CN220524160U - Energy-saving intelligent safe gas stove system - Google Patents
Energy-saving intelligent safe gas stove system Download PDFInfo
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- CN220524160U CN220524160U CN202222523548.7U CN202222523548U CN220524160U CN 220524160 U CN220524160 U CN 220524160U CN 202222523548 U CN202222523548 U CN 202222523548U CN 220524160 U CN220524160 U CN 220524160U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B40/00—Technologies aiming at improving the efficiency of home appliances, e.g. induction cooking or efficient technologies for refrigerators, freezers or dish washers
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Abstract
The utility model discloses an energy-saving intelligent safe gas stove system which comprises a control device, an on-off device, an electric ball valve, a human body induction sensor, an alarm device, an ultraviolet flame detector, a cooking bench weighing instrument and a gas flow sensor, wherein the electric ball valve and the gas flow sensor are arranged on an air inlet pipeline of a gas stove, the human body induction sensor and the ultraviolet flame detector are arranged above the side of the gas stove, and the on-off device, the human body induction sensor, the alarm device, the ultraviolet flame detector, the cooking bench weighing instrument and the gas flow sensor are all connected with the control device.
Description
Technical Field
The utility model relates to the technical field of kitchen ware safety, in particular to an energy-saving intelligent safety gas stove system.
Background
The gas stove is a necessary living kitchen ware of every family, but along with the life is increasingly colorful, intelligent electronic equipment is numerous and complex, and people are carelessly immersed in the electronic equipment, for example: chat, chasing drama, QQ, weChat, games and the like of the mobile phone cause dry burning and idle burning of the kitchen gas stove, and fire accidents are endlessly caused. In addition, china gradually enters an aging society, the number of the aged is increased, the potential safety hazard of dry combustion and idle combustion of gas caused by the aged also has an ascending trend, and meanwhile, the traditional gas cooker also has the safety problem of suddenly extinguishing flame during working.
When the gas stove needs a long-time cooking mode for certain stewing, steaming, boiling, cooking and the like, the safety problems of sudden extinction (leakage), idle burning and dry burning of the gas stove are likely to be caused because a user leaves the gas stove, and the gas stove cannot be automatically closed when gas leakage occurs.
Disclosure of Invention
The utility model aims to provide an energy-saving intelligent safe gas stove system, which reminds whether a gas stove is burning or not and whether the preset weight is reached or not through a gas flow sensor, an on-off device, an ultraviolet flame detector and a stove weighing instrument, and automatically closes or remotely controls the gas stove, thereby solving the safety problems of dry burning, empty burning, sudden extinction and the like in the use process of the gas stove. The gas stove also solves the problem that when the gas stove does not work, the gas is suddenly leaked, so that the gas is immediately turned off, and the alarm is given to remind a user, so that the user can check and treat the gas leakage point in time.
In order to achieve the above object, the present utility model provides an energy-saving intelligent safety gas stove system, comprising: the control device, the on-off device, the ignition switch, the human body induction sensor, the alarm device, the ultraviolet flame detector, the cooking bench weighing instrument and the gas flow sensor are all arranged on an air inlet pipeline of the gas stove, the ultraviolet flame detector and the human body induction sensor are all arranged above the side of the gas stove, and the on-off device, the human body induction sensor, the alarm device, the ultraviolet flame detector, the cooking bench weighing instrument, the gas flow sensor and the ignition switch are all connected with the control device; the cooking bench weighing instrument further comprises a weighing instrument panel, wherein the weighing instrument panel comprises a first weight display module, a second weight display module and a weighing confirmation button.
Optionally, the alarm device comprises an audio device and an alarm timer, and one ends of the audio device and the alarm timer are connected with the control module.
Optionally, the cooking device further comprises an operation interface, wherein the operation interface is used for selecting the first cooking mode or the second cooking mode and setting each preset time.
Optionally, a cooking bench weighing instrument is arranged at the bottom of each pot support of the gas stove and is used for detecting the total weight of the pot and food in the pot.
Optionally, the control device comprises a control module, a monitoring timer and a cooking timer, wherein the monitoring timer and the cooking timer are connected with the control module, the monitoring timer is connected with a human body induction sensor, the human body induction sensor is used for acquiring a first detection signal of a user leaving the gas stove and a second detection signal of the user returning to the gas stove, and the monitoring timer acquires the duration of the user leaving the gas stove according to the signals of the human body induction sensor; the cooking timer acquires a pulse ignition signal and counts a total cooking time.
Optionally, the control device comprises a networking module, and the networking module is used for communication connection with an external mobile terminal.
Optionally, the energy-saving intelligent safe gas stove system comprises a plurality of stoves, each stove
The rear side is provided with detection rods, and each detection rod is provided with an ultraviolet flame detector and a human body induction sensor.
Optionally, the on-off device is an electric ball valve.
Optionally, the device also comprises a detection device switch, and the human body induction sensor and the ultraviolet flame detector are connected with the detection device switch.
Optionally, the detection device switch is connected with the control device.
The utility model has the beneficial effects that:
the energy-saving intelligent safe gas stove system adopting the structure comprises a human body induction sensor, an alarm device, an ultraviolet flame detector, a cooking bench weighing instrument and a gas flow sensor, wherein the cooking bench weighing instrument further comprises a weighing instrument panel, the weighing instrument panel comprises a first weight display module and a second weight display module, the first weight is used for controlling the closing of the gas stove by detecting the weight of food and water in a pot, the second weight is used for reminding a user to perform corresponding operations such as fire adjustment, stirring, seasoning adding and water adding on the gas stove, if the operations such as fire adjustment, stirring, seasoning adding and water adding are performed for the first time, stirring, water adding and the like are needed, the second weight is needed to be set again, the problem that in the prior art, the gas stove is required to be cooked for a long time in a certain stewing, steaming, boiling, cooking and the like, and the like is likely to be suddenly extinguished (leakage is caused) by a user, the safety problem of air heating and dry heating is solved, when the set value is reached, the user is reminded to perform corresponding operations such as fire adjustment, the gas stove is better in quality, and the gas stove can be saved, and the gas stove can be automatically closed when the gas stove is not in real time and the hidden danger is automatically protected when the gas is not in use.
Drawings
FIG. 1 is a schematic diagram of an embodiment of an energy-saving intelligent safety gas stove system according to the present utility model;
FIG. 2 is a schematic diagram of the circuit module of an embodiment of an energy-saving intelligent safety gas stove system according to the present utility model;
fig. 3 and 4 are schematic views of the structure of the pan support and the load cell of the utility model.
Detailed Description
The utility model will be further described with reference to examples and figures.
When the gas stove is used for stewing, steaming, boiling and cooking, different foods have different requirements on firepower, and big fire is needed for soft and tender foods, so that the time is short and generally does not exceed 20 minutes. But the food for the hard and old people generally takes longer time, and is better eaten after being burned slowly by using small fire for a certain time. Many users do not know to save energy when cooking hard and old foods, or the gas stove forgets to adjust to low fire in the burning process, and the high fire is always used, so that great energy waste is caused. Some gas stoves are provided with safety devices, and when the gas stoves are used in stewing, steaming, boiling and cooking in a cooking mode with long time, operations such as stirring, adding water, placing seasonings and the like are needed in the middle, if the gas stoves are forgotten to be burned, the gas stoves can be closed until the water is dry or the set time is reached, so that the waste of resources is caused, and the quality of cooked food is affected. Sometimes, people suddenly recall that the gas stove is burned outside and can be turned off only after the gas stove is burned, and if the people forget that the gas can not realize that the people can not receive the alarming prompt during cooking outside, the remote turning off of the gas stove can not be realized.
Therefore, the embodiment of the utility model provides an energy-saving intelligent safe gas stove system, as shown in fig. 1 and 2, comprising: the gas stove comprises a control device, an on-off device, an ignition switch, a human body induction sensor, an alarm device, an ultraviolet flame detector, a cooking bench weighing instrument and a gas flow sensor, wherein the on-off device 30 and the gas flow sensor are arranged on a gas inlet pipeline of the gas stove, one end of the gas flow sensor is connected with a pipeline or a steel bottle, the other end of the gas flow sensor is connected with the on-off device, the other end of the on-off device is connected with a hose or a metal pipe, the on-off device is also connected with a reset switch, the ultraviolet flame detector and the human body induction sensor are arranged above the side of the gas stove, and the on-off device, the human body induction sensor, the alarm device, the ultraviolet flame detector, the cooking bench weighing instrument, the gas flow sensor and the ignition switch are all connected with the control device; the cooking bench weighing instrument further comprises a weighing instrument panel, wherein the weighing instrument panel comprises a first weight display module, a second weight display module and a weighing confirmation button.
The gas stove system comprises one or more stoves, a detection rod 10 is arranged at the rear side of each stove, a human body induction sensor 11 is arranged at the upper end of each detection rod 10, an ultraviolet flame detector 12 is arranged at the bottom of each detection rod, which is close to the pot support, the human body induction sensor 11 is opposite to the front of the stove and is used for detecting whether a person for induction cooking is in front of the stove, and the ultraviolet flame detector 12 is opposite to the pot support and is used for detecting flame combustion conditions of the corresponding stove. When the ultraviolet flame detector does not detect flame, the control device receives a pulse ignition signal to indicate that the gas stove is working, and the control device turns off the on-off device and sends an alarm on signal to the alarm device to inform a user of the fact that the gas stove is suddenly turned off. The gas flow sensor detects that gas passes through, but the ultraviolet flame detector does not detect flame, so that the gas stove is suddenly extinguished when in operation or suddenly leaked when not in operation, and the control device closes the on-off device and sends an alarm opening signal to the alarm device to inform a user.
In this embodiment, each stove has a detection rod 10, and in other embodiments, when the gas stove is an integrated stove, the detection rods may also be integrated in an inner side backup plate of the integrated stove, and correspondingly, the body induction sensor and the ultraviolet flame detector may be integrated in the inner side backup plate of the integrated stove.
When the gas stove does not work, if the gas flow sensor detects that gas passes through the gas inlet pipeline, but the control device does not receive the pulse ignition switch signal, the control device closes the gas inlet pipeline through the on-off device and sends an opening alarm signal to the alarm device.
In this embodiment, the energy-saving intelligent safety gas stove system further includes a detection device switch (not shown), the human body induction sensor and the ultraviolet flame detector are connected to the detection device switch, and the detection device switch is connected to the control device. When the gas stove does not work, the human body induction sensor and the ultraviolet flame detector are turned off by the detection device switch, and before a user prepares to start the gas stove, the human body induction sensor and the ultraviolet flame detector are turned on by the detection device switch to start working, and then the gas stove is started by the ignition switch.
As shown in fig. 2, the control device comprises a control module, a monitoring timer and a cooking timer, wherein the monitoring timer and the cooking timer are connected with the control module, the monitoring timer is connected with a human body induction sensor, the human body induction sensor is used for acquiring a first detection signal of a user leaving the gas stove and a second detection signal of the user returning to the gas stove, and the monitoring timer acquires the duration of the user leaving the gas stove according to the signals of the human body induction sensor; the cooking timer acquires a pulse ignition signal and counts a total cooking time.
The alarm device comprises an audio device and an alarm timer, wherein one end of the audio device and one end of the alarm timer are connected with a control module, the control module respectively sends alarm starting signals to the audio device and the alarm timer, the audio device gives an alarm after receiving the alarm starting signals, the alarm timer starts timing after receiving the alarm starting signals and sends an alarm timing ending signal to the control module after receiving second preset time so as to inform the control module that the alarm duration exceeds the second preset time, and the control module controls the on-off device to be closed after receiving the alarm timing ending signal, so that an air inlet pipeline of a gas stove is closed, and sends an alarm closing signal to the audio device so that the audio device stops alarming; when the control module sends an alarm suspension signal to the audio device and the alarm timer, the audio device ends the alarm, and the alarm timer stops timing.
The energy-saving intelligent safe gas stove system also comprises an operation interface, and a user can select a first cooking mode or a second cooking mode through the operation interface.
The first cooking mode is a frying, frying and roasting cooking mode, and when the energy-saving intelligent safety gas stove system is in the first cooking mode, a human body induction sensor is utilized to detect whether the duration of a user leaving the gas stove exceeds a preset time or not, and a first processing response is carried out; the second cooking mode is a cooking mode of stewing, steaming, boiling and boiling water, when the energy-saving intelligent safe gas stove system is in the second cooking mode, the stove weighing instrument weighs food in the pot, and the ultraviolet flame detector detects the flame state and responds to the second treatment.
In one embodiment, the energy-saving intelligent safety gas stove system defaults to a first cooking mode, and when adjustment is needed, the cooking mode is adjusted by using an operation interface.
In other embodiments, there may be only one cooking mode.
In this embodiment, the hob weight meter 22 is provided at the bottom of each pot support 23 of the gas cooker for detecting the total weight of the pot and the food in the pot placed on the pot support 23. And the hob weighing apparatus 22 further comprises a weighing instrument panel 21, the weighing instrument panel 21 comprising a first weight display module, a second weight display module and a weighing confirmation button. The first weight display module is used for displaying the total weight of the food in the rear pot and the pot, namely the total weight after the food is burnt, the first weight is determined through the weighing confirmation button, when the total weight of the food in the final pot is burnt to reach the first weight, namely the set value of the first weight is reached by the display weight of the cooking bench weighing instrument, the control module sends an alarm starting signal to the alarm device, the control module stops alarming after receiving an alarm timing ending signal, and meanwhile, the on-off device is controlled to be closed, and at the moment, whether a user is beside the gas cooker or not is alarmed. The gas stove is closed to stop heating when the total weight of food in the pot reaches the first weight, so that the dry heating and empty heating conditions can not occur, the taste of the food can be ensured to be kept at a certain level, and the quality of the prepared food is better.
When the first weight is set, water is continuously added, the water is added to the proper water amount, the second weight is the reminding weight for the operations of stirring, adding water, adding seasonings, adjusting small fire and the like in the middle, if the operations are needed for a plurality of times in the middle, after the first related operations are well carried out, people are reset before leaving, after the second weight needed to be operated in the middle is set, water is continuously added, and when the water is added to the approximate water amount meeting the requirements, cooking is started. And when the weight returns to the second weight again, alarming to remind people of carrying out stirring, small fire adjustment, seasoning addition, water addition and other operations in the past. If the intermediate operation is needed, setting the second weight again, and when the second weight is returned again, alarming to remind people of corresponding operations … … such as stirring, adjusting fire, adding seasonings, adding water and the like in the past until the first weight or the preset cooking time is reached when the intermediate operation is not needed, alarming, wherein the people return to the side of the gas stove, lift the pot, check whether food in the pot is cooked or not, and whether the soup meets the requirements or not. If the food in the pot is cooked and the soup meets the requirements, the gas stove switch is turned off. If the food in the pot is not cooked and the soup is not cooked, adding a proper amount of water to continue cooking. If the food is cooked and the cooking time is up, the cooking time is prolonged until the soup in the pot is too much, and then the gas stove switch is turned off until the soup meets the requirement. However, if no additional operation is needed in the middle, the second weight does not need to press the weighing confirmation button, the additional reminding second weight does not need to be set, and when the total weight of the food in the pot is burnt to the first weight or the cooking time, the alarm is given and the gas stove is closed to stop heating.
The first weight and the second weight are used for reminding a user that the gas stove is burning, reminding the user that the middle operation exists, saving more energy, realizing better food quality for cooking, and avoiding dry burning and empty burning in any way.
In this embodiment, the weighing instrument panel 21 is disposed in the cooking bench weighing instrument 22, and in other embodiments, the weighing instrument panel may be integrated with an operation interface of the energy-saving intelligent safety gas stove system.
In this embodiment, the sound stored in the audio device may be selected through the operation interface, so that different modes, different timers, and different alarm sounds of different weights are different, so that the user can distinguish conveniently.
In this embodiment, the control device includes a networking module, and the networking module is used to perform communication connection with an external mobile terminal, where the external mobile terminal may be a mobile phone of a user, or may be an intelligent wearable device of the user, such as an intelligent watch, an intelligent bracelet, or intelligent glasses.
When the energy-saving intelligent safe gas stove system is in the second cooking mode, the control device sends cooking state information and alarm information to the external mobile terminal through the networking module, and meanwhile, the external mobile terminal sends control signals to the control device through the networking module, and when a user is not beside the gas stove, the energy-saving intelligent safe gas stove system can be controlled by the external mobile terminal, for example, the on-off device is controlled to be closed.
In other embodiments, the energy-saving intelligent safe gas stove system can upload various data to an external mobile terminal for data management, acquire the gas use condition of the gas stove by using a gas flow sensor, meter the use amount of the gas and provide an optimization scheme for the use condition of the gas for cooking by using the use condition of the gas.
When the gas stove is not used, the gas flow sensor finds that gas in the gas inlet pipeline passes through to indicate the gas leakage condition, on one hand, the gas inlet pipeline is closed through the on-off device, and on the other hand, an external mobile terminal is also utilized to inform a customer of timely maintenance.
In other embodiments, various preset times of the energy-saving intelligent safety gas cooker system can be set through the external mobile terminal.
In this embodiment, the structure for switching the gas stove includes an on-off device and an ignition switch, and the gas stove is manually turned on and off by using the ignition switch, and the on-off device is electrically controlled by a control module to close or open the air inlet pipeline. In the embodiment, the on-off device is an electric ball valve, and can be controlled in multiple stages through different angle rotations, so that the firepower of the final gas stove can be regulated, closed or opened in multiple stages.
In other embodiments, the on-off device may take other suitable configurations.
When the energy-saving intelligent safety type gas stove system provided by the embodiment of the utility model is used for cooking, the first cooking mode or the second cooking mode can be selected.
In the first cooking mode, a user who needs to cook dishes continuously, such as stirring and stir-frying, sometimes needs to adjust fire, so that the user cannot leave beside the gas stove, and if leaving must come back in a limited time, the first cooking mode is a default program and is not changed to ensure safety.
The first cooking mode is:
when the control module receives the pulse ignition signal of the ignition switch, the pulse ignition signal is sent to the cooking timer, and the cooking timer starts to count time and starts to cook;
after the monitoring timer receives the first detection signal in the cooking process, if a person suddenly leaves the gas stove without being closed, the monitoring timer starts to count a first preset time which can be 1 minute, and after the first preset time is counted, a monitoring timing ending signal is sent to the control module so as to inform the control module that the duration of leaving the gas stove exceeds the first preset time. And if the control module receives the second detection signal before receiving the first timing end signal, the duration of the user leaving the gas stove does not exceed 1 minute, at the moment, the monitoring timer is controlled to stop timing and clear, the control module does not receive the monitoring timing end signal, and no safety accident occurs in a short time. If people leave before the food is put down, the pot can not be burned, and if the food is put down, the phenomena of burning of the food in the pot and ignition of the oil in the pot can not be generated, and the first cooking mode ensures the safety of the fuel gas and the quality of the food.
After the control module receives the monitoring timing end signal, the alarm start signal is sent to the alarm device to start alarming, the alarm timer starts to count a second preset time after receiving the alarm start signal, the second preset time is 30 seconds, after counting the second preset time, the alarm timing end signal is sent to the control module, the control module stops alarming after receiving the second timing end signal, and meanwhile the on-off device is controlled to close the electric ball valve, so that accidents such as burning food in a pot for a long time after people leave, even burning out of the pot to catch fire, overhigh oil temperature to catch fire and the like are avoided.
In other embodiments, the control module sends the alarm starting signal to the alarm device to start the alarm after receiving the monitoring timing end signal.
Before the alarm timing end signal is received, if the second detection signal is received, the duration of the alarm is not longer than the second preset time, namely before the user returns to the gas stove before the alarm is ended, the alarm timer is controlled to stop timing and clear, the control module does not receive the alarm timing end signal, and an alarm closing signal is sent to the audio device so that the audio device stops alarming.
When the monitoring timer does not receive the first detection signal in the cooking process, the user performs the cooking process, and meanwhile, the cooking timer counts up to a third preset time, for example, 30 minutes is set for the third preset time, and the time of frying, stir-frying, frying and roasting is generally short, and the time of 30 minutes is enough to cook food. If the cooking time does not exceed the third preset time, the user manually turns off the gas stove switch.
From the above, it can be seen that in the first cooking mode, the user is required to leave the gas stove or must return to the side of the gas stove within a second minute after leaving, otherwise the gas stove is automatically turned off, so that the frying, frying and roasting in the first cooking mode cannot have safety accidents, and meanwhile, the mode does not cause any inconvenience to the cooking of the user.
The second cooking mode of the utility model is a cooking mode of stewing, steaming, boiling and stewing with water, and because the cooking mode needs longer cooking time and does not need human intervention in the middle of a long period of time, a user can easily walk away to process other matters, but needs to stir, add water, seasoning and the like for many times in the middle, even forget that the gas stove is burning and can be forgotten easily, the gas stove system can well solve the problems, ensure the taste and delicacy of food, and the user can be reminded to ensure the safety even if forgets that the gas stove is working.
The second cooking mode specifically includes:
firstly placing cooked food and a proper amount of water which is prepared in advance into a pot, then placing the pot on a stove frame of a gas stove, setting the gas stove into a second cooking mode, starting a stove weighing instrument at the moment, displaying weight by the stove weighing instrument at the moment, determining and pressing a weighing confirmation button by reasonably adding the food and the water to obtain a first weight, wherein the first weight is the weight of the stove frame, the pot, the food and the water, the first weight is the weight which is cooked after the first weight, when the total weight of the food in the final pot is burnt, sending an alarm starting signal to an alarm device by a control module, closing a gas stove switch beside the gas stove after receiving the alarm signal, and stopping alarming after receiving an alarm timing ending signal by the control module, and simultaneously controlling the on-off device to be closed. The gas stove is closed to stop heating when the total weight of food in the pot reaches the first weight, so that the dry heating and empty heating conditions can not occur, the taste of the food can be ensured to be kept at a certain level, and the quality of the prepared food is better.
When the first weight is set, water is continuously added, the water is added to a proper amount of water, the second weight is the reminding weight for the operations of stirring, adding water, adding seasonings, adjusting small fire and the like in the middle, if the operations are needed for a plurality of times in the cooking process, when the first related operations are well carried out, the second weight is set again before people leave, after the second weight needed to be operated in the middle is set, water is continuously added, the water is added to the approximate water amount meeting the requirements, and the cooking is started by ignition. However, if no additional operation is needed in the middle, the weighing confirmation button is not pressed by the second weight, and when the total weight of the food in the pot is burnt to the first weight or the set cooking time is reached, the alarm is given and the gas stove is closed to stop heating.
In other embodiments, in addition to the above determination method, a "+" "-" key manner may be used for the second weight, for example, the adjustment value is 50 g every time.
Further, the first cooking mode and the second cooking mode in the utility model can be freely switched, and the first cooking mode is still adopted for a short time when water needs to be added for boiling after some of the first cooking modes are fried and fried until the first cooking mode is boiled. For longer cooking times, which require more water to be added, the gas range may be switched from a first cooking mode to a second cooking mode.
When the gas stove does not work, gas passes through the gas inlet pipeline, the gas flow sensor sends a gas opening signal to the control device, the control device analyzes and processes the signal, and when the control device does not receive a pulse ignition switch signal, the control device closes the electric ball valve through the on-off device and sends an opening alarm signal to the alarm device.
Therefore, the energy-saving intelligent safe gas stove system adopting the structure utilizes the human body induction sensor, the alarm device, the ultraviolet flame detector, the cooking bench weighing instrument and the gas flow sensor, the cooking bench weighing instrument further comprises the weighing instrument panel, the weighing instrument panel comprises the first weight display module and the second weight display module, the first weight is utilized to control the closing of the gas stove by detecting the weight of food and water in the pot, the second weight is utilized to remind a user to perform corresponding operations such as fire adjustment, stirring, seasoning adding and water adding on the gas stove, if the first operation is good, the second weight is required to be set again, the safety problem that in the prior art, the gas stove is suddenly extinguished (leakage, idle burning and dry burning are caused) due to the fact that the user leaves the gas stove is solved, the user is informed timely when the set value is reached, the quality of the finished food is better, the gas is saved, and the hidden danger of automatic gas leakage is realized when the gas is automatically closed at any time.
The following shall be described: the above embodiments are only for illustrating the technical solution of the present utility model and not for limiting it, and although the present utility model has been described in detail with reference to the preferred embodiments, it will be understood by those skilled in the art that: the technical scheme of the utility model can be modified or replaced by the same, and the modified technical scheme cannot deviate from the spirit and scope of the technical scheme of the utility model.
Claims (10)
1. An energy-saving intelligent safety gas stove system, which is characterized by comprising: the control device, the on-off device, the ignition switch, the human body induction sensor, the alarm device, the ultraviolet flame detector, the cooking bench weighing instrument and the gas flow sensor are all arranged on an air inlet pipeline of the gas stove, the ultraviolet flame detector and the human body induction sensor are all arranged above the side of the gas stove, and the on-off device, the human body induction sensor, the alarm device, the ultraviolet flame detector, the cooking bench weighing instrument, the gas flow sensor and the ignition switch are all connected with the control device; the cooktop weighing instrument further comprises a weighing instrument panel, and the weighing instrument panel comprises a first weight display module and a second weight display module.
2. An energy-saving intelligent safety gas stove system according to claim 1, characterized in that: the alarm device comprises an audio device and an alarm timer, and one end of the audio device and one end of the alarm timer are connected with the control module.
3. An energy-saving intelligent safety gas stove system according to claim 1, characterized in that:
the cooking device further comprises an operation interface, wherein the operation interface is used for selecting a first cooking mode or a second cooking mode and setting various preset times.
4. An energy-saving intelligent safety gas stove system according to claim 1, characterized in that: the cooking bench weighing instrument is arranged at the bottom of each pot bracket of the gas stove and is used for detecting the total weight of the pot and food in the pot.
5. An energy-saving intelligent safety gas stove system according to claim 1, characterized in that: the control device comprises a control module, a monitoring timer and a cooking timer, wherein the monitoring timer and the cooking timer are connected with the control module, the monitoring timer is connected with a human body induction sensor, the human body induction sensor is used for acquiring a first detection signal that a user leaves a gas stove and a second detection signal that the user returns to the gas stove, and the monitoring timer acquires the duration time that the user leaves the gas stove according to the signal of the human body induction sensor; the cooking timer acquires a pulse ignition signal and counts a total cooking time.
6. An energy-saving intelligent safety gas stove system according to claim 1, characterized in that: the control device comprises a networking module, and the networking module is used for being in communication connection with an external mobile terminal.
7. An energy-saving intelligent safety gas stove system according to claim 1, characterized in that: the energy-saving intelligent safe gas stove system comprises a plurality of stoves, wherein the rear side of each stove is provided with a detection rod, and each detection rod is provided with an ultraviolet flame detector and a human body induction sensor.
8. An energy-saving intelligent safety gas stove system according to claim 1, characterized in that: the on-off device is an electric ball valve.
9. An energy-saving intelligent safety gas cooker system according to claim 1 or 7, characterized in that: the human body induction sensor and the ultraviolet flame detector are connected with the detection device switch.
10. The energy-saving intelligent safety gas stove system according to claim 9, wherein: the detection device switch is connected with the control device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222523548.7U CN220524160U (en) | 2022-09-22 | 2022-09-22 | Energy-saving intelligent safe gas stove system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202222523548.7U CN220524160U (en) | 2022-09-22 | 2022-09-22 | Energy-saving intelligent safe gas stove system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN220524160U true CN220524160U (en) | 2024-02-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN202222523548.7U Active CN220524160U (en) | 2022-09-22 | 2022-09-22 | Energy-saving intelligent safe gas stove system |
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| Country | Link |
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| CN (1) | CN220524160U (en) |
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2022
- 2022-09-22 CN CN202222523548.7U patent/CN220524160U/en active Active
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