CN108006720A - The control method and control system of stove - Google Patents

Abstract

The present invention proposes a kind of control method of stove and the control system of stove, wherein, the control method of stove includes：When detecting that any unlatching burner is activated, the burner quantity currently having turned on is confirmed；Whether the burner quantity for determining to have turned on is less than predetermined quantity, if it is less, open burner and set Power operation according to user, otherwise according to default maximum available power, the burner that determines each to have turned on is corresponding to be allowed to run power.Pass through technical scheme, can be while not adjusted to the hardware of stove, judge whether to limit the complete machine power of stove according to the quantity for the burner having turned on first, then the Power Control of each burner is carried out according to maximum available power, so that the control to stove is more flexible, applicability is high.

Description

Furnace control method and control system

technical field

The present invention relates to the technical field of stoves, and more particularly relates to a control method of a stove and a control system of a stove.

Background technique

In the field of multi-head induction cooker, the electric power of the induction cooker will be very large when all the heads of the induction cooker are working. In some regions and countries, there will be a demand to limit the power of the whole machine. In the prior art, limiting the power of the whole machine can be realized through two methods of hardware circuit and software program. Among them, the hardware circuit directly reduces the maximum power of each hob by adjusting the parameters of the hardware components, thereby limiting the power of the whole machine. However, the hardware circuit has poor versatility and cannot meet the needs of various induction cookers with different specifications at the same time; the software The program restricts the power of the whole machine by forcibly limiting the number of burners that can be turned on. However, the power limit of the software is too mechanized and the applicability is not high. When the power of a single burner increases, it cannot effectively limit the power of the whole machine.

Contents of the invention

The present invention aims to solve at least one of the technical problems existing in the prior art or related art.

In view of this, an object of the present invention is to provide a control method for a stove;

Another object of the present invention is to provide a control system for a stove.

In order to achieve the above object, the technical solution of the first aspect of the present invention provides a control method for a stove, the stove has a plurality of electrically heated burners, including: when any burner to be turned on is detected to be activated, Confirm the number of burners that are currently turned on; determine whether the number of burners that have been turned on is less than the predetermined number, if less, turn on the burner and run according to the power set by the user, otherwise, determine each turned on according to the preset maximum available power The corresponding allowable operating power of the burner.

For a stove with multiple electrically heated burners, the power of each burner and the number of turned-on burners determine the overall power of the stove, so if any burner to be turned on is activated, it will Increase the overall power of the stove. In this technical solution, firstly, when it is detected that any furnace head to be turned on is activated, the number of currently opened furnace heads is determined. This is because the number of burners that have been turned on directly determines whether the power of the whole machine can be affected by continuing to turn on the burner. Therefore, if the number of burners that have been turned on is less than the predetermined number, it means that even if one more burner is turned on, the overall power of the stove will not be greater than the maximum available power. If the number of burners that have been turned on is not less than the predetermined number, opening additional burners at this time may cause the overall power of the stove to exceed the maximum available power, so it is necessary to limit the overall power of the stove so that the furnace The overall power of the appliance does not exceed the maximum available power. When the maximum available power may be exceeded after opening an additional burner, the allowable operating power corresponding to each opened burner can be determined according to the preset maximum available power, so as to realize the limitation of the overall power of the stove. Through this technical solution, it is possible to judge whether to limit the overall power of the stove according to the number of burners that have been turned on without making adjustments to the hardware of the stove, and then to perform each burner according to the maximum available power. Power control makes the control of the stove more flexible.

It is worth noting that the maximum available power is determined by the power upper limit of the circuit where the stove is located, and the predetermined number is determined by the rated power and maximum available power of each burner. Therefore, for the same stove, the predetermined number can be adjusted to use The stove is suitable for circuits with different power upper limits. Therefore, the control method of the stove in the technical solution has high versatility, and can be applied to stoves with different rated power and numbers of burners and circuits with different power upper limits.

In the above technical solution, preferably, further comprising: when the target power of any turned-on burner head is greater than the allowable operating power of the burner head, operating the burner head according to the allowable operating power.

In this technical solution, when the target power of any burner head that has been turned on is greater than the allowable operating power of the burner head, in order to prevent the overall power of the furnace from exceeding the maximum available power when the burner head works according to the target power, the circuit will be overloaded. In the event of a dangerous situation, make the burner work according to the allowable power, so that the overall power of the stove is not greater than the maximum available power, so as to realize the limitation of the overall power of the stove.

In the above technical solution, preferably, further comprising: when it is detected that the target power of any turned-on burner is lowered, re-determining the allowable operating power of each turned-on burner.

In this technical solution, when the target power of any turned-on burner head decreases, it means that the burner head that may have been working at a lower power before can work with increased power. Therefore, when the maximum available power is satisfied, the allowable operating power of other open burners can be re-determined, so that the burners that cannot work at high power can enter the high-power operation state, which is more in line with the actual requirements of users.

In the above technical solution, preferably, according to the preset maximum available power, determining the allowable operating power of each turned-on burner specifically includes: according to the opening sequence of each turned-on burner, determining the The priority of the burner; according to the priority and the maximum available power, determine the allowable operating power of each burner.

In this technical solution, when determining the allowable power of the turned-on burners according to the maximum available power, the priority of each turned-on burner can be determined first according to the opening sequence of the turned-on burners, so that the purpose of this is to satisfy customers First-come-first-served requirements, that is to say, the needs of the stove that starts cooking first are met first. Determine the allowable operating power of each burner according to the priority of the burner and the maximum available power. The allowable operating power is close to or equal to the target operating power to achieve a reasonable distribution of power, thereby reducing the influence of power limitation on the heating effect of the stove, and improving the heating effect of the stove when it works according to the maximum available power.

In the above technical solution, preferably, according to the preset maximum available power, determining the allowable operating power of each turned-on burner specifically includes: according to the preset weight and maximum available power of each turned-on burner, determining each The allowable operating power of a burner that has been turned on.

In this technical solution, the priority level of each burner is assigned in a weighted manner. Determine the allowable power of the turned-on burner according to the maximum available power, and distribute the maximum allowable power to each turned-on burner according to the preset weight of the turned-on burner, so as to determine the allowable operating power of each turned-on burner, and realize the power Reasonable distribution, reduce the influence of power limitation on the heating effect of the stove, and improve the heating effect of the stove when it works according to the maximum available power.

The technical solution of the second aspect of the present invention provides a control system for a stove. The stove has a plurality of electrically heated burners, including: a detection unit, which detects that any burner to be turned on is activated, and confirms that the current The number of burners that have been turned on; the power determination unit is used to determine whether the number of burners that have been turned on is less than a predetermined number, if less, then turn on the burner and run according to the power set by the user, otherwise according to the preset maximum available power , to determine the allowable operating power corresponding to each burner that has been turned on.

For a stove with multiple electrically heated burners, the power of each burner and the number of turned-on burners determine the overall power of the stove, so if any burner to be turned on is activated, it will Increase the overall power of the stove. In this technical solution, firstly, when the detection unit detects that any furnace head to be turned on is activated, the number of currently opened furnace heads is determined. This is because the number of burners that have been turned on directly determines whether the power of the whole machine can be affected by continuing to turn on the burner. Therefore, if the number of burners that have been turned on is less than the predetermined number, it means that even if one more burner is turned on, the overall power of the stove will not be greater than the maximum available power. If the number of burners that have been turned on is not less than the predetermined number, opening additional burners at this time may cause the overall power of the stove to exceed the maximum available power, so it is necessary to limit the overall power of the stove so that the furnace The overall power of the appliance does not exceed the maximum available power. When the power of the whole machine may exceed the maximum available power after opening additional burners, the allowable operating power corresponding to each opened burner can be determined according to the preset maximum available power to realize the limitation of the overall power of the stove . Through this technical solution, it is possible to judge whether to limit the overall power of the stove according to the number of burners that have been turned on without making adjustments to the hardware of the stove, and then to perform each burner according to the maximum available power. Power control makes the control of the stove more flexible.

It is worth noting that the maximum available power is determined by the power upper limit of the circuit where the stove is located, and the predetermined number is determined by the rated power and maximum available power of each burner. Therefore, for the same stove, the predetermined number can be adjusted to use The stove is suitable for circuits with different power upper limits. Therefore, the control method of the stove in the technical solution has high versatility, and can be applied to stoves with different rated power and numbers of burners and circuits with different power upper limits.

In the above technical solution, preferably, further comprising: an operating unit, configured to make the burner operate at the allowable operating power when the target power of any turned-on burner is greater than the allowable operating power of the burner.

In this technical solution, when the target power of any burner head that has been turned on is greater than the allowable operating power of the burner head, in order to prevent the overall power of the furnace from exceeding the maximum available power when the burner head works according to the target power, the circuit will be overloaded. When a dangerous situation occurs, the operating unit makes the burner work according to the allowable power, so that the overall power of the stove is not greater than the maximum available power, and then realizes the limitation of the overall power of the stove.

In the above technical solution, preferably, further comprising: a power adjustment unit, configured to re-determine the allowable operating power of each turned-on burner when it is detected that the target power of any turned-on burner is lowered.

In this technical solution, when the target power of any turned-on burner head decreases, it means that the burner head that may have been working at a lower power before can work with increased power. Therefore, when the maximum available power is satisfied, the power adjustment unit can re-determine the allowable operating power of other open burners, so that the burners that cannot work at high power can enter the high-power operation state, which is more in line with the actual requirements of users.

In the above technical solution, preferably, the power determining unit is specifically configured to: determine the priority of each turned-on burner according to the opening sequence of each turned-on burner; determine the priority of each turned-on burner according to the priority and the maximum available power. The allowable operating power of the burner.

In this technical solution, when determining the allowable power of the turned-on burners according to the maximum available power, the priority of each turned-on burner can be determined first according to the opening sequence of the turned-on burners, so that the purpose of this is to satisfy customers First-come-first-served requirements, that is to say, the needs of the stove that starts cooking first are met first. Determine the allowable operating power of each burner according to the priority of the burner and the maximum available power. The allowable operating power is close to or equal to the target operating power to achieve a reasonable distribution of power, thereby reducing the influence of power limitation on the heating effect of the stove, and improving the heating effect of the stove when it works according to the maximum available power.

In the above technical solution, preferably, the power determination unit is specifically configured to: determine the allowable operating power of each turned-on stove according to the preset weight and the maximum available power of each turned-on stove.

In this technical solution, the priority level of each burner is assigned in a weighted manner. When determining the allowable power of the turned-on burner according to the maximum available power, the maximum allowable power is distributed to each turned-on burner according to the preset weight of the turned-on burner, so as to determine the allowable operating power of each turned-on burner, to achieve The reasonable distribution of power reduces the influence of power limitation on the heating effect of the stove, and improves the heating effect of the stove when it works according to the maximum available power.

Additional aspects and advantages of the invention will become apparent in the description which follows, or may be learned by practice of the invention.

Description of drawings

Fig. 1 shows a schematic diagram of a control method according to a first embodiment of the present invention;

Fig. 2 shows a schematic diagram of a control method according to a second embodiment of the present invention;

Fig. 3 shows a schematic diagram of a control method according to a third embodiment of the present invention;

Fig. 4 shows a schematic diagram of a control method according to a fourth embodiment of the present invention;

Fig. 5 shows a schematic diagram of a control method according to a fifth embodiment of the present invention;

Fig. 6 shows a schematic diagram of a control system according to a sixth embodiment of the present invention.

Detailed ways

In order to have a clearer understanding of the above objects, features and advantages of the present invention, the present invention will be further described in detail below in conjunction with the accompanying drawings and specific embodiments. It should be noted that, in the case of no conflict, the embodiments of the present application and the features in the embodiments can be combined with each other.

In the following description, many specific details are set forth in order to fully understand the present invention. However, the present invention can also be implemented in other ways different from those described here. Therefore, the protection scope of the present invention is not limited by the specific details disclosed below. EXAMPLE LIMITATIONS.

Example 1:

Fig. 1 shows a schematic diagram of a control method according to a first embodiment of the present invention.

As shown in Fig. 1, a control method for a stove is shown. Wherein, the stove is a stove with multiple burners. This control method includes:

Step S102, when it is detected that any burner head to be turned on among the plurality of stoves is activated, confirm the number of burner heads that are currently turned on;

Step S104, judging whether the number of burners that have been turned on is less than the predetermined number, if yes, proceed to step S106, otherwise execute step S108;

Step S106, turn on the burner and run according to the power set by the user;

Step S108, according to the preset maximum available power, determine the allowable operating power corresponding to each turned-on burner.

In this embodiment, for a stove with multiple burners, the power of each burner and the number of turned-on burners determine the overall power of the stove. Therefore, if any burner to be turned on is activated, When working, the overall power of the stove will be increased. In this embodiment, first, when it is detected that any burner to be turned on is activated, the number of burners that are currently turned on is determined. This is because the number of burners that have been turned on directly determines whether the power of the whole machine can be affected by continuing to turn on the burner. Therefore, if the number of burners that have been turned on is less than the predetermined number, it means that even if one more burner is turned on, the overall power of the stove will not be greater than the maximum available power. If the number of burners that have been turned on is not less than the predetermined number, opening additional burners at this time may cause the overall power of the stove to exceed the maximum available power, so it is necessary to limit the overall power of the stove so that the furnace The overall power of the appliance does not exceed the maximum available power. When the maximum available power may be exceeded after opening an additional burner, the allowable operating power corresponding to each opened burner can be determined according to the preset maximum available power, so as to realize the limitation of the overall power of the stove. Through this technical solution, it is possible to judge whether to limit the overall power of the stove according to the number of burners that have been turned on without making adjustments to the hardware of the stove, and then to perform each burner according to the maximum available power. Power control makes the control of the stove more flexible.

It is worth noting that the maximum available power is determined by the power upper limit of the circuit where the stove is located, and the predetermined number is determined by the rated power and maximum available power of each burner. Therefore, for the same stove, the predetermined number can be adjusted to use The stove is suitable for circuits with different power upper limits. Therefore, the control method of the stove in the technical solution has high versatility, and can be applied to stoves with different rated power and numbers of burners and circuits with different power upper limits.

Example 2:

Fig. 2 shows a schematic diagram of the control method of the second embodiment of the present invention.

As shown in Figure 2, a control method for a stove, including:

Step S202, when it is detected that any open burner is activated, confirm the number of currently opened burners;

Step S204, judging whether the number of burners that have been turned on is less than the predetermined number, if the result is yes, then execute step S206, otherwise, execute step S208;

Step S206, turn on the burner and run according to the power set by the user;

Step S208, according to the preset maximum available power, determine the allowable operating power corresponding to each opened burner;

Step S210, when the target power of any turned-on burner is greater than the allowable operating power of the burner, make the burner operate according to the allowable operating power,

For a stove with multiple electric heating burners, the power of each burner and the number of burners that are turned on determine the overall power of the stove, so if any burner to be turned on is activated, the working time will increase The overall power of the stove. In this embodiment, first, when it is detected that any burner to be turned on is activated, the number of burners that are currently turned on is determined. This is because the number of burners that have been turned on directly determines whether the power of the whole machine can be affected by continuing to turn on the burner. Therefore, if the number of burners that have been turned on is less than the predetermined number, it means that even if one more burner is turned on, the overall power of the stove will not be greater than the maximum available power. If the number of burners that have been turned on is not less than the predetermined number, opening additional burners at this time may cause the overall power of the stove to exceed the maximum available power, so it is necessary to limit the overall power of the stove so that the furnace The overall power of the appliance does not exceed the maximum available power. When the maximum available power may be exceeded after opening an additional burner, the allowable operating power corresponding to each opened burner can be determined according to the preset maximum available power, so as to realize the limitation of the overall power of the stove. Through this technical solution, it is possible to judge whether to limit the overall power of the stove according to the number of burners that have been turned on without making adjustments to the hardware of the stove, and then to perform each burner according to the maximum available power. Power control makes the control of the stove more flexible. Due to the allowable operating power of each burner and the maximum available power of the stove, when each burner operates at the allowable operating power, the overall power of the stove will not be greater than the maximum available power. Therefore, when the target power of any turned-on burner is greater than the allowable operating power of the burner, in order to avoid the danger that the overall power of the burner may exceed the maximum available power and overload the circuit when the burner works according to the target power, Make the stove head work according to the allowable power, so that the overall power of the stove is not greater than the maximum available power, so as to realize the limitation on the overall power of the stove.

Example 3:

Fig. 3 shows a schematic diagram of the control method of the third embodiment of the present invention.

As shown in Figure 3, the control method according to the third embodiment of the present invention includes:

Step S302, when it is detected that any open burner is activated, confirm the number of currently opened burners;

Step S304, judging whether the number of burners that have been turned on is less than the predetermined number, if the result is yes, execute step S306, otherwise, execute step S308;

Step S306, turn on the burner and run according to the power set by the user;

Step S308, according to the preset maximum available power, determine the allowable operating power corresponding to each turned-on burner;

Step S310, when the target power of any turned-on burner is greater than the allowable operating power of the burner, make the burner operate according to the allowable operating power;

Step S312, when it is detected that the target power of any known burner is lowered, re-determine the allowable operating power of each turned-on burner.

In this technical solution, in addition to the technical features mentioned in the first embodiment and the second embodiment, when it is detected that the target power of any turned-on burner is lowered, re-determine the The allowed operating power of the burner is such a step. Because the working state of the burner is changing in real time, the user may change the power of the burner used from time to time, which is called reducing or increasing the power. When the power of a certain burner is reduced, it means that the power of the entire stove is reduced, which means that the power of other burners that are used at the same time can be increased. Therefore, the increase of this step can make the power of each burner dynamically adjusted. Burners that previously may have operated at lower power can be operated at increased power. Therefore, when the maximum available power is satisfied, the allowable operating power of other open burners can be re-determined, so that the burners that cannot work at high power can enter the high-power operation state, which is more in line with the actual requirements of users.

Example 4:

Fig. 4 shows a schematic diagram of a control method according to a fourth embodiment of the present invention.

The control method shown in Figure 4 includes:

Step S402, when it is detected that any open burner is activated, confirm the number of currently opened burners;

Step S404, judging whether the number of burners that have been turned on is less than a predetermined number, if the judging result is yes, go to step S406, otherwise go to step S408;

Step S406, turn on the burner and run according to the power set by the user;

Step S408, determining the priority of each turned-on burner according to the opening sequence of each turned-on burner;

Step S410, determine the allowable operating power of each burner according to the priority and the maximum available power.

In this embodiment, if the number of burners that have been turned on is greater than the predetermined number, it means that the burners cannot be turned on according to the power set by the user, but the operating power must be determined for the burners. The determination of the permissible operating power for each burner is related to the maximum available power on the one hand and the operable power of each burner on the other hand. In this embodiment, the priority order of each burner is considered, so that the burner with a higher priority can be powered first. Determine the allowable operating power of each burner according to the priority of the burner and the maximum available power. The allowable operating power is close to or equal to the target operating power to achieve a reasonable distribution of power, thereby reducing the influence of power limitation on the heating effect of the stove, and improving the heating effect of the stove when it works according to the maximum available power.

Example 5:

Fig. 5 shows a schematic diagram of a control method according to a fifth embodiment of the present invention.

The control method shown in Figure 5 includes:

Step S502, when it is detected that any open burner is activated, confirm the number of currently opened burners;

Step S504, judging whether the number of burners that have been turned on is less than the predetermined number, if the judging result is yes, go to step S506, otherwise go to step S508;

Step S506, turn on the burner and run according to the power set by the user;

Step S508, according to the preset weight and the maximum available power of each turned-on burner, determine the allowable operating power of each turned-on burner.

In this embodiment, unlike embodiment 4, which considers the priority order of each burner head, in this embodiment, the allowable operating power of each burner head is determined according to the weight of the burner head and the maximum available power. Specifically, More power distribution is carried out for burners with a large weight, that is, the allowable operating power corresponding to the burner with a larger weight is close to or equal to the target operating power, so as to realize a reasonable distribution of power, thereby reducing the influence of power limitation on the heating effect of the stove , to improve the heating effect of the stove when it works according to the maximum available power. The weight assigned to each burner can also be dynamically adjusted. For example, the user can choose to change the weight of each burner, so that the power can be allocated to each burner more flexibly according to the needs of the user.

Fig. 6 shows a schematic diagram of a control system according to the present invention. As shown in FIG. 6 , the control system 600 according to the present invention includes: a detection unit 602, configured to confirm the number of burners that are currently turned on when detecting that any open burner head is activated; a power determination unit 604, used to determine whether Whether the number of turned-on burners is less than the predetermined number, if so, turn on the burners and operate according to the power set by the user, otherwise, determine the allowable operating power corresponding to each turned-on burner according to the preset maximum available power.

For a stove with multiple electrically heated burners, the power of each burner and the number of turned-on burners determine the overall power of the stove, so if any burner to be turned on is activated, it will Increase the overall power of the stove. In this embodiment, firstly, when it is detected that any burner to be turned on is activated, the number of burners currently turned on is determined. This is because the number of burners that have been turned on directly determines whether the power of the whole machine can be affected by continuing to turn on the burner. Therefore, if the number of burners that have been turned on is less than the predetermined number, it means that even if one more burner is turned on, the overall power of the stove will not be greater than the maximum available power. If the number of burners that have been turned on is not less than the predetermined number, opening additional burners at this time may cause the overall power of the stove to exceed the maximum available power, so it is necessary to limit the overall power of the stove so that the furnace The overall power of the appliance does not exceed the maximum available power. When the maximum available power may be exceeded after opening an additional burner, the allowable operating power corresponding to each opened burner can be determined according to the preset maximum available power, so as to realize the limitation of the overall power of the stove. Through this technical solution, it is possible to judge whether to limit the overall power of the stove according to the number of burners that have been turned on without making adjustments to the hardware of the stove, and then to perform each burner according to the maximum available power. Power control makes the control of the stove more flexible.

In the above technical solution, preferably, further comprising: an operating unit, configured to make the burner operate at the allowable operating power when the target power of any turned-on burner is greater than the allowable operating power of the burner.

In this technical solution, when the target power of any burner head that has been turned on is greater than the allowable operating power of the burner head, in order to prevent the overall power of the furnace from exceeding the maximum available power when the burner head works according to the target power, the circuit will be overloaded. When a dangerous situation occurs, the operating unit makes the burner work according to the allowable power, so that the overall power of the stove is not greater than the maximum available power, and then realizes the limitation of the overall power of the stove.

In the above technical solution, preferably, further comprising: a power adjustment unit, configured to re-determine the allowable operating power of each turned-on burner when it is detected that the target power of any turned-on burner is lowered.

In this technical solution, when the target power of any turned-on burner head decreases, it means that the burner head that may have been working at a lower power before can work with increased power. Therefore, when the maximum available power is satisfied, the power adjustment unit can re-determine the allowable operating power of other open burners, so that the burners that cannot work at high power can enter the high-power operation state, which is more in line with the actual requirements of users.

In the above technical solution, preferably, the power determining unit is specifically configured to: determine the priority of each turned-on burner according to the opening sequence of each turned-on burner; determine the priority of each turned-on burner according to the priority and the maximum available power. The allowable operating power of the burner.

In this technical solution, when determining the allowable power of the turned-on burners according to the maximum available power, the priority of each turned-on burner can be determined first according to the opening sequence of the turned-on burners, so that the purpose of this is to satisfy customers First-come-first-served requirements, that is to say, the needs of the stove that starts cooking first are met first. Determine the allowable operating power of each burner according to the priority of the burner and the maximum available power. The allowable operating power is close to or equal to the target operating power to achieve a reasonable distribution of power, thereby reducing the influence of power limitation on the heating effect of the stove, and improving the heating effect of the stove when it works according to the maximum available power.

In the above technical solution, preferably, the power determination unit is specifically configured to: determine the allowable operating power of each turned-on stove according to the preset weight and the maximum available power of each turned-on stove.

In this technical solution, the priority level of each burner is assigned in a weighted manner. When determining the allowable power of the turned-on burner according to the maximum available power, the maximum allowable power is distributed to each turned-on burner according to the preset weight of the turned-on burner, so as to determine the allowable operating power of each turned-on burner, to achieve The reasonable distribution of power reduces the influence of power limitation on the heating effect of the stove, and improves the heating effect of the stove when it works according to the maximum available power.

The technical solution of the present invention has been described in detail above in conjunction with the accompanying drawings. Through the technical solution of the present invention, it is possible to judge whether to adjust the complete machine of the stove according to the number of burners that have been opened while not making adjustments to the hardware of the stove. The power is limited, and then the power control of each burner is carried out according to the maximum available power, which makes the control of the burner more flexible and has high applicability.

In the present invention, the terms "first", "second", and "third" are only used for descriptive purposes, and cannot be understood as indicating or implying relative importance; the term "plurality" refers to two or two above, unless expressly defined otherwise. The terms "installation", "connection", "connection", "fixed" and other terms should be interpreted in a broad sense, for example, "connection" can be fixed connection, detachable connection, or integral connection; "connection" can be directly or indirectly through an intermediary. Those of ordinary skill in the art can understand the specific meanings of the above terms in the present invention according to specific situations.

In the description of the present invention, it should be understood that the orientation or positional relationship indicated by the terms "upper", "lower", "left", "right", "front", "rear" etc. is based on the orientation shown in the drawings Or positional relationship is only for the convenience of describing the present invention and simplifying the description, but does not indicate or imply that the referred device or unit must have a specific direction, be constructed and operated in a specific orientation, and therefore, should not be construed as a limitation of the present invention.

In the description of this specification, descriptions of the terms "one embodiment", "some embodiments", "specific embodiments" and the like mean that specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in the present invention In at least one embodiment or example of . In this specification, schematic representations of the above terms do not necessarily refer to the same embodiment or example. Furthermore, the specific features, structures, materials or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.

The above are only preferred embodiments of the present invention, and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and changes. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (10)

1. a kind of control method of stove, the stove has multiple electrically heated burners, it is characterised in that including：

When detecting that any burner to be opened is activated, the burner quantity currently having turned on is confirmed；

Whether the burner quantity for determining to have turned on is less than predetermined quantity, if it is less, opening the burner and being set according to user Determine Power operation, otherwise according to default maximum available power, the burner that determines each to have turned on is corresponding to be allowed to run power.

2. control method according to claim 1, it is characterised in that further include：

When any target power for having turned on burner when allowing to run power, makes the burner according to the permission more than the burner Run Power operation.

3. control method according to claim 1 or 2, it is characterised in that further include：

When detecting that any target power for having turned on burner is lowered, redefining each burner having turned on allows to transport Row power.

4. control method according to any one of claim 1 to 3, it is characterised in that it is described can according to default maximum With power, the power that allows to run for the burner for determining each to have turned on specifically includes：

According to the opening sequence of each burner having turned on, each priority for having turned on burner is determined；

According to the priority and the maximum available power, determine each burner allows operation power.

5. control method according to any one of claim 1 to 3, it is characterised in that it is described can according to default maximum With power, the power that allows to run for the burner for determining each to have turned on specifically includes：

According to each default weight for having turned on burner and the maximum available power, determine each described to have turned on burner Allow to run power.

6. a kind of control system of stove, the stove has multiple electrically heated burners, it is characterised in that including：

Detection unit, when detecting that any burner to be opened is activated, confirms the burner quantity currently having turned on；

Whether power determining unit, the burner quantity for determining to have turned on are less than predetermined quantity, if it is less, described in opening Burner simultaneously sets Power operation according to user, otherwise according to default maximum available power, determines the burner pair each having turned on That answers allows operation power.

7. control system according to claim 6, it is characterised in that further include：

Running unit, for when any target power for having turned on burner be more than the burner allow run power when, make the stove Head allows to run Power operation according to described.

8. the control system according to claim 6 or 7, it is characterised in that further include：

Power adjustment unit, for when detecting that any target power for having turned on burner is lowered, redefine it is each The burner of unlatching allows operation power.

9. the control system according to any one of claim 6 to 9, it is characterised in that the power determining unit is specific For：

According to the opening sequence of each burner having turned on, each priority for having turned on burner is determined；

According to the priority and the maximum available power, determine each burner allows operation power.

10. the control system according to any one of claim 6 to 9, it is characterised in that the power determining unit is specific For：

According to each default weight for having turned on burner and the maximum available power, determine each described to have turned on burner Allow to run power.