Water outlet learning method of thermos bottle

Abstract

The invention discloses a water outlet learning method of a thermos bottle, and relates to the technical field of intelligent household appliances. The method comprises the following steps: in response to a first trigger instruction, controlling the thermos bottle to enter a water outlet learning mode; in the water outlet learning mode, continuous water outlet duration is accumulated for at least one water outlet gear; on the basis of the continuous water outlet duration, the single water outlet duration of at least one water outlet gear in a conventional water outlet mode is updated; and in the conventional water outlet mode, controlling the water outlet of the thermos bottle based on the single water outlet duration corresponding to a water outlet instruction. Therefore, the method has the advantages of being convenient to operate, accurate in water outlet and capable of improving the user experience.

Description

Technical Field

[0001] The present application relates to the technical field of smart home appliances, and in particular to a method for learning water discharge from a kettle. Background Art

[0002] Among existing products, there are two main ways of discharging water from a water bottle (or drinking water bottle). One is a tap-response water discharge in which the user taps the water discharge button once and the water discharge time or water discharge volume is fixed; the other is a long-press-response water discharge in which the water discharge duration corresponds to the signal trigger duration in response to a trigger signal of the user long-pressing the water discharge button. However, both of the above water discharge methods have disadvantages. In the first method, when the user's water cup capacity is relatively fixed, water discharge is performed at least once each time in response to the trigger signal and based on a preset fixed amount, which may cause problems of over- or under-discharging; the other method requires the user to keep pressing the button for a long time during the water discharge process, and the water discharge button is usually located above the water outlet faucet. If the user keeps pressing the button for a long time, there is a risk of being scalded by high-temperature steam. On this basis, even if existing products have launched the function of discharging a certain amount of water according to the water output selected by the user, due to the differences in the water path components of different kettles (for example, the water pump has a deviation of more than 10% in unit pumping water volume based on the differences in individual component structures) and the differences in years of use (some may be aged, etc.), it is difficult for the kettle to achieve high-precision water output according to user instructions for the user-specified water volume. Summary of the invention

[0003] The purpose of this application is to provide a water dispensing learning method for a water bottle, which controls the water bottle to accumulate and update the single water dispensing time corresponding to the specified water dispensing gear in the water dispensing learning mode, so that the water bottle can dispense water according to the single water dispensing time corresponding to the water dispensing instruction in the normal water dispensing mode. Therefore, this application has the advantages of convenient operation, accurate water dispensing, and improved user experience.

[0004] The embodiment of the present application is implemented as follows:

[0005] A first aspect of an embodiment of the present application provides a method for learning water discharge from a kettle, the method comprising: in response to a first trigger instruction, controlling the kettle to enter a water discharge learning mode; in the water discharge learning mode, accumulating continuous water discharge time for at least one water discharge gear; based on the continuous water discharge time, updating a single water discharge time of at least one water discharge gear in a conventional water discharge mode; in the conventional water discharge mode, controlling water discharge from the kettle based on the single water discharge time corresponding to the water discharge instruction.

[0006] In one embodiment, before accumulating the continuous water outlet time for at least one water outlet gear, the method further includes: determining the water outlet gear of the kettle in the water outlet learning mode based on the trigger time or trigger number corresponding to the first trigger instruction.

[0007] In one embodiment, in the normal water outlet mode, water outlet of the kettle is controlled based on the single water outlet duration corresponding to the water outlet instruction, including: determining the target water outlet gear of the kettle in the normal water outlet mode based on the trigger duration or the number of triggers corresponding to the water outlet instruction; and controlling the water outlet of the kettle based on the single water outlet duration corresponding to the target water outlet gear.

[0008] In one embodiment, after controlling the water discharge from the kettle based on the single water discharge duration corresponding to the water discharge instruction, the method also includes: in the normal water discharge mode, recording the water discharge gear corresponding to the most recent water discharge, and accumulating the number of times the water discharge gear is used within a preset time period; marking the water discharge gear with the most times used as the default water discharge gear.

[0009] In one embodiment, based on the continuous water outlet duration, the single water outlet duration of at least one water outlet gear in the conventional water outlet mode is updated, including: if the continuous water outlet duration is within a preset duration threshold range, the continuous water outlet duration is marked as a single water outlet duration; if the continuous water outlet duration is outside the preset duration threshold range, the endpoint duration threshold adjacent to the continuous water outlet duration is marked as a single water outlet duration.

[0010] In one embodiment, after updating the single water outlet duration of at least one water outlet gear in the conventional water outlet mode based on the continuous water outlet duration, the method also includes: modifying the single water outlet duration corresponding to the fine-tuning water outlet gear and the fine-tuning duration corresponding to the fine-tuning instruction.

[0011] In one embodiment, the water bottle has a learning button. Before responding to a first trigger instruction and controlling the water bottle to enter a water outlet learning mode, the method also includes: when the trigger duration corresponding to the trigger signal of the learning button reaches a first preset duration, determining the trigger instruction type corresponding to the trigger signal based on the trigger time corresponding to the trigger signal.

[0012] In one embodiment, when the trigger duration corresponding to the trigger signal reaches a first preset duration, the trigger instruction type corresponding to the trigger signal is determined based on the trigger time corresponding to the trigger signal, including: when the trigger duration corresponding to the trigger signal reaches the first preset duration, checking the power-on time and the current working status of the kettle; if the trigger time is within the first preset time period after the power-on time and the current working status is standby status, the trigger instruction corresponding to the trigger signal is marked as the first trigger instruction.

[0013] In one embodiment, the water bottle has at least one water outlet button. After responding to a first trigger instruction and controlling the water bottle to enter a water outlet learning mode, the method further includes: responding to a short-time trigger signal of the water outlet button to continuously discharge water until a short-time trigger signal is received again to stop the water discharge.

[0014] In one embodiment, the water bottle has at least one water outlet button. After responding to a first trigger instruction and controlling the water bottle to enter a water outlet learning mode, the method further includes: responding to a long-time trigger signal of the water outlet button to continuously discharge water until receiving a release signal of the water outlet button to stop discharging water.

[0015] The beneficial effects of this application compared with the prior art are:

[0016] The present application can solve the technical problems in the prior art that the water output of the kettle according to the fixed amount has a large deviation, or the water is output when the user long presses the button, and the high-temperature steam is easy to scald the user. The present application uses the self-learning method of the kettle to memorize the single water output time conventionally used by the user when taking water in the water output learning mode, so as to adapt to the user's single water intake demand in the subsequent water intake process; and the kettle can also further memorize the corresponding single water output time for the water output gear selected by the user in the water output learning mode, so as to adapt to the user's conventional water intake demand when selecting different gears in the subsequent water intake process. Therefore, the water output learning method of the kettle provided by the present application improves the user's operating convenience, can quickly learn the current user's water intake preference, and improve the water output accuracy in the subsequent water output, effectively improving the user's experience. BRIEF DESCRIPTION OF THE DRAWINGS

[0017] In order to more clearly illustrate the technical solutions of the embodiments of the present application, the drawings required for use in the embodiments will be briefly introduced below. It should be understood that the following drawings only show certain embodiments of the present application and therefore should not be regarded as limiting the scope. For ordinary technicians in this field, other related drawings can be obtained based on these drawings without paying creative work.

[0018] Figure 1 A schematic diagram of the structure of a water bottle provided in one embodiment of the present application;

[0019] Figure 2 A schematic diagram of an operation panel of a water bottle provided in an embodiment of the present application;

[0020] Figure 3 A schematic diagram of a flow chart of a method for learning water output from a water bottle provided in an embodiment of the present application;

[0021] Figure 4 A schematic flow chart of a method for learning water discharge from a water bottle provided in one embodiment of the present application.

[0022] Figure numerals: 1 - water bottle; 11 - operation panel; 110 - display module; 111 - key module; 112 - water outlet key; 12 - processor; 13 - memory. DETAILED DESCRIPTION

[0023] The technical solutions in the embodiments of the present application will be described below in conjunction with the drawings in the embodiments of the present application.

[0024] Similar reference numerals and letters represent similar items in the following drawings, so once an item is defined in one drawing, it does not need to be further defined and explained in subsequent drawings. At the same time, in the description of this application, the terms "first", "second", etc. are only used to distinguish the description and cannot be understood as indicating or implying relative importance.

[0025] The technical solution of the present application will be clearly and completely described below in conjunction with the accompanying drawings.

[0026] See also Figure 1 , Figure 1 This is a schematic diagram of the structure of a water bottle 1 provided in one embodiment of the present application. Figure 1 As shown, the water bottle 1 includes an operation panel 11, at least one processor 12 and a memory 13. Figure 1 A processor 12 is taken as an example. The processor 12 and the memory 13 are connected via a bus, and the memory 13 stores instructions that can be executed by at least one processor 12, so that at least one processor 12 executes the water output learning method of the water bottle 1 in the following embodiment.

[0027] See also Figure 2 , Figure 2 This is a schematic diagram of the operation panel 11 of the water bottle 1 provided in one embodiment of the present application. Figure 2 As shown, the operation panel 11 includes a display module 110 and a button module 111. The operation panel 11 is arranged on the outer surface of the kettle 1, the button module 111 includes at least one button, one of the buttons in the button module 111 is a water outlet button 112, and the display module 110 is configured to display the water outlet temperature or water outlet time of the kettle 1, or display the current water outlet function of the kettle 1.

[0028] In an application process, the user controls the water discharge of the water bottle 1, stops the water discharge, enters the water discharge learning mode or enters the normal water discharge mode, etc. by clicking or long pressing the button on the operation panel 11. The user can also set the lock mode to prevent the water bottle 1 from suddenly discharging boiling water by clicking or long pressing the button on the operation panel 11, or adjust the water discharge time or water discharge temperature by clicking or long pressing the button on the operation panel 11; the display module 110 can display the current working state of the water bottle 1 (such as heat preservation, heating, dechlorination, water shortage, etc.) through the display screen, and the display module 110 can also display the water discharge time (or remaining water discharge time) and water discharge temperature when the water bottle 1 is about to discharge water or is discharging water through the display screen; the display module 110 can display the current water discharge function of the water bottle 1 through the prompt light, and the current water discharge function of the water bottle 1 includes normal temperature, milk powder, tea, oatmeal, etc.

[0029] See also Figure 3 , Figure 3 The flow chart of the method for learning the water output of a water bottle 1 provided in one embodiment of the present application is shown in FIG. The method for learning the water output of a water bottle 1 can be applied to the water bottle 1 in the above embodiment, and can also be applied to other water-boiling products with hot water output function on the market. Figure 3 As shown, the water discharging learning method of the water boiler 1 includes the following steps.

[0030] S110: In response to the first trigger instruction, the water bottle 1 is controlled to enter a water output learning mode.

[0031] The first trigger instruction refers to an instruction for controlling the water bottle 1 to enter the self-learning mode. The water-discharging learning mode means that the water bottle 1 starts discharging water or stops discharging water in response to the trigger instruction (user water-discharging instruction), and automatically records the specific information of the most recent water discharging after the water discharging is completed, such as the cumulative water discharging time, water discharging temperature, water discharging gear, etc. (i.e. the user's water discharging preference information), so that the water can be discharged directly according to the memorized water discharging information during the subsequent regular water discharging. The trigger instruction usually carries the trigger duration information, the trigger button information, and / or the trigger number information.

[0032] In this step, the processor 12 determines that the instruction is the first trigger instruction for controlling the kettle 1 to enter the water outlet learning mode according to the information carried by the received trigger instruction. Then, the processor 12 controls the kettle 1 to enter the water outlet learning mode in response to the first trigger instruction to automatically memorize the user's water intake preference information.

[0033] S120: In the water outlet learning mode, the continuous water outlet time is accumulated for at least one water outlet gear.

[0034] During the water collection process, users will use different water outlet gears based on different water collection containers. For example, when a user needs to make coffee or milk powder, a coffee cup or milk bottle with a smaller capacity will be used. Accordingly, the user will select a smaller water outlet gear on the operation panel 11 of the kettle 1; and when the user uses a thermos pot or water collection container with a larger capacity to collect water based on other needs, the user will select a larger water outlet gear on the operation panel 11 of the kettle 1. Therefore, in this step, when the kettle 1 is in the water outlet learning mode, the processor 12 accumulates the continuous water outlet time for the water outlet gear when the kettle 1 is discharging water until the kettle 1 stops discharging water.

[0035] S130: Based on the continuous water outlet time, updating the single water outlet time of at least one water outlet gear in the normal water outlet mode.

[0036] The single water discharge duration refers to the default single continuous water discharge duration based on the target water discharge gear corresponding to the water discharge instruction when the water bottle 1 is in the normal water discharge mode and in response to the water discharge instruction. In this step, the water bottle 1 memorizes the continuous water discharge duration corresponding to at least one water discharge gear in the water discharge learning mode as the single water discharge duration corresponding to the same water discharge gear in the normal water discharge mode, so that when the water bottle 1 cancels the water discharge learning mode and enters the normal water discharge mode, it responds to the water discharge instruction and based on the target water discharge gear selected by the user, and directly discharges water according to the single water discharge duration corresponding to the target water discharge gear.

[0037] S140: In the normal water outlet mode, the water bottle 1 is controlled to outlet water based on the single water outlet duration corresponding to the water outlet instruction.

[0038] In this step, when the kettle 1 is in the normal water outlet mode, the processor 12 responds to the water outlet instruction, checks the single water outlet time corresponding to the target water outlet gear based on the target water outlet gear corresponding to the water outlet instruction, and then controls the kettle 1 to continuously outlet water according to the single water outlet time, until the cumulative water outlet time of the kettle 1 reaches the single water outlet time, and then controls the kettle 1 to stop outlet water.

[0039] Based on the above scheme, the water bottle 1 can automatically memorize the user's water intake preference information (for example, the single water outlet duration corresponding to a certain water outlet gear) in the water outlet learning mode. In the normal water outlet mode, the user only needs to click the water outlet button once, and the water bottle can automatically discharge an appropriate amount of water according to the user's preference, which is well adapted to the user's usual water intake amount and improves the user's convenience in water intake; the water bottle 1 controls the water output based on the water outlet duration, which can avoid the problem of large deviation in the water output of the water bottle due to individual differences in water circuit components or aging and damage of water circuit components due to long-term use. The present application can effectively improve the water output accuracy of the water bottle 1; in addition, the water bottle 1 distinguishes and memorizes the single water outlet durations corresponding to different water outlet gears, which can be well adapted to the user's different water intake requirements in different usage scenarios and effectively improve the user's usage experience.

[0040] See also Figure 4 , Figure 4 The flow chart of the method for learning the water output of a water bottle 1 provided in one embodiment of the present application is shown in FIG. The method for learning the water output of a water bottle 1 can be applied to the water bottle 1 in the above embodiment, and can also be applied to other water-boiling products with hot water output function on the market. Figure 4 As shown, the method for learning water output from the water bottle 1 includes the following steps:

[0041] S210: Determine the trigger instruction type corresponding to the trigger signal based on the trigger time and / or trigger key information corresponding to the trigger signal.

[0042] The trigger signal refers to a signal generated when a button on the operation panel 11 of the water bottle 1 is triggered. In this step, the processor 12 determines the trigger instruction type corresponding to the trigger signal based on the trigger time corresponding to the trigger signal (for example, the receiving time when the processor 12 receives the trigger signal), and / or the trigger button information, and / or the trigger duration, and generates a corresponding trigger instruction.

[0043] In one embodiment, the buttons on the operation panel 11 include a learning button. The learning button can be the same button as the water outlet button 112, and the button generates different trigger signals based on different user button pressing methods. For example, when the trigger duration corresponding to the trigger signal of the learning button (water outlet button 112) reaches the first preset duration, that is, when the user long presses the button for a period of time reaching the first preset duration, the processor 12 determines that the trigger instruction type corresponding to the trigger signal is: a first trigger instruction for controlling the water bottle 1 to enter the water outlet learning mode.

[0044] The learning button can also be distinguished from the water outlet button 112, and are two different buttons on the operation panel 11. The button that can be used by the user to control the water bottle 1 to enter the water outlet learning mode by a short tap or a long press is called a learning button. The learning button generates a corresponding trigger signal based on the user's short tap or long press. The processor 12 determines the trigger instruction type corresponding to the trigger signal based on the trigger button information corresponding to the trigger signal (that is, the trigger button is a learning button): the first trigger instruction for controlling the water bottle 1 to enter the water outlet learning mode.

[0045] Take the case where the user long presses the water outlet button 112 and controls the water bottle 1 to enter the water outlet learning mode. During an operation, the user long presses the water outlet button 112 and maintains it for a certain period of time, the water pump in the water bottle 1 starts to work, and the processor 12 controls the water bottle 1 to enter the water outlet learning mode, and starts the timer to count the continuous water outlet duration. The user maintains the state where the water outlet button 112 is pressed for a long time to control the water bottle 1 to continuously discharge water. Until the user releases the water outlet button 112. When the user releases the water outlet button, the water pump in the water bottle 1 stops working, and the processor 12 controls the timer to stop timing, and obtains the continuous working time T of the water pump and stores it as the single water outlet duration, so that when the user subsequently presses the water outlet button 112 once when the water bottle 1 is in the normal water outlet mode, the water bottle 1 controls the water pump to open and maintain the duration T, and continuously discharges water according to the single water outlet duration.

[0046] In another embodiment, after receiving the trigger signal, the processor 12 needs to further determine the type of trigger instruction corresponding to the trigger signal based on the trigger time corresponding to the trigger signal on the basis of the above scheme. For example, the water bottle 1 can only enter the water output learning mode in response to the first trigger instruction within a preset period of time after it is turned on.

[0047] In response to the above situation, the trigger instruction type corresponding to the trigger signal is determined according to the trigger time corresponding to the trigger signal, including: when the trigger duration corresponding to the trigger signal reaches the first preset duration, or the trigger button information corresponding to the trigger signal is a learning button, check the power-on time and current working status of the water bottle 1; if the trigger time is within the first preset time period after the power-on time and the current working state is standby state, the trigger instruction corresponding to the trigger signal is marked as the first trigger instruction.

[0048] For example, the user long presses the water outlet button 112 to control the kettle 1 to enter the water outlet learning mode. Since the water outlet button 112 is a high-frequency button, in order to prevent the user from accidentally touching the button and mistakenly controlling the kettle 1 to enter the water outlet learning mode, the user can only control the kettle 1 to enter the water outlet learning mode by long pressing the water outlet button 112 for a certain period of time (for example, 2 seconds) within 3 seconds after the kettle 1 is powered on and the kettle 1 is in the standby state.

[0049] S220: When the trigger instruction type is the first trigger instruction, in response to the first trigger instruction, the water bottle 1 is controlled to enter the water output learning mode.

[0050] The water discharging learning mode refers to a mode in which the water bottle 1 starts discharging water or stops discharging water in response to a trigger instruction (user water dispensing instruction), and automatically memorizes the specific information of the most recent water discharging after the water discharging is completed, such as water discharging time, water discharging temperature, water discharging gear, etc. (i.e., the user's water dispensing preference information), so that the water can be directly discharged according to the memorized water discharging information in the subsequent water discharging. The trigger instruction usually carries the triggering time information, and / or the triggering button information, and / or the triggering number information.

[0051] In this step, the processor 12 determines the water output gear of the water boiler 1 in the water output learning mode based on the trigger duration or the number of triggers corresponding to the first trigger instruction. For example, after the user generates the first trigger instruction by pressing the water output button 112 or the learning button, the user can adjust the water output gear by continuing to press the button or clicking other designated buttons multiple times.

[0052] The trigger signal for controlling the water discharge of the water bottle 1 can be in different forms. In one embodiment, the processor 12 controls the water bottle 1 to continuously discharge water in response to the short-time trigger signal of the water discharge button 112 until the short-time trigger signal is received again to stop the water discharge. In another embodiment, the processor 12 controls the water bottle 1 to continuously discharge water in response to the long-time trigger signal of the water discharge button 112 until the release signal of the water discharge button 112 (the long-time trigger signal ends) is received to stop the water discharge.

[0053] Take the example of a user long pressing the water outlet button 112 to control the kettle 1 to enter the water outlet learning mode. When the kettle 1 is in the standby state within 3 seconds after being powered on, the user long presses the water outlet button 112 for 2 seconds, and the kettle 1 enters the self-learning state; then the user continues to maintain the pressing action of the water outlet button 112, and the water outlet gear 1 is displayed on the digital tube when the water outlet button 112 is triggered for the 3rd second (that is, the user long presses the water outlet button 112 for the 3rd second), and the water outlet gear 2 is displayed on the digital tube when the water outlet button 112 is triggered for the 4th second; then the user immediately releases the water outlet button 112 to control the kettle to adjust the current water outlet gear to the 2nd gear. Then, the user presses the water outlet button 112 again, and the water bottle 1 starts to discharge water. At the same time, the processor 12 controls the timer to start to accumulate the continuous water discharge time in the second gear; when the user presses the water outlet button 112 again, the water bottle stops discharging water, the processor 12 controls the timer to stop timing, and stores the accumulated continuous water discharge time as T2, which is the single water discharge time of the water bottle 1 for the second gear in the normal water discharge mode.

[0054] During the above operation, the user presses the water outlet button 112 for n seconds, and the n-2 gear is displayed on the digital tube. The user releases the water outlet button 112, and presses the water outlet button 112 again to control the water bottle 1 to start discharging water, and the processor starts the timer. When the user presses the water outlet button 112 again, the water pump in the water bottle 1 stops pumping water, the timer stops timing, and the water bottle 1 will count the current accumulated continuous water discharging time T n－2 The single water discharge time corresponding to the n-2th gear position is stored.

[0055] S230: In the water outlet learning mode, the continuous water outlet time is accumulated for at least one water outlet gear.

[0056] During the water extraction process, users may use different water outlet gears based on different water extraction containers. In this step, when the kettle 1 is in the water outlet learning mode, the processor 12 accumulates the continuous water outlet time for the water outlet gear when the kettle 1 is discharging water until the kettle 1 stops discharging water. In the water outlet learning mode, the continuous water outlet time may refer to the continuous water outlet time corresponding to a single water outlet of the kettle, or may refer to the accumulated time corresponding to multiple consecutive water outlets of the kettle for the same water outlet gear.

[0057] S240: Based on the continuous water outlet duration, update the single water outlet duration of at least one water outlet gear in the normal water outlet mode.

[0058] The single water discharge duration refers to the default single continuous water discharge duration based on the target water discharge gear carried by the water discharge instruction when the kettle 1 is in the normal water discharge mode and in response to the water discharge instruction. In this step, if the continuous water discharge duration accumulated by the timer is within the preset duration threshold range, the continuous water discharge duration is marked as the single water discharge duration; if the continuous water discharge duration is outside the preset duration threshold range, the endpoint duration threshold adjacent to the continuous water discharge duration is marked as the single water discharge duration. Each preset duration threshold range is composed of two endpoint duration thresholds, namely the maximum endpoint duration threshold and the minimum endpoint duration threshold. In one embodiment, the preset duration threshold range corresponds one-to-one to the water discharge gear.

[0059] Taking the maximum capacity of the kettle 1 as 3L and the average flow rate of the kettle as 50mL / s as an example, the operation time of the water pump that completely empties the liquid in the kettle 1 is 60s. If the actual continuous water discharge time exceeds 60s, the water pump in the kettle 1 is prone to long-term idling, which will affect the life of the water pump. Therefore, the maximum endpoint time threshold of the preset time threshold range is 60s, that is, the maximum single water discharge time of the kettle 1 does not exceed 60s. However, due to the low water storage level in the kettle 1 or the long water path in the kettle 1, the single water discharge time of the kettle 1 cannot be lower than the minimum endpoint time threshold of the preset time threshold range, so as to avoid the water in the kettle 1 not reaching the water outlet faucet of the kettle 1 and the kettle 1 stops discharging water (the pump stops pumping water). In one embodiment, the minimum endpoint time threshold is 2s. That is, the single water discharge time should be within the range of [2s, 60s]. If the continuous water discharge time is less than 2s, the single water discharge time in the normal water discharge mode of the kettle 1 is memorized as 2s. If the continuous water discharge time is greater than 60s, the single water discharge time in the normal water discharge mode of the kettle 1 is memorized as 60s. In other embodiments of the present application, the endpoint time threshold of the preset time threshold range and its value can be set separately based on the product parameters of the kettle, and can also be further calculated according to the average water discharge flow rate corresponding to different water discharge gears of the kettle.

[0060] In one embodiment, after updating the single water outlet duration of at least one water outlet gear in the conventional water outlet mode based on the continuous water outlet duration, the user can also fine-tune the single water outlet duration by clicking a button on the operation panel 11. The processor 12 modifies the single water outlet duration corresponding to the fine-tuning water outlet gear based on the fine-tuning water outlet gear corresponding to the fine-tuning instruction and the fine-tuning duration.

[0061] In an application process, the water bottle 1 can display the corresponding single water discharge time for multiple water discharge gears. The user can first select the fine-tuning water discharge gear to be adjusted for the single water discharge time through the buttons on the operation panel 11, and then fine-tune the single water discharge time for the fine-tuning water discharge gear through the "+" and "-" buttons. For example, after the water bottle 1 stops discharging water, the accumulated continuous water discharge time is initially memorized as the single water discharge time under the current water discharge gear. When the water bottle 1 completes the preliminary water discharge self-learning, the display module 110 on the operation panel 11 will display the initial memorized single water discharge time corresponding to different water discharge gears through the digital tube. For example, when the water discharge gear is gear 1, the initial memorized single water discharge time is 5s, and 5s is displayed on the digital tube; when the water discharge gear is gear 2, the initial memorized single water discharge time is 10s, that is, 10s is displayed on the digital tube. The user can directly fine-tune the duration of a single water outflow according to the current water outflow gear, or can first choose to fine-tune the water outflow gear, and then fine-tune the duration of a single water outflow according to the fine-tune water outflow gear.

[0062] S250: In the normal water outlet mode, the water bottle 1 is controlled to outlet water based on the single water outlet duration corresponding to the water outlet instruction.

[0063] In this step, when the kettle 1 is in the normal water outlet mode, the processor 12 determines the target water outlet gear of the kettle 1 in the normal water outlet mode based on the trigger duration or trigger number corresponding to the water outlet instruction; then, the processor 12 checks the corresponding single water outlet duration based on the target water outlet gear, and controls the kettle 1 to continuously discharge water according to the single water outlet duration.

[0064] In the embodiment of the present application, after the kettle 1 discharges water in the conventional water outlet mode, the processor 12 records the water outlet gear corresponding to the most recent water outlet and accumulates the number of times the water outlet gear is used within a preset time period; based on the accumulated number of times different water outlet gears are used, the processor 12 marks the water outlet gear with the most uses as the default water outlet gear.

[0065] For example, within the preset time period, each time the user uses the first gear of the kettle to dispense water once, the processor 12 records the number of times used for this gear + 1 time, and records C1+1; each time the user uses the second gear of the kettle to dispense water once, the processor 12 records the number of times used for this gear + 1 time, and records C2+1; each time the user uses the third gear of the kettle to dispense water once, the processor 12 records the number of times used for this gear + 1 time, and records C n +1; the processor 12 compares the usage counts of each water outlet gear, that is, compares the values ​​of C1, C2, ..., Cn, and sorts them from high to low; finally, the processor 12 uses the water outlet gear with the most usage counts as the default water outlet gear of the water bottle 1 after the water outlet button 112 is pressed.

[0066] Based on the above technical solution, the water bottle memorizes the single water discharge time required for the user to click the water discharge button in the water discharge learning mode, and can realize customized water discharge according to the user's click action in the conventional water discharge mode, making the user operation easier, improving the user experience, and reducing the situation of excessive or insufficient water discharge. The present application can also learn the single water discharge time for different water discharge gears. In the conventional water discharge mode, when the user long presses the water discharge button 112, the digital tube displays the water discharge gear in a jumping form in sequence. The user releases the button to select the target water discharge gear, and the water bottle discharges water with the single water discharge time corresponding to the target water discharge gear, realizing multi-gear intelligent water discharge. In addition, the user can fine-tune the single water discharge time for different water discharge gears to more accurately control the single water discharge volume of the water bottle. At the same time, the digital tube can display the water discharge countdown in real time when the water bottle is discharging water, which is more convenient for the user to monitor the water discharge situation and improve the user experience. Finally, the water bottle simplifies the user's water-drawing operation by setting the water outlet level that the user uses most frequently during the preset time period as the default water outlet level when the user clicks to dispense water. The water bottle can timely track and determine the changes in the user's water demand in recent time periods, and automatically adjust the default water outlet level when the user clicks, thereby improving the user experience.

[0067] The embodiment of the present application provides a computer-readable storage medium, which stores a computer program. The computer program can be executed by the processor 12 to complete the water output learning method of the water boiler.

[0068] If the function is implemented in the form of a software function module and sold or used as an independent product, it can be stored in a computer-readable storage medium. Based on this understanding, the technical solution of the present application can essentially or partly contribute to the prior art or part of the technical solution can be embodied in the form of a software product. The computer software product is stored in a storage medium, including several instructions for a computer device (which can be a personal computer, server, or network device, etc.) to execute all or part of the steps of the various embodiments of the present application. The aforementioned storage medium includes: U disk, mobile hard disk, read-only memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), disk or optical disk and other media that can store program code.

[0069] The above description is only the preferred embodiment of the present application and is not intended to limit the present application. For those skilled in the art, the present application may have various modifications and variations. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application shall be included in the protection scope of the present application.

Claims

1. A method for learning water output from a water bottle, characterized in that: The method comprises: In response to the first trigger instruction, controlling the water bottle to enter a water output learning mode; In the water outlet learning mode, the continuous water outlet time is accumulated for at least one water outlet gear; Based on the continuous water discharge time, updating the single water discharge time of at least one of the water discharge gears in the conventional water discharge mode; In the conventional water outlet mode, the water outlet of the kettle is controlled based on the single water outlet duration corresponding to the water outlet instruction.

2. The method for learning water discharge from a water bottle according to claim 1, characterized in that: Before accumulating the continuous water discharge time for at least one water discharge gear, the method further includes: Based on the trigger duration or the number of triggers corresponding to the first trigger instruction, the water outlet position of the water bottle in the water outlet learning mode is determined.

3. The method for learning water discharge from a water bottle according to claim 2, characterized in that: In the conventional water outlet mode, controlling the water outlet of the water bottle based on the single water outlet duration corresponding to the water outlet instruction includes: Determining a target water outlet position of the water bottle in the conventional water outlet mode based on a trigger duration or a trigger number corresponding to the water outlet instruction; Based on the single water outlet duration corresponding to the target water outlet gear position, the water outlet of the kettle is controlled.

4. The method for learning water discharge from a water bottle according to claim 1, characterized in that: After controlling the water discharge of the water bottle based on the single water discharge time corresponding to the water discharge instruction, the method further includes: In the conventional water outlet mode, the water outlet gear corresponding to the most recent water outlet is recorded, and the number of times the water outlet gear is used within a preset time period is accumulated; The water outlet gear position that is used most times is marked as the default water outlet gear position.

5. The method for learning water discharge from a water bottle according to claim 1, characterized in that: The updating of the single water discharge duration of at least one of the water discharge gears in the conventional water discharge mode based on the continuous water discharge duration includes: If the continuous water discharge time is within the preset time threshold, the continuous water discharge time is marked as the single water discharge time; If the continuous water outflow duration is outside the preset duration threshold range, the endpoint duration threshold adjacent to the continuous water outflow duration is marked as the single water outflow duration.

6. The method for learning water discharge from a water bottle according to claim 1, characterized in that: After updating the single water outlet duration of at least one of the water outlet gears in the conventional water outlet mode based on the continuous water outlet duration, the method further includes: Based on the fine-tuning water outlet gear position and the fine-tuning duration corresponding to the fine-tuning instruction, the single water outlet duration corresponding to the fine-tuning water outlet gear position is modified.

7. The method for learning water discharge from a water bottle according to claim 1, characterized in that: The water bottle has a learning button. Before controlling the water bottle to enter a water output learning mode in response to the first trigger instruction, the method further includes: When the trigger duration corresponding to the trigger signal of the learning button reaches a first preset duration, the trigger instruction type corresponding to the trigger signal is determined based on the trigger time corresponding to the trigger signal.

8. The method for learning water discharge from a water bottle according to claim 7, characterized in that: When the trigger duration corresponding to the trigger signal reaches a first preset duration, determining the trigger instruction type corresponding to the trigger signal based on the trigger time corresponding to the trigger signal includes: When the triggering time corresponding to the triggering signal reaches a first preset time, checking the power-on time and current working state of the water bottle; If the trigger time is within a first preset time period after the power-on time and the current working state is a standby state, the trigger instruction corresponding to the trigger signal is marked as a first trigger instruction.

9. The method for learning water discharge from a water bottle according to claim 1, characterized in that: The water bottle has at least one water outlet button. After the water bottle is controlled to enter a water outlet learning mode in response to the first trigger instruction, the method further includes: In response to the short-time trigger signal of the water outlet button, water continues to be discharged until the short-time trigger signal is received again to stop the water discharge.

10. The method for learning water discharge from a water bottle according to claim 1, characterized in that: The water bottle has at least one water outlet button. After the water bottle is controlled to enter a water outlet learning mode in response to the first trigger instruction, the method further includes: In response to the long-time trigger signal of the water outlet button, water continues to be discharged until the release signal of the water outlet button is received to stop the water discharge.

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