Obstetrics and gynecology rehabilitation training recording system and method

Abstract

The present invention discloses a gynecological rehabilitation training recording system and method, which relates to the technical field of rehabilitation training, and includes a training recording module, a rehabilitation analysis module, and a real-time adjustment module. The training recording module is electrically connected to the rehabilitation analysis module, and the rehabilitation analysis module is electrically connected to the real-time adjustment module. The training recording module is used to monitor the amount of exercise and leg swelling of the parturient's legs. The rehabilitation analysis module is used to analyze the parturient's rehabilitation status according to various monitoring data. The real-time adjustment module is used to adjust the water temperature of leg-pressing training in real time and pre-set the salt and mineral content of the water according to the analysis results. The training recording module includes a 3D scanner, an infrared scanning unit, an infrared imaging unit, a temperature detection unit, a timing module, and a data transmission module. The 3D scanner is electrically connected to the data transmission module. The present invention has the characteristics of real-time monitoring.

Description

Technical Field

[0001] The present invention relates to the technical field of rehabilitation training, and in particular to a gynecology and obstetrics rehabilitation training recording system and method. Background Art

[0002] The obstetrics and gynecology rehabilitation training record system is a management tool for women's problems during pregnancy, childbirth and postpartum recovery. It can effectively improve the rehabilitation effect of mothers, reduce the incidence of complications, and help them smoothly pass the critical period after childbirth. During obstetrics and gynecology rehabilitation training, one of the movements is to do leg kicks in the water. The resistance of the water can effectively help strengthen the leg muscles without causing damage to the joints. Water exercise can promote blood circulation, help relieve edema and promote body recovery.

[0003] The water temperature is constant during the existing leg-pushing training. However, as the mother exercises, the body may not dissipate heat in time, causing the body temperature to be too high. If the water temperature is directly lowered, it may cause muscle cramps when exposed to cold water. At the same time, the salt and mineral content that promotes water discharge and reduces leg swelling is also based on manual adjustment, which is inaccurate. Therefore, it is necessary to design a real-time monitoring system and method for recording obstetrics and gynecology rehabilitation training. Summary of the invention

[0004] The purpose of the present invention is to provide a gynecology and obstetrics rehabilitation training recording system and method to solve the problems raised in the above background technology.

[0005] In order to solve the above technical problems, the present invention provides the following technical solutions: a gynecological rehabilitation training recording system and method, including a training recording module, a rehabilitation analysis module, and a real-time adjustment module. The training recording module is electrically connected to the rehabilitation analysis module, and the rehabilitation analysis module is electrically connected to the real-time adjustment module. The training recording module is used to monitor the amount of leg exercise and leg swelling of the parturient. The rehabilitation analysis module is used to analyze the parturient's rehabilitation status based on various monitoring data. The real-time adjustment module is used to adjust the water temperature of leg pushing training in real time and pre-set the salt and mineral content of the water based on the analysis results.

[0006] According to the above technical solution, the training recording module includes a 3D scanner, an infrared scanning unit, an infrared imaging unit, a temperature detection unit, a timing module, and a data transmission module. The 3D scanner is electrically connected to the data transmission module, the infrared scanning unit is electrically connected to the infrared imaging unit, the temperature detection unit and the timing module are electrically connected to the data transmission module, the infrared scanning unit is used to perform infrared scanning on the legs of the parturient in the water by infrared scanning, the infrared imaging unit is used to image the legs of the parturient scanned by infrared scanning, the temperature detection unit is used to detect the water temperature, the timing module is used to record the exercise time of the parturient, and the 3D scanner is used to scan the legs of the parturient and perform 3D imaging;

[0007] The rehabilitation analysis module includes a database, an image processing module, a swelling area marking module, an area calculation module, a motion amplitude analysis module, a motion frequency calculation module, and a motion volume derivation module. The database is electrically connected to the data transmission module, the image processing module is electrically connected to the swelling area marking module and the 3D scanner, the swelling area marking module is electrically connected to the area calculation module, the motion frequency calculation module and the motion frequency calculation module are electrically connected to the motion volume derivation module, the database is used to store the scanned image data of the parturient's legs, the image processing module is used to process the collected images, and adjust the contrast and brightness , so as to observe the swollen area more clearly, the swollen area marking module is used to mark the possible swollen area on the image and highlight it with different colors, the area calculation module is used to measure the length and width of the swollen area and calculate its area, the movement amplitude analysis module is used to extract the key points of the knee and ankle joints of the leg on the infrared image, and calculate the movement amplitude of the leg according to the position of the key points, the movement frequency calculation module is used to record the movement cycle of raising and lowering the leg according to the timestamp of recording the movement, and calculate the frequency, and the movement amount derivation module is used to perform statistical analysis on the data to calculate the movement amount in combination with the changes in the movement amplitude and frequency;

[0008] The real-time adjustment module includes a water temperature adjustment module and a group ratio adjustment module. The water temperature adjustment module is electrically connected to the exercise volume derivation module, and the group ratio adjustment module is electrically connected to the area calculation module. The water temperature adjustment module is used to adjust the water temperature according to the current exercise volume, and the group ratio adjustment module is used to adjust the salt and mineral content in the water according to the degree of swelling of the legs.

[0009] Obstetrics and gynecology rehabilitation training recording methods, including:

[0010] S1. Before the mother starts training, scan both legs with a 3D scanner for 3D imaging;

[0011] S2. Using computer analysis equipped with analytical software, clearly observe the swollen area and highlight it with different colors, measure the length, width and height of the swollen area, calculate its area and obtain the degree of swelling;

[0012] S3. Adjust the salt and mineral content in the water according to the degree of swelling to support the body's recovery and promote water discharge to reduce swelling to a certain extent without causing excessive levels of water.

[0013] S4. When the parturient starts training, the infrared scanning unit is used to scan the parturient's legs immersed in water, and the movement amplitude and frequency of the legs are calculated to calculate the amount of exercise;

[0014] S5. Set the speed of water temperature reduction according to the current amount of exercise. After high-frequency exercise, you can choose to cool down quickly, while after low-frequency exercise, you can choose to cool down slowly.

[0015] S6. Based on the results of multiple experiments, optimize the adjustment parameters and establish a standard adjustment process for water temperature, salinity and mineral content.

[0016] According to the above technical solution, in S2, the specific method for obtaining the degree of swelling is:

[0017] S2-1, define the normal color of the leg as the background area, use the color threshold segmentation technology, select the appropriate threshold to separate the swollen area from the background area;

[0018] S2-2, extract the boundary of the swelling area, divide the irregular swelling area into multiple polygons, calculate the length and width of each polygon vertex coordinate, and then calculate the area of ​​each swelling area , quantitatively assessing the height of the swelling area by comparing the height of the swelling area with the height of the surrounding healthy tissue , the degree of swelling of a single swelling area is , the overall swelling of the leg is ,in The number of swollen areas in the legs.

[0019] According to the above technical solution, in S3, the specific method for adjusting the content of salt and minerals is:

[0020] S3-1. First, set the initial concentration of salt and minerals in water to , which is the salt and mineral concentration when the legs are not swollen at all;

[0021] S3-2, according to the calculation , for the set concentration Increase proportionally, that is ,in is the swelling conversion factor, and the concentration is set There is a maximum value , arrive It will not increase with the increase of leg swelling.

[0022] According to the above technical solution, in S4, the specific method for calculating the amount of exercise is:

[0023] S4-1, perform infrared scanning on the legs, extract key points of the knee and ankle joints of the legs on the infrared image, generate a plane rectangular coordinate system in a vertical state, and record the position coordinate changes of the key points on the plane rectangular coordinate system;

[0024] S4-2. The highest point of the knee key point before entering the water is the beginning of the kicking cycle, and the end of the kicking cycle is when the knee key point returns to the relatively high point after entering the water. In the kth kicking cycle, the arc length of the knee key point swing is , the arc length of the ankle joint key point swing is , then the amount of exercise in this leg-pushing cycle is ,in is the weight parameter of the knee key point swing in terms of motion, is the weight parameter of the ankle joint key point swing in the amount of exercise, then the total amount of exercise in this rehabilitation training ,in The total number of leg-pressing cycles for this rehabilitation training;

[0025] S4-3. Count the time of each leg-kicking cycle , and the kicking frequency is obtained , k times of leg kicking frequency are averaged to obtain , exercise intensity .

[0026] According to the above technical solution, in S5, the specific method for determining the speed of water temperature reduction is:

[0027] S5-1. Set the water temperature range according to the pregnant woman’s physical condition and personal habits. , the water temperature when starting exercise is As the exercise progresses, the water temperature is gradually adjusted to , and in Constant, using the temperature detection unit to detect the water temperature to maintain a constant water temperature;

[0028] S5-2, when starting leg-pressing training, adjust the real-time water temperature according to the current exercise intensity. To reduce, specifically: ,in is the exercise intensity conversion factor, and .

[0029] According to the above technical solution, in S6, the specific method for optimizing the adjustment parameters is:

[0030] S6-1. When adjusting the water temperature, the infrared imaging unit is used to reflect the current leg temperature. If the leg temperature is always in a stable temperature range as the water temperature decreases with exercise, the current water temperature decrease speed meets the requirements. If it is lower than the stable temperature range, the temperature is reduced. To make the temperature drop more gradually, if it is higher than the stable temperature range, increase To make the temperature drop more rapidly;

[0031] S6-2. When adjusting the salt and mineral content, scan the overall swelling of the legs before each training. If Each time the ratio is reduced at a constant rate, and the reduction rate increases, there is no need to adjust the salt and mineral content. Each time the ratio of reduction decreases, it increases To increase the set concentration .

[0032] Compared with the prior art, the beneficial effects achieved by the present invention are: the present invention analyzes the amplitude and frequency of leg movements by image scanning to adjust the speed of water temperature reduction, and analyzes the degree of leg swelling to adjust the salt and mineral content in the water, so that the parturient can match the most suitable current exercise amount during rehabilitation training. Compared with the existing manual adjustment method, this design is more precise and saves manpower. BRIEF DESCRIPTION OF THE DRAWINGS

[0033] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0034] Figure 1 It is a schematic diagram of the overall module structure of the present invention. DETAILED DESCRIPTION

[0035] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0036] See also Figure 1The present invention provides a technical solution: a gynecological rehabilitation training recording system and method, including a training recording module, a rehabilitation analysis module, and a real-time adjustment module. The training recording module is electrically connected to the rehabilitation analysis module, and the rehabilitation analysis module is electrically connected to the real-time adjustment module. The training recording module is used to monitor the amount of exercise and leg swelling of the parturient's legs. The rehabilitation analysis module is used to analyze the parturient's rehabilitation status according to various monitoring data. The real-time adjustment module is used to adjust the water temperature of the leg-pressing training in real time and pre-set the salt and mineral content of the water according to the analysis results.

[0037] The training recording module includes a 3D scanner, an infrared scanning unit, an infrared imaging unit, a temperature detection unit, a timing module, and a data transmission module. The 3D scanner is electrically connected to the data transmission module, the infrared scanning unit is electrically connected to the infrared imaging unit, the temperature detection unit and the timing module are electrically connected to the data transmission module, the infrared scanning unit is used to perform infrared scanning on the legs of the parturient in the water by infrared scanning, the infrared imaging unit is used to image the legs of the parturient scanned by infrared scanning, the temperature detection unit is used to detect the water temperature, the timing module is used to record the movement time of the parturient, and the 3D scanner is used to scan the legs of the parturient and perform 3D imaging;

[0038] The rehabilitation analysis module includes a database, an image processing module, a swelling area marking module, an area calculation module, a motion amplitude analysis module, a motion frequency calculation module, and a motion volume derivation module. The database is electrically connected to the data transmission module, the image processing module is electrically connected to the swelling area marking module and the 3D scanner, the swelling area marking module is electrically connected to the area calculation module, the motion frequency calculation module and the motion frequency calculation module are electrically connected to the motion volume derivation module, the database is used to store the scanned maternal leg image data, the image processing module is used to process the collected image, and to observe the swelling area more clearly by adjusting the contrast and brightness, the swelling area marking module is used to mark the possible swelling area on the image and highlight it with different colors, the area calculation module is used to measure the length and width of the swelling area and calculate its area, the motion amplitude analysis module is used to extract the key points of the knee and ankle joints of the leg on the infrared image, and calculate the motion amplitude of the leg according to the position of the key points, the motion frequency calculation module is used to record the leg lifting and lowering movement cycle according to the timestamp of the recorded movement, and calculate the frequency, and the motion volume derivation module is used to perform statistical analysis on the data to calculate the motion volume in combination with the changes in the motion amplitude and frequency;

[0039] The real-time adjustment module includes a water temperature adjustment module and a group ratio adjustment module. The water temperature adjustment module is electrically connected to the exercise volume obtaining module, and the group ratio adjustment module is electrically connected to the area calculation module. The water temperature adjustment module is used to adjust the water temperature according to the exercise volume at that time, and the group ratio adjustment module is used to adjust the salt and mineral content in the water according to the swelling degree of the legs.

[0040] include:

[0041] S1. Before the mother starts training, scan both legs with a 3D scanner for 3D imaging;

[0042] S2. Using computer analysis equipped with analytical software, clearly observe the swollen area and highlight it with different colors, measure the length, width and height of the swollen area, calculate its area and obtain the degree of swelling;

[0043] S3. Adjust the salt and mineral content in the water according to the degree of swelling to support the body's recovery and promote water discharge to reduce swelling to a certain extent without causing excessive levels of water.

[0044] S4. When the parturient starts training, the infrared scanning unit is used to scan the parturient's legs immersed in water, and the movement amplitude and frequency of the legs are calculated to calculate the amount of exercise;

[0045] S5. Set the speed of water temperature reduction according to the current amount of exercise. After high-frequency exercise, you can choose to cool down quickly, while after low-frequency exercise, you can choose to cool down slowly.

[0046] S6. Based on the results of multiple experiments, optimize the adjustment parameters and establish a standard adjustment process for water temperature, salinity and mineral content;

[0047] In S2, the specific method for obtaining the degree of swelling is:

[0048] S2-1, define the normal color of the leg as the background area, use the color threshold segmentation technology, select the appropriate threshold to separate the swollen area from the background area;

[0049] S2-2, extract the boundary of the swelling area, divide the irregular swelling area into multiple polygons, calculate the length and width of each polygon vertex coordinate, and then calculate the area of ​​each swelling area , quantitatively assessing the height of the swelling area by comparing the height of the swelling area with the height of the surrounding healthy tissue , the degree of swelling of a single swelling area is , the overall swelling of the leg is ,in The number of swollen areas in the legs;

[0050] In S3, the specific method for adjusting the content of salt and minerals is as follows:

[0051] S3-1. First, set the initial concentration of salt and minerals in water to , which is the salt and mineral concentration when the legs are not swollen at all;

[0052] S3-2, according to the calculation , for the set concentration Increase proportionally, that is ,in is the swelling conversion factor, and the concentration is set There is a maximum value , arrive The amount of swelling in the legs will not increase.

[0053] In S4, the specific method for calculating the amount of exercise is:

[0054] S4-1, perform infrared scanning on the legs, extract key points of the knee and ankle joints of the legs on the infrared image, generate a plane rectangular coordinate system in a vertical state, and record the position coordinate changes of the key points on the plane rectangular coordinate system;

[0055] S4-2. The highest point of the knee key point before entering the water is the beginning of the kicking cycle, and the end of the kicking cycle is when the knee key point returns to the relatively high point after entering the water. In the kth kicking cycle, the arc length of the knee key point swing is , the arc length of the ankle joint key point swing is , then the amount of exercise in this leg-pushing cycle is ,in is the weight parameter of the knee key point swing in terms of motion, is the weight parameter of the ankle joint key point swing in the amount of exercise, then the total amount of exercise in this rehabilitation training ,in The total number of leg-pressing cycles for this rehabilitation training;

[0056] S4-3. Count the time of each leg-kicking cycle , and the kicking frequency is obtained , k times of leg kicking frequency are averaged to obtain , exercise intensity ;

[0057] In S5, the specific method for determining the speed of water temperature reduction is:

[0058] S5-1. Set the water temperature range according to the pregnant woman’s physical condition and personal habits. , the water temperature when starting exercise is As the exercise progresses, the water temperature is gradually adjusted to , and in Constant, using the temperature detection unit to detect the water temperature to maintain a constant water temperature;

[0059] S5-2, when starting leg-pressing training, adjust the real-time water temperature according to the current exercise intensity. To reduce, specifically: ,in is the exercise intensity conversion factor, and ;

[0060] In S6, the specific method for optimizing the adjustment parameters is:

[0061] S6-1. When adjusting the water temperature, the infrared imaging unit is used to reflect the current leg temperature. If the leg temperature is always in a stable temperature range as the water temperature decreases with exercise, the current water temperature decrease speed meets the requirements. If it is lower than the stable temperature range, the temperature is reduced. To make the temperature drop more gradually, if it is higher than the stable temperature range, increase To make the temperature drop more rapidly;

[0062] S6-2. When adjusting the salt and mineral content, scan the overall swelling of the legs before each training. If Each time the ratio is reduced at a constant rate, and the reduction rate increases, there is no need to adjust the salt and mineral content. Each time the ratio of reduction decreases, it increases To increase the set concentration .

[0063] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0064] Finally, it should be noted that the above description is only a preferred embodiment of the present invention and is not intended to limit the present invention. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art can still modify the technical solutions described in the aforementioned embodiments or replace some of the technical features therein by equivalents. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

Claims

1. A method for recording rehabilitation training in obstetrics and gynecology, characterized in that: include: S1. Before the mother starts training, scan both legs with a 3D scanner for 3D imaging; S2. Using computer analysis equipped with analytical software, clearly observe the swollen area and highlight it with different colors, measure the length, width and height of the swollen area, calculate its area and obtain the degree of swelling; S3. Adjust the salt and mineral content in the water according to the degree of swelling to support the body's recovery and promote water discharge to reduce swelling to a certain extent without causing excessive levels of water. S4. When the parturient starts training, the infrared scanning unit is used to scan the parturient's legs immersed in water, and the movement amplitude and frequency of the legs are calculated to calculate the amount of exercise; S5. Set the speed of water temperature reduction according to the current amount of exercise. After high-frequency exercise, you can choose to cool down quickly, while after low-frequency exercise, you can choose to cool down slowly. S6. Based on the results of multiple experiments, optimize the adjustment parameters and establish a standard adjustment process for water temperature, salinity and mineral content; In S2, the specific method for obtaining the degree of swelling is: S2-1, define the normal color of the leg as the background area, use the color threshold segmentation technology, select the appropriate threshold to separate the swollen area from the background area; S2-2, extract the boundary of the swelling area, divide the irregular swelling area into multiple polygons, calculate the length and width of each polygon vertex coordinate, and then calculate the area of ​​each swelling area , quantitatively assessing the height of the swelling area by comparing the height of the swelling area with the height of the surrounding healthy tissue , the degree of swelling of a single swelling area is , the overall swelling of the leg is ,in The number of swollen areas in the legs; In S3, the specific method for adjusting the content of salt and minerals is: S3-1. First, set the initial concentration of salt and minerals in water to , which is the salt and mineral concentration when the legs are not swollen at all; S3-2, according to the calculation , for the set concentration Increase proportionally, that is ,in is the swelling conversion factor, and the concentration is set There is a maximum value , arrive The amount of swelling in the legs will not increase. In S4, the specific method for calculating the amount of exercise is: S4-1, perform infrared scanning on the legs, extract key points of the knee and ankle joints of the legs on the infrared image, generate a plane rectangular coordinate system in a vertical state, and record the position coordinate changes of the key points on the plane rectangular coordinate system; S4-2. The highest point of the knee key point before entering the water is the beginning of the kicking cycle, and the end of the kicking cycle is when the knee key point returns to the relatively high point after entering the water. In the kth kicking cycle, the arc length of the knee key point swing is , the arc length of the ankle joint key point swing is , then the amount of exercise in this leg-pushing cycle is ,in is the weight parameter of the knee key point swing in terms of motion, is the weight parameter of the ankle joint key point swing in the amount of exercise, then the total amount of exercise in this rehabilitation training ,in The total number of leg-pressing cycles for this rehabilitation training; S4-3. Count the time of each leg-kicking cycle , and the kicking frequency is obtained , k times of leg kicking frequency are averaged to obtain , exercise intensity ; In S5, the specific method for determining the speed of water temperature reduction is: S5-1. Set the water temperature range according to the pregnant woman’s physical condition and personal habits. , the water temperature when starting exercise is As the exercise progresses, the water temperature is gradually adjusted to , and in Constant, using the temperature detection unit to detect the water temperature to maintain a constant water temperature; S5-2, when starting leg-pressing training, adjust the real-time water temperature according to the current exercise intensity. To reduce, specifically: ,in is the exercise intensity conversion factor, and ; In S6, the specific method for optimizing the adjustment parameters is: S6-1. When adjusting the water temperature, the infrared imaging unit is used to reflect the current leg temperature. If the leg temperature is always in a stable temperature range as the water temperature decreases with exercise, the current water temperature decrease speed meets the requirements. If it is lower than the stable temperature range, the temperature is reduced. To make the temperature drop more gradually, if it is higher than the stable temperature range, increase To make the temperature drop more rapidly; S6-2. When adjusting the salt and mineral content, scan the overall swelling of the legs before each training. If Each time the ratio is reduced at a constant rate, and the reduction rate increases, there is no need to adjust the salt and mineral content. Each time the ratio of reduction decreases, it increases To increase the set concentration .

2. Obstetrics and gynecology rehabilitation training recording system, characterized by: The system works according to the method of claim 1, and comprises a training recording module, a rehabilitation analysis module, and a real-time adjustment module. The training recording module is electrically connected to the rehabilitation analysis module, and the rehabilitation analysis module is electrically connected to the real-time adjustment module. The training recording module is used to monitor the amount of exercise and leg swelling of the parturient's legs. The rehabilitation analysis module is used to analyze the parturient's rehabilitation status according to various monitoring data. The real-time adjustment module is used to adjust the water temperature of the leg-pressing training in real time and pre-set the salt and mineral content of the water according to the analysis results. The training recording module includes a 3D scanner, an infrared scanning unit, an infrared imaging unit, a temperature detection unit, a timing module, and a data transmission module. The 3D scanner is electrically connected to the data transmission module, the infrared scanning unit is electrically connected to the infrared imaging unit, the temperature detection unit and the timing module are electrically connected to the data transmission module, the infrared scanning unit is used to perform infrared scanning on the legs of the parturient in the water by infrared scanning, the infrared imaging unit is used to image the legs of the parturient scanned by infrared scanning, the temperature detection unit is used to detect the water temperature, the timing module is used to record the exercise time of the parturient, and the 3D scanner is used to scan the legs of the parturient and perform 3D imaging; The rehabilitation analysis module includes a database, an image processing module, a swelling area marking module, an area calculation module, a motion amplitude analysis module, a motion frequency calculation module, and a motion volume derivation module. The database is electrically connected to the data transmission module, the image processing module is electrically connected to the swelling area marking module and the 3D scanner, the swelling area marking module is electrically connected to the area calculation module, the motion frequency calculation module and the motion frequency calculation module are electrically connected to the motion volume derivation module, the database is used to store the scanned image data of the parturient's legs, the image processing module is used to process the collected images, and adjust the contrast and brightness , so as to observe the swollen area more clearly, the swollen area marking module is used to mark the possible swollen area on the image and highlight it with different colors, the area calculation module is used to measure the length and width of the swollen area and calculate its area, the movement amplitude analysis module is used to extract the key points of the knee and ankle joints of the leg on the infrared image, and calculate the movement amplitude of the leg according to the position of the key points, the movement frequency calculation module is used to record the movement cycle of raising and lowering the leg according to the timestamp of recording the movement, and calculate the frequency, and the movement amount derivation module is used to perform statistical analysis on the data to calculate the movement amount in combination with the changes in the movement amplitude and frequency; The real-time adjustment module includes a water temperature adjustment module and a group ratio adjustment module. The water temperature adjustment module is electrically connected to the exercise volume derivation module, and the group ratio adjustment module is electrically connected to the area calculation module. The water temperature adjustment module is used to adjust the water temperature according to the current exercise volume, and the group ratio adjustment module is used to adjust the salt and mineral content in the water according to the degree of swelling of the legs.

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