A traditional Chinese medicine package treatment instrument, a working method thereof and a storage medium

Abstract

This invention discloses a traditional Chinese medicine (TCM) herbal pack therapy device, its working method, and storage medium. The working method includes: acquiring basic vital sign information and local vital sign information of the wearing site; detecting local physiological parameters at the wearing site; determining the user's body type profile based on at least one of the basic vital sign information, local vital sign information, and local physiological parameters; determining whether the user's body type profile matches a preset body type profile database; if matching, acquiring temperature requirement information matching the user's body type profile and the surface temperature of the wearing site; and controlling the heating temperature of the herbal pack based on the temperature requirement information and the surface temperature. This invention improves the therapeutic effect of the TCM herbal pack therapy device on individuals with specific body types by better controlling the heating temperature.

Description

Technical Field

[0001] This invention relates to the field of traditional Chinese medicine wrapping technology, and in particular to a traditional Chinese medicine wrapping therapy device, its working method, and its storage medium. Background Technology

[0002] The principle of TCM herbal pack therapy device is to use the relevant structure in the instrument to fix the Chinese medicine pack on the affected area or specific acupoints of the human body. Then, by electric heating, the heat is used to open the skin pores, accelerate local blood circulation, and allow the medicinal ingredients to directly penetrate into the lesion, so as to achieve the treatment of internal diseases from the outside. It can effectively avoid the stimulation of the gastrointestinal tract by oral drugs.

[0003] Currently, traditional Chinese medicine herbal pack therapy devices are increasingly being used on individuals with specific body types, such as obese, thin, or with abnormal body shapes. However, for these individuals, the devices often fail to achieve the intended therapeutic effects due to improper temperature control of the herbal packs. Summary of the Invention

[0004] The main objective of this invention is to provide a working method for a traditional Chinese medicine (TCM) sealing and wrapping therapy device, which aims to solve the problem that current TCM sealing and wrapping therapy devices cannot achieve the set therapeutic effects for people with special body types due to unreasonable heating temperature control.

[0005] To achieve the above objectives, the working method of the traditional Chinese medicine sealing therapy device proposed in this invention includes: Obtain the user's basic vital signs information and local vital signs information at the wearing site; Local physiological parameters are obtained by detecting the area where the therapeutic device is worn; A user's body type profile is determined based on at least one of basic vital signs information, local vital signs information, and local physiological parameters. Determine whether the user's body shape profile matches the preset body shape profile database; If a match is found, the temperature requirement information and the surface temperature of the wearing area are obtained, which match the user's body shape profile. The heating temperature of the herbal medicine pack is controlled based on the temperature requirement information and body surface temperature.

[0006] Optionally, a user's body profile is determined based on at least one of basic vital signs, local vital signs, and local physiological parameters, including: Based on basic physical characteristics information, determine the first preset body type portrait that matches the description. The first preset body shape profile is adjusted based on at least one of the local physiological parameters and local physical signs information to obtain the user's body shape profile.

[0007] Optionally, the first preset body shape profile includes a first preset body shape feature and a first preset physiological parameter; the user body shape profile includes calculated body shape features and local physiological parameters of the user. The step of adjusting the first preset body shape profile based on at least one of local physiological parameters and local vital sign information to obtain a user body shape profile includes: Based on local physical characteristics, the first preset body shape features are adjusted to obtain intermediate body shape features; Based on local physiological parameters, the intermediate body shape characteristics and the first preset physiological parameters are adjusted to obtain the calculated body shape characteristics and calculated physiological parameters, respectively. Calculate body shape features and physiological parameters and store them as user body shape profiles.

[0008] Optionally, the preset body shape image library includes multiple second preset body shape images, each of which includes second preset body shape features and second preset physiological parameters; The steps to determine whether a user's body profile matches a preset body profile database include: Determine whether the calculated body shape feature matches at least one of multiple second preset body shape features; If a match is found, then determine whether the calculated physiological parameter matches the corresponding second preset physiological parameter. If a match is found, it is determined that the user's body profile matches the preset body profile database.

[0009] Optionally, obtain temperature-related information that matches the user's body shape profile, including: Based on the second preset body shape characteristics, determine the matching initial temperature demand curve; The initial temperature demand curve is corrected based on the calculated body shape characteristics and local physical characteristics information to obtain the corrected temperature demand curve; The temperature demand curve is used as temperature demand information to match the user's body shape profile.

[0010] Optionally, the heating temperature of the herbal medicine pack can be controlled based on temperature demand information and body surface temperature, including: Calculate the rate of temperature change based on body surface temperature; The heating temperature of the herbal medicine pack is controlled based on the corrected temperature demand curve, body surface temperature, and rate of temperature change.

[0011] Optionally, if the user's body profile corresponds to an obese or underweight body type, the step of controlling the heating temperature of the herbal medicine pack based on the corrected temperature demand curve, body surface temperature, and rate of temperature change is as follows: The first predicted body surface temperature is calculated based on the rate of temperature change and the body surface temperature after a preset buffer time, and the first predicted heating temperature is obtained after the preset buffer time. Determine the second predicted body surface temperature corresponding to the first predicted heating temperature in the calibrated temperature demand curve; Determine whether the first predicted body surface temperature has reached the second predicted body surface temperature; If the desired temperature is reached, then reduce the heating temperature.

[0012] Optionally, when the user's body profile corresponds to a body type with localized abnormal physical characteristics, the step of controlling the heating temperature of the herbal medicine pack based on the corrected temperature demand curve, body surface temperature, and rate of temperature change is as follows: The third predicted body surface temperature is calculated based on the rate of temperature change and the body surface temperature after a preset buffer time, and the second predicted heating temperature is obtained after the preset buffer time. Determine the fourth predicted body surface temperature corresponding to the second predicted heating temperature in the calibrated temperature demand curve; Determine whether the third predicted body surface temperature has reached the fourth predicted body surface temperature; If the desired temperature is not reached, increase the heating temperature.

[0013] The present invention also proposes a storage medium storing computer-executable instructions, wherein the storage medium executable instructions are used to execute the above-described working method of the traditional Chinese medicine sealing therapy device.

[0014] The present invention also proposes a traditional Chinese medicine sealing therapy device, including the storage medium as described above.

[0015] The technical solution of this invention accurately locates the user's body shape profile based on the user's basic characteristic information, local characteristic information of the wearing site, and local physiological parameters. When the user's body shape profile matches the preset body shape profile database, the heating temperature of the Chinese medicine pack is controlled according to the temperature requirement information and body surface temperature. This ensures that the adjusted heating temperature meets the heating temperature requirements of the user's body shape profile, thereby solving the problem that the therapeutic device cannot achieve the set treatment effect for people with special body shapes. Attached Figure Description

[0016] To more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on the structures shown in these drawings without creative effort.

[0017] Figure 1 This is a flowchart illustrating an embodiment of the working method of the traditional Chinese medicine sealing therapy device of the present invention; Figure 2 This is a flowchart illustrating step S300 in one embodiment of the working method of the traditional Chinese medicine sealing therapy device of the present invention; Figure 3 This is a flowchart illustrating step S320 in one embodiment of the working method of the traditional Chinese medicine sealing therapy device of the present invention; Figure 4This is a flowchart illustrating step S620 in one embodiment of the working method of the traditional Chinese medicine sealing therapy device of the present invention; Figure 5 This is a flowchart illustrating step S620 in another embodiment of the working method of the traditional Chinese medicine sealing therapy device of the present invention.

[0018] The realization of the objective, functional features and advantages of the present invention will be further explained in conjunction with the embodiments and with reference to the accompanying drawings. Detailed Implementation

[0019] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those of ordinary skill in the art without creative effort are within the scope of protection of the present invention.

[0020] Furthermore, in this invention, descriptions involving "first," "second," etc., are for descriptive purposes only and should not be construed as indicating or implying their relative importance or implicitly specifying the number of technical features indicated. Therefore, a feature defined with "first" or "second" may explicitly or implicitly include at least one of that feature. Additionally, the technical solutions of the various embodiments can be combined with each other, but only on the basis of being achievable by those skilled in the art. When the combination of technical solutions is contradictory or impossible to implement, such a combination of technical solutions should be considered non-existent and not within the scope of protection claimed by this invention.

[0021] Currently, traditional Chinese medicine (TCM) herbal pack therapy devices are being widely used for individuals with specific body types, such as those who are obese, thin, or have localized abnormalities. These devices typically maintain a constant temperature for the herbal pack through negative temperature feedback. However, testing has revealed that these individuals often struggle to effectively utilize the temperature-controlled strategy of these devices due to their unique body shapes. Specifically: obese individuals, due to increased heat dissipation burden from fat, have a lower tolerance for higher temperatures and frequently interrupt treatment because they cannot tolerate the high temperatures used to heat the herbal pack; thin individuals, with their lower body fat percentage, are at higher risk of burns during the heating process; and users with localized abnormalities, such as those with kyphosis, often lack sufficient adaptability to the curvature of their body surface, resulting in significant air gaps and heat loss, thus failing to achieve the intended therapeutic effect.

[0022] In response to the above problems, refer to Figure 1 This invention proposes a working method for a traditional Chinese medicine sealing and wrapping therapy device.

[0023] Step S100: Obtain the user's basic vital signs information and local vital signs information of the wearing site; For simplicity, this instruction manual uses "therapeutic device" to refer to "Traditional Chinese Medicine Sealing Therapy Device". Basic vital signs information refers to the user's basic physical condition, such as age, weight, and gender; the wearing site refers to the part of the user's body where the therapeutic device is worn, such as the waist, upper arm, and forearm; local vital signs information refers to the vital signs information of the wearing site, such as waist circumference, upper arm tension and relaxation circumference, and forearm tension and relaxation circumference.

[0024] The therapeutic device may be equipped with a user interaction module or a wireless communication module, allowing users to input basic vital signs information, wearing location, and local vital signs information through the user interaction module (such as a voice interaction module, touch screen) and smart terminals (such as mobile phones or tablets).

[0025] Step S200: Detect local physiological parameters at the site where the treatment device is worn; The therapeutic device may be equipped with physiological parameter detection modules such as skin electrodes, electromyography sensors, PPG detection modules, and EDA detection modules. These modules are used to detect physiological parameters at the wearing site and store local vital signs information through an unobstructed contact environment between the therapeutic device and the user's body when the user wears the therapeutic device.

[0026] Step S300: Determine the user's body profile based on at least one of the following: basic vital signs information, local vital signs information, and local physiological parameters; User body profiles are used to reflect various aspects of a user's physical condition, including vital signs and physiological parameters.

[0027] Step S400: Determine whether the user's body shape profile matches the preset body shape profile database; The preset body type library stores multiple preset body type profiles, all of which were collected through pre-experimentation. The preset body type library is configured to cover most or all user characteristic profiles of obese, thin, and locally abnormal body types. Step S400 can be achieved by comparing the user's body type profile with the preset body type profiles in the preset body type profile library (i.e., the subsequent second preset body type profiles) to determine whether the difference between the user's body type profile and one of the preset body type profiles is within a preset difference range.

[0028] For example, if the difference is within the preset difference range, the result of step S400 can be a match, indicating that the user's body type is obese or thin, and the subsequent steps of the present invention can be executed; if the difference is not within the preset difference range, the result of step S400 can be a mismatch, indicating that the user's body type is normal, and the subsequent steps of the present invention do not need to be executed.

[0029] Step S500: If a match is found, obtain the temperature requirement information and the body surface temperature of the wearing part that match the user's body shape profile. Temperature requirement information reflects the user's body type profile's temperature needs. For example, it can indicate the tolerable heating temperature for obese users under different conditions; or the heating temperature that poses a risk of burn to thin users under different conditions; or the heating temperature required to maintain optimal heating effect for users with localized abnormalities under different conditions. It is understandable that different user body types will correspond to different temperature requirement information, and even users of the same body type will have different temperature requirement information. For example, the temperature requirement information for mild obesity and severe obesity will be different.

[0030] The therapeutic device can also be equipped with a temperature sensor, which is configured to contact the skin of the wearing area as the therapeutic device is worn, and detect the skin temperature as the body surface temperature.

[0031] Step S600: Control the heating temperature of the herbal medicine pack according to the temperature requirement information and body surface temperature.

[0032] Since the body surface temperature corresponds to the heating temperature of the therapeutic device that the user feels in real time, the therapeutic device can determine whether the current body surface temperature meets the heating temperature requirements of the herbal pack for people with obese, thin, or abnormal body types based on the temperature demand information and body surface temperature. In turn, it can adjust the heating temperature of the herbal pack in a timely manner so that the adjusted heating temperature can meet the heating temperature requirements of the user's body type profile.

[0033] In one embodiment, for obese users, based on temperature demand information and body surface temperature, it can be determined whether such users are approaching their tolerance limit for high temperatures or have a large temperature margin before reaching their tolerance limit. If the determination result is that they will soon reach their tolerance limit, the heating temperature can be reduced to alleviate the discomfort of obese users, thereby preventing them from interrupting the operation of the treatment device due to the unbearable high temperature of the herbal pack. If there is a large temperature margin before reaching the tolerance limit, the heating temperature of the herbal pack can be controlled according to the original temperature control strategy.

[0034] In one embodiment, for users with abnormal physical signs, it can be determined whether such users are at a heating temperature of the herbal pack that provides sufficient foot therapy effect based on temperature demand information and body surface temperature; if not, the heating temperature can be increased to improve the therapeutic effect; if so, the current heating temperature can be maintained.

[0035] The technical solution of this invention accurately locates the user's body shape profile based on the user's basic characteristic information, local characteristic information of the wearing site, and local physiological parameters. When the user's body shape profile matches the preset body shape profile database, the heating temperature of the herbal pack is controlled according to the temperature requirement information and body surface temperature. This ensures that the adjusted heating temperature meets the heating temperature requirements of the user's body shape profile, thereby solving the problem that the therapeutic device cannot achieve the set treatment effect for people with special body shapes.

[0036] Reference Figure 2 Step S300: Determine the user's body shape profile based on at least one of basic vital sign information, local vital sign information, and local physiological parameters, including: Step S310: Based on the basic physical characteristics information, determine the first preset body type portrait that matches the image. The first preset body type profile is a standard body type profile corresponding to individuals of different ages, genders, and weights. The treatment device can wirelessly connect to an external device (server or smart terminal) and send the acquired basic vital sign parameters to the external device. The external device can pre-store a first preset body type profile library, which stores multiple first preset body type profiles. Each first preset body type profile is associated with a preset basic vital sign information. The server can determine the closest preset basic vital sign information and its associated stored first preset body type profile based on the basic vital sign information uploaded by the treatment device, and can send the determined first preset body type profile back to the treatment device to realize step S310.

[0037] Step S320: Adjust the first preset body shape profile according to at least one of the local physiological parameters and local physical signs information to obtain the user body shape profile.

[0038] Since, in most cases, a user's basic physical characteristics are not entirely consistent with preset basic physical characteristics, the obtained first preset body shape profile cannot accurately represent the user's actual physical characteristics. Therefore, the technical solution of this invention adjusts the first preset body shape profile using local physiological parameters and local feature information related to the user's physical characteristics profile, thereby obtaining the user's body shape profile. This helps to improve the accuracy of determining the user's body shape profile.

[0039] Specifically, the first preset body shape profile includes a first preset body shape feature and a first preset physiological parameter; the user body shape profile includes calculated body shape features and local physiological parameters of the user. Reference Figure 3 Step S320, adjusting the first preset body shape profile based on at least one of local physiological parameters and local vital sign information to obtain the user's body shape profile, includes: Step S321: Adjust the first preset body shape features based on local body feature information to obtain intermediate body shape features; The first preset body shape feature is the standard body shape corresponding to the first preset body shape profile. The user's local physical characteristics information is compared with the preset body shape features of the corresponding wearing part in the first preset body shape feature. If the comparison result is that the user's local physical characteristics information is less than (or greater than) the preset body shape feature of the corresponding wearing part, the first preset body shape feature is adjusted to be smaller (or larger) according to the difference between the two to serve as an intermediate body shape feature. If the comparison result is that the user's local physical characteristics information is greater than the preset body shape feature of the corresponding wearing part, the first preset body shape feature is adjusted to be larger according to the difference between the two to serve as an intermediate body shape feature.

[0040] Step S322: Based on local physiological parameters, adjust the intermediate body shape characteristics and the first preset physiological parameters to obtain the calculated body shape characteristics and calculated physiological parameters respectively; The first preset physiological parameter is the standard physiological parameter corresponding to the first preset body shape feature. However, since the first preset body shape has been adjusted, the first preset physiological parameter also needs to be adjusted to obtain the calculated physiological parameter that matches the calculated body shape feature. Similar to step S321, the user's local physiological parameter can be compared with the preset physiological parameter of the corresponding wearing part in the first preset physiological parameter. If the comparison result is that the user's local physiological parameter is less than (or greater than) the preset physiological parameter of the corresponding wearing part, then the first preset physiological parameter is adjusted to be smaller (or larger) according to the difference between the two to be used as the calculated physiological parameter.

[0041] Meanwhile, since the intermediate body shape features are obtained by adjusting only local physiological information, there is still a large error. Therefore, step S322 can also make a second adjustment to the intermediate body shape features based on the difference between the local physiological parameters and the preset physiological parameters of the corresponding wearing part in the first preset physiological parameters, so as to obtain more accurate calculated body shape features.

[0042] Step S323: Calculate body shape features and physiological parameters and store them as a user body shape profile.

[0043] Furthermore, the preset body shape image library includes multiple second preset body shape images, each of which includes second preset body shape features and second preset physiological parameters; Step S400: Determine whether the user's body shape profile matches the preset body shape profile database, including: Step S410: Determine whether the calculated body shape feature matches at least one of multiple second preset body shape features; Multiple second-preset body type profiles are configured to cover most or all obese, thin, and body types with localized abnormal physical characteristics. By judging whether the difference between the calculated body type characteristics and the second-preset body type characteristics is within a preset difference range, it can be determined whether the calculated body type characteristics match the preset body type characteristics, thereby identifying the user currently wearing the treatment device as belonging to a special body type population.

[0044] Step S420: If a match is found, determine whether the calculated physiological parameters match the corresponding second preset physiological parameters. It should be noted that the second preset physiological parameter determined in step S420 corresponds to the second preset body shape feature matched in step S410.

[0045] Step S430: If a match is found, then the user's body profile is determined to match the preset body profile database.

[0046] It is understandable that if the judgment results of steps S410 and S420 are mismatched, it is determined that the user's body type profile does not match the preset body type profile database, that is, it is determined that the body type of the user currently wearing the treatment device does not belong to a special body type population.

[0047] The technical solution of this invention determines whether a user's body profile belongs to a special body type group by calculating both body shape features and physiological parameters. Compared with a single-dimensional judgment, this method is more accurate. Furthermore, by adopting a sequential judgment mechanism of calculating body shape features and physiological parameters, the problem of excessive data volume caused by calculating physiological parameters first can be avoided, thereby improving matching efficiency.

[0048] Further, in step S500, obtaining the temperature-related information that matches the user's body shape profile includes: Step S510: Determine the matching initial temperature demand curve based on the second preset body shape characteristics; The external device can pre-store a variety of preset temperature demand curves. Each preset temperature demand curve is associated with a second preset body shape feature. Based on the second preset body shape feature in the first preset body shape profile in the aforementioned steps, the corresponding preset temperature demand curve can be retrieved as the initial temperature demand curve.

[0049] Understandably, the second preset body shape feature can reflect to some extent whether the user's body shape belongs to the category of obese, thin, or with abnormal local signs. Therefore, the initial temperature demand curve matched with the second preset body shape also corresponds to the user's actual body shape category.

[0050] Step S520: Correct the initial temperature demand curve based on the calculated body shape characteristics and local physical characteristics information to obtain the corrected temperature demand curve; Since there are differences between the first preset body shape and the calculated body shape characteristics, and the local physical characteristics of the wearing area are different, users will have different needs for heating temperature. Therefore, it is necessary to perform two corrections on the initial temperature demand curve based on the differences between the first preset body shape and the calculated body shape characteristics, as well as based on the local physical characteristics information, in order to obtain the corrected temperature demand curve.

[0051] Specifically, the initial temperature demand curve includes multiple sets of correspondences between body surface temperature and heating temperature. The difference between the first preset body shape and the calculated body shape characteristics is used to adjust the limit temperature (minimum heating temperature and / or maximum heating temperature) of the heating temperature in the multiple sets of correspondences. Local physical characteristic information is used to adjust the heating temperature corresponding to each body surface temperature in the multiple sets of correspondences.

[0052] Step S530: Use the temperature demand curve as temperature demand information to match the user's body shape profile.

[0053] Further, step S600, controlling the heating temperature of the herbal medicine pack based on temperature demand information and body surface temperature, includes: Step S610: Calculate the rate of temperature change based on the body surface temperature; The rate of change of body surface temperature within a preset number of times or a preset time is obtained by calculating at least two body surface temperatures obtained within a preset number of times or a preset time.

[0054] Step S620: Control the heating temperature of the herbal medicine pack according to the corrected temperature demand curve, body surface temperature and temperature change rate.

[0055] Body surface temperature reflects the temperature currently exerted on the wearing area by the heating temperature of the herbal pack. The rate of temperature change reflects the trend of body surface temperature change in the near future. The calibrated temperature demand curve represents the heating temperature requirement for different body surface temperatures. Therefore, by analyzing body surface temperature and the rate of temperature change, it can be determined whether the current heating temperature meets the requirements of the calibrated temperature curve in the near future. If it does, no adjustment is needed, and the original heating temperature control strategy can be maintained. If it does not meet the requirements, timely intervention is needed, such as increasing or decreasing the heating temperature.

[0056] Reference Figure 4 If the user's body shape profile corresponds to an obese or underweight body shape, step S620 includes: Step S621: Calculate the first predicted body surface temperature after a preset buffer time based on the temperature change rate and body surface temperature, and obtain the first predicted heating temperature after a preset buffer time. In this embodiment, the preset buffer time is set to a relatively short duration, and can be determined through a large number of preliminary experiments; this application does not limit this. In an optional embodiment, the preset buffer time is set to 1 second.

[0057] When the user's body profile corresponds to either an obese or thin body type, the rate of temperature change is usually positive, meaning the body surface temperature is trending upwards. Therefore, the first predicted body surface temperature is typically higher than the current body surface temperature. The predicted temperature increase can be calculated by multiplying a preset buffer time by the rate of temperature change, and then adding this increase to the current body surface temperature to obtain the first predicted body surface temperature. The first predicted heating temperature can be determined by acquiring the original control strategy for heating temperature, or by adding the current heating temperature to a preset temperature margin. Alternatively, this application does not limit the method of obtaining the first predicted heating temperature.

[0058] Step S622: Determine the second predicted body surface temperature corresponding to the first predicted heating temperature in the corrected temperature demand curve; By looking up the correspondence between multiple sets of body surface temperatures and heating temperatures in the calibrated temperature demand curve, the body surface temperature corresponding to the first predicted heating temperature can be obtained, and this temperature can be used as the second predicted body surface temperature. The second predicted body surface temperature is the highest body surface temperature that can be tolerated by obese or thin body types when heating the herbal pack at the first predicted heating temperature.

[0059] Step S623: Determine whether the first predicted body surface temperature has reached the second predicted body surface temperature; Step S624: If the desired temperature is reached, reduce the heating temperature.

[0060] If the first predicted body surface temperature is greater than or equal to the second predicted body surface temperature, it means that the second predicted body surface temperature has been reached, and the heating temperature is about to reach the limit that the user's wearing part can withstand. At this time, reducing the heating temperature can effectively prevent obese users from being unable to tolerate it and removing the treatment device, or causing burns to thin users. Furthermore, by reserving a preset buffer time to reduce the heating temperature in advance, the risk of excessive heating temperature due to untimely temperature reduction can be further reduced.

[0061] If the first predicted body surface temperature is lower than the second predicted body surface temperature, it means that the second predicted body surface temperature has not been reached. The heating temperature is still far from the limit that the user's wearing part can withstand. Therefore, no intervention is needed for the heating temperature. The current heating temperature can be maintained or the heating temperature can be controlled according to the original control strategy.

[0062] In another alternative embodiment, refer to Figure 5 If the user's body profile corresponds to a body type with abnormal local physical characteristics, step S620 includes: Step S625: Calculate the third predicted body surface temperature after the preset buffer time based on the temperature change rate and body surface temperature, and obtain the second predicted heating temperature after the preset buffer time. In this embodiment, the implementation method of the preset buffer time can be the same as that in the previous embodiment, and will not be described again here.

[0063] When a user's body profile corresponds to a body type with localized abnormalities, the rate of temperature change is typically negative, indicating a decreasing trend in body surface temperature. Therefore, the third predicted body surface temperature is usually lower than the current body surface temperature. The predicted temperature decay can be calculated by multiplying the preset buffer time by the rate of temperature change. Adding the current body surface temperature to the predicted temperature decay yields the third predicted body surface temperature. The method for obtaining the second predicted heating temperature can refer to that of the first predicted heating temperature, and this application does not limit this method.

[0064] Step S626: Determine the fourth predicted body surface temperature corresponding to the second predicted heating temperature in the corrected temperature demand curve; By looking up the correspondence between multiple sets of body surface temperatures and heating temperatures in the calibrated temperature demand curve, the body surface temperature corresponding to the second predicted heating temperature can be obtained, and this temperature can be used as the fourth predicted body surface temperature. The fourth predicted body surface temperature is the body surface temperature at which the treatment effect is optimal for the body type with local abnormal signs when the herbal pack is heated at the third predicted heating temperature.

[0065] Step S627: Determine whether the third predicted body surface temperature has reached the fourth predicted body surface temperature; Step S628: If the desired temperature is not reached, increase the heating temperature.

[0066] If the third predicted body surface temperature is lower than the fourth predicted body surface temperature, it means that the fourth predicted body surface temperature has not been reached, and the heating temperature cannot ensure that the wearing site receives a good treatment effect. In this case, the heating temperature should be increased to improve the treatment effect of the device.

[0067] If the third predicted body surface temperature is greater than or equal to the fourth predicted body surface temperature, it means that the fourth predicted body surface temperature has been reached, and the heating temperature is sufficient to ensure that the wearing site enjoys a good therapeutic effect. At this time, no intervention is needed in the heating temperature; simply maintain the current heating temperature or control the heating temperature according to the original control strategy.

[0068] The present invention also proposes a storage medium storing computer-executable instructions for executing the working method of a traditional Chinese medicine sealing therapy device. The specific structure of the working method of the traditional Chinese medicine sealing therapy device is as described in the above embodiments. Since this storage medium adopts all the technical solutions of all the above embodiments, it has at least all the beneficial effects brought about by the technical solutions of the above embodiments, which will not be elaborated here.

[0069] The present invention also proposes a traditional Chinese medicine sealing therapy device, which includes the above-mentioned storage medium. The specific structure of the storage medium is as described in the above embodiments. Since the present traditional Chinese medicine sealing therapy device adopts all the technical solutions of all the above embodiments, it has at least all the beneficial effects brought about by the technical solutions of the above embodiments, which will not be described in detail here.

[0070] The above description is merely an optional embodiment of the present invention and does not limit the patent scope of the present invention. All equivalent structural transformations made using the contents of the present invention's specification and drawings under the inventive concept of the present invention, or direct / indirect applications in other related technical fields, are included within the patent protection scope of the present invention.

Claims

1. A working method for a traditional Chinese medicine sealing and wrapping therapy device, characterized in that, include: Obtain the user's basic vital signs information and local vital signs information at the wearing site; Local physiological parameters are obtained by detecting the area where the therapeutic device is worn; A user's body type profile is determined based on at least one of basic vital signs information, local vital signs information, and local physiological parameters. Determine whether the user's body shape profile matches the preset body shape profile database; If a match is found, the temperature requirement information and the surface temperature of the wearing area are obtained, which match the user's body shape profile. The heating temperature of the herbal medicine pack is controlled based on the temperature requirement information and body surface temperature.

2. The working method of the traditional Chinese medicine sealing and wrapping therapy device as described in claim 1, characterized in that, A user's body profile is determined based on at least one of basic vital signs, local vital signs, and local physiological parameters, including: Based on basic physical characteristics information, determine the first preset body type portrait that matches the description. The first preset body shape profile is adjusted based on at least one of the local physiological parameters and local physical signs information to obtain the user's body shape profile.

3. The working method of the traditional Chinese medicine sealing and wrapping therapy device as described in claim 2, characterized in that, The first preset body shape profile includes a first preset body shape feature and a first preset physiological parameter; the user body shape profile includes calculated body shape features and local physiological parameters of the user. The step of adjusting the first preset body shape profile based on at least one of local physiological parameters and local vital sign information to obtain a user body shape profile includes: Based on local physical characteristics, the first preset body shape features are adjusted to obtain intermediate body shape features; Based on local physiological parameters, the intermediate body shape characteristics and the first preset physiological parameters are adjusted to obtain the calculated body shape characteristics and calculated physiological parameters, respectively. Calculate body shape features and physiological parameters and store them as user body shape profiles.

4. The working method of the traditional Chinese medicine sealing and wrapping therapy device as described in claim 3, characterized in that, The preset body shape image library includes multiple second preset body shape images, and each second preset body shape image includes second preset body shape features and second preset physiological parameters; The steps to determine whether a user's body profile matches a preset body profile database include: Determine whether the calculated body shape feature matches at least one of multiple second preset body shape features; If a match is found, then determine whether the calculated physiological parameter matches the corresponding second preset physiological parameter. If a match is found, it is determined that the user's body profile matches the preset body profile database.

5. The working method of the traditional Chinese medicine sealing and wrapping therapy device as described in claim 4, characterized in that, Obtain temperature-related information that matches the user's body shape profile, including: Based on the second preset body shape characteristics, determine the matching initial temperature demand curve; The initial temperature demand curve is corrected based on the calculated body shape characteristics and local physical characteristics information to obtain the corrected temperature demand curve; The temperature demand curve is used as temperature demand information to match the user's body shape profile.

6. The working method of the traditional Chinese medicine sealing and wrapping therapy device as described in claim 5, characterized in that, Based on temperature requirements and body surface temperature, control the heating temperature of the herbal medicine pack, including: Calculate the rate of temperature change based on body surface temperature; The heating temperature of the herbal medicine pack is controlled based on the corrected temperature demand curve, body surface temperature, and rate of temperature change.

7. The working method of the traditional Chinese medicine sealing and wrapping therapy device as described in claim 6, characterized in that, When the user's body profile corresponds to either an obese or thin physique, the steps for controlling the heating temperature of the herbal medicine pack based on the corrected temperature demand curve, body surface temperature, and rate of temperature change are as follows: The first predicted body surface temperature is calculated based on the rate of temperature change and the body surface temperature after a preset buffer time, and the first predicted heating temperature is obtained after the preset buffer time. Determine the second predicted body surface temperature corresponding to the first predicted heating temperature in the calibrated temperature demand curve; Determine whether the first predicted body surface temperature has reached the second predicted body surface temperature; If the desired temperature is reached, then reduce the heating temperature.

8. The working method of the traditional Chinese medicine sealing and wrapping therapy device as described in claim 6, characterized in that, When a user's body profile corresponds to a body type with localized abnormal physical characteristics, the steps for controlling the heating temperature of the herbal medicine pack based on the corrected temperature demand curve, body surface temperature, and rate of temperature change are as follows: The third predicted body surface temperature is calculated based on the rate of temperature change and the body surface temperature after a preset buffer time, and the second predicted heating temperature is obtained after the preset buffer time. Determine the fourth predicted body surface temperature corresponding to the second predicted heating temperature in the calibrated temperature demand curve; Determine whether the third predicted body surface temperature has reached the fourth predicted body surface temperature; If the desired temperature is not reached, increase the heating temperature.

9. A storage medium, characterized in that, The storage medium contains computer-executable instructions, which are used to perform the working method of the traditional Chinese medicine sealing therapy device according to any one of claims 1 to 8.

10. A traditional Chinese medicine sealing and wrapping therapy device, characterized in that, Includes the storage medium as described in claim 9.

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