阅读说明：本技术 云智慧火力控制装置 (Cloud wisdom firepower controlling means ) 是由 高博文 葛陈鹏 高梯学 于 2021-08-23 设计创作，主要内容包括：本发明是云智慧火力控制装置,其结构包括控制模块、燃气火力控制模块、通讯模块、锅具周边温度监测模块、烹饪模式储存模块和锅具参数储存模块,控制模块分别信号连接燃气火力控制模块、通讯模块、锅具周边温度监测模块、烹饪模式储存模块和锅具参数储存模块。本发明的优点：结构和原理设计合理,可根据锅具参数自动调节燃气灶火力大小,便于烹饪,还可对锅具周边温度进行监测,自动调节火力大小,避免对锅具造成损伤,节约燃气能源,还可存储各种食材及对应烹饪模式对应调节火力大小,便于烹饪的进行,可有助于大幅改善食物、菜肴口感,还具有各种拓展功能,可有效满足各种使用需要。(The invention relates to a cloud intelligent fire control device which structurally comprises a control module, a gas fire control module, a communication module, a pot peripheral temperature monitoring module, a cooking mode storage module and a pot parameter storage module, wherein the control module is respectively in signal connection with the gas fire control module, the communication module, the pot peripheral temperature monitoring module, the cooking mode storage module and the pot parameter storage module. The invention has the advantages that: structure and principle reasonable in design can be according to pan parameter automatically regulated gas-cooker firepower size, and the culinary art of being convenient for still can monitor pan peripheral temperature, and automatically regulated firepower size avoids causing the damage to the pan, practices thrift the gas energy, still can save various edible materials and correspond the culinary art mode and correspond and adjust the firepower size, and going on of the culinary art of being convenient for can help improving food, cooked food taste by a wide margin, still has various expansion functions, can effectively satisfy various use needs.)

1. The cloud intelligent fire control device is characterized by comprising a control module, a gas fire control module and a pot peripheral temperature monitoring module, wherein the control module is respectively connected with the gas fire control module and the pot peripheral temperature monitoring module in a signal mode,

the gas fire control module is in signal connection with the gas stove valve and is used for receiving the fire adjusting signal transmitted by the control module and controlling the opening of the gas stove valve,

the pot peripheral temperature monitoring module is used for detecting the peripheral temperature of the pot and transmitting the peripheral temperature data of the pot to the control module,

the control module is used for receiving the cookware peripheral temperature data transmitted by the cookware peripheral temperature monitoring module, then generating a firepower adjusting signal and transmitting the firepower adjusting signal to the gas firepower control module.

2. The cloud-based smart fire control device of claim 1, further comprising a communication module, a server, a cooking mode storage module and a pan parameter storage module, wherein the communication module, the cooking mode storage module and the pan parameter storage module are respectively connected to the control module by signals, the server is connected to the communication module by wireless signals,

the communication module is in wireless signal connection with the user terminal and the server end and is used for receiving the cookware parameter data and the food and cooking mode data transmitted by the server end and then transmitting the data to the cookware parameter storage module and the cooking mode storage module through the control module,

the server end is used for receiving and storing the pan parameter data, the food materials and the cooking mode data transmitted by the manufacturer terminal and the user terminal, and sending the pan parameter data, the food materials and the cooking mode data to the communication module,

the cooking mode storage module is used for prestoring food materials and cooking mode data and receiving the food materials and the cooking mode data from the server end transmitted to the control module through the communication module,

the cookware parameter storage module is used for prestoring cookware parameter data and receiving the cookware parameter data transmitted to the control module from the server end through the communication module,

the control module is also used for reading food materials and cooking mode data stored in the cooking mode storage module and/or cooker parameter data stored in the cooker parameter storage module and matching the cooking mode selection signal and/or cooker parameter data transmitted by the communication module.

3. The cloud-based intelligent fire control device as claimed in claim 2, wherein the pan parameters include shape, size and material of the pan.

4. The cloud-based intelligent fire control device as claimed in claim 1, wherein the pot periphery temperature monitoring module comprises three infrared temperature sensors uniformly disposed on the side of the gas range.

5. The cloud-based intelligent fire control device as claimed in claim 1, further comprising a flameout judgment module, a burnt pot judgment module, a no pot judgment module, a fire judgment module and an alarm module respectively connected with the control module via signals,

the flameout judging module is used for judging whether the gas stove is flameout or not, if the gas stove is flameout, the flameout reminding signal is sent to the user terminal through the communication module by the control module and an alarm signal is generated to the alarm module,

the burnt pot judging module is used for judging whether the gas stove is burnt or not, if the gas stove is burnt, the burnt pot judging module sends a burnt pot reminding signal and generates an alarm signal to the alarm module through the communication module by the control module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control a valve of the gas stove to flameout,

the no-pot judging module is used for judging whether the gas stove has no pot or not, if the gas stove has no pot, the no-pot judging module sends a no-pot reminding signal to the user terminal through the communication module and generates an alarm signal to the alarm module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control the gas stove valve to flameout,

the ignition judging module is used for judging whether the gas stove is on fire or not, if so, the ignition judging module sends an ignition reminding signal to the user terminal through the communication module and generates an alarm signal to the alarm module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control the gas stove valve to flameout,

the alarm module is used for receiving the alarm signals transmitted by the flameout judgment module, the burnt pot judgment module, the no pot judgment module or the ignition judgment module and giving an alarm.

6. A gas range characterized by being provided with the cloud intelligent fire control device as claimed in any one of claims 1 to 5.

Technical Field

The invention relates to a cloud intelligent fire control device, in particular to a cloud intelligent fire control device for a gas stove.

Background

In the prior art, firepower of a gas stove is generally manually controlled, and for different pot shapes, sizes and materials, the most effective heating of the used pot can be realized by constantly adjusting the proper firepower, which consumes time and labor and also requires a great deal of use experience; if the firepower is too large, the flame of the gas stove is escaped, and the side surface of the cooker is heated, so that not only is energy wasted, but also the cooker is damaged; for cooking with different types by using a pot, the use of different food materials and dish colors and corresponding different firepower is not easy to control, and the cooking is difficult for many people.

Disclosure of Invention

The invention provides a cloud intelligent fire control device, which aims to overcome the defects in the prior art, realize automatic adjustment of different firepower according to the peripheral temperature of a cooker, different cookers, different food materials and different cooking modes, avoid flame escape and have other expansion functions.

The technical solution of the invention is as follows: the cloud intelligent fire control device structurally comprises a control module, a gas fire control module and a pot peripheral temperature monitoring module, wherein the control module is respectively in signal connection with the gas fire control module and the pot peripheral temperature monitoring module,

the gas fire control module is in signal connection with the gas stove valve and is used for receiving the fire adjusting signal transmitted by the control module and controlling the opening of the gas stove valve,

the pot peripheral temperature monitoring module is used for detecting the peripheral temperature of the pot and transmitting the peripheral temperature data of the pot to the control module,

the control module is used for receiving the cookware peripheral temperature data transmitted by the cookware peripheral temperature monitoring module, then generating a firepower adjusting signal and transmitting the firepower adjusting signal to the gas firepower control module.

Preferably, the cooker also comprises a communication module, a server end, a cooking mode storage module and a cooker parameter storage module, wherein the communication module, the cooking mode storage module and the cooker parameter storage module are respectively in signal connection with the control module, the server end is in wireless signal connection with the communication module,

the communication module is in wireless signal connection with the user terminal and the server end and is used for receiving the cookware parameter data and the food and cooking mode data transmitted by the server end and then transmitting the data to the cookware parameter storage module and the cooking mode storage module through the control module,

the server end is used for receiving and storing the pan parameter data, the food materials and the cooking mode data transmitted by the manufacturer terminal and the user terminal, and sending the pan parameter data, the food materials and the cooking mode data to the communication module,

the cooking mode storage module is used for prestoring food materials and cooking mode data and receiving the food materials and the cooking mode data from the server end transmitted to the control module through the communication module,

the cookware parameter storage module is used for prestoring cookware parameter data and receiving the cookware parameter data transmitted to the control module from the server end through the communication module,

the control module is also used for reading food materials and cooking mode data stored in the cooking mode storage module and/or cooker parameter data stored in the cooker parameter storage module and matching the cooking mode selection signal and/or cooker parameter data transmitted by the communication module.

Preferably, the parameters of the cookware comprise the shape, the size and the material of the cookware.

Preferably, the pot periphery temperature monitoring module comprises three infrared temperature sensors uniformly arranged on the side surface of the gas stove.

Preferably, the device also comprises a flameout judgment module, a burnt pot judgment module, a no pot judgment module, a fire judgment module and an alarm module which are respectively in signal connection with the control module,

the flameout judging module is used for judging whether the gas stove is flameout or not, if the gas stove is flameout, the flameout reminding signal is sent to the user terminal through the communication module by the control module and an alarm signal is generated to the alarm module,

the burnt pot judging module is used for judging whether the gas stove is burnt or not, if the gas stove is burnt, the burnt pot judging module sends a burnt pot reminding signal and generates an alarm signal to the alarm module through the communication module by the control module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control a valve of the gas stove to flameout,

the no-pot judging module is used for judging whether the gas stove has no pot or not, if the gas stove has no pot, the no-pot judging module sends a no-pot reminding signal to the user terminal through the communication module and generates an alarm signal to the alarm module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control the gas stove valve to flameout,

the ignition judging module is used for judging whether the gas stove is on fire or not, if so, the ignition judging module sends an ignition reminding signal to the user terminal through the communication module and generates an alarm signal to the alarm module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control the gas stove valve to flameout,

the alarm module is used for receiving the alarm signals transmitted by the flameout judgment module, the burnt pot judgment module, the no pot judgment module or the ignition judgment module and giving an alarm.

A gas stove is provided with the cloud wisdom firepower control device.

The invention has the advantages that: structure and principle reasonable in design can be according to pan parameter automatically regulated gas-cooker firepower size, and the culinary art of being convenient for still can monitor pan peripheral temperature, and automatically regulated firepower size avoids causing the damage to the pan, practices thrift the gas energy, still can save various edible materials and correspond the culinary art mode and correspond and adjust the firepower size, and going on of the culinary art of being convenient for can help improving food, cooked food taste by a wide margin, still has various expansion functions, can effectively satisfy various use needs.

Drawings

Fig. 1 is a block diagram of a cloud-based intelligent fire power control apparatus according to the present invention.

Detailed Description

The present invention will be described in further detail with reference to examples and specific embodiments.

As shown in FIG. 1, the cloud intelligent fire control device comprises a control module, a gas fire control module, a communication module, a server, a pot peripheral temperature monitoring module, a cooking mode storage module and a pot parameter storage module, wherein the control module is respectively connected with the gas fire control module, the communication module, the pot peripheral temperature monitoring module, the cooking mode storage module and the pot parameter storage module in a signal manner,

the gas fire control module is in signal connection with the gas stove valve and is used for receiving the fire adjusting signal transmitted by the control module and controlling the opening of the gas stove valve,

the communication module is in wireless signal connection with the user terminal and the server terminal and is used for receiving the cookware parameter data, the food materials and the cooking mode data transmitted by the server terminal and then transmitting the cookware parameter data, the food materials and the cooking mode data to the cookware parameter storage module and the cooking mode storage module through the control module,

the server end is used for receiving and storing the pan parameter data, the food materials and the cooking mode data transmitted by the manufacturer terminal and the user terminal, and sending the pan parameter data, the food materials and the cooking mode data to the communication module,

the pot peripheral temperature monitoring module is used for detecting the peripheral temperature of the pot and transmitting the peripheral temperature data of the pot to the control module,

the cooking mode storage module is used for prestoring food materials and cooking mode data and receiving the food materials and the cooking mode data from the server end transmitted to the control module through the communication module,

the cooker parameter storage module is used for prestoring cooker parameter data and receiving the cooker parameter data transmitted to the control module from the server end through the communication module,

the control module is used for reading food materials and cooking mode data stored in the cooking mode storage module and/or cookware parameter data stored in the cookware parameter storage module, matching the food materials and the cooking mode data and/or the cookware parameter data with the cooking mode selection signal and/or the cookware parameter data transmitted by the communication module, or receiving cookware peripheral temperature data transmitted by the cookware peripheral temperature monitoring module, and then generating a firepower adjusting signal and transmitting the firepower adjusting signal to the gas firepower control module.

Also comprises a flameout judging module, a burnt pot judging module, a no pot judging module, a fire judging module and an alarm module which are respectively in signal connection with the control module,

the flameout judging module is used for judging whether the gas stove is flameout or not, if the gas stove is flameout, the flameout reminding signal is sent to the user terminal through the communication module by the control module and an alarm signal is generated to the alarm module,

the burnt pot judging module is used for judging whether the gas stove is burnt or not, if the gas stove is burnt, the burnt pot judging module sends a burnt pot reminding signal and generates an alarm signal to the alarm module through the communication module by the control module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control a valve of the gas stove to flameout,

the no-pot judging module is used for judging whether the gas stove has no pot or not, if the gas stove has no pot, the no-pot judging module sends a no-pot reminding signal to the user terminal through the communication module and generates an alarm signal to the alarm module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control the gas stove valve to flameout,

the ignition judging module is used for judging whether the gas stove is on fire or not, if so, the ignition judging module sends an ignition reminding signal to the user terminal through the communication module and generates an alarm signal to the alarm module, the control module generates a flameout signal and transmits the flameout signal to the gas fire control module to control the gas stove valve to flameout,

the alarm module is used for receiving the alarm signals transmitted by the flameout judgment module, the burnt pot judgment module, the no pot judgment module or the ignition judgment module and giving an alarm.

Examples

According to the above structure, when in use,

the utility model provides a, can control the firepower according to the pan parameter, the user can use user terminal (like the cell-phone) to shoot the pan photo and upload the server end, the server end automatic identification corresponds or pan shape and size, pan parameters such as material, the transmission is for the system, also can download the producer product storehouse (from the producer terminal), through shape storehouse and the material storehouse of establishing current pan with the producer, the pan parameter data that the pan parameter storage module internal storage was updated in real time, when the server end does not correspond the pan parameter, the user can shoot and simply measure big or small shape and observe the material, upload the pan parameter to the server end and form new pan parameter, the system receives the pan parameter after, automatically regulated firepower's size.

The firepower can be controlled according to the peripheral temperature of the cooker, three infrared temperature sensors are preferably selected to detect the side temperature of the cooker, whether the flame escapes outwards is judged, the opening of the valve is automatically controlled to adjust the firepower, and the fuel gas is saved. But also preferably judge whether flame-out, burnt pot or catch fire to have the alarming function, accessible user terminal (such as cell-phone APP) reminds the user to handle, and automatic flame-out handles.

Thirdly, can confirm the firepower size according to eating material kind and culinary art mode, user terminal (like cell-phone APP) can select to eat material kind and correspond multiple culinary art mode with server side communication, like quick-witted stir-fry, cook congee, cook the dumpling, cook the face, boil water etc. also can adopt self-defined mode, likes to set for self-defined mode according to the individual to can upload high in the clouds (server side) and share, also can share the food achievement to server side, can set up incentive measures such as feedback reward.

And fourthly, recommending a food material corresponding cooking method to the server end by a manufacturer terminal (merchant) and transmitting the food material corresponding cooking method to the cooking mode storage module, and also being provided with a shopping function of a mall, combining an intelligent Internet of things, realizing an intelligent mode and facilitating sharing. The cooking communication group can be established through the server side (can be combined with the specific implementation of a mobile phone, smart home, the Internet of things, a cloud platform and the like), and the cooking mode, the food achievement and the like can be shared mutually. The cooker manufacturer can also cooperate with a cooker manufacturer and a chain fresh supermarket, the cookers and food materials can be popularized through the cooking communication group through the APP platform (arranged at the server end) of the cooker manufacturer, and the cooker manufacturer can reserve certain popularization cost according to the sales volume.

All the above components are prior art, and those skilled in the art can use any model and existing design that can implement their corresponding functions.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various changes and modifications can be made without departing from the inventive concept of the present invention, and these changes and modifications are all within the scope of the present invention.