Multi-period setting interaction module and multi-period maximum temperature control module for constant-temperature stove with controllable internal environment

Abstract

The invention discloses a multi-period setting interaction module and a multi-period maximum temperature control module of a constant-temperature stove with a controllable inner environment. The invention relates to a novel way of applying an electrically controllable internal environment constant temperature stove C N201811111600. X to a common gas stove, in particular to a novel way that mode selection and value setting are convenient by pressing down / rotating on one rotary encoder in each time period, and time values and power temperatures in each time period are displayed separately and simultaneously, so that the display is more intuitive; in order to design lazy people, the highest temperature of cooking power and the highest temperature of each power period are set, and the internal environment constant-temperature stove is a temperature sensor for detecting the internal environment (the environment comprises four walls, namely, the bottom of the pot and internal environment gas, liquid and solid media); the conventional improvement is that two temperature sensors are used for flexibly setting detection by measuring the pot bottom and measuring the medium. After being applied to a common gas stove, the electric frying pan is freely combined and taken down to be placed on a base, the electric frying pan is placed in a groove of a stove body and makes contact with an internal environment heat-conducting medium for electric heating, and when the electric frying pan is not placed in the groove, space available gas exists between the pan and a gas stove head.

Description

Technical Field

[0001] The present invention relates to the field of kitchen appliances, in particular to the field of constant-temperature stoves with controllable internal environments. Background Art

[0002] For independent internal environment constant temperature stoves (patent application number: CN201811111600.X) and electric heating power controllable internal environment constant temperature stoves, ordinary gas stoves should be used: the human-computer interaction technology for setting multiple time periods is achievable with the existing technology and is also very easy to implement, but the human-computer interaction mode technical solution for setting multiple time periods proposed in the present invention is blank, and this setting method does not exist. The advantage of this solution is that it is very convenient to set the mode and value by pressing and rotating a rotary encoder on each time period. At the same time, the time and power temperature display are separated and displayed simultaneously, which is also more intuitive without having to press to check the set temperature or power value. At the same time, the above-mentioned solution for multiple time periods is an existing This technology does not exist in cooking stoves. At the same time, why should the power setting be limited to the maximum limit temperature of each power time period? It is designed for lazy people who want to boil the pot quickly and prevent it from getting burnt after boiling. The difference between it and the prior art is that it not only sets the maximum temperature of the cooking power but also the maximum temperature of each time period, which prevents the pot from getting burnt in each power time period and achieves the target cooking taste. The original patented controllable internal environment constant temperature stove (patent application number: CN201811111600.X) has one temperature sensor to detect the internal environment (the environment includes the four walls, i.e. the bottom of the pot and the medium). This improvement separates the sensor into two, one to detect the bottom of the pot and the other to detect the medium, which can be flexibly set and flexibly detected. The power is cut off when the pot is removed, and the camera with changing position can be used. After being freely combined with the ordinary gas stove, it can be taken down and placed on the base as an independent electric frying pan. The pot is placed in the groove of the slot body and contacts with the internal environment heat-conducting medium, and electric heating power is used. If it is not placed in the groove, there is a larger space between the pot and the gas stove head, and gas heating is used. The gas and electric power can be switched freely, thereby organically combining the gas stove and the electric internal environment constant temperature stove. The multi-time period constant temperature and constant power of the constant temperature stove body disintegrates the other heating stages of gas except the advantages of high-fire cooking period, thereby improving the degree of automation of cooking and changing the gas stove The crude form of energy utilization in which most of the heat of the internal and external environments is not exchanged with food for heat is of great benefit to energy conservation and emission reduction after it is popularized all over the world. It also realizes the problem that people have been trying to solve for a long time: modern stoves completely simulate wood stoves (the principle of wood stoves is the constant temperature and constant power of the internal environment in multiple time periods, but they are subconscious and empirical). As a result, ordinary gas stoves inherit the original functions and have functions such as constant temperature, constant power and insulation in multiple time periods, as well as dual temperature sensor technical solutions and common solutions. Summary of the invention

[0003] In order to solve the above problems, the technical solution proposed by the present invention is:

[0004] The heat power actuator fixedly installed in the main stove body directly heats the stove while the temperature sensor 2 or the temperature sensor 1 detects the temperature of the pot.

[0005] 1. A controllable internal environment constant temperature stove with a camera, characterized by the outer stove body of the controllable internal environment constant temperature stove, the internal environment medium of the controllable internal environment constant temperature stove (not limited to gas, liquid, solid), the outer stove body and the medium (not limited to any shape) are fixedly arranged to form a main stove body, the main stove body is not limited to having a groove, the pot edge (edge ​​of the pot) of the pot is not limited to being able to be covered on and completely cover the upper part of the main stove body to ensure that oil and water do not fall into the internal environment during cooking, the pot is not limited to having a handle, the handle is not limited to being embedded in the groove when in use, the handle is not limited to being fixedly arranged on the edge, the pot is not limited to having a handle, the handle is not limited to being able to be embedded in the groove when in use, the handle is not limited to being fixedly arranged on the edge, The position in contact with the pot lid when placed on the stove for cooking is not limited to being lower than, equal to, or higher than the height of the outer stove body or the inner environment medium; the thermal power actuator machine fixedly installed in the main stove body heats the internal solid medium, and is not limited to the thermal power actuator machine fixedly installed in the main stove body heating the internal solid medium, and then the internal solid medium heats the pot. The user can set the desired multi-time period duration and the constant temperature and constant power mode corresponding to each time period and the constant temperature and constant power value corresponding to each time period to the microcontroller fixedly installed in the main stove body through the human-computer interaction device fixedly installed in the main stove body, and then The microcontroller is connected to and exchanges data with a module consisting of not limited to one A / D conversion device 1 and temperature sensor 1, and a module consisting of an A / D conversion device 2 and temperature sensor 2, and the modules are fixedly installed on the main stove body, so that the microcontroller obtains not limited to temperature data value 1 (the medium temperature) and temperature data value 2 (the pot temperature) of one temperature sensor, and the temperature sensing end of the temperature sensor is not limited to detecting the temperature of the pot and the medium simultaneously or separately. The microcontroller detects the temperature of the pot and the medium according to the setting value and the temperature data value 1 or the temperature data value 2 by connecting and fixing it. The power driving device placed in the main stove body drives the thermal power actuator to realize closed-loop control to heat the medium or the pot to realize constant temperature control corresponding to the set value in each time period so that the medium reaches the temperature data value 1 or the pot reaches the temperature data value 2, as well as open-loop constant power control; the constant temperature control is that the temperature value fluctuates slightly above and below the constant temperature value or keeps the constant temperature value unchanged; the main stove body is equipped with a servo mechanism, the direction and angle of the servo mechanism are controlled by the microcontroller, and a camera is installed on the servo mechanism, and the camera sends the collected audio and video to the microcontroller connected thereto;The controllable internal environment constant temperature stove with a camera is not limited to including a remote data transmission module connected to the microcontroller to communicate with other smart devices directly or indirectly through a server to interact with the constant temperature and constant power modes corresponding to each time period and the temperature and power values ​​corresponding to each constant temperature and constant power corresponding to each time period, thereby realizing constant temperature and constant power control corresponding to the set value of the medium or the cookware in each time period, and the following maximum limit temperature value parameter, thereby automatically controlling the temperature of the cookware or the medium in each time period or a certain time period not exceeding the maximum limit temperature value parameter, and interacting with the direction and angle data of the servo mechanism to control the position and angle of the servo mechanism, and interacting with the audio and video data , a conductor connected to an elastic mechanism is fixedly mounted on the outer stove body of the controllable internal environment constant temperature stove, a section of the elastic mechanism contacts the bottom of the pot, when the pot is placed on the stove and the bottom of the pot contacts the medium, and then the elastic mechanism is pressed down so that the conductor controls the switch of a circuit, and the microcontroller of the controllable internal environment constant temperature stove detects whether the circuit is conductive and thus determines whether the pot is placed on the stove and needs to be heated by the medium, thereby starting or stopping the heating process; the human-machine interaction device is not limited to being able to display the temperature, power, remaining time, and temperature value of the current target quantity for each of the time periods; the human-machine control device is not limited to: the display device in the human-machine interaction device on the stove body has two display areas or The two display modules on the stove body, one area or the module is used to display the temperature and / or power value, and the other area or the module is used to display the remaining time of the current time period; there are two rotary encoders in each time period, wherein the first rotary encoder switches the above area or the above module to display the power and temperature mode when pressed, and at the same time switches the indicator light or prompt text display corresponding to the power or temperature mode, and the microcontroller receives and saves the power or temperature mode switched by the above pressing, and the microcontroller judges the rotation of the first rotary encoder according to the power or temperature mode switched by the above pressing to modify the above displayed temperature and / or power value ... The rotary encoder is not limited to displaying the indicator lights or text displays of high, medium and low power at the same time or not limited to displaying the indicator lights or text displays of high, medium and low temperature or quick indicator lights or text such as stewing, braising, stir-frying, pancakes, etc. according to the power or temperature mode switched to by the pressing when the first rotary encoder rotates, wherein the second rotary encoder controls the increase and decrease of the remaining time of the current time period by rotation, and the time period adjustment algorithm also includes that if a time period has been exhausted and adjusted, but the remaining time length of the time period is manually modified to be greater than 0 through the second rotary encoder, the controller re-adjusts the temperature or power of the current time period within the time modified to be greater than 0 to perform the set target control;The sensor is not limited to one sensor, not limited to sensor 1, one is used to measure the temperature 1 of the internal medium, and the other is used to detect the temperature 2 of the pot. The other temperature sensor 2 is not limited to being fixedly placed on the elastic mechanism. The expected temperature of the time period can be set by any interactive device, or by a shortcut key. The microcontroller controls the use of temperature 1 or temperature 2 in the time period according to a preset algorithm. Even if the power is set in the time period, the maximum limit temperature of all or a single time period can be set. The stove body also has a temperature display device 1 (or area 1 of the temperature display device) controlled by the microcontroller for displaying the temperature value detected by the temperature sensor 1, and a temperature display device 2 (or area 2 of the temperature display device) for displaying the temperature value detected by the temperature sensor 2. ;

[0006] 2. A dual-mode controllable internal environment constant temperature stove, which consists of a gas stove top, an outer stove body, and a main stove body fixedly arranged between the outer stove body and the internal environment medium (not limited to gas, liquid, solid). The thermal power actuator fixedly arranged in the main stove body heats the internal solid medium (not limited to any shape), and then the internal solid medium heats the pot. The pot is not limited to having more than one handle, the handle is not limited to being fixedly arranged on the edge, and is not limited to having more than one groove fixedly arranged in the main stove body. The pot edge (edge ​​of the pot) of the pot is not limited to being able to be covered on or completely cover the upper part of the main stove body to ensure that oil and water do not fall into the internal environment during cooking. The user can set the desired multi-time duration and the constant temperature and constant power mode corresponding to each time period and the constant temperature and constant power value corresponding to each time period to the microcontroller fixedly arranged in the main stove body through the human-computer interaction device fixedly arranged in the main stove body, and then the microcontroller is connected to a module composed of not limited to an A / D conversion device 1 and a temperature sensor 1, and a module composed of an A / D conversion device 2 and a temperature sensor 2, and performs data exchange, and the module is connected to The main stove body is fixedly arranged, so that the microcontroller obtains temperature data value 1 (the medium temperature) and temperature data value 2 (the pot temperature) of not limited to one temperature sensor, and the temperature sensing end of the temperature sensor is not limited to detecting the temperature of the pot and the medium simultaneously or separately. The microcontroller drives the thermal power actuator according to the setting value and the temperature data value 1 or the temperature data value 2 through a power driving device connected and fixedly arranged on the main stove body to realize closed-loop control to heat the medium or the pot to realize constant temperature control corresponding to the setting value in each time period so that the medium reaches the temperature data value 1 or the pot reaches the temperature data value 2, as well as open-loop constant power control; the constant temperature control is that the temperature value fluctuates slightly above and below the constant temperature value or keeps the constant temperature value unchanged; the main stove body is arranged on the gas stove top and is not limited to two connected by a connecting device, the gas stove head is arranged on the gas stove top and placed in the opening of the main stove body, and the ignition and firepower of the gas stove head are controlled by a manual ignition device arranged on the gas stove top. The dual-mode controllable internal environment constant temperature stove also includes a base that is not connected to the stove body and is placed independently, and the base is composed of a bottom plate and a column. The main stove body can be directly removed from the gas stove table or removed after the connection state of the connecting device is manually released, and the stove body can be placed on the base after being removed, and a connecting component is provided to connect and fix the stove body and the base to each other, and the column is embedded in the opening as a whole and used as an independent electrical appliance; the main stove body is equipped with a servo mechanism, and the direction and angle of the servo mechanism are controlled by the microcontroller, and a camera is installed on the servo mechanism, and the camera sends the collected audio and video to the microcontroller connected thereto;The dual-mode controllable internal environment constant temperature stove is composed of a gas stove top, but not limited to a remote data transmission module connected to the microcontroller, which communicates with other smart devices directly or indirectly through a server to interact with the constant temperature and constant power modes corresponding to each time period and the temperature and power values ​​corresponding to each constant temperature and constant power corresponding to each time period, thereby realizing constant temperature and constant power control corresponding to the set value in each time period of the medium or the pot, and the following maximum limit temperature value parameter, thereby automatically controlling the temperature of the pot or the medium in each time period or a certain time period not exceeding the maximum limit temperature value parameter, and interacting with the direction and angle data of the servo mechanism to control the position and angle of the servo mechanism, so as to achieve and interact with the audio and video data. The external stove body of the controllable internal environment constant temperature stove is fixed with a conductor that can be connected to the elastic machine to contact the bottom of the pot. After being pressed down by the bottom of the pot, the bottom of the pot can contact the medium. Then the switch of the current controlled by the conductor is detected by the single-chip microcomputer of the controllable internal environment constant temperature stove to determine whether the pot is placed on the stove and needs to be heated by the medium, thereby pausing or stopping the heating process; the human-machine interaction device can display the temperature, power, remaining time, and temperature value of the current target quantity in each of the time periods; the human-machine control device is not limited to: the display device in the human-machine interaction device on the stove body has two display areas or two display modules on the stove body in each time period, One of the areas or the module is used to display the temperature and / or power value, and the other area or the module is used to display the remaining time of the current period; there are two rotary encoders in each time period, wherein the first rotary encoder switches the area or the module to display the power and temperature mode when pressed, and switches the indicator light or prompt text display corresponding to the power or temperature mode, and the microcontroller receives and saves the power or temperature mode switched by the pressing, and the microcontroller determines the rotation of the first rotary encoder according to the power or temperature mode switched by the pressing to modify the displayed temperature and / or power value ... The power or temperature mode switched to by the pressing is not limited to displaying indicator lights or text displays of high, medium and low power at the same time when the first rotary encoder rotates, or is not limited to displaying indicator lights or text displays of high, medium and low temperatures, or quick indicator lights or texts such as stewing, braising, stir-frying, pancakes, etc., wherein the second rotary encoder controls the increase and decrease of the remaining time of the current time period by rotation, and the time period adjustment algorithm also includes if a time period has been exhausted and the adjustment has been completed, but the remaining time length of the time period is manually modified to be greater than 0 through the second rotary encoder, then the controller re-adjusts the temperature or power of the current time period within the time modified to be greater than 0 to perform the set target control;The sensor is not limited to one sensor, not limited to sensor 1, one is used to measure the temperature 1 of the internal medium, and the other is used to detect the temperature 2 of the pot. The other temperature sensor 2 is not limited to being fixedly placed on the elastic mechanism. The expected temperature of the time period can be set by any interactive device, or by a shortcut key. The microcontroller controls the use of temperature 1 or temperature 2 in the time period according to a preset algorithm. Even if the power is set in the time period, the maximum limit temperature of all or a single time period can be set. The stove body also has a temperature display device 1 (or area 1 of the temperature display device) controlled by the microcontroller for displaying the temperature value detected by the temperature sensor 1, and a temperature display device 2 (or area 2 of the temperature display device) for displaying the temperature value detected by the temperature sensor 2. ;

[0007] 3. A method for using a dual-mode controllable internal environment constant temperature stove: The dual-mode controllable internal environment constant temperature stove can be used in two ways: when the cookware is heated by gas, the pot handle is not embedded in the groove; when the electric heating power is used to heat the medium and then heat the cookware, the pot handle is embedded in the groove, and at this time the cookware is in contact with the medium or close to zero distance contact. BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 This is a schematic diagram of the appearance of claim 1 of the present invention.

[0009] Figure 2 This is a schematic diagram of the appearance of claim 2 of the present invention.

[0010] Figure 3 Schematic diagram of the circuit of the present invention.

[0011] Figure 4 It is a schematic diagram of the power-off circuit when the pot is off according to the present invention.

[0012] Figure 5 It is a schematic diagram of a multi-period human-computer interaction device of the present invention.

[0013] Figure 6 It is a schematic diagram of a single-period human-computer interaction device of the present invention.

[0014] Figure 7 It is a schematic diagram of a multi-period human-computer interaction device of the present invention. Example

[0015] 1. A controllable internal environment constant temperature stove with a camera, characterized by the outer stove body of the controllable internal environment constant temperature stove, the internal environment medium of the controllable internal environment constant temperature stove (not limited to gas, liquid, solid), the outer stove body and the medium (not limited to any shape) are fixedly arranged to form a main stove body, the main stove body is not limited to having a groove, the pot edge (edge ​​of the pot) of the pot is not limited to being able to be covered on and completely cover the upper part of the main stove body to ensure that oil and water do not fall into the internal environment during cooking, the pot is not limited to having a handle, the handle is not limited to being embedded in the groove when in use, the handle is not limited to being fixedly arranged on the edge, the pot is not limited to having a handle, the handle is not limited to being able to be embedded in the groove when in use, the handle is not limited to being fixedly arranged on the edge, The position in contact with the pot lid when placed on the stove for cooking is not limited to being lower than, equal to, or higher than the height of the outer stove body or the inner environment medium; the thermal power actuator machine fixedly installed in the main stove body heats the internal solid medium, and is not limited to the thermal power actuator machine fixedly installed in the main stove body heating the internal solid medium, and then the internal solid medium heats the pot. The user can set the desired multi-time period duration and the constant temperature and constant power mode corresponding to each time period and the constant temperature and constant power value corresponding to each time period to the microcontroller fixedly installed in the main stove body through the human-computer interaction device fixedly installed in the main stove body, and then The microcontroller is connected to and exchanges data with a module consisting of not limited to one A / D conversion device 1 and temperature sensor 1, and a module consisting of an A / D conversion device 2 and temperature sensor 2, and the modules are fixedly installed on the main stove body, so that the microcontroller obtains not limited to temperature data value 1 (the medium temperature) and temperature data value 2 (the pot temperature) of one temperature sensor, and the temperature sensing end of the temperature sensor is not limited to detecting the temperature of the pot and the medium simultaneously or separately. The microcontroller detects the temperature of the pot and the medium according to the setting value and the temperature data value 1 or the temperature data value 2 by connecting and fixing it. The power driving device placed in the main stove body drives the thermal power actuator to realize closed-loop control to heat the medium or the pot to realize constant temperature control corresponding to the set value in each time period so that the medium reaches the temperature data value 1 or the pot reaches the temperature data value 2, as well as open-loop constant power control; the constant temperature control is that the temperature value fluctuates slightly above and below the constant temperature value or keeps the constant temperature value unchanged; the main stove body is equipped with a servo mechanism, the direction and angle of the servo mechanism are controlled by the microcontroller, and a camera is installed on the servo mechanism, and the camera sends the collected audio and video to the microcontroller connected thereto;The controllable internal environment constant temperature stove with a camera is not limited to including a remote data transmission module connected to the microcontroller to communicate with other smart devices directly or indirectly through a server to interact with the constant temperature and constant power modes corresponding to each time period and the temperature and power values ​​corresponding to each constant temperature and constant power corresponding to each time period, thereby realizing constant temperature and constant power control corresponding to the set value of the medium or the cookware in each time period, and the following maximum limit temperature value parameter, thereby automatically controlling the temperature of the cookware or the medium in each time period or a certain time period not exceeding the maximum limit temperature value parameter, and interacting with the direction and angle data of the servo mechanism to control the position and angle of the servo mechanism, and interacting with the audio and video data , a conductor connected to an elastic mechanism is fixedly mounted on the outer stove body of the controllable internal environment constant temperature stove, a section of the elastic mechanism contacts the bottom of the pot, when the pot is placed on the stove and the bottom of the pot contacts the medium, and then the elastic mechanism is pressed down so that the conductor controls the switch of a circuit, and the microcontroller of the controllable internal environment constant temperature stove detects whether the circuit is conductive and thus determines whether the pot is placed on the stove and needs to be heated by the medium, thereby starting or stopping the heating process; the human-machine interaction device is not limited to being able to display the temperature, power, remaining time, and temperature value of the current target quantity for each of the time periods; the human-machine control device is not limited to: the display device in the human-machine interaction device on the stove body has two display areas or The two display modules on the stove body, one area or the module is used to display the temperature and / or power value, and the other area or the module is used to display the remaining time of the current time period; there are two rotary encoders in each time period, wherein the first rotary encoder switches the above area or the above module to display the power and temperature mode when pressed, and at the same time switches the indicator light or prompt text display corresponding to the power or temperature mode, and the microcontroller receives and saves the power or temperature mode switched by the above pressing, and the microcontroller judges the rotation of the first rotary encoder according to the power or temperature mode switched by the above pressing to modify the above displayed temperature and / or power value ... The rotary encoder is not limited to displaying the indicator lights or text displays of high, medium and low power at the same time or not limited to displaying the indicator lights or text displays of high, medium and low temperature or quick indicator lights or text such as stewing, braising, stir-frying, pancakes, etc. according to the power or temperature mode switched to by the pressing when the first rotary encoder rotates, wherein the second rotary encoder controls the increase and decrease of the remaining time of the current time period by rotation, and the time period adjustment algorithm also includes that if a time period has been exhausted and adjusted, but the remaining time length of the time period is manually modified to be greater than 0 through the second rotary encoder, the controller re-adjusts the temperature or power of the current time period within the time modified to be greater than 0 to perform the set target control;The sensor is not limited to one sensor, not limited to sensor 1, one is used to measure the temperature 1 of the internal medium, and the other is used to detect the temperature 2 of the pot. The other temperature sensor 2 is not limited to being fixedly placed on the elastic mechanism. The expected temperature of the time period can be set by any interactive device, or by a shortcut key. The microcontroller controls the use of temperature 1 or temperature 2 in the time period according to a preset algorithm. Even if the power is set in the time period, the maximum limit temperature of all or a single time period can be set. The stove body also has a temperature display device 1 (or area 1 of the temperature display device) controlled by the microcontroller for displaying the temperature value detected by the temperature sensor 1, and a temperature display device 2 (or area 2 of the temperature display device) for displaying the temperature value detected by the temperature sensor 2. ;

[0016] 2. A dual-mode controllable internal environment constant temperature stove, which consists of a gas stove top, an outer stove body, and a main stove body fixedly arranged between the outer stove body and the internal environment medium (not limited to gas, liquid, solid). The thermal power actuator fixedly arranged in the main stove body heats the internal solid medium (not limited to any shape), and then the internal solid medium heats the pot. The pot is not limited to having more than one handle, the handle is not limited to being fixedly arranged on the edge, and is not limited to having more than one groove fixedly arranged in the main stove body. The pot edge (edge ​​of the pot) of the pot is not limited to being able to be covered on or completely cover the upper part of the main stove body to ensure that oil and water do not fall into the internal environment during cooking. The user can set the desired multi-time duration and the constant temperature and constant power mode corresponding to each time period and the constant temperature and constant power value corresponding to each time period to the microcontroller fixedly arranged in the main stove body through the human-computer interaction device fixedly arranged in the main stove body, and then the microcontroller is connected to a module composed of not limited to an A / D conversion device 1 and a temperature sensor 1, and a module composed of an A / D conversion device 2 and a temperature sensor 2, and performs data exchange, and the module is connected to The main stove body is fixedly arranged, so that the microcontroller obtains temperature data value 1 (the medium temperature) and temperature data value 2 (the pot temperature) of not limited to one temperature sensor, and the temperature sensing end of the temperature sensor is not limited to detecting the temperature of the pot and the medium simultaneously or separately. The microcontroller drives the thermal power actuator according to the setting value and the temperature data value 1 or the temperature data value 2 through a power driving device connected and fixedly arranged on the main stove body to realize closed-loop control to heat the medium or the pot to realize constant temperature control corresponding to the setting value in each time period so that the medium reaches the temperature data value 1 or the pot reaches the temperature data value 2, as well as open-loop constant power control; the constant temperature control is that the temperature value fluctuates slightly above and below the constant temperature value or keeps the constant temperature value unchanged; the main stove body is arranged on the gas stove top and is not limited to two connected by a connecting device, the gas stove head is arranged on the gas stove top and placed in the opening of the main stove body, and the ignition and firepower of the gas stove head are controlled by a manual ignition device arranged on the gas stove top. The dual-mode controllable internal environment constant temperature stove also includes a base that is not connected to the stove body and is placed independently, and the base is composed of a bottom plate and a column. The main stove body can be directly removed from the gas stove table or removed after the connection state of the connecting device is manually released, and the stove body can be placed on the base after being removed, and a connecting component is provided to connect and fix the stove body and the base to each other, and the column is embedded in the opening as a whole and used as an independent electrical appliance; the main stove body is equipped with a servo mechanism, and the direction and angle of the servo mechanism are controlled by the microcontroller, and a camera is installed on the servo mechanism, and the camera sends the collected audio and video to the microcontroller connected thereto;The dual-mode controllable internal environment constant temperature stove is composed of a gas stove top, but not limited to a remote data transmission module connected to the microcontroller, which communicates with other smart devices directly or indirectly through a server to interact with the constant temperature and constant power modes corresponding to each time period and the temperature and power values ​​corresponding to each constant temperature and constant power corresponding to each time period, thereby realizing constant temperature and constant power control corresponding to the set value in each time period of the medium or the pot, and the following maximum limit temperature value parameter, thereby automatically controlling the temperature of the pot or the medium in each time period or a certain time period not exceeding the maximum limit temperature value parameter, and interacting with the direction and angle data of the servo mechanism to control the position and angle of the servo mechanism, so as to achieve and interact with the audio and video data. The external stove body of the controllable internal environment constant temperature stove is fixed with a conductor that can be connected to the elastic machine to contact the bottom of the pot. After being pressed down by the bottom of the pot, the bottom of the pot can contact the medium. Then the switch of the current controlled by the conductor is detected by the single-chip microcomputer of the controllable internal environment constant temperature stove to determine whether the pot is placed on the stove and needs to be heated by the medium, thereby pausing or stopping the heating process; the human-machine interaction device can display the temperature, power, remaining time, and temperature value of the current target quantity in each of the time periods; the human-machine control device is not limited to: the display device in the human-machine interaction device on the stove body has two display areas or two display modules on the stove body in each time period, One of the areas or the module is used to display the temperature and / or power value, and the other area or the module is used to display the remaining time of the current period; there are two rotary encoders in each time period, wherein the first rotary encoder switches the area or the module to display the power and temperature mode when pressed, and switches the indicator light or prompt text display corresponding to the power or temperature mode, and the microcontroller receives and saves the power or temperature mode switched by the pressing, and the microcontroller determines the rotation of the first rotary encoder according to the power or temperature mode switched by the pressing to modify the displayed temperature and / or power value ... The power or temperature mode switched to by the pressing is not limited to displaying indicator lights or text displays of high, medium and low power at the same time when the first rotary encoder rotates, or is not limited to displaying indicator lights or text displays of high, medium and low temperatures, or quick indicator lights or texts such as stewing, braising, stir-frying, pancakes, etc., wherein the second rotary encoder controls the increase and decrease of the remaining time of the current time period by rotation, and the time period adjustment algorithm also includes if a time period has been exhausted and the adjustment has been completed, but the remaining time length of the time period is manually modified to be greater than 0 through the second rotary encoder, then the controller re-adjusts the temperature or power of the current time period within the time modified to be greater than 0 to perform the set target control;The sensor is not limited to one sensor, not limited to sensor 1, one is used to measure the temperature 1 of the internal medium, and the other is used to detect the temperature 2 of the pot. The other temperature sensor 2 is not limited to being fixedly placed on the elastic mechanism. The expected temperature of the time period can be set by any interactive device, or by a shortcut key. The microcontroller controls the use of temperature 1 or temperature 2 in the time period according to a preset algorithm. Even if the power is set in the time period, the maximum limit temperature of all or a single time period can be set. The stove body also has a temperature display device 1 (or area 1 of the temperature display device) controlled by the microcontroller for displaying the temperature value detected by the temperature sensor 1, and a temperature display device 2 (or area 2 of the temperature display device) for displaying the temperature value detected by the temperature sensor 2. ;

[0017] 3. A method for using a dual-mode controllable internal environment constant temperature stove: The dual-mode controllable internal environment constant temperature stove can be used in two ways: when the cookware is heated by gas, the pot handle is not embedded in the groove; when the electric heating power is used to heat the medium and then heat the cookware, the pot handle is embedded in the groove, and at this time the cookware is in contact with the medium or close to zero distance contact.

Claims

1. A controllable internal environment constant temperature stove with a camera is characterized by The outer stove body of the controllable internal environment constant temperature stove, the internal environment medium of the controllable internal environment constant temperature stove (not limited to gas, liquid, solid), the outer stove body and the medium (not limited to any shape) are fixedly arranged to form the main stove body, the main stove body is not limited to having a groove, the pot edge (edge ​​of the pot) of the pot is not limited to being able to be covered on and completely cover the upper part of the main stove body to ensure that oil and water do not fall into the internal environment during cooking, the pot is not limited to having a handle, the handle is not limited to being embedded in the groove when in use, the handle is not limited to being fixedly arranged on the edge, and the pot is placed on the stove and in contact with the pot cover when cooking. The position is not limited to being lower than, equal to, or higher than the height of the outer stove body or the inner environment medium; the thermal power actuator machine fixedly installed in the main stove body heats the internal solid medium, which is not limited to the thermal power actuator machine fixedly installed in the main stove body heating the internal solid medium, and then the internal solid medium heats the pot, and the user can set the desired multi-period duration and the constant temperature and constant power mode corresponding to each period and the constant temperature and constant power value corresponding to each period to the microcontroller fixedly installed in the main stove body through the human-computer interaction device fixedly installed in the main stove body, and then the microcontroller is connected to and exchanges data with a module composed of but not limited to an A / D conversion device 1 and a temperature sensor 1, and a module composed of an A / D conversion device 2 and a temperature sensor 2, and the module is fixedly installed with the main stove body, so that the microcontroller obtains but not limited to a temperature data value 1 (the medium temperature) and a temperature data value 2 (the pot temperature) of the temperature sensor, and the temperature sensing end of the temperature sensor is not limited to detecting the temperature of the pot and the medium simultaneously or separately, and the microcontroller is connected and fixedly installed on the main stove body according to the setting value and the temperature data value 1 or the temperature data value 2. The power driving device drives the thermal power actuator to realize closed-loop control to heat the medium or the cookware to realize constant temperature control corresponding to the set value in each time period so that the medium reaches the temperature data value 1 or the cookware reaches the temperature data value 2, as well as open-loop constant power control; the constant temperature control is that the temperature value fluctuates slightly above and below the constant temperature value or keeps the constant temperature value unchanged; the main stove body is equipped with a servo mechanism, the direction and angle of the servo mechanism are controlled by the microcontroller, and a camera is installed on the servo mechanism, and the camera sends the collected audio and video to the microcontroller connected thereto;The controllable internal environment constant temperature stove with a camera is not limited to including a remote data transmission module connected to the microcontroller to communicate with other smart devices directly or indirectly through a server to interact with the constant temperature and constant power modes corresponding to each time period and the temperature and power values ​​corresponding to each constant temperature and constant power corresponding to each time period, thereby realizing constant temperature and constant power control corresponding to the set value of the medium or the cookware in each time period, and the following maximum limit temperature value parameter, thereby automatically controlling the temperature of the cookware or the medium in each time period or a certain time period not exceeding the maximum limit temperature value parameter, and interacting with the direction and angle data of the servo mechanism to control the position and angle of the servo mechanism, and interacting with the audio and video data , a conductor connected to an elastic mechanism is fixedly mounted on the outer stove body of the controllable internal environment constant temperature stove, a section of the elastic mechanism contacts the bottom of the pot, when the pot is placed on the stove and the bottom of the pot contacts the medium, and then the elastic mechanism is pressed down so that the conductor controls the switch of a circuit, and the microcontroller of the controllable internal environment constant temperature stove detects whether the circuit is conductive and thus determines whether the pot is placed on the stove and needs to be heated by the medium, thereby starting or stopping the heating process; the human-machine interaction device is not limited to being able to display the temperature, power, remaining time, and temperature value of the current target quantity for each of the time periods; the human-machine control device is not limited to: the display device in the human-machine interaction device on the stove body has two display areas or The two display modules on the stove body, one area or module is used to display the temperature and / or power value, and the other area or module is used to display the remaining time of the current time period; there are two rotary encoders in each time period, wherein the first rotary encoder switches the above area or module to display the power and temperature mode when pressed, and switches the indicator light or prompt text display corresponding to the power or temperature mode, and the microcontroller receives and saves the power or temperature mode switched by the above pressing, and the microcontroller judges the rotation of the first rotary encoder according to the power or temperature mode switched by the above pressing to modify the above displayed temperature and / or power value ... The rotary encoder is not limited to displaying the indicator lights or text displays of high, medium and low power at the same time or not limited to displaying the indicator lights or text displays of high, medium and low temperature or quick indicator lights or text such as stewing, braising, stir-frying, pancakes, etc. according to the power or temperature mode switched to by the pressing when the first rotary encoder rotates, wherein the second rotary encoder controls the increase and decrease of the remaining time of the current time period by rotation, and the time period adjustment algorithm also includes that if a time period has been exhausted and adjusted, but the remaining time length of the time period is manually modified to be greater than 0 through the second rotary encoder, the controller re-adjusts the temperature or power of the current time period within the time modified to be greater than 0 to perform the set target control;The sensor is not limited to one sensor, not limited to sensor 1, one is used to measure the temperature 1 of the internal medium, and the other is used to detect the temperature 2 of the pot. The other temperature sensor 2 is not limited to being fixedly placed on the elastic mechanism. The expected temperature of the time period can be set by any interactive device, or by a shortcut key. The microcontroller controls the use of temperature 1 or temperature 2 in the time period according to a preset algorithm. Even if the power is set in the time period, the maximum limit temperature of all or a certain time period can be set. The stove body also has a temperature display device 1 (or area 1 of the display device) controlled by the microcontroller for displaying the temperature value detected by the temperature sensor 1, and a temperature display device 2 (or area 2 of the display device) for displaying the temperature value detected by the temperature sensor 2. The microcontroller is not limited to being connected to the human-machine interaction device, the thermal power actuator, and the A / D converter directly or through a decoder, a three-state latch, a three-state transceiver, or a combination of a decoder, a three-state latch, and a three-state transceiver. ; 2. A dual-mode controllable internal environment constant temperature stove, which consists of a gas stove top, an outer stove body, and a main stove body fixedly arranged between the outer stove body and the internal environment medium (not limited to gas, liquid, solid). The thermal power actuator fixedly arranged in the main stove body heats the internal solid medium (not limited to any shape), and then the internal solid medium heats the pot. The pot is not limited to having more than one handle, the handle is not limited to being fixedly arranged on the edge, and is not limited to having more than one groove fixedly arranged in the main stove body. The pot edge (edge ​​of the pot) of the pot is not limited to being able to be covered on or completely cover the upper part of the main stove body to ensure that oil and water do not fall into the internal environment during cooking. The user can set the desired multi-time duration and the constant temperature and constant power mode corresponding to each time period and the constant temperature and constant power value corresponding to each time period to the microcontroller fixedly arranged in the main stove body through the human-computer interaction device fixedly arranged in the main stove body, and then the microcontroller is connected to a module composed of not limited to an A / D conversion device 1 and a temperature sensor 1, and a module composed of an A / D conversion device 2 and a temperature sensor 2, and performs data exchange, and the module is connected to The main stove body is fixedly arranged, so that the microcontroller obtains temperature data value 1 (the medium temperature) and temperature data value 2 (the pot temperature) of not limited to one temperature sensor, and the temperature sensing end of the temperature sensor is not limited to detecting the temperature of the pot and the medium simultaneously or separately. The microcontroller drives the thermal power actuator according to the setting value and the temperature data value 1 or the temperature data value 2 through a power driving device connected and fixedly arranged on the main stove body to realize closed-loop control to heat the medium or the pot to realize constant temperature control corresponding to the setting value in each time period so that the medium reaches the temperature data value 1 or the pot reaches the temperature data value 2, and open-loop constant power control; the constant temperature control is that the temperature value fluctuates slightly above and below the constant temperature value or keeps the constant temperature value unchanged; the main stove body is arranged on the gas stove top and is not limited to two connected by a connecting device, the gas stove head is arranged on the gas stove top and placed in the opening of the main stove body, and the ignition and firepower of the gas stove head are controlled by a manual ignition device arranged on the gas stove top. The dual-mode controllable internal environment constant temperature stove also includes a base that is not connected to the stove body and is placed independently, and the base is composed of a bottom plate and a column. The main stove body can be directly removed from the gas stove table or removed after the connection state of the connecting device is manually released, and the stove body can be placed on the base after being removed, and a connecting component is provided to connect and fix the stove body and the base to each other, and the column is embedded in the opening as a whole and used as an independent electrical appliance; the main stove body is equipped with a servo mechanism, and the direction and angle of the servo mechanism are controlled by the microcontroller, and a camera is installed on the servo mechanism, and the camera sends the collected audio and video to the microcontroller connected thereto;The dual-mode controllable internal environment constant temperature stove is composed of a gas stove top, but not limited to a remote data transmission module connected to the microcontroller, which communicates with other smart devices directly or indirectly through a server to interact with the constant temperature and constant power modes corresponding to each time period and the temperature and power values ​​corresponding to each constant temperature and constant power corresponding to each time period, thereby realizing constant temperature and constant power control corresponding to the set value in each time period of the medium or the pot, and the following maximum limit temperature value parameter, thereby automatically controlling the temperature of the pot or the medium in each time period or a certain time period not exceeding the maximum limit temperature value parameter, and interacting with the direction and angle data of the servo mechanism to control the position and angle of the servo mechanism, so as to achieve and interact with the audio and video data. The external stove body of the controllable internal environment constant temperature stove is fixed with a conductor that can be connected to the elastic machine to contact the bottom of the pot. After being pressed down by the bottom of the pot, the bottom of the pot can contact the medium. Then the switch of the current controlled by the conductor is detected by the single-chip microcomputer of the controllable internal environment constant temperature stove to determine whether the pot is placed on the stove and needs to be heated by the medium, thereby pausing or stopping the heating process; the human-machine interaction device can display the temperature, power, remaining time, and temperature value of the current target quantity in each of the time periods; the human-machine control device is not limited to: the display device in the human-machine interaction device on the stove body has two display areas or two display modules on the stove body in each time period, One of the areas or the module is used to display the temperature and / or power value, and the other area or the module is used to display the remaining time of the current period; there are two rotary encoders in each time period, wherein the first rotary encoder switches the area or the module to display the power and temperature mode when pressed, and switches the indicator light or prompt text display corresponding to the power or temperature mode, and the microcontroller receives and saves the power or temperature mode switched by the pressing, and the microcontroller determines the rotation of the first rotary encoder according to the power or temperature mode switched by the pressing to modify the displayed temperature and / or power value ... The power or temperature mode switched to by the pressing is not limited to displaying indicator lights or text displays of high, medium and low power at the same time when the first rotary encoder rotates, or is not limited to displaying indicator lights or text displays of high, medium and low temperatures, or quick indicator lights or texts such as stewing, braising, stir-frying, pancakes, etc., wherein the second rotary encoder controls the increase and decrease of the remaining time of the current time period by rotation, and the time period adjustment algorithm also includes if a time period has been exhausted and the adjustment has been completed, but the remaining time length of the time period is manually modified to be greater than 0 through the second rotary encoder, then the controller re-adjusts the temperature or power of the current time period within the time modified to be greater than 0 to perform the set target control;The sensor is not limited to one sensor, not limited to sensor 1, one is used to measure the temperature 1 of the internal medium, and the other is used to detect the temperature 2 of the pot. The other temperature sensor 2 is not limited to being fixedly placed on the elastic mechanism. The expected temperature of the time period can be set by any interactive device, or by a shortcut key. The microcontroller controls the use of temperature 1 or temperature 2 in the time period according to a preset algorithm. Even if the power is set in the time period, the maximum limit temperature of all or a certain time period can be set. The stove body also has a temperature display device 1 (or area 1 of the display device) controlled by the microcontroller for displaying the temperature value detected by the temperature sensor 1, and a temperature display device 2 (or area 2 of the display device) for displaying the temperature value detected by the temperature sensor 2. The microcontroller is not limited to being connected to the human-machine interaction device, the thermal power actuator, and the A / D converter directly or through a decoder, a three-state latch, a three-state transceiver, or a combination of a decoder, a three-state latch, and a three-state transceiver. ; 3. A method for using a dual-mode controllable internal environment constant temperature stove: The dual-mode controllable internal environment constant temperature stove can be used in two ways: when the cookware is heated by gas, the pot handle is not embedded in the groove; when the electric heating power is used to heat the medium and then heat the cookware, the pot handle is embedded in the groove, and at this time the cookware is in contact with the medium or close to zero distance contact.

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