CN109945241A

CN109945241A - Firepower control method and device based on intelligent gas-burning stove touch screen

Info

Publication number: CN109945241A
Application number: CN201910207672.2A
Authority: CN
Inventors: 钱意; 曾英华
Original assignee: SHENZHEN HUOWANG GAS APPLIANCE CO Ltd
Current assignee: Shenzhen Huowang intelligent kitchen electric Co.,Ltd.
Priority date: 2019-03-19
Filing date: 2019-03-19
Publication date: 2019-06-28
Anticipated expiration: 2039-03-19
Also published as: CN109945241B

Abstract

The invention discloses a kind of firepower control method and device based on intelligent gas-burning stove touch screen, this method includes the target firepower gear that control firepower is currently used on determining intelligent gas-burning stove；Determine ring firepower parameter and target outer loop firepower parameter in target corresponding with the target firepower gear, ring firepower parameter and the target outer loop firepower parameter are mutually indepedent in the target；According to the interior ring firepower of ring firepower state modulator intelligent gas-burning stove in the target, and according to the outer ring firepower of the target outer loop firepower state modulator intelligent gas-burning stove.Fine-tuning for intelligent gas-burning stove firepower can be can be realized by the interior ring firepower to intelligent gas-burning stove, outer ring firepower independent control by implementing the present invention, to be conducive to improve the cooking efficiency and culinary art effect of food materials.

Description

Firepower control method and device based on intelligent gas-burning stove touch screen

Technical field

The present invention relates to field of intelligent control technology more particularly to a kind of firepower controls based on intelligent gas-burning stove touch screen Method and device.

Background technique

With the development of science and technology, touching technique also develops more and more mature, it is applied to all trades and professions.Touch screen is based on touching Prosecutor just, the advantage that understands of intuitive display, be also applied to intelligent kitchen appliance (intelligent kitchen electric appliance, referred to as intelligent kitchen appliance) row at leisure Industry, such as: touch screen is arranged in intelligent gas-burning stove on intelligent gas-burning stove, can be realized to intelligent gas-burning stove directly control with And it is convenient for rapid cleaning intelligent gas-burning stove.

However, practice discovery, current intelligent gas-burning stove there is also there is place to be hoisted, such as: when adjusting firepower shelves When position, outer ring fire is necessarily adjusted while adjusting interior ring fire, it is inevitable while adjusting outer ring fire also to adjust interior ring fire, i.e., at present Intelligent gas-burning stove inner ring and outer rings firepower adjusting be it is unified adjust, so as to cause the fine tune that cannot achieve firepower Section, and then influence the culinary art effect of food materials.

Summary of the invention

The technical problem to be solved by the embodiment of the invention is that providing a kind of firepower based on intelligent gas-burning stove touch screen Control method and device can be realized intelligent gas-burning stove by the interior ring firepower to intelligent gas-burning stove, outer ring firepower independent control Firepower fine-tunes, to be conducive to improve the cooking efficiency and culinary art effect of food materials.

In order to solve the above-mentioned technical problem, first aspect of the embodiment of the present invention discloses a kind of based on intelligent gas-burning stove touch The firepower control method of screen, which comprises

Determine the target firepower gear that control firepower is currently used on the intelligent gas-burning stove；

Determine ring firepower parameter and target outer loop firepower parameter, the mesh in target corresponding with the target firepower gear Ring firepower parameter and the target outer loop firepower parameter are mutually indepedent in marking；

According to the interior ring firepower of intelligent gas-burning stove described in ring firepower state modulator in the target, and according to the target Outer ring fire force parameter controls the outer ring firepower of the intelligent gas-burning stove.

As an alternative embodiment, in first aspect of the embodiment of the present invention, the determination and target fire In the corresponding target of power gear before ring firepower parameter and target outer loop firepower parameter, the method also includes:

It is grouped according to all firepower gears of the default rule of classification to the intelligent gas-burning stove, obtains three firepower shelves Hyte, the firepower gear that each firepower gear group includes do not overlap；

Determine the corresponding interior ring firepower parameter of different firepower gears and outer ring firepower ginseng in each firepower gear group Number；

Wherein, ring firepower parameter and target outer loop firepower are joined in determination target corresponding with the target firepower gear Number, comprising:

From three firepower gear groups, target firepower gear group belonging to the target firepower gear is determined；

According to the corresponding interior ring firepower parameter of the different firepower gears of the target firepower gear group and outer ring fire force parameter Determine ring firepower parameter and target outer loop firepower parameter in target corresponding with the target firepower gear.

As an alternative embodiment, in first aspect of the embodiment of the present invention, three firepower gear group packets Include the first firepower gear group, the second firepower gear group and third firepower gear group；

Different firepower gears in the first firepower gear group correspond to different interior ring firepower parameters, first firepower All firepower gears in gear group correspond to identical outer ring fire force parameter, the different firepower shelves in the second firepower gear group Position corresponds to different interior ring firepower parameters, the corresponding outer ring fire force parameter of different firepower gears in the second firepower gear group It is obtained by the first default calculation formula, the different firepower gears in the third firepower gear group correspond to identical interior ring firepower Parameter, the corresponding outer ring fire force parameter of different firepower gears in the third firepower gear group pass through the second default calculation formula It obtains.

As an alternative embodiment, in first aspect of the embodiment of the present invention, in the second firepower gear group The corresponding interior ring firepower parameter of different firepower gears according to the firepower for including in preset rules and the first firepower gear group The corresponding interior ring firepower parameter of gear corresponds, the corresponding interior ring fire of different firepower gears in the third firepower gear group Force parameter is more than or equal to the corresponding interior ring firepower parameter of highest firepower gear in the second firepower gear group.

As an alternative embodiment, in first aspect of the embodiment of the present invention, the first default calculation formula Are as follows:

Wherein,

In formula, M₁For the corresponding outer ring fire force parameter of different firepower gears in the second firepower gear group, I₁It is described Corresponding first pre-set current value of outer ring firepower for the minimum firepower gear that second firepower gear group includes, I₂For the third fire Corresponding second pre-set current value of outer ring firepower for the highest firepower gear that power gear group includes, K₁It is described pre- for parameter preset Setting parameter is positive integer, P₁For the corresponding first firepower gear difference of the second firepower gear group, the first firepower gear Difference is in the corresponding sequence number value of highest firepower gear and the second firepower gear group in the second firepower gear group The absolute value of the difference of the corresponding sequence number value of minimum firepower gear, P₂For the corresponding second firepower gear of the third firepower gear group Difference, the second firepower gear difference in the third firepower gear group the corresponding sequence number value of highest firepower gear and institute State the absolute value of the difference of the corresponding sequence number value of minimum firepower gear in third firepower gear group, Δ R₁For the second firepower shelves The corresponding first default thermic load value of the outer ring firepower of each adjacent two firepower gear in hyte, Δ R₂For the third firepower The corresponding second default thermic load value of the outer ring firepower of each adjacent two firepower gear in gear group；

The second default calculation formula are as follows:

M₂=M₁*K₂

In formula, M₂For the corresponding outer ring fire force parameter of different firepower gears in the third firepower gear group, K₂It is described The ratio of second default thermic load value and the described first default thermic load value.

As an alternative embodiment, in first aspect of the embodiment of the present invention, it is described according to the target inner ring The interior ring firepower of intelligent gas-burning stove described in firepower state modulator, and the intelligence according to the target outer loop firepower state modulator After the outer ring firepower of gas-cooker, the method also includes:

It inquires in the corresponding target of the interior ring firepower outside ring firepower current value and the corresponding target of the outer ring firepower Ring firepower current value；

Based on ring firepower ginseng in ring firepower current value in the target, the target outer loop firepower current value, the target The several and described target outer loop firepower parameter determines target heat load value corresponding to the current firepower control of the intelligent gas-burning stove, And export the target heat load value.

Second aspect of the embodiment of the present invention discloses a kind of flame controller based on intelligent gas-burning stove touch screen, described Device includes the first determining module and control module, in which:

First determining module, for determining the target firepower shelves for being currently used in control firepower on the intelligent gas-burning stove Position；

First determining module, be also used to determine in corresponding with the target firepower gear target ring firepower parameter and Target outer loop firepower parameter, ring firepower parameter and the target outer loop firepower parameter are mutually indepedent in the target；

The control module, the interior ring fire for the intelligent gas-burning stove according to ring firepower state modulator in the target Power, and the outer ring firepower of the intelligent gas-burning stove according to the target outer loop firepower state modulator.

As an alternative embodiment, described device further includes grouping mould in second aspect of the embodiment of the present invention Block and the second determining module, in which:

The grouping module, for being determined in target corresponding with the target firepower gear in first determining module Before ring fire force parameter and target outer loop firepower parameter, according to default rule of classification to all firepower shelves of the intelligent gas-burning stove Position is grouped, and obtains three firepower gear groups, the firepower gear that each firepower gear group includes does not overlap；

Second determining module, for determining the corresponding inner ring of different firepower gears in each firepower gear group Firepower parameter and outer ring fire force parameter；

Wherein, first determining module determines ring firepower parameter and mesh in target corresponding with the target firepower gear Mark the mode of outer ring fire force parameter specifically:

As an alternative embodiment, in second aspect of the embodiment of the present invention, three firepower gear group packets Include the first firepower gear group, the second firepower gear group and third firepower gear group；

As an alternative embodiment, in second aspect of the embodiment of the present invention, in the second firepower gear group The corresponding interior ring firepower parameter of different firepower gears according to the firepower for including in preset rules and the first firepower gear group The corresponding interior ring firepower parameter of gear corresponds, the corresponding interior ring fire of different firepower gears in the third firepower gear group Force parameter is more than or equal to the corresponding interior ring firepower parameter of highest firepower gear in the second firepower gear group.

As an alternative embodiment, in second aspect of the embodiment of the present invention, the first default calculation formula Are as follows:

Wherein,

The second default calculation formula are as follows:

M₂=M₁*K₂

As an alternative embodiment, described device further includes inquiry mould in second aspect of the embodiment of the present invention Block, in which:

The enquiry module, for intelligently being fired according to ring firepower state modulator in the target in the control module After the interior ring firepower of gas kitchen, and the outer ring firepower of the intelligent gas-burning stove according to the target outer loop firepower state modulator, Inquire ring firepower current value and the corresponding target outer loop firepower electricity of the outer ring firepower in the corresponding target of the interior ring firepower Flow valuve；

First determining module is also used to based on ring firepower current value, target outer loop firepower electricity in the target Ring firepower parameter and the target outer loop firepower parameter determine the current firepower control of the intelligent gas-burning stove in flow valuve, the target The corresponding target heat load value of system, and export the target heat load value.

The third aspect of the embodiment of the present invention discloses another flame controller based on intelligent gas-burning stove touch screen, institute Stating device includes:

It is stored with the memory of executable program code；

The processor coupled with the memory；

The processor calls the executable program code stored in the memory, executes the embodiment of the present invention the On the one hand the disclosed firepower control method based on intelligent gas-burning stove touch screen.

Fourth aspect of the embodiment of the present invention discloses a kind of computer storage medium, and the computer storage medium is stored with Computer instruction, when the computer instruction is called, for executing disclosed in first aspect of the embodiment of the present invention based on intelligence The firepower control method of gas-cooker touch screen.

The 5th aspect of the embodiment of the present invention discloses a kind of computer program product, when the computer program product is being counted When being run on calculation machine, so that the computer is executed one kind disclosed in first aspect of the embodiment of the present invention and is touched based on intelligent gas-burning stove Touch the firepower control method of screen.

Compared with prior art, the invention has the following advantages:

In the present invention, the target firepower gear that control firepower is currently used on intelligent gas-burning stove is determined；The determining and target Ring firepower parameter and target outer loop firepower parameter in the corresponding target of firepower gear, in the target outside ring firepower parameter and the target Ring fire force parameter is mutually indepedent；According to the interior ring firepower of ring firepower state modulator intelligent gas-burning stove in the target, and according to this The outer ring firepower of target outer loop firepower state modulator intelligent gas-burning stove.It can be by intelligent gas-burning stove as it can be seen that implementing the present invention Interior ring firepower, outer ring firepower independent control, can be realized fine-tuning for intelligent gas-burning stove firepower, and pass through output firepower The corresponding thermic load value of gear, enables to that user is intuitive, clearly knows current firepower situation, is conducive to improve cooking for food materials Efficiency of preparing food and culinary art effect.

Detailed description of the invention

It to describe the technical solutions in the embodiments of the present invention more clearly, below will be to needed in the embodiment Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ability For the those of ordinary skill of domain, without creative efforts, it can also be obtained according to these attached drawings other attached Figure.

Fig. 1 is that a kind of process of firepower control method based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention is shown It is intended to；

Fig. 2 is that a kind of structure of flame controller based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention is shown It is intended to；

Fig. 3 is the structure of another flame controller based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention Schematic diagram；

Fig. 4 is the structure of another flame controller based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention Schematic diagram.

Specific embodiment

In order to better understand and implement, following will be combined with the drawings in the embodiments of the present invention, in the embodiment of the present invention Technical solution be clearly and completely described, it is clear that the described embodiment is only a part of the embodiment of the present invention, without It is whole embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not before making creative work Every other embodiment obtained is put, shall fall within the protection scope of the present invention.

The term " includes " of the embodiment of the present invention and " having " and their any deformation, it is intended that covering is non-exclusive Include, for example, the process, method, system, product or equipment for containing series of steps or module are not necessarily limited to clearly arrange Those of out step or module, but may include be not clearly listed or it is solid for these process, methods, product or equipment The other steps or module having.In addition, the term " first ", " second " etc. in description and claims of this specification are only For distinguishing different objects, for the ordinary skill in the art, it can understand that above-mentioned term exists as the case may be Concrete meaning in the present invention.

The embodiment of the invention discloses a kind of firepower control method and device based on intelligent gas-burning stove touch screen, Neng Goutong The interior ring firepower to intelligent gas-burning stove, outer ring firepower independent control are crossed, can be realized fine-tuning for intelligent gas-burning stove firepower, with And by the corresponding thermic load value of output firepower gear, enable to that user is intuitive, clearly knows current firepower situation, favorably In the cooking efficiency and culinary art effect that improve food materials.It is described in detail separately below.

Embodiment one

Referring to Fig. 1, Fig. 1 is a kind of firepower control side based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention The flow diagram of method.Wherein, method described in Fig. 1 can be applied in the firepower control terminal of intelligent gas-burning stove.Such as Fig. 1 Shown, the firepower control method based on intelligent gas-burning stove touch screen of being somebody's turn to do may comprise steps of:

101, firepower control terminal determines the target firepower gear that control firepower is currently used on intelligent gas-burning stove.

In the embodiment of the present invention, as an alternative embodiment, firepower control terminal determines that intelligent gas-burning stove is taken in It is preceding for controlling the target firepower gear of firepower, may include:

The touch key-press on touch screen that firepower control terminal detection user includes for above-mentioned intelligent gas-burning stove triggers Touch operation；

Firepower control terminal determines target entity key from the touch key-press touched according to above-mentioned touch operation, and determines The corresponding firepower gear of the target entity key is as target firepower gear.

In the embodiment of the present invention, the touch signal values of above-mentioned target firepower gear are corresponding more than or equal to the target entity key Default response signal value.

In the embodiment of the present invention, which may include multiple firepower gears, and different firepower gears are corresponding different Firepower power, and different firepower gears corresponds to different touch key-press.Wherein, the touch key-press may include entity by Key and virtual key, the virtual key are the key of the predeterminable area setting between at least one set of adjacent physical button. Specifically, virtual key, Huo Zhe can be arranged in the region between the every two adjacent entities key in whole physical buttons Virtual key is arranged in region between the adjacent entities key of part.In this way by the way that multiple virtual keys are arranged according to actual needs, Can not only meet intelligent gas-burning stove a variety of work functions (such as: the virgin lock of intelligent gas-burning stove, switch fire, timing, plus-minus, The functions such as display, buzzing) demand, additionally it is possible to realize the subdivision of firepower gear, that is, the subdivision of firepower power realized, thus into one Step improves the working efficiency of intelligent gas-burning stove and improves the culinary art effect of food materials, and then promotes the experience sense of user.

Further, above-mentioned predeterminable area can be in the central point line of two adjacent entities key regions Point extends outwardly but the region of the key area different from two adjacent entities keys.Further, the predeterminable area is big The size of small and physical button key area may be the same or different, and depending on actual conditions, belong to this The protection scope of invention.For example, the key area of 5 key of physical button and 6 keys is all the border circular areas that diameter is 2.0cm, The round virtual key that a key area size is also 2.0cm is arranged in predeterminable area between 5 key of physical button and 6 keys, Then the center of 5 key of physical button and 6 key regions is away from greater than 4.0cm.In this way by the way that the key area of virtual key to be arranged With the key area size of physical button, the response probability of virtual key can be improved；Or by the key area of virtual key Key area less than physical button is set, the occupied space of intelligent gas-burning stove touch screen can be saved, to reduce intelligent combustion The production cost of gas kitchen.

In the embodiment of the present invention, each firepower gear at least corresponds to a ring fire, i.e., in each firepower gear is at least corresponding Ring fire.With the increase of firepower gear, the i.e. raising of the corresponding firepower power of firepower gear, increase on the basis of interior ring fire outer Ring fire.Wherein, interior ring fire by intelligent gas-burning stove inner ring proportional valve control, outer ring fire by intelligent gas-burning stove outer ring Proportional Valve-controlled System, i.e., the interior ring fire of one firepower gear are independently controlled with outer ring fire.In this way by the interior ring fire to intelligent gas-burning stove with And outer ring fire is independently controlled, and can be realized fine-tuning for intelligent gas-burning stove firepower.

It, should the fire based on intelligent gas-burning stove touch screen before triggering executes step 101 as an optional embodiment Force control method can with the following steps are included:

Firepower control terminal judges whether above-mentioned intelligent gas-burning stove touch screen opens Touch-control error prevention mode；

When the result judged is is, firepower control terminal releases above-mentioned Touch-control error prevention mode, and triggers execution step 101；

When the judgment result is no, firepower control terminal, which directly triggers, executes step 101.

In the optional embodiment, which may include the operation that multiple touch key-press are touched simultaneously (such as: key 5, key 7 and key 8 touched simultaneously) touches the behaviour that the time is greater than preset time (such as: greater than 3s) Make, charge value caused by the pressure sensitive that touch operation generates is greater than at least one of operation of limiting electricity quantity value.Wherein, should Charge value may include any one in current value, capacitance and resistance value, and the embodiment of the present invention is without limitation.

In the optional embodiment, when the Touch-control error prevention mode is activated, intelligent gas-burning stove touch screen is in disabling shape No matter state generates any operation in the touch key-press of the intelligent gas-burning stove touch screen and/or intelligent gas-burning stove touch screen, the intelligence Energy gas-cooker touch screen does not have response, i.e. intelligent gas-burning stove touch screen is temporarily lost with control function.When the Touch-control error prevention mould After formula is closed, i.e., intelligent gas-burning stove touch screen is in (also referred to as " the unlocking ") state of reset, just can be carried out subsequent operation.

As it can be seen that the optional embodiment is by starting intelligent gas when judging touch operation is anti-error touch operation The Touch-control error prevention mode of stove touch screen, can reduce because accidentally touch intelligent gas-burning stove touch screen due to start intelligent gas-burning stove work can Can property, to a possibility that reduce the wastings of resources such as natural gas or coal gas or electric energy and improve the use of intelligent gas-burning stove Safety.

As another optional embodiment, before the triggering of firepower control terminal executes step 101, intelligent gas should be based on The firepower control method of stove touch screen can with the following steps are included:

Whether the target user that firepower control terminal judges to trigger above-mentioned touch operation is to license above-mentioned intelligent gas The user of stove；

When the result judged is is, the triggering of firepower control terminal executes step 101；

When the judgment result is no, firepower control terminal terminates this process.

In the optional embodiment, the background server of intelligent gas-burning stove, which is stored with, can be used above-mentioned intelligent gas-burning stove Authorized user.Further, when the authorized user user automatically enter and/or intelligent gas-burning stove touch screen touched according to user Touch what the operation on screen was collected automatically, the embodiment of the present invention is without limitation.

As it can be seen that the optional embodiment is being by judging that target user is the user for licensing intelligent gas, just after It is continuous to execute subsequent operation, the safety in utilization of intelligent gas-burning stove can be further increased.

102, firepower control terminal determines in corresponding with above-mentioned target firepower gear target outside ring firepower parameter and target Ring fire force parameter, ring firepower parameter and the target outer loop firepower parameter are mutually indepedent in the target.

It, should be based on intelligent gas-burning stove touch screen before triggering executes step 102 as another optional embodiment Firepower control method can with the following steps are included:

Firepower control terminal is grouped all firepower gears of above-mentioned intelligent gas-burning stove according to default rule of classification, obtains To three firepower gear groups, the firepower gear that each firepower gear group includes is not overlapped；

Firepower control terminal determines the corresponding interior ring firepower parameter of different firepower gears in each above-mentioned firepower gear group With outer ring fire force parameter.

In the optional embodiment, above-mentioned default rule of classification can be for according to firepower gear corresponding serial number (each fire Power gear has allocated corresponding serial number in advance, and the higher corresponding serial number of firepower gear of firepower gear is higher) from low to high The rule for being ranked up and being grouped.Further, which may include the first firepower gear group, the second firepower Gear group and third firepower gear group.Wherein, the different firepower gears in the first firepower gear group correspond to different inner ring Firepower parameter, all firepower gears in the first firepower gear group correspond to identical outer ring fire force parameter；The second firepower shelves Different firepower gears in hyte correspond to different interior ring firepower parameters, the different firepower gears pair in the second firepower gear group The outer ring fire force parameter answered is obtained by the first default calculation formula；Different firepower gears in the third firepower gear group are corresponding Identical interior ring firepower parameter, the corresponding outer ring fire force parameter of different firepower gears in the third firepower gear group pass through second Default calculation formula obtains.Further, the firepower gear in each firepower gear group successively increases, i.e., firepower gear is corresponding Firepower power successively increase, in this way be convenient for firepower gear adjusting.

Specifically, all firepower gears in above-mentioned first firepower gear group can only correspond to the inner ring of intelligent gas-burning stove Fire, i.e. different firepower gears in the first firepower gear group can correspond to different interior ring firepower parameters, and all firepower gears Corresponding identical outer ring fire force parameter is zero, only opens interior ring fire proportioning valve at this time, and outer ring fire proportioning valve is closed.Further, The corresponding interior ring firepower parameter of each firepower gear in the first firepower gear group can be fixed, and be also possible to be adjusted 's.In this way when needing small fire (i.e. small fire activity of force) to cook, inner ring proportioning valve is only opened, the use of outer ring proportioning valve is able to extend Service life, the i.e. service life of intelligent gas-burning stove to save the cost of purchase intelligent gas-burning stove for user, and then improve user's Experience sense.

Further, the corresponding interior ring firepower parameter of different firepower gears in above-mentioned second firepower gear group is according to pre- If rule interior ring firepower parameter corresponding with the firepower gear for including in above-mentioned first firepower gear group corresponds, above-mentioned third The corresponding interior ring firepower parameter of different firepower gears in firepower gear group is more than or equal to the highest in the second firepower gear group The corresponding interior ring firepower parameter of firepower gear.

In the optional embodiment, which can be rule incremented by successively or rule of successively successively decreasing.For example, The firepower gear of intelligent gas-burning stove shares 15 grades, and the higher firepower power for representing firepower gear of the corresponding number of firepower gear Higher and 15 grades of firepower gears interior ring firepower parameters are successively set as L1-L15, and outer ring fire force parameter is successively set as H1- H15.Wherein, it is classified as the first firepower gear group for 1 grade to 3 grades, 4 grades to 6 grades are classified as the second firepower gear group, and 7 grades to 15 grades are classified as Third firepower gear group, then 4 grades to 6 grades of interior ring firepower parameter L4-L6 is corresponding in turn to 1 grade to 3 grades of interior ring firepower parameter L1- L3 and L7 >=L6=L3.The example is merely to make those skilled in the art more fully understand this programme, other similar example Son belongs to protection scope of the present invention.

In the optional embodiment, above-mentioned first default calculation formula are as follows:

Wherein,

In formula, M₁For the corresponding outer ring fire force parameter of different firepower gears in above-mentioned second firepower gear group, I₁For this The outer ring firepower for the minimum firepower gear that two firepower gear groups include corresponding first presets outer loop current value, I₂For above-mentioned third The outer ring firepower for the highest firepower gear that firepower gear group includes corresponding second presets outer loop current value, K₁For parameter preset, The parameter preset is positive integer, P₁For the corresponding first firepower gear difference of the second firepower gear group, the first firepower gear Difference be the second firepower gear group in the corresponding sequence number value of highest firepower gear with it is minimum in the second firepower gear group The absolute value of the difference of the corresponding sequence number value of firepower gear, P₂For the corresponding second firepower gear difference of third firepower gear group, The second firepower gear difference is the corresponding sequence number value of highest firepower gear and the third firepower in the third firepower gear group The absolute value of the difference of the corresponding sequence number value of minimum firepower gear in gear group, Δ R₁For every phase in the second firepower gear group The corresponding first default outer ring thermic load value of outer ring firepower of adjacent two firepower gears, Δ R₂For in the third firepower gear group The corresponding second default outer ring thermic load value of the outer ring firepower of each adjacent two firepower gear；

Above-mentioned second default calculation formula are as follows:

M₂=M₁*K₂

In formula, M₂For the corresponding outer ring fire force parameter of different firepower gears in above-mentioned third firepower gear group, K₂It is above-mentioned The ratio of second default thermic load value and the above-mentioned first default thermic load value.

As it can be seen that all firepower gears of intelligent gas-burning stove are by being grouped by the optional embodiment in advance, Neng Gouti The determination efficiency of ring firepower parameter and target outer loop firepower parameter in the target of high target firepower gear, to improve intelligent combustion Ring firepower and outer ring firepower independent control efficiency in gas kitchen.

In the embodiment of the present invention, as an alternative embodiment, the determination of firepower control terminal and above-mentioned target firepower Ring firepower parameter and target outer loop firepower parameter in the corresponding target of gear may include:

Firepower control terminal determines target firepower gear belonging to above-mentioned target firepower gear from three firepower gear groups Group；

Firepower control terminal according to the corresponding interior ring firepower parameter of different firepower gears of above-mentioned target firepower gear group and Outer ring fire force parameter determines ring firepower parameter and target outer loop firepower parameter in target corresponding with above-mentioned target firepower gear.

103, firepower control terminal is according to the interior ring firepower of the above-mentioned intelligent gas-burning stove of ring firepower state modulator in above-mentioned target, And the outer ring firepower according to the above-mentioned target outer loop firepower state modulator intelligent gas-burning stove.

As another optional embodiment, after firepower control terminal executes the step 103, intelligent gas-burning stove should be based on The firepower control method of touch screen can with the following steps are included:

Ring firepower current value and above-mentioned outer ring firepower in the corresponding target of the above-mentioned interior ring firepower of firepower control terminal inquiry Corresponding target outer loop firepower current value；

Firepower control terminal is based on ring firepower current value, above-mentioned target outer loop firepower current value, above-mentioned mesh in above-mentioned target Ring firepower parameter and above-mentioned target outer loop firepower parameter determine corresponding to the current firepower control of above-mentioned intelligent gas-burning stove in marking Target heat load value, and export the target heat load value.

It, can be on the display screen of intelligent gas-burning stove touch screen with the side of text and/or icon in the optional embodiment Formula exports target heat load value, can also pass through the broadcast device on intelligent gas-burning stove touch screen or the broadcast device on intelligent gas-burning stove Target heat load value is exported in a manner of voice broadcast.

As it can be seen that the optional embodiment can enable to user more by the corresponding thermic load value of output firepower gear The firepower size of the current firepower gear of control intelligent gas-burning stove is intuitively known, consequently facilitating user is suitable according to the firepower size The firepower gear for controlling intelligent gas-burning stove is adjusted to answering property, and then further increases the cooking efficiency of food materials.

As another optional embodiment, firepower control terminal executes the step 103 or has executed above-mentioned optional After embodiment, should firepower control method based on intelligent gas-burning stove touch screen can with the following steps are included:

The judgement of firepower control terminal is based on ring firepower parameter in above-mentioned target and above-mentioned target outer loop firepower parameter difference Whether the process of the interior ring firepower and outer ring firepower that control above-mentioned intelligent gas-burning stove needs in preset time period, this is default The initial time of period is to control above-mentioned intelligence respectively based on ring firepower parameter in above-mentioned target and target outer loop firepower parameter It can the interior ring firepower of gas-cooker and the initial time of outer ring firepower.

When the result judged is is, the real-time behavior of the above-mentioned intelligent gas-burning stove of firepower control terminal monitoring, and to The real-time behavior is sent with the user terminal of intelligent gas-burning stove binding；

In the optional embodiment, which is when determining target firepower gear or according to above-mentioned mesh Ring firepower parameter and above-mentioned target outer loop firepower parameter control the interior ring firepower and outer ring of above-mentioned intelligent gas-burning stove respectively in marking The period determined when firepower.

As it can be seen that the optional embodiment can be by judging based on ring firepower parameter in target and target outer loop fire When the process of interior ring firepower and outer ring firepower that force parameter controls intelligent gas-burning stove respectively is needed in preset time period, prison The real-time behavior of control intelligent gas stove and the real-time working feelings are sent to the user terminal bound with the intelligent gas-burning stove Condition can not only make user know the real-time behavior of intelligent gas-burning stove, additionally it is possible to improve the use peace of intelligent gas-burning stove Entirely.

It can be by right as it can be seen that implementing a kind of firepower control method based on intelligent gas-burning stove touch screen described in Fig. 1 The interior ring firepower of intelligent gas-burning stove, outer ring firepower independent control, can be realized fine-tuning for intelligent gas-burning stove firepower, Yi Jitong The corresponding thermic load value of output firepower gear is crossed, enables to that user is intuitive, clearly knows current firepower situation, is conducive to mention The cooking efficiency and culinary art effect of high food materials.Additionally it is possible to meet the demand of a variety of work functions of intelligent gas-burning stove；Also It can be improved the response probability of virtual key；The occupied space of intelligent gas-burning stove touch screen can also be saved, to reduce intelligence The production cost of gas-cooker；The possibility for starting intelligent gas-burning stove work because accidentally touching intelligent gas-burning stove touch screen can also be reduced Property, thus a possibility that reducing the wastings of resources such as natural gas or coal gas or electric energy；User can also be made to know intelligent combustion The real-time behavior of gas kitchen and further increase intelligent gas-burning stove using safe.

Embodiment two

Referring to Fig. 2, Fig. 2 is a kind of firepower control dress based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention The structural schematic diagram set.As shown in Fig. 2, should may include first determining based on the flame controller of intelligent gas-burning stove touch screen Module 201 and control module 202, in which:

First determining module 201, for determining the target firepower shelves for being currently used in control firepower on above-mentioned intelligent gas-burning stove Position.

First determining module 201, be also used to determine in corresponding with above-mentioned target firepower gear target ring firepower parameter and Target outer loop firepower parameter, ring firepower parameter and target outer loop firepower parameter are mutually indepedent in the target.

Control module 202, for the interior ring firepower according to the above-mentioned intelligent gas-burning stove of ring firepower state modulator in above-mentioned target, And the outer ring firepower according to the above-mentioned above-mentioned intelligent gas-burning stove of target outer loop firepower state modulator.

It can be by right as it can be seen that implementing a kind of flame controller based on intelligent gas-burning stove touch screen described in Fig. 2 The interior ring firepower of intelligent gas-burning stove, outer ring firepower independent control, can be realized fine-tuning for intelligent gas-burning stove firepower, Yi Jitong The corresponding thermic load value of output firepower gear is crossed, enables to that user is intuitive, clearly knows current firepower situation, is conducive to mention The cooking efficiency and culinary art effect of high food materials.

As an optional embodiment, being somebody's turn to do the flame controller based on intelligent gas-burning stove touch screen can also include point Group module 203 and the second determining module 204.At this point, should flame controller based on intelligent gas-burning stove touch screen can be as Shown in Fig. 3, Fig. 3 is the structure of another flame controller based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention Schematic diagram, in which:

Grouping module 203, for determining target inner ring corresponding with above-mentioned target firepower gear in the first determining module 201 Before firepower parameter and target outer loop firepower parameter, according to default rule of classification to all firepower gears of above-mentioned intelligent gas-burning stove It is grouped, obtains three firepower gear groups, the firepower gear that each gear group includes does not overlap.

In the optional embodiment, rule of classification is preset to above-mentioned intelligent gas-burning stove when grouping module 203 has executed basis All firepower gears be grouped, after obtaining the operation of three firepower gear groups, can trigger determining module 201 execute on Ring firepower parameter is operated with target outer loop firepower parameter in the determination stated target corresponding with above-mentioned target firepower gear.

Second determining module 204, for determining the corresponding interior ring firepower of different firepower gears in each firepower gear group Parameter and outer ring fire force parameter.

Wherein, the first determining module 201 determines ring firepower parameter and mesh in target corresponding with above-mentioned target firepower gear Mark the mode of outer ring fire force parameter specifically:

From three above-mentioned firepower gear groups, target firepower gear group belonging to above-mentioned target firepower gear is determined, root should The corresponding interior ring firepower parameter of the different firepower gears of target firepower gear group and the determination of outer ring fire force parameter and the target firepower Ring firepower parameter and target outer loop firepower parameter in the corresponding target of gear.

In the optional embodiment, above three firepower gear group may include the first firepower gear group, the second firepower shelves Hyte and third firepower gear group, and the different firepower gears in the first firepower gear group correspond to different interior ring firepowers Parameter, all firepower gears in the first firepower gear group correspond to identical outer ring fire force parameter, the second firepower gear group In different firepower gears correspond to different interior ring firepower parameters, the different firepower gears in the second firepower gear group are corresponding Outer ring fire force parameter is obtained by the first default calculation formula, and the different firepower gears in the third firepower gear group correspond to identical Interior ring firepower parameter, the corresponding outer ring fire force parameter of different firepower gears in the third firepower gear group is default by second Calculation formula obtains.

Further, the corresponding interior ring firepower parameter of different firepower gears in above-mentioned second firepower gear group is according to default Regular interior ring firepower parameter corresponding with firepower gear that is including in above-mentioned first firepower gear group corresponds, above-mentioned third fire The corresponding interior ring firepower parameter of different firepower gears in power gear group is more than or equal to the highest in above-mentioned second firepower gear group The corresponding interior ring firepower parameter of firepower gear.

Further, the described first default calculation formula are as follows:

Wherein,

The second default calculation formula are as follows:

M₂=M₁*K₂

As it can be seen that the flame controller based on intelligent gas-burning stove touch screen shown in implementing Fig. 3 can also be by advance will All firepower gears of intelligent gas-burning stove are grouped, and can be improved ring firepower parameter and mesh in the target of target firepower gear The determination efficiency for marking outer ring fire force parameter, to improve ring firepower and outer ring firepower independent control efficiency in intelligent gas-burning stove.

As another optional embodiment, as shown in figure 3, should the flame controller based on intelligent gas-burning stove touch screen It can also include enquiry module 205, in which:

Enquiry module 205 is used in control module 202 according to the above-mentioned intelligent gas of ring firepower state modulator in above-mentioned target After the interior ring firepower of stove, and outer ring firepower according to the above-mentioned above-mentioned intelligent gas-burning stove of target outer loop firepower state modulator, look into Ask ring firepower current value and the corresponding target outer loop firepower current value of outer ring firepower in the corresponding target of above-mentioned interior ring firepower.

In the optional embodiment, when control module 202 executed it is above-mentioned according to ring firepower parameter control in above-mentioned target The interior ring firepower of above-mentioned intelligent gas-burning stove is made, and according to the outer of the above-mentioned above-mentioned intelligent gas-burning stove of target outer loop firepower state modulator After the operation of ring firepower, enquiry module 205 can be triggered and execute the corresponding target inner ring of the above-mentioned interior ring firepower of above-mentioned inquiry The operation of firepower current value and the corresponding target outer loop firepower current value of outer ring firepower.

First determining module 201 is also used to based on ring firepower current value, above-mentioned target outer loop firepower electric current in above-mentioned target Ring firepower parameter and above-mentioned target outer loop firepower parameter determine the current firepower control of above-mentioned intelligent gas-burning stove in value, above-mentioned target Corresponding target heat load value, and export above-mentioned target heat load value.

As it can be seen that the flame controller based on intelligent gas-burning stove touch screen shown in implementing Fig. 3 can also pass through output fire The corresponding thermic load value of power gear enables to user more intuitively to know to control the fire of the current firepower gear of intelligent gas-burning stove Power size, consequently facilitating user adaptively adjusts the firepower gear for controlling intelligent gas-burning stove according to the firepower size, into And further increase the cooking efficiency of food materials.

As another optional embodiment, as shown in figure 3, should the flame controller based on intelligent gas-burning stove touch screen It can also include judgment module 206, in which:

Judgment module 206 is currently used in control firepower on above-mentioned intelligent gas-burning stove for determining in the first determining module 201 Target firepower gear before, judge whether the intelligent gas-burning stove touch screen opens Touch-control error prevention mode.When the result of judgement is When being, firepower control terminal releases the Touch-control error prevention mode, and triggers the first determining module 201 and execute the above-mentioned determination intelligence The operation of the target firepower gear of control firepower is currently used on gas-cooker；When the judgment result is no, firepower control terminal Directly the first determining module 201 of triggering executes the target firepower that control firepower is currently used on the above-mentioned determination intelligent gas-burning stove The operation of gear.

As it can be seen that the flame controller based on intelligent gas-burning stove touch screen shown in implementing Fig. 3 can also be by when judgement When touch operation is anti-error touch operation out, start the Touch-control error prevention mode of intelligent gas-burning stove touch screen, can reduce because accidentally touching Intelligent gas-burning stove touch screen and start intelligent gas-burning stove work a possibility that, to reduce natural gas or coal gas or electric energy etc. A possibility that wasting of resources and the safety in utilization for improving intelligent gas-burning stove.

As another optional embodiment, judgment module 206 is also used to determine above-mentioned intelligence in the first determining module 201 It can be currently used in front of the target firepower gear of control firepower on gas-cooker, judge that the target user for triggering above-mentioned touch operation is No is the user for licensing the intelligent gas-burning stove.When the result judged is is, the first determining module 201 of triggering executes above-mentioned The determination intelligent gas-burning stove on be currently used in control firepower target firepower gear operation；When the judgment result is no, Terminate this process.

As it can be seen that the flame controller based on intelligent gas-burning stove touch screen shown in implementing Fig. 3 can also be by judging Target user is the user for licensing intelligent gas out, just continues to execute subsequent operation, can further increase intelligent gas The safety in utilization of stove.

As another optional embodiment, as shown in figure 3, should the flame controller based on intelligent gas-burning stove touch screen It can also include monitoring module 207, in which:

Judgment module 206 is also used to be fired in control module 202 according to the above-mentioned intelligence of ring firepower state modulator in above-mentioned target After the interior ring firepower of gas kitchen and outer ring firepower according to the above-mentioned target outer loop firepower state modulator intelligent gas-burning stove, judgement Based on ring firepower parameter in the target and the target outer loop firepower parameter control respectively the interior ring firepower of the intelligent gas-burning stove with And whether the process of outer ring firepower needs in preset time period.

Monitoring module 207, for monitoring the reality of above-mentioned intelligent gas-burning stove when the judging result of judgment module 206, which is, is When working condition, and send the real-time behavior to the user terminal bound with the intelligent gas-burning stove.

As it can be seen that the flame controller based on intelligent gas-burning stove touch screen shown in implementing Fig. 3 can also be by judging The interior ring firepower of intelligent gas-burning stove and outer is controlled based on ring firepower parameter in target and target outer loop firepower parameter respectively out When the process of ring firepower needs in the preset time period, the real-time behavior of monitoring intelligent gas-cooker and to the intelligence The user terminal of gas-cooker binding sends the real-time behavior, and user can not only be made to know the real-time work of intelligent gas-burning stove Make situation, additionally it is possible to improve intelligent gas-burning stove using safe.

Embodiment three

Referring to Fig. 4, Fig. 4 is another firepower control based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention The structural schematic diagram of device.As shown in figure 4, the flame controller based on intelligent gas-burning stove touch screen may include:

It is stored with the memory 401 of executable program code；

The processor 402 coupled with memory 401；

Processor 402 calls the executable program code stored in memory 401, executes base described in embodiment one Step in the firepower control method of intelligent gas-burning stove touch screen.

Example IV

The embodiment of the invention discloses a kind of computer readable storage medium, storage is used for the calculating of electronic data interchange Machine program, wherein the computer program executes computer described in embodiment one based on intelligent gas-burning stove touch screen Firepower control method in step.

Embodiment five

The embodiment of the invention discloses a kind of computer program product, which includes storing computer The non-transient computer readable storage medium of program, and the computer program is operable to execute computer in embodiment one Step in the described firepower control method based on intelligent gas-burning stove touch screen.

Installation practice described above is only illustrative, wherein the module as illustrated by the separation member can be with It is or may not be and be physically separated, the component shown as module may or may not be physical module, Can be in one place, or may be distributed on multiple network modules.It can select according to the actual needs wherein Some or all of the modules achieve the purpose of the solution of this embodiment.Those of ordinary skill in the art are not paying creativeness In the case where labour, it can understand and implement.

By the specific descriptions of above embodiment, those skilled in the art can be understood that each embodiment It can realize by means of software and necessary general hardware platform, naturally it is also possible to pass through hardware.Based on this understanding, Substantially the part that contributes to existing technology can be embodied in the form of software products above-mentioned technical proposal in other words, The computer software product may be stored in a computer readable storage medium, and storage medium includes read-only memory (Read- Only Memory, ROM), random access memory (Random Access Memory, RAM), programmable read only memory (Programmable Read-only Memory, PROM), Erasable Programmable Read Only Memory EPROM (Erasable Programmable Read Only Memory, EPROM), disposable programmable read-only memory (One-time Programmable Read-Only Memory, OTPROM), the electronics formula of erasing can make carbon copies read-only memory (Electrically-Erasable Programmable Read-Only Memory, EEPROM), CD-ROM (Compact Disc Read-Only Memory, CD-ROM) or other disc memories, magnetic disk storage, magnetic tape storage or can For carrying or any other computer-readable medium of storing data.

Finally, it should be noted that a kind of firepower control side based on intelligent gas-burning stove touch screen disclosed by the embodiments of the present invention It is only present pre-ferred embodiments disclosed by method and device, is only used to illustrate the technical scheme of the present invention, rather than to it Limitation；Although the present invention is described in detail referring to the foregoing embodiments, those skilled in the art should understand that； It can still modify to technical solution documented by aforementioned every embodiment, or carry out to part of technical characteristic Equivalent replacement；And these modifications or substitutions, so that the essence of corresponding technical solution is detached from the every embodiment technology of the present invention The spirit and scope of scheme.

Claims

1. a kind of firepower control method based on intelligent gas-burning stove touch screen, which is characterized in that the described method includes:

Ring firepower parameter and target outer loop firepower parameter in corresponding with target firepower gear target are determined, in the target Ring fire force parameter and the target outer loop firepower parameter are mutually indepedent；

According to the interior ring firepower of intelligent gas-burning stove described in ring firepower state modulator in the target, and according to the target outer loop The outer ring firepower of intelligent gas-burning stove described in firepower state modulator.

2. the firepower control method according to claim 1 based on intelligent gas-burning stove touch screen, which is characterized in that described true Ring firepower parameter with before target outer loop firepower parameter, also wrap by the method in fixed target corresponding with the target firepower gear It includes:

It is grouped according to all firepower gears of the default rule of classification to the intelligent gas-burning stove, obtains three firepower gears Group, the firepower gear that each firepower gear group includes do not overlap；

Determine the corresponding interior ring firepower parameter of different firepower gears and the outer ring fire force parameter in each firepower gear group；

Wherein, ring firepower parameter and target outer loop firepower parameter in determination target corresponding with the target firepower gear, Include:

It is determined according to the corresponding interior ring firepower parameter of the different firepower gears of the target firepower gear group and outer ring fire force parameter Ring firepower parameter and target outer loop firepower parameter in target corresponding with the target firepower gear.

3. the firepower control method according to claim 2 based on intelligent gas-burning stove touch screen, which is characterized in that three institutes Stating firepower gear group includes the first firepower gear group, the second firepower gear group and third firepower gear group；

Different firepower gears in the first firepower gear group correspond to different interior ring firepower parameters, the first firepower gear All firepower gears in group correspond to identical outer ring fire force parameter, the different firepower gears pair in the second firepower gear group Different interior ring firepower parameters is answered, the corresponding outer ring fire force parameter of different firepower gears in the second firepower gear group passes through First default calculation formula obtains, and the different firepower gears in the third firepower gear group correspond to identical interior ring firepower ginseng It counts, the corresponding outer ring fire force parameter of different firepower gears in the third firepower gear group is obtained by the second default calculation formula It arrives.

4. the firepower control method according to claim 3 based on intelligent gas-burning stove touch screen, which is characterized in that described The corresponding interior ring firepower parameter of different firepower gears in two firepower gear groups is according to preset rules and the first firepower gear The corresponding interior ring firepower parameter of the firepower gear for including in group corresponds, the different firepower shelves in the third firepower gear group The corresponding interior ring firepower parameter in position is more than or equal to the corresponding interior ring firepower of highest firepower gear in the second firepower gear group Parameter.

5. the firepower control method according to claim 3 or 4 based on intelligent gas-burning stove touch screen, which is characterized in that institute State the first default calculation formula are as follows:

Wherein,

In formula, M₁For the corresponding outer ring fire force parameter of different firepower gears in the second firepower gear group, I₁It is described second Corresponding first pre-set current value of outer ring firepower for the minimum firepower gear that firepower gear group includes, I₂For the third firepower shelves Corresponding second pre-set current value of outer ring firepower for the highest firepower gear that hyte includes, K₁For parameter preset, the default ginseng Number is positive integer, P₁For the corresponding first firepower gear difference of the second firepower gear group, the first firepower gear difference For in the second firepower gear group the corresponding sequence number value of highest firepower gear with it is minimum in the second firepower gear group The absolute value of the difference of the corresponding sequence number value of firepower gear, P₂It is poor for the corresponding second firepower gear of the third firepower gear group Value, the second firepower gear difference be the third firepower gear group in the corresponding sequence number value of highest firepower gear with it is described The absolute value of the difference of the corresponding sequence number value of minimum firepower gear in third firepower gear group, Δ R₁For the second firepower gear The corresponding first default thermic load value of the outer ring firepower of each adjacent two firepower gear in group, Δ R₂For the third firepower shelves The corresponding second default thermic load value of the outer ring firepower of each adjacent two firepower gear in hyte；

The second default calculation formula are as follows:

M₂=M₁*K₂

In formula, M₂For the corresponding outer ring fire force parameter of different firepower gears in the third firepower gear group, K₂It is described second The ratio of default thermic load value and the described first default thermic load value.

6. the firepower control method according to claim 1-4 based on intelligent gas-burning stove touch screen, feature exist In, the interior ring firepower of the intelligent gas-burning stove according to ring firepower state modulator in the target, and according to the target After outer ring fire force parameter controls the outer ring firepower of the intelligent gas-burning stove, the method also includes:

Inquire ring firepower current value and the corresponding target outer loop fire of the outer ring firepower in the corresponding target of the interior ring firepower Power current value；

Based on ring firepower parameter in ring firepower current value in the target, the target outer loop firepower current value, the target with And the target outer loop firepower parameter determines target heat load value corresponding to the current firepower control of the intelligent gas-burning stove, and defeated The target heat load value out.

7. a kind of flame controller based on intelligent gas-burning stove touch screen, which is characterized in that described device includes first determining Module and control module, in which:

First determining module, for determining the target firepower gear for being currently used in control firepower on the intelligent gas-burning stove；

First determining module is also used to determine ring firepower parameter and target in target corresponding with the target firepower gear Outer ring fire force parameter, ring firepower parameter and the target outer loop firepower parameter are mutually indepedent in the target；

The control module, for the interior ring firepower of the intelligent gas-burning stove according to ring firepower state modulator in the target, with And the outer ring firepower of the intelligent gas-burning stove according to the target outer loop firepower state modulator.

8. the flame controller according to claim 7 based on intelligent gas-burning stove touch screen, which is characterized in that the dress Set further includes grouping module and the second determining module, in which:

The grouping module, for determining ring fire in target corresponding with the target firepower gear in first determining module Before force parameter and target outer loop firepower parameter, according to default rule of classification to all firepower gears of the intelligent gas-burning stove into Row grouping, obtains three firepower gear groups, the firepower gear that each firepower gear group includes does not overlap；

Second determining module, for determining the corresponding interior ring firepower of different firepower gears in each firepower gear group Parameter and outer ring fire force parameter；

Wherein, first determining module determine in target corresponding with the target firepower gear ring firepower parameter with outside target The mode of ring fire force parameter specifically:

9. the flame controller according to claim 8 based on intelligent gas-burning stove touch screen, which is characterized in that three institutes Stating firepower gear group includes the first firepower gear group, the second firepower gear group and third firepower gear group；

10. the flame controller according to claim 9 based on intelligent gas-burning stove touch screen, which is characterized in that described The corresponding interior ring firepower parameter of different firepower gears in second firepower gear group is according to preset rules and the first firepower shelves The corresponding interior ring firepower parameter of the firepower gear for including in hyte corresponds, the different firepower in the third firepower gear group The corresponding interior ring firepower parameter of gear is more than or equal to the corresponding interior ring fire of highest firepower gear in the second firepower gear group Force parameter.

11. the flame controller according to claim 9 or 10 based on intelligent gas-burning stove touch screen, which is characterized in that The first default calculation formula are as follows:

Wherein,

The second default calculation formula are as follows:

M₂=M₁*K₂

12. according to the described in any item flame controllers based on intelligent gas-burning stove touch screen of claim 7-10, feature It is, described device further includes enquiry module, in which:

The enquiry module, in control module intelligent gas-burning stove according to ring firepower state modulator in the target Interior ring firepower, and after the outer ring firepower of the intelligent gas-burning stove according to the target outer loop firepower state modulator, inquiry Ring firepower current value and the corresponding target outer loop firepower current value of the outer ring firepower in the corresponding target of the interior ring firepower；

First determining module, be also used to based on ring firepower current value in the target, the target outer loop firepower current value, Ring firepower parameter and the target outer loop firepower parameter determine the current firepower control institute of the intelligent gas-burning stove in the target Corresponding target heat load value, and export the target heat load value.

13. a kind of flame controller based on intelligent gas-burning stove touch screen, which is characterized in that described device includes:

It is stored with the memory of executable program code；

The processor coupled with the memory；

The processor calls the executable program code stored in the memory, executes as claim 1-6 is any The firepower control method based on intelligent gas-burning stove touch screen described in.

14. a kind of computer storage medium, which is characterized in that the computer storage medium is stored with computer instruction, described When computer instruction is called, for executing the fire as claimed in any one of claims 1 to 6 based on intelligent gas-burning stove touch screen Force control method.