An electric heating towel rack control method, system, intelligent terminal and storage medium

Abstract

The application relates to an electric heating towel rack control method and system, an intelligent terminal and a storage medium, and relates to the technical field of household appliances. The application comprises the following steps: acquiring drying object pre-hanging triggering information; acquiring hanging range information based on the drying object pre-hanging triggering information; analyzing the hanging range information to determine drying object weight information; controlling the electric heating towel rack to dry the drying object according to the hanging range information and the drying object weight information, and acquiring change stress information of the electric heating towel rack; judging whether the change stress information meets the requirements of the drying object weight information; if not, continuing to control the electric heating towel rack to dry the drying object, and continuing to acquire the change stress information of the electric heating towel rack; and if yes, controlling the electric heating towel rack to stop drying the drying object. The application has the effect of improving the convenience of using the electric heating towel rack.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of household appliances, in particular to an electric towel rail control method and system, an intelligent terminal and a storage medium. BACKGROUND

[0002] An electric towel rail is a common bathroom hanging accessory for hanging towels, bath towels and clothes, etc., which uses electric heating to dry towels.

[0003] In related technologies, an electric towel rail is usually installed in a bathroom. After using a towel, a user hangs the towel on the electric towel rail and turns on the electric towel rail to set a drying time, so that the electric towel rail dries the towel within the set time.

[0004] For the related technologies above, when a user uses the electric towel rail to dry a towel, the user does not know how long it takes to dry the towel, so the set time of the electric towel rail may be too long or too short. If the set time is too long, the electric towel rail continues to dry the towel after drying, which wastes resources. If the set time is too short, the electric towel rail stops working before the towel is dried, which makes the electric towel rail inconvenient to use and has room for improvement. SUMMARY

[0005] To improve the convenience of using an electric towel rail, the present application provides an electric towel rail control method and system, an intelligent terminal and a storage medium.

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

[0007] An electric towel rail control method, comprising:

[0008] Obtaining drying object pre-hanging trigger information;

[0009] Obtaining hanging range information based on the drying object pre-hanging trigger information;

[0010] Analyzing the hanging range information and preset unit area weight information to determine drying object weight information;

[0011] Controlling the electric towel rail to dry the drying object according to the hanging range information and the drying object weight information, and obtaining change force information of the electric towel rail;

[0012] Determining whether the change force information meets the requirements of the drying object weight information;

[0013] If not, continue to control the electric towel rail to dry the drying object, and continue to obtain the change force information of the electric towel rail;

[0014] If yes, the electric towel rack is controlled to stop drying the drying object.

[0015] By using the above technical solution, when the drying object is about to be hung on the electric towel rack, i.e., the pre-hanging trigger information of the drying object is detected, the hanging range information of the electric towel rack is detected, so as to determine the weight information of the drying object according to the hanging range information, control the electric towel rack to dry the drying object, and detect the change stress information of the electric towel rack during drying. When the change stress information falls within the range of the weight information of the drying object, it indicates that the electric towel rack has dried the drying object, so the electric towel rack is controlled to stop working, otherwise the electric towel rack is controlled to continue drying. Therefore, the automatic start and stop of the electric towel rack can be realized without timing, and the convenience of using the electric towel rack is improved.

[0016] Optionally, the method for obtaining the hanging range information comprises:

[0017] obtaining the ambient light source information of the electric towel rack based on the pre-hanging trigger information of the drying object;

[0018] determining whether the ambient light source information meets the preset range requirement for obtaining the light source information;

[0019] if not, controlling the preset light source device to turn on, and obtaining the hanging trigger information of the drying object;

[0020] if yes, obtaining the hanging trigger information of the drying object;

[0021] controlling the preset stretching device to stretch the drying object on the electric towel rack based on the hanging trigger information of the drying object, and obtaining the stretching completion trigger information;

[0022] obtaining the hanging range information based on the stretching completion trigger information by using the preset photosensitive device.

[0023] By using the above technical solution, when the drying object is about to be hung on the electric towel rack, i.e., the pre-hanging trigger information of the drying object is detected, the hanging range information of the electric towel rack is detected, so as to determine the weight information of the drying object according to the hanging range information, control the electric towel rack to dry the drying object, and detect the change stress information of the electric towel rack during drying. When the change stress information falls within the range of the weight information of the drying object, it indicates that the electric towel rack has dried the drying object, so the electric towel rack is controlled to stop working, otherwise the electric towel rack is controlled to continue drying. Therefore, the automatic start and stop of the electric towel rack can be realized without timing, and the convenience of using the electric towel rack is improved.

[0024] Optionally, the method for controlling the photosensitive device to obtain the hanging range information comprises:

[0025] when the ambient light source information meets the range requirement for obtaining the light source information, obtaining the first trigger quantity information of the photosensitive device;

[0026] The second trigger quantity information of the light-sensitive device is acquired based on the unfolding completion trigger information;

[0027] A difference between the first trigger quantity information and the second trigger quantity information is calculated, and the calculated difference is defined as the covered light-sensitive quantity information;

[0028] A product between the covered light-sensitive quantity information and preset unit light-sensitive mapping range information is calculated, and the calculated product is defined as the hanging range information.

[0029] By using the above technical solution, when the electric towel rail is in a bright state, the first trigger quantity information of the light-sensitive device is detected, and after the drying object is unfolded by the unfolding device, the second trigger quantity information of the light-sensitive device is detected. The covered light-sensitive quantity information of the drying object is obtained by subtracting the first trigger quantity information from the second trigger quantity information. Then, the product of the covered light-sensitive quantity information and the unit light-sensitive mapping range information is calculated to obtain the hanging range information, thereby improving the convenience of obtaining the hanging range information.

[0030] Optionally, the method for controlling the electric towel rail to dry the drying object according to the hanging range information and the drying object weight information comprises:

[0031] Obtaining initial hanging force information of the electric towel rail;

[0032] Calculating a difference between the initial hanging force information and the drying object weight information, and defining the calculated difference as water content information;

[0033] Analyzing the drying object weight information to determine direct drying water quantity information;

[0034] Judging whether the water content information meets the requirement of the direct drying water quantity information;

[0035] If yes, controlling the electric towel rail to dry the drying object according to the hanging range information;

[0036] If no, controlling the unfolding device to squeeze out water from the drying object, and continuing to obtain the initial hanging force information.

[0037] By using the above technical solution, the initial hanging force information of the electric towel rail just hung on the electric towel rail is detected, and the difference between the initial hanging force information and the drying object weight information is calculated to obtain the water content information in the drying object. When the water content information is greater than the direct drying water quantity information, the unfolding device is controlled to squeeze out water from the drying object. When the water content information is not greater than the direct drying water quantity information, the electric towel rail is controlled to dry the drying object, thereby improving the efficiency of the electric towel rail to dry the drying object.

[0038] Optionally, the method for controlling the stretching device to extract moisture from the drying object comprises:

[0039] When the moisture content information does not meet the requirement of the direct drying water content information, obtaining the extraction starting point information and the extraction ending point information of the drying object;

[0040] Analyzing the extraction starting point information, the extraction ending point information and the preset interval distance information to determine the extraction position information of the stretching device;

[0041] Analyzing the extraction starting point information and the extraction position information to determine the extraction sequence information;

[0042] Controlling the stretching device to move to the extraction position information according to the extraction sequence information, and obtaining the position reaching trigger information;

[0043] Based on the position reaching trigger information, controlling the stretching device to extract moisture from the drying object according to the preset extraction method information.

[0044] By using the above technical solution, the extraction starting point information and the extraction ending point information of the drying object are detected, so that the extraction position information of the stretching device to the drying object is determined according to the extraction starting point information, the extraction ending point information and the interval distance information, and the extraction sequence information is determined according to the distance from the extraction position information to the extraction starting point information from near to far, so that the stretching device is controlled to move to the extraction position information in sequence according to the extraction sequence information. After moving to the extraction position information, the stretching device is controlled to extract moisture from the drying object according to the extraction method information, thereby improving the efficiency of the stretching device to extract moisture from the drying object.

[0045] Optionally, the method for controlling the electric towel rack to dry the drying object according to the hanging range information comprises:

[0046] Real-time obtaining the ambient temperature information of the electric towel rack;

[0047] Analyzing the ambient temperature information and the preset reference heating temperature range information to determine the heating temperature information;

[0048] Obtaining the working heating rack information of the electric towel rack;

[0049] Controlling the working heating rack information to heat and dry the drying object according to the heating temperature information, and obtaining the residual moisture content ratio information of the drying object;

[0050] Controlling the preset blowing device to assist the working heating rack information to heat and dry the drying object according to the residual moisture content ratio information;

[0051] When the residual moisture content ratio information meets the requirement of the preset residual heat drying ratio information, controlling the working heating rack information to stop working, and controlling the blowing device to continue to dry the drying object.

[0052] By adopting the technical scheme, the ambient temperature information around the electric towel rail is detected, the heating temperature information of the electric towel rail is determined according to the ambient temperature information and the reference heating temperature range information, the working heating rack information is detected, the working heating rack information is controlled to heat the drying object according to the heating temperature information, the residual moisture content ratio information of the drying object is detected in the drying process, the drying object is dried by the blowing device according to the residual moisture content ratio information, when the residual moisture content ratio information is not greater than the residual heat drying ratio information, the working of the working heating rack information is stopped, and the blowing device is controlled to dry the drying object, thereby improving the drying efficiency of the electric towel rail on the drying object.

[0053] Optionally, the method for controlling the blowing device to assist the working heating rack information to heat and dry the drying object according to the residual moisture content ratio information comprises:

[0054] Obtaining the ambient humidity information of the electric towel rail;

[0055] Judging whether the ambient humidity information meets the requirement of the preset isolation humidity information;

[0056] If not, the drying blowing device information is determined according to the working heating rack information and the blowing device;

[0057] If yes, the isolation area information is determined according to the working heating rack information, and the isolation blowing device information is determined according to the isolation area information and the blowing device;

[0058] The isolation blowing device information is controlled to blow and isolate the isolation area information according to the preset isolation method information, and the drying blowing device information is determined according to the working heating rack information and the blowing device;

[0059] The drying power information is determined according to the drying object weight information and the residual moisture content ratio information;

[0060] The drying blowing device information is controlled to dry the drying object according to the drying power information.

[0061] By adopting the technical scheme, the ambient humidity information around the electric towel rail is detected, when the ambient humidity information is greater than the isolation humidity information, the isolation blowing device information is controlled to blow and isolate the drying object, the drying blowing device information is determined according to the working heating rack information and the blowing device, the drying power information is determined according to the drying object weight information and the residual moisture content ratio information, and the drying blowing device information is controlled to dry the drying object according to the drying power information, thereby improving the convenience of the blowing device assisted drying.

[0062] The second aspect of the present application provides an electric towel rail control system, which adopts the following technical solution:

[0063] An electric towel rail control system comprises:

[0064] An acquisition module is configured to acquire the pre-hanging triggering information, the hanging range information and the varying force information.

[0065] A memory is configured to store a program of the electric towel rail control method according to any one of the preceding aspects.

[0066] A processor, and the program in the memory can be loaded and executed by the processor to implement the electric towel rail control method according to any one of the preceding aspects.

[0067] By adopting the above technical solution, when the electric towel rail needs to be controlled, the processor loads and executes the program of the electric towel rail control method stored in the memory, so as to control the electric towel rail to dry the drying object, thereby improving the convenience of the electric towel rail in use.

[0068] The third aspect of the present application provides an intelligent terminal, which adopts the following technical solution:

[0069] An intelligent terminal comprises a memory and a processor, and the memory stores a computer program of the electric towel rail control method according to any one of the preceding aspects, which can be loaded and executed by the processor.

[0070] By adopting the above technical solution, when the intelligent terminal is operated by a person, the processor loads and executes the computer program of the electric towel rail control method stored in the memory, so as to control the electric towel rail to dry the drying object, thereby improving the convenience of the electric towel rail in use.

[0071] The fourth aspect of the present application provides a computer storage medium, which can store a corresponding program and has the characteristics of facilitating the improvement of the convenience of the electric towel rail in use, and adopts the following technical solution:

[0072] A computer readable storage medium stores a computer program of the electric towel rail control method, which can be loaded and executed by the processor.

[0073] By adopting the above technical solution, the computer readable storage medium stores a computer program of the electric towel rail control method, when the electric towel rail needs to be controlled to dry the drying object, the processor loads and executes the computer program stored in the memory, so as to complete the drying of the drying object, thereby improving the convenience of the electric towel rail in use.

[0074] To sum up, the present application includes at least one of the following beneficial technical effects:

[0075] 1. By detecting the hanging range information of the electric towel rail covered by the drying object when the drying object is detected to be pre-hung before the person hangs the drying object on the electric towel rail, the weight information of the drying object is determined according to the hanging range information, the electric towel rail is controlled to dry the drying object, and the change stress information of the electric towel rail during drying is detected. When the change stress information falls within the range of the weight information of the drying object, it indicates that the electric towel rail has dried the drying object, so the electric towel rail is controlled to stop working, otherwise the electric towel rail is continuously controlled to dry, so that the automatic start and stop of the electric towel rail can be realized without timing the electric towel rail, thereby improving the convenience of using the electric towel rail.

[0076] 2. By detecting the ambient light source information around the electric towel rail when the drying object is about to be hung, the light source device is controlled to turn on when the ambient light source information does not meet the requirements of the range of the obtained light source information, i.e. the surrounding is in a dark state, so that the stretching device is controlled to stretch the drying object when the drying object is hung on the electric towel rail, so that the photosensitive device detects the hanging range information, thereby improving the convenience of obtaining the hanging range information.

[0077] 3. By detecting the initial hanging stress information of the electric towel rail just hung on the electric towel rail, and calculating the difference between the initial hanging stress information and the weight information of the drying object to obtain the water content information in the drying object, when the water content information is greater than the direct drying water content information, the stretching device is controlled to squeeze out the water in the drying object, and when the water content information is not greater than the direct drying water content information, the electric towel rail is controlled to dry the drying object, thereby improving the efficiency of the electric towel rail drying the drying object. BRIEF DESCRIPTION OF DRAWINGS

[0078] Figure 1 is a flowchart of an electric towel rail control method in an embodiment of the present application.

[0079] Figure 2 is a flowchart of a method for obtaining hanging range information in an embodiment of the present application.

[0080] Figure 3 is a flowchart of a method for controlling the photosensitive device to obtain the hanging range information in an embodiment of the present application.

[0081] Figure 4 is a flowchart of a method for controlling the electric towel rail to dry the drying object according to the hanging range information and the weight information of the drying object in an embodiment of the present application.

[0082] Figure 5is a flowchart of a method for controlling the moisture extraction of the drying object by the stretching device in the embodiments of the present application.

[0083] Figure 6 is a flowchart of a method for controlling the drying of the drying object by the electric towel rack according to the hanging range information in the embodiments of the present application.

[0084] Figure 7 is a flowchart of a method for controlling the heating drying of the drying object by the heating rack according to the blowing device auxiliary working heating rack information in the embodiments of the present application. DETAILED DESCRIPTION

[0085] In order to make the objectives, technical solutions and advantages of the present application clearer, the present application will be further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are only used to explain the present application and should not be used to limit the present application. Figures 1-7

[0086] The embodiments of the present application disclose specific drying steps of the drying object by the electric towel rack, including the electric towel rack and a processing system, the electric towel rack is connected with the processing system by wire to realize the interaction of data and the control of the processing system on the electric towel rack, the electric towel rack detects the drying object weight information of the hanging drying object, controls the drying of the drying object by the electric towel rack, and detects the change force information in real time, the processing system compares the change force information with the drying object weight information, and controls the electric towel rack to stop heating the drying object when the change force information is not greater than the drying object weight information, so as to realize the automatic start and stop of the electric towel rack when drying the drying object.

[0087] With reference to Figure 1 , the embodiments of the present application disclose an electric towel rack control method, including the following steps:

[0088] Step S100: obtaining drying object pre-hanging trigger information.

[0089] The drying object pre-hanging trigger information refers to the trigger data that a person holds the drying object and is about to hang the drying object on the electric towel rack, which is output by the camera on the electric towel rack to capture and identify the features of the image in front of the electric towel rack. The drying object refers to an article that can be hung on the electric towel rack for drying, and the towel is taken as an example in the embodiments of the present application.

[0090] Step S101: obtaining hanging range information based on the drying object pre-hanging trigger information.

[0091] The hanging range information refers to the area covered by the electric towel rack when the drying object is hung on the electric towel rack, which is detected when the drying object pre-hanging trigger information is detected, i.e. when the drying object is about to be hung on the electric towel rack. For specific detection methods, refer to the description of the camera in the electric towel rack.​Figure 2 the step of S101.

[0092] Step S102: Analyzing according to the hanging range information and the preset unit area weight information to determine the drying object weight information.

[0093] The drying object weight information refers to the weight value of the drying object in the dry state, which is obtained by the processing system according to the hanging range information. The analysis method is that the hanging range information is the area covered by the drying object on the electric towel rail, that is, the surface area of the drying object. Therefore, after determining the unit area weight information, the product of the area corresponding to the hanging range information and the unit area weight information can be obtained.

[0094] The unit area weight information refers to the weight value of the drying object per unit area in the dry state. The specific numerical value is set by the person skilled in the art according to the actual situation, which is not described here.

[0095] Step S103: Controlling the electric towel rail to dry the drying object according to the hanging range information and the drying object weight information, and obtaining the change force information of the electric towel rail.

[0096] After determining the drying object weight information and the hanging range information, the electric towel rail is controlled to dry the drying object, and the change force information of the electric towel rail is detected in real time, thereby providing data support for subsequent judgment whether to stop drying. The specific drying method of the electric towel rail to the drying object refers to the steps of Figure 4 .

[0097] The change force information refers to the pressure received by the electric towel rail during the drying process of the drying object, which is detected by the force sensor installed on the electric towel rail.

[0098] Step S104: Judging whether the change force information meets the requirements of the drying object weight information.

[0099] The requirements of the drying object weight information refer to not greater than the weight value corresponding to the drying object weight information. By judging whether the force value corresponding to the change force information is not greater than the weight value corresponding to the drying object weight information, it is determined whether the electric towel rail dries the drying object to the dry state.

[0100] Step S1041: If not, continue to control the electric towel rail to dry the drying object, and continue to obtain the change force information of the electric towel rail.

[0101] If the force value corresponding to the change force information is greater than the weight value corresponding to the drying object weight information, it is determined that the electric heating towel rack has not dried the drying object to a dry state, and thus the electric heating towel rack continues to dry the drying object, and the change force information of the electric heating towel rack is continuously detected in real time, so as to continuously monitor the change of the change force information.

[0102] Step S1042: If it is consistent, the electric heating towel rack is controlled to stop drying the drying object.

[0103] If the force value corresponding to the change force information is not greater than the weight value corresponding to the drying object weight information, it is determined that the electric heating towel rack has dried the drying object to a dry state, and thus the drying object does not need to be dried again, so that the electric heating towel rack is controlled to stop drying the drying object.

[0104] Referring to Figure 2 , the method for obtaining the hanging range information comprises the following steps:

[0105] Step S200: Obtain the ambient light source information of the electric heating towel rack based on the drying object pre-hanging trigger information.

[0106] The ambient light source information refers to the brightness value of the environment around the electric heating towel rack, which is detected by a photosensitive sensor installed on the electric heating towel rack when the drying object pre-hanging trigger information is detected, i.e. the drying object is about to be hung on the electric heating towel rack.

[0107] Step S201: Determine whether the ambient light source information meets the requirement of the preset range for obtaining light source information.

[0108] The range for obtaining light source information refers to the minimum brightness value suitable for detecting the hanging range information, and the specific value is set by the person skilled in the art according to the actual situation, which will not be described here. The requirement of the range for obtaining light source information refers to being not less than the brightness value corresponding to the range for obtaining light source information.

[0109] By determining whether the brightness value corresponding to the ambient light source information is not less than the brightness value corresponding to the range for obtaining light source information, it is determined whether the brightness value of the environment around the electric heating towel rack is suitable for detecting the hanging range information.

[0110] Step S2011: If it is not consistent, the preset light source device is controlled to be turned on, and the drying object hanging trigger information is obtained.

[0111] If the brightness value corresponding to the ambient light source information is less than the brightness value corresponding to the range for obtaining light source information, it is determined that the brightness value of the environment around the electric heating towel rack is low and is not suitable for detecting the hanging range information, and thus the light source device is controlled to be turned on for light compensation, and the drying object hanging trigger information is detected again.

[0112] The light source device refers to a device installed on the electric towel rail for supplementing light to the electric towel rail, which can adopt an LED lamp. The drying object hanging trigger information refers to trigger data of the drying object hanging on the electric towel rail, which is output when the force sensor on the electric towel rail receives a sudden increase in pressure.

[0113] Step S2012: If yes, the drying object hanging trigger information is acquired.

[0114] If the brightness value corresponding to the ambient light source information is not less than the brightness value corresponding to the range acquisition light source information, it is determined that the brightness value of the environment around the electric towel rail is high, which is suitable for detecting the hanging range information, and thus the drying object hanging trigger information is detected to provide data support for subsequent detection of the hanging range information.

[0115] The drying object hanging trigger information in this step is the same as that in step S2011, which will not be repeated here.

[0116] Step S202: Based on the drying object hanging trigger information, the preset stretching device is controlled to stretch the drying object on the electric towel rail, and stretching completion trigger information is acquired.

[0117] When the drying object hanging trigger information is detected, that is, the drying object is hung on the electric towel rail, the stretching device is controlled to stretch the drying object on the electric towel rail, so as to prevent the drying object from being crowded into a ball and causing inaccurate detection of the hanging range information, and the stretching completion trigger information is detected to provide a detection time for detecting the hanging range information.

[0118] The stretching device refers to a device for stretching the drying object on the electric towel rail, which includes a linear module, an extension rod, a hook, and a roller. The linear module is symmetrically installed on both sides of the electric towel rail. The extension rod is installed on the linear module, so as to realize sliding of the extension rod along the gravity direction on the electric towel rail. The hook and the roller are installed on the output end of the extension rod. The extension rod is controlled to retract in opposite directions at the same time, so as to stretch the drying object on the electric towel rail. The roller is used to roll and flatten the protruding part and squeeze out the water in the drying object.

[0119] The stretching completion trigger information refers to trigger data when the stretching device completes stretching of the drying object, which is output after the extension rod in the stretching device completes one extension and stretching.

[0120] Step S203: Based on the stretching completion trigger information, the preset photosensitive device is controlled to acquire the hanging range information.

[0121] When the stretching completion trigger information is detected, that is, the stretching device stretches the drying object on the electric towel rail, the photosensitive device is controlled to detect the hanging range information. For specific detection methods, reference can be made to the description of the photosensitive device in the foregoing embodiment.Figure 3 The light-sensitive device refers to a device for detecting the hanging range information, and a light-sensitive sensor can be used, which is uniformly installed on the electric towel rail.

[0122] With reference to Figure 3 The method for controlling the light-sensitive device to obtain the hanging range information comprises the following steps:

[0123] Step S300: When the ambient light source information meets the requirement of the range acquisition light source information, obtaining the first trigger quantity information of the light-sensitive device.

[0124] When the ambient light source information corresponds to a brightness value greater than the range acquisition light source information, i.e., when the drying object is not hung on the electric towel rail, the first trigger quantity information of the light-sensitive device is detected, which provides data support for subsequent determination of the hanging range information.

[0125] The first trigger quantity information refers to the number of light-sensitive sensors in the light-sensitive device that detect the ambient light source information, which is recorded by the processing system for the light-sensitive sensors outputting the ambient light source information.

[0126] Step S301: Based on the stretching completion trigger information, obtaining the second trigger quantity information of the light-sensitive device.

[0127] The second trigger quantity information refers to the number of light-sensitive sensors in the light-sensitive device that detect the ambient light source information after the drying object is hung on the electric towel rail, which is recorded by the processing system for the light-sensitive sensors outputting the ambient light source information when the stretching completion trigger information is detected.

[0128] Step S302: Calculating the difference between the first trigger quantity information and the second trigger quantity information, and defining the calculated difference as the covered light-sensitive quantity information.

[0129] The covered light-sensitive quantity information refers to the number of light-sensitive sensors in the light-sensitive device that are covered when the drying object is hung on the electric towel rail, which is obtained by the processing system calling the first trigger quantity information of the light-sensitive sensors before covering and the second trigger quantity information of the light-sensitive sensors after covering, and calculating the difference between the first trigger quantity information and the second trigger quantity information.

[0130] Step S303: Calculating the product of the covered light-sensitive quantity information and the preset unit light-sensitive mapping range information, and defining the calculated product as the hanging range information.

[0131] The hanging range information is the same as the hanging range information in step S101, which is obtained by the processing system calculating the product of the covered light-sensitive quantity information and the unit light-sensitive mapping range information.

[0132] The unit photosensitive mapping range information refers to the area value occupied by a single photosensitive sensor in the photosensitive device, and the specific value is set by the person skilled in the art according to the actual situation.

[0133] With reference to Figure 4 , the method for controlling the electric towel rail to dry the drying object according to the hanging range information and the drying object weight information, comprising the following steps:

[0134] Step S400: obtaining the initial hanging force information of the electric towel rail.

[0135] The initial hanging force information refers to the pressure of the drying object on the electric towel rail when the drying object is hung on the electric towel rail and the electric towel rail does not dry the drying object, which is detected by the force sensor installed on the electric towel rail.

[0136] Step S401: calculating the difference between the initial hanging force information and the drying object weight information, and defining the calculated difference as the water content information.

[0137] The water content information refers to the water content in the drying object, which is obtained by the processing system calling the initial hanging force information and the drying object weight information and calculating the difference between the initial hanging force information and the drying object weight information.

[0138] Step S402: analyzing the drying object weight information to determine the direct drying water content information.

[0139] The direct drying water content information refers to the water content directly controlled by the electric towel rail to heat and dry the drying object, which is obtained by the processing system calling the drying object weight information and analyzing, and the analysis method is that the drying object weight information is proportional to the direct drying water content information, that is, the greater the weight corresponding to the drying object weight information, the greater the water content corresponding to the direct drying water content information, and the proportional coefficient between them is set by the person skilled in the art according to the actual situation.

[0140] Step S403: determining whether the water content information meets the requirements of the direct drying water content information.

[0141] The requirements of the direct drying water content information refer to not greater than the water content corresponding to the direct drying water content information. By determining whether the water content corresponding to the water content information is not greater than the water content corresponding to the direct drying water content information, it is determined whether the water content in the drying object is low and whether it can be directly dried.

[0142] Step S4031: if it is met, the electric towel rail is controlled to dry the drying object according to the hanging range information.

[0143] If the water content corresponding to the water content information is not greater than the water content corresponding to the direct drying water content information, it indicates that the water content in the drying object is low, and the drying object can be directly controlled by the electric towel rail according to the hanging range information. The specific drying method is referred to the steps of Figure 6 .

[0144] Step S4032: If not, control the stretching device to extract water from the drying object, and continue to obtain the initial hanging force information.

[0145] If the water content corresponding to the water content information is greater than the water content corresponding to the direct drying water content information, it indicates that the water content in the drying object is high, so the stretching device is controlled to extract water from the drying object, thereby quickly reducing the water content in the drying object, and the initial hanging force information is continuously detected, thereby continuously paying attention to the change of the water content in the drying object. The specific method of the stretching device for extracting water from the drying object is referred to the steps of Figure 5 .

[0146] Referring to Figure 5 , the method for controlling the stretching device to extract water from the drying object includes the following steps:

[0147] Step S500: When the water content information does not meet the requirements of the direct drying water content information, obtain the extrusion starting point information and the extrusion ending point information of the drying object.

[0148] The extrusion starting point information refers to the position where the stretching device starts to extrude the drying object, and the extrusion ending point information refers to the position where the stretching device ends to extrude the drying object. The extrusion starting point information is obtained by the processing system identifying the number of the force sensor that detects the pressure of the drying object on the electric towel rail, and the extrusion ending point information is obtained by the processing system identifying the number of the light-sensitive device farthest from the extrusion starting point information.

[0149] When the water content information is greater than the direct drying water content information, the extrusion starting point information and the extrusion ending point information of the drying object are detected, which provides basic support for the subsequent stretching device to extract water from the drying object.

[0150] Step S501: Analyze the extrusion starting point information, the extrusion ending point information and the preset interval distance information to determine the extrusion position information of the stretching device.

[0151] The extrusion position information refers to the position where the stretching device starts to extrude the drying object, which is obtained by the processing system according to the extrusion starting point information, the extrusion ending point information and the interval distance information. The analysis method is: starting from the position corresponding to the extrusion starting point information, every interval distance information corresponding to the position corresponding to the extrusion ending point information is one extrusion position information, so as to ensure that the stretching device can extrude the drying object on the electric towel rail.

[0152] The interval distance information refers to the interval distance between each heating sheet on the electric towel rail, and the specific value is set by a person skilled in the art according to the actual situation, which is not described here.

[0153] Step S502: analyzing according to the extrusion starting point information and the extrusion position information to determine the extrusion sequence information.

[0154] The extrusion sequence information refers to the sequence of the stretching device starting to extrude the extrusion position information, which is obtained by calling the extrusion starting point information and the extrusion position information by the processing system, and the analysis method is: identifying the distance value between the extrusion position information and the extrusion starting point information, the closer the distance between the extrusion position information and the extrusion starting point information, the more front the extrusion position information, for example, the distance between the extrusion position information A and the extrusion starting point information is 5 cm, and the distance between the extrusion position information B and the extrusion starting point information is 8 cm, then the sequence of the extrusion position information A is prior to the extrusion position information B.

[0155] Step S503: controlling the stretching device to move to the extrusion position information according to the extrusion sequence information, and obtaining the position arrival trigger information.

[0156] After determining the extrusion sequence information, the stretching device is controlled to move to the extrusion position information according to the sequence corresponding to the extrusion sequence information, and the position arrival trigger information of the stretching device is detected to determine the specific time for the subsequent stretching device to extrude the drying object.

[0157] The position arrival trigger information refers to the trigger data when the stretching device moves to the extrusion position information, and the first position arrival trigger information is output when the stretching device moves to the extrusion starting point information, and the position arrival trigger information is output again after the stretching device moves by the interval distance information.

[0158] Step S504: based on the position arrival trigger information, controlling the stretching device to extrude the drying object according to the preset extrusion method information.

[0159] After detecting the position arrival trigger information, that is, the stretching device moves to the extrusion position information, the stretching device is controlled to extrude the drying object according to the extrusion method information, so that the moisture quickly leaves the drying object, and the subsequent electric towel rail is convenient for drying the drying object. The extrusion method information refers to the extrusion method of the stretching device to the drying object, for example: after the stretching device reaches the position corresponding to the extrusion position information, the telescopic rod in the stretching device drives the roller to press the drying object on the electric heating sheet of the electric towel rail, one side of the telescopic rod is telescopic extruded in front of the electric towel rail, and the other side of the telescopic rod is telescopic extruded behind the electric towel rail, so that the relative position of the drying object is extruded at the same time, and the number of times of telescopic extrusion of the telescopic rod is set by a person skilled in the art according to the actual situation.

[0160] Referring toFigure 6 The method for controlling the electric heating towel rack to dry the drying object according to the hanging range information comprises the following steps:

[0161] Step S600: Real-time acquisition of the environment temperature information of the electric heating towel rack.

[0162] The environment temperature information refers to the temperature value of the environment around the electric heating towel rack, which is detected by the temperature sensor installed on the electric heating towel rack.

[0163] Step S601: Analysis according to the environment temperature information and the preset reference heating temperature range information to determine the heating temperature information.

[0164] The heating temperature information refers to the temperature value of the electric heating towel rack to heat and dry the drying object, which is analyzed by the processing system according to the environment temperature information and the reference heating temperature range information. The analysis method is that the temperature value corresponding to the heating temperature information is the temperature actively compensated on the temperature corresponding to the environment temperature information, so that the sum of the heating temperature information and the environment temperature information is in the temperature range corresponding to the reference heating temperature range information. Therefore, the heating temperature information is the difference between the reference heating temperature range information and the environment temperature information.

[0165] The reference heating temperature range information refers to the normal temperature value range of the electric heating towel rack to heat and dry the drying object. The specific value is set by the person skilled in the art according to the actual situation, which is not described here.

[0166] Step S602: Acquisition of the working heating rack information of the electric heating towel rack.

[0167] The working heating rack information refers to the heating rack of the electric heating towel rack to dry the drying object, which is obtained by the processing system identifying the heating rack where the light-sensitive sensor in the light-sensitive device does not identify the environment light source information, for example, the light-sensitive sensor a1 does not identify the environment light source information, and then the heating rack a is started. The light-sensitive sensor b1 does not identify the environment light source information, and then the heating rack b is started.

[0168] Step S603: Control of the working heating rack information to heat and dry the drying object with the heating temperature information, and acquisition of the residual moisture content ratio information of the drying object.

[0169] After detecting the working heating rack information, the working heating rack information is controlled to heat and dry the drying object at the temperature corresponding to the heating temperature information, so that only the heating rack covered by the drying object is used to heat and dry the drying object, thereby saving electricity, and the residual moisture content ratio information is detected to provide a basis for the subsequent drying of the electric heating towel rack.

[0170] The residual moisture content ratio information refers to a ratio value between the residual moisture content in the drying object and the drying object weight information. The change force information is obtained from the electric heating towel rack. The difference between the change force information and the drying object weight information is calculated to obtain the moisture content. The quotient between the moisture content and the drying object weight information is calculated to obtain the residual moisture content ratio information.

[0171] Step S604: Control the preset blowing device auxiliary work heating rack information to heat and dry the drying object according to the residual moisture content ratio information.

[0172] After the residual moisture content ratio information is detected, the hot air is blown to the drying object by the blowing device auxiliary work heating rack information according to the residual moisture content ratio information, so that the hot air heats and dries the drying object, thereby improving the efficiency of heating and drying. The specific auxiliary method of the blowing device is referred to the steps of Figure 7 .

[0173] The blowing device refers to a device for blowing and drying the drying object hung on the electric heating towel rack. The air outlet holes can be uniformly arranged on the electric heating rack. After the air blower is communicated with the air outlet holes, the air blower blows air out of the air outlet holes.

[0174] Step S605: When the residual moisture content ratio information meets the requirement of the preset residual heat drying ratio information, control the work heating rack information to stop working, and control the blowing device to continue drying the drying object.

[0175] The residual heat drying ratio information refers to the maximum residual moisture content ratio value when the drying object is dried by the residual heat of the electric heating towel rack. The specific value is set by the person skilled in the art according to the actual situation. The requirement of the residual heat drying ratio information refers to not greater than the corresponding ratio value of the residual heat drying ratio information.

[0176] When the corresponding ratio value of the residual moisture content ratio information is not greater than the corresponding ratio value of the residual heat drying ratio information, it is determined that the moisture content in the drying object is low, and the drying object can be dried by the residual heat of the electric heating towel rack. Therefore, the work heating rack information is controlled to stop working, and the blowing device is controlled to continue drying the drying object, thereby saving electricity.

[0177] Referring to Figure 7 , the method for controlling the blowing device auxiliary work heating rack information to heat and dry the drying object according to the residual moisture content ratio information comprises the following steps:

[0178] Step S700: Obtain the environmental humidity information of the electric heating towel rack.

[0179] The environmental humidity information refers to the humidity value of the environment around the electric heating towel rack, which is detected by the humidity sensor installed on the electric heating towel rack.

[0180] Step S701: judging whether the environment humidity information meets the requirement of the isolation humidity information.

[0181] The isolation humidity information refers to the minimum environment humidity value that needs to be isolated from the outside world, and the specific value is set by the person skilled in the art according to the actual situation, which is not described here. The requirement of the isolation humidity information refers to the humidity value that is not less than the humidity value corresponding to the isolation humidity information.

[0182] By judging whether the humidity value corresponding to the environment humidity information is not less than the humidity value corresponding to the isolation humidity information, it is determined whether the environment humidity information is too large to cause low drying efficiency of the drying object.

[0183] Step S7011: if not, analyzing according to the working heating rack information and the blowing device to determine the drying blowing device information.

[0184] If the humidity value corresponding to the environment humidity information is less than the humidity value corresponding to the isolation humidity information, it indicates that the humidity value corresponding to the environment humidity information does not affect the drying efficiency of the drying object, so the drying blowing device information is determined according to the working heating rack information and the blowing device, thereby providing basic support for subsequent blowing device auxiliary blowing drying.

[0185] The drying blowing device information refers to the blowing device covered by the drying object, which is obtained by the processing system according to the working heating rack information and the blowing device. The analysis method is that the working heating rack information is the heating rack covered by the drying object, and the blowing device is uniformly arranged along the heating rack. Therefore, after determining the working heating rack information, and then determining the blowing device installed on the heating rack corresponding to the working heating rack information, the drying blowing device information for effective blowing of the drying object is obtained.

[0186] Step S7012: if yes, analyzing according to the working heating rack information to determine the isolation area information, and analyzing according to the isolation area information and the blowing device to determine the isolation blowing device information.

[0187] If the humidity value corresponding to the environment humidity information is not less than the humidity value corresponding to the isolation humidity information, it indicates that the humidity value corresponding to the environment humidity information is large, which will reduce the drying efficiency of the drying object. Therefore, the isolation area information is determined according to the working heating rack information, which provides specific position for subsequent blowing device isolation of the drying object, and the isolation blowing device information is determined according to the isolation area information and the blowing device, thereby determining the blowing device for specific isolation of the drying object.

[0188] The isolation area information refers to the specific position of the blowing device when isolating the drying object, which is analyzed by the processing system according to the working heating rack information, for example, the heating racks corresponding to the working heating rack information are a, b and c, and therefore the area corresponding to the isolation area information is from the heating rack a to the heating rack c.

[0189] The isolated blowing device information refers to the blowing device for isolating the drying object in the blowing device, which is obtained by the processing system according to the isolation area information and the blowing device analysis, for example: the area corresponding to the isolation area information is heating rack a to heating rack c, and the blowing device located in the area of heating rack a to heating rack c and located on both sides of the electric heating towel rack is determined as the isolated blowing device information.

[0190] Step S702: control the isolated blowing device information to blow and isolate the isolation area information according to the preset isolation method information, and analyze the working heating rack information and the blowing device to determine the drying blowing device information.

[0191] Wherein, after determining the isolated blowing device information, the isolated blowing device information is controlled to blow according to the isolation method information, so that the isolated blowing device information forms an isolation air curtain to isolate the drying object from the outside world, prevents the wet air from reducing the drying efficiency of the drying object, and determines the drying blowing device information according to the working heating rack information and the blowing device, thereby providing a basis for subsequent blowing device auxiliary blowing drying.

[0192] The isolation method information refers to the specific power value of the air curtain formed by the blowing of the isolated blowing device information, and the specific power value is set by the person skilled in the art according to the actual situation, which is not described here.

[0193] The drying blowing device information in this step is the same as the drying blowing device information in step S7011, which is not described here.

[0194] Step S703: analyze the drying object weight information and the residual moisture content ratio information to determine the drying power information.

[0195] Wherein, the drying power information refers to the power value of the blowing of the drying blowing device information to the drying object, which is obtained by the processing system according to the drying object weight information and the residual moisture content ratio information, and the analysis method is: according to the weight value corresponding to the drying object weight information to determine the basic power value, the greater the drying object weight information, the greater the basic power value, and on the basis of the basic power value, the greater the residual moisture content ratio information, the greater the complementary power value, so as to calculate the sum of the basic power value and the complementary power value to obtain the drying power information.

[0196] Step S704: control the drying blowing device information to dry the drying object according to the drying power information.

[0197] Wherein, after determining the drying power information, the drying blowing device information is controlled to dry the drying object with the drying power information, so that the blowing device covered by the drying object blows and dries the drying object, and the power of the drying blowing device information is controlled in real time, to prevent the drying object from falling when the water content of the drying object is reduced and the blowing of the drying object is still performed at a high power.

[0198] Based on the same inventive concept, the embodiment of the present application provides an electric heating towel rack control system, comprising:

[0199] The acquisition module is configured to acquire the drying object pre-hanging trigger information, the hanging range information, the change stress information, the environment light source information, the drying object hanging trigger information, the stretching completion trigger information, the first trigger quantity information, the second trigger quantity information, the initial hanging stress information, the extrusion starting point information, the extrusion ending point information, the position arrival trigger information, the environment temperature information, the working heating rack information, the residual water content ratio information, and the environment humidity information.

[0200] The memory is configured to store a program of the electric heating towel rack control method according to any one of Figures 1 to 7 The processor is configured to load and execute the program in the memory, and implement the electric heating towel rack control method according to any one of

[0201] The processor is configured to load and execute the program in the memory, and implement the electric heating towel rack control method according to any one of Figures 1 to 7

[0202] 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 exemplified, 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.

[0203] 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 implement an electric heating towel rack control method.

[0204] 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 that can store program codes.

[0205] Based on the same inventive concept, the embodiment of the present application provides an intelligent terminal, comprising a memory and a processor, and the memory stores a computer program capable of being loaded and executed by the processor to implement an electric heating towel rack control method. ​

[0206] 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 exemplified, 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.

[0207] 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 features unless specifically described. That is, each feature is only an example of a series of equivalent or similar features unless specifically described.

Claims

1. A method for controlling an electric towel rack, characterized in that, include: Obtain the pre-hanging trigger information for the dried material; The suspension range information is obtained based on the pre-suspension trigger information of the dried material; The weight of the dried item is determined by analyzing the hanging range information and the preset weight per unit area information. The electric towel rack is controlled to dry the items based on the hanging range information and the weight information of the items to be dried, and the changing force information of the electric towel rack is obtained. Determine whether the changed force information meets the requirements of the weight information of the dried product; If it does not meet the requirements, continue to control the electric towel rack to dry the items and continue to acquire information on the changes in force on the electric towel rack; If the conditions are met, the electric towel rack will stop drying the items. Methods for controlling the drying of items using an electric towel rack based on the hanging range information include: Real-time acquisition of ambient temperature information for electric towel racks; The heating temperature information is determined by analyzing the ambient temperature information and the preset reference heating temperature range information. Obtain information about the working heating element of the electric towel rack; The system controls the heating rack information to heat and dry the items using heating temperature information, and obtains the remaining moisture content ratio information of the items being dried. The heating and drying of the items is controlled by the preset blowing device and auxiliary heating rack based on the remaining moisture content ratio information. When the remaining moisture content ratio meets the preset requirements for waste heat drying ratio, the working heating rack is controlled to stop working, and the blowing device is controlled to continue drying the material. The method of heating and drying the goods by controlling the auxiliary working heating rack of the blowing device based on the remaining moisture content ratio information includes: Obtain ambient humidity information for the electric towel rack; Determine whether the ambient humidity information meets the preset requirements for isolation humidity information; If not, the information on the working heating rack and the blowing device will be analyzed to determine the information on the drying blowing device; If the conditions are met, the isolation area information is determined by analyzing the information of the working heating rack, and the isolation blowing device information is determined by analyzing the isolation area information and the blowing device. The control isolation blowing device uses preset isolation method information to blow away the isolation area information, and analyzes the working heating rack information and the blowing device to determine the drying blowing device information; The drying power information is determined by analyzing the weight information of the dried product and the percentage of remaining moisture content. The drying blower is controlled to dry the items using the drying power information.

2. The method for controlling an electric towel rack according to claim 1, characterized in that, Methods for obtaining suspension range information include: Ambient light source information of the electric towel rack is obtained based on the pre-hanging trigger information of the dried items; Determine whether the ambient light source information meets the requirements for acquiring light source information within the preset range; If it does not meet the requirements, the preset light source device will be turned on, and the hanging trigger information of the dried item will be obtained. If the conditions are met, obtain the information to trigger the hanging of the dried item; Based on the information triggered by the hanging of the dried items, the preset stretching device stretches the dried items onto the electric towel rack and obtains the information triggered by the completion of stretching. Based on the information triggered by the completion of the stretching, a preset photosensitive device is used to obtain information about the suspension range.

3. The method for controlling an electric towel rack according to claim 2, characterized in that, Methods for controlling a photosensitive device to acquire suspension range information include: When the ambient light source information meets the requirements for acquiring light source information within the range, the first trigger quantity information of the photosensitive device is acquired; The second trigger quantity information of the photosensitive device is obtained based on the completed trigger information; Calculate the difference between the first trigger quantity information and the second trigger quantity information, and define the calculated difference as the photosensitive covering quantity information; Calculate the product between the number of photosensitive elements covered and the preset unit photosensitive mapping range information, and define the calculated product as the suspension range information.

4. The method for controlling an electric towel rack according to claim 2, characterized in that, Methods for controlling the drying of items using an electric towel rack based on hanging range information and the weight of the items include: Obtain the initial suspension force information of the electric towel rack; Calculate the difference between the initial suspension force information and the weight information of the dried material, and define the calculated difference as the moisture content information; The amount of water needed for direct drying is determined by analyzing the weight information of the dried product. Determine whether the moisture content information meets the requirements for direct drying moisture content information; If the conditions are met, the electric towel rack will be controlled to dry the items according to the hanging range information; If the conditions are not met, the stretching device is controlled to squeeze out the moisture from the dried material, and the initial suspension force information is continuously acquired.

5. The method for controlling an electric towel rack according to claim 4, characterized in that, Methods for controlling the stretching device to expel moisture from the dried material include: When the moisture content information does not meet the requirements of the direct drying moisture content information, obtain the extrusion start point information and extrusion end point information of the dried material; The compression position information of the stretching device is determined by analyzing the compression start point information, compression end point information, and preset interval distance information. The extrusion sequence information is determined by analyzing the extrusion start point information and extrusion position information. The control stretching device moves to the compression position information based on the compression sequence information, and obtains the position arrival trigger information; Based on the location trigger information, the control device compresses the dried material using a preset compression method.

6. A control system for an electric towel rack, characterized in that, include: The acquisition module is used to acquire information on the pre-suspension triggering, suspension range, and changing force of the dried material. A memory for storing a program for controlling an electric towel rack as described in any one of claims 1 to 5; The processor and the program in the memory can be loaded and executed by the processor to implement the electric towel rack control method as described in any one of claims 1 to 5.

7. 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 5 for controlling an electric towel rack.

8. A computer-readable storage medium, characterized in that it stores... A computer program is available that can be loaded by a processor and executed as described in any one of claims 1 to 5 for controlling an electric towel rack.

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