CN109404987B

CN109404987B - Intelligent gas stove, intelligent gas stove system and integrated stove system

Info

Publication number: CN109404987B
Application number: CN201811331615.7A
Authority: CN
Inventors: 刘永前
Original assignee: Zhuhai Mingzhao Intelligent Technology Co Ltd
Current assignee: Zhuhai Mingzhao Intelligent Technology Co Ltd
Priority date: 2018-11-09
Filing date: 2018-11-09
Publication date: 2020-01-14
Anticipated expiration: 2038-11-09
Also published as: CN109404987A

Abstract

The invention discloses an intelligent gas stove which comprises a cooking bench, a pot frame and a pot, wherein a gas cooking range head is arranged on the cooking bench, the pot frame is arranged on the cooking bench and covers the gas cooking range head, a first electricity supplying assembly capable of generating magnetic flux is arranged on the cooking bench, a first electricity receiving assembly used for inductively coupling the first electricity supplying assembly is arranged in the pot frame, and the cooking bench supplies electricity to the pot frame through the matching of the first electricity supplying assembly and the first electricity receiving assembly. The invention provides an intelligent gas stove system which is safe and reliable and can effectively provide electric energy for a pot rack and a pot, wherein a second electricity supplying component is arranged on the pot rack, or data exchange between the pot rack and the pot is realized in a mode that the pot rack is lapped with a lap joint seat and a lap joint arranged on the pot. A second electricity receiving assembly matched with the second electricity supplying assembly is arranged on the cooker; the invention also provides an integrated stove convenient for linkage control of the gas stove and the range hood, and intelligent control and linkage of the range hood and the gas stove system are realized.

Description

Intelligent gas stove, intelligent gas stove system and integrated stove system

Technical Field

The invention relates to the technical field of kitchenware, in particular to an intelligent gas stove, an intelligent gas stove system and an integrated stove system.

Background

The existing electric rice cooker, intelligent electric rice cooker, various intelligent electric soup pots, intelligent electric traditional Chinese medicine earthen pot and the like all need electricity as energy for heating, cooking and boiling, and intelligent control is relatively easy to realize due to the use of electric energy. However, the existing gas stove can only be used for manual operations such as manual dish frying, water boiling, steaming, soup cooking and the like, and cannot be controlled intelligently, and the existing household gas stove is not intelligent, and cannot realize intelligent control of a smoke machine and a cooker on the stove. The range hood is relatively easy to realize intelligent control and also easy to realize single linkage control with the gas stove and the cooker, but the general gas stove, the cooker and the cooker frame between the gas stove and the cooker cannot realize the linkage control at present, and most importantly, the problem of electric energy supply among the gas stove, the cooker frame and the cooker is solved.

Generally speaking, a gas stove is large in size, relatively small in movement and capable of being supplied with power through cables laid with an external power supply, but a pot frame and a pot are relatively small, and often need to be cleaned, replaced and moved, and if the gas stove is connected through cables for power supply, the gas stove is very tedious and unsafe. Some products are provided with built-in power supplies in the pot rack and the pot, and the built-in power supplies are used for providing power for self power-consuming parts. However, the working environment of the pot rack and the pot is a high-temperature environment, if the built-in power supply is easy to expand and explode when meeting heat, and the trouble of replacing or charging the built-in power supply can be considered.

Except the problem of energy supply, the whole intelligent control is not realized in the whole kitchen range system at present. The intelligent control can be realized in the market at present, namely the intelligent linkage control of a gas stove and a range hood, however, the intelligent control among a cooking bench, a pot frame and a pot cannot be realized, the intelligent control cannot be developed on the intelligent control by technicians due to the use characteristics of the products, the most main problem is the energy supply problem, and the problem is a main factor for restricting the intelligent control development.

Therefore, the integrated cooker which is safe and reliable, can effectively provide safe and reliable power supplies for the cookware and the pot holder and can realize intelligent control of the cookware, the pot holder, the cooking bench and other gas appliances is developed to solve the problems.

Disclosure of Invention

In order to overcome the defects of the prior art, the invention provides the gas stove and the gas stove system which are safe and reliable, can effectively provide electric energy for a pot frame and a pot, and can realize intelligent control; the invention also provides an integrated stove convenient for linkage intelligent control of the gas stove and the range hood.

The technical scheme adopted by the invention for solving the technical problems is as follows:

the utility model provides an intelligent gas stove, includes the top of a kitchen range and is used for bearing the pot frame of pan, be provided with the gas cooking range on the top of a kitchen range, the pot frame is installed on the top of a kitchen range, and covers the dress outside the gas cooking range, be provided with the first subassembly of giving electricity that can produce the magnetic flux on the top of a kitchen range, pot frame bottom is provided with the first subassembly of receiving electricity that is used for the first subassembly of giving electricity of inductive coupling, the top of a kitchen range supplies power to the pot frame through the cooperation of first subassembly of giving electricity and first subassembly of receiving electricity.

As an improvement of the above technical solution, the first power supply assembly includes a first power supply coil, a power supply control module for controlling the first power supply coil to generate magnetic flux, and a cooking bench controller for controlling the power supply control module to open and close, the first power supply coil is disposed in the cooking bench, the first power supply coil is disposed at one side of the gas cooking bench and/or is sleeved outside the gas cooking bench; the first power receiving assembly is provided with a first power receiving coil used for being coupled with the first power supply coil, and the first power receiving coil is arranged at the bottom of the pot frame and located at the corresponding position of the first power supply coil.

As an improvement of the above technical scheme, the first power supply coil is embedded in the cooking bench panel, and the bottom of the pot holder is provided with a holding body for holding the first power receiving coil, wherein the holding body is close to the cooking bench panel.

As an improvement of the above technical scheme, a proximity switch is arranged on the cooking bench, an induction element used for being matched with the proximity switch is arranged at the bottom of the pot frame, and the proximity switch is electrically connected with the cooking bench controller. Marks are arranged on the outer wall of the pot frame and the panel of the cooking bench, when the pot frame is placed on the cooking bench, the two marks are matched, the pot frame is placed in place, the cooking bench controller starts the first electricity supplying assembly and starts to supply electricity to the first electricity receiving assembly, and the pot frame starts to work after being electrified through the first electricity receiving assembly; or the proximity switch is arranged at a protruding point of the soup plate on the panel of the cooking bench, the induction device is provided with a notch at the bottom of the pot frame, and the pot frame is placed in place after the protruding point is matched with the notch, and the pot frame controller is powered on to start working.

As an improvement of the technical scheme, a power supply end of the power supply control module is connected with a direct current power supply, an input end of the power supply control module is connected with the first power supply coil, and a control end of the power supply control module is connected with the cooking bench controller; the cooking bench controller is provided with a first wireless communication module, and is also provided with one or more of a wireless communication interface, a wired communication interface, a WIFI module and a wired connection interface. The power supply control module converts direct current into alternating current and sends the power out through the power supply coil; the first electricity receiving coil receives alternating current power and provides the alternating current power for the electricity receiving control module in the first electricity receiving component, the electricity receiving control module converts alternating current into direct current to be used by a corresponding controller, wireless electricity supplying is realized by adopting an electromagnetic induction principle to supply power to a pot frame in a wireless mode, electricity supplying and receiving coils are arranged in a panel of a cooking bench and on the pot frame respectively, and when the electricity supplying and receiving coils are close to each other, the electricity supplying control module controls the electricity supplying coils to emit alternating current based on a certain frequency and generates a certain current in the pot frame receiving coils through electromagnetic induction of the electricity receiving coil, so that electric energy is transferred from the cooking bench to the pot frame end, and the cooking bench supplies power to the pot frame in a wireless mode. The power supply control module is equivalent to an inverter and converts direct current into alternating current which is transmitted out through the first power supply coil or the transmitting coil. The receiving control module is equivalent to a power circuit and converts alternating current received by the first receiving coil into direct current to be supplied to a pot rack and the like.

As an improvement of the technical scheme, an ignition switch assembly is further arranged on the cooking bench and comprises a gas valve arranged in a panel of the cooking bench and a pressing ignition switch shaft which can rotate and adjust the opening angle of the gas valve, the upper end of the pressing ignition switch shaft movably penetrates through the panel of the cooking bench, a clutch ignition wafer is arranged on the pressing ignition switch shaft, and a reset spring is arranged below the clutch ignition wafer on the pressing ignition switch shaft; the clutch ignition wafer and the ignition contact ring are connected with the ignition circuit when the clutch ignition wafer is driven to press down by pressing the ignition switch shaft.

As an improvement of the above technical scheme, the ignition switch assembly further comprises a driving mechanism installed on the cooking bench, the upper part of the pressing ignition switch shaft is movably sleeved with a main adjusting gear, the clutch ignition wafer is positioned on the lower surface of the main adjusting gear, and the reset spring can force the clutch friction surface on the clutch ignition wafer to abut against the lower surface of the main adjusting gear; the output end of the driving mechanism is meshed with the main adjusting gear, and the driving mechanism can drive the pressing ignition switch shaft to rotate through the friction fit of the main adjusting gear and the clutch ignition wafer; the lower extreme of gas valve is provided with angle sensor, angle sensor is connected with the top of a kitchen range controller electricity, actuating mechanism is connected with the top of a kitchen range controller electricity, the top of a kitchen range controller is given to angle sensor detectable and the turned angle of feeding back gas valve, and the top of a kitchen range controller is according to the size that opens and shuts of the culinary art procedure of remote server, mobile terminal and inside storage and angle sensor's feedback signal control gas valve.

An intelligent gas stove system comprises a gas stove and a cooker, wherein a second electricity supplying component connected with a first electricity receiving component is arranged on the upper portion of a cooker frame, and a second electricity receiving component used for inductively coupling the second electricity supplying component is arranged on the cooker.

As an improvement of the above technical solution, the second power transmission assembly is provided with a second power transmission coil for inductively coupling the second power transmission coil, and the second power transmission coil is arranged in the handle of the pot or the pot cover.

As an improvement of the above technical solution, a pot rack controller connected to the first power receiving assembly is provided in the second power receiving assembly, a pot controller is provided in the second power receiving assembly, and the pot rack controller performs data communication with the pot controller in a wired or wireless manner.

As the improvement of above-mentioned technical scheme, the pot frame controller is connected with the overlap joint seat, the pan controller is connected with the lap joint, the overlap joint seat sets up the top at the pot frame, the lap joint sets up in the handle of pan or pot cover handle, the pot frame controller is connected with the pan controller through the mode of overlap joint seat overlap joint on the lap joint, and wherein the connection of overlap joint seat and lap joint is connected through two PIN feet at least, both can switch on simultaneously and form the return circuit, also can carry out data communication. When the mode is adopted, the wireless communication module is cancelled by the controller in the pot rack and the pot, and the technology is also suitable for the electric intelligent pot.

As the improvement of the technical scheme, be provided with the temperature-detecting device who is used for detecting pot body temperature, note the electronic tags of pot body nature and information and be used for discerning electronic tags's pan recognition device in pot cover or the pan handle, temperature sensor and electronic tags all are connected with the pan controller, temperature-detecting device can select for use temperature sensor, note different pot body nature and adopt this nature pot body how to cook in the electronic tags, information of maintaining and using, the pan recognition device who is convenient for to be connected with the pan frame controller discerns and reads. In this application, the pan is multiple type pan, and multiple type pan divide into from taking the lid and not taking two kinds of lids. Various kinds of cookware with covers include pressure cookers, common rice cookers, steam cookers, ceramic or metal soup earthen cookers, ceramic traditional Chinese medicine earthen cookers and the like; various pots without covers include ordinary rice cookers, ceramic or metal soup earthen pots, and the like; the cooker with the cover is suitable for being matched with a cooker frame without the cover, and the cooker without the cover is suitable for being matched with the cooker frame with the cover. In addition, in the pan that adopts in this application, different pans adopt different control mode and menu.

As an improvement of the technical scheme, the pot rack further comprises an inner cavity for placing a pot, and the size of the inner cavity is slightly larger than that of the pot. The pot rack further comprises a supporting frame for bearing a pot and a touch control display panel arranged on the outer wall of the supporting frame, the touch control display panel is connected with the pot rack controller, and the supporting ring is large in upper portion and small in lower portion and used for placing the pot with the waist ring. The pot frame controller is provided with a first wireless communication module for data interaction with an external mobile end or a fixed end, and the second wireless communication module can be in data connection with the first wireless communication module; the upper part of the supporting frame is provided with a supporting area for supporting a cooker, the lower part of the supporting frame is provided with a combustion area communicated with a gas cooker head, the combustion area is provided with a guide plate sleeved on the outer wall of the cooker, and the guide plate divides the combustion area into a smoke guide layer and a combustion layer which are mutually communicated; a support ring for bearing a cooker is arranged in the support area, an exhaust channel communicated with the smoke guide layer is arranged on one side of the support ring, and a smoke exhaust port is arranged on the rear side of the support frame positioned on the combustion layer; the bottom of combustion area is provided with the end ring with top of a kitchen range upper surface butt, and first receipts electric coil sets up on the end ring, and is connected with the pot frame controller electricity.

As an improvement of the above technical scheme, an accommodating groove for accommodating a handle of the cookware is arranged at the upper part of the supporting area, the second power supply coil is arranged in the accommodating groove, and a second power receiving coil in the handle is coupled with the second power supply coil; still be provided with the first temperature sensor who is used for detecting the pan temperature in the handle and be used for carrying out data communication's third wireless communication module with the second wireless communication module.

As an improvement of the technical scheme, a second power supply coil is arranged at the upper part of the supporting area, and a second power receiving coil in the pot cover is coupled with the second power supply coil; the cooker cover is also internally provided with a second temperature sensor for detecting the temperature of the cooker and a fourth wireless communication module for carrying out data communication with the second wireless communication module.

As an improvement of the above technical scheme, the cooking bench is arranged outside the gas cooking bench and is provided with a cooking bench soup plate, the first power supply coil is arranged on the inner side or the outer side of the cooking bench, which is located on a cooking bench soup plate ring, the bottom ring is provided with a lantern ring used for matching with the cooking bench soup plate, and the bottom ring is arranged on the cooking bench in a matching manner with the outer ring of the cooking bench soup plate through the lantern ring. The cooking range soup plate can be round, square or other shapes, the outer ring of the cooking range soup plate in any shape is correspondingly matched with the bottom ring of the opening at the bottom of the pot frame, the bottom ring of the opening of the pot frame is movably sleeved outside the outer ring of the soup plate to form a whole with a cooking bench, and the cooking range soup plate can be made of metal or other materials such as ceramic.

As an improvement of the technical scheme, the pot frame is further provided with a cover, a temperature sensing device is arranged in the cover, and the temperature sensing device is connected with the pot frame controller.

An integrated kitchen system comprises a range hood and a gas stove system, wherein the range hood is matched with the gas stove system.

As an improvement of the technical scheme, the range hood comprises a range hood body, a roller shutter arranged along the periphery of the range hood body and a driving device for retracting the roller shutter, wherein the driving device is arranged on the inner side of the range hood body, and a touch display control screen for displaying menu pushing, dish cooking methods and cooking processes is arranged on the range hood body; still be equipped with the lampblack absorber controller on the lampblack absorber body and with the communication module that the lampblack absorber controller is connected, drive arrangement and touch display control screen all are connected with the lampblack absorber controller, communication module carries out data transmission through wireless or wired interface connection mode with the top of a kitchen range controller, and the lampblack absorber controller still is provided with the wired communication interface with outside host computer wired connection.

As an improvement of the technical scheme, the driving device comprises a stepping motor and a scroll arranged at the output end of the stepping motor, the roller shutter can be wound on the scroll, and the stepping motor is connected with the range hood controller; the roller shutter is characterized in that reinforcing ribs and magnetic materials are arranged on two sides of the roller shutter, guide wheels are arranged on two sides of the lower end of the roller shutter, the roller shutters on two adjacent sides are connected through the cooperation of the magnetic materials, and pendants are arranged at the lower end of the roller shutter.

The invention has the following beneficial effects:

according to the gas stove and the gas stove system, the first electricity supplying assembly is arranged in the stove, the first electricity receiving assembly is arranged at the bottom of the pot frame, electric energy is transferred by utilizing the inductive coupling of the first electricity supplying assembly and the first electricity receiving assembly, the gas stove is not influenced by a high-temperature environment, and the gas stove system are safe and reliable; in addition, a second electricity supplying component is arranged on the upper portion of the pot frame, a second electricity receiving component matched with the second electricity supplying component is arranged on the pot, and the pot frame and the pot realize wireless electric energy transmission through inductive coupling of the second electricity supplying component and the second electricity receiving component. The pot rack and the pot, and the pot rack and the pot cover are communicated wirelessly or in a wired way to transmit data; the gas cooking bench and the pot frame and the pot cover generate magnetic flux through the power supply assembly, the power receiving assembly is coupled to generate electric energy, the whole electric energy transmission process is very convenient and reliable, and a foundation is laid for intelligent control. Reform transform current gas valve switch assembly, cancel the epaxial bayonet socket of the pressing of present gas switch assembly could rotate and press bayonet socket and the stuck point of ignition switch, make the gas valve assembly need not press just can rotate, increase separation and reunion friction disk, drive arrangement and angle induction system to realize that the controller control is igniteed, open and adjust the firepower size of gas valve, change current iron pot frame when artifical fried dish and put current pan can artifically press to ignite and adjust the gas valve firepower and realize artifical fried dish. In addition, the application also discloses a gas stove which realizes intelligent control between a cooking bench and a pot rack and between the pot rack and a pot cover.

In addition, the invention also provides an integrated stove system, which realizes intelligent linkage control of the gas stove and the range hood, can control the switch on the gas stove and adjust the firepower on the range hood, can also control the working condition of the range hood on the gas stove, and realizes the effect of function matching linkage; besides, the working conditions of the gas stove and the range hood can be controlled through the movable end, and intelligent control is achieved.

Drawings

The invention is further described with reference to the following detailed description of embodiments and drawings, in which:

FIG. 1 is a schematic structural diagram of an embodiment of the present invention;

FIG. 2 is a schematic view showing the structure of a gas range according to an embodiment of the present invention;

FIG. 3 is a first schematic view of a cooking bench, a pot rack and a pot in cooperation according to an embodiment of the present invention;

FIG. 4 is a schematic structural diagram of an ignition switch assembly in an embodiment of the present invention;

FIG. 5 is a cross-sectional view of the engagement of a pot holder with a pot in an embodiment of the present invention;

FIG. 6 is a second schematic view of a cooking bench, a pot rack and a pot in cooperation with each other according to an embodiment of the present invention;

FIG. 7 is a schematic structural diagram of a range hood in an embodiment of the invention;

fig. 8 is a sectional view of a range hood in an embodiment of the present invention.

Detailed Description

Referring to fig. 1 to 6, the intelligent gas stove comprises a cooking bench 1 and a pot frame 2, wherein a gas cooking range 11 is arranged on the cooking bench 1, the pot frame 2 is mounted on the cooking bench 1 and covers the gas cooking range 11, a first electricity supplying component 12 capable of generating magnetic flux is arranged on the cooking bench 1, a first electricity receiving component 21 used for inductively coupling the first electricity supplying component 12 is arranged at the bottom of the pot frame 2, and the cooking bench 1 supplies electricity to the pot frame 2 through the matching of the first electricity supplying component 12 and the first electricity receiving component 21.

Referring to fig. 1 and 2, in this embodiment, the first power supply assembly 12 includes a first power supply coil 121, a power supply control module 122 for controlling the first power supply coil 121 to generate magnetic flux, and a cooking bench controller for controlling the power supply control module 122 to open and close, the first power supply coil 121 is disposed in the cooking bench 1, and the first power supply coil 121 is disposed beside the gas cooking bench 11; the first receiving assembly 21 is provided with a first receiving coil 211 for coupling the first power supply coil 121, and the first receiving coil 211 is arranged at the bottom of the wok stand 2 and is located at a corresponding position of the first power supply coil 121.

In order to be safer and more reliable, the first power supply coil 121 in this embodiment is embedded under the cooking range soup plate 14 of the cooking range 1 or the panel of the cooking range 1, the bottom of the pot holder 2 is provided with an accommodating body for accommodating the first power receiving coil 211, the accommodating body is arranged at the bottom of the pot holder 2, the accommodating body is used for sealing and insulating the first power receiving coil 211, the distance between the first power supply coil 121 and the first power receiving coil 211 is as small as possible, and in order not to influence the magnetic flux between the first power supply coil and the first power supply coil 121, the materials between the first power receiving coil 211 at the bottom of the pot holder 2 and the first power supply coil 121 in the panel of the cooking range 1 are all materials which can be magnetized and resistant to high temperature. When the pot holder 2 is correctly placed on the cooking bench 1, the first power receiving coil 211 is positioned right above the first power supplying coil 121.

Referring to fig. 1 and 2, for convenience of installation and control, in the embodiment, a proximity switch 13 is disposed outside an outer ring of a cooking range soup plate 14 on the cooking bench 1, a sensing element for matching with the proximity switch 13 to be inductively activated is disposed at a corresponding position of a bottom ring of a bottom opening of the wok stand 2, and the proximity switch 13 corresponds to the sensing element. The proximity switch 13 is electrically connected with the cooking bench controller, and the interaction between the proximity switch 13 and the induction element is used for triggering, so that the cooking bench controller can supply electricity to the cooking bench controller only when the pot holder 2 is placed on the corresponding correct position of the cooking bench 1. Or the proximity switch 13 of the cooking bench 1 is arranged to be a convex point on the panel of the cooking bench, the proximity switch sensing device at the corresponding position at the bottom of the pot holder 2 is provided with a concave point, when the pot holder 2 is placed on the cooking bench 1, the convex point is matched with the concave point, the proximity switch 13 acts, the cooking bench controller starts to supply electricity to the pot holder 2, namely, after the pot holder 2 and the cooking bench 1 are accurately installed, the proximity switch 13 is triggered, then the signal is transmitted to the cooking bench controller, the cooking bench controller starts to supply electricity to the first electricity supply component 12, the first electricity supply coil 121 is coupled with the first electricity receiving coil 211 to generate electricity, wireless electricity supply between the cooking bench 1 and the cooking bench 2 is realized, and the cooking bench controller starts to work.

The main function of the power supply control module 122 in this embodiment is to convert direct current into alternating current to wirelessly supply power to the pot holder 2. The power supply control module 122 comprises a first power supply coil 121 connected with a direct current power supply, converts direct current into alternating current and wirelessly transmits power to a first receiving coil 211 through the first power supply coil 121; the cooking bench controller is provided with a first wireless communication module 15, the first wireless communication module 15 is specially connected with a second wireless communication module 25 in the wok stand controller to transmit data, and a Bluetooth communication module of the cooking bench controller communicates with an external mobile terminal to perform data communication; the cooking bench controller is also provided with one or more of a wired communication interface, a WIFI module and a wired communication interface; the design of these modules such as wireless communication interface, wired communication interface, WIFI module and wired connection interface can make whole gas-cooker realize intelligent control, conveniently carries out remote control with outside server and host computer or removal end, accords with intelligent development.

In this embodiment, for convenience and applicability, a power module is disposed in the cooking bench controller, and the power module is an AC/DC power supply, so as to change AC power into DC power, thereby facilitating power consumption requirements of the cooking bench controller, the pot rack controller and the pot controller. The direct current wirelessly transmits power to the first receiving coil 211 through the first power transmission coil 121 after passing through the power transmission control module 122, and contactless wireless transmission of electric energy is realized to supply power to the pot frame 2, so that the cooking bench 1 and the pot frame 2 can be mutually independent and connected in a wireless manner, and the pot frame 2 does not need to be connected with an external power supply through a wire, and is safe and reliable. When the pot frame 2 is not placed on the cooking bench 1, the existing iron pot frame is replaced on the cooking range soup plate 14 on the cooking bench 1, and dishes can be fried manually, and all functions and purposes of the existing gas stove are reserved.

Referring to fig. 5 and 6, in another manner of providing the second power supply coil on the upper portion of the pot holder 2, the upper portion of the supporting region 231 is provided with a receiving groove 233 for receiving the handle of the pot 3, the second power supply coil 221 is disposed in the receiving groove 233, and the second power receiving coil 311 in the handle is coupled to the second power supply coil 221.

Referring to fig. 1 to 4, in the intelligent gas stove of the present application, an ignition switch assembly 4 is further disposed on a cooking bench 1, and the ignition switch assembly 4 is formed by adding a driving mechanism 46, a main adjusting gear 47, a pressing clutch friction ignition wafer 43 and an angle sensor 48 on the basis of an existing general pressing ignition switch, so that a bayonet and a click point, which originally can only be pressed to rotate a rotating shaft of a gas valve 41, are eliminated, and the pressing ignition switch shaft 42 can also be rotated to rotate the gas valve 41 when not pressed. The push-to-fire switch shaft 42 is axially connected to the gas valve shaft and to the shaft of the angle sensor 48 for rotation therewith. The detailed description is as follows: including gas valve 41 and the rotatable pressing ignition switch axle 42 of adjusting gas valve 41 opening angle of installing in the top of a kitchen range 1 panel, the top of a kitchen range 1 panel is passed in the activity of the upper end of pressing ignition switch axle 42, pressing ignition switch axle 42 and being provided with and pressing separation and reunion friction ignition disk 43, be friction material above pressing separation and reunion friction ignition disk 43, the lower surface is made and is connected with the input shaft electricity of pressing ignition switch axle 42 and gas valve 41 for the metal material that can electrically conduct. A return spring 44 is arranged below the pressing clutch ignition disc 43 on the pressing ignition switch shaft 42; an ignition contact ring 45 communicated with an ignition loop of a cooking bench is arranged below the press clutch ignition disc 43 of the press ignition switch shaft 42, the reset spring 44 can force the clutch ignition disc 43 to be separated from the ignition contact ring 45 and enable the press clutch friction ignition disc 43 to be attached to the main adjusting gear 47, when the press ignition switch shaft 42 drives the clutch friction ignition disc 43 to be pressed downwards, the press clutch friction ignition disc 43 is communicated with the ignition contact ring 45 to realize manual press ignition, and therefore the function and habit of manual cooking are reserved. For the convenience of intelligent control, still be connected with the drive component in this application between pressing ignition switch axle 42 and gas valve 41, press the switch size that the rotation piece in ignition switch axle 42 accessible drive component and then control gas valve 41, can detect the switch and the size of gas valve through angle sensor 48 top of a kitchen range controller.

In order to facilitate remote and automatic adjustment of the firepower of the gas cooking range 11 on the cooking bench 1, the ignition switch assembly 4 further comprises a driving mechanism 46 mounted on the cooking bench 1, a main adjusting gear 47 is movably sleeved on the upper portion of the pressing ignition switch shaft 42, the pressing clutch friction ignition disc 43 is located on the lower surface of the main adjusting gear 47, and the return spring 44 can force the clutch friction surface on the pressing clutch friction ignition disc 43 to abut against the lower surface of the main adjusting gear 47; the output end of the driving mechanism 46 is meshed with a main adjusting gear 47, and the driving mechanism 46 can drive the pressing ignition switch shaft 42 to rotate through the friction fit of the main adjusting gear 47 and the clutch ignition wafer 43, so that the gas valve 41 is driven to achieve the purpose of adjusting the size of gas, and intelligent and remote control is realized; the lower end of the gas valve 41 is provided with an angle sensor 48, and the shaft of the angle sensor 48 is connected with the shaft of the gas valve 41 and the pressing ignition shaft 42 into a whole and rotates simultaneously. The angle sensor 48 is electrically connected with the cooking bench controller, the driving mechanism 46 is electrically connected with the cooking bench controller, the angle sensor 48 can detect and feed back the rotation angle of the pressing ignition switch shaft 42 to the cooking bench controller, and the cooking bench controller controls the driving mechanism 46 to adjust the rotation angle of the pressing ignition switch shaft 42 according to cooking needs to adjust firepower. The cooking bench controller is connected with an external mobile terminal or a control terminal through modules such as a wireless communication interface, a wired communication interface, a WIFI module and a wired connection interface, and the firepower of the cooking bench 1 is controlled intelligently and remotely. The driving mechanism 46 is mainly used for adjusting the firepower of the whole gas stove head 11, and in order to embody the intellectualization of the whole gas stove, the existing automatic ignition device and the flameout and gas-off protection device are arranged in the stove 1, and the specific structure is an ignition device mechanism commonly used in the market and can realize remote ignition through the ignition of a stove controller.

Referring to fig. 1 to 6, the present invention provides an intelligent gas stove system, which includes a pot 3, a cooking bench 1 and a pot rack 2. The cooker 3 is placed in an inner cavity of the cooker frame 2, a second power supply assembly 22 is arranged in the cooker frame 2, and a second power receiving assembly 31 used for inductively coupling the second power supply assembly 22 is arranged on the cooker 3; the second power supply coil 221 of the second power supply assembly 22 is arranged on the upper portion of the pot frame or in a handle groove wall of the pot frame, the second power receiving assembly 31 is provided with a second power receiving coil 311 used for inductively coupling the second power supply coil 221, the second power receiving coil 311 is arranged in a handle of the pot 3 or a pot cover handle and corresponds to the position of the second power supply coil 221 on the upper portion of the pot frame 2, or is arranged on the corresponding position of the handle groove of the pot frame 2 and the second power receiving coil 311 in the pot handle, and after the pot 3 is placed in the pot frame 2, the second power supply coil 221 and the second power receiving coil 311 can be well coupled in voltage to be accurate, so that electric power can be wirelessly provided for the pot 3. The pot holder 2 is also provided with a proximity switch for detecting whether the pot 3 is correctly placed in the pot holder 2, and in addition, the pot 3 can also be provided with the proximity switch for detecting whether the pot cover is in place or not in order to ensure the matching of the pot 3 and the pot cover. As the pot frame 2 is used as a main body for directly controlling the pot 3, the touch control display panel 24 is arranged on the right side face of the outer wall of the pot frame 2, the touch control display panel 24 is connected with the controller of the pot frame 2, and the pot frame controller is provided with the second communication module 25 which is in wireless communication with the first wireless communication module 15 in the cooking bench controller, so that wireless data transmission between the pot frame 2 and the cooking bench 1 is realized.

In the second embodiment of the invention, another electric energy connection mode of the pot 3 and the pot frame 2 is provided. That is pot frame controller is connected with the overlap joint seat, the overlap joint seat sets up on the upper portion of pot frame 2 or the handle of pot frame 2, the pan controller is connected with the lap joint, the lap joint sets up on the handle of pan 3 or pot cover handle, pot frame controller is connected with the pan controller through the mode of overlap joint seat overlap joint on the lap joint and constitutes a controller and realize the collection and the conveying of data, and wherein the connection of overlap joint seat and lap joint is connected through two PIN feet at least, both can switch on simultaneously and form the return circuit, also can carry out data communication. In the invention, no matter the mode of wireless power supply and communication or lap joint type contact is adopted, the temperature sensing device 33 and the electronic tag 32 are arranged in the cookware 3, after the wireless communication or the lap joint and the lap joint seat are in lap joint communication, the temperature sensing device 33 and the electronic tag 32 are detected and identified by the cookware controller to realize that cookware 3 with different properties adopt different control modes, and then different cookware is displayed in the display terminal and different menus and cooking control protection modes are adopted. The pan still is provided with discernment electronic tags 32's pan recognition device, and pan recognition device is connected with the pan controller.

Further, including the inner chamber that is used for placing pan 3 in the pot holder 2, pot holder 2 inner chamber middle part is equipped with the support ring 27 that is used for supporting pan 3, and the lower part is equipped with the support frame 23 of holding pan 3 bottom, and end ring 29 is provided with the lantern ring 291, and lantern ring 291 can the suit in the top of a kitchen range soup plate 14's on top of a kitchen range 1 the outer loop outside. Combustion area 232 is provided with the guide plate 26 of suit at the 3 outer walls of pan, 23 upper portions of support frame are equipped with the support area 231 that is used for supporting pan 3, and the lower part is equipped with the combustion area 232 of intercommunication gas kitchen range 11, and guide plate 26 separates combustion area 232 into the smoke layer of leading on the upper portion of anterior mutual intercommunication and the burning layer of lower part. The middle part of the guide plate 26 is provided with a hole which can penetrate through the bottom of the pot 3 and is slightly larger than the bottom of the pot, and the bottom of the pot 3 penetrates through the hole in the middle of the guide plate 26 to reach the upper part of the gas cooking range 11 when the pot 3 is put into the pot rack 2 from top to bottom. The support ring 27 is arranged in the support area 231, the waist ring of the waist part of the pot 3 is matched with the support ring 27, air and smoke are not generated, the pot 3 is supported by the support ring 27 of the pot frame 2, and the pot 3 can be conveniently put in and taken out; the rear side of the pot frame 2 is provided with an exhaust channel 28 and a smoke outlet which are communicated with the smoke guide layer, the rear side of the combustion layer is provided with a smoke outlet, namely the back of the pot frame 2 is provided with an upper smoke outlet and a lower smoke outlet; during the use, on cooking bench 1 was put into to pot frame 2, when pan 3 was put into pot frame 2, the bottom of pan 3 was located the top of gas cooking range 11, and support ring 27 supports pan 3. The lower part of the cooker 3 is positioned at the two sides of the smoke guide layer, and a channel is formed between the outer wall of the smoke guide layer, the guide plate 26 and the support ring 27, smoke at the front part of the combustion layer is guided to the rear flue of the wok stand 2 through the exhaust channels 28 at the two sides of the wok bottom and is exhausted from the outlet of the exhaust channel at the back of the wok stand 2.

Referring to fig. 3 and 6, the handle of the pot 3 is further provided with a third wireless communication module 34 in data communication with the second wireless communication module 25. The third wireless communication module 34 can identify the temperature in the pot detected by the temperature sensor 35 and the property of the pot, send the data to the second wireless communication module 25, display the data on the touch control display panel 24 on the controller of the pot rack 2, and transmit the temperature information and the property of the pot in the electronic tag 32 to the first wireless communication module 15 of the cooktop controller through the second wireless communication module 25 arranged in the pot rack 2.

Referring to fig. 1, 7 and 8, the invention further provides an integrated cooker system, which comprises a range hood and a gas cooker system, wherein the range hood is matched with the gas cooker system. In the invention, the range hood and the gas stove system are in linkage control, and the specific structure is as follows:

referring to fig. 7 and 8, the range hood comprises a range hood body 5, a roller shutter 51 and a roller shutter outlet which are arranged along the inner periphery of the range hood body 5, and a driving device 52 for rolling the roller shutter 51, wherein the driving device 52 is arranged on the inner side of one or more peripheries of the range hood body 5, the driving device 52 comprises a stepping motor and a roller shaft arranged at the output end of the stepping motor, the roller shutter 51 can be wound on the roller shaft, and a pendant 58 is arranged at the roller shutter outlet at the lower end of the roller shutter 51. The stepper motor is connected to a range hood controller 54. Grooves for limiting the positions of the roller blinds 51 are further formed in two sides of the roller blind outlet at the lower portion of the inner side of the range hood body 5, and the roller blinds 51 penetrate through the grooves to prevent the roller blinds 51 from contracting towards the middle. The two sides of the roller shutters 51 are provided with reinforcing ribs and magnetic materials, when the roller shutters are put down, the roller shutters 51 on the two adjacent sides are attracted and connected through the matching of the magnetic materials on the two sides of the roller shutters 51, the adjacent roller shutters 51 are wound into the scroll shafts after being lifted, and when the roller shutters 51 are put down, the magnetic materials on the two sides of the roller shutters attract and enable the oil smoke between the adjacent roller shutters 51 on the two sides not to be locked by gaps. In order to make the rolling curtain 51 more stable, an elongated weight or a pendant is provided at the lower end thereof, so that the rolling curtain 51 naturally hangs down. In this application, the roll screen 51 is provided with one or more sets, sets up respectively in one side or the multiple sides of lampblack absorber body 5, and every spool sets up a actuating mechanism 52, through the unified control of lampblack absorber controller 54.

In addition, a touch display control screen 53 for displaying menu pushing, dish cooking methods and cooking processes is arranged on the range hood body 5; still be equipped with lampblack absorber controller 54 and the communication module 55 of being connected with lampblack absorber controller 54 on the lampblack absorber body 5, drive arrangement 52 and touch display control screen 53 all are connected with lampblack absorber controller 54, communication module 55 carries out data transmission through wireless mode with the top of a kitchen range controller. The communication module 55 can also perform data transmission with the pan rack controller in a wired or wireless manner, and the specific connection relationship is not described herein again. The touch display control panel 53 and the touch control display panel 24 are synchronously controllable, and both are capable of displaying mutual display information. The invention also provides another control mode, the touch display control screen 53 and the touch control display panel 24 independently display respective information, that is, the range hood body 5 and the gas stove system can be independently operated and controlled, and the range hood controller 54 is also provided with a wired communication interface 56 in wired connection with an external upper computer, so that the data interaction between the range hood and external equipment is facilitated.

In addition, the range hood controller 54 is connected with a WIFI wireless internet module and a Bluetooth module, and the Bluetooth module can perform data interaction with the mobile terminal. The design is convenient for when lampblack absorber and gas-cooker coordinated control, and the operation of whole integrated kitchen can be controlled to one in user of service personnel can carry out remote control lampblack absorber or the gas-cooker.

The gas stove is provided with a first electricity supplying component 12 on a cooking bench 1, a first electricity receiving component 21 is arranged at the bottom of a pot frame 2, and electric energy is transferred by utilizing the inductive coupling of the first electricity supplying component 12 and the first electricity receiving component 21, so that the gas stove is not influenced by a high-temperature environment and is safe and reliable; in addition, a second electricity supplying component 22 is arranged at the upper part of the pot frame 2, a second electricity receiving component 31 matched with the second electricity supplying component 22 is arranged on the pot 3, and the pot frame 2 and the pot 3 are inductively coupled to transfer electric energy through the second electricity supplying component 22 and the second electricity receiving component 31; the combined application of a pot frame 2 and a plurality of pots 4 can be realized to meet the requirements of various cookers. In addition, the invention also provides an integrated cooker system, which realizes intelligent linkage control of the gas stove and the range hood, can control the on-off and adjustment of the gas stove on the range hood, can also control the working condition of the range hood through the gas stove, and realizes the effect of function matching linkage; besides, the working conditions of the gas stove and the range hood can be controlled through the movable end, and intelligent control is achieved.

The above description is only a preferred embodiment of the present invention, but the present invention is not limited to the above embodiments, and the present invention shall fall within the protection scope of the present invention as long as the technical effects of the present invention are achieved by any similar or identical means.

Claims

1. An intelligent gas stove system is characterized in that: the pot rack comprises a cooking bench (1) and a pot rack (2) used for bearing a pot (3), wherein a gas cooking range (11) is arranged on the cooking bench (1), the pot rack (2) is installed on the cooking bench (1) and covers the gas cooking range (11), a first electricity supplying component (12) capable of generating magnetic flux is arranged on the cooking bench (1), a first electricity receiving component (21) used for inductively coupling the first electricity supplying component (12) is arranged at the bottom of the pot rack (2), the cooking bench (1) supplies electricity to the pot rack (2) through the matching of the first electricity supplying component (12) and the first electricity receiving component (21), the pot rack further comprises the pot (3), a second electricity supplying component (22) connected with the first electricity receiving component (21) is arranged on the upper portion of the pot rack (2), and a second electricity receiving component (31) used for inductively coupling the second electricity supplying component (22) is arranged on the pot (3), the pot rack (2) further comprises a supporting frame (23) used for bearing the pot (3) and a touch control display panel (24) arranged on the outer wall of the supporting frame (23), the touch control display panel (24) is connected with the pot rack controller, the pot rack controller is provided with a second wireless communication module (25) which performs data interaction with an external moving end or a fixed end, and the second wireless communication module (25) is in data connection with the first wireless communication module (15); the upper part of the supporting frame (23) is provided with a supporting area (231) for supporting the cookware (3), the lower part of the supporting frame is provided with a combustion area (232) communicated with the gas cooking range (11), the combustion area (232) is provided with a guide plate (26) sleeved on the outer wall of the cookware (3), and the guide plate (26) divides the combustion area (232) into a smoke guide layer and a combustion layer which are communicated with each other; a support ring (27) used for bearing a cookware (3) is arranged in the support area (231), an exhaust channel (28) communicated with the smoke guide layer is arranged on one side of the support ring (27), and a smoke exhaust port is arranged on the rear side of the support frame (23) positioned on the combustion layer; the bottom of combustion area (232) is provided with bottom ring (29) with top of a kitchen range (1) upper surface butt, and first receipts electric coil (211) set up on bottom ring (29), and be connected with the pot frame controller electricity.

2. The intelligent gas stove system according to claim 1, wherein: the first power supply assembly (12) comprises a first power supply coil (121), a power supply control module (122) for controlling the first power supply coil (121) to generate magnetic flux and a cooking bench controller for controlling the power supply control module (122) to be opened and closed, the first power supply coil (121) is arranged in the cooking bench (1), and the first power supply coil (121) is arranged on one side of the gas cooking range (11) and/or sleeved outside the gas cooking range (11); the first power receiving assembly (21) is provided with a first power receiving coil (211) used for being coupled with the first power supply coil (121), and the first power receiving coil (211) is arranged at the bottom of the pot frame (2) and located at the corresponding position of the first power supply coil (121).

3. The intelligent gas stove system according to claim 2, wherein: the first power supply coil (121) is embedded in a panel of the cooking bench (1), a containing body for containing the first power receiving coil (211) is arranged at the bottom of the pot frame (2), and the containing body is close to the panel of the cooking bench (1).

4. The intelligent gas stove system according to claim 2, wherein: the cooking bench is characterized in that a proximity switch (13) is arranged on the cooking bench (1), an induction element used for being matched with the proximity switch (13) is arranged at the bottom of the pot frame (2), and the proximity switch (13) is electrically connected with the cooking bench controller.

5. The intelligent gas stove system according to claim 4, wherein: the power supply end of the electricity supply control module (122) is connected with a direct-current power supply, the control end of the electricity supply control module is connected with the first electricity supply coil (121), and the input end of the electricity supply control module is connected with the cooking bench controller; be provided with first wireless communication module (15) on the top of a kitchen range controller, be provided with one or more in wireless communication interface, wired communication interface, WIFI module and the wired connection interface on the top of a kitchen range controller at least.

6. An intelligent gas stove system according to any one of claims 1-5, characterized in that: the gas stove is characterized in that an ignition switch assembly (4) is further arranged on the cooking bench (1), the ignition switch assembly (4) comprises a gas valve (41) arranged in a panel of the cooking bench (1) and a pressing ignition switch shaft (42) which can rotate and adjust the opening angle of the gas valve (41), the upper end of the pressing ignition switch shaft (42) movably penetrates through the panel of the cooking bench (1), a clutch ignition wafer (43) is arranged on the pressing ignition switch shaft (42), and a reset spring (44) is arranged below the clutch ignition wafer (43) on the pressing ignition switch shaft (42); an ignition contact ring which is communicated with an external ignition circuit is arranged below the clutch ignition disc (43) of the press ignition switch shaft (42), the clutch ignition disc (43) and the ignition contact ring can be forced to be separated by the reset spring (44), and when the clutch ignition disc (43) is driven to be pressed down by the press ignition switch shaft (42), the clutch ignition disc (43) and the ignition contact ring are communicated with the ignition circuit.

7. The intelligent gas stove system according to claim 6, wherein: the ignition switch assembly (4) further comprises a driving mechanism (46) arranged on the cooking bench (1), a main adjusting gear (47) is movably sleeved on the upper portion of the pressing ignition switch shaft (42), the clutch ignition disc (43) is located on the lower surface of the main adjusting gear (47), and the reset spring (44) can force a clutch friction surface on the clutch ignition disc (43) to abut against the lower surface of the main adjusting gear (47); the output end of the driving mechanism (46) is meshed with a main adjusting gear (47), and the driving mechanism (46) can drive a pressing ignition switch shaft (42) to rotate through the friction fit of the main adjusting gear (47) and a clutch ignition wafer (43); the lower extreme of gas valve (41) is provided with angle sensor (48), angle sensor (48) are connected with the top of a kitchen range controller electricity, actuating mechanism (46) are connected with the top of a kitchen range controller electricity, angle sensor (48) detectable and the turned angle of feeding back gas valve (41) give the top of a kitchen range controller, and the top of a kitchen range controller is according to the size that opens and shuts of the culinary art procedure of remote server, mobile terminal and inside storage and angle sensor (48)'s feedback signal control gas valve (41).

8. The intelligent gas stove system according to claim 1, wherein: the second electricity supplying component (22) is provided with a second electricity supplying coil (221), the second electricity receiving component (31) is provided with a second electricity receiving coil (311) used for inductively coupling the second electricity supplying coil (221), and the second electricity receiving coil (311) is arranged in a handle of the cooker (3) or a handle of a cooker cover.

9. The intelligent gas stove system according to claim 1, wherein: a pot rack controller connected with the first electricity receiving component (21) is arranged in the second electricity supplying component (22), a pot controller is arranged in the second electricity receiving component (31), and the pot rack controller is in data communication with the pot controller in a wired or wireless mode.

10. The intelligent gas stove system according to claim 9, wherein: the pot rack controller is connected with a lap joint seat, the pot controller is connected with a lap joint, the lap joint seat is arranged at the top of the pot rack (2), the lap joint is arranged in a handle of a pot (3) or a pot cover handle, the pot rack controller is connected with the pot controller in a mode of lap joint of the lap joint seat and the lap joint, and a controller circuit is formed.

11. The intelligent gas stove system according to claim 9, wherein: the pot is characterized in that a temperature detection device for detecting the temperature of the pot body, an electronic tag (32) for recording the property and the information of the pot body and a pot identification device for identifying the electronic tag (32) are arranged in the pot (3), and the pot identification device, the temperature detection device and the electronic tag (32) are all connected with a pot controller.

12. The intelligent gas stove system according to claim 1, wherein: the upper part of the supporting area (231) is provided with a containing groove (233) for containing a handle of the cooker (3), a second power supply coil (221) in the second power supply assembly (22) is arranged in the containing groove (233), and a second power receiving coil (311) in the handle is coupled with the second power supply coil (221); still be provided with in the handle and be used for detecting pan (3) temperature first temperature sensor (33) and be used for carrying out data communication's third wireless communication module (34) with second wireless communication module (25).

13. The intelligent gas stove system according to claim 1, wherein: a second power supply coil (221) is arranged at the upper part of the supporting area (231), and a second power receiving coil (311) in the pot cover is coupled with the second power supply coil (221); still be provided with the second temperature sensor who is used for detecting pan (3) temperature in the pot cover and be used for carrying out data communication's fourth wireless communication module with second wireless communication module (25).

14. The intelligent gas stove system according to claim 1, wherein: the utility model discloses a kitchen range, including top of a kitchen range (1), first power supply coil (121), ring (291) that is used for cooperating kitchen range soup plate (14) are provided with on bottom ring (29), top of a kitchen range (1) are located gas kitchen range (11) and are provided with kitchen range soup plate (14) outward, first power supply coil (121) set up on top of a kitchen range (1) are located the inboard or the outside of kitchen range soup plate (14) ring, bottom ring (29) are placed on top of a kitchen range (1) through the outer loop cooperation of lantern ring (291) and kitchen range soup plate (14).

15. The intelligent gas stove system according to claim 1, wherein: the pot rack (2) is also provided with a cover, a temperature sensing device is arranged in the cover, and the temperature sensing device is connected with the pot rack controller.

16. An integrated stove system, characterized by comprising a range hood and a gas stove system according to any one of claims 1-15: the range hood is matched with the gas stove system.

17. The integrated cooker system of claim 16, wherein: the range hood comprises a range hood body (5), a roller shutter (51) arranged along the periphery of the range hood body (5) and a driving device (52) used for winding and unwinding the roller shutter (51), wherein the driving device (52) is arranged on the inner side of the range hood body (5), and a touch display control screen (53) used for displaying menu pushing, dish cooking methods and cooking processes is arranged on the range hood body (5); still be equipped with on lampblack absorber body (5) lampblack absorber controller (54) and communication module (55) be connected with lampblack absorber controller (54), drive arrangement (52) and touch display control screen (53) all are connected with lampblack absorber controller (54), communication module (55) carry out data transmission through wireless or wired interface connection mode with the top of a kitchen range controller, and lampblack absorber controller (54) still are provided with wired communication interface (56) with outside host computer wired connection.

18. The integrated cooker system of claim 17, wherein: the driving device (52) comprises a stepping motor and a scroll arranged at the output end of the stepping motor, the roller shutter (51) can be wound on the scroll, and the stepping motor is connected with the range hood controller (54); the both sides of rolling up curtain (51) are provided with strengthening rib and magnetic material, the lower extreme both sides of rolling up curtain (51) are provided with the guide pulley, and the cooperation that rolls up curtain (51) of adjacent both sides through magnetic material is connected, and the lower extreme of rolling up curtain (51) stretches out the exit side of lampblack absorber body (5) peripheral below, the lower extreme of rolling up curtain (51) is equipped with weight (58).