An electric kettle base control method, system, storage medium and intelligent terminal

Abstract

The application relates to an electric kettle base control method and system, a storage medium and an intelligent terminal, and relates to the field of electric kettles. The method comprises the following steps: acquiring maximum torsion information; determining function group information and function adjustment range information; controlling a function knob to unlock a function area of the function group information and acquiring current function information; controlling an adjustment knob to unlock an adjustment area of the function adjustment range information corresponding to the current function information; acquiring contact information; after the contact information on the two knobs disappears for a preset time threshold, rotating the function knob to a preset area corresponding to the function information to be viewed, locking the function knob, and directly locking the adjustment knob. The application can determine the identity of a user through maximum torsion, provide corresponding functions for opening, reduce the possibility of dangerous operation by children, and improve the safety of the electric kettle.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of electric kettle, in particular to an electric kettle base control method, system, storage medium and intelligent terminal. BACKGROUND

[0002] With the development of household appliance technology, household appliances have become a necessity to improve people's quality of life, for example, electric kettle provides fast water boiling function, usually only takes a few minutes to boil a pot of water. The electric kettle also has overheat protection, automatic power-off function, high safety, so it has been popular in many families. When using an electric kettle to boil water, add a certain amount of water to the kettle body, then place the kettle body on the base, press the switch, and the water will be boiled.

[0003] The existing electric kettle generally includes a kettle body and a base, the kettle body is provided with a heating device, the kettle body and the base are provided with a control circuit, the main purpose is to heat the water to boiling, then the temperature controller on the kettle cuts off the power supply and stops heating or enters the heat preservation; In order to attract users, many functions are often set, so the base has modules corresponding to the functions, knobs for controlling the modules, and display screens for displaying the functions.

[0004] For the related technology in the above, the inventor believes that because there are many functions and a display screen, children full of curiosity are attracted, when the children randomly rotate the knobs and make wrong operations or even dangerous operations, personal harm is easily caused, and there is still room for improvement. SUMMARY

[0005] In order to improve the problem that when children randomly rotate the knobs and make wrong operations or even dangerous operations, personal harm is easily caused, the present application provides an electric kettle base control method, system, storage medium and intelligent terminal.

[0006] In a first aspect, the present application provides an electric kettle base control method, which adopts the following technical solution:

[0007] An electric kettle base control method, comprising:

[0008] Obtaining maximum torque information applied to the locked function knob and the adjustment knob;

[0009] Matching and analyzing the function information, the adjustment range information and the maximum torque information stored in the preset permission database to determine the function corresponding to the maximum torque information and the adjustment range of the function, defining the set of functions as function group information, and defining the adjustment range corresponding to the function in the function group information as function adjustment range information;

[0010] Controlling the function area of the function group information of the function knob to be unlocked and obtaining the current function information;

[0011] The control adjustment knob unlocks the adjustment area of the function adjustment range information corresponding to the current function information;

[0012] Obtain contact information on the function knob and the adjustment knob;

[0013] After the contact information on the two knobs disappears for a preset time threshold, rotate the function knob to a preset area corresponding to the function information to be viewed, lock the function knob, and directly lock the adjustment knob.

[0014] By adopting the above technical solution, the identity of the user is determined by the maximum torque that the user can reach, which is essentially determining the ability of the user according to the maximum torque, and then recognizing the processing ability of the user in special situations, allowing the processing of the function in a situation that can be handled, so that the corresponding function is provided according to the maximum torque to be opened, and since the torque size between children and adults is different, the possibility of identifying children is greater, thereby reducing the possibility of children performing dangerous operations, and improving the safety of the electric kettle.

[0015] Optionally, the method for establishing the mapping relationship among the function information, the adjustment range information, and the maximum torque information in the permission database comprises:

[0016] Obtain user identity information;

[0017] Determine whether the number corresponding to the user identity information is 1;

[0018] If yes, the function knob and the adjustment knob are always kept in the unlocked state of the function group information and the function adjustment range information;

[0019] If no, obtain test torque information gradually applied to any one of the knobs and driving the corresponding knob to start at a uniform speed;

[0020] According to the matching analysis of the function information, the adjustment range information, and the user identity information stored in the permission database, the function and the adjustment range corresponding to the user identity information are determined, the set of the function is defined as the user function group information, and the adjustment range corresponding to the function in the user function group information is defined as the user function adjustment range information;

[0021] Determine whether the function knob can continue to rotate;

[0022] If yes, continue to increase the function knob locking strength and obtain the test torque information;

[0023] If no, determine the test torque information at this time, and define the torque information as the maximum test torque information;

[0024] Sort the maximum test torque information and the user identity information one by one, define the greater one of the two adjacent maximum test torque information as the rear torque information, and define the smaller one as the front torque information;

[0025] Calculate according to the rear torque information and the preset comfortable ratio information to obtain the comfortable rear torque information;

[0026] Determine whether the comfortable rear torque information is greater than the front torque information;

[0027] If yes, update the maximum test torque information as the comfortable rear torque information and the user identity information corresponding to the measured rear torque information, establish the mapping relationship of the user function information, the user function adjustment range information and the maximum test torque information through the user identity information, and output the mapping relationship of the function information, the adjustment range information and the maximum torque information;

[0028] If no, still maintain the corresponding relationship of the maximum test torque information and the user identity information corresponding to the measured rear torque information, and establish the mapping relationship of the user function information, the user function adjustment range information and the maximum test torque information through the user identity information, and output the mapping relationship of the function information, the adjustment range information and the maximum torque information.

[0029] By adopting the above technical solution, the maximum torque of each person is determined through testing before use after purchase, and then the torque and the permission that can be used by the user are one by one corresponding, so that the corresponding relationship of the two is obtained, so that each household can adjust and use according to their own situation, and the adaptability of the electric kettle is improved. On the other hand, when the test torque values of two users in the same family are quite different, the larger one can be correspondingly reduced to a suitable torque, so that the user does not need to use all the strength to unlock every time, and only needs to provide a torque greater than the next user, thereby improving the practicability and comfort of the electric kettle.

[0030] Optionally, when the user identity information is an adult or even an old person, the corresponding maximum torque information is less than the corresponding maximum torque information when the user identity information is a child or a teenager, and the method for outputting the maximum torque information comprises:

[0031] Obtain the contact area information and the contact pressure information corresponding to the maximum torque information;

[0032] According to the preset user database, the user information and the contact area information and the contact pressure information are matched and analyzed to determine the user corresponding to the contact area information and the contact pressure information, and the user is defined as the checked user information;

[0033] Determine whether the checked user information is preset abnormal user information;

[0034] If yes, the matching analysis is performed according to the coefficient information stored in the preset abnormal database and the check user information to determine the coefficient of the check user information, and the coefficient is defined as the abnormal coefficient information;

[0035] The abnormal coefficient information and the maximum torque information are calculated to obtain abnormal torque information;

[0036] The maximum torque information is updated as the abnormal torque information and is outputted;

[0037] If no, the maximum torque information is normally outputted.

[0038] By using the above technical scheme, when the torque of an adult is less than the torque of a child, the identity of the adult needs to be identified, and then the torque generated by the adult is increased in the form of a coefficient to form a virtual torque, so that the torque of a person with more authority is greater than the torque of a person with less authority, so that a person with less authority cannot control the torque to obtain more authority, and the accuracy of user identification and the rationality of authority allocation of the electric kettle are improved.

[0039] Optionally, the method for adjusting the mapping relationship between the function information, the adjustment range information and the maximum torque information in the authority database in real time comprises:

[0040] The current water quantity information and the current water temperature information are obtained;

[0041] It is determined whether the current function information is the view function information;

[0042] If yes, the historical function information before the unlocking is obtained, and the current function information is updated as the historical function information;

[0043] If no, the current function information is maintained;

[0044] The matching analysis is performed according to the state information stored in the preset state database and the current water quantity information, the current water temperature information and the current function information to determine the state corresponding to the current water quantity information, the current water temperature information and the current function information, and the state is defined as the current state information;

[0045] The matching analysis is performed according to the function information stored in the preset operation database and the current state information to determine the function that can be operated subsequently corresponding to the current state information, and the function is defined as the subsequent function information;

[0046] The matching analysis is performed between the subsequent function information and the user function group information to determine the actual user function group information;

[0047] The function information in the authority database is updated as the actual user function group information.

[0048] By adopting the technical scheme, the function capable of being operated is provided according to the current state information, so that the user has the permission of other functions, but due to the fact that other operations may cause dangerous situations, the corresponding function can only be output temporarily, and the safety of the electric kettle is further improved.

[0049] Optionally, if the current function information is not the viewing function information, the method for maintaining the current function information comprises:

[0050] obtaining interval water temperature information and interval water quantity information after the preset interval time information;

[0051] calculating a difference value between the interval water quantity information and the current water quantity information, and defining the difference value as water quantity difference information;

[0052] calculating a difference value between the interval water temperature information and the current water temperature information, and defining the difference value as water temperature difference information;

[0053] performing matching analysis according to the temperature change rate information and the quantity change rate information in the preset change database, and the current function information, the current water quantity information and the current water temperature information to determine the temperature change rate and the quantity change rate corresponding to the current function information, the current water quantity information and the current water temperature information, defining the temperature change rate information as current temperature change rate information, and defining the quantity change rate as current quantity change rate information;

[0054] calculating the current temperature change information according to the interval time information and the current temperature change rate information;

[0055] calculating the current quantity change information according to the interval time information and the current quantity change rate information;

[0056] determining whether the current temperature change information and the water temperature difference information, and the current quantity change information and the water quantity difference information are consistent;

[0057] if they are consistent, maintaining the current function information;

[0058] if at least one of them is inconsistent, rotating the function knob to the viewing function information and relocking until the interval water temperature information returns to the current temperature information or the preset normal water temperature information, and the interval water quantity information returns to the current water quantity information or the preset normal water quantity information.

[0059] By adopting the technical scheme, when processing according to the current function information, whether an abnormality occurs after the interval time is determined, so that the occurrence of an abnormal situation is determined, and if the operation is still performed, danger will occur, and the function knob of the electric kettle is automatically locked to ensure safety, and the prevention ability of the electric kettle against danger is improved.

[0060] Optionally, the method for relocking the function knob and the adjusting knob after the contact information on the two knobs disappears for a preset time threshold comprises:

[0061] acquiring the disappearance time information after the contact information disappears;

[0062] judging whether the disappearance time information is greater than the time threshold;

[0063] if not, acquiring the current contact information of the newly generated contact;

[0064] judging whether the current contact information is consistent with the contact information;

[0065] if yes, resetting the disappearance time information to zero, updating the current contact information to the contact information, and then acquiring the disappearance time information;

[0066] if not, locking the function knob in the function area of the current function information and directly locking the adjusting knob;

[0067] if yes, locking the function knob in the function area of the current function information and directly locking the adjusting knob.

[0068] By using the above technical solution, the disappearance time information is recalculated by judging whether the same contact information is generated within the time threshold, so that the user does not need to relock as long as the disappearance time is not too long, improving the convenience of user use; on the other hand, if the contact information of other people appears within the disappearance time, the kettle is directly locked to prevent the child from touching the kettle during the use of the adult, improving the anti-accident ability of the electric kettle.

[0069] Optionally, the method for acquiring the maximum torque information applied to the locked function knob and adjusting knob comprises:

[0070] recording the maximum torque information on the function knob and acquiring the function time information, and defining the maximum torque information as the maximum function torque information;

[0071] recording the maximum torque information on the adjusting knob and acquiring the adjusting time information, and defining the maximum torque information as the maximum adjusting torque information;

[0072] calculating the difference between the function time information and the adjusting time information, and defining the difference as the time difference information;

[0073] judging whether the time difference information falls within a preset time span range;

[0074] if yes, judging whether the maximum function torque information is consistent with the maximum adjusting torque information;

[0075] if yes, outputting the maximum torque information;

[0076] If not, the smaller one of the maximum function torque information and the maximum adjustment torque information is outputted as the maximum torque information.

[0077] If not, the maximum function torque information and the maximum adjustment torque information are not recorded.

[0078] By using the above technical solution, the size of the torque at two times within the time span range of the function knob and the adjustment knob is judged, and when the time span is too long, even if the torque reaches, it is not outputted, so as to prevent the case that the user reaches higher than his own strength due to collision and other external factors; when the maximum torque information is continuously obtained twice within the time span, the smaller maximum torque information is outputted, so as to prevent the operation that the user collides and another hand is just placed on another knob, and the combination of the two improves the accuracy of the maximum torque information acquisition.

[0079] In a second aspect, the application provides an electric kettle base control system, which adopts the following technical solution:

[0080] An electric kettle base control system comprises:

[0081] A torque acquisition module is configured to acquire the maximum torque information applied to the locked function knob and adjustment knob.

[0082] A processing module is connected to the torque acquisition module and the control module, and is configured to store and process information.

[0083] The processing module matches and analyzes the function information, the adjustment range information and the maximum torque information stored in the preset permission database to determine the function corresponding to the maximum torque information and the adjustment range of the function, defines the set of the function as function group information, and defines the adjustment range corresponding to the function in the function group information as function adjustment range information.

[0084] A control module is configured to control the function knob to unlock the function area of the function group information.

[0085] A function acquisition module is connected to the processing module, and is configured to acquire the current function information.

[0086] The control module controls the adjustment knob to unlock the adjustment area of the function adjustment range information corresponding to the current function information.

[0087] A pressure acquisition module is connected to the processing module, and is configured to acquire the contact information on the function knob and the adjustment knob.

[0088] The control module re-rotates the function knob to the area corresponding to the preset viewing function information and locks the function knob, and directly locks the adjustment knob after the contact information on the two knobs disappears for a preset time threshold.

[0089] By adopting the technical scheme, the maximum torsion force that can be reached by the user is used to determine the identity of the user, so that corresponding functions are provided according to the maximum torsion force to open, the possibility of dangerous operation of children is reduced, and the safety of the electric kettle is improved.

[0090] In a third aspect, the application provides an intelligent terminal, which adopts the technical scheme as follows:

[0091] An intelligent terminal comprises a memory and a processor, and the memory stores a computer program capable of being loaded by the processor and executing any of the above-mentioned electric kettle base control methods.

[0092] By adopting the technical scheme, the maximum torsion force that can be reached by the user is used to determine the identity of the user, so that corresponding functions are provided according to the maximum torsion force to open, the possibility of dangerous operation of children is reduced, and the safety of the electric kettle is improved.

[0093] In a fourth aspect, the application provides a computer readable storage medium capable of storing a corresponding program, and having the characteristics of sensitive sensing and accurate adjustment.

[0094] A computer readable storage medium adopts the technical scheme as follows:

[0095] A computer readable storage medium stores a computer program capable of being loaded by a processor and executing any of the above-mentioned electric kettle base control methods.

[0096] By adopting the technical scheme, the maximum torsion force that can be reached by the user is used to determine the identity of the user, so that corresponding functions are provided according to the maximum torsion force to open, the possibility of dangerous operation of children is reduced, and the safety of the electric kettle is improved.

[0097] In summary, the application includes at least one of the following beneficial technical effects:

[0098] 1. The identity of the user is determined by the maximum torsion force, so that corresponding functions are provided to open, the possibility of dangerous operation of children is reduced, and the safety of the electric kettle is improved;

[0099] 2. The blowing strength is controlled according to the boundary line of the area covered by the user above the kettle cover, so that the water vapor is completely blown away from the face or arm of the user after being blown, and the safety of the electric kettle is improved;

[0100] 3. The time span range and the two maximum torsion force information are combined to prevent the user from being misjudged due to collision, and the accuracy of obtaining the maximum torsion force information is improved. BRIEF DESCRIPTION OF DRAWINGS

[0101] Figure 1 This is a flowchart of a method for controlling the base of an electric kettle according to an embodiment of this application.

[0102] Figure 2 This is a flowchart illustrating the method for establishing the mapping relationship between functional information, adjustment range information, and maximum torque information in the permission database in this application embodiment.

[0103] Figure 3 This is a flowchart of the method for outputting maximum torque information in the embodiments of this application.

[0104] Figure 4 This is a flowchart illustrating a method for real-time adjustment of the mapping relationship between functional information, adjustment range information, and maximum torque information in the permission database in this application embodiment.

[0105] Figure 5 This is a flowchart of a method for maintaining the current functional information when the current functional information is not the viewing functional information, as described in an embodiment of this application.

[0106] Figure 6 This is a flowchart illustrating the method for re-locking the function knob and adjustment knob after a preset time threshold has elapsed since the contact information on both knobs has disappeared, as described in this application embodiment.

[0107] Figure 7 This is a flowchart of a method for obtaining information on the maximum torque applied to the locking function knob and the adjustment knob in an embodiment of this application.

[0108] Figure 8 This is a block diagram of a method for controlling the base of an electric kettle according to an embodiment of this application. Detailed Implementation

[0109] To make the purpose, technical solution, and advantages of this application clearer, the following description is provided in conjunction with the appendix. Figures 1-8 The present application will be further described in detail below with reference to embodiments. It should be understood that the specific embodiments described herein are for illustrative purposes only and are not intended to limit the scope of the application.

[0110] The embodiments of the present invention will now be described in further detail with reference to the accompanying drawings.

[0111] See Figure 1 This invention provides a method for controlling the base of an electric kettle. The main process of this method is described below:

[0112] Step 100: Obtain the maximum torque information applied to the locked function knob and adjustment knob.

[0113] The function knob and the adjusting knob are function control components on the base of the electric kettle, that is, the function knob is arranged on the base of the electric kettle to control the operation function, and the adjusting knob is arranged to adjust the size of the function. For example, the function knob is rotated to a certain angle to realize the heat preservation function, and the adjusting knob is rotated to a certain angle to realize the heat preservation at 65 degrees Celsius in cooperation with the heat preservation function on the function knob. The maximum torque information is the torque information of the twist of the hand of the user applied to the function knob and the adjusting knob. It is measured by setting a certain brake torque by the motor and then observing the rotation of the knob after the user applies the torque. That is, when the user applies the maximum torque information in use, if the motor is still not moving, the brake torque is gradually reduced until the knob starts to rotate at a constant speed, and at this time, the maximum torque information is calculated according to the brake torque.

[0114] Step 101: The function information, the adjusting range information and the maximum torque information stored in the preset permission database are matched and analyzed to determine the function corresponding to the maximum torque information and the adjusting range of the function, the set of the function is defined as the function group information, and the adjusting range corresponding to the function in the function group information is defined as the function adjusting range information.

[0115] The function group information is the permission matched with the identity of the user after the user applies the maximum torque information, and then the function corresponding to the user is distributed according to the permission. For example, when the torque reaches the torque of an adult, all function permissions can be provided, and when the torque is only the torque of a minor child, only the function permission of viewing can be opened, so as to protect the safety of the child. The function adjusting range information is the range in which the user can adjust the function corresponding to the function in the function group information, for example, when it is a viewing function, it is a viewing of different states, such as water quantity or water temperature, and when it is a heat preservation function, the adjusting range can be controlled to "30-55". The mapping relationship among the function information, the adjusting range information and the maximum torque information is stored in the database. The identity of the user in actual life and the torque corresponding thereto are investigated by workers in the field, and then different permissions and functions are set to make the setting. When the system receives the corresponding maximum torque information, the corresponding function and adjusting range are automatically found from the database, and then the functions are clustered, and the function group information and the function adjusting range information are output.

[0116] Here, the maximum torque information has objectivity, the size of the torque that the user can exert in different states is different, so the closest maximum torque information in the database is found for matching to obtain the maximum torque information of the record in the database that meets the requirement.

[0117] Step 102: Control the function knob to unlock the function area of the function group information and acquire the current function information.

[0118] The unlocking manner is that no brake torque is applied on the function knob when the function knob reaches the function area of the function group information, and a torque greater than the maximum torque information is applied when the function knob reaches the boundary of the function area of the function group information. It should be noted that, due to the particularity of the electric kettle, the function group information corresponding to the generally larger maximum torque information contains the function group information corresponding to the smaller maximum torque information, and therefore the function area of the larger function group information contains the function area of the smaller function group information. Therefore, the function areas corresponding to all functions in the function group information are a continuous area. The current function information is the information of the position of the function knob after the user controls the rotation of the knob.

[0119] Step 103: Control the adjustment knob to unlock the adjustment area of the function adjustment range information corresponding to the current function information.

[0120] The unlocking manner is similar to step 102, and will not be described here.

[0121] Step 104: Obtain the contact information on the function knob and the adjustment knob.

[0122] The contact information is the information of the contact between the user's finger and the function knob and the adjustment knob, which includes contact area and contact pressure information. The obtaining manner can be infrared or a pressure sensor similar to a touch screen.

[0123] Step 105: After the contact information on the two knobs disappears for a preset time threshold, the function knob is rotated to a preset area corresponding to the viewing function information, and is locked, and the adjustment knob is directly locked.

[0124] The time threshold is the span of time, that is, the maximum time value of the user's hand leaving the knob. It can be artificially set, for example, 10 seconds or 20 seconds. The viewing function information is the information of viewing the state of the water in the electric kettle, which can be displayed by the display screen on one side. It should be noted that since viewing is the most basic function, the viewing function is included regardless of the torque. When the contact feedback on the knob disappears, it means that the user does not perform the next operation, and in order to prevent children from misoperation, the function knob and the adjustment knob can be locked. In order to avoid triggering the function where the function knob is located, the function knob needs to be moved to the area corresponding to the viewing function information. As for the adjustment knob, since the function knob reaches the viewing function area, it can be in any area to display any kind of state display, without operation and without being affected by the viewing function information.

[0125] Reference Figure 2 The method for establishing the mapping relationship of the function information, the adjustment range information, and the maximum torque information in the permission database comprises:

[0126] Step 200: Obtain user identity information.

[0127] The user identity information is the information of the identity of the user who purchases or needs to use the electric kettle at a later time. Here, the identity refers to whether the user can normally use the corresponding functions to distinguish the differences between each user. The acquisition mode is the user input mode, that is, input into the system before the first use of the electric kettle.

[0128] It should be noted that the establishment of the permission database can be previously communicated with the computer through data transmission such as USB before the first use, and then conveniently established.

[0129] Step 201: Determine whether the number of user identity information is 1.

[0130] Step 2011: If yes, the function knob and the adjustment knob are always kept in the unlocked state of the function group information and the function adjustment range information.

[0131] If there is only one user using, it means that there is no different permission person to operate, so the function group information and the function adjustment range information are opened. On the one hand, there is no child to misoperate, and even if there is a child to set, it is also related to the function of the child. On the other hand, the user does not need to unlock every time, which improves the convenience of the electric kettle.

[0132] Step 2012: If no, the test torque information gradually applied to any one knob and driving the corresponding knob to start at a uniform speed is obtained.

[0133] The test torque information is the torque information applied by the user to any one knob and capable of driving the corresponding knob to start at a uniform speed. If not, it means that the ability of each person needs to be detected to set the distinguishing interval. A certain brake torque is set by the motor, and then the rotation of the knob after the user applies the torque is observed to measure. That is, after the user applies the maximum torque information, if the motor is still not moving, the brake torque is gradually reduced until the knob starts to rotate at a uniform speed, and the test torque information is calculated according to the brake torque.

[0134] It should be noted that before the first use, the staff will test the purchaser to facilitate the setting of the corresponding permission.

[0135] Step 202: According to the matching analysis of the function information, the adjustment range information and the user identity information stored in the permission database, the function corresponding to the user identity information and the adjustment range are determined, the set of the function is defined as the user function group information, and the adjustment range corresponding to the function in the user function group information is defined as the user function adjustment range information.

[0136] The user function group information is information of a set of functions that the user can implement corresponding to the user identity. The user function adjustment range information is information of an adjustment range of a function corresponding to the user's function group information.

[0137] Step 203: Determine whether the function knob can continue to rotate.

[0138] The purpose of the determination is to determine whether the maximum force of the user is reached. Here, when the user can achieve the test torque information, the brake torque of the motor is gradually increased, and then it is measured whether the user can exert greater torque.

[0139] Step 2031: If yes, continue to increase the locking force of the function knob and obtain the test torque information.

[0140] If yes, it means that the user's maximum torque has not been reached at this time, and the locking force of the function knob is continued to increase until the function knob cannot be rotated.

[0141] Step 2032: If no, determine the test torque information at this time, and define the torque information as the maximum test torque information.

[0142] The maximum test torque information is information of the maximum torque that the user corresponding to the user identity information can achieve. If not, it means that the user cannot twist the knob at this time, which means that the user has reached the maximum test torque, and the maximum test torque information is output.

[0143] Step 204: Corresponding to the maximum test torque information and the user identity information, the two adjacent maximum test torque information is sorted, and the larger one is defined as the rear torque information, and the smaller one is defined as the front torque information.

[0144] The rear torque information is the information of the larger one of the adjacent maximum test torque information. The front torque information is the information of the smaller one of the adjacent maximum test torque information. The naming of front and rear is mainly to distinguish the two torques, and it can also be the first torque information and the second torque information.

[0145] Step 205: Calculate the comfortable rear torque information according to the rear torque information and the preset comfortable ratio information.

[0146] The comfortable ratio information is the ratio of the force that the user twists the knob more comfortably to the full force. Here, the value is artificially set, for example: 0.8. The comfortable rear torque information is the torque size information of the rear torque information converted according to the comfortable ratio information. The calculation method is to multiply the rear torque information by the comfortable ratio information.

[0147] Step 206: Determine whether the comfortable rear torque information is greater than the front torque information.

[0148] Step 2061: If yes, then update the maximum test torque information as the user identity information corresponding to the comfortable post-torque information and the measured post-torque information, and establish the mapping relationship of the user function information, the user function adjustment range information, and the maximum test torque information through the user identity information, and output the mapping relationship of the function information, the adjustment range information, and the maximum torque information.

[0149] When the comfortable post-torque information is greater than the pre-torque information, it indicates that the user corresponding to the post-torque information can be distinguished from the pre-torque information when the user applies the comfortable post-torque information, and thus the force applied by the user corresponding to the post-torque information can be set at the comfortable post-torque information without exerting full force every time. It should be noted that the user only needs to have a torque greater than the comfortable post-torque information to achieve the function and adjustment range corresponding to the user identity information of the post-torque information. Therefore, the mapping relationship of the user function information, the user function adjustment range information, and the maximum test torque information can be established according to the post-torque information, and the mapping relationship of the function information, the adjustment range information, and the maximum torque information is output.

[0150] In order to prevent some people from suddenly bursting and setting the test torque information higher than the maximum test torque information corresponding to themselves, the user identity information needs to reach the comfortable post-torque information to show that the user is the user corresponding to the post-torque information, and exceeding the pre-torque information cannot be used as a judgment method.

[0151] Step 2062: If no, then maintain the correspondence between the maximum test torque information and the user identity information of the measured post-torque information, and establish the mapping relationship of the user function information, the user function adjustment range information, and the maximum test torque information through the user identity information, and output the mapping relationship of the function information, the adjustment range information, and the maximum torque information.

[0152] If the comfortable post-torque information is less than the pre-torque information, it indicates that if the user corresponding to the post-torque information only applies the comfortable post-torque information, the identities of the two users cannot be distinguished, so the mapping relationship is established based on the post-torque information.

[0153] Reference Figure 3 When the user identity information is an adult or even an elderly person, the maximum torque information corresponding to the user identity information is less than the maximum torque information corresponding to the user identity information of a child or a teenager. The method for outputting the maximum torque information includes:

[0154] Step 300: Obtain the contact area information and the contact pressure information corresponding to the maximum torque information.

[0155] The contact area information is the information of the area where the finger is placed on the knob when the user applies the maximum torque information corresponding to the torque. It is obtained by the pressure sensor. The contact pressure information is the information of the pressure on the knob when the user applies the maximum torque information corresponding to the torque. It is obtained by the pressure sensor.

[0156] Step 301: According to the matching analysis of the user information stored in the preset user database and the contact area information and the contact pressure information, the user corresponding to the contact area information and the contact pressure information is determined as the verification user information.

[0157] The verification user information is the identity information of the user actually applying the torque. The mapping relationship between the user information, the contact area information and the contact pressure information is stored in the user database. It is obtained by the staff before the user uses it for the first time. After the electric kettle is installed, due to the different heights of users and the different ways of applying force, especially the way of applying the maximum force, which is often the most habitual way of one person, so the unique mapping relationship is obtained by this way, and then stored and recorded in the database. When the system receives the contact area information and the contact pressure information, the corresponding user is found from the database to output the verification user information.

[0158] When the contact pressure information and the contact area information are similar to those in the database, the most similar one is output; if they are completely different, an alarm information is output to drive the user to rotate in the most habitual way of himself.

[0159] Step 302: Determine whether the verification user information is the preset abnormal user information.

[0160] The abnormal user information is the information of the abnormal user identity. The abnormal user is mainly the user who provides more functions but has smaller maximum test torque information, such as the elderly or weak women. The user information is marked by the staff during the user test.

[0161] Step 3021: If yes, according to the matching analysis of the coefficient information stored in the preset abnormal database and the verification user information, the coefficient of the verification user information is determined as the abnormal coefficient information.

[0162] The abnormal coefficient information is a multiple information needed to be increased in order to make the maximum test torque information of the user corresponding to the abnormal user information greater than that of some children in imagination. The mapping relationship between the coefficient information and the check user information is established in the database. The coefficient of the normal user is 1, and the coefficient of the user corresponding to the abnormal user information is greater than 1. The workers in the field sort the check user information after removing the corresponding abnormal user information, and then set the virtual torque in the middle according to the sequence order of the number of functions corresponding to the check user information, and then divide the actual maximum test torque information corresponding to the check user information to obtain the coefficient, and input the mapping relationship of the two into the database. When the system receives the check user information and is abnormal user information, the corresponding coefficient is automatically found from the database, and the abnormal coefficient information is output.

[0163] Step 3022: if no, the maximum torque information is normally output.

[0164] If not, it means that the user at this time is a normal user, and the maximum torque information can be normally output.

[0165] Step 303: calculate the abnormal torque information according to the abnormal coefficient information and the maximum torque information.

[0166] The abnormal torque information is the virtual torque information obtained by multiplying the maximum torque information by the abnormal coefficient information. The calculation method is multiplication.

[0167] Step 304: update the maximum torque information to the abnormal torque information and output.

[0168] The purpose of updating is to make the torque and function group in a positive relationship, so that the function is gradually opened with the size.

[0169] Reference Figure 4 The method for adjusting the mapping relationship between the function information, the adjustment range information and the maximum torque information in the permission database in real time comprises:

[0170] Step 400: obtain the current water quantity information and the current water temperature information.

[0171] The current water quantity information is the information of the water quantity in the current electric kettle. The acquisition method can be any kind of water quantity information measuring device, such as a water level gauge. The current water temperature information is the information of the temperature of the water in the current electric kettle. The acquisition method is to obtain by a temperature sensor.

[0172] Step 401: determine whether the current function information is the view function information.

[0173] Step 4011: If yes, the history function information before unlocking is acquired and the current function information is updated as the history function information.

[0174] The history function information is the information of the function other than the viewing function before unlocking. The acquisition is achieved by recording the function in real time and then outputting the information corresponding to the non-viewing function from the time corresponding to the current function information. The purpose of the update is to acquire the situation of the operation being performed. If it is the viewing function information, it means that the operation being performed cannot be seen at this time, and the viewing needs to be performed before to obtain the latest operation function.

[0175] Step 4012: If no, the current function information is maintained.

[0176] If no, it means that the operation being performed at this time, and the current function information can be maintained. The purpose of the maintenance is to output the current function information.

[0177] Step 402: According to the matching analysis of the state information stored in the preset state database and the current water quantity information, the current water temperature information and the current function information, the state corresponding to the current water quantity information, the current water temperature information and the current function information is determined, and the state is defined as the current state information.

[0178] The current state information is the information of the state corresponding to the operation corresponding to the current function information when the operation corresponding to the current function information is performed under the situation corresponding to the current water quantity information and the current water temperature information. For example, when the water quantity is full, the water temperature is 40 degrees Celsius, and the operation being performed is boiling, it means that the current state information is the state of boiling. When the water quantity is full, the water temperature is 100 degrees Celsius, and the operation being performed is keeping the temperature at 55 degrees Celsius, it means that it is the state of cooling to 55 degrees Celsius after boiling. When the water temperature is 55 degrees Celsius, it is the state of keeping the temperature at 55 degrees Celsius. The database stores the mapping relationship of the state information, the current water quantity information, the current water temperature information and the current function information. The state under different temperatures, different water quantities and different functions of the electric kettle is observed and recorded by the staff. When the system receives the current water quantity information, the current water temperature information and the current function information, the corresponding state is automatically found from the database, and then the current state information is output.

[0179] Step 403: According to the matching analysis of the function information stored in the preset operation database and the current state information, the function corresponding to the current state information that can be operated subsequently is determined, and the function is defined as the subsequent function information.

[0180] The subsequent function information is information of functions that can be performed subsequently in the state corresponding to the current state information. For example, in the state of keeping warm at 55 degrees Celsius, operations such as re-boiling, defluorination, continuing to keep warm, changing the temperature of keeping warm, and the like can be performed. The mapping relationship between the function information and the current state information is stored in the database. The mapping relationship is recorded by workers in the field according to actual conditions and combined with their own analysis. When the system receives the current state information, the functions that can be implemented subsequently are automatically found from the database, and the subsequent function information is output.

[0181] Step 404: matching the subsequent function information and the user function group information to determine actual user function group information.

[0182] The actual user function group information is information of functions that can be actually performed by the user in the current state. The matching manner is a literal comparison, that is, when the literals of the two are the same, it means that the matching is successful, and is classified into the actual user function group information.

[0183] Step 405: updating the function information in the permission database to the actual user function group information.

[0184] When the functions that can be actually applied by the user are obtained, the actual user function group information is provided for output, so that the user has other functions, but since the other functions cannot be operated or implemented in the current state, or are dangerous, the functions are not opened to the user.

[0185] Reference Figure 5 If the current function information is not the viewing function information, the method for maintaining the current function information includes:

[0186] Step 500: obtaining interval water temperature information and interval water quantity information after preset interval time information.

[0187] The interval time information is information of a time span set by a person. Generally, a reasonable time is set, for example, 5 seconds. The interval water temperature information is information of the water temperature after the interval time information. The interval water quantity information is information of the water quantity after the interval time information. The obtaining manner is consistent with that of the current water temperature information and the current water quantity information, and is not described herein.

[0188] Step 501: calculating a difference value between the interval water quantity information and the current water quantity information, and defining the difference value as water quantity difference information.

[0189] The water quantity difference information is a change amount of the water quantity in the time corresponding to the interval time information. The calculation manner is that the interval water quantity information is subtracted by the water quantity value corresponding to the current water quantity information.

[0190] Step 502: Calculate the difference between the interval water temperature information and the current water temperature information, and define the difference as water temperature difference information.

[0191] The water temperature difference information is the change amount of the water temperature in the time corresponding to the interval time information. The calculation method is to subtract the water temperature value corresponding to the current water temperature information from the interval water temperature information.

[0192] Step 503: Perform matching analysis according to the temperature change rate information and the amount change rate information in the preset change database, and the current function information, the current water amount information, and the current water temperature information to determine the temperature change rate and the water amount change rate corresponding to the current function information, the current water amount information, and the current water temperature information, define the temperature change rate information as current temperature change rate information, and define the water amount change rate as current amount change rate information.

[0193] The current temperature change rate information is the information of the change speed of the water temperature when the current function information is operated under the water temperature corresponding to the current water temperature information and the water amount corresponding to the current water amount information. The current amount change rate information is the information of the change speed of the water amount when the current function information is operated under the water temperature corresponding to the current water temperature information and the water amount corresponding to the current water amount information. The database stores the mapping relationship of the temperature change rate information, the amount change rate information, the current function information, the current water amount information, and the current water temperature information. The water temperature or water amount and time curve graph is obtained by pouring water with different water amounts and different temperatures into the electric kettle and then operating according to different functions by the workers in the field. The current temperature change rate information and the current amount change rate information are the information of the inclination of the corresponding tangent.

[0194] Step 504: Calculate the current temperature change information according to the interval time information and the current temperature change rate information.

[0195] The current temperature change information is the information of the temperature change value in the interval time information. The calculation method can be the integral method or the multiplication method. When the current temperature change rate does not change in the interval time information, the multiplication method is used, and when the current temperature change rate changes in the interval time information, the integral method is used.

[0196] Step 505: Calculate the current amount change information according to the interval time information and the current amount change rate information.

[0197] The steps 504 and 505 are not described here.

[0198] Step 506: Determine whether the current temperature change information and the water temperature difference information, and the current amount change information and the water amount difference information are consistent.

[0199] The purpose of the determination is to determine whether a sudden change occurs.

[0200] Step 5061: If consistent, maintain the current function information.

[0201] If consistent, it means that there is no other operation at this time and the current function information is being performed, and the user can change the function if necessary.

[0202] Step 5062: If at least one is inconsistent, rotate the function knob to view the function information and re-lock until the interval water temperature information returns to the current temperature information or the preset regular water temperature information and the interval water quantity information returns to the current water quantity information or the preset regular water quantity information.

[0203] If one is inconsistent, it means that an abnormality has occurred at this time, for example, the electric kettle is separated from the base. In order to ensure that the operation is legitimate and no new operation is performed at this time, the function knob can be rotated to view the function information to reduce the user's continued misoperation.

[0204] Referring to Figure 6 , the method for re-locking the function knob and the adjustment knob after the contact information on both knobs disappears for a preset time threshold includes:

[0205] Step 600: Obtain the disappearance time information after the contact information disappears.

[0206] The disappearance time information is information of the time from the start of timing after the contact information until the next contact information is sensed.

[0207] Step 601: Determine whether the disappearance time information is greater than the time threshold.

[0208] Step 6011: If less, obtain the current contact information of the re-contact.

[0209] The current contact information is information of the contact area and contact pressure of the user's hand re-contacting on the knob. If less, it means that it is still in the unlocked stage at this time, and in order to avoid miscontact by others, the current contact information needs to be obtained.

[0210] Step 6012: If greater, lock the function knob in the function area of the current function information and directly lock the adjustment knob.

[0211] If greater, it means that the time threshold has been exceeded at this time, and locking can be performed when the time threshold is reached. The locking method and steps are consistent with step 105, and will not be repeated here.

[0212] Step 602: Determine whether the current contact information is consistent with the contact information.

[0213] The purpose of the determination is to determine whether it is the same person.

[0214] Step 6021: If consistent, then zero the disappearance time information, and update the current contact information with the contact information after obtaining the disappearance time information.

[0215] If consistent, it means that the same person is operating again at this time, and there is no need to lock. The current contact information is updated with the contact information after obtaining the disappearance time information, which aims to restart the time calculation to prevent the sudden locking when the user starts using again after disengaging.

[0216] Step 6022: If inconsistent, then lock the function knob in the function area of the current function information and directly lock the adjustment knob.

[0217] If inconsistent, it means that other people may operate at this time, and in order to prevent children from operating, the function knob and the adjustment knob need to be locked to re-identify the maximum torque information to open the corresponding function.

[0218] Referring to Figure 7 , the method for obtaining the maximum torque information applied to the locked function knob and adjustment knob comprises:

[0219] Step 700: Record the maximum torque information on the function knob and obtain the function time information, and define the maximum torque information as the maximum function torque information.

[0220] The maximum function torque information is the maximum torque information on the function knob. The function time information is the information of the time when the maximum torque information is obtained on the function knob.

[0221] Step 701: Record the maximum torque information on the adjustment knob and obtain the adjustment time information, and define the maximum torque information as the maximum adjustment torque information.

[0222] The maximum adjustment torque information is the maximum torque information on the adjustment knob. The adjustment time information is the information of the time when the maximum torque information is obtained on the adjustment knob.

[0223] Step 702: Calculate the difference between the function time information and the adjustment time information, and define the difference as the time difference information.

[0224] The time difference information is the information of the interval time between the function time information and the adjustment time information. The calculation method is to subtract the adjustment time information from the function time information.

[0225] Step 703: Determine whether the time difference information falls within the preset time span range.

[0226] The time span ranges from the time of the acquisition interval of the maximum torque information of both the allowed. The purpose is to allow the user to be unable to operate two knobs at the same time due to a hand injury or other reasons.

[0227] Step 7031: If yes, it is determined whether the maximum function torque information is consistent with the maximum adjustment torque information.

[0228] If yes, it means that both can be judged for the maximum torque information at the same time.

[0229] Step 7032: If no, the maximum function torque information and the maximum adjustment torque information are not recorded.

[0230] If no, it may be that the person is suddenly replaced, and at this time, due to the torque of the previous person still being recorded, the operation cannot continue, so no recording is performed to facilitate subsequent operation.

[0231] Step 7041: If consistent, the maximum torque information is output.

[0232] If consistent, it means that the same person is operating at this time, and the maximum torque information can be output.

[0233] Step 7042: If not consistent, the smaller one of the maximum function torque information and the maximum adjustment torque information is output as the maximum torque information.

[0234] If not consistent, it means that two people may be operating at this time, and in order to avoid the function of the smaller one operating the function of the other person, only the smallest torque information is output for matching.

[0235] Based on the same inventive concept, the embodiment of the present application provides an electric kettle base control system, comprising:

[0236] Referring to Figure 8 An electric kettle base control system, comprising:

[0237] The torque acquisition module 803 is configured to acquire maximum torque information applied to the locked function knob and the adjustment knob.

[0238] The processing module 801 is connected to the torque acquisition module 803 and the control module 802, and is configured to store and process information.

[0239] The processing module 801 matches and analyzes the function information, the adjustment range information, and the maximum torque information stored in the preset permission database to determine the function corresponding to the maximum torque information and the adjustment range of the function, defines a set of the function as function group information, and defines the adjustment range of the function corresponding to the function group information as function adjustment range information.

[0240] The establishing module 804 is connected with the processing module 801, and is configured to establish a mapping relationship of the function information, the adjustment range information and the maximum torque information in the permission database;

[0241] The output module 805 is connected with the processing module 801, and is configured to output the maximum torque information;

[0242] The adjusting module 806 is connected with the processing module 801, and is configured to adjust the mapping relationship of the function information, the adjustment range information and the maximum torque information in the permission database in real time;

[0243] The control module 802 is configured to control a function area of the function knob unlocking function group information;

[0244] The maintaining module 807 is connected with the processing module 801, and is configured to maintain the current function information;

[0245] The function obtaining module 808 is connected with the processing module 801, and is configured to obtain the current function information;

[0246] The control module 802 controls the adjustment knob to unlock an adjustment area of the function adjustment range information corresponding to the current function information;

[0247] The pressure obtaining module 809 is connected with the processing module 801, and is configured to obtain contact information on the function knob and the adjustment knob;

[0248] The control module 802 re-rotates the function knob to a preset area corresponding to the function information and locks the function knob and directly locks the adjustment knob after the contact information on the two knobs disappears for a preset time threshold.

[0249] The embodiment of the present application provides a computer readable storage medium, which stores a computer program capable of being loaded and executed by a processor to perform a control method of an electric kettle base.

[0250] The computer storage medium includes, for example, a U disk, a mobile hard disk, a read-only memory (ROM), a random access memory (RAM), a magnetic disk or an optical disk and various media capable of storing program codes.

[0251] Based on the same inventive concept, the embodiment of the present application provides an intelligent terminal, which comprises a memory and a processor, and the memory stores a computer program capable of being loaded and executed by the processor to perform a control method of an electric kettle base.

[0252] Those skilled in the art can clearly understand that, for the convenience and brevity of description, only the division of the above functional modules is taken as an example, and in actual application, the above functions can be completed by different functional modules according to needs, that is, the internal structure of the device is divided into different functional modules to complete all or part of the functions described above. The specific working process of the system, device and unit described above can refer to the corresponding process in the foregoing method embodiments, which will not be described here.

[0253] The above are preferred embodiments of the present application, and are not intended to limit the protection scope of the present application. Any feature disclosed in the specification (including the abstract and drawings) can be replaced by other equivalent or similar purpose replacement features, unless specifically described. That is, each feature is only an example of a series of equivalent or similar features.

Claims

1. A method for controlling the base of an electric kettle, characterized in that, include: Obtain information on the maximum torque applied to the locked function knob and adjustment knob; The function information, adjustment range information and maximum torque information stored in the preset permission database are matched and analyzed to determine the function corresponding to the maximum torque information and the adjustment range of the function. The set of functions is defined as function group information, and the adjustment range corresponding to the function in the function group information is defined as function adjustment range information. The control knob unlocks the function area of ​​the function group information and retrieves the current function information; The control knob unlocks the adjustment range of the function information corresponding to the current function information; Obtain contact information from the function knobs and adjustment knobs; After the contact information on both knobs disappears within a preset time threshold, rotate the function knob back to the area corresponding to the preset viewing function information and lock it, and also lock the adjustment knob directly. The methods for establishing the mapping relationship between functional information, adjustment range information, and maximum torque information in the permission database include: Obtain user identity information; Determine if the quantity corresponding to the user's identity information is 1; If so, keep the function knob and adjustment knob in the unlocked state for function group information and function adjustment range information; If not, obtain the test torque information of gradually applied to any one of the knobs and driving the corresponding knob to start at a constant speed; Matching analysis is performed based on the function information, adjustment range information and user identity information stored in the permission database to determine the function and adjustment range corresponding to the user identity information. The set of functions is defined as user function group information, and the adjustment range corresponding to the function in the user function group information is defined as user function adjustment range information. Determine if the function knob can continue to be rotated; If so, continue to increase the locking force of the function knob and obtain the test torque information; If not, then determine the torque information to be tested at this time and define the torque information as the maximum test torque information; After matching the maximum test torque information with the user identity information one by one, sort them, and define the larger of two adjacent maximum test torque information as the subsequent torque information and the smaller as the preceding torque information. The comfort rear torque information is calculated based on the rear torque information and the preset comfort ratio information. Determine whether the torque information after comfort is greater than the torque information before; If so, the maximum test torque information will be updated to correspond with the user identity information of the comfort torque information and the measured torque information. A mapping relationship between user function information, user function adjustment range information and maximum test torque information will be established through the user identity information, and the output will be based on the mapping relationship between function information, adjustment range information and maximum torque information. If not, the correspondence between the maximum test torque information and the user identity information after the measured torque information will still be maintained. The mapping relationship between user function information, user function adjustment range information and maximum test torque information will be established through the user identity information, and the output will be based on the mapping relationship between function information, adjustment range information and maximum torque information.

2. The electric kettle base control method according to claim 1, characterized in that, The maximum torque information is less when the user's identity information is that of an adult or even an elderly person than when the user's identity information is that of a child or a teenager. Methods for outputting the maximum torque information include: Obtain the contact area information and contact pressure information corresponding to the maximum torque information; Matching analysis is performed based on user information, contact area information, and contact pressure information stored in the preset user database to determine the user corresponding to the contact area information and contact pressure information, and the user is defined as the user information to be verified. Determine whether the user information being verified is the preset abnormal user information; If so, the coefficient information stored in the preset abnormal database and the verification user information are matched and analyzed to determine the coefficient of the verification user information, and the coefficient is defined as abnormal coefficient information. Abnormal torque information is obtained by calculating based on the abnormality coefficient information and the maximum torque information; Update the maximum torque information to abnormal torque information and output it; If not, then the maximum torque information will be output normally.

3. The method for controlling the base of an electric kettle according to claim 1, characterized in that, The methods for adjusting the mapping relationship between function information, adjustment range information, and maximum torque information in the permission database in real time include: Obtain current water volume and current water temperature information; Determine if the current function information is for viewing function information; If so, retrieve the historical function information before unlocking and update the current function information to the historical function information; If not, then maintain the current function information; The current water volume, current water temperature, and current function information are matched and analyzed according to the status information stored in the preset status database to determine the status corresponding to the current water volume, current water temperature, and current function information, and the status is defined as the current status information. The function information and current status information stored in the preset operation database are matched and analyzed to determine the function that can be operated next corresponding to the current status information, and the function is defined as the subsequent function information. The subsequent function information and user function group information are matched to determine the actual user function group information; Update the function information in the permissions database to the actual user function group information.

4. The electric kettle base control method according to claim 3, characterized in that, Methods to maintain the current function information when the current function information is not the one being viewed include: Obtain interval water temperature information and interval water volume information after the preset interval time information; Calculate the difference between the interval water volume information and the current water volume information, and define this difference as the water volume difference information; Calculate the difference between the interval water temperature information and the current water temperature information, and define this difference as the water temperature difference information; Based on the temperature change rate information, quantity change rate information, current function information, current water volume information, and current water temperature information in the preset change database, a matching analysis is performed to determine the temperature change rate and water volume change rate corresponding to the current function information, current water volume information, and current water temperature information. The temperature change rate information is defined as the current temperature change rate information, and the water volume change rate is defined as the current quantity change rate information. The current temperature change information is calculated based on the interval time information and the current temperature change rate information; The current quantity change information is calculated based on the interval time information and the current quantity change rate information; Determine whether the current temperature change information and water temperature difference information, and the current quantity change information and water quantity difference information are consistent; If all are consistent, then maintain the current functional information; If at least one is inconsistent, rotate the function knob to view function information and relock until the interval water temperature information is restored to the current temperature information or the preset normal water temperature information and the interval water volume information is restored to the current water volume information or the preset normal water volume information.

5. The electric kettle base control method according to claim 4, characterized in that, Methods for re-locking the function knob and adjustment knob after a preset time threshold has elapsed since the contact information on both knobs has disappeared include: Obtain the disappearance time information after all contact information has disappeared; Determine if the disappearance time information is greater than the time threshold; If it is less than, then obtain the current contact information for the re-occurrence of contact; Determine if the current contact information is consistent with the previous contact information; If they match, the disappearance time information is reset to zero, the current contact information is updated to the contact information, and then the disappearance time information is obtained. If they are inconsistent, lock the function knob to the function area of ​​the current function information and lock the adjustment knob directly; If the value is greater than the specified value, the function knob will be locked in the function area of ​​the current function information, and the adjustment knob will be locked directly.

6. The electric kettle base control method according to claim 1, characterized in that, Methods for obtaining information on the maximum torque applied to the locked function knob and adjustment knob include: Record the maximum torque information on the function knob and acquire the function time information, and define the maximum torque information as the maximum function torque information; Record the maximum torque information on the adjustment knob and obtain the adjustment time information, and define the maximum torque information as the maximum adjustment torque information; Calculate the difference between the acquisition function time information and the acquisition adjustment time information, and define this difference as time difference information; Determine whether the time difference information falls within a preset time span range; If so, then determine whether the maximum functional torque information is consistent with the maximum adjustable torque information; If they match, output the maximum torque information; If they are inconsistent, the smaller of the maximum functional torque information and the maximum adjustable torque information will be output as the maximum torque information. If not, the maximum functional torque information and the maximum adjustable torque information will not be recorded.

7. A control system for an electric kettle base, characterized in that, include: The torque acquisition module is used to acquire information on the maximum torque applied to the locked function knob and adjustment knob; The processing module, connected to the torque acquisition module and the control module, is used for information storage and processing. The processing module performs matching analysis based on the function information, adjustment range information and maximum torque information stored in the preset permission database to determine the function corresponding to the maximum torque information and the adjustment range of the function. The set of functions is defined as function group information, and the adjustment range corresponding to the function in the function group information is defined as function adjustment range information. The control module is used to control the function knob to unlock the function group information in the functional area; The function acquisition module, connected to the processing module, is used to acquire current function information; The control module controls the adjustment knob to unlock the adjustment area corresponding to the current function information's adjustment range. The pressure acquisition module, connected to the processing module, is used to acquire contact information from the function knob and adjustment knob; After the contact information on both knobs disappears within a preset time threshold, the control module rotates the function knob back to the area corresponding to the preset viewing function information and locks it, and also locks the adjustment knob directly.

8. A smart terminal, characterized in that, It includes a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and executed as described in any one of claims 1 to 6.

9. A computer-readable storage medium, characterized in that, The device stores a computer program capable of being loaded by a processor and executing the electric kettle base control method as described in any one of claims 1 to 6.

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