Blowing adjustment method and system based on hair quality, storage medium and terminal

Abstract

The invention relates to a hair quality-based blowing adjustment method and system, a storage medium and a terminal. The method comprises the following steps: acquiring a pressure sensing position and a pressure sensing value on a hair dryer handle, and generating a pressure sensing form; according to the consistency between the pressure induction form and the reference induction form, it is determined that the blowing force value of the blower continues to be detected or obtained; according to the consistency between the blowing wind power value and the pause wind power value, it is determined that detection continues or a real-time detection image is obtained; determining to obtain hair image information or prompt according to the inclusion condition between the real-time detection image and the hair features; identifying hair quality information according to the hair image information; determining to obtain fingerprint information or prompt according to the consistency between the hair quality information and the reference hair information; determining user information according to the fingerprint information; and according to the user information and the reference hair information, determining blowing parameters and controlling the hair drier to blow. The blower has the effect of improving the practicability of the blower.

Description

Technical Field

[0001] The present invention relates to the field of intelligent control, and in particular to a hair quality-based hair-drying adjustment method, system, storage medium and terminal. Background Art

[0002] A hair dryer is a household appliance used to dry hair. It generates hot air through a heating element and cooperates with a fan to accelerate the evaporation of moisture in the hair, thereby drying the hair quickly.

[0003] In the prior art, when using a hair dryer, a user usually relies on his or her own experience to judge the quality of his or her hair, and thereby manually adjusts the blowing speed and blowing temperature of the hair dryer.

[0004] With regard to the above-mentioned related technologies, the method in which users rely on their own experience to manually adjust the blowing speed and blowing temperature of the hair dryer is not convenient enough and is prone to adjustment errors, thereby causing damage to the hair, which needs to be improved. Summary of the invention

[0005] In order to reduce the damage to hair caused by a hair dryer, the present invention provides a hair-drying adjustment method based on hair quality.

[0006] In a first aspect, the present invention provides a method for adjusting hair quality based on hair blowing, which adopts the following technical solution: A hair-drying adjustment method based on hair quality, comprising: Get the pressure sensing position and pressure sensing value on the hair dryer handle; Generate a pressure sensing shape according to the pressure sensing value and the pressure sensing position; Determine to continue to detect or obtain the blowing wind force value of the hair dryer according to the consistency between the pressure sensing form and the preset reference sensing form; Determine whether to continue detection or obtain real-time detection images according to the consistency between the blowing wind force value and the preset pause wind force value; Determine to obtain hair image information or give a prompt according to the inclusion between the real-time detection image and the preset hair features; Identifying hair quality information from a preset hair feature library according to the hair image information; Determine to obtain fingerprint information or give a prompt based on the consistency between the hair quality information and the preset reference hair information; Determine user information based on fingerprint information; Matching the blowing parameters from a preset blowing database according to the user information and the reference hair information; The hair dryer is controlled to blow air based on the blowing parameters.

[0007] By adopting the above technical solution, the holding condition of the hair dryer can be known by understanding the pressure sensing form. When the hair dryer is held by a person, the wind force value can be used to know whether the hair is being blown. In the state of blowing, the object being blown is identified by real-time image detection. Once the object being blown is hair, the hair quality is further detected, and the user information is identified by fingerprint information to match the blowing parameters, so that the hair dryer can match different blowing parameters for different users, which is closer to the user's hair condition and reduces the damage to the hair by the hair dryer.

[0008] Optionally, the method for obtaining the baseline hair information and the user information includes: Acquire a collected hair image in a preset collection bin; Selecting the hair image based on the comparison between the collected hair image and the hair features; Controlling a preset rangefinder to measure hair features based on the hair image to obtain measurement coordinates; Determine to continue detecting or matching a single hair according to the exceeding of the measured coordinates and the preset coordinate change interval; Determine the hair end according to the single hair and the preset hair follicle characteristics; enlarging the hair image based on the hair end to obtain a hair tip image; According to the existence between the hair end image and the preset bifurcation feature, determining to obtain the side enlarged image of the hair end or determining the reference hair information according to the bifurcation feature; Determine the reference hair information based on the hair tip image or the reference hair information based on the split feature according to the presence between the side magnified image of the hair end and the split feature; Acquire initial fingerprint information of a new user based on the baseline hair information; The user information is generated by binding the baseline hair information according to the initial fingerprint information.

[0009] By adopting the above technical solution, the hair image is framed out by understanding the collected hair image, and then the hair features are measured by the rangefinder to obtain the measurement coordinates and frame out a single hair. The hair end is determined by identifying a single hair, and then the image of the hair end is enlarged to obtain the hair tip image, so as to determine the bifurcation of the hair tip. When the hair tip is bifurcated, the bifurcation feature is recorded as the baseline hair information; when the hair tip is not bifurcated, the hair tip image is recorded as the baseline hair information. The user information is obtained by obtaining the initial fingerprint information of the new user and binding it with the baseline hair information, so as to improve the convenience of using the hair dryer.

[0010] Optionally, the method for collecting the hair in the collection chamber includes: Obtaining detection image information of a preset detection area; Selecting hair features from a preset hair feature library according to the detected image information; Prompt based on the consistency between the hair features and the hair features or determine the hair position based on the detected image information and announce it; Get the real-time location of the hair dryer; Determine to obtain the moisture detection information of the hair feature or continue the detection according to the falling condition between the real-time position and the hair position; According to the exceeding condition between the humidity detection information and the preset reference humidity information, determining to control the preset suction device to suck or dry the hair features; After drying, the suction device is controlled to absorb the hair features.

[0011] By adopting the above technical solution, through understanding the detection image information, the hair feature is framed out from the hair feature library, and then the situation of the hair feature is understood. When the hair feature is hair, the current hair position is marked and reported through the detection image information. By understanding the real-time position of the hair dryer, it is determined whether the hair dryer is in the hair position. When the hair dryer is in the hair position, the humidity detection information of the hair feature is obtained. Whether the hair needs to be dried is determined by the situation of the humidity detection information. If necessary, the hair is dried and then absorbed. If not, it is directly absorbed, thereby improving the functionality of the hair dryer.

[0012] Optionally, the method for detecting hair features by suctioning the hair features by the suction device includes: After suction, obtaining suction image information of the hair position; Determine whether to increase the suction force of the suction device or continue the detection according to the inclusion between the suction image information and the hair features; The hair features are sucked according to the increased suction force, and the suction image information is obtained and updated again; Determine whether the absorbed image information still contains hair features; If not, the cleanup is complete; If included, when the real-time position of the hair dryer coincides with the position of the hair, the pushing point and pushing direction are determined according to the position of the hair; According to the pushing point and the pushing direction, the preset pushing device is controlled to push the hair feature and the suction device is controlled to absorb the hair feature and collect it into the collection bin.

[0013] By adopting the above technical solution, after absorbing the hair features, the absorption image information is obtained again to determine the absorption status of the hair. If the hair is not absorbed, the suction device is controlled to increase the suction force to absorb the hair, and the absorption image information is obtained again. If the hair is still not absorbed, based on the coincidence of the real-time position of the hair dryer and the hair position, the pushing device is controlled to push the hair features and the suction device is controlled to absorb the hair and put it into the collection bin, thereby improving the performance of the hair dryer.

[0014] Optionally, the blowing parameter correction method includes: Determine to continue detecting or obtain the real-time image of the hair according to the consistency between the blowing wind force value and the pause wind force value; Recognize the hair state from a preset hair state library according to the real-time hair image; Determine to obtain hair tip image information or give a prompt according to the consistency between the hair state and the preset dripping state; identifying the state of the hair ends from a hair state library according to the hair end image information; determining update parameters according to the consistency between the state of the hair ends and the preset fitting features or obtaining hair reflection information based on the fitting features; Correcting the blowing parameters based on the updated parameters and controlling the hair dryer to blow air using the corrected blowing parameters; Determine oily hair drying parameters or match drying temperature according to the consistency between hair reflective information and preset oily reflective characteristics; Control the hair dryer to blow air based on the oily blowing parameters; Controlling the hair dryer based on the drying temperature to dry the hair ends to a point that is inconsistent with the fitting characteristics; After drying, the hair dryer is controlled to blow air according to the corrected blowing parameters.

[0015] By adopting the above technical solution, when the hair dryer starts working, the hair state is known through the real-time image of the hair. Then, the dripping condition of the hair state is used to determine whether the hair is dripping. If it is dripping, a prompt is required. When it is not dripping, the state of the hair ends is known through the hair end image information, and the fit of the hair end state is used to determine whether the hair is attached together. When there is no attachment, the blowing parameters can be directly updated and the hair can be blown; when there is attachment, the hair reflection information needs to be obtained, and the reason for the hair attachment is determined by the hair oiliness of the hair reflection information. When the hair is attached due to hair oil, the oily blowing parameters need to be matched for blowing; when the hair is attached due to water, the hair is first dried until it is not attached, and then blown according to the corrected blowing parameters, so as to improve the functionality of the hair dryer.

[0016] Optionally, the method for detecting the hair tip status includes: When the blowing wind force value is inconsistent with the pause wind force value, it is determined whether the hair reflective information is consistent with the oily reflective characteristics; If they are consistent, the hair dryer is controlled to blow air according to the oily blowing parameters; If they are inconsistent, the hair dryer is controlled to blow dry or the corresponding repair essential oil is matched according to the consistency between the hair quality information and the preset damaged hair quality according to the blowing parameters; determining the hair position according to the hair image information; Determine the release power and intake power of the repairing essential oil based on the hair area; Determine the atomization degree of the repair essential oil according to the release power; The degree of stirring of the repair essential oil is determined according to the air intake power.

[0017] By adopting the above technical solution, when the hair dryer is in use and the hair reflective information is consistent with the oily reflective characteristics, the hair dryer is directly controlled to blow air according to the oily blowing parameters. When they are inconsistent, whether the hair is damaged is determined by the damage of the hair quality information. When the hair is damaged, the corresponding repair essential oil needs to be matched according to the damaged hair quality, and then the hair part is determined by the hair image information. The corresponding release power and intake power are matched based on each part, and the atomization degree and stirring degree of the repair essential oil are determined by the release power and intake power, so as to improve the use effect of the repair essential oil and further improve the functionality of the hair dryer.

[0018] Optionally, the control method of the hair dryer after blowing includes: Obtaining the internal humidity value of a preset collection channel in the hair dryer; Determining to continue detecting or matching the heating temperature according to the exceeding condition between the internal humidity value and the preset reference internal humidity value; Heat the collection channel according to the heating temperature and perform suction at a preset cleaning intensity; After the air is sucked in, the plane features of the inner wall of the collection channel are obtained; Determine to continue detection or obtain the blowing direction according to the consistency between the plane feature and the preset reference inner wall feature; Based on the blowing direction, a blowing device preset on the inner wall of the collecting channel is controlled to blow with a preset blowing force, and the plane features of the inner wall of the collecting channel are updated; Whether to continue the inspection or give a prompt is determined based on the consistency between the updated plane feature and the preset reference inner wall feature.

[0019] By adopting the above technical solution, the internal humidity value and humidity condition are understood, so as to know whether the collection channel is humid. When there is humidity, the corresponding heating temperature needs to be matched to heat and dry the collection channel, and after drying, suction is performed to absorb the attachments attached to the inner wall. After suction, the flatness of the plane feature is understood to determine whether there are still attachments on the inner wall. If there are attachments, the blowing device on the inner wall is controlled to blow and the plane feature is updated. The flatness of the updated plane feature is understood to determine whether there are still attachments on the inner wall. If there are still attachments, a report is issued to increase the service life of the hair dryer.

[0020] In a second aspect, the present application provides a hair quality-based hair drying adjustment system, which adopts the following technical solution: A hair-drying adjustment system based on hair quality, comprising: An acquisition module is used to acquire a pressure sensing position, a pressure sensing value, a blowing wind force value, a real-time detection image, hair image information, fingerprint information, a collected hair image, a side magnified image, initial fingerprint information, detection image information, a real-time position, humidity detection information, absorption image information, a real-time hair image, hair tip image information, hair reflection information, internal humidity value, plane features, and blowing direction; A memory for storing a program of the hair quality-based hair-drying adjustment method; The program in the processor memory can be loaded and executed by the processor to implement the hair quality-based hair drying adjustment method.

[0021] By adopting the above technical solution, the hair image is framed out by understanding the collected hair image, and then the hair features are measured by the rangefinder to obtain the measurement coordinates and frame out a single hair. The hair end is determined by identifying a single hair, and then the image of the hair end is enlarged to obtain the hair tip image, so as to determine the bifurcation of the hair tip. When the hair tip is bifurcated, the bifurcation feature is recorded as the baseline hair information; when the hair tip is not bifurcated, the hair tip image is recorded as the baseline hair information. The user information is obtained by obtaining the initial fingerprint information of the new user and binding it with the baseline hair information, so as to improve the convenience of using the hair dryer.

[0022] In a third aspect, the present application provides a computer storage medium capable of storing a corresponding program, which is convenient for implementing the hair quality-based hair drying adjustment method, and adopts the following technical solution: A computer-readable storage medium stores a computer program that can be loaded by a processor and execute any of the above-mentioned methods for adjusting hair quality based on hair drying.

[0023] By adopting the above technical solution, the hair image is framed out by understanding the collected hair image, and then the hair features are measured by the rangefinder to obtain the measurement coordinates and frame out a single hair. The hair end is determined by identifying a single hair, and then the image of the hair end is enlarged to obtain the hair tip image, so as to determine the bifurcation of the hair tip. When the hair tip is bifurcated, the bifurcation feature is recorded as the baseline hair information; when the hair tip is not bifurcated, the hair tip image is recorded as the baseline hair information. The user information is obtained by obtaining the initial fingerprint information of the new user and binding it with the baseline hair information, so as to improve the convenience of using the hair dryer.

[0024] In a fourth aspect, the present application provides an intelligent terminal, which adopts the following technical solution: An intelligent terminal comprises a memory and a processor, wherein the memory stores a computer program which can be loaded by the processor and execute any one of the hair quality-based hair-drying adjustment methods.

[0025] By adopting the above technical solution, the hair image is framed out by understanding the collected hair image, and then the hair features are measured by the rangefinder to obtain the measurement coordinates and frame out a single hair. The hair end is determined by identifying a single hair, and then the image of the hair end is enlarged to obtain the hair tip image, so as to determine the bifurcation of the hair tip. When the hair tip is bifurcated, the bifurcation feature is recorded as the baseline hair information; when the hair tip is not bifurcated, the hair tip image is recorded as the baseline hair information. The user information is obtained by obtaining the initial fingerprint information of the new user and binding it with the baseline hair information, so as to improve the convenience of using the hair dryer.

[0026] In summary, the present application includes at least one of the following beneficial technical effects: 1. By matching the blowing parameters corresponding to different users, the hair dryer can reduce the damage to the hair and improve the practicality of the hair dryer; 2. By detecting and recording the hair in the collection bin, the initial fingerprint information of the new user is obtained and bound to the baseline hair information to obtain the user information, thereby improving the convenience of using the hair dryer; 3. The inner wall of the collection channel is tested to determine the usage status of the inner wall, and then a solution is matched according to the usage status to increase the service life of the hair dryer. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 is a method flow chart of a hair quality-based hair blowing adjustment method in an embodiment of the present invention; Figure 2 is a method flow chart of a method for obtaining reference hair information and user information in an embodiment of the present invention; Figure 3is a method flow chart of a method for collecting hair in a collection bin according to an embodiment of the present invention; Figure 4 is a method flow chart of a method for detecting hair features by suctioning by a suction device in an embodiment of the present invention; Figure 5 is a method flow chart of a method for correcting blowing parameters in an embodiment of the present invention; Figure 6 is a method flow chart of a method for detecting a hair tip state in an embodiment of the present invention; Figure 7 It is a method flow chart of a method for controlling a hair dryer after blowing in an embodiment of the present invention. DETAILED DESCRIPTION

[0028] The following is combined with Figure 1-Figure 7 The present invention is further described in detail with examples.

[0029] The embodiment of the present application discloses a hair-drying adjustment method based on hair quality.

[0030] A hair-drying adjustment method based on hair quality matches the corresponding blowing parameters of different users to reduce the damage caused by the hair dryer to the hair; and detects the hair of the user who uses the hair dryer for the first time, obtains the fingerprint and binds them to obtain the corresponding user information. When the hair of the user who uses the hair dryer for the first time is detected and wet hair appears, the hair is dried and then sucked; when the hair cannot be sucked, the hair is sucked by increasing the wind force and the pushing device. Different methods are used to blow the hair for oily hair or damaged hair. When the inner wall of the collection channel is detected to be uneven after the hair is sucked, the inner wall is repaired by heating, sucking and blowing.

[0031] Reference Figure 1 , a hair quality-based hair blowing adjustment method comprises the following steps: Step 100: Obtain the pressure sensing position and pressure sensing value on the hair dryer handle.

[0032] The pressure sensing value refers to the pressure at the location where pressure exists; the pressure sensing value is obtained through the pressure sensor on the handle. The pressure sensing location refers to the location where pressure exists on the hair dryer handle; the pressure receiving points on the pressure sensor are numbered, and the number corresponding to the pressure sensing value greater than zero is defined as the pressure sensing location.

[0033] Step 101: Generate a pressure sensing shape according to the pressure sensing value and the pressure sensing position.

[0034] The pressure sensing form refers to the range of pressure on the handle and the combined form of the pressure it bears; The pressure sensing pattern is generated by connecting the numbers of the pressure sensing values ​​greater than zero at the pressure receiving points.

[0035] Step 102: Determine to continue detecting or obtaining the blowing wind force value of the hair dryer according to the consistency between the pressure sensing pattern and the preset reference sensing pattern.

[0036] The reference sensing form refers to the form sensed when the handle is held; the reference sensing form is set in advance by the staff in this field, and there are many reference sensing forms, which will not be described here. Whether the hair dryer is held is determined by judging whether the pressure sensing form is consistent with the reference sensing form.

[0037] When the pressure sensing pattern is inconsistent with the reference sensing pattern, it means that the hair dryer is not being held, and the pressure sensing pattern can be continued to be detected.

[0038] When the pressure sensing pattern is consistent with the reference sensing pattern, it means that the hair dryer is held and the blowing wind force value needs to be obtained; the blowing wind force value refers to the wind force blown out by the hair dryer; the blowing wind force value is obtained through the wind pressure sensor in the hair dryer.

[0039] Step 103: Determine whether to continue detection or obtain real-time detection images according to the consistency between the blowing wind force value and the preset pause wind force value.

[0040] The pause wind force value refers to the wind force parameter when the blowing wind force value is zero; whether the hair dryer is blowing is determined by judging whether the blowing wind force value is consistent with the pause wind force value.

[0041] If the blowing wind speed value is consistent with the pause wind speed value, it means that the hair dryer is not blowing air, and you can continue to detect the blowing wind speed value.

[0042] If the blowing wind force value is inconsistent with the paused wind force value, it means that the hair dryer is blowing and a real-time detection image needs to be obtained; the real-time detection image refers to the image information outside the air outlet when the hair dryer is blowing; the real-time detection image is obtained by taking pictures with a camera.

[0043] Step 104: Determine to obtain hair image information or give a prompt based on the inclusion between the real-time detection image and the preset hair features.

[0044] The hair feature refers to the feature of the presence of hair; whether to proceed to the next step is determined by judging whether the real-time detection image contains the hair feature.

[0045] If the real-time detection image does not contain hair features, it means that the next step cannot be performed and a prompt is required.

[0046] If the real-time detection image contains hair features, it means that the next step can be carried out and hair image information needs to be obtained; the hair image information refers to the image information of hair blown by the hair dryer; the hair image information is obtained by taking pictures with a camera.

[0047] Step 105: Identify hair quality information from a preset hair feature library based on the hair image information.

[0048] Hair quality information refers to the quality of hair, including dryness, split ends, dullness, etc. Hair quality information can be identified from a hair feature library through hair image information; the hair feature library is obtained based on deep learning of neural networks, which includes hair quality information; the hair feature library is an artificially set database and will not be elaborated here.

[0049] Step 106: Determine to obtain fingerprint information or give a prompt based on the consistency between the hair quality information and the preset reference hair information.

[0050] The reference hair information refers to the hair quality information recorded in advance in the hair dryer; whether to proceed to the next step is determined by judging whether the hair quality information is consistent with the reference hair information.

[0051] If the hair quality information is inconsistent with the reference hair information, it means that the user corresponding to the hair quality information has no preset entry, and thus the next step cannot be performed, and a prompt is required.

[0052] If the hair quality information is consistent with the reference hair information, it means that the next step can be carried out and fingerprint information needs to be obtained; the fingerprint information refers to the fingerprint of the current user; the fingerprint information is obtained through a fingerprint collector.

[0053] Step 107: Determine user information based on the fingerprint information.

[0054] User information is information recorded in a preset user database in advance, which includes the user's baseline hair information and fingerprint information; the user database contains the corresponding relationship between fingerprint information and user information; user information can be matched from the user database through fingerprint information. The user database is a manually set database and will not be described in detail here.

[0055] Step 108: Match the blowing parameters from a preset blowing database according to the user information and the reference hair information.

[0056] Blowing parameters refer to the blowing speed and blowing temperature of the hair dryer when blowing; the blowing parameters are obtained by matching the user information and the benchmark hair information from the blowing database; the blowing database contains the correspondence between the user information, the benchmark hair information and the blowing parameters; the blowing database is a manually set database and will not be elaborated here.

[0057] Step 109: Control the hair dryer to blow air based on the blowing parameters.

[0058] The hair is blown by controlling the hair dryer to match the blowing parameters.

[0059] Reference Figure 2 , the method for obtaining the reference hair information and the user information comprises the following steps: Step 200: Acquire a collected hair image in a preset collection bin.

[0060] The collection bin refers to a box-shaped container for collecting hair in a unified manner; the collected hair image refers to the image information in the collection bin; the collected hair image is obtained by taking pictures with a camera.

[0061] Step 201: Selecting a hair image based on the comparison between the collected hair image and the hair features.

[0062] The hair image refers to an image of hair after the background image is removed from the collected hair images; the hair image can be selected from the collected hair images by comparing the hair features.

[0063] Step 202: Based on the hair image, a preset rangefinder is controlled to measure hair features to obtain measurement coordinates.

[0064] The rangefinder is an instrument used to measure the smoothness of hair in the hair image; the measurement coordinates refer to the coordinates of each position on the hair; the measurement coordinates are obtained by measuring all hair features on the hair image with the rangefinder.

[0065] Step 203: Determine to continue detecting or matching a single hair according to the extent that the measured coordinates exceed the preset coordinate variation interval.

[0066] The coordinate change interval refers to the coordinate range within which the measured coordinates can change when the measured coordinates change; by judging whether the measured coordinates exceed the coordinate change interval, it is determined whether the currently measured hair is a single and continuous hair.

[0067] If the measured coordinates exceed the coordinate variation range, it means that the currently measured hair is not a single and continuous hair, and other hairs need to be detected.

[0068] If the measured coordinates do not exceed the coordinate variation range, it means that the currently measured hair is a single and continuous hair, and the current hair is marked to obtain a single hair. A single hair refers to a hair that is continuous from the root to the tip.

[0069] Step 204: Determine the hair end according to the single hair and the preset hair follicle characteristics.

[0070] The hair follicle feature refers to the small particles attached to the root of the hair; the hair end refers to the tip of the hair; the two ends of a single hair are compared to see whether there are hair follicle features, and the end without the hair follicle feature is the hair end.

[0071] Step 205: Enlarging the hair image based on the hair ends to obtain a hair tip image.

[0072] The hair tip image refers to a top view image of the hair tip portion; the hair tip image can be obtained by enlarging the hair image at the hair end.

[0073] Step 206: Determine to obtain a side magnified image of the hair end according to the existence between the hair end image and the preset bifurcation feature or determine the reference hair information according to the bifurcation feature.

[0074] The bifurcation feature refers to the bifurcation phenomenon at the end of a single hair. By judging whether there is a bifurcation feature in the hair end image, it is determined whether it is necessary to obtain a side magnified image of the hair end. The side magnified image is a left-view image of the hair end.

[0075] If there is a bifurcation feature in the hair end image, it means that the current hair has a bifurcation phenomenon, and the baseline hair information is directly recorded based on the bifurcation feature.

[0076] If there is no bifurcation feature in the hair end image, considering that the top view image is not complete, it is necessary to obtain a side enlarged image of the hair end.

[0077] Step 207: Determine whether to determine the reference hair information based on the hair tip image or the reference hair information based on the branching feature according to the existence between the side magnified image of the hair end and the branching feature.

[0078] Whether the hair has split ends is determined by judging whether there are split end features in the side magnified image.

[0079] If there is no bifurcation feature in the side enlarged image, it means that the current hair does not have a bifurcation phenomenon, and the baseline hair information can be directly recorded based on the hair tip image.

[0080] If there is a bifurcation feature in the side enlarged image, it means that the current hair has a bifurcation phenomenon, and the baseline hair information needs to be recorded based on the bifurcation feature.

[0081] Step 208: Acquire initial fingerprint information of the new user based on the reference hair information.

[0082] The initial fingerprint information refers to the fingerprint information of the user who uses the hair dryer for the first time; the initial fingerprint information is obtained by a fingerprint collector. When the baseline hair information is determined, the initial fingerprint information corresponding to it is collected.

[0083] Step 209: Bind the reference hair information according to the initial fingerprint information to generate user information.

[0084] The user information is generated by binding the initial fingerprint information to the baseline hair information and recorded in the user database.

[0085] Reference Figure 3 The method for collecting hair in the collection bin comprises the following steps: Step 300: Acquire detection image information of a preset detection area.

[0086] The detection area refers to the area where hair features exist; the detection image information refers to the image containing all information in the detection area; the detection image information is obtained by taking pictures with a camera.

[0087] Step 301: Select hair features from a preset hair feature library based on the detected image information.

[0088] Hair features refer to the hair present in the detection area; the hair features are selected from the hair feature library by detecting image information; the hair feature library is obtained based on deep learning of the neural network model, which includes hair features. The hair feature library is an artificially set database and will not be elaborated here.

[0089] Step 302: Prompt based on the consistency between the hair features and the hair features or determine the hair position based on the detected image information and announce it.

[0090] Whether the current hair is hair is determined by judging whether the hair feature is consistent with the hair feature.

[0091] If the hair characteristics are inconsistent with the head hair characteristics, it means that the current hair is not head hair and does not need to be absorbed. Just give a prompt.

[0092] If the hair feature is consistent with the hair feature, it means that the current hair is hair, and the hair position needs to be marked and reported. The hair position refers to the position of the hair feature in the detection area; the hair position can be obtained by marking the hair feature in the detection image information.

[0093] Step 303: Obtain the real-time position of the hair dryer.

[0094] The real-time position refers to the current position of the hair dryer; the real-time position is obtained by reading the GPS chip set in the hair dryer.

[0095] Step 304: Determine whether to obtain the moisture detection information of the hair characteristics or continue the detection according to the falling condition between the real-time position and the hair position.

[0096] Whether the hair dryer detects the hair is determined by judging whether the real-time position falls within the hair position.

[0097] If the real-time position does not fall within the hair position, detection continues until the real-time position falls within the hair position.

[0098] If the real-time position falls within the hair position, the hair dryer is controlled to perform humidity detection on the hair characteristics and obtain humidity detection information; the humidity detection information refers to the moisture content on the hair; the humidity detection information is obtained through a humidity sensor.

[0099] Step 305: Determine and control the preset suction device to absorb or dry the hair features according to the excess between the humidity detection information and the preset reference humidity information.

[0100] The baseline humidity information refers to the maximum amount of moisture that can exist on the hair; the baseline humidity information is artificially set information and will not be described in detail here.

[0101] Whether drying is required is determined by judging whether the humidity detection information exceeds the reference humidity information.

[0102] If the humidity detection information does not exceed the reference humidity information, it means that the hair does not need to be dried, and the suction device can be directly controlled to absorb the hair characteristics; the suction device refers to an exhaust fan used to absorb scattered hair.

[0103] If the humidity detection information exceeds the reference humidity information, it means that the hair needs to be dried, and the hair dryer is controlled to dry the hair.

[0104] Step 306: After drying, control the suction device to absorb the hair features.

[0105] After the hair is dried, the suction device is controlled to absorb the hair features.

[0106] Reference Figure 4 The method for detecting hair features by using a suction device comprises the following steps: Step 400: After suction, obtain suction image information of the hair position.

[0107] The absorbed image information refers to the image information of the hair position after the suction device absorbs the hair features; the absorbed image information is obtained by taking pictures with a camera.

[0108] Step 401: Determine whether to increase the suction force of the suction device or continue detection based on the inclusion between the suction image information and the hair features.

[0109] Whether the hair features are completely absorbed is determined by judging whether the absorbed image information contains the hair features.

[0110] If the absorbed image information does not contain hair features, it means that the current hair position has been absorbed cleanly, and the remaining hair positions continue to be detected.

[0111] If the absorbed image information contains hair features, it means that the current hair position is not absorbed cleanly, and the suction force of the suction device needs to be increased to absorb the hair features. The suction force refers to the suction force of the suction device when absorbing the hair features.

[0112] Step 402: The hair features are sucked in according to the increased suction force, and the suction image information is acquired and updated again.

[0113] The suction device is controlled to absorb the hair features with the increased suction force, and the suction image information of the current hair position is obtained again and the suction image information is updated.

[0114] Step 403: Determine whether the updated absorbed image information still contains hair features.

[0115] Whether the hair features have been completely absorbed is determined by judging whether the updated absorbed image information still contains the hair features.

[0116] Step 4031: If the updated absorbed image information does not contain hair features, the cleaning is completed.

[0117] If the updated absorption image information does not contain hair features, it means that the current hair position has been absorbed cleanly, that is, the cleaning is completed.

[0118] Step 4032: If the updated suction image information still contains hair features, when the real-time position of the hair dryer coincides with the hair position, the pushing point and pushing direction are determined according to the hair position.

[0119] If the updated suction image information still contains hair features, it means that the current hair position is still not cleanly sucked out; when the real-time position of the hair dryer coincides with the hair position, the pushing point and pushing direction must be determined; the pushing point refers to the point of force for pushing the hair feature; the pushing direction refers to the direction in which the hair feature is pushed; the pushing point and pushing direction are obtained by comparing the hair position with a preset pushing database, the pushing database contains the correspondence between the hair position, the pushing point and the pushing direction, and the pushing database is an artificially set database, which will not be elaborated here.

[0120] Step 40321: According to the pushing point and the pushing direction, the preset pushing device is controlled to push the hair feature and the suction device is controlled to absorb the hair feature and store it in the collection bin.

[0121] The pushing device refers to a manipulator used to push the hair; the pushing device is controlled by the pushing point and the pushing direction to push the hair to facilitate the suction device to absorb it, and after pushing, the suction device is controlled to absorb the hair features and put them into the collection bin.

[0122] Reference Figure 5 , the correction method of blowing parameters includes the following steps: Step 500: Determine whether to continue detecting or obtain a real-time image of the hair according to the consistency between the blowing wind force value and the pause wind force value.

[0123] Whether the hair dryer is blowing is determined by judging whether the blowing wind force value is consistent with the temporary wind force value.

[0124] If the blowing wind speed value is consistent with the pause wind speed value, it means that the hair dryer is not blowing air, and you can continue to detect the blowing wind speed value.

[0125] If the blowing wind force value is inconsistent with the pause wind force value, it means that the hair dryer is blowing, and a real-time image of the hair needs to be obtained; the real-time image of the hair refers to the image information of the hair surface when the hair dryer is blowing the hair; the real-time image of the hair is obtained by taking pictures with a camera.

[0126] Step 501: Identify the hair state from a preset hair state library according to the real-time hair image.

[0127] Hair state refers to the appearance state of the hair surface; the hair state is identified from the hair state library through the real-time image of the hair; the hair state library is obtained through deep learning based on the neural network model, which includes the hair state; the hair state library is an artificially set database and will not be elaborated here.

[0128] Step 502: Determine to obtain hair tip image information or give a prompt based on the consistency between the hair state and the preset dripping state.

[0129] The dripping state refers to the state when water drops appear on the hair; whether water drops appear on the hair is determined by judging whether the hair state is consistent with the dripping state.

[0130] If the hair state is consistent with the dripping state, it means that there are definitely water drops on the hair and a prompt is required.

[0131] If the hair state is inconsistent with the dripping state, it means that there are no water drops on the hair, and the next step can be performed, and the hair tip image information needs to be obtained; the hair tip image information refers to the image information of the hair tip and the image around the hair tip.

[0132] Step 503: Identify the hair end status from the hair status library according to the hair end image information.

[0133] The hair tip state refers to the dryness state of the hair tips of a plurality of hairs; the hair tip state is identified from a hair state library through hair tip image information, and the hair state library contains the hair tip state.

[0134] Step 504: Determine update parameters based on the consistency between the hair end state and the preset fitting features or obtain hair reflection information based on the fitting features.

[0135] The fitting feature refers to the feature when the hair ends are stuck together due to being wet; whether the hair ends are stuck together is determined by judging whether the state of the hair ends is consistent with the fitting feature.

[0136] If the state of the hair ends is inconsistent with the fitting feature, it means that the hair ends are not fitted together; the update parameters can be obtained according to the current drying state of the hair; the update parameters refer to the new blowing speed and new blowing temperature of the hair dryer. The update parameters can be matched from the hair database according to the current state of the hair ends; the hair database contains the corresponding relationship between the state of the hair ends and the update parameters.

[0137] If the state of the hair ends is consistent with the fitting features, it means that the hair ends are fitted together; the reason for the fitting is determined by obtaining the hair reflection information; the hair reflection information refers to the information reflected back to the direction of the light source due to the hair being illuminated; the hair reflection information is obtained by identifying the reflection image information obtained, and the reflection image information is obtained by a camera.

[0138] Step 505: Correct the blowing parameters based on the updated parameters and control the hair dryer to blow air with the corrected blowing parameters.

[0139] When the hair ends are not close together, the blowing parameters are corrected by updating the parameters, and after the correction, the hair dryer is controlled to blow the hair.

[0140] Step 506: Determine the oily hair drying parameters or match the drying temperature according to the consistency between the hair reflective information and the preset oily reflective characteristics.

[0141] The oily reflective feature refers to the characteristic of light reflected when the hair is stuck together due to oiliness. The reason for the hair reflection is determined by judging whether the hair reflection information is consistent with the oily reflective feature.

[0142] If the hair reflection information is inconsistent with the oily reflection characteristics, it means that the hair ends are stuck together due to water, and the drying temperature can be directly matched from the preset drying temperature library; the drying temperature refers to the temperature used to dry the hair ends that are stuck together until they are not stuck together; the drying database contains the correspondence between the humidity when the hair ends are stuck together due to water and the drying temperature; the drying temperature library is a manually set database and will not be elaborated here.

[0143] If the hair reflection information is consistent with the oily reflection characteristics, it means that the hair ends are stuck due to oil, and the oily blow-drying parameters are directly matched from the blow-drying database based on the oily hair; the blow-drying database contains the correspondence between oily hair and oily blow-drying parameters.

[0144] Step 507: Control the hair dryer to blow air based on the oily blowing parameters.

[0145] Directly control the hair dryer to blow dry oily hair with the matched oily blowing parameters.

[0146] Step 508: Based on the drying temperature, control the hair dryer to dry the hair ends until they are inconsistent with the fitting characteristics.

[0147] Control the hair dryer to dry the hair ends at the matching drying temperature until they are no longer sticky.

[0148] Step 509: After drying, control the hair dryer to blow air according to the corrected blowing parameters.

[0149] When the hair ends are not stuck together, the hair dryer is controlled to blow the hair using the corrected blowing parameters.

[0150] Reference Figure 6 , the method for detecting the hair tip state comprises the following steps: Step 600: When the blowing wind force value is inconsistent with the pause wind force value, determine whether the hair reflection information is consistent with the oily reflection characteristic.

[0151] When the blowing wind force value is inconsistent with the pause wind force value, it means that the hair dryer is blowing. Whether the repair essential oil can be used is determined by judging whether the hair reflection information is consistent with the oily reflection characteristics.

[0152] Step 601: If the hair reflection information is consistent with the oily reflection characteristics, the hair dryer is controlled to perform hair blowing according to the oily blowing parameters.

[0153] If the hair reflection information is consistent with the oily reflection characteristics, it means that the hair cannot use repair essential oil, and the hair dryer is directly controlled to blow dry the oily hair with the matched oily blowing parameters.

[0154] Step 602: If the hair reflective information is inconsistent with the oily reflective characteristics, the hair dryer is controlled to blow the hair or the corresponding repair essential oil is matched according to the blowing parameters based on the consistency between the hair quality information and the preset damaged hair quality.

[0155] Damaged hair refers to hair that has abnormal symptoms such as split ends or dryness; if the hair reflection information is inconsistent with the oily reflection characteristics, it is determined whether the hair needs to use repair essential oils by judging whether the hair quality information is consistent with the damaged hair quality.

[0156] If the hair quality information is inconsistent with the damaged hair quality, there is no need to use repair essential oil, and you can directly control the hair dryer according to the blowing parameters; If the hair quality information is consistent with damaged hair, it means that the hair is damaged and needs to use repair essential oil. The damaged hair can be matched with the repair essential oil from the preset repair database. The repair database contains the correspondence between damaged hair and repair essential oil. The repair database is an artificially set database and will not be elaborated here.

[0157] Step 6021: Determine the hair position based on the hair image information.

[0158] Hair parts refer to the root, shaft and tip of the hair; the hair parts can be identified and marked through the hair image information.

[0159] Step 6022: Determine the release power and intake power of the repair essential oil based on the hair position.

[0160] Release power refers to the speed at which the repairing essential oil is sprayed onto the hair; intake power refers to the speed at which air enters the repairing essential oil. The release power and intake power corresponding to different hair parts are compared through the preset power comparison library; the power comparison library contains the correspondence between hair parts, release power and intake power; the power comparison library is a manually set database and will not be elaborated here.

[0161] Step 6023: Determine the atomization degree of the repair essential oil based on the release power.

[0162] The degree of atomization refers to the degree of dispersion of the repair essential oil sprayed on the hair; the degree of atomization is obtained by comparing the release power with a preset atomization database; the atomization database contains the correspondence between the release power and the degree of atomization; the atomization database is an artificially set database and will not be described in detail here.

[0163] Step 6024: Determine the stirring degree of the repair essential oil based on the intake power.

[0164] The stirring degree refers to the degree of mixing achieved by the repair essential oil; the stirring degree is obtained by comparing the air intake power with the preset stirring database; the stirring database contains the correspondence between the air intake power and the stirring degree; the stirring database is an artificially set database and will not be described in detail here.

[0165] The control method of the hair dryer after blowing comprises the following steps: Step 700: Obtain the internal humidity value of a preset collecting channel in the hair dryer.

[0166] The collecting channel refers to a channel used to suck the hair sucked by the suction device into the collecting bin; the internal humidity value refers to the humidity condition of the collecting channel in the hair dryer; the internal humidity value is obtained through a humidity sensor.

[0167] Step 701: Determine to continue detecting or matching the heating temperature according to the extent to which the internal humidity value exceeds a preset reference internal humidity value.

[0168] The reference internal humidity value refers to the maximum humidity value that can exist in the collection channel; the reference internal humidity value is set by personnel in this field and will not be described in detail here.

[0169] Whether heating and dehumidification are required in the collection channel is determined by judging whether the internal humidity value exceeds the reference internal humidity value.

[0170] If the internal humidity value does not exceed the reference internal humidity value, it means that heating and dehumidification are not required in the collection channel and the test can be continued.

[0171] If the internal humidity value does not exceed the reference internal humidity value, it means that heating and dehumidification are required in the collection channel. The heating temperature can be matched from the drying temperature library through the internal humidity value; the drying temperature library contains the corresponding relationship between the internal humidity value and the heating temperature.

[0172] Step 702: Heat the collection channel according to the heating temperature and perform suction at a preset cleaning intensity.

[0173] The matching heating temperature is used to control the preset heater in the collection channel to heat the collection channel; considering that the hair in the collection channel is attached to the inner wall of the collection channel due to humidity, it is necessary to control the suction device to suck air with a preset cleaning force after heating to clean the collection channel; the cleaning force refers to the suction force of the suction device when sucking air in the collection channel after the collection channel is heated. The cleaning force is a manually set value and will not be described in detail here.

[0174] Step 703: After air suction, obtain the plane features of the inner wall of the collection channel.

[0175] The plane feature refers to the flatness of the inner wall of the collection channel; the plane feature is obtained by measuring with a rangefinder.

[0176] Step 704: Determine whether to continue detecting or obtain the blowing direction based on the consistency between the plane feature and the preset reference inner wall feature.

[0177] The reference inner wall feature refers to the feature of the inner wall of the collecting channel when it is flat; whether there is still foreign matter on the inner wall of the collecting channel is determined by judging whether the plane feature is consistent with the reference inner wall feature.

[0178] If the plane feature is consistent with the reference inner wall feature, it means that there is no foreign matter on the inner wall of the collection channel, and the detection can be continued.

[0179] If the plane feature is inconsistent with the reference inner wall feature, it means that there are foreign objects on the inner wall of the collection channel, and the blowing direction needs to be obtained; the blowing direction refers to the direction when blowing away foreign objects on the inner wall of the collection channel; the blowing direction is obtained through the position of the collection bin to avoid blowing foreign objects out of the outside.

[0180] Step 705: Based on the blowing direction, control the blowing device preset on the inner wall of the collecting channel to blow with a preset blowing force, and update the plane features of the inner wall of the collecting channel.

[0181] The blowing device refers to a blowing fan used to blow away foreign matter; the blowing intensity refers to the wind force of the blowing device when blowing away foreign matter; the blowing intensity is a manually set value and will not be elaborated here; the blowing device is controlled to blow with a preset blowing intensity according to the blowing direction; and after blowing, the planar features of the inner wall of the collection channel are obtained and updated again.

[0182] Step 706: Determine whether to continue detection or give a prompt based on the consistency between the updated plane feature and the preset reference inner wall feature.

[0183] Whether the inner wall of the collection channel is cleaned is determined by judging whether the updated plane feature is consistent with the reference inner wall feature.

[0184] If the plane features are consistent with the reference inner wall features, it means that the inner wall of the collection channel is clean and the test can continue.

[0185] If the plane feature is inconsistent with the reference inner wall feature, it means that the inner wall of the collection channel cannot be cleaned by the blowing device and a report prompt is required.

[0186] Based on the same inventive concept, an embodiment of the present invention provides a hair quality-based hair drying adjustment system, comprising the following steps: The acquisition module is used to obtain the pressure sensing position, pressure sensing value, blowing wind force value, real-time detection image, hair image information, fingerprint information, collected hair image, side magnified image, initial fingerprint information, detection image information, real-time position, humidity detection information, absorption image information, hair real-time image, hair end image information, hair reflection information, internal humidity value, plane features and blowing direction.

[0187] A memory for storing a program of any one of the hair quality-based hair drying adjustment methods.

[0188] The program in the processor memory can be loaded and executed by the processor to implement any one of the hair quality-based hair drying adjustment methods.

[0189] An embodiment of the present invention provides a computer-readable storage medium storing a computer program that can be loaded by a processor and execute any one of the hair quality-based hair drying adjustment methods.

[0190] Computer storage media include, for example, various media that can store program codes, such as USB flash drives, mobile hard disks, read-only memories (ROM), random access memories (RAM), magnetic disks or optical disks.

[0191] Based on the same inventive concept, an embodiment of the present invention provides an intelligent terminal, including a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and execute any one of the hair quality-based hair drying adjustment methods.

[0192] The above is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments. All technical solutions under the concept of the present invention belong to the protection scope of the present invention. It should be pointed out that for ordinary technicians in this technical field, some improvements and modifications without departing from the principle of the present invention should also be regarded as the protection scope of the present invention.

Claims

1. A hair-drying adjustment method based on hair quality, characterized in that: include: Get the pressure sensing position and pressure sensing value on the hair dryer handle; Generate a pressure sensing shape according to the pressure sensing value and the pressure sensing position; Determine to continue to detect or obtain the blowing wind force value of the hair dryer according to the consistency between the pressure sensing form and the preset reference sensing form; Determine whether to continue detection or obtain real-time detection images according to the consistency between the blowing wind force value and the preset pause wind force value; Determine to obtain hair image information or give a prompt according to the inclusion between the real-time detection image and the preset hair features; Identifying hair quality information from a preset hair feature library according to the hair image information; Determine to obtain fingerprint information or give a prompt based on the consistency between the hair quality information and the preset reference hair information; Determine user information based on fingerprint information; Matching the blowing parameters from a preset blowing database according to the user information and the reference hair information; The hair dryer is controlled to blow air based on the blowing parameters.

2. A hair quality-based hair blowing adjustment method according to claim 1, characterized in that: The method for obtaining the baseline hair information and user information includes: Acquire a collected hair image in a preset collection bin; Selecting the hair image based on the comparison between the collected hair image and the hair features; Controlling a preset rangefinder to measure hair features based on the hair image to obtain measurement coordinates; Determine to continue detecting or matching a single hair according to the exceeding of the measured coordinates and the preset coordinate change interval; Determine the hair end according to the single hair and the preset hair follicle characteristics; enlarging the hair image based on the hair end to obtain a hair tip image; According to the existence between the hair end image and the preset bifurcation feature, determining to obtain the side enlarged image of the hair end or determining the reference hair information according to the bifurcation feature; Determine the reference hair information based on the hair tip image or the reference hair information based on the split feature according to the presence between the side magnified image of the hair end and the split feature; Acquire initial fingerprint information of a new user based on the baseline hair information; The user information is generated by binding the baseline hair information according to the initial fingerprint information.

3. A hair quality-based hair blowing adjustment method according to claim 2, characterized in that: The methods for collecting hair in the collection chamber include: Obtaining detection image information of a preset detection area; Selecting hair features from a preset hair feature library according to the detected image information; Prompt based on the consistency between the hair features and the hair features or determine the hair position based on the detected image information and announce it; Get the real-time location of the hair dryer; Determine to obtain the moisture detection information of the hair feature or continue the detection according to the falling condition between the real-time position and the hair position; According to the exceeding condition between the humidity detection information and the preset reference humidity information, determining to control the preset suction device to suck or dry the hair features; After drying, the suction device is controlled to absorb the hair features.

4. The hair-drying adjustment method based on hair quality according to claim 3, characterized in that: The detection method of the suction device sucking the hair characteristics includes: After suction, obtaining suction image information of the hair position; Determine whether to increase the suction force of the suction device or continue the detection according to the inclusion between the suction image information and the hair features; The hair features are sucked according to the increased suction force, and the suction image information is obtained and updated again; Determine whether the absorbed image information still contains hair features; If not, the cleanup is complete; If included, when the real-time position of the hair dryer coincides with the position of the hair, the pushing point and pushing direction are determined according to the position of the hair; According to the pushing point and the pushing direction, the preset pushing device is controlled to push the hair feature and the suction device is controlled to absorb the hair feature and collect it into the collection bin.

5. The hair quality-based hair blowing adjustment method according to claim 1, characterized in that: The correction methods of blowing parameters include: Determine to continue detecting or obtain the real-time image of the hair according to the consistency between the blowing wind force value and the pause wind force value; Recognize the hair state from a preset hair state library according to the real-time hair image; Determine to obtain hair tip image information or give a prompt according to the consistency between the hair state and the preset dripping state; identifying the state of the hair ends from a hair state library according to the hair end image information; determining update parameters according to the consistency between the state of the hair ends and the preset fitting features or obtaining hair reflection information based on the fitting features; Correcting the blowing parameters based on the updated parameters and controlling the hair dryer to blow air using the corrected blowing parameters; Determine oily hair drying parameters or match drying temperature according to the consistency between hair reflective information and preset oily reflective characteristics; Control the hair dryer to blow air based on the oily blowing parameters; Controlling the hair dryer based on the drying temperature to dry the hair ends to a point that is inconsistent with the fitting characteristics; After drying, the hair dryer is controlled to blow air according to the corrected blowing parameters.

6. The hair quality-based hair blowing adjustment method according to claim 5, characterized in that: The detection methods of hair tip status include: When the blowing wind force value is inconsistent with the pause wind force value, it is determined whether the hair reflective information is consistent with the oily reflective characteristics; If they are consistent, the hair dryer is controlled to blow air according to the oily blowing parameters; If they are inconsistent, the hair dryer is controlled to blow dry or the corresponding repair essential oil is matched according to the consistency between the hair quality information and the preset damaged hair quality according to the blowing parameters; determining the hair position according to the hair image information; Determine the release power and intake power of the repairing essential oil based on the hair area; Determine the atomization degree of the repair essential oil according to the release power; The degree of stirring of the repair essential oil is determined according to the air intake power.

7. The hair quality-based hair blowing adjustment method according to claim 1, characterized in that: The control method of the hair dryer after blowing includes: Obtaining the internal humidity value of a preset collection channel in the hair dryer; Determining to continue detecting or matching the heating temperature according to the exceeding condition between the internal humidity value and the preset reference internal humidity value; Heat the collection channel according to the heating temperature and perform suction at a preset cleaning intensity; After the air is sucked in, the plane features of the inner wall of the collection channel are obtained; Determine to continue detection or obtain the blowing direction according to the consistency between the plane feature and the preset reference inner wall feature; Based on the blowing direction, a blowing device preset on the inner wall of the collecting channel is controlled to blow with a preset blowing force, and the plane features of the inner wall of the collecting channel are updated; Whether to continue the inspection or give a prompt is determined based on the consistency between the updated plane feature and the preset reference inner wall feature.

8. A hair-drying adjustment system based on hair quality, characterized in that: include: An acquisition module is used to acquire a pressure sensing position, a pressure sensing value, a blowing wind force value, a real-time detection image, hair image information, fingerprint information, a collected hair image, a side magnified image, initial fingerprint information, detection image information, a real-time position, humidity detection information, absorption image information, a real-time hair image, hair tip image information, hair reflection information, internal humidity value, plane features, and blowing direction; A memory for storing a program of a hair quality-based hair drying adjustment method according to any one of claims 1 to 7; The program in the memory can be loaded and executed by the processor to implement the hair quality-based hair drying adjustment method as described in any one of claims 1 to 7.

9. A computer-readable storage medium, characterized in that: The computer program is stored which can be loaded by a processor and executes a hair quality-based hair drying adjustment method as claimed in any one of claims 1 to 7.

10. An intelligent terminal, characterized in that: The invention comprises a memory and a processor, wherein the memory stores a computer program which can be loaded by the processor and executes a hair quality-based hair drying adjustment method as claimed in any one of claims 1 to 7.

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