CN212037275U - IoT intelligent seasoning box for cooking system - Google Patents
IoT intelligent seasoning box for cooking system Download PDFInfo
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- CN212037275U CN212037275U CN201922415136.XU CN201922415136U CN212037275U CN 212037275 U CN212037275 U CN 212037275U CN 201922415136 U CN201922415136 U CN 201922415136U CN 212037275 U CN212037275 U CN 212037275U
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Abstract
The utility model provides an IoT intelligence condiment box for cooking system, including power module, main condiment box and vice condiment box all are connected with power module, all install anti-caking mechanism in the storage container of main condiment box, vice condiment box, be equipped with the MCU that is used for local storage and control on the main condiment box, the gravity sensor that is used for detecting condiment weight in the container, the unloading control mechanism that is used for controlling anti-caking mechanism and discharge switch, and first communication module, MCU intercommunication between the main condiment box, and use arbitrary MCU as total control; the auxiliary seasoning box is provided with a gravity sensor, a discharging control mechanism and a second communication module, and is communicated with any MCU through the second communication module. The utility model discloses a MCU, sensor and unloading control mechanism combine together to through the combination, the communication of main condiment box and vice condiment box, realize need not artifical the participation in the use, and the ration ejection of compact, promoted the degree of convenience of culinary art, improved culinary art and experienced.
Description
Technical Field
The utility model belongs to intelligence kitchen utensils and appliances field, especially an IoT intelligence condiment box for culinary art system.
Background
Along with the development of society, people have higher and higher requirements on life experience and cooking, and kitchen cooking equipment is indispensable equipment in people's life, so that various automatic cooking equipment appears on the market. The seasoning is added in the cooking process as an important step, the box covers are arranged due to the fact that the seasoning needs to be moisture-proof, and the traditional seasoning box needs to be opened in use, so that a beginner is busy and disorderly in the cooking process, and even the cooking level of an old hand is influenced. At present, the seasoning box needs manual operation in the using process, the using amount depends on manual judgment, the intelligent degree is low, convenience can not be provided in the cooking process, and the cooking experience is extremely influenced.
Therefore, how to provide an intelligent seasoning box with convenient use and quantitative discharging becomes an important problem to be solved in the field of kitchen automation.
SUMMERY OF THE UTILITY MODEL
The utility model provides a technical problem lie in providing an IoT intelligence condiment box for culinary art system, adopts MCU, sensor and unloading control mechanism to combine to through the combination of main condiment box and vice condiment box, communication, realize need not artifical the participation in the use, and the ration ejection of compact, promoted the degree of convenience of culinary art, improved culinary art and experienced.
Realize the utility model discloses the technical solution of purpose does:
the utility model provides a IoT intelligence condiment box for culinary art system, includes power module, a main condiment box and b vice condiment box, and a is greater than or equal to 1, and b is greater than or equal to 0, is equipped with different spices in main condiment box and the vice condiment box respectively, and main condiment box and vice condiment box all are connected with power module, wherein:
the main seasoning box body is divided into a storage container and a receiving container, an anti-caking mechanism is arranged in the storage container, a discharge opening of the storage container is provided with a discharge switch, and the discharge opening is aligned with the receiving container;
the main seasoning box is provided with an MCU for local storage and control, a gravity sensor for detecting the weight of seasonings in the container, a blanking control mechanism linked with the anti-caking mechanism and the discharging switch, and a first communication module, wherein the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the blanking control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the blanking control mechanism are communicated with the MCU through the first communication module;
the MCUs between the main seasoning boxes are communicated with each other, and the MCU of any one main seasoning box is used as the master control;
the auxiliary seasoning box body comprises a storage container and a receiving container, an anti-caking mechanism is arranged in the storage container, a discharge hole of the storage container is provided with a discharge switch, and the discharge hole is aligned to the receiving container;
the auxiliary seasoning box is provided with a gravity sensor for detecting the weight of seasoning in the container, a discharging control mechanism linked with the anti-caking mechanism and the discharging switch, and a second communication module, wherein the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the discharging control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the discharging control mechanism are communicated with the MCU of any one main seasoning box through the second communication module.
An intelligent cooking system comprises the IoT intelligent seasoning box for the cooking system and a cooking device.
The utility model adopts the above technical scheme to compare with prior art, have following technological effect:
1. the utility model discloses a busy and foot disorder when having improved to lead to cooking because of adding condiment has promoted the culinary art and has experienced for the IoT intelligence condiment box of culinary art system need not artifical the participation in the use.
2. The utility model discloses a IoT intelligence condiment box for culinary art system simple structure, but main, vice condiment box independent assortment can carry out individualized settlement, is applicable to different crowds.
3. The utility model discloses a IoT intelligence condiment box for cooking system still possesses healthy expert's function, can provide different condiment suggestion quantity for different crowds.
Drawings
Fig. 1 is an overall schematic diagram of an IoT smart seasoning box for a cooking system according to the present invention.
Fig. 2 is a schematic structural diagram of an IoT smart seasoning box embodiment 1 for a cooking system according to the present invention.
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below by referring to the drawings are exemplary only for explaining the present invention, and should not be construed as limiting the present invention.
An IoT intelligent seasoning box for a cooking system comprises a power supply module, a main seasoning box and b auxiliary seasoning boxes, wherein a is more than or equal to 1, b is more than or equal to 0, different seasonings are respectively contained in the main seasoning box and the auxiliary seasoning boxes, and the main seasoning box and the auxiliary seasoning boxes are connected with the power supply module.
The main seasoning box body is divided into a storage container and a material receiving container, an anti-caking mechanism is installed in the storage container, a discharge switch is installed at a discharge port of the storage container, and the discharge port is aligned to the material receiving container. The main seasoning box is provided with an MCU for local storage and control, a gravity sensor for detecting the weight of seasoning in the container, an unloading control mechanism linked with the anti-caking mechanism and the discharging switch, and a first communication module, the gravity sensor is arranged at the bottom of the storage container or the bottom of the material receiving container, the unloading control mechanism is connected with the anti-caking mechanism and the discharging switch, and the driving modules of the gravity sensor and the unloading control mechanism are communicated with the MCU through the first communication module. The MCUs between the main seasoning boxes are communicated with each other, and the MCU of any one main seasoning box is used as the master control.
The auxiliary seasoning box body comprises a storage container and a material receiving container, an anti-caking mechanism is installed in the storage container, a discharge switch is installed at a discharge port of the storage container, and the discharge port is aligned to the material receiving container. The auxiliary seasoning box is provided with a gravity sensor for detecting the weight of seasoning in the container, a discharging control mechanism linked with the anti-caking mechanism and the discharging switch, and a second communication module, wherein the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the discharging control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the discharging control mechanism are communicated with the MCU of any one main seasoning box through the second communication module.
Example 1
An IoT intelligent seasoning box for a cooking system comprises a power supply module, 2 main seasoning boxes, 2 auxiliary seasoning boxes and a cloud service platform for cloud storage and big data analysis, wherein different seasonings are respectively contained in the main seasoning boxes and the auxiliary seasoning boxes, and the main seasoning boxes and the auxiliary seasoning boxes are connected with the power supply module.
2 main condiment box bodies all include storage container and connect the material container, install anti-caking mechanism in the storage container, and anti-caking mechanism includes the stirring rod, and the stirring rod is transversely installed in storage container, and its one end passes through gear and unloading control mechanism's output shaft, and the other end is movable erects in storage container, unloading control mechanism adopts micro motor, flowmeter or solenoid valve. And a discharge switch is arranged at a discharge hole of the storage container, and the discharge hole is aligned to the receiving container.
The 2 main seasoning boxes are respectively provided with an MCU for local storage and control, a gravity sensor for detecting the weight of seasonings in the container, an unloading control mechanism linked with the anti-caking mechanism and the discharging switch, and a first communication module, the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the unloading control mechanism is connected with the anti-caking mechanism and the discharging switch, and the driving modules of the gravity sensor and the unloading control mechanism are communicated with the MCU through the first communication module. The MCU is internally provided with a menu analysis module and a memory which are mutually communicated, the menu analysis module is used for reading menu data and analyzing the menu data to form seasoning amount data, the memory is used for storing the menu data and the seasoning amount data corresponding to the current menu, and the menu data is preset before delivery, or is automatically input by a user or is obtained from a cloud service platform.
The MCUs between 2 main seasoning boxes communicate with each other, and the MCU of the 1 st main seasoning box is used as the master control.
The 1 st main seasoning box is also provided with a display module and an input device, the display module is used for displaying the name and the total weight of seasoning in the box and the weight to be put in, the display module is arranged on the front surface of the 1 st main seasoning box, the input device is used for inputting the name of seasoning and adjusting the weight to be put in, and the input device comprises a touch screen, a key or a voice recognition module. The display module and the input device are connected with the MCU through the first communication module. The display module includes but is not limited to LED digital display, LCD liquid crystal display, OLED screen, etc.
The 2 nd main condiment box is also provided with an in-place detection element and a buzzer for reminding a user, the in-place detection element is used for detecting whether the material receiving container is positioned at a material receiving position, and the in-place detection element comprises an infrared transceiver, an optical sensor or a gravity sensor. The in-place detection element and the buzzer are both connected with the MCU through the first communication module.
2 vice condiment box bodies all include storage container and receiving container, install anti-caking mechanism in the storage container, and anti-caking mechanism includes the spiral discharger, and the spiral discharger is transversely installed in storage container, and its one end passes through gear and unloading control mechanism's output shaft, and the other end is movable erects in storage container. And a discharge switch is arranged at a discharge hole of the storage container, and the discharge hole is aligned to the receiving container.
The 2 auxiliary seasoning boxes are provided with a gravity sensor for detecting the weight of seasoning in the container, an unloading control mechanism linked with the anti-caking mechanism and the discharging switch, and a second communication module, the gravity sensor is arranged at the bottom of the storage container or the bottom of the material receiving container, the unloading control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the unloading control mechanism are communicated with the MCU of the 2 nd main seasoning box through the second communication module.
The 1 st secondary seasoning box is also provided with a display module and an input device, the display module is used for displaying the name and the total weight of seasoning in the box and the weight of the seasoning to be put in, the display module is arranged on the front surface of the 1 st secondary seasoning box, the input device is used for inputting the name of the seasoning and adjusting the weight of the seasoning to be put in, and the input device comprises a touch screen, a key or a voice recognition module. The display module and the input device are connected with the MCU through the second communication module.
The 2 nd vice condiment box still is equipped with the detecting element that targets in place and is used for reminding the buzzer of user, and the detecting element that targets in place is used for detecting whether connect material container to be located and connects the material position, and the detecting element that targets in place includes infrared transceiver, optical sensor or gravity sensor. The in-place detection element and the buzzer are both connected with the MCU through the second communication module.
The cloud service platform comprises a big data analysis module, a menu database and a communication module, wherein the big data analysis module is used for carrying out statistical calculation on the discharge data of 2 main seasoning boxes and 2 auxiliary seasoning boxes to form personalized user data, the menu database is used for storing various menu data, the big data analysis module and the menu database are respectively connected with the MCU of the 2 nd main seasoning box through the communication module, and the menu database is also networked through the communication module to obtain updated menu data.
An intelligent cooking system comprises the IoT intelligent seasoning box for the cooking system and a cooking device.
Example 2
The utility model provides a IoT intelligence condiment box for culinary art system, includes power module, 1 main condiment box, 1 vice condiment box and is used for cloud storage and big data analysis's cloud service platform, is equipped with different spices in 1 main condiment box and 1 vice condiment box respectively, and 1 main condiment box and 1 vice condiment box all are connected with power module.
The main seasoning box body comprises a storage container and a material receiving container, an anti-caking mechanism is installed in the storage container and comprises a stirring rod, the stirring rod is transversely installed in the storage container, one end of the stirring rod is connected with an output shaft of the discharging control mechanism through a gear, the other end of the stirring rod is movably erected in the storage container, and the discharging control mechanism adopts a micro motor, a flowmeter or an electromagnetic valve. And a discharge switch is arranged at a discharge hole of the storage container, and the discharge hole is aligned to the receiving container.
The main seasoning box is also provided with an MCU for local storage and control, a gravity sensor for detecting the weight of seasonings in the container, an unloading control mechanism linked with the anti-caking mechanism and the discharging switch, and a first communication module, wherein the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the unloading control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the unloading control mechanism are communicated with the MCU through the first communication module. The MCU is internally provided with a menu analysis module and a memory which are mutually communicated, the menu analysis module is used for reading menu data and analyzing the menu data to form seasoning amount data, the memory is used for storing the menu data and the seasoning amount data corresponding to the current menu, and the menu data is preset before delivery, or is automatically input by a user or is obtained from a cloud service platform.
The main seasoning box is also provided with a display module, an input device, an in-place detection element and a buzzer for reminding a user, the display module is used for displaying the name and the total weight of the seasoning in the main seasoning box and the weight to be put in, the display module is arranged on the front surface of the main seasoning box, and the display module comprises but is not limited to an LED digital display, an LCD liquid crystal display screen, an OLED screen and the like. The input device is used for inputting the name of the seasoning and adjusting the weight of the seasoning to be put in, and comprises a touch screen, a key or a voice recognition module. The in-place detection element is used for detecting whether the material receiving container is located at a material receiving position or not, and the in-place detection element comprises an infrared transceiver, an optical sensor or a gravity sensor. The display module, the input device, the in-place detection element and the buzzer are all connected with the MCU through the first communication module.
The auxiliary seasoning box body comprises a storage container and a material receiving container, an anti-caking mechanism is installed in the storage container, the anti-caking mechanism comprises a spiral discharger, the spiral discharger is transversely installed in the storage container, one end of the spiral discharger is connected with an output shaft of the discharging control mechanism through a gear, and the other end of the spiral discharger is movably erected in the storage container. And a discharge switch is arranged at a discharge hole of the storage container, and the discharge hole is aligned to the receiving container.
The auxiliary seasoning box is provided with a gravity sensor for detecting the weight of seasoning in the container, a discharging control mechanism linked with the anti-caking mechanism and the discharging switch, and a second communication module, the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the discharging control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the discharging control mechanism are communicated with the MCU of the main seasoning box through the second communication module.
The auxiliary seasoning box is also provided with a display module, an input device, an in-place detection element and a buzzer for reminding a user, the display module is used for displaying the name and the total weight of the seasoning in the box and the weight to be put in, and the display module is arranged on the front surface of the auxiliary seasoning box. The input device is used for inputting the name of the seasoning and adjusting the weight of the seasoning to be put in, and comprises a touch screen, a key or a voice recognition module. The in-place detection element is used for detecting whether the material receiving container is located at a material receiving position or not, and the in-place detection element comprises an infrared transceiver, an optical sensor or a gravity sensor. The display module, the input device, the in-place detection element and the buzzer are all connected with the MCU through the second communication module.
The cloud service platform comprises a big data analysis module, a menu database and a communication module, wherein the big data analysis module is used for performing statistical calculation on the discharging data of the main seasoning box and the auxiliary seasoning box to form personalized user data, the menu database is used for storing various menu data, the big data analysis module and the menu database are respectively connected with the MCU of the main seasoning box through the communication module, and the menu database is also networked through the communication module to obtain updated menu data.
An intelligent cooking system comprises the IoT intelligent seasoning box for the cooking system and an intelligent cooking device.
Example 3
The utility model provides a IoT intelligence condiment box for culinary art system, includes power module, 1 main condiment box, 4 vice condiment boxes and is used for cloud storage and big data analysis's cloud service platform, is equipped with different spices in 1 main condiment box and the 4 vice condiment boxes respectively, and 1 main condiment box and 4 vice condiment boxes all are connected with power module.
The main seasoning box body comprises a storage container and a material receiving container, an anti-caking mechanism is installed in the storage container and comprises a stirring rod, the stirring rod is transversely installed in the storage container, one end of the stirring rod is connected with an output shaft of the discharging control mechanism through a gear, the other end of the stirring rod is movably erected in the storage container, and the discharging control mechanism adopts a micro motor, a flowmeter or an electromagnetic valve. And a discharge switch is arranged at a discharge hole of the storage container, and the discharge hole is aligned to the receiving container.
The main seasoning box is also provided with an MCU for local storage and control, a gravity sensor for detecting the weight of seasonings in the container, an unloading control mechanism linked with the anti-caking mechanism and the discharging switch, and a first communication module, wherein the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the unloading control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the unloading control mechanism are communicated with the MCU through the first communication module. The MCU is internally provided with a menu analysis module and a memory which are mutually communicated, the menu analysis module is used for reading menu data and analyzing the menu data to form seasoning amount data, the memory is used for storing the menu data and the seasoning amount data corresponding to the current menu, and the menu data is preset before delivery, or is automatically input by a user or is obtained from a cloud service platform.
The main seasoning box is also provided with a display module, an input device, an in-place detection element and a buzzer for reminding a user, the display module is used for displaying the name and the total weight of the seasoning in the main seasoning box and the weight to be put in, the display module is arranged on the front surface of the main seasoning box, and the display module comprises but is not limited to an LED digital display, an LCD liquid crystal display screen, an OLED screen and the like. The input device is used for inputting the name of the seasoning and adjusting the weight of the seasoning to be put in, and comprises a touch screen, a key or a voice recognition module. The in-place detection element is used for detecting whether the material receiving container is located at a material receiving position or not, and the in-place detection element comprises an infrared transceiver, an optical sensor or a gravity sensor. The display module, the input device, the in-place detection element and the buzzer are all connected with the MCU through the first communication module.
4 vice condiment box bodies all include storage container and receiving container, install anti-caking mechanism in the storage container, and anti-caking mechanism includes the spiral discharger, and the spiral discharger is transversely installed in storage container, and its one end passes through gear and unloading control mechanism's output shaft, and the other end is movable erects in storage container. And a discharge switch is arranged at a discharge hole of the storage container, and the discharge hole is aligned to the receiving container.
The 4 auxiliary seasoning boxes are respectively provided with a gravity sensor for detecting the weight of the seasoning in the container, an unloading control mechanism linked with the anti-caking mechanism and the discharging switch, and a second communication module, the gravity sensor is arranged at the bottom of the storage container or the bottom of the material receiving container, the unloading control mechanism is connected with the anti-caking mechanism and the discharging switch, and the driving modules of the gravity sensor and the unloading control mechanism are communicated with the MCU of the main seasoning box through the second communication module.
All be equipped with display module and input device on 4 vice condiment boxes, display module is used for showing condiment name and total weight in the box, treats the input weight, and display module installs the front at vice condiment box, and input device is used for inputting condiment name, adjustment and treats the input weight of condiment, and input device includes touch-sensitive screen, button or speech recognition module. The display module and the input device are connected with the MCU through the second communication module.
All be equipped with the detecting element that targets in place and the bee calling organ that is used for reminding the user on 4 vice condiment boxes, the detecting element that targets in place is used for detecting whether connect material container to be located and connects the material position, and the detecting element that targets in place includes infrared transceiver, optical sensor or gravity sensor. The in-place detection element and the buzzer are both connected with the MCU through the second communication module.
The cloud service platform comprises a big data analysis module, a menu database and a communication module, wherein the big data analysis module is used for carrying out statistical calculation on the discharge data of 1 main seasoning box and 4 auxiliary seasoning boxes to form personalized user data, the menu database is used for storing various menu data, the big data analysis module and the menu database are respectively connected with the MCU of the main seasoning box through the communication module, and the menu database is also networked through the communication module to obtain updated menu data.
An intelligent cooking system comprises the IoT intelligent seasoning box for the cooking system and a cooking device.
Example 4
An IoT intelligent seasoning box for a cooking system comprises a power supply module, 1 main seasoning box and a cloud service platform for cloud storage and big data analysis, wherein seasoning is filled in the main seasoning box, and the main seasoning box is connected with the power supply module.
The main seasoning box body comprises a storage container and a material receiving container, an anti-caking mechanism is installed in the storage container and comprises a stirring rod, the stirring rod is transversely installed in the storage container, one end of the stirring rod is connected with an output shaft of the discharging control mechanism through a gear, the other end of the stirring rod is movably erected in the storage container, and the discharging control mechanism adopts a micro motor, a flowmeter or an electromagnetic valve. And a discharge switch is arranged at a discharge hole of the storage container, and the discharge hole is aligned to the receiving container.
The main seasoning box is also provided with an MCU for local storage and control, a gravity sensor for detecting the weight of seasonings in the container, an unloading control mechanism linked with the anti-caking mechanism and the discharging switch, and a first communication module, wherein the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the unloading control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the unloading control mechanism are communicated with the MCU through the first communication module. The MCU is internally provided with a menu analysis module and a memory which are mutually communicated, the menu analysis module is used for reading menu data and analyzing the menu data to form seasoning amount data, the memory is used for storing the menu data and the seasoning amount data corresponding to the current menu, and the menu data is preset before delivery, or is automatically input by a user or is obtained from a cloud service platform.
The main seasoning box is also provided with a display module, an input device, an in-place detection element and a buzzer for reminding a user, the display module is used for displaying the name and the total weight of the seasoning in the main seasoning box and the weight to be put in, the display module is arranged on the front surface of the main seasoning box, and the display module comprises but is not limited to an LED digital display, an LCD liquid crystal display screen, an OLED screen and the like. The input device is used for inputting the name of the seasoning and adjusting the weight of the seasoning to be put in, and comprises a touch screen, a key or a voice recognition module. The in-place detection element is used for detecting whether the material receiving container is located at a material receiving position or not, and the in-place detection element comprises an infrared transceiver, an optical sensor or a gravity sensor. The display module, the input device, the in-place detection element and the buzzer are all connected with the MCU through the first communication module.
An intelligent cooking system comprises the IoT intelligent seasoning box for the cooking system and a cooking device.
The foregoing is only a part of the embodiments of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements can be made without departing from the principles of the present invention, and these improvements should be regarded as the protection scope of the present invention.
Claims (10)
1. The utility model provides a IoT intelligence condiment box for culinary art system which characterized in that, includes power module, a main condiment box and b vice condiment box, and a is greater than or equal to 1, and b is greater than or equal to 0, is equipped with different spices in main condiment box and the vice condiment box respectively, and main condiment box and vice condiment box all are connected with power module, wherein:
the main seasoning box body is divided into a storage container and a receiving container, an anti-caking mechanism is arranged in the storage container, a discharge opening of the storage container is provided with a discharge switch, and the discharge opening is aligned with the receiving container;
the main seasoning box is provided with an MCU for local storage and control, a gravity sensor for detecting the weight of seasonings in the container, a blanking control mechanism linked with the anti-caking mechanism and the discharging switch, and a first communication module, wherein the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the blanking control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the blanking control mechanism are communicated with the MCU through the first communication module;
the MCUs between the main seasoning boxes are communicated with each other, and the MCU of any one main seasoning box is used as the master control;
the auxiliary seasoning box body comprises a storage container and a receiving container, an anti-caking mechanism is arranged in the storage container, a discharge hole of the storage container is provided with a discharge switch, and the discharge hole is aligned to the receiving container;
the auxiliary seasoning box is provided with a gravity sensor for detecting the weight of seasoning in the container, a discharging control mechanism linked with the anti-caking mechanism and the discharging switch, and a second communication module, wherein the gravity sensor is arranged at the bottom of the storage container or the bottom of the receiving container, the discharging control mechanism is connected with the anti-caking mechanism and the discharging switch, and driving modules of the gravity sensor and the discharging control mechanism are communicated with the MCU of any one main seasoning box through the second communication module.
2. The IoT intelligent seasoning box for the cooking system as claimed in claim 1, further comprising a cloud service platform, wherein the cloud service platform comprises a recipe database and a communication module, the recipe database is used for storing various recipe data, the recipe database is connected with the MCU of any one main seasoning box through the communication module, and the recipe database is further networked through the communication module to obtain updated recipe data.
3. The IoT intelligent seasoning box for the cooking system as claimed in claim 1, wherein the main seasoning box and/or the secondary seasoning box is further provided with a display module for displaying the name and the total weight of the seasoning in the box and the weight to be put in, and the display module is connected with the MCU through the first communication module or the second communication module.
4. The IoT intelligent seasoning box for the cooking system as claimed in claim 1, wherein the main seasoning box and/or the secondary seasoning box is further provided with an input device for inputting the name of seasoning and adjusting the weight of the seasoning to be put in, and the input device is connected with the MCU through the first communication module or the second communication module.
5. The IoT intelligent seasoning box for the cooking system as claimed in claim 1, wherein the main seasoning box and/or the secondary seasoning box is further provided with an in-place detection element for detecting whether the material receiving container is located at the material receiving position, and the in-place detection element is connected with the MCU through the first communication module or the second communication module.
6. The IoT smart seasoning box for a cooking system of claim 1 wherein the anti-caking mechanism comprises a stir bar or a screw discharger.
7. The IoT smart seasoning box for a cooking system in accordance with claim 1 wherein the blanking control mechanism comprises a micro motor, a flow meter, or a solenoid valve.
8. The IoT smart seasoning box for the cooking system as claimed in claim 1, wherein the MCU is built-in with a memory for storing recipe data, the recipe data is preset for factory or input by a user or obtained from a cloud service platform.
9. The IoT intelligent seasoning box for the cooking system as claimed in claim 1, wherein the main seasoning box and/or the secondary seasoning box is further provided with a buzzer for reminding a user, and is connected with the MCU through the first communication module or the second communication module.
10. An intelligent cooking system, characterized by comprising the IoT intelligent seasoning box and cooking device for cooking system of any of claims 1-9.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922415136.XU CN212037275U (en) | 2019-12-27 | 2019-12-27 | IoT intelligent seasoning box for cooking system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201922415136.XU CN212037275U (en) | 2019-12-27 | 2019-12-27 | IoT intelligent seasoning box for cooking system |
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| CN212037275U true CN212037275U (en) | 2020-12-01 |
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| CN201922415136.XU Active CN212037275U (en) | 2019-12-27 | 2019-12-27 | IoT intelligent seasoning box for cooking system |
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2019
- 2019-12-27 CN CN201922415136.XU patent/CN212037275U/en active Active
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