CN102056356A - Intelligent heating device and temperature measuring device - Google Patents

Abstract

The invention discloses an intelligent heating device and a temperature measuring device, wherein the intelligent heating device comprises: a first induction coil; a control panel including an input unit and a display unit; the power supply unit is connected with the first induction coil and used for supplying a first power supply to the first induction coil; a storage unit for storing cooking data; a first data transmission interface for transmitting data; the control unit is connected with the control panel, the power supply unit, the storage unit and the first data transmission interface and used for controlling the electric quantity provided by the power supply unit to the first induction coil according to the cooking data so that the intelligent heating device can automatically adjust the heating quantity and the heating time of the first food material container; wherein the cooking data may be added, modified, deleted or updated using the input unit of the intelligent heating apparatus. The heating quantity and the heating time of the first or second induction coil to the first or second food material container can be automatically adjusted according to different food materials or dishes.

Description

Intelligent heating device and temperature measuring device

technical field

The invention relates to a heating device and a temperature measuring device, in particular to an intelligent heating device and a temperature measuring device capable of transmitting measured temperature data to the intelligent heating device.

Background technique

In recent years, with the advancement of science and technology, there is no longer a single choice of heating devices for people's cooking. In addition to heating devices using gas fuel, there are also multiple choices such as microwave ovens, infrared ovens, and electric heating furnaces. These All kinds of heating devices have their own advantages and disadvantages, and can be respectively applied to the cooking of various food materials and cooking occasions to satisfy users with different requirements.

A traditional heating device uses an induction coil to heat the food container, and controls the amount of heating to the food container by adjusting the amount of electricity supplied to the induction coil. When using a traditional heating device to cook, the user needs to adjust the heating amount of the heating device to the food container according to the type and style of the food to be cooked, in order to successfully complete various delicacies. However, each kind of food needs to be cooked in a different way, and the user often needs to experience many failures to know how much heating and heating time the heating device needs to heat the food container during the cooking process. If the user does not often cook the same dish, even if he knows the above cooking data, when he wants to cook the same ingredients next time, he will forget the cooking data because he does not often cook certain dishes, and he will not be able to cook delicious food successfully. .

In addition, the traditional heating device can only detect the temperature of the food container by using its contact surface with the food container, but cannot detect the temperature of the food heated in the food container, and the user cannot know the temperature of the food, so the heating must be adjusted based on experience The heating amount and heating time of the food container by the device, or additionally use a thermometer placed in the food container to measure the temperature of the food, and then adjust the heating amount and heating time of the heating device for the food container according to the measured food temperature. Some ingredients need to be cooked at a specific temperature to produce a delicious taste. If you do not use a thermometer to accurately obtain the temperature of the ingredients during the cooking process, and just adjust the heating amount and heating time of the heating device on the ingredient container based on experience, it is often impossible Cook to a delicious taste. Even in the process of cooking this type of food, the user uses a thermometer to measure the temperature of the food, and the user needs to continuously and timely adjust the heating amount of the heating device to the food container, which is very time-consuming. If the heating time is too long or too short, it cannot Cook to a delicious taste.

Therefore, how to develop a heating device that can improve the defects of the above-mentioned known technologies is an urgent problem to be solved in the related technical field.

Contents of the invention

The object of the present invention is to provide an intelligent heating device, which is used to automatically adjust the heating amount and heating time of the food container according to different food materials or dishes. In addition to adding the heating amount and heating time corresponding to the ingredients to be cooked through the first data transmission interface, the user can also set, edit, or use the record method to add or modify The heating amount and heating time corresponding to the ingredients to be cooked. In addition, cooking data such as heating amount and heating time corresponding to the newly added or modified ingredients can be shared with other users through the first data transmission interface.

Another object of the present invention is to provide a temperature measuring device, which can accurately measure the temperature, and can transmit the measured temperature data to other external electronic devices in real time, such as the intelligent heating device of the present invention, when applied to the intelligent heating device , the temperature measuring device can be placed in the food container to measure the temperature of the food, and the data such as the temperature of the measured food can be sent to the intelligent heating device in real time. The temperature adjusts the heating amount and heating time of the food container by the intelligent heating device.

In order to achieve the above purpose, a broad implementation of the present invention is to provide an intelligent heating device for inductively heating at least one first food container. The intelligent heating device includes: a first induction coil; a control panel including an input unit and The display unit is used to input or display the operating status of the intelligent heating device; the power supply unit is connected to the first induction coil to provide the first power supply to the first induction coil; the storage unit is used to store cooking data; the first data The transmission interface is used to transmit data; and the control unit is connected to the control panel, the power supply unit, the storage unit and the first data transmission interface, and is used to control the power supplied by the power supply unit to the first induction coil according to the cooking data, so that the smart The heating device automatically adjusts the heating amount and heating time of the first food container; wherein the cooking data can be added, modified, deleted or updated by using the input unit of the intelligent heating device.

In order to achieve the above object, another broad implementation of the present invention is to provide a temperature measurement device for an intelligent heating device to measure temperature, the temperature measurement device includes: a temperature measurement unit, used to generate a corresponding temperature according to the temperature change signal; the signal processing unit is connected to the temperature measurement unit to control the operation of the temperature measurement device, and receives the temperature signal and generates corresponding temperature data; and the temperature data transmission interface is used to transmit the measured temperature data through the temperature data transmission interface to the intelligent heating device; wherein, the temperature signal generated by the signal processing unit is transmitted to the intelligent heating device in real time.

To sum up, the intelligent heating device of the present invention can automatically adjust the heating amount and heating time of the first food container or the second food container by the first induction coil or the second induction coil according to different food materials or dishes. When the heating amount and heating time corresponding to the ingredients or dishes that the user wants to cook are not set, in addition to adding the heating amount and heating time corresponding to the ingredients to be cooked through the first data transmission interface, the user can also set the heating amount and heating time by himself. Set, edit, or use records to add or modify the heating amount and heating time corresponding to the ingredients to be cooked. Furthermore, cooking data such as the heating amount and heating time corresponding to the newly added or modified ingredients can be shared with other users through the data transmission interface.

Description of drawings

Figure 1: A schematic diagram of an intelligent heating device in a preferred embodiment of the present invention.

FIG. 2 is a timing diagram of the heating amount and heating time of the first induction coil in a preferred embodiment of the present invention.

FIG. 3 is a timing diagram of the heating amount and heating time of the first induction coil according to another preferred embodiment of the present invention.

Fig. 4 is a device schematic diagram of a temperature measuring device in a preferred embodiment of the present invention.

The reference numerals in the above-mentioned accompanying drawings are explained as follows:

1: Heating device 11a: The first induction coil

11b: Second induction coil 12: Control panel

121: input unit 122: display unit

13: Power supply unit 14: Control unit

15: storage unit 16: first data transmission interface

2a: The first ingredient container 2b: The second ingredient container

3: Temperature measuring device 31: Temperature measuring unit

32: Signal processing unit 33: Control panel

331: input unit 332: display unit

34: Temperature data transmission interface 35: Housing

4: External electronics W ₁ : First power supply

W ₂ : Second power supply V _in : Input power supply

K ₁ : first signal K ₂ : second signal

P ₁ ~ P ₃ : the first ~ third electricity t1 ~ t4: the first time ~ the fourth time

T _a1 ~T _a3 : first to third time length

Detailed ways

Some typical embodiments embodying the features and advantages of the present invention will be described in detail in the description in the following paragraphs. It should be understood that the present invention is capable of various changes in different ways without departing from the scope of the present invention, and that the description and drawings therein are illustrative in nature rather than limiting the present invention.

Please refer to FIG. 1 , which is a schematic diagram of an intelligent heating device according to a preferred embodiment of the present invention. As shown in Figure 1, the intelligent heating device 1 includes a first induction coil 11a, a second induction coil 11b, a control panel 12, a power supply unit 13, a control unit 14, a storage unit 15 and a first data transmission interface 16, and through the first An induction coil 11a and a second induction coil 11b respectively inductively heat the first food container 2a and the second food container 2b. Wherein, the first induction coil 11a and the second induction coil 11b are respectively connected to the first power output end and the second power output end of the power supply unit 13 .

The control panel 12 is disposed outside the intelligent heating device 1 , connected to the control unit 14 , and includes an input unit 121 and a display unit 122 for inputting cooking data or displaying the operating status of the intelligent heating device 1 . The power supply unit 13 is respectively connected to the first induction coil 11a, the second induction coil 11b and the control unit 14 to provide the first power _W1 and the second power _W2 to the first induction coil 11a and the second induction coil 11b respectively. , operating the first induction coil 11a and the second induction coil 11b to inductively heat the first food container 2a and the second food container 2b respectively. The control unit 14 is respectively connected to the control panel 12, the power supply unit 13, the storage unit 15 and the first data transmission interface 16, and is used to control the first power source _W1 and the second power source _W2 respectively according to the cooking data stored in the storage unit 15. The voltage or frequency of the intelligent heating device 1 automatically adjusts the heating amount and heating time of the first food container 2a and the second food container 2b. The first data transmission interface 16 is connected to the control unit 14 to provide the intelligent heating device 1 to transmit data to external electronic devices.

The storage unit 15 of the intelligent heating device 1 of the present invention records cooking data such as heating amount and heating time corresponding to the food container by the intelligent heating device 1 when cooking various food materials or dishes. Therefore, when the user wants to cook food or dishes, he only needs to select the corresponding cooking option in the cooking data through the input unit 121 of the control panel 12, and then, the control unit 14 will adjust the power supply unit respectively according to the selected cooking option. The voltage or frequency of the first power supply _W1 and the second power supply _W2 provided by 13 enables the intelligent heating device 1 to automatically adjust the heating amount of the first food container 2a and the second food container 2b according to the corresponding cooking option selected in the cooking data and heating time.

In this embodiment, data is transmitted between the control panel 12 and the control unit 14 through the first signal K ₁ , and data is transmitted between the power supply unit 13 and the control unit 14 through the second signal K ₂ . When the user inputs data on the input unit 121 of the control panel 12 , the state of the first signal K ₁ changes correspondingly, and transmits the data input by the user to the control unit 14 . The control unit 14 can also transmit the display data to the display unit 122 of the control panel 12 by changing the state of the first signal K ₁ , so that the display unit 122 displays the operating status of the intelligent heating device 1 . Similarly, the control unit 14 can control the voltage or frequency of the first power supply _W1 and the second power supply _W2 respectively by changing the state of the second signal _K2 , so as to control the power supplied by the power supply unit 14 to the first induction coil 11a and the second induction coil 11a. The electric quantity of the two induction coils 11b enables the intelligent heating device 1 to automatically adjust the heating amount and heating time of the first food container 2a and the second food container 2b. The control unit 14 can further obtain the operation information of the power supply unit 13 through the state of the second signal K ₂ , such as the voltage or frequency of the first power W ₁ and the second power W ₂ .

In this embodiment, the control unit 14 of the intelligent heating device 1 of the present invention may be, but not limited to, a pulse frequency modulation controller (PFM controller) or a digital signal processor (DSP). In this embodiment, the power supply unit 13 is an AC-AC conversion circuit, and the power supply unit 13 converts the received AC voltage and frequency of the input power V _in to generate the first power W ₁ and the second power W ₂ for transmission. To the first induction coil 11a and the second induction coil 11b. Because, the power supply unit 13 output to the first induction coil 11a is inversely proportional to the frequency value of the first frequency _f1 of the first power supply _W1 , and the power supply unit 13 is output to the second induction coil 11b The power is inversely proportional to The frequency value of the second frequency _f2 of the second power supply _W2 . Therefore, the control unit 14 can control the voltage or frequency of the first power supply _W1 and the second power supply _W2 respectively, so as to realize the adjustment of the electric quantity outputted by the power supply unit 13 to the first induction coil 11a and the second induction coil 11b respectively, and further Control the amount of heating of the first food container 2a and the second food container 2b by the first induction coil 11a and the second induction coil 11b respectively.

The input unit 121 of the intelligent heating device 1 of the present invention can be a key-type adjustment element or a rotary adjustment element (not shown), and the display unit 122 of the control panel 12 can be, but not limited to, a liquid crystal display (Liquid Crystal Display, LCD) or indicator lights, in some embodiments, the input unit 121 and the display unit 122 can be implemented using a touch panel (Touch Panel). In addition, the first induction coil 11a and the second induction coil 11b of the intelligent heating device 1 of the present invention can respectively inductively heat the first food container 2a or the second food container 2b at the same time, and the first induction coil 11a and the second induction coil 11b can also A single large food container (not shown) can be induction heated at the same time, and the following will take the first induction coil 11a or the second induction coil 11b to separately inductively heat the first food container 2a or the second food container 2b as an example To illustrate the operation of the intelligent heating device 1 of the present invention.

Please refer to FIG. 2 together with FIG. 1 , which is a timing diagram of the heating amount and heating time of the first induction coil in a preferred embodiment of the present invention. As shown in Figure 2, at the first time t1, the user selects the corresponding cooking option in the cooking data through the input unit 121 of the control panel 12, such as cooking 300 grams of red beans, at this time, the control unit 14 will The cooking option control power supply unit 13 provides the first electric quantity _P1 to the first induction coil 11a, so that the heating amount of the first food container 2a by the first induction coil 11a is the first heating amount. After continuing to heat for the first length of time T _a1 , at the second time t2, the water in the first food container 2a boils and reaches 100°C, and the control unit 14 will also provide the power supply unit 13 to the first cooking option according to the selected cooking option. The electric quantity of the induction coil 11a is adjusted to the second electric quantity P ₂ , so that the heating amount of the first food container 2a by the first induction coil 11a is the second heating amount. After continuing to heat for the second time length T _a2 , at the third time t3, the food in the first food container 2a is cooked, and the control unit 14 will also stop the power supply unit 13 to provide power to the first sensor according to the selected cooking option. Coil 11a.

In this embodiment, the user selects the corresponding cooking option in the cooking data through the input unit 121 of the control panel 12 to cook 300 grams of red beans, and puts all the ingredients (red beans and water) into the first ingredient at the first time t1 In the container 2a, the ingredients do not need to be put into the first ingredient container 2a at different times. During the automatic cooking process, the control unit 14 will timely control the heating amount and heating time of the first food container 2a by the first induction coil 11a according to the selected cooking option, so as to complete the cooking automatically. However, when cooking some delicacies or dishes, due to the different characteristics of the ingredients, the ingredients need to be put into the first ingredient container 2a at different times during the cooking process.

Please refer to FIG. 3 together with FIG. 1 , which is a timing diagram of the heating amount and heating time of the first induction coil according to another preferred embodiment of the present invention. As shown in FIG. 3, before the first time t1, the user selects the corresponding cooking option in the cooking data through the input unit 121 of the control panel 12, such as marinating 600 grams of pork. At this time, the control unit 14 will The cooking option makes the display unit 122 of the control panel 12 display the first prompt message of "please put in the first part of ingredients". After the user puts in the first portion of ingredients such as onion, garlic and other seasoning ingredients, at the first time t1, the user activates the intelligent heating device 1 through the input unit 121 of the control panel 12 to heat the first ingredient container 2a, so that the power supply unit 13 provides the first electric quantity _P1 to the first induction coil 11a.

After continuing to heat for the first length of time T _a1 , at the second time t2, the control unit 14 will make the display unit 122 of the control panel 12 display the second prompt message "Please put in the second part of ingredients" according to the selected cooking option, At this time, the user puts the second part of ingredients, such as water and 600 grams of pork, into the first ingredient container 2a, and the control unit 14 will also provide the power supply unit 13 to the first ingredient container according to the selected cooking option. The electric quantity of the induction coil 11a is adjusted to the second electric quantity P ₂ , so that the heating amount of the first food container 2a by the first induction coil 11a is the second heating amount.

After continuing to heat for the second time length T _a2 , at the third time t3, the water in the first food container 2a boils and reaches 100°C, and the control unit 14 will also provide the power supply unit 13 to the first cooking option according to the selected cooking option. The electric quantity of the induction coil 11a is adjusted to the third electric quantity P ₃ , so that the heating amount of the first food container 2a by the first induction coil 11a is the third heating amount. After continuing to heat for the third time length T _a3 , at the fourth time t4, the food in the first food container 2a is cooked, and the control unit 14 will also stop the power supply unit 13 to provide power to the first sensor according to the selected cooking option. Coil 11a.

From the above, it can be seen that the cooking data will be classified according to the cooking options, and the heating amount required for the cooking process, the heating time and the order in which the ingredients are placed in the food container are recorded, and the control unit 14 then controls the intelligent heating device in a timely manner according to the cooking options selected by the user. 1 The heating amount and heating time of the food container. If the cooking data stored in the storage unit 15 does not have cooking options for the ingredients or dishes that the user wants to cook, the user can add the heating amount and heating time corresponding to the ingredients or dishes to be cooked through the first data transmission interface 16 In addition, the user may directly adjust the heating amount and heating time of the first induction coil 11 a or the second induction coil 11 b manually in a timely manner without using the automatic cooking function of the intelligent heating device 1 .

In the manual cooking process, the control unit 14 can automatically record the heating amount and heating time corresponding to the cooking ingredients or dishes in the cooking data, and the user can use the input unit 121 of the control panel 12 to set it by himself. cooking options in the cooking data, and manually store the corresponding heating amount and heating time into the storage unit 15 . For example, in the automatic recording mode, the user only needs to concentrate on adjusting the heating amount according to the change of the ingredients to complete the cooking. In the manual cooking process, the control unit 14 will automatically record the corresponding heating amount and heating time of the dish. Recorded in cooking data. Of course, the user can also use the input unit 121 of the control panel 12 to edit to modify or add content in the cooking data, so that the corresponding heating amount and heating time are more suitable for the individual's food style, food quantity, and food container style. or food container size.

In addition, since the first data transmission interface 16 is an interface capable of bidirectional data transmission, the cooking options added or modified by the user in the cooking data can be shared with other users through the first data transmission interface 16 . Wherein, the cooking data in the storage unit 15 can be directly transmitted to the storage unit (not shown) of another intelligent heating device through the first data transmission interface 16, and can also be transmitted to a portable storage device (not shown), such as Mobile hard disk, USB flash drive or SD memory card, etc. Therefore, the first data transmission interface 16 may be, but not limited to, a USB (Universal Serial Bus) interface, a Bluetooth (Bluetooth) interface or an Ethernet (Ethernet) interface. In other words, the content of the cooking data can be added, modified, deleted or updated through the first data transmission interface 16 , and can be added, modified, deleted or updated through the input unit 121 of the intelligent heating device 1 .

Please refer to FIG. 4 , which is a schematic diagram of a temperature measuring device according to a preferred embodiment of the present invention. As shown in Figure 4, the temperature measurement device 3 comprises a temperature measurement unit 31, a signal processing unit 32, a control panel 33 and a temperature data transmission interface 34, wherein the temperature measurement unit 31 is connected to the signal processing unit 32 and extends to the outside of the housing 35 , for correspondingly generating a temperature signal to the signal processing unit 32 according to the temperature change. The signal processing unit 32 is respectively connected to the temperature measurement unit 31 , the control panel 33 and the temperature data transmission interface 34 , and is disposed inside the casing 35 to control the operation of the temperature measurement device 3 . The control panel 33 is disposed outside the temperature measuring device 3 and includes an input unit 331 and a display unit 332 for displaying temperature data measured by the temperature measuring device 3 and receiving control signals from users. Wherein, the input unit 331 can be a key-type adjustment element or a rotary adjustment element (not shown), and the display unit 332 can be but not limited to a liquid crystal display or an indicator light. In some embodiments, the input unit 331 and The display unit 332 can be implemented using a touch panel.

When the user starts the operation of the temperature measuring device 3 through the input unit 331 of the control panel 33, the signal processing unit 32 will receive the temperature signal generated by the temperature measuring unit 31 and calculate the corresponding temperature data, and the measured temperature data can be displayed in addition to In addition to the display unit 332 of the control panel 33 , the measured temperature data can be transmitted to other external electronic devices 4 in real time through the temperature data transmission interface 34 , such as the intelligent heating device 1 of the present invention. Wherein, the temperature data transmission interface 34 can be but not limited to a USB interface, a bluetooth interface or an Ethernet interface, and the temperature data transmission interface 34 should transmit temperature data with the external electronic device 4 in a wired or wireless manner according to various temperature data transmission interfaces. Taking the USB interface as an example, when the temperature data transmission interface 34 is a USB interface, the temperature data transmission interface 34 and the external electronic device 4 will be connected to each other with a transmission line (not shown), so that the temperature data transmission interface 34 can transfer the measured temperature data Immediately transmit the temperature data to the external electronic device 4 through the temperature data transmission interface 34 . If the temperature measuring device 3 is applied to the intelligent heating device 1 of the present invention, the temperature measuring device 3 can be placed in the first food container 2a or the second food container 2b to be compatible with the first food container 2a or the second food container 2b The food temperature is accurately measured by directly contacting a material in the container (not shown). When the user uses the temperature measuring device 3 to stir the food in the first food container 2a or the second food container 2b, the temperature measuring device 3 will The measured food temperature is transmitted to the control unit 14 via the temperature data transmission interface 34 of the temperature measuring device 3 and the first data transmission interface 16 of the intelligent heating device 1 . Therefore, in addition to accurately measuring the food temperature, the smart heating device 1 can also accurately adjust the heating amount and heating time of the food container by the smart heating device 1 according to the measured food temperature.

To sum up, the intelligent heating device of the present invention can automatically adjust the heating amount and heating time of the first food container or the second food container by the first induction coil or the second induction coil according to different food materials or dishes. When the heating amount and heating time corresponding to the ingredients or dishes that the user wants to cook are not set, in addition to adding the heating amount and heating time corresponding to the ingredients to be cooked through the first data transmission interface, the user can also set the heating amount and heating time by himself. Set, edit, or use records to add or modify the heating amount and heating time corresponding to the ingredients to be cooked. Furthermore, cooking data such as the heating amount and heating time corresponding to the newly added or modified ingredients can be shared with other users through the data transmission interface.

The temperature measuring device of the present invention can accurately measure temperature, and can transmit the measured temperature data to other external electronic devices in real time, such as the intelligent heating device of the present invention, when applied to the intelligent heating device, the temperature measuring device can be placed in the first Measure the food temperature in the food container or the second food container, and transmit the measured food temperature and other data to the smart heating device in real time. In addition to accurately measuring the food temperature, the smart heating device can accurately adjust according to the measured food temperature The heating amount and heating time of the first food container or the second food container by the intelligent heating device.

The present invention can be modified in various ways by those of ordinary skill in the art, without departing from the protection scope of the appended claims.

Claims (22)

1. intelligent heater, in order to at least one first food materials container induction heating, this intelligent heater comprises:

One first induction coil;

One control panel comprises an input unit and a display unit, in order to import or to show the operation conditions of this intelligent heater;

One power supply power supply unit is connected in this first induction coil, in order to provide one first power supply to this first induction coil;

One memory cell is in order to store culinary art data;

One first data transmission interface is in order to the transmission data; And

One control unit, be connected in this control panel, this power supply power supply unit, this memory cell and this first data transmission interface, in order to provide to the electric weight of this first induction coil, this intelligent heater is automatically adjusted this first food materials container added heat and heating time according to this power supply power supply unit of this culinary art Data Control;

Wherein these culinary art data can be utilized this input unit increase, modification, deletion or the update content of this intelligent heater.

2. intelligent heater as claimed in claim 1 wherein should the culinary art data pass through this first data transmission interface increase, modification, deletion or update content.

3. intelligent heater as claimed in claim 1, wherein should the culinary art data according to a culinary art option classification, the record cooking process is needed to add the order that heat, heating time and food materials are put into the first food materials container.

4. intelligent heater as claimed in claim 1, wherein this control unit optionally will cook food materials or dish pairing adding to be recorded in these culinary art data in newly-increased mode heat and heating time in this intelligent heater cooking process.

5. intelligent heater as claimed in claim 1, wherein these culinary art data are sent to an external electronic by this first data transmission interface, or should cook data by this external electronic by this first data transmission interface and be sent to this memory cell.

6. intelligent heater as claimed in claim 5, wherein this external electronic is another intelligent heater or portable memory.

7. intelligent heater as claimed in claim 1, wherein this control unit realizes that by adjusting this first power source voltage or frequency this power supply power supply unit of control provides the electric weight size to this first induction coil.

8. intelligent heater as claimed in claim 1, wherein this control unit is pulse frequency modulated controller or digital signal processor.

9. intelligent heater as claimed in claim 1, wherein this power supply power supply unit one input power source voltage and frequency inverted that will receive is sent to this first induction coil and produce this first power supply.

10. intelligent heater as claimed in claim 1, wherein this input unit of this intelligent heater is touch-tone adjustment element or revolving adjustment element.

11. intelligent heater as claimed in claim 1, wherein this display unit of this intelligent heater is LCD or indicator light.

12. intelligent heater as claimed in claim 1, wherein this input unit of this intelligent heater and this display unit are realized with contact panel.

13. intelligent heater as claimed in claim 1, wherein this first data transmission interface is USB (universal serial bus), blue tooth interface or Ethernet interface.

14. intelligent heater as claimed in claim 1, also comprise a temperature measuring equipment, with with this first food materials container in the mode that directly contacts of food materials measure a food materials temperature in this first food materials container, and this food materials temperature immediately is sent to this control unit by this first data transmission interface.

15. intelligent heater as claimed in claim 1, also comprise one second induction coil and be connected in this power supply power supply unit, in order to the electric energy that receives the second source that this power supply power supply unit produces to this first food materials container induction heating or one second food materials container induction heating.

16. a temperature measuring equipment is used for an intelligent heater to measure temperature, this temperature measuring equipment comprises:

One temperature measurement unit is in order to produce a temperature signal according to the variations in temperature correspondence;

One signal processing unit is connected in this temperature measurement unit, moves in order to control this temperature measuring equipment, and receives this temperature signal and produce a corresponding temperature data; And

One temperature data coffret is sent to this intelligent heater in order to this temperature data that will measure by this temperature data coffret;

Wherein, this temperature signal of this signal processing unit generation is sent to this intelligent heater immediately.

17. temperature measuring equipment as claimed in claim 16 also comprises a control panel, in order to this temperature data that shows that this temperature measuring equipment is measured, and reception user's control signal.

18. as claim 17 a described temperature measuring equipment, wherein this control panel comprises an input unit and a display unit.

19. temperature measuring equipment as claimed in claim 18, wherein this input unit of this temperature measuring equipment is touch-tone adjustment element or revolving adjustment element.

20. temperature measuring equipment as claimed in claim 18, wherein this display unit of this temperature measuring equipment is LCD or indicator light.

21. temperature measuring equipment as claimed in claim 18, wherein this input unit of this temperature measuring equipment and this display unit are realized with contact panel.

22. temperature measuring equipment as claimed in claim 16, wherein this temperature data coffret is USB (universal serial bus), blue tooth interface or Ethernet interface.

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