 8, step S2, step S22 are identical with the action of above-mentioned second embodiment with the action of step S8～step S12, so omit explanation.
In Fig. 8; In step S41; Control part 9 is according to the mode of being selected by menu selection portion 5 of boiling of cooking menu and being selected by the condition selection portion 6 of cooking; Extract corresponding taste grade and energy-conservation grade (electricity charge of cooking each time) out from the conditional information storage part 10 of cooking, display part 7 shows the taste grade and the energy-conservation grade (electricity charge of cooking each time) of this extraction.Then, get into step S22.An example of the displaying contents that in Fig. 9 A～Fig. 9 C, shows at display part 7 behind the expression step S22.
As above, in this 4th embodiment, owing to represent energy-conservation grade with the electricity charge of cooking each time, so the user can know energy-conservation grade from concrete numerical value.
In addition, in this 4th embodiment, utilize the electricity charge of cooking each time to represent energy-conservation grade, but the present invention is not limited to this.For example, under identical the cook menu and the conditional information of cooking, also can represent with the electricity charge under the situation in 1 year of use.That is, if the user understands the difference of energy-conservation grade, at random change setting.
(the 5th embodiment)
Figure 10 representes the block diagram of the electric cooker of the 5th embodiment of the present invention.The difference of the electric cooker of this 5th embodiment and the electric cooker of above-mentioned first embodiment is also to have model information input part 11 and type classification grade information storage part 12.Other are all identical with above-mentioned second embodiment in addition, thus omit repeat specification, below main explanation difference.
Model information input part (preceding model information input block) 11 can be imported the information of any type from the model information of a plurality of electric cookers different with this electric cooker.Type classification grade information storage part (electric cooker information memory cell) 12; To each above-mentioned each type that can import by model information input part 11, taste grade that will be corresponding and energy-conservation grade and the storage in advance explicitly of this type with the combination of the cook menu and the conditional information of cooking that can realize by this type.In addition; In this 5th embodiment; The conditional information and of cooking that control part 9 is selected according to the menu of being selected by menu selection portion 5 of cooking, by the condition selection portion 6 of cooking by the information of the type of model information input part 11 inputs; Extract corresponding taste grade and energy-conservation grade out from type classification grade information storage part 12, according to the cook menu and the conditional information of cooking of above-mentioned selection, the conditional information storage part is extracted corresponding taste grade and energy-conservation grade out from cooking simultaneously.Taste grade that display part 7 display control units 9 are extracted out from type classification grade information storage part 12 and energy-conservation grade, the taste grade and the energy-conservation grade of extracting out from the conditional information storage part 10 of cooking with control part 9.
Secondly, utilize Figure 11 and Figure 12 that the action of the electric cooker of the 5th embodiment of the present invention is described, Figure 11 is illustrated in the electric cooker of the 5th embodiment of the present invention, an example of the display operation portion during the input model information.Figure 12 is illustrated in the electric cooker of the 5th embodiment of the present invention, an example of the display operation portion when setting of cooking.In addition, " preceding model information " the button 11a among Figure 11 and Figure 12 is equivalent to the model information input part 11 of Figure 10.
In the menu of selecting by menu selection portion 5 to cook, select to cook in the holding state (state of not cooking and being incubated) behind the conditional information by the condition selection portion 6 of cooking; When the user pushes " preceding model information " button 11a; Shown in figure 11; Through the control of control part 9, display part 7 shows the model information of a plurality of electric cookers.The model information of the electric cooker that is shown by LCD7a here, for example is the list of the type number of the electric cooker sold between the several years in the past.The user utilizes " preceding model information " button 11a, for example can be chosen in the type number of buying used electric cooker before new this electric cooker of replacement.
When select above-mentioned type number by the user; When pressing " cooking/confirm " button 101a; The conditional information and of cooking that control part 9 is selected according to the menu of being selected by menu selection portion 5 of cooking, by the condition selection portion 6 of cooking by the model information of model information input part 11 inputs; Extract corresponding taste grade and energy-conservation grade out from type classification grade information storage part 12; And according to the cook menu and the conditional information of cooking of above-mentioned selection, conditional information storage part 10 is extracted corresponding taste grade and energy-conservation grade out from cooking.Then, display part 7 display control units 9 taste grade of extracting out from type classification grade information storage part 12 and energy-conservation grade, the taste grade and the energy-conservation grade of extracting out from the conditional information storage part 10 of cooking with control part 9.At this, as an example, the type number of this electric cooker (new architecture) is " SR-VV10 ", and the type number of the previously used electric cooker of user (preceding type) is " SR-BB10 ".
Under state shown in Figure 11, under the situation of pushing " cooking/confirm " button 101a, in LCD7a, show information shown in Figure 12.
As above; In the 5th embodiment of the present invention; Possess model information input part 11 and type classification grade information storage part 12, can show side by side and corresponding taste grade and energy-conservation grade and taste grade and the energy-conservation grade of importing by model information input part 11 corresponding of type with this electric cooker.Like this;, the user under the situation of the information of type (type of previously used electric cooker), can contrast and be somebody's turn to do preceding corresponding taste grade and energy-conservation grade and the taste grade and the energy-conservation grade corresponding of type before utilizing model information input part 11 to import with this electric cooker.Like this, no matter be the combination of identical cook menu and the mode of boiling, under type difference taste grade and energy-conservation grade condition of different because of electric cooker, can contrast should difference.
(the 6th embodiment)
Figure 13 is illustrated in the electric cooker of the 6th embodiment of the present invention, the flow chart of the action when setting of cooking.Figure 14 is illustrated in the electric cooker of the 6th embodiment of the present invention, an example of the display operation portion when setting of cooking.The difference of the electric cooker of this 6th embodiment and the electric cooker of above-mentioned second embodiment is to replace using the number of star to represent the height of energy-conservation grade, and use CO 2Discharge rate is represented.This CO 2Discharge rate is stored in the conditional information storage part 10 of cooking with corresponding combination of cooking the menu and the conditional information of cooking explicitly in advance.Other are all identical with above-mentioned second embodiment in addition, thus omit the explanation of repetition, below main explanation difference.
Step S1 in Figure 13, step S2, step S22 are identical with the action of above-mentioned second embodiment with the action of step S8～step S12, so omit explanation.
Among the step S51 in Figure 13, control part 9 is according to the mode of being selected by menu selection portion 5 of boiling of cooking menu and being selected by the condition selection portion 6 of cooking, and conditional information storage part 10 is extracted corresponding taste grade and the energy-conservation grade (CO that cooks each time out from cooking 2Discharge rate), display part 7 shows the taste grade and the energy-conservation grade (CO that cooks each time of this extraction 2Discharge rate), then, get into step S22.In Figure 14 A～Figure 14 C, be illustrated in an example of the displaying contents that in display part 7, shows after the step S22.
As above, in this 6th embodiment.Owing to utilize the CO that cooks each time 2Discharge rate is represented energy-conservation grade, so the user utilizes concrete numerical value can know energy-conservation grade.
(the 7th embodiment)
Figure 15 is illustrated in the electric cooker of the 7th embodiment of the present invention, the flow chart of the action when setting of cooking.Figure 16 A～Figure 16 C is illustrated in the electric cooker of the 7th embodiment of the present invention, an example of the display operation portion when setting of cooking.The difference of the electric cooker of this 7th embodiment and the electric cooker of above-mentioned first embodiment is to replace in display part 7, showing taste grade and energy-conservation grade, and in display part 7, show cook required time and energy-conservation grade.This cook required time and energy-conservation grade are stored in the conditional information storage part 10 of cooking with the combination of corresponding the cook menu and the conditional information of cooking explicitly in advance.Other are all identical with above-mentioned first embodiment in addition, therefore omit the explanation of repetition.Below main explanation difference.
In addition, the step S1 of Figure 15～step S3, step S5 are identical with the action of above-mentioned first embodiment with the action of step S8～step S12, therefore omit explanation.
In Figure 15, in step S61, control part 9 is extracted cook required time and the energy-conservation grade corresponding with the mode of boiling " standard " out from the conditional information storage part 10 of cooking, and display part 7 shows the taste grade and the energy-conservation grade of this extraction.An example in Figure 16 A, representing the displaying contents of display part 7 demonstrations at this moment.In step S61, after display part 7 shows the cook required time and the energy-conservation grade of above-mentioned extraction, get into step S8.
In step S62, control part 9 is extracted cook required time and the energy-conservation grade corresponding with the mode of boiling " energy-conservation " out from the conditional information storage part 10 of cooking, and display part 7 shows the cook required time and the energy-conservation grade of this extraction.An example in Figure 16 B, representing the displaying contents of display part 7 demonstrations at this moment.In step S62, after display part 7 shows the cook required time and the energy-conservation grade of above-mentioned extraction, get into step S8.
In step S63, control part 9 is extracted cook required time and the energy-conservation grade corresponding with the mode of boiling " high firepower " out from the conditional information storage part 10 of cooking, and display part 7 shows the cook required time and the energy-conservation grade of this extraction.An example in Figure 16 C, representing the displaying contents of display part 7 demonstrations at this moment.In step S63, after display part 7 shows the cook required time and the energy-conservation grade of above-mentioned extraction, get into step S8.
In this 7th embodiment, owing in display part 7, show cook required time and energy-conservation grade, so the user can confirm to cook required time and energy-conservation grade before actual cooking.Like this, the user can carry out realizing cooking of desirable cook required time and energy-conservation grade.
(the 8th embodiment)
Figure 17 is the block diagram of the electric cooker of the 8th embodiment of the present invention.The difference of the electric cooker of this 8th embodiment and the electric cooker of above-mentioned first embodiment is to replace in display part 7, showing the taste grade and the energy-conservation grade of cooking, and in display part 7, show the taste grade and the energy-conservation grade of insulation.In addition other are all identical with above-mentioned first embodiment, so omit the explanation of repetition.Below main explanation difference.
The electric cooker of this 8th embodiment has the menu selection 5A of portion, the heat-retaining condition selection 6A of portion, the 8A of sequential storage portion, heat-retaining condition information storage part 10A and insulation beginning input part 102 and replaces menu selection portion 5, the condition of cooking selection portion 6, the sequential storage portion 8 of the electric cooker in above-mentioned first embodiment, cook the conditional information storage part 10 and the beginning input part 101 of cooking.
The menu selection 5A of portion can select any the insulation menu in a plurality of insulation menus such as " insulation (3 hours) ", " insulation (12 hours) ", " insulation (nothing) ".The heat-retaining condition selection 6A of portion can import as any the heat-retaining condition information in a plurality of heat-retaining condition information of the information that changes taste grade corresponding with the insulation menu and energy-conservation grade.Here, as example of heat-retaining condition information, the holding temperature information of give an example " high temperature ", " low temperature " etc.This external holding temperature information is under the situation of " high temperature " (for example 74 ℃), because the temperature of meal uprises thereby the taste grade uprises, consumes power increases on the other hand, and energy-conservation grade reduces.In holding temperature information is under the situation of " low temperature " (for example 60 ℃), because the temperature of meal reduces thereby the reduction of taste grade is low, consumes power reduces on the other hand, and energy-conservation grade raises.
The 8A of sequential storage portion storage with can respectively be incubated the corresponding insulation of menu and the combination of the heat-retaining condition information that can select through the heat-retaining condition selection 6A of portion in proper order through what the menu selection 5A of portion selected.In other words, a plurality of insulation orders that the 8A of sequential storage portion will be corresponding with the combination of a plurality of insulation menus and a plurality of heat-retaining condition information respectively and this combination storage in advance explicitly.Here, during so-called " insulation order " fingering row insulation operation, conduction time, heating-up temperature, heat time heating time, add the insulation order that thermal output etc. is predetermined.
The conditional information storage part 10A that cooks storage and corresponding taste grade and the energy-conservation grade of combination that respectively is incubated menu and heat-retaining condition information that can be through the heat-retaining condition selection 6A of portion selection that can select through the menu selection 5A of portion.In other words, taste grade that heat-retaining condition information storage part 10A will be corresponding with the combination of a plurality of insulation menus and a plurality of heat-retaining condition information respectively and energy-conservation grade and this combination storage in advance explicitly.Control part 9 is according to the insulation menu of selecting through the menu selection 5A of portion and pass through the heat-retaining condition information that the heat-retaining condition selection 6A of portion selects; Extract corresponding taste grade and energy-conservation grade out from heat-retaining condition information storage part 10A; Simultaneously, extract corresponding insulation order out from the 8A of sequential storage portion.Above-mentioned taste grade and energy-conservation grade that display part 7 display control units 9 are extracted out.
Here; The user is through seeing the displaying contents of display part 7, and whether the taste grade and the energy-conservation grade of the heat-retaining condition information that can confirm to select based on the insulation menu of being selected by the menu selection 5A of portion with by the heat-retaining condition selection 6A of portion are desirable taste grade and energy-conservation grade.Under the situation that is not desirable taste grade and energy-conservation grade, also can change insulation menu and heat-retaining condition information at least any, select again through menu selection 5A of portion and the heat-retaining condition selection 6A of portion.Like this, can be incubated with desirable taste grade and energy-conservation grade.
Insulation beginning input part 102 can be imported the beginning of insulation.When in insulation beginning input part 102, importing the beginning of insulation; Control part 9 is according to just carrying out this input before by the insulation menu of the menu selection 5A of portion selection and the heat-retaining condition information of being selected by the heat-retaining condition selection 6A of portion; Extract corresponding insulation order out from the 8A of sequential storage portion, control the pot heating action of heater 2 according to the timing time of the detection information of the insulation order of this extraction and pot temperature test section 3 and timing portion 4.
Next, with reference to Figure 18, Figure 19 A and Figure 19 B, the action when explaining about the insulation setting.Figure 18 is illustrated in the flow chart that is incubated the action when setting in the electric cooker of the 8th embodiment of the present invention.Figure 19 A～Figure 19 B is illustrated in the electric cooker of the 8th embodiment of the present invention, is incubated an example of the display operation portion when setting.In addition, " menu " button 5b shown in Figure 19 A～Figure 19 B is equivalent to the menu selection 5A of portion, and " holding temperature " button 6b is equivalent to the heat-retaining condition selection 6A of portion.In addition, " LCD " 7a shown in Figure 19 A～Figure 19 B is equivalent to display part 7, and " insulation " button 102a is equivalent to insulation beginning input part 102.
In Figure 18, at first in step S71, through a plurality of insulation menus of control display part 7 demonstrations of control part 9.Thus, the user can select desirable insulation menu through pushing " menu " button 5b from a plurality of insulation menus.When selecting to be incubated menu, get into step S72 by the user.
Through the control of control part 9, display part 7 demonstrations are as the holding temperature information of an example of heat-retaining condition information in step S72.Thus, the user can select desirable holding temperature through pushing " holding temperature " button 6a from a plurality of holding temperatures.When selecting holding temperature, get into step S73 by the user.
In step S73, control part 9 judges whether the holding temperature of being selected by the user is " high temperature ", under the situation that is " high temperature ", gets into step S74, under the situation that is not " high temperature ", gets into step S75.
In step S74, it is " high temperature " corresponding taste grade and energy-conservation grade that control part 9 is extracted out with holding temperature from heat-retaining condition information storage part 10A, and display part 7 shows the taste grade and the energy-conservation grade of this extraction.An example of the displaying contents that at this moment expression shows in display part 7 among Figure 19 A.In step S74, after display part 7 shows the taste grade and energy-conservation grade of above-mentioned extraction, get into step S76.
In step S75, it is " low temperature " corresponding taste grade and energy-conservation grade that control part 9 is extracted out with holding temperature from heat-retaining condition information storage part 10A, and display part 7 shows the taste grade and the energy-conservation grade of this extraction.An example of the displaying contents that at this moment expression shows in display part 7 in Figure 19 B.In step S75, after display part 7 shows the taste grade and energy-conservation grade of above-mentioned extraction, get into step S76.
In step S76, control part 9 is judged the input that the change of the undirected menu selection 5A of portion indication insulation menu is arranged, and is having under the situation of input, gets into step S77, under the situation that does not have input, gets into step S78.
In step S77, the insulation menu that will before just will carrying out above-mentioned input, select changes to the insulation menu of next selecting sequence.For example, the insulation menu of before just will carrying out above-mentioned input, selecting changes to " temperature retention time (3 hours) " under the situation of " temperature retention time (12 hours) ".At above-mentioned insulation menu after changing, be back to step S71.
In step S78, control part 9 is judged the input that the change of the undirected heat-retaining condition selection 6A of portion indication holding temperature is arranged, and is having under the situation of input, gets into step S79, under the situation that does not have input, gets into step S80.
In step S79, the holding temperature that just will carry out selecting before the above-mentioned input is changed to the holding temperature of next selecting sequence.For example, under the situation of " high temperature ", change to " low temperature " in the holding temperature that just will carry out selecting before the above-mentioned input.In above-mentioned holding temperature after changing, be back to step S71.
In step S80, control part 9 is judged has undirected insulation to begin input part 102 input insulation beginnings.Having under the situation of above-mentioned input, finishing the processing of accepting of insulation setting, beginning insulation.On the other hand, do not having to turn back to step S76 under the situation of above-mentioned input.
As previously discussed; In this 8th embodiment; Because display part 7 shows with the insulation menu of selecting through the menu selection 5A of portion and passes through corresponding taste grade and the energy-conservation grade of heat-retaining condition information that the heat-retaining condition selection 6A of portion selects, so the user can confirm taste grade and energy-conservation grade before actual the insulation.Thus, the user can carry out realizing the insulation of desirable taste grade and energy-conservation grade.
In addition, in this 8th embodiment, can select two kinds of " high temperature ", " low temperature " as heat-retaining condition information, but the invention is not restricted to this, the number of heat-retaining condition information can at random be set change.In addition, in foregoing,, enumerate out the holding temperature information of " high temperature ", " low temperature ", but the present invention is not limited to this as an example of heat-retaining condition information.Heat-retaining condition information also can be for changing the taste grade corresponding with the insulation menu and the information of energy-conservation grade.For example, be well known that in insulation and spray high-temperature vapour, prevent that meal is dry, improve the taste grade to meal.Spraying under the situation of high-temperature vapour to meal, want consumes power certainly, therefore energy-conservation grade reduces.Therefore, heat-retaining condition information can also can be holding temperature information and the combination that has or not the information of high-temperature vapour for having or not the information of high-temperature vapour also for example.
In addition, in this 8th embodiment, as insulation beginning input part 102, " insulation " button 102a that gives an example is as an example, but the present invention is not limited to this.In general electric cooker, the selection of insulation menu is carried out with the selection of the menu of cooking simultaneously.Therefore, " insulation " button 102a of the special use of indication insulation beginning is not set, for example, the button 101a that can " cook " is also used as the function of cook beginning input part 101 and insulation beginning input part 102.That is, in this case, when pushing " cooking " button 101a, control part 9 begins to cook, and after the end of cooking, begins insulation automatically.
(the 9th embodiment)
Figure 20 is the block diagram of the electric cooker of the 9th embodiment of the present invention.The electric cooker of this 9th embodiment and the electric cooker difference of above-mentioned first embodiment are that the user can directly change taste grade and the energy-conservation grade that display part 7 shows.In addition other are all identical with above-mentioned first embodiment, therefore omit the explanation of repetition.Below main explanation difference.
The electric cooker of this 9th embodiment has class information storage part 13, the 8B of sequential storage portion and grade selection portion 14, replaces the condition of cooking selection portion 6, sequential storage portion 8 and the conditional information storage part 10 of cooking of the electric cooker of above-mentioned first embodiment.
Class information storage part 13 can be stored by the taste grade of this menu realization of cooking and combination and this menu of cooking of energy-conservation grade many groups to each menu of cooking that can be selected by menu selection portion 5 explicitly in advance.The 8B of sequential storage portion, with respectively with class information storage part 13 in the corresponding a plurality of cooking sequences of combination of taste grade and energy-conservation grade of storage make up explicitly with this and store in advance.
In this 9th embodiment, control part 9 is extracted the corresponding a plurality of taste grades and the combination of energy-conservation grade according to the menu of being selected by menu selection portion 5 of cooking out from class information storage part 13.Display part 7 display control units 9 are from a plurality of taste grades of class information storage part 13 extractions and the combination of energy-conservation grade.
Select any combination a plurality of taste grades that grade selection portion 14 can show from display part 7 and the combination of energy-conservation grade.
Next, with reference to Figure 21 and Figure 22, the action when setting of cooking of the electric cooker of this 9th embodiment is described.Figure 21 is illustrated in the electric cooker of the 9th embodiment of the present invention, the flow chart of the action when setting of cooking.Figure 22 is illustrated in the electric cooker of the 9th embodiment of the present invention, an example of the display operation portion when setting of cooking." grade " shown in Figure 22 button 6c is equivalent to the grade selection 6B of portion.
In Figure 21, at first in step S1, through the control of control part 9, display part 7 shows a plurality of menus of cooking.Thus, the user pushes " menu " button 5a, can from a plurality of menus of cooking, select the desirable menu of cooking.When selecting to cook menu, get into step S91 by the user.
In step S91, control part 9 is extracted the corresponding a plurality of taste grades and the combination of energy-conservation grade out according to the menu of being selected by menu selection portion 5 of cooking from class information storage part 13, and display part 7 shows a plurality of taste grades of this extraction and the combination of energy-conservation grade.Thus, push " grade " button 6c, can from a plurality of combinations thereof, select desirable combinations thereof by the user.Figure 22 representes an example of the displaying contents of display part 7 demonstrations at this moment.In addition, in Figure 22, expression shows the situation of 2 combinations thereof simultaneously, but the invention is not restricted to this.For example, also can only show 1 combinations thereof, when pushing " grade " button 6c, show other combinations thereof.In addition, also can show the combinations thereof more than 3 simultaneously.In addition, preferably, setting can show the DISPLAY ORDER selection portion (not illustrating among the figure) of the order rearrangement of combinations thereof to display part 7.In this case, for example when the user payes attention to the height of energy-conservation grade, can arrange the combination of a plurality of taste grades and energy-conservation grade again, improve convenience by the order from high to low of energy-conservation grade.
In step S91, after display part 7 shows the combination of above-mentioned a plurality of taste grades and energy-conservation grade, get into step S92.
In step S92, control part 9 is judged the input of the combination that undirected grade selection portion's 14 indication change taste grades and energy-conservation grade are arranged, and is having under the situation of input, gets into step S93, under the situation that does not have input, gets into step S94.
In step S93, the combination of the taste grade that just will carry out selecting before the above-mentioned input and energy-conservation grade is changed to the taste grade of next selecting sequence and the combination of energy-conservation grade, be back to step S91 after changing in combinations thereof.
In step S94, control part 9 is judged has the undirected beginning input part 101 of cooking to import the beginning of cooking.Having under the situation of above-mentioned input, the processing of accepting that finishes to cook and set begins to cook.On the other hand, do not having to be back to step S92 under the situation of above-mentioned input.
As previously discussed; In this 9th embodiment; Because display part 7 shows a plurality of taste grades corresponding with the menu of selecting through menu selection portion 5 of cooking and the combination of energy-conservation grade, so the user can confirm taste grade and energy-conservation grade before actual cooking.The user can carry out realizing cooking of desirable taste grade and energy-conservation grade thus.In addition, show a plurality of combinations thereof simultaneously, can improve user's ease of use through display part 7.
In foregoing, constitute and from the combination of a plurality of taste grades and energy-conservation grade, to select any, but also can constitute in indivedual selection taste grades or the energy-conservation grade any.For example, also can constitute and only select the taste grade, the number of the star through changing taste grade shown in Figure 22 shows with this and changes corresponding energy-conservation grade.In contrast, also can constitute and only select energy-conservation grade, the number of the star through changing energy-conservation grade shown in Figure 22 shows with this and changes corresponding taste grade.
(the tenth embodiment)
Figure 23 is illustrated in the electric cooker of the tenth embodiment of the present invention, the flow chart of the action when setting of cooking.Figure 24 is illustrated in the electric cooker of the tenth embodiment of the present invention, an example of the display operation portion when setting of cooking.The difference of the electric cooker of this tenth embodiment and the electric cooker of above-mentioned the 9th embodiment is to replace in display part 7, showing the combination of a plurality of taste grades and energy-conservation grade, and in display part 7, show the combination of a plurality of cook required time and energy-conservation grades.The combination of these a plurality of cook required time and energy-conservation grades relatedly is stored in the class information storage part 13 with the corresponding menu of cooking in advance.Other are all identical with the 9th embodiment in addition, therefore omit the explanation of repetition.Below main explanation difference.
In addition, the step S1 of Figure 23, the action of step S94 are identical with the action of above-mentioned the 9th embodiment, therefore omit explanation.
In Figure 23; In step S101; Control part 9 is extracted the combination of corresponding a plurality of cook required time and energy-conservation grades out according to the menu of selecting through menu selection portion 5 of cooking from class information storage part 13, display part 7 shows the combination of a plurality of the cook required time and the energy-conservation grades of this extraction.Thus, the user can select desirable combinations thereof through pushing " grade " button 6c from a plurality of combinations thereof.Figure 24 representes an example of the displaying contents of display part 7 demonstrations at this moment.
In step S101, after display part 7 shows the combination of above-mentioned a plurality of cook required time and energy-conservation grades, get into step S102.
In step S102, control part 9 is judged has the cook input of combination of required time and energy-conservation grade of undirected grade selection portion 14 indication changes, is having under the situation of input, gets into step S103, under the situation that not have input, and entering step S94.
In step S103, the combination of cook required time and the energy-conservation grade that just will carry out selecting before the above-mentioned input is changed to the combination of the cook required time and the energy-conservation grade of next selecting sequence.Be back to step S101 after changing in combinations thereof.
As previously discussed; In this tenth embodiment; Because display part 7 shows the combination of a plurality of cook required time and the energy-conservation grades corresponding with the menu of selecting through menu selection portion 5 of cooking, so the user can confirm cook required time and energy-conservation grade before actual cooking.Thus, the user can carry out realizing cooking of desirable cook required time and energy-conservation grade.In addition, show a plurality of combinations thereof simultaneously, can improve user's ease of use through display part 7.
(the 11 embodiment)
Figure 25 is the block diagram of the electric cooker of the 11 embodiment of the present invention.The difference of the electric cooker of the electric cooker of the 11 embodiment of the present invention and above-mentioned the 9th embodiment does; Replacement shows a plurality of taste grades of cooking and the combination of energy-conservation grade in display part 7, and shows a plurality of taste grades of insulation and the combination of energy-conservation grade.Other are all identical with above-mentioned the 9th embodiment in addition, therefore omit the explanation of repetition.Below main explanation difference.
The electric cooker of this 11 embodiment has the menu selection 5A of portion, the 8C of sequential storage portion, class information storage part 13A and insulation beginning input part 102, replaces menu selection portion 5, the 8B of sequential storage portion, class information storage part 13 and the insulation beginning input part 101 of the electric cooker of above-mentioned the tenth embodiment.
The menu selection 5A of portion as stated, can select any insulation menu from a plurality of insulation menus such as " insulation (3 hours) ", " insulation (12 hours) ", " insulation (nothing) ".Class information storage part 13A to each the insulation menu that can be selected by the menu selection 5A of portion, can be incubated taste grade that menu realizes and the combination of energy-conservation grade is stored with this insulation menu explicitly in advance by this with many groups.The 8C of sequential storage portion will be respectively with class information storage part 13A in the taste grade of storing and the corresponding a plurality of insulations orders of combination of energy-conservation grade, with this combination storage in advance explicitly.
In addition, in this 11 embodiment, control part 9 is extracted the corresponding a plurality of taste grades and the combination of energy-conservation grade according to the insulation menu of being selected by the menu selection 5A of portion out from class information storage part 13A.Display part 7 display control units 9 are from a plurality of taste grades of class information storage part 13A extraction and the combination of energy-conservation grade.
At this, the user can confirm through seeing the displaying contents of display part 7 whether taste grade and the energy-conservation grade based on the insulation menu of being selected by the menu selection 5A of portion is desirable taste grade and energy-conservation grade.In the taste grade of selecting now and the combination of energy-conservation grade is not under the situation of desirable taste grade and energy-conservation grade, is suitably selected to get final product by grade selection portion 14.Thus, can be incubated with desirable taste grade and energy-conservation grade.
As stated, insulation beginning input part 102 can be imported the insulation beginning.When input insulation beginning in insulation beginning input part 102; Control part 9 is according to the taste grade of before just will carrying out this input, being selected by grade selection portion 14 and the combination of energy-conservation grade; Extract corresponding insulation order out from the 8C of sequential storage portion; According to the insulation order of this extraction, the detection information of pot temperature test section 3 and the timing time of timing portion 4, the pot heating action of control heater 2.
Next, with reference to Figure 25～27, the action when insulation is set is described.Figure 26 is illustrated in the flow chart that is incubated the action when setting in the electric cooker of the 11 embodiment of the present invention.Figure 27 is illustrated in the electric cooker of the 11 embodiment of the present invention, is incubated an example of the display operation portion when setting.In addition, " menu " button 5b shown in Figure 27 is equivalent to the menu selection 5A of portion.
In Figure 26, at first, in step S111, through the control of control part 9, display part 7 shows a plurality of insulation menus.Thus, push " menu " button 5b, can from a plurality of insulation menus, select desirable insulation menu through the user.When the user selects to be incubated menu, get into step S112.
In step S112; Control part 9 is according to the insulation menu of being selected by the menu selection 5A of portion; From class information storage part 13A, extract the corresponding a plurality of taste grades and the combination of energy-conservation grade out, display part 7 shows a plurality of taste grades of this extraction and the combination of energy-conservation grade.Thus, the user pushes " grade " button 6c, can from a plurality of combinations thereof, select desirable combinations thereof.Figure 27 representes an example of the displaying contents of display part 7 demonstrations at this moment.
In step S112, after display part 7 shows the combination of above-mentioned a plurality of taste grades and energy-conservation grade, get into step S113.
In step S113, control part 9 is judged the input of the change that undirected grade selection portion's 14 indication taste grades and the combination of energy-conservation grade are arranged, and is having under the situation of input, gets into step S114, under the situation that does not have input, gets into step S115.
In step S114, the combination of the taste grade that just will carry out selecting before the above-mentioned input and energy-conservation grade is changed to the taste grade of next selecting sequence and the combination of energy-conservation grade.In combinations thereof after changing, be back to step S112.
In step S115, control part 9 is judged has undirected insulation to begin input part 102 input insulation beginnings.Having under the situation of above-mentioned input, finishing the processing of accepting of insulation setting, beginning insulation.On the other hand, do not having to turn back to step S113 under the situation of above-mentioned input.
As previously discussed; In this 11 embodiment; Because display part 7 shows a plurality of taste grades corresponding with the insulation menu of being selected by the menu selection 5A of portion and the combination of energy-conservation grade, the user can confirm taste grade and energy-conservation grade before actual the insulation.Thus, the user can carry out realizing the insulation of desirable taste grade and energy-conservation grade.In addition, show a plurality of combinations thereof simultaneously, can improve user's ease of use through display part 7.
(the 12 embodiment)
Figure 28 is the block diagram of the electric cooker of the 12 embodiment of the present invention.The difference of the electric cooker of this 12 embodiment and the electric cooker of above-mentioned first embodiment is also to have energy saver mode selection portion 15.Therefore other are all identical with above-mentioned first embodiment in addition, omit the explanation of repetition, below main explanation difference.
The few energy saver mode of wastage in bulk or weight electricity ratio predetermined restricted value (threshold value) (predefined value) of cooking required can be selected by energy saver mode selection portion 15.In the 12 embodiment; When having selected energy saver mode through energy saver mode selection portion 15; Control part 9 limits the condition selection portion 6 of cooking, and makes can not select energy-conservation grade is changed to than the conditional information of cooking that limits the low grade of grade 9 (predefined grade).
Figure 29 is illustrated in the electric cooker of the 12 embodiment of the present invention, an example of the display operation portion when setting of cooking." energy-conservation " button 15a shown in Figure 29 is equivalent to energy saver mode selection portion 15.For example, the limit grade that makes above-mentioned energy-conservation grade is three stars, and under the situation of pressing " energy-conservation " button 15a, the mode of utilizing " mode of boiling " button 6a can not select to boil is " high firepower ".
In this 12 embodiment, when the user considers only under energy saver mode, to cook, can under energy saver mode, cook reliably.Whether the unnecessary affirmation of user at this moment is energy saver mode with the corresponding taste grade and the energy-conservation grade of combination of the cook menu and the conditional information of cooking.
(the 13 embodiment)
Figure 30 is the block diagram of the electric cooker of the 13 embodiment of the present invention.The difference of the electric cooker of this 13 embodiment and the electric cooker of above-mentioned the 7th embodiment is also to have the energy saver mode selection 15A of portion.Therefore other are all identical with above-mentioned the 7th embodiment in addition, omit the explanation of repetition, below main explanation difference.
The energy saver mode selection 15A of portion can select to be incubated the required little energy saver mode of wastage in bulk or weight electricity ratio predetermined restricted value.In the 13 embodiment, when having selected energy saver mode by energy saver mode selection portion 15, the control part 9 restriction heat-retaining condition selection 6A of portion make and can not select energy-conservation grade is changed to than the heat-retaining condition information that limits the low grade of grade.
In the electric cooker of Figure 31 for expression the 13 embodiment of the present invention, be incubated an example of the display operation portion when setting." energy-conservation " button 15a shown in Figure 31 is equivalent to the energy saver mode selection 15A of portion.For example, the limit grade that makes above-mentioned energy-conservation grade is three stars, and under the situation of pressing " energy-conservation " button 15a, utilizing " holding temperature " button 6b can not select holding temperature is " high temperature ".
In this 13 embodiment, for example, when the user considers only under energy saver mode, to be incubated, can insulation under energy saver mode reliably.At this moment the user needn't confirm whether with corresponding taste grade and the energy-conservation grade of combination that is incubated menu and heat-retaining condition information be energy saver mode.
(the 14 embodiment)
Figure 32 is the block diagram of the electric cooker of the 14 embodiment of the present invention.The difference of the electric cooker of this 14 embodiment and the electric cooker of above-mentioned the 9th embodiment is also to have energy saver mode selection portion 15.Therefore other are all identical with above-mentioned the 9th embodiment in addition, omit the explanation of repetition, below main explanation difference.
As above-mentioned the 12 embodiment, the little energy saver mode of wastage in bulk or weight electricity ratio predetermined restricted value of cooking required can be selected by energy saver mode selection portion 15.In the 14 embodiment; When having selected energy saver mode by energy saver mode selection portion 15; Control part 9 is removed from class information storage part 13 and is extracted out in the corresponding combinations thereof according to the menu of being selected by menu selection portion 5 of cooking, and energy-conservation grade is than the low combinations thereof of restriction grade.The combinations thereof that display part 7 display control units 9 are extracted out.
In this 14 embodiment, for example when the user considers only under energy saver mode, to cook, can under energy saver mode, cook reliably.In addition, owing in display part 7, show the combinations thereof of having removed the energy-conservation grade combinations thereof lower, therefore can reduce user's selection burden than the restriction grade.
(the 15 embodiment)
Figure 33 is the block diagram of the electric cooker of the 15 embodiment of the present invention.The difference of the electric cooker of this 15 embodiment and the electric cooker of above-mentioned the 11 embodiment is also to have the energy saver mode selection 15A of portion.Therefore other are all identical with above-mentioned the 11 embodiment in addition, omit the explanation of repetition, below main explanation difference.
The 13 embodiment is such as stated, and the energy saver mode selection 15A of portion can select to be incubated the required little energy saver mode of wastage in bulk or weight electricity ratio predetermined restricted value.In this 15 embodiment; When having selected energy saver mode by energy saver mode selection portion 15; Control part 9 is removed and is extracted out the corresponding combinations thereof from class information storage part 13A based on the insulation menu of being selected by the menu selection 5A of portion, and energy-conservation grade is than the low combinations thereof of restriction grade.Display part 7 shows the combinations thereof of being extracted out by control part 9.
In this 15 embodiment, for example, when the user considers only to want to be incubated with energy saver mode, can be incubated with energy saver mode reliably.In addition,, remove energy-conservation grade, therefore reduced user's selection burden than the combinations thereof after limiting the low combinations thereof of grade owing in display part 7, show.
In addition, the invention is not restricted to above-mentioned each embodiment, can implement with other various forms.For example, in above-mentioned each embodiment, display part 7 visually shows information such as taste grade (or the required time of cooking) and energy-conservation grade, but also can be with acoustic notifications.In this case, for example, also tool is by the acoustic notifications portion (not illustrating among the figure) of the displaying contents that shows with acoustic notifications display part 7.Thus, can further improve user's convenience.
In addition, in above-mentioned first embodiment, be example as " mode of boiling " the button 6a that gives an example of the condition selection portion 6 of cooking, but the invention is not restricted to this.Any conditional information of cooking also can be selected by the condition of cooking selection portion 6 from the conditional information of cooking corresponding with the menu of cooking that can be selected by menu selection portion 5.So-called " conditional information of cooking " is the information of change taste grade and energy-conservation grade.As this information, the information of the mode of boiling except that above-mentioned first embodiment described " high firepower ", " standard ", " energy-conservation " etc., can also give an example adds the amount of the water in the pot 1 before cooking.Water in pot 1 makes the heat of water boiling needs many for a long time, and therefore energy-conservation grade reduces.On the other hand, the water in pot 1 after a little while, the heat that the water boiling is needed is few, therefore energy-conservation grade improves, and reduces owing to make hard meal thereby taste grade easily.Because like this, the condition of cooking selection portion 6 also can be for selecting the preceding unit that adds the amount of the water in the pot 1 of cooking.For example, many waterlines are set in pot 1, the user adds the water yield in the pot 1 through adjustment, can select the conditional information of cooking.That is, the condition selection portion 6 of cooking also can be many waterlines being provided with in the pot 1.In this case, for example through utilizing the actual water level that adds the water in the pot 1 of water yield detecting unit detections such as (for example, level sensor or weight sensor (not illustrating among the figure)) to be positioned on which bar waterline, control part 9 can access the conditional information of cooking.
In addition, with the embodiment arbitrarily in above-mentioned each embodiment through appropriate combination, the effect that can obtain separately to be had.
Electric cooker of the present invention; Since actual begin to cook or be incubated before; Therefore can confirm selectedly to cook or be incubated menu and cook or the taste grade of heat-retaining condition information or cook required time and energy-conservation grade, as the electric cooker use that can from a plurality of energy-conservation grades, select desirable energy-conservation grade.
The present invention carried out explanation fully in conjunction with preferred implementation, but the knowledge per capita that is skilled in technique can be done various distortion or correction with reference to accompanying drawing.This distortion or correction only otherwise depart from the scope of the present invention based on the scope of appended claims, are construed as all and are included in wherein.

Claims (23)

1. electric cooker, it comprises:
Can from a plurality of menus of cooking, select the menu selection portion of any menu of cooking;
The condition of cooking selection portion, it can select any conditional information of cooking from a plurality of conditional informations of cooking as the information that changes taste grade corresponding with the said menu of cooking and energy-conservation grade;
The conditional information storage part of cooking, taste grade that it will be corresponding with the combination of said each cook menu and said each conditional information of cooking and energy-conservation grade and this combination be storage in advance explicitly;
Control part, it extracts corresponding said taste grade and energy-conservation grade according to the said said conditional information of being selected by said menu selection portion of cooking of cooking menu and being selected by the said condition selection portion of cooking out from the said conditional information storage part of cooking; With
Show the said taste grade of said control part extraction and the display part of energy-conservation grade.
2. electric cooker according to claim 1 is characterized in that, also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of said pot;
Detect the pot temperature test section of the temperature of said pot;
Sequential storage portion, the cooking sequence that it will be corresponding with the combination of said each cook menu and said each conditional information of cooking and this combination be storage in advance explicitly; With
Can import the beginning input part of cooking of the beginning of cooking,
Said control part; When cooking beginning by the said beginning input part input of cooking; According to the said said conditional information of before just will carrying out this input, selecting of cooking of cooking menu and selecting by the said condition selection portion of cooking by said menu selection portion; Extract corresponding said cooking sequence out from said sequential storage portion, the temperature of the said pot that detects according to the cooking sequence and the said pot temperature test section of this extraction is controlled the pot heating action of said heater.
3. electric cooker, it comprises:
Can from a plurality of menus of cooking, select the menu selection portion of any menu of cooking;
The condition of cooking selection portion, it can select any conditional information of cooking from a plurality of conditional informations of cooking as the information that changes cook required time and the energy-conservation grade corresponding with the said menu of cooking;
The conditional information storage part of cooking, required time and energy-conservation grade and this combination storage in advance explicitly of cooking that it will be corresponding with the combination of said each cook menu and said each conditional information of cooking;
Control part, it extracts corresponding said required time and the energy-conservation grade of cooking according to the said said conditional information of being selected by said menu selection portion of cooking of cooking menu and being selected by the said condition selection portion of cooking out from the said conditional information storage part of cooking; With
The display part that shows said cook required time and energy-conservation grade that said control part is extracted out.
4. electric cooker according to claim 3 is characterized in that, also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of said pot;
Detect the pot temperature test section of the temperature of said pot;
Sequential storage portion, the cooking sequence that it will be corresponding with the combination of said each cook menu and said each conditional information of cooking and this combination be storage in advance explicitly; With
Can import the beginning input part of cooking of the beginning of cooking,
Said control part; When cooking beginning by the said beginning input part input of cooking; According to the said said conditional information of before just will carrying out this input, selecting of cooking of cooking menu and selecting by the said condition selection portion of cooking by said menu selection portion; Extract corresponding said cooking sequence out from said sequential storage portion, the temperature of the said pot that detects according to the cooking sequence and the said pot temperature test section of this extraction is controlled the pot heating action of said heater.
5. electric cooker, it comprises:
Can from a plurality of insulation menus, select the menu selection portion of any insulation menu;
Heat-retaining condition selection portion, it can select any heat-retaining condition information from a plurality of heat-retaining condition information as the information that changes taste grade corresponding with said insulation menu and energy-conservation grade;
The heat-retaining condition information storage part, taste grade that it will be corresponding with the combination of said each insulation menu and said each heat-retaining condition information and energy-conservation grade and this combination storage in advance explicitly;
Control part, it extracts corresponding said taste grade and energy-conservation grade according to said insulation menu of being selected by said menu selection portion and the said heat-retaining condition information selected by said heat-retaining condition selection portion out from said heat-retaining condition information storage part; With
Show the said taste grade of said control part extraction and the display part of energy-conservation grade.
6. electric cooker according to claim 5 is characterized in that, also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of said pot;
Detect the pot temperature test section of the temperature of said pot;
Sequential storage portion, the insulation order that it will be corresponding with the combination of said each insulation menu and said each heat-retaining condition information and this combination storage in advance explicitly; With
The insulation that can import the insulation beginning begins input part,
Said control part; When beginning input part input insulation beginning by said insulation; According to said insulation menu of before just will carrying out this input, selecting and the said heat-retaining condition information selected by said heat-retaining condition selection portion by said menu selection portion; Extract corresponding said insulation order out from said sequential storage portion, said pot the temperature that detects according to the insulation order and the said pot temperature test section of this extraction is controlled the pot heating action of said heater.
7. electric cooker, it comprises:
Can from a plurality of menus of cooking, select the menu selection portion of any menu of cooking;
The class information storage part, it is to each said menu of respectively cooking, and stores in advance explicitly with this menu of cooking organizing the taste grade that can be realized by this menu of cooking and the combination of energy-conservation grade more;
Control part, it extracts the corresponding said a plurality of taste grades and the combination of energy-conservation grade according to the said menu of being selected by said menu selection portion of cooking out from said class information storage part; With
Display part, it shows the said a plurality of taste grades of said control part extraction and the combination of energy-conservation grade respectively.
8. electric cooker according to claim 7 is characterized in that, also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of said pot;
Detect the pot temperature test section of the temperature of said pot;
Sequential storage portion, a plurality of cooking sequences and this combination storage in advance explicitly that it will be corresponding respectively with the combination of said each taste grade and energy-conservation grade; With
Any combination is selected by grade selection portion in the said a plurality of taste grades that it can be shown and the combination of energy-conservation grade from said display part,
Said control part; It is according to the said taste grade of being selected by said grade selection portion and the combination of energy-conservation grade; Extract corresponding cooking sequence out from said sequential storage portion, the temperature of the said pot that detects according to the cooking sequence and the said pot temperature test section of this extraction is controlled the pot heating action of said heater.
9. electric cooker, it comprises:
Can from a plurality of menus of cooking, select the menu selection portion of any menu of cooking;
The class information storage part, it to each said menu of respectively cooking, with the combination of organizing the cook required time and the energy-conservation grade that can be realized by this menu of cooking and this menu storage in advance explicitly of cooking more;
Control part, it extracts the combination of corresponding said a plurality of cook required time and said energy-conservation grades out according to the said menu of being selected by said menu selection portion of cooking from said class information storage part; With
Display part, it shows the combination of said cook required time and said energy-conservation grade that said control part is extracted out respectively.
10. electric cooker according to claim 9 is characterized in that, also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of said pot;
Detect the pot temperature test section of the temperature of said pot;
Sequential storage portion, a plurality of cooking sequences and this combination storage in advance explicitly that it will be corresponding respectively with the combination of said each cook required time and energy-conservation grade; With
Any combination is selected by grade selection portion in the combination of said a plurality of cook required time and energy-conservation grades that it can show from said display part,
Said control part; It is according to the combination of said cook required time and the energy-conservation grade selected by said grade selection portion; Extract corresponding cooking sequence out from said sequential storage portion, the temperature of the said pot that detects according to the cooking sequence and the said pot temperature test section of this extraction is controlled the pot heating action of said heater.
11. an electric cooker, it has:
Can from a plurality of insulation menus, select the menu selection portion of any insulation menu;
The class information storage part, it is to each said menu that respectively is incubated, and stores in advance explicitly organizing the taste grade that can be realized by this insulation menu and combination and this insulation menu of energy-conservation grade more;
Control part, it extracts the corresponding said a plurality of taste grades and the combination of said energy-conservation grade according to the said insulation menu of being selected by said menu selection portion out from said class information storage part; With
Display part, it shows the said taste grade of said control part extraction and the combination of said energy-conservation grade respectively.
12. electric cooker according to claim 11 is characterized in that, also comprises:
Be accommodated in the pot of the inside of electric cooker main body;
Heat the heater of said pot;
Detect the pot temperature test section of the temperature of said pot;
Sequential storage portion, a plurality of insulation orders and this combination storage in advance explicitly that it will be corresponding respectively with the combination of said each taste grade and energy-conservation grade; With
Any combination is selected by grade selection portion in the said a plurality of taste grades that it can show and the combination of said energy-conservation grade from said display part,
Said control part; It is according to the said taste grade of being selected by said grade selection portion and the combination of energy-conservation grade; Extract corresponding insulation order out from said sequential storage portion, said pot the temperature that detects according to the insulation order and the said pot temperature test section of this extraction is controlled the pot heating action of said heater.
13., it is characterized in that according to each described electric cooker in the claim 1～12:
Said display part converts said energy-conservation grade and is shown as wastage in bulk or weight electric weight, the electricity charge or CO 2In the discharge rate at least any.
14. according to each described electric cooker in the claim 1～12, it is characterized in that, also comprise:
Report the sound of the displaying contents that said display part shows through sound and report portion.
15., it is characterized in that according to each described electric cooker in the claim 2,4,6,8,10,12:
The said condition selection portion of cooking comprises many waterlines that are arranged in the said pot.
16., it is characterized in that according to each described electric cooker in the claim 7～12:
Also possess the DISPLAY ORDER input part, it can arrange and import the order that said display part shows said combination again.
17., it is characterized in that according to each described electric cooker in the claim 1～4:
Also possess energy saver mode selection portion, it can select the few energy saver mode of wastage in bulk or weight electricity ratio limits value of cooking required,
Said control part when having selected said energy saver mode through said energy saver mode selection portion, limits the said condition selection portion of cooking, and makes the conditional information of cooking that can not select said energy-conservation grade is changed to the grade lower than the restriction grade.
18., it is characterized in that according to claim 5 or 6 described electric cookers:
Also possess energy saver mode selection portion, it can select to be incubated the required few energy saver mode of wastage in bulk or weight electricity ratio limits value,
Said control part when having selected said energy saver mode through said energy saver mode selection portion, limits said heat-retaining condition selection portion, makes the heat-retaining condition information that can not select said energy-conservation grade is changed to the grade lower than the restriction grade.
19., it is characterized in that according to each described electric cooker in the claim 7～10:
Also possess energy saver mode selection portion, it can select the few energy saver mode of wastage in bulk or weight electricity ratio limits value of cooking required;
Said control part; When having selected said energy saver mode through said energy saver mode selection portion; According to the said menu of selecting through said menu selection portion of cooking; Remove and extract out the corresponding said combination from said class information storage part, said energy-conservation grade is than the low said combination of restriction grade.
20., it is characterized in that according to claim 11 or 12 described electric cookers:
Also possess energy saver mode selection portion, it can select to be incubated the required few energy saver mode of wastage in bulk or weight electricity ratio limits value;
Said control part; When having selected said energy saver mode through said energy saver mode selection portion; According to the said insulation menu of selecting through said menu selection portion; Remove and extract out the corresponding said combination from said class information storage part, said energy-conservation grade is than the low said combination of restriction grade.
21. electric cooker according to claim 1 and 2 is characterized in that, also possesses:
The model information input part, it can import any model information from the model information of a plurality of electric cookers different with said electric cooker;
Type classification grade information storage part; It is to each of said each type that can import through said model information input part; Will with the corresponding taste grade and the energy-conservation grade of combination of said cook menu and the said conditional information of cooking that can realize by this type, with this type explicitly in advance the storage;
Said control part; The said conditional information of selecting according to the said menu of selecting by said menu selection portion of cooking, by the said condition selection portion of cooking and of cooking by the said model information of said model information input part input; Extract corresponding said taste grade and energy-conservation grade out from said type classification grade information storage part; Simultaneously, from the said conditional information storage part of cooking, extract corresponding said taste grade and energy-conservation grade out according to the said said conditional information of selecting by said menu selection portion of cooking of cooking menu and selecting by the said condition selection portion of cooking;
Said display part shows: said taste grade and energy-conservation grade that said control part is extracted out from said type classification grade information storage part; With said taste grade and the energy-conservation grade of said control part from the said conditional information storage part extraction of cooking.
22., it is characterized in that also possessing according to claim 3 or 4 described electric cookers:
The model information input part, it can import any model information from the model information of a plurality of electric cookers different with said electric cooker;
Type classification grade information storage part; It is to each of said each type that can import through said model information input part; Cook required time and energy-conservation grade that will be corresponding with the combination of said cook menu and the said conditional information of cooking that can be realized by this type be with the storage in advance explicitly of this type;
Said control part; The said conditional information of selecting according to the said menu of selecting by said menu selection portion of cooking, by the said condition selection portion of cooking and of cooking by the said model information of said model information input part input; Extract corresponding said required time and the energy-conservation grade of cooking out from said type classification grade information storage part; Simultaneously, from the said conditional information storage part of cooking, extract corresponding said required time and the energy-conservation grade of cooking out according to the said said conditional information of selecting by said menu selection portion of cooking of cooking menu and selecting by the said condition selection portion of cooking;
Said display part shows: said required time and the energy-conservation grade of cooking that said control part is extracted out from said type classification grade information storage part; With said cook required time and the energy-conservation grade of said control part from the said conditional information storage part extraction of cooking.
23., it is characterized in that also possessing according to claim 5 or 6 described electric cookers:
The model information input part, it can import any model information from the model information of a plurality of electric cookers different with said electric cooker;
Type classification grade information storage part; It is to each of said each type that can import through said model information input part; Taste grade and energy-conservation grade that will be corresponding with the combination of the said insulation menu that can be realized by this type and said heat-retaining condition information be with the storage in advance explicitly of this type;
Said control part; The said heat-retaining condition information of selecting according to the said insulation menu of selecting by said menu selection portion, by said heat-retaining condition selection portion and by the said model information of said model information input part input; Extract corresponding said taste grade and energy-conservation grade out from said type classification grade information storage part; Simultaneously, from said heat-retaining condition information storage part, extract corresponding said taste grade and energy-conservation grade out according to said insulation menu of selecting by said menu selection portion and the said heat-retaining condition information selected by said heat-retaining condition selection portion;
Said display part shows: said taste grade and energy-conservation grade that said control part is extracted out from said type classification grade information storage part; With said taste grade and the energy-conservation grade of said control part from said heat-retaining condition information storage part extraction.
CN2008101730523A 2007-10-29 2008-10-29 Rice cooker Expired - Fee Related CN101422319B (en)

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