TWI355912B - Heating cooker - Google Patents

Description

1355912 29040pif IX. Description of the Invention: TECHNICAL FIELD The present invention relates to a heating conditioner including a secondary battery. [Prior Art] A heating conditioner such as an electronic microwave oven has a magnetron and a plurality of heating mechanisms called heaters. The control tube heats the inside of the food'-by heating H to scent the surface of the food to make it scent, and to control the degree of heating to avoid scorching, and to adjust it in this way. In the case of Yusaki, the power is turned off due to the miscellaneous power, so it should be heated within the power consumption. For example, when the voltage of the commercial AC power source is 1 〇〇ν, on the one hand, the output of the mechanism is controlled so that the current consumption is an ordinary household, and the standard socket capacity is 15 A or less, that is, the consumption is 500 W. or! Below w, on the one hand, the action time is differentiated and there is a disadvantage that the time required for heating conditioning has to be prolonged. In the microwave oven disclosed in Japanese Laid-Open Patent Publication No. Hei 6-20773 (hereinafter referred to as Patent Document 1), the present invention is configured to supply electric power to the electric power device. Or heat the power supplied to the battery by any of the two. For example, in Japanese Laid-Open Patent Publication No. 892 (hereinafter referred to as Patent Document), there are two 1355912 29040pif, heating conditioners, which are used for conditioning with a battery. When the heating operation is stopped, the charging circuit is operated to charge the battery, whereby the battery can always supply the maximum power until the next heating operation. However, the technique disclosed in Patent Document 1 uses a battery to the microwave oven. High-frequency heating is carried out, and there is no disclosure about how to use battery heating conditioning.

Further, in the technique disclosed in Patent Document 2, charging is performed after the heating operation until the maximum electric power can be supplied to the heating mechanism. Therefore, when the user wants to use the charging capacity of the battery again, and the battery is conditioned, it must wait until the battery is charged to the maximum capacity, resulting in inconvenience in use. SUMMARY OF THE INVENTION The present invention is made in the above-mentioned New Zealand (four), the purpose of which is to provide a heating conditioner having a heating mechanism, and the heating conditioning can be performed by using the conditioning charging time required by the user. Thus convenience =

- returning to the purpose, the heating conditioner of the present invention is characterized in the upper side = the heating chamber, the object to be heated; the heating mechanism, the heated 222 battery, is charged by the commercial power source, and Plus luxury:: electricity, storage mechanism, storage conditioning menu (memo, the regulation) said secondary battery to supply electric heating mechanism to heat the second pool conditioning menu; and control mechanism, the second = electricity = rational The menu performs control, and 'the above storage mechanism stores a plurality of two-cut pool conditioning menus corresponding to the above-mentioned:: the amount of charge of the human battery. 1355912 29040pif [Effects of the Invention] The heating conditioner according to the present invention has A plurality of secondary battery conditioning menus corresponding to the battery capacity can be used to perform the heating conditioning of the optimum battery size and the heat capacity of the maximum capacity is not required, so the user does not have to wait for f = between the use of the secondary battery. The required heating conditioning can be performed. ^ [Embodiment] (First Embodiment)

Hereinafter, a first embodiment of the present invention will be described with reference to Figs. 1 to 15 (a), (b) and (c). 1 is a block diagram schematically showing a configuration of a control system of the microwave oven 1, and FIGS. 2 to 4 show a configuration of a microwave oven 1 having an oven function, and is a longitudinal sectional side view and the door is open, The front view of the closed state. Fig. 5 is a view showing charging characteristics of a secondary battery, and Fig. 6 is a view showing a discharge rate of a secondary battery. Further, Fig. 7 (a) and (b) are diagrams showing a display unit showing the state of charge of the secondary battery. Figure 8 is a detailed view of a switch. Figure 9 is a detailed view of the inverter. Figure 10 (a), (b), and (c) are current operation diagrams of the inverter. Fig. 11 is a detailed view of the operation unit, and Fig. 12 is a correspondence diagram between the conditioning menu and the charging capacity of the secondary battery. 13(a), (b) and (c) are diagrams showing display states of the respective conditioning menus. Figure 14 is a flow chart (flowchart) of the display method. Figure 15 (a), (b), and (c) are motion diagrams of the secondary battery conditioning menu. As shown in FIG. 2, the main body of the microwave oven 1 has a rectangular inner box 3 fixed in a rectangular outer box 2 whose front surface is open, and a structure of 8 29040pif f 'also shown in FIG. 2 'the front surface is open The inside of the inner box 3 is heated, and the front surface opening portion of the heating chamber 4 is opened and closed by the door 5 that is rotated up and down. Further, a handle portion is provided on the upper portion of the front surface portion of the door 5, and an operation panel (〇perati() n panel) 9 having a plurality of operation portions 7 and a display portion 8 (corresponding to a display mechanism) is disposed at the lower portion. The operation unit 7 is used to set a conditioning menu or conditioning time for heating conditioning, a temperature in the chamber for conditioning, and the like, and the display unit 8 is for displaying the selected conditioning menu or conditioning time. These conditioning menus may be selected such as "gratin" or "psizza", and the conditioning method suitable for each food is stored in advance in the control unit 37 (corresponding to the storage mechanism). Further, in the back of the body of the microwave oven 1, a mechanical room 10 is formed between the outer box 2 and the inner box 3, and in the lower portion of the machine to 10, except for the magnetic control of the microwave heating mechanism In addition to the tube, a power supply unit of a magnetron u (not shown), a cooling fan unit for cooling the magnet, the tube 11 and the power supply unit, and the like are disposed. The magnetron e 11 generates a frequency wave which is supplied to the heating chamber 4 through the excitation port 13 formed at the bottom of the inner box 3 through the waveguide 12 disposed on the lower surface of the inner box 3. A step portion 14 is formed inside the bottom of the inner box 3, and the bottom plate 15 formed of a glass plate or a ceramic plate is placed on the step portion 14. The bottom plate 15 substantially constitutes the bottom surface of the heating chamber 4, and a rotating antenna 16 for reflecting and agitating the high-frequency waves supplied from the excitation port 13 is disposed in the space below the bottom plate 15. 1355912 29040pif Further, in the space below the bottom plate 15, a lower 埶^^17 (corresponding to a heating mechanism) composed of a sheath heater or the like is disposed so as to surround the rotating antenna 16 and is placed in the inner box. The upper portion of the third portion is provided with an upper heater 18 (corresponding to a heating mechanism) composed of a 'state' heater or the like. The two upper and lower heaters 17 and 18 function as an oven heater for one of the conditioning functions. Moreover, the lower heater 17 is different from the rated rated output of the upper heater 18, wherein the lower heater 17 is 1 〇〇〇 %, and the j _ heater 18 is 1100 watts. The outer casing (CaSing) 20' of the hot air generating device 19 is fixed to the rear surface of the inner casing 3. The centrifugal fan 22 driven by the fan motor 21 and the hot air are disposed in the outer casing 20. A twister 23 (corresponding to a heating mechanism) is used. The hot air heater 23 is constituted by two heaters surrounding the periphery of the fan 22, and is an inner peripheral heater 23a (heating mechanism) and a peripheral heater 2 (children) at different positions on the inner circumference side and the outer circumference side ( Heating mechanism) and composition. Further, the respective rated outputs of the heaters for the hot air are different, wherein the inner peripheral heater 23a is 1300 W and the outer peripheral heater 23b is 1400 W. The inner peripheral heater 23a and the outer peripheral heater 23b function as a heater for hot air circulation conditioning which is one of the conditioning functions. Further, 'on the rear surface wall of the inner box 3 as the rear surface of the heating chamber 4', a suction port 24' composed of a plurality of small holes is formed corresponding to the center side of the fan 22, and at the upper and lower sides of the port 24 The air outlets 25, which are also composed of a plurality of small holes, are formed on both side portions. 29040pif In the above-described hot air generating device 19, when the fan 22 rotates, the air in the heating chamber 4 is taken from the air inlet 24 to the outer casing 2 (), and after being heated by the hot air heater 23, it will be up and down. The spouting port 25 is discharged into the heating chamber 4. The heating chamber 4 is heated by the circulation of such hot air to be conditioned. In the heating chamber 4, two upper and lower oven conditioning disks (not shown) may be disposed in the heating chamber 4. As described above, the same amount of hot air is supplied from the upper and lower air outlets 25, and the upper and lower sides can be well adjusted at the same time. The food on the oven conditioning tray is configured. Further, the inner box 3 is made of a metal plate such as an iron plate, and has a rectangular flange plate 26, an upper surface plate 27, a rear surface plate 28, and a left side plate 29 of the front table® portion. The right side plate 3〇 and the bottom panel 31 are formed. Among them, the upper surface plate 27 and the rear surface plate 28 are formed by bending a single plate material into a substantially L shape. Further, the plates 26 to 31 are joined to each other by weed or the like, and the flange plate 26 of the surface portion is joined to the outer casing 2 by welding or the like. The corner portion of the upper rear side of the upper corner portion of the inner box 3, that is, the boundary portion between the upper surface plate 27 and the rear surface plate 28 formed by one plate is formed on the inclined surface 32 which is lowered toward the rear side. . Further, in the center portion of the inclined surface 32 in the lateral (left and right) direction, a window "not shown for infrared detection" is formed in the opening, and an infrared radiation sensor (infrared radiation sensor is disposed so as to face the window) That is, the temperature detecting mechanism 33). Further, 'the secondary battery 34 made of a lithium ion battery and the commercial (alternating current) power supply 35 by 1 〇〇v are disposed in the machine room 1 as shown in Fig. 2 (refer to Fig. 1). The secondary battery 34 is subjected to an 11 1355912 29040 pif circuit 36. In the commercial power source 35 and the charging circuit 36, a 'hanhai relay 55, according to the #人 of the control unit 37, the charging relay 55 is connected to the age of „# _ 曰 电 7 诉 电 35 充 充 雷 f Or disconnect (f) 'by this' control commercial 36 relay_open (refer to the figure to μ--man battery 34, set the terminal voltage as shown, for example, as shown in Figure 5, around 12 V, even in 5 c (jf, and 'the case of discharging the thunder (also above 5C (mA) or lower than the discharge of 5C (mA) in Figure 6) will be greatly reduced (for example, refer to the Japanese public publication 1 report, Japanese Patent Special Open 2004- In addition, the electric power of 32AX33V=1056W can be supplied by discharging the discharge capacity _ within 20 C. 哼3 knives are described here. Referring to Fig. i, the configuration of the control system in the microwave oven i is performed... 37 by the microcomputer (microcomputer) configuration, input the sensor signal output by the external line sensor (_.〇33 or the in-box temperature sensor 38 (temperature detecting mechanism) (refer to FIG. 1), and the input is from the door opening and closing inspection The 9G money 'this (10)__%% detects the opening and closing of the door 5. And the 'control unit 37 uses the operation unit 7, the main power source 83 is turned "ON" so that the main power switch 56 is turned "on" (N), and the power is supplied to the control unit 37, and the control unit 37 controls the display of the display unit 8. The program of the plurality of conditioning menus in the memory (mem〇ry) performs control on the driving of the magnetron u or the heaters 17, W, 23a, 23b. The charging amount detecting circuit 39 is based, for example, on The terminal voltage 12 1355912 2904〇pif or the like of the secondary battery 34 detects the state of charge of the secondary battery 34 charged via the charging circuit 36 and outputs the detection result to the control unit 37. Further, the control unit 37 makes two The state of charge of the secondary battery 34 is displayed on the display unit 8 in a manner as shown, for example, in Fig. 7(a). Further, Fig. 7(b) shows that the remaining capacity of the primary battery 34 of the charging capacity display portion 8b is gradually decreased. Change in display state in the case of the display. The remaining capacity of the secondary battery 34 of the display portion 8 is shown in the charge capacity.

In the display unit 8b. For example, when the maximum charging capacity is 4 〇〇Wh, only one scale is displayed, indicating that the charging capacity of 8 〇Wh is charged (maximum charging capacity force 2 G%)', and when it is displayed as five scales, it indicates a secondary battery. 34 fully charged. The right side of the remaining capacity of the human battery 34 is provided with the conditioning name display 淖8a, and the name of the conditioning material corresponding to the remaining capacity of the secondary battery 34 is displayed (equivalent to the item of the conditioning menu) ) and above it 'shows the time required for the conditioning menu (

Conditioning, heating chamber 4 _ set temperature. ; X =, indicating the power supply method of the secondary battery to each heating mechanism. The upper and lower heaters 17 and 18 of the teacher heating mechanism and the hot air cleaning and closing 51 to 54 are connected to the (four) changing mechanism shown in FIG. 1 , that is, the terminal connected to the opening d is cut and dragged, as shown in FIG. 8 . By connecting to the contact 35 (connected to, b, G^ can be configured to select a commercial power supply), the secondary battery 34 (connected to the contact d mm# 1 different power supply) Therefore, each heater can swing the supply target of the snow source. That is, each heater is configured to be supplied with power by one of 13 1355912 29040pif. Further, the magnetron 11 is connected to the inverter 50, and the opposite The phaser 50 is constructed in a different manner from the above-described connection switches 51 to 54 as shown in Fig. 9. The inverter 50 is composed of a rectifying unit 60, a semiconductor switch 61, and an inverter switch (inverter). 62), a high frequency transformer 63, etc. constitutes a "commuter unit I connected to a commercial power supply (cominercial I power source) 35 'inverter switch 62 is connected to a secondary battery 34 〇" Inverter 50' is used at the same time In the case of the power source 35 and the secondary battery 34, the operation shown in FIG. 1A is performed. First, the power supplied from the commercial power source 35 is integrated and regulated by the rectifying unit 6A, and is controlled by the semiconductor switch 61. At this time, the father muscle supplied from the commercial power source 35 becomes a puisaung flow shown in FIG. 1(a). Then, the electric power supplied from the charged secondary battery 34 is converted to DC. The phase switch 62 is supplied to the connection point a of the commercial power source 35 (see Fig. 10 (b)). Next, at the connection point A, the electric power of Fig. 1 (b) and the pulsation flow of Fig. 1 (a) are combined. And supplying the increased output power to the high-frequency transformer 63. And, the electric power rectified via the high-frequency transformer 63 is supplied to the magnetron 1. Therefore, for the inverter 50, for example, the connection switch 51 ～54 In general, the configuration of any one of the power sources is different, and the total power of the commercial power source 35 and the secondary power 29040pif pool 34 can be supplied to the magnetron 11. The explanation is shown in Fig. 11 which is the details of the operation unit 7. It is provided that the main power source 83' that turns on the power of the three-wave oven i selects the display unit 8 The automatic adjustment menu riding button 82 of the menu shown above is used to close the _ menu selection key of the automatic adjustment menu button 82. And 'the manual adjustment menu selection button 5 for manually selecting the conditioning menu is also set. Further, a charging button 86' is provided to enable the charging relay 55 to be turned on by selecting the button. The secondary battery 34 can be charged from the commercial power source 35 through the charging circuit %. Further, 'a plurality of conditioning menus selected by the selection keys 84, 85' are stored in the control unit 37, and as shown in FIG. 12, are classified into a conditioning menu (secondary battery) supplied with power from the battery=34. The conditioning menu) and the (four) secondary battery 34 13⁄4 are only supplied by the Lang power supply 35 to the normal conditioning menu "heating". In addition, the secondary battery conditioning menu stores "rapid heating conditioning", "gmtin conditioning", "chou conditioning", "cookie" (c饼干) de conditioning", "Apple pie" "Applepie" conditioning, "hamburg conditioning", "pizza conditioning" and so on. The secondary battery conditioning menus are set such that the heating conditions are different, and the heating mechanism for performing (corresponding to the magnetron U, the lower heater 17, the upper heater 18, the hot air heater 23, the inner circumference heating) At least one or more of the selection of the device 23a, the outer circumference plus 1355912 29040pif, the device 23b), or the use time of the heating means, or the amount of used electric power supplied to the heating means by the secondary electric power, 34 is different. The following describes the domain conditions of these secondary battery conditioning menus. First, explain "Baked Conditioning". This conditioning is as described above, at the time of execution - three batteries 34. Further, the amount of electric power (the amount of electric power used) required for the secondary battery 34 is 16 〇 • ^ ' and is controlled so that the upper heater phantom j kw performs a heating operation for about 8 minutes. Next, "Puff Conditioning" is a conditioning method for conditioning the puff dough of a puff (ch. 〇ucream), and the secondary battery 34 is used when performing the conditioning. Further, the amount of electric power required to use the secondary battery 34 (the amount of electric power used) was 240 Wh, and the heating operation was controlled so that the heating was performed for about 5 minutes. Moreover, the "pizza conditioning" also utilizes the secondary battery 34. Further, the amount of electric power (the amount of electric power used) required for the secondary battery 34 is _ „ ′ and is controlled so that the upper heater performs the heating operation at 1.1 kW and the lower heater at 1 kW for about 11 minutes. Thus, the secondary battery conditioning menu is set such that the heating mechanism used, the usage time of the heating mechanism, and the amount of used electric power supplied from the secondary battery 34 to the heating mechanism are different. That is, the secondary battery conditioning menus specify the amount of power used to perform the conditioning. When the secondary battery 34 is used, if the secondary battery 34 is not charged with the amount of power (the amount of power used), The conditioning cannot be performed. 1355912 29040pif 2, in the table of Fig. 12, "the amount of charge for the executable conditioning is marked with "〇" and "x", and if the secondary battery 34 is charged more than four times, the shape of the secondary battery 34 can be adjusted. The table of 12 indicates the charging status _ display part === one and the "〇" mark of the above table:

As shown in Fig. 14, the control unit 37 detects the charging capacity of the secondary battery 34 when the power of the microwave oven 1 is turned on, thereby judging the content displayed on the display unit 8. , ie, as in step si*, if the charging capacity is detected for 5 moments and as shown in step S1a, the names of the six conditioning menus are specified. The less the charge capacity, the less the name of the conditioning menu that is displayed. The following is described in detail. First, when the state of charge is 2 scales (4〇%),

On the crotch portion 8, the conditioning selection which can be performed with a charging capacity of 2 _ degrees is displayed, that is, "baked" (refer to Fig. 13 (a)). Fig. 13 (a) is a display screen of the "baked" conditioning, and shows that if the charging capacity of the two scales is set, the temperature in the tank is set to 300 ° C and heated, so that it can be completed in 2 minutes. "Roasting and conditioning". Further, when the "baked" conditioning is displayed, it is configured to execute the "baked" conditioning menu by pressing the start button 84. Further, in this case, the conditioning name display unit 8a displays "baked", and by pressing the automatic conditioning menu selection key 82 of the operation unit 7, the adjustment 17 1355912 29040pif name display portion 8a is sequentially displayed as 2 A conditioning menu that can be executed with a single charge capacity. That is, in the row of the scale 2 in the above-mentioned FIG. 12, "heating" and "rapid heating" of the conditioning menu labeled "〇" are sequentially displayed, and when the corresponding mode is displayed, by pressing the start key 84 'Execute the conditioning menu. Further, as shown in Fig. 13 (b), when the scale of the charge capacity is 3 (the 60% of the maximum capacity)', "Puff j conditioning" corresponding to the charge capacity is displayed.

At this time, the display unit 8 also displays the current charging capacity scale of 3, sets the inner temperature to 220 C for heating, and conditioned for 28 minutes, and displays "puff" conditioning. Further, it is next displayed that the required charging capacity is the same as the "cookie" for performing the above conditioning. In addition, the conditioning menus "Mother Roast", "Rapid Heating", and "Heating" can be displayed in sequence with a scale of 3 or less.

Moreover, when the required charging capacity is displayed with the tune of the scale of 2 =, let her start the _ 84 to fine-tune the same selection as shown in Figure i3 (C), the scale is 5, the maximum of the pool In the case of the charging capacity (the charging capacity H is 2, 1 〇, all the conditioning menus can be displayed on the display unit 8 first. First, the "pizza" with the scale of 5 requiring the charging capacity is displayed on the display screen. The current charging capacity is the largest, and the temperature inside the box is set to a fan. The display is not charging V heating, conditioning for 15 minutes 18 29040pif can be bundled, and the display can perform "pizza" conditioning. Dry", ^ after: display in order "Apple", "Hamburger", "Puffs", "Piece Conditioning Menu", press ttt", "Heat" - the user presses the start button 84 when the user needs to display the desired button. Adjusting one of the plurality of conditioning menus to display the other conditioning menus of the selection key 82, and pressing the automatic conditioning menu to include the conditioning menu required for the road t field to be displayed on the display unit 8 The conditioning menu can be executed by pressing the start button 84. According to Fig. 15 (〇, Fig. 15 (the action of u for the upper conditioning), the "unboiled" degree corresponding to Fig. 13 (a) is changed to two. ==r. Bake the internal temperature of the box when the menu is adjusted. First, the display unit 8 displays "The time when the button is opened and stored in the (4) portion 37. During conditioning, control "2 = start" selects the back (face) of the plurality of heating mechanisms: 'Adder = 3b, and is supplied with power from the commercial power source 35. Next, when the temperature reaches _ (3Q (rc is connected to f ' _ tune _ 12 minutes later (8 minutes after the end of conditioning), the connection switch 51 of the device 18 is switched from the contact a to the contact c. On 19 1355912 29040pif, the upper heater 18 is connected to The secondary battery 34 and the upper heater 18 are supplied with a power source from the secondary battery 34. Next, 'the conditioning is terminated when heated to a set temperature or a set temperature or higher within a predetermined time (8 minutes). In this case, the inner circumference is heated. The commercial power source 35 is intermittently supplied while being supplied with power from the commercial power source 35 and the secondary battery 34.

In the case of conditioning candle baking or the like, it is preferable that the conditioning is finished only when there is a small amount of burnt marks on the surface portion of the cooking. Therefore, if the control is carried out in the manner of the grilling conditioning, the heating rotation can be temporarily increased before the end of the conditioning, so that the surface portion of the food has a burnt mark. In this way, in the middle of heating, the upper heater 18 (rated output UOOW) which is connected to the position and whose rated output is different from the inner peripheral heater 23a (recorded w) is switched by the connection switch, whereby 1500 w can be used. 1500 W or more of power consumption and simultaneous use of the inner peripheral heater 23a

The heater 18' can then perform conditioning conditioning prior to the "solution" menu. In the same manner, the secondary battery 34 is used to make the heating mechanism of the twisted J^=8) suitable for the position of the conditioning object high-yield, and the "riding menu" ==etc., according to each conditioning menu, it is decided to connect to the commercial power supply early. 35" heating mechanism, which can be used to adjust the menu amount = force = wheel r menu use more than the inside of the microwave oven 3 change: 15 o'clock (the second is to select the "puffs" conditioning menu 20 1355912 29040pif when When the user starts the conditioning, the control unit 37 connects the inner peripheral heater 23a to the commercial power source 35 to be energized to preheat the heating chamber 4, and then the temperature inside the chamber reaches the set temperature of the "puff" conditioning, that is, 22 degrees. Then, the control unit 37 causes the display unit 8 to display that the warm-up stroke has ended. Thus, 'the user opens the door 5 and stores the puff dough of the puff in the heating chamber 4'. After the door 5 is closed again, the heating conditioning is started. The temperature inside the box is drastically reduced. Therefore, the cake conditioning towel is closed by the detection mechanism.

When 90 is detected, the secondary battery 34 receives power supply and the lower heater 23 (1 kW) is also energized at the same time, so that the lowered temperature inside the tank rises sharply. In this case, even if the microwave oven 1_secret power is 1500 W, for example, by using the secondary battery 34 in combination, it is possible to perform heating with an output of phantom w or moo W or more. Next, the lower heater 17 is energized for 14 minutes until the temperature inside the tank reaches the steady temperature again, and then the inner peripheral heater 23a is intermittently energized to maintain the temperature inside the tank constant. Conditioning.

(4) heating the puff dough to heat the temperature in the box at the initial stage of the expansion of the dough, so that the secondary battery 34 and the lower heater are electrically 'to achieve a higher firepower', thereby promoting evaporation of the water of the fine towel. Thereby the dough can be well expanded by the water vapor. ...χ Figure M (c) is the timing of the selection of the “pizza” conditioning change. In this case, the temperature is gradually mixed with the room temperature, and the state in which the food is stored in the heating chamber 4 and the age is increased _ the heating 21 1355912 29040pif is adjusted. Therefore, the control unit 37 is as shown in Fig. 15(c). It is shown that the self-heating conditioning door 2 connects the two-addition heat-adder to the commercial power source 35, and connects the upper heater two "time pass == kW" to the secondary power source, whereby the temperature in the box reaches the set temperature of the pizza. The hot air heater 23 and the upper and lower heaters are intermittently energized, whereby the temperature inside the tank can be maintained constant.

In this way, when the pizza conditioning is performed, the power supply is performed from the secondary power source, whereby the upper and lower heating H 17 and 18 are connected, and the heating can be simultaneously performed from the upper direction of the pizza, so that the surface and the back can be made in a short time (four). The fragrant is roasted in the south. Further, the hot air supplied from the secondary battery 34 is supplied to the upper and lower heaters 17, 18 by the self-heating conditioning, thereby shortening the conditioning time and preventing the surface portion of the food from being dried, so that the conditioning is well formed. The finished state.

In this case, the upper and lower heaters 17, 18 are supplied with power from the secondary power source at the same timing. When the supply time of the power supply is 11 minutes, the secondary battery capacity is exhausted. As described above, according to the present embodiment, each heater or magnetron u that heats the object to be heated by the heating chamber 4' that accommodates the object to be heated is charged by the commercial power source 35 and supplied to the above-described heating or the like. The secondary battery 34 for electric power, the control unit 37 that stores the conditioning menu, and the control unit 37 that performs control on the conditioning menu, and the control unit 37 stores a plurality of secondary battery conditioning menus corresponding to the amount of charging of the secondary battery 34. Therefore, the user 22 1355912 can perform the most suitable conditioning menu corresponding to the amount of charge of the secondary battery 34. For example, 'even if the charge amount of the secondary battery is not 100% but lower than 100 ° /. In the state of 'can also perform a conditioning menu suitable for the lower state of charge' so that the user does not have to wait for the charging of the secondary battery 34 to reach 100% for the object to be heated which does not need to be heated by a large amount of charge The object to be heated is subjected to the desired conditioning. That is, the heat conditioning can be performed without the need for the maximum capacity. Therefore, the user can perform the required heating conditioning without waiting for the charging time of the secondary battery 34 in the case of using the secondary battery 34. The item of the secondary battery conditioning menu is displayed on the display mechanism - the eye can be arbitrarily added, and the display unit displaying the secondary battery conditioning menu, that is, the name of the conditioning menu is displayed. In the case where the amount of charge of the under-battery 34 is larger than the prescribed amount of charge required when the secondary battery conditioning menu is executed, the above-described convenience is preferable. Negative, so the 'user' thus stores a plurality of secondary battery conditioning menus for the user and the control unit 37,

=Electricity = Conditioning menu is set so that the heating conditions differ depending on the electric setting of the secondary battery pack, and you will bury the field, and, 23 (2nd embodiment), and then the embodiment will be described with reference to Figs. 16 to 17 2 . . Fig. 16 of the heating conditioner of the present invention is a flow-by-flow process of the simulated secondary side when the manual conditioning selection key is pressed. ® 17 is an action to simulate a secondary battery conditioning menu

In the following, the same portions as those in the i-th embodiment are denoted by the same reference numerals, and the description thereof will be omitted. Only the differences will be described. 'In other words, the difference from the above-described first embodiment lies in the control method of the secondary power management menu. Even if the charge amount of the second battery under-conditioning menu is not full, the above-mentioned situation can be performed. ^ The secondary battery conditioning menu matches the heating conditioning. An operation unit 7 has a manual conditioning menu selection key 8S, and the user selects the conditioning menu selection key 85' to thereby perform a high-fire conditioning menu that is conditioned by the high thermal power of the secondary battery 34 5 .

The user presses the manual adjustment menu selection key 85, whereby the name of the conditioning menu stored by the control unit 37 is not displayed on the display unit 8. That is to say, 'by pressing the manual hard-to-select single 85', it is displayed at any time. In the 12th, J has carried out "rapid heating", "baked", "puffs", "apple pie", "better" and so on. This operation is different from the first embodiment in that the secondary battery conditioning menu is used even if the pool capacity of the secondary battery material does not reach the amount of charge required for the secondary battery conditioning menu. j颂 varies and 'When the manual conditioning menu selection key 85 is selected and the start key 24 1355912 29040pif 84 is pressed, the displayed conditioning is performed. The details are described below. In this operation, the conditioning of the selected item is performed under the condition that the secondary battery conditioning menu is required, and the heating control of the secondary battery conditioning menu is performed, and the selected lyrics are selected. The menu is unexpectedly two: under power = single required charging capacity 'to add charm, change plus = method to complete the conditioning in accordance with the secondary battery conditioning menu (hereinafter, j analog secondary battery conditioning menu) Here, an example of the analog secondary battery adjustment will be described using FIGS. 16 to 17 . It must be early. Figure I6 shows the user's visit to the item "Pizza". Fig. 17 is a timing chart showing the temperature change in the tank of the simulated secondary battery conditioning. First, the user presses the manual conditioning menu selection key 85, and when the item "Sa" is displayed, the start button 84 is pressed to select the "pizza" conditioning (ΤΙ, T2) for simulating secondary battery conditioning. At this time, the charge amount detecting circuit 39 of the control unit 37 sets the capacity of the secondary battery 34, and the touch is the amount of charge required for the "pizza" conditioning to be transferred to the secondary battery conditioning menu, followed by 'the secondary battery capacity is 100. In the case of % (yes of T4), the "pizza" conditioning of the secondary battery conditioning menu is performed, that is, the heating control of the "pizza" conditioning of the secondary battery conditioning menu shown in Fig. 15 (C) of the first embodiment ( T5). In the heating control program, the time during which the commercial power source 35 heats the inner circumference by 25 丄 U5912 29040 pif = 3b, that is, the energization time is set to η minutes, and when the inside of the box reaches the set temperature, the inside of the box is intermittently turned on. The weekly heater 23b is energized to 0. The program for supplying electric power to the upper and lower heaters 17 and 18 by the secondary battery 34 is set to be energized for 11 minutes from the start of conditioning to the end of conditioning, and the temperature in the tank is set. After the temperature, the inner peripheral heater 23b is energized intermittently.

Further, the scale of the charging capacity in the display unit 8 is displayed as 5, and the conditioning end time is displayed as 15 minutes (see Fig. 13 (c)). ^ On the one hand, for example, the secondary battery capacity detected by the charge amount detecting circuit 39 is qing. In the case where the charging capacity is 2, the secondary battery capacity is not full (no in T4), so the secondary battery conditioning menu of "Pizza" cannot be executed, and the display unit 8 informs the user that " Is it charged?" (T6). . At this time, when the user operates the charging key 86 of the operation unit 7 (Τ9),

Start charging (8). Then, after charging, when the charging capacity exceeds (10)%, the charging is detected, and the detection is started, and the secondary battery conditioning menu (T4yes, Τ5) of "Pizza" is started. If the charging key % is not operated within the specified time, the lower control 'heart 7' is different from the "additional number of the secondary battery conditioning menu of the "pizza" > = ^ ' (4) for the financial phase to add the secret piece to perform the molding The 2^ battery conditioning menu (called the analog secondary battery conditioning menu (T10). ^ At this point, it is not obvious that the conditioning end time is 2〇 minutes, Table 26 29040pif shows the conditioning time than the secondary battery conditioning menu. "Pizza" (15 minutes) has a longer time, and the "simulation pizza" is displayed in the conditioning name display unit 8a. It is a conditioning that is different from the normal secondary battery conditioning menu, that is, "pizza" conditioning. The time is increased. Next, the simulated secondary battery conditioning menu operation of the "pizza" conditioning of the high firepower conditioning menu will be described with reference to FIG.

In this case, the temperature inside the chamber is substantially the same as the room temperature, and heating conditioning is started from the state in which the food is stored in the heating chamber 4 at a temperature of 4 years. Therefore, the control master 37 starts the heating and conditioning, connects the hot air heater 23 to the commercial power source 35, and connects the upper and lower heaters 17, 18 to the secondary battery 34, whereby the heating can be simultaneously performed and the heating operation can be performed. At this time, the capacity of the secondary battery 34 is completely used immediately after the temperature is raised in the tank, i.e., immediately after the heating conditioning is started.

Further, when the upper and lower heaters are supplied with power for 4.4 minutes before the temperature in the tank reaches the set temperature (3 〇〇.匸) of the pizza, the capacity of the secondary battery 34 is decreased, and thereafter, the inner peripheral heater 23a is used to increase the capacity. The inside of the tank, the commercial power source 35 is used in the inner peripheral heater 23a. Therefore, the time during which the temperature sensor 38 in the tank reaches the set temperature is detected, which is longer than the pizza conditioning time of the secondary battery conditioning menu (refer to Fig. 15 (〇. and 'When the temperature inside the box reaches the set temperature of the pizza (3 〇〇. 〇 In the case where only the hot air heater 23 is energized intermittently, the temperature in the tank can be maintained at a fixed temperature, and the conditioning is completed after a total of 15 minutes of energization. The heating control of the "simulated pizza" conditioning is "In the pizza conditioning, the secondary battery 34 is powered by the upper and lower heaters 17, 18" 27 29 〇 4 〇 pif = clock is set to θ 钟 in advance, and the secondary battery 3 is used as the energization time of the battery. Change to 4·4 minutes, which is shorter than the = electric power-on time. Pisa" conditioning, 3" two plus t-ratio than 2fb": Lizhong 'will be preset by the commercial power supply, and reach the set 4 ratio 调 conditioning 'on The time is prolonged. After the ϋτ degree is continued, the temperature of the heating chamber 4 is fixed and the temperature is cut off. Therefore, for the "simulated pizza" conditioning, the heating operation is changed in order to pick up the finished product, and the end time is changed. Minutes longer than "_"_(==, sample 'based on the conditioning time of the "simulated pizza" in Figure 17, the end time is extended 'so that the user = time of electricity' can be obtained at the same time as the beginning of conditioning == up and down direction Heating to make the surface and the back surface emit the effect of the fragrance pool 34. Therefore, it is possible to provide a pizza that is inconsistent with the "pizza" conditioning, which is more convenient for the user. In the case of a small number (for example, two) to the upper and lower heaters 17 and 18, the energization time is further shortened. Therefore, the power supply time of the secondary battery 34 to the upper and lower heaters 17 and 18 is shortened, and the commercial power source 35 is heated by the hot air. In this way, the inner peripheral heater 28 1355912 29040pif 23a (corresponding to the first heating means) that supplies electric power from the commercial power source 35 and the upper and lower heaters that supply electric power from the secondary electricity and the pool are used together ( The secondary battery conditioning menu that performs the heating operation corresponding to the second heating mechanism can perform the power supply time (11 minutes) in which the commercial power source 35 heats the teaching air in advance. In the secondary battery 34, the "pizza" conditioning (corresponding to the secondary battery conditioning menu) for the power supply time (11 minutes) of the upper and lower heaters constitutes the microwave oven, and the control unit 37 does not have the secondary battery capacity twice. In the case of the required capacity of the battery conditioning menu, it is detected, and the power supply time of the upper and lower heaters is shortened to 4.4 minutes, and the power supply of the commercial lightning source 35 to the second heating mechanism is supplied. The time is extended to 丨5 minutes, and the change is performed in this way, so that the simulated secondary battery conditioning menu can be executed. Reason, ΓΓ Some charging capacity can be adjusted to high rotation without waiting for the charging time of the secondary battery 34 to increase, The desired conditioning menu can be executed for greater convenience. Further, in other conditioning display items (for example, grilling), the secondary battery has a small capacity, and the secondary battery 34 can also be used for conditioning. (Embodiment 3) State of the Invention = The third embodiment of the heating conditioner of the present invention - the internal f I8 is the timing of the phase change and the degree of change of the "pizza" conditioning of the simulated secondary battery conditioning menu. Figure, corresponding to Figure 17. The second embodiment differs in the control method of the "pizza" conditioning of the simulation menu. At the beginning, the control unit 37 selects the analog secondary battery conditioning menu 29 1355912 29040pif, the conditioning time is longer than the secondary power conditioning end time of 20 minutes, the table is six minutes), and informs the user/the menu of "the time of the pizza J conditioning (1 : 1 (1) (Following Fig. 16). Next, the simulation is started. First, the control unit 37 is connected to the commercial power source 35' from the μ, and the conditioning is started.

Battery 34, ϋ 办 ” 连接 连接 连接 连接 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次 二次In order to increase the temperature inside the box. f Self-phase > The degree of the dish reaches the setting of the pizza. 37 By connecting the switch 5! Switching the connection and realizing the connection = the commercial power supply 35 pairs up to the second |% ^ϋ 冤 冤 34 Heating mechanism for supplying electric power, that is,

The heater 17 is energized. At this time, the hot air heater 23 exceeds the i500W if power consumption. Therefore, the connection with the commercial power source 35 is cut off by the connection switch 54.

Next, the connection to the upper heater 17 is cut off so that the commercial power source % energizes the heating means that supplies electric power from the secondary power source 34, that is, the lower heater, and switches the connection to energize the lower heater 18. Then, the upper and lower heating thieves 17, 18 are energized, and then returned to the hot air heater 23 to be energized. Thus, the heaters 17, 18, and 23a connected to the commercial power source 35 are switched every predetermined time, and the control is repeatedly performed, and the conditioning is finished 20 minutes after the start of heating. Therefore, the upper and lower heaters 17, 18 are switched on by the secondary power 30 1355912 29 〇 4 〇 pif iH4 · 4 minutes after the start of the heating conditioning, and then intermittently energized by the commercial power source 35. In this manner, control is performed to switch the power supply target. Next, the commercial power source 35 is heated up and down: 17 and 18 electric power is supplied for 3.6 minutes to control the power supply time, thereby heating the conditioning heater to upper and lower heaters 17, 18 secondary batteries (four) (four) Wei 35_ give According to the "simulated pizza" in the third embodiment, the "simulation pizza" in the third embodiment is used to change the heating action close to the "pizza" conditioning, so the "simulation ratio = conditioning end time (2) minutes) is longer than In the case of "Pizza" conditioning (15 points), according to Figure (4) "Simulation Pizza" conditioning method, compared to the second: the human battery conditioning it single coffee, the end of the coffee increase, the manufacturer I-sub-battery 34 t electricity At the time, it is possible to provide a pizza with a "pizza", which is more convenient for the user. In particular, unlike the second embodiment, pizza conditioning which emits aroma on both the front and the back from the pizza === heat is controlled as follows: not only when the heating conditioning is started, but also when the temperature is set to == ^ So you can raise money in the finished pizza. The pastoral pizza", that is, the moving surface set in advance as the adjustment sheet - is necessary for the heating mechanism in which the P is energized by the secondary battery 34, but in the case of charging of the secondary battery, It is possible to connect the analog secondary battery conditioning menu by means of a quotient as a substitute mechanism. 31 3155912 29040pif - whereby the method of controlling the object to be heated according to the secondary battery conditioning menu is different, for example When heating from the vertical direction or microwave heating is required, etc., when the charging capacity is small and the secondary battery 34 cannot be used for heating, the heating mechanism can be energized by the commercial power source 35, so that it is more suitable to be heated. Simulated secondary battery conditioning menu for the object. Thus, according to the third embodiment, the inner peripheral heater 23a (first heating means) and the upper and lower heaters 17, 18 (second heating means) can be connected to either the commercial power source 35 or the primary battery 34, and can be controlled. When the analog secondary battery conditioning menu is selected, the power supply time of the secondary battery 34 to the upper and lower heaters 17, 1.8 is shortened from u minutes to 44 minutes, and the secondary battery 34 is not opposed to the upper and lower heaters 17 In addition, the connection of the commercial power source 35 is switched from the inner peripheral heater 23a to any of the upper and lower heaters 17, 18 to supply electric power, so that the user does not have to wait for the secondary battery 34 to be charged. At the time, you can provide a finished pizza that matches the "pizza" conditioning. Furthermore, in the above embodiment, the secondary battery conditioning menus in which the executable charging capacity is charged to the secondary battery 34 are sequentially displayed on the display portion 8tT, but even if the above contents are not sequentially displayed, all corresponding secondary times can be displayed. Battery conditioning menu and choose one of the items. Further, the item of the secondary battery conditioning menu may be the name of the secondary battery conditioning menu or its abbreviation, or may be the content indicating the secondary battery conditioning menu. Again, in the present embodiment, the power supply time of the commercial power source 35 refers to the time during which the 32 1355912 29040pif thermal mechanism is energized from the start of heating until the end of heating in the present embodiment, for example, "比—_, etc. In the heating conditioning, after the pure room conditioning is shown in Fig. 15 (C), the time for energizing the commercial power source and the 35 power supply reaches the set temperature power supply time. In addition, in the present embodiment, in the present embodiment, The following method of ring culture is described, that is, the voltage of the primary battery must be carried out, and the voltage of the power source is K) 〇V, and the power of the commercial communication is (10) 卩 15A' power consumption is _ or Above the ground, but even in the voltage: the secondary battery to supply the maximum power of the area or the maximum 2 to = in the example diagram - [Simplified description of the drawings] The first embodiment, and schematically represents the microwave oven Fig. 2 is a longitudinal sectional side view of the microwave oven. Fig. 2 is a front view of the open door of the microwave oven. Fig. 4 is a front view of the closed door. Fig. 4 shows the charging of the secondary battery. A map of the characteristics. Fig. 9 is a detailed view of the connection switch. Fig. 8 is a detailed view of the connection switch. Fig. 8 is a detailed view of the connection switch. Detailed diagram of the phase device. Fig. 1 (&), Fig. 10 (1)), Fig. 1 is an inverse phase diagram, and Fig. 10 (a) is an alternating current into the arterial turbulent flow supplied by a commercial power source. Fig. 10 (b) shows the connection force supplied to the commercial power source via the inverter switch after being supplied to the charged secondary battery, and Fig. 10 (C) is the connection point A. 10 (8) of the power and _ t ' pulsating flow total, the output of the increased output power is high (a) Figure 11 is a detailed view of the operating unit. I. Figure. Figure I2 is the county and the secondary electric switch necessary to fill Correspondence graph of quantity = (〇, Fig. 13 (8), Fig. 13 (c) is a graph showing = shape 4, and Fig. 13 (4) is a flowchart of "the roasting two early map W is a display method of each conditioning menu. The action of the menu H15 (/ 5 Figure 15 (e) is the timing of the conditioning of each secondary battery, / 'Figure 15 (a is the table * "Lin" conditioning menu laugh" timing diagram, Figure 15 (b) shows the choice The bubble indicates the timing chart for selecting the temperature change in the phase, and Figure 15 (c) is the timing of the temperature change in the box conditioned by the 34th (4) example of the menu and the green pseudo-secondary battery conditioning table does not touch the pizza. 34 1355912 29040pif Fig. 18 is a view corresponding to Fig. 17 of the third embodiment. [Description of main components] 1 : Microwave oven 2: Outer box 3: Inner box 4: Heating chamber 5: Π

6 : Handle portion 7 : Operation unit 8 : Display unit (display mechanism) 8a : Condition name display unit 8b : Charging capacity display unit 9 : Operation panel 10 : Machine room 11 : Magnetron (heating mechanism)

12: Waveguide tube 13. Excitation port 14: Step 15: Base plate 16: Rotating antenna 17: Lower heater (heating mechanism) 18: Upper heater (heating mechanism) 19: Hot air generating device 35 1355912 29040pif 20 : Housing 21 : Fan motor 22 : Fan 23 : Hot air heater (heating mechanism) 23a : Inner circumference heater (heating mechanism) 23b : Peripheral heater (heating mechanism) 24 : Suction port 25 : Exhalation port • 26 : Flange Plate 27: upper surface plate 28: rear surface plate 29: left side plate 30: right side plate 31: bottom plate 32: inclined surface 33: infrared sensor (temperature detecting mechanism) • 34: secondary battery 35: commercial power supply 36: Charging circuit 37: Control unit (storage mechanism control mechanism) 38: In-tank temperature sensor (temperature detecting mechanism) 39: Charging amount detecting circuit 50: Inverters 51 to 54: Connection switch 36 1355912 29040pif

55: Charging relay 5 6. Main power switch 60: rectification unit 61: semiconductor switch 62: inverter switch 63: high frequency transformer 82: automatic conditioning menu selection button 83: main power supply 84: start button 85: manual conditioning menu selection Key 86: Charging key 90: Door opening and closing detecting mechanism S, T: Step 37

Claims (1)

1355912 29040pif X. Patent application garden: 1. A heating conditioner, comprising: a heating chamber for accommodating the object to be heated; a heating mechanism for heating the object to be heated; and a secondary battery for charging by a commercial power source, Supplying electricity; and to the above heating mechanism a storage mechanism for storing a conditioning menu for heating the heating means supplied with electric power by the secondary battery (hereinafter referred to as a two-under battery conditioning menu); The control unit performs control on the secondary battery racquet menu, and stores a one-time battery conditioning menu corresponding to the amount of charge of the secondary battery in the storage unit. 2. The heating conditioner according to claim 1, comprising: U. a charge amount detecting mechanism that detects a state of a charge amount of the secondary battery, and displays a state of the battery, and displays a secondary battery conditioning In the item of the menu, in the case where the amount of charge of the calibrated by the above-mentioned charge amount checking structure is larger than the prescribed amount of charge required when the battery conditioning menu is executed, the control: the mechanism makes the item of the secondary battery conditioning menu The heating conditioner described in the above display machine, as described in the first or second aspect of the patent application, does not "===the thermal condition is 38 29〇4〇pjf according to the charge amount of the secondary battery. 4. If the patent is applied for The heating conditioner of item 1 or 2, wherein the storage mechanism comprises a secondary battery conditioning menu, a selection of a heating mechanism for heating on the secondary battery conditioning menu, or a heating mechanism, time And at least one or more of the amount of power used by the secondary battery to be supplied to the heating means. 5. The heating conditioner according to claim 1, which comprises: The charging amount detecting means checks the state of the charging amount of the secondary battery; and the selecting means selects the secondary battery conditioning menu, wherein the storage means includes the commercial power source and uses the secondary battery conditioning menu, and the second power supply uses the power supply twice. The battery conditioning menu simultaneously performs a heating operation using a first heating mechanism that supplies power from a commercial power source and a third mechanism that supplies electric power from the secondary battery, and listens to the setting by the commercial power source. The power supply time of the thermal mechanism and the power supply time of the second battery to the second heating device and the mechanism are controlled by the following means: the above selection mechanism selects the commercial power source and uses the secondary battery. When the charge amount of the secondary battery detected by the detection detecting mechanism is smaller than that, the power supply uses the secondary battery to adjust the charge amount gate required for the menu, and the power supply time of the secondary battery to the second heating mechanism is changed by The power supply time of the commercial power source to the heating mechanism. 39 1355912 29040pif 具中6. The heating conditioner control mechanism according to item 5 of the patent application scope is selected in the following cases, that is, the above selection mechanism selects the above commercial power source and is adjusted by the secondary battery - the above-mentioned charging detection mechanism detects Is the amount of charge required for the secondary battery to be less than 2 g of the commercial power supply and the secondary battery to adjust the amount of charge required for the menu? The power supply time of the secondary battery to the second heating mechanism is extended by the power supply to the first power supply! The power supply time of the heating mechanism. 7. The heating conditioner according to claim 5, wherein the first heating mechanism and the second heating mechanism are configured in any one of electric secondary batteries, and the power supply or the control mechanism is as follows: Next, that is, the selection mechanism selects the above-mentioned commercial power source and adjusts the charge amount of the secondary battery detected by the above-mentioned charge detection mechanism with the secondary battery to be less than = the charge amount required for the power supply secondary battery conditioning selection is shortened by the above The power supply time of the secondary battery to the second heating means is such that when the primary battery does not supply electric power to the second heating means, the commercial power source supplies electric power to the second heating means. 40