A magnetic supply method and system for a magnetic therapy mattress

Abstract

The present invention provides a magnetization method and system for a magnetic therapy mattress, and relates to the field of magnetic therapy technology. The magnetization method for the magnetic therapy mattress includes: obtaining the pressure data of the human body on the magnetic therapy mattress; generating a pressure coordinate distribution area according to the pressure data; predicting a human sleeping posture model according to the pressure coordinate distribution area; measuring the distance between the human sleeping posture model and the magnetic therapy mattress to obtain distance distribution data; performing magnetization detection on the distance distribution data; when it is detected that the characteristic part of the human sleeping posture model corresponding to the distance distribution data needs magnetization, determining the magnetization area and magnetization intensity of the characteristic part, so as to control the magnetic therapy mattress to supply magnetism according to the magnetization area and magnetization intensity. The magnetization method and system provided by the present invention can not only save the consumption of electric energy, but also guarantee the magnetization treatment range and effect to the greatest extent.

Description

Technical Field

[0001] The present invention relates to the field of magnetic therapy technology, and in particular to a magnetic supply method and system for a magnetic therapy mattress. Background Art

[0002] Magnetic therapy mattress is a kind of household product. Most of the existing magnetic therapy mattresses are made by placing hundreds of permanent magnets in a pre-sewn mattress, and the mattress is covered with magnetic force. Of course, in order to adjust the magnetic strength of the magnetic therapy mattress and meet personalized needs, the magnetic therapy mattress also has an adjustable electromagnetic field provided by, for example, an electromagnet.

[0003] During the use of the existing magnetic therapy mattress, it is impossible to determine the best magnetization mode corresponding to each magnetization point according to the sleeping posture of the human body, and thus it is impossible to achieve the best use effect of the magnetic therapy mattress. Summary of the invention

[0004] In view of the above-mentioned shortcomings of the prior art, the purpose of the present invention is to provide a magnetization supply method and system for a magnetic therapy mattress, which is used to solve the problem that during the use of the magnetic therapy mattress in the prior art, the optimal magnetization supply method corresponding to each magnetization point cannot be determined according to the sleeping posture of the human body, and thus the optimal use effect of the magnetic therapy mattress cannot be achieved.

[0005] To achieve the above-mentioned purpose and other related purposes, the present invention provides a magnetization method for a magnetic therapy mattress, comprising the following steps: obtaining pressure data of a human body on the magnetic therapy mattress; generating a pressure coordinate distribution area according to the pressure data; predicting a human sleeping posture model according to the pressure coordinate distribution area; measuring the distance between the human sleeping posture model and the magnetic therapy mattress to obtain distance distribution data; performing magnetization detection on the distance distribution data; when it is detected that a characteristic part of the human sleeping posture model corresponding to the distance distribution data needs to be magnetized, determining the magnetization area and magnetization intensity of the characteristic part, so as to control the magnetization of the magnetic therapy mattress according to the magnetization area and magnetization intensity.

[0006] In one embodiment of the present invention, generating a pressure coordinate distribution area according to the pressure data includes: Perform threshold monitoring; when there is a pressure value Exceeding the pressure threshold When extracting the pressure data and the pressure value The corresponding pressure coordinates , generating pressure values At the same time, the pressure threshold is exceeded The corresponding pressure coordinates The pressure coordinate distribution area .

[0007] In one embodiment of the present invention, predicting a human sleeping posture model according to a pressure coordinate distribution area includes: And the distribution area of ​​each pressure coordinate The corresponding pressure boundary coordinates , get the distribution area of ​​each pressure coordinate The corresponding area ; Obtain human body data and distribute the area according to the pressure coordinates Corresponding area pressure coordinates , determine the distribution area of ​​each pressure coordinate Corresponding body parts ; Based on the pressure coordinate distribution area The corresponding area , Regional pressure coordinates and body parts , predict the human sleeping posture model .

[0008] In one embodiment of the present invention, human body data is obtained, and the pressure coordinate distribution area is Corresponding area pressure coordinates , determine the distribution area of ​​each pressure coordinate Corresponding body parts , including: obtaining human body data and distributing the area according to the pressure coordinates And the pressure coordinate distribution area Corresponding area pressure coordinates , get the sleeping position connection ; Connect by sleeping position Corresponding preset body parts , for each pressure coordinate distribution area Corresponding body parts Make corresponding marks.

[0009] In one embodiment of the present invention, human body data is obtained and the pressure coordinate distribution area is And the pressure coordinate distribution area Corresponding area pressure coordinates , get the sleeping position connection , including: according to each pressure coordinate distribution area The area pressure coordinates , determine the distribution area of ​​each pressure coordinate The coordinates of the pressure center of the area ; Distribution area according to each pressure coordinate The coordinates of the pressure center of the area , establish the distribution area of ​​each pressure coordinate The corresponding regional pressure center coordinates The lines between the two are used as the body part lines ; Connect body parts Combine them to get different combinations of connections ; According to the human body data, look up the table to get the connection lines of different types of sleeping positions corresponding to the human body data ratio ; Find different combinations of connections Connecting in Sleeping Position The most similar sleeping position connection .

[0010] In one embodiment of the present invention, according to the sleeping posture connection Corresponding preset body parts , for each area Corresponding body parts Make corresponding marks, including: connect according to sleeping position , get the preset sleeping posture model ; Connect sleeping positions Corresponding preset body parts And the distribution area of ​​each pressure coordinate Body Parts Corresponding mark.

[0011] In one embodiment of the present invention, based on the pressure coordinate distribution area The corresponding area , Regional pressure coordinates and body parts , predict the human sleeping posture model , including: according to the distribution area of ​​each pressure coordinate Body Parts The corresponding area and the coordinates of the regional pressure center , for sleeping posture connection Corresponding preset body parts In the preset sleeping position model Fine-tune and update the human body sleeping posture model .

[0012] In one embodiment of the present invention, the distance between the human sleeping posture model and the magnetic therapy mattress is measured to obtain distance distribution data, including: Coordinates of points above the magnetic therapy mattress , calculate the human sleeping posture model The coordinates of each point The vertical distance between the magnetic supply points corresponding to the magnetic therapy mattress surface vertically below it ; According to the vertical distance , establish a sleeping posture model similar to that of the human body Corresponding distance distribution data .

[0013] In one embodiment of the present invention, when it is detected that a characteristic part of the human sleeping posture model corresponding to the distance distribution data needs to be magnetized, the magnetization area and magnetization intensity of the characteristic part are determined, so as to control the magnetic therapy mattress to magnetize according to the magnetization area and magnetization intensity, including: Each vertical distance in Sleeping posture model Corresponding body parts , look up the table to get the corresponding magnetic supply distance threshold and magnetic strength ; When there is a vertical distance Less than the magnetic distance threshold of the part When the vertical distance The corresponding magnetic supply points on the surface of the magnetic therapy mattress use the corresponding magnetic supply intensity Supply magnetism.

[0014] To achieve the above-mentioned purpose and other related purposes, the present invention also provides a magnetization supply system for a magnetic therapy mattress, comprising: a data acquisition unit, used to acquire the pressure data of the human body on the magnetic therapy mattress; an area generation unit, used to generate a pressure coordinate distribution area according to the pressure data; a model prediction unit, used to predict the human sleeping posture model according to the pressure coordinate distribution area; a distance measurement unit, used to measure the distance between the human sleeping posture model and the magnetic therapy mattress to obtain distance distribution data; a magnetization supply detection unit, used to perform magnetization supply detection on the distance distribution data; and a magnetization supply control unit, used to determine the magnetization supply area and magnetization supply intensity of the characteristic part when it is detected that the characteristic part of the human sleeping posture model corresponding to the distance distribution data needs to be magnetized, so as to control the magnetization supply of the magnetic therapy mattress according to the magnetization supply area and magnetization supply intensity.

[0015] As described above, a magnetic therapy mattress magnet supply method and system of the present invention has the following beneficial effects: by fine-tuning the preset sleeping posture model based on the sleeping posture connection line according to the pressure data of the magnetic therapy mattress when the human body lies on the magnetic therapy mattress, an accurate human body sleeping posture model corresponding to the human body shape can be predicted, so as to determine the vertical distance between each magnetic supply point of the magnetic therapy mattress corresponding to the human body sleeping posture model vertically upward according to the human body sleeping posture model. Further, when the vertical distance between each magnetic supply point of the magnetic therapy mattress corresponding to the human body sleeping posture model vertically upward is less than the part magnetic supply distance threshold, the magnetic supply point on the surface of the magnetic therapy mattress corresponding to the vertical distance is controlled to use the corresponding magnetic supply intensity for magnet supply. Then, by establishing the above-mentioned human body sleeping posture model to analyze the distance distribution data, the electromagnetic effect far away from the magnetic therapy mattress is turned off, and the area close to the magnetic therapy mattress and the pressure coordinate distribution area directly acting on the magnetic therapy mattress are controlled to control the magnetic supply according to the magnetic supply intensity corresponding to the characteristic part of the human body, which can not only save the consumption of electric energy, but also guarantee the magnetic supply treatment range and effect to the greatest extent. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 A schematic flow chart of a magnet supply method for a magnetic therapy mattress provided in an embodiment of the present invention.

[0017] Figure 2 Shown is a structural block diagram of a magnetic supply system provided by an embodiment of the present invention.

[0018] Component number description

[0019] The magnetic supply system 11 ; the data acquisition unit 111 ; the area generation unit 112 ; the model prediction unit 113 ; the distance measurement unit 114 ; the magnetic supply detection unit 115 ; and the magnetic supply control unit 116 . DETAILED DESCRIPTION

[0020] See also Figure 1 The present invention provides a magnetic supply method for a magnetic therapy mattress, comprising the following steps:

[0021] Step S10: obtaining the pressure data of the human body on the magnetic therapy mattress;

[0022] Step S20: generating a pressure coordinate distribution area according to the pressure data;

[0023] Step S30: predicting a human sleeping posture model according to the pressure coordinate distribution area;

[0024] Step S40: measuring the distance between the human sleeping posture model and the magnetic therapy mattress to obtain distance distribution data;

[0025] Step S50: performing magnetic detection on the distance distribution data;

[0026] Step S60: When it is detected that the characteristic part of the human sleeping posture model corresponding to the distance distribution data needs to be magnetized, the magnetization area and magnetization intensity of the characteristic part are determined to control the magnetization of the magnetic therapy mattress according to the magnetization area and magnetization intensity.

[0027] Through the above steps, it is not difficult to find that in the process of the magnetic therapy mattress supplying magnetism to the human body, when the human body lies on the magnetic therapy mattress, the pressure signal of the human body on the magnetic therapy mattress can be obtained, thereby obtaining the pressure data of the human body on the magnetic therapy mattress. After obtaining the pressure data, the pressure coordinate distribution area corresponding to the pressure generated by the human body on the magnetic therapy mattress can be further determined according to the pressure data. Then, the human sleeping posture model can be predicted by using the pressure coordinate distribution area, and when making a prediction, a preset sleeping posture model corresponding to human body data such as height and weight can be pre-established, and then on the basis of determining the pressure coordinate distribution area, the model is predicted and updated to obtain the human sleeping posture model. After obtaining the human sleeping posture model, the human sleeping posture model can be used to determine the distance between it and the magnetic therapy mattress, and then all points on the human sleeping posture model are calculated separately, and then the distance distribution data can be obtained. After obtaining the distance distribution data corresponding to all points, it is further determined whether the distance distribution data meets the magnetic supply requirements. If it meets the requirements, the magnetic supply area corresponding to the characteristic part of the human body is supplied with magnetism according to the set magnetic supply intensity of the characteristic part corresponding to the human body. It is worth noting that, because the magnetic field strength required in different parts of the human body is different, the electromagnet deployed at the magnetization point can be used as the magnetization medium of the magnetic therapy mattress to provide an electromagnetic field with adjustable magnetic strength. And because the non-direct contact area may be close to the magnetic therapy mattress, and of course, there may be a situation far away from the magnetic therapy mattress, so the distance distribution data can be analyzed by establishing a human sleeping posture model to achieve the closure of the electromagnetic effect far away from the magnetic therapy mattress, and control the magnetic supply to the area close to the magnetic therapy mattress and the pressure coordinate distribution area directly acting on the magnetic therapy mattress according to the magnetic supply intensity corresponding to the characteristic parts of the human body, which can not only save energy consumption, but also guarantee the range and effect of magnetic therapy to the greatest extent.

[0028] Figure 1 A flow chart of a magnetic therapy mattress magnet supply method in an exemplary embodiment of the present application is shown, including steps S10 to S60. Figure 1 The technical solution of this application will be described in detail.

[0029] First, step S10 is executed to obtain the pressure data of the human body on the magnetic therapy mattress.

[0030] When the magnetic therapy mattress is subjected to pressure, the pressure signal can be obtained through the pressure sensors arranged in an array on the magnetic therapy mattress, and the pressure data of the human body on the magnetic therapy mattress can be collected, so as to further determine the coordinates of each point in the pressure area according to the pressure data and predict the human sleeping posture model.

[0031] In step S20, a pressure coordinate distribution area is generated according to the pressure data, including:

[0032] Step S201: The pressure value corresponding to the pressure data Conduct threshold monitoring;

[0033] Step S202: When there is a pressure value Exceeding the pressure threshold When extracting the pressure data and the pressure value The corresponding pressure coordinates , generating pressure values At the same time, the pressure threshold is exceeded The corresponding pressure coordinates The pressure coordinate distribution area .

[0034] In this embodiment, the pressure data includes a pressure value The pressure coordinates corresponding to the pressure points of the magnetic therapy mattress applied by the human body In the process of determining the distribution area of ​​the pressure coordinates, it is first necessary to read the pressure value in the pressure sensor. . After getting the pressure value After that, it is necessary to further determine the pressure value Whether the pressure threshold is exceeded , and when the pressure threshold is exceeded After that, the pressure data and pressure value will be further applied. The corresponding pressure coordinates Due to the pressure value Exceeding the pressure threshold It often corresponds to the pressure change in a certain area, so it can be based on the pressure value At the same time, the pressure threshold is exceeded The corresponding pressure coordinates , determine the pressure value At the same time, the pressure threshold is exceeded Corresponding pressure coordinate distribution area , so as to distribute the area according to different pressure coordinates , determine the distribution area of ​​each pressure coordinate Corresponding body parts .

[0035] Next, step S30 is executed to predict the human sleeping posture model according to the pressure coordinate distribution area.

[0036] After generating the pressure coordinate distribution area according to the pressure data and when making predictions, you can also pre-establish a preset sleeping position model based on human body data such as height, weight, etc., and then, based on the determination of the pressure coordinate distribution area, perform a predictive update on the model to obtain a human sleeping position model that satisfies the pressure coordinate distribution area, thereby improving the accuracy of the magnetic supply position.

[0037] In step S30, the human body sleeping posture model is predicted according to the pressure coordinate distribution area, including:

[0038] Step S301: Distribute the area according to the pressure coordinates And the distribution area of ​​each pressure coordinate The corresponding pressure boundary coordinates , get the distribution area of ​​each pressure coordinate The corresponding area ;

[0039] Step S302: Obtain human body data and distribute the area according to the pressure coordinates Corresponding area pressure coordinates , determine the distribution area of ​​each pressure coordinate Corresponding body parts ;

[0040] Step S303: Distribute the area based on the pressure coordinates The corresponding area , Regional pressure coordinates and body parts , predict the human sleeping posture model .

[0041] In this embodiment, when determining the pressure coordinate distribution area After that, the area can be distributed according to the pressure coordinates The pressure coordinates composed of , filter out the pressure coordinate distribution area Corresponding area pressure coordinates . This allows the pressure coordinates to be applied according to the region , determine the distribution area of ​​each pressure coordinate The corresponding area Furthermore, in order to ensure that the predicted human sleeping posture model The accuracy can be determined by combining the acquired human body data with the pressure coordinate distribution area. Corresponding area pressure coordinates , the distribution area of ​​each pressure coordinate is obtained by analysis Corresponding body parts Next, after getting the body parts Then, combined with the pressure coordinate distribution area The corresponding area and the area pressure coordinates , can realize the human sleeping posture model prediction, so as to facilitate the human sleeping posture model obtained according to the prediction , accurately determine which areas of the human body are suitable for magnetization and which areas are not suitable for magnetization, as well as the corresponding magnetization strength of each area suitable for magnetization, to ensure that the magnetic therapy mattress can achieve the best use effect according to the human body's sleeping posture.

[0042] In step S302, human body data is obtained and the pressure coordinate distribution area is Corresponding area pressure coordinates , determine the distribution area of ​​each pressure coordinate Corresponding body parts ,include:

[0043] Step S3021: Obtain human body data and distribute the area according to the pressure coordinates And the pressure coordinate distribution area Corresponding area pressure coordinates , get the sleeping position connection ;

[0044] Step S3022: Connect according to sleeping posture Corresponding preset body parts , for each pressure coordinate distribution area Corresponding body parts Make corresponding marks.

[0045] In one embodiment of the present invention, after obtaining the human body data, the pressure coordinate distribution area can be combined with the pressure coordinate distribution area. And the pressure coordinate distribution area Corresponding area pressure coordinates , you can use regional pressure coordinates As a reference point, establish the distribution area of ​​each pressure coordinate The connection line, and then according to the pressure coordinate distribution area The connection line of the sleeping position that best matches the current human sleeping position is analyzed. . In determining the sleeping posture line of the current human sleeping posture Afterwards, the distribution area of ​​each pressure coordinate will be determined accordingly. Corresponding , determine the distribution area of ​​each pressure coordinate in turn Corresponding body parts Specific corresponding preset body parts , and perform corresponding marking processing on body parts to obtain preset body parts And the distribution area of ​​each pressure coordinate Corresponding body parts The mapping relationship between them.

[0046] In step S3021, human body data is obtained and the pressure coordinate distribution area is And the pressure coordinate distribution area Corresponding area pressure coordinates , get the sleeping position connection ,include:

[0047] Step S30211: Distribute the area according to each pressure coordinate The area pressure coordinates , determine the distribution area of ​​each pressure coordinate The coordinates of the pressure center of the area ,

[0048] Step S30212: Distribute the area according to each pressure coordinate The coordinates of the pressure center of the area , establish the distribution area of ​​each pressure coordinate The corresponding regional pressure center coordinates The lines between the two are used as the body part lines ;

[0049] Step S30213: Connect body parts Combine them to get different combinations of connections ;

[0050] Step S30214: According to the human body data, look up the table to obtain the different types of sleeping postures corresponding to the human body data ratio ;

[0051] Step S30215: Find different combination connections Connecting in Sleeping Position The most similar sleeping position connection .

[0052] In this embodiment, when determining the sleeping posture connection line In the process of The area pressure coordinates In the middle, the coordinates of the center of regional pressure are Based on this, establish the coordinates of the pressure center of each area The connection between them can obtain the coordinates of the pressure center of each two regions. Lines between body parts Furthermore, after obtaining human body data, such as human body height data, weight data, etc., the sleeping posture connection line corresponding to the height data and weight data can be obtained by looking up the table. . Then we can further determine the different combinations of connections Connect with sleeping posture The similarity between them, and select the sleeping posture line with the highest similarity among all similarity values . So that you can connect in this sleeping position Corresponding preset sleeping posture model Make fine adjustments based on the body's current pressure data.

[0053] In step S3022, according to the sleeping posture connection Corresponding preset body parts , for each area Corresponding body parts Make corresponding marks, including:

[0054] Step S30221: Connect according to sleeping position , get the preset sleeping posture model ;

[0055] Step S30222: Connect sleeping positions Corresponding preset body parts And the distribution area of ​​each pressure coordinate Body Parts Corresponding mark.

[0056] In this embodiment, after determining the preset body part With body parts When the corresponding relationship between each sleeping position is is known, and each sleeping position is connected Corresponding preset sleeping posture model It is also set, so when you determine the sleeping position connection After that, you can further get the sleeping posture connection Corresponding preset sleeping posture model . Get the Sleeping Posture Connection and preset sleeping posture models , you can quickly query the sleeping position connection Corresponding preset body parts Then, after obtaining the preset body part Afterwards, according to the distribution area of ​​each pressure coordinate Combination of lines Connect with sleeping posture The corresponding relationship between them can further determine the combined connection The following body parts With preset body parts The corresponding relationship between them, so that the corresponding body parts With preset body parts Corresponding markings are made to achieve a relationship that enables mutual correlation mapping.

[0057] In step S303, based on the pressure coordinate distribution area The corresponding area , Regional pressure coordinates and body parts , predict the human sleeping posture model ,include:

[0058] Distribution area according to each pressure coordinate Body Parts The corresponding area and the coordinates of the regional pressure center , for sleeping posture connection Corresponding preset body parts In the preset sleeping position model Fine-tune and update the human body sleeping posture model .

[0059] In this embodiment, according to the sleeping posture connection , we can further get the preset sleeping posture model . And connect according to sleeping position and preset sleeping posture models , and can also determine the distribution area of ​​each pressure coordinate Body Parts , for example, the body part is an arm, foot, thigh, calf, etc. Due to the distribution area of ​​each pressure coordinate The corresponding area and the coordinates of the regional pressure center etc. and preset sleeping position models The corresponding positions are not completely consistent, so the pressure coordinate distribution area can be The corresponding area and the coordinates of the regional pressure center etc., for the preset sleeping posture model Fine-tune and update to predict a human sleeping posture model that accurately corresponds to the current human body .

[0060] Next, step S40 is executed to measure the distance between the human sleeping posture model and the magnetic therapy mattress to obtain distance distribution data.

[0061] After obtaining the human sleeping posture model, the distance between the human sleeping posture model and the corresponding magnetic therapy mattress below it can be further determined, so that it is convenient to further choose whether to supply magnetism according to the distance information.

[0062] In step S40, the distance between the human sleeping posture model and the magnetic therapy mattress is measured to obtain distance distribution data, including:

[0063] Step S401: Based on the human body sleeping posture model Coordinates of points above the magnetic therapy mattress , calculate the human sleeping posture model The coordinates of each point The vertical distance between the magnetic supply points corresponding to the magnetic therapy mattress surface vertically below it ;

[0064] Step S402: According to the vertical distance , establish a sleeping posture model similar to that of the human body Corresponding distance distribution data .

[0065] In this embodiment, in the process of determining the distance distribution data between the human sleeping posture model and the magnetic therapy mattress, the human sleeping posture model The human sleeping posture model has been obtained through fine-tuning and updating The coordinates of the points in Therefore, according to the coordinates of each magnetic point on the magnetic therapy mattress, the coordinates of each point vertically above it can be determined. The vertical distance between , or a human sleeping posture model The coordinates of each point The vertical distance between the magnetic supply points corresponding to the magnetic therapy mattress surface vertically below it After determining all the vertical distances After that, a sleeping posture model can be established. Corresponding distance distribution data . So as to achieve data distribution based on distance , determine which positions correspond to the magnetization points that can control the magnetization supply.

[0066] Next, execute step S50 and step S60 to perform magnetization detection on the distance distribution data; when it is detected that the characteristic part of the human sleeping posture model corresponding to the distance distribution data needs magnetization, determine the magnetization area and magnetization intensity of the characteristic part, and control the magnetization of the magnetic therapy mattress according to the magnetization area and magnetization intensity.

[0067] After determining the distance distribution data, a magnetic supply detection of the distance distribution data can be implemented to determine the characteristic parts of the distance distribution data that can be magnetized, and magnetize the corresponding magnetization area through the magnetic therapy mattress according to the magnetic supply intensity corresponding to the characteristic parts. It is worth noting that the characteristic parts in the present invention are body parts. The part of the body that can be magnetized.

[0068] In step S60, when it is detected that the characteristic part of the human sleeping posture model corresponding to the obtained distance distribution data needs to be magnetized, the magnetization area and magnetization intensity of the characteristic part are determined, so as to control the magnetic therapy mattress to magnetize according to the magnetization area and magnetization intensity, including:

[0069] Step S601: Distribute data according to distance Each vertical distance in Sleeping posture model Corresponding body parts , look up the table to get the corresponding magnetic supply distance threshold and magnetic strength ;

[0070] Step S602: When there is a vertical distance Less than the magnetic distance threshold of the part When the vertical distance The corresponding magnetic supply points on the surface of the magnetic therapy mattress use the corresponding magnetic supply intensity Supply magnetism.

[0071] In this embodiment, in the process of determining the magnetic supply area and the magnetic supply intensity, when the distance distribution data There is a vertical distance Less than the magnetic distance threshold of the part When , the vertical distance The magnetic points on the surface of the corresponding magnetic therapy mattress correspond to the corresponding body parts Provide magnetism. And according to each body part Required magnetic strength , magnetize the magnetization points so that the corresponding body parts Reach the set magnetic strength .

[0072] Furthermore, the farther away from the magnetizing point, the lower the magnetic strength. Therefore, it is also necessary to determine the body part corresponding to the distance from the magnetizing point. The vertical distance , determine the magnetic reduction factor , and then get the magnetic release intensity of the magnetic supply point .

[0073] Please refer to 2. The present invention further provides a magnetization system 11 for a magnetic therapy mattress, comprising: a data acquisition unit 111, for acquiring the pressure data of the human body on the magnetic therapy mattress; an area generation unit 112, for generating a pressure coordinate distribution area according to the pressure data; a model prediction unit 113, for predicting a human sleeping posture model according to the pressure coordinate distribution area; a distance measurement unit 114, for measuring the distance between the human sleeping posture model and the magnetic therapy mattress to obtain distance distribution data; a magnetization detection unit 115, for performing magnetization detection on the distance distribution data; and a magnetization control unit 116, for determining the magnetization area and magnetization intensity of the characteristic part when it is detected that magnetization is needed for the characteristic part of the human sleeping posture model corresponding to the distance distribution data, so as to control the magnetization of the magnetic therapy mattress according to the magnetization area and magnetization intensity.

[0074] It should be noted that the magnet supply system 11 of the magnetic therapy mattress provided in the above embodiment and the magnet supply method of the magnetic therapy mattress provided in the above embodiment belong to the same concept, wherein the specific manner in which each module and unit performs the operation has been described in detail in the method embodiment, and will not be repeated here. In actual application, the magnet supply system 11 of the magnetic therapy mattress provided in the above embodiment can allocate the above functions to different functional modules as needed, that is, divide the internal structure of the device into different functional modules to complete all or part of the functions described above, and this is not limited here.

[0075] In summary, the present invention discloses a magnetic therapy mattress magnet supply method and system, which can provide magnetic therapy for the magnetic therapy mattress based on the sleeping posture connection line according to the pressure data of the magnetic therapy mattress when the human body lies on the magnetic therapy mattress. Preset sleeping position models Fine-tuning can be performed to predict an accurate human sleeping posture model corresponding to the human body shape , so as to facilitate the use of the human sleeping posture model Determine the vertical upward magnetic points of the magnetic therapy mattress corresponding to the human body sleeping posture model The vertical distance between Furthermore, each magnetic point on the magnetic therapy mattress vertically upward corresponds to the human body sleeping posture model. The vertical distance between Less than the magnetic distance threshold of the part When the vertical distance The corresponding magnetic supply points on the surface of the magnetic therapy mattress use the corresponding magnetic supply intensity Then, the above-mentioned human body sleeping posture model is established. Analyzing distance distribution data , the electromagnetic effect far away from the magnetic therapy mattress is turned off, and the magnetic supply to the area close to the magnetic therapy mattress and the pressure coordinate distribution area directly acting on the magnetic therapy mattress is controlled according to the magnetic supply intensity corresponding to the characteristic parts of the human body, which can not only save the consumption of electric energy, but also ensure the magnetic supply treatment range and effect to the greatest extent. Therefore, the present invention effectively overcomes various shortcomings in the prior art and has a high industrial utilization value.

[0076] The above embodiments are merely illustrative of the principles and effects of the present invention, and are not intended to limit the present invention. Anyone familiar with the art may modify or alter the above embodiments without departing from the spirit and scope of the present invention. Therefore, all equivalent modifications or alterations made by a person of ordinary skill in the art without departing from the spirit and technical concept disclosed by the present invention shall still be covered by the claims of the present invention.

Claims

1. A magnetic supply method for a magnetic therapy mattress, characterized in that: The steps include: Obtain the pressure data of the human body on the magnetic therapy mattress; Generate a pressure coordinate distribution area according to the pressure data; Predicting a human sleeping posture model according to the pressure coordinate distribution area; Measuring the distance between the human sleeping posture model and the magnetic therapy mattress to obtain distance distribution data; Performing magnetic detection on the distance distribution data; When it is detected that the characteristic part of the human sleeping posture model corresponding to the distance distribution data needs to be magnetized, the magnetization area and magnetization intensity of the characteristic part are determined, so as to control the magnetic therapy mattress to magnetize according to the magnetization area and magnetization intensity; The distance between the human sleeping posture model and the magnetic therapy mattress is measured to obtain distance distribution data, including: According to the human sleeping posture model Coordinates of points above the magnetic therapy mattress , calculate the human sleeping posture model The coordinates of each point The vertical distance between the magnetic supply points corresponding to the magnetic therapy mattress surface vertically below it ; According to the vertical distance , establish a sleeping posture model similar to that of the human body Corresponding distance distribution data ; When it is detected that the characteristic part of the human sleeping posture model corresponding to the distance distribution data needs to be magnetized, the magnetization area and magnetization intensity of the characteristic part are determined, so as to control the magnetic therapy mattress to magnetize according to the magnetization area and magnetization intensity, including: Distribute data based on distance Each vertical distance in Sleeping posture model Corresponding body parts , look up the table to get the corresponding magnetic supply distance threshold and magnetic strength ; When there is a vertical distance Less than the magnetic distance threshold of the part When the vertical distance The corresponding magnetic supply points on the surface of the magnetic therapy mattress use the corresponding magnetic supply intensity Supply magnetism.

2. The magnetism supply method of the magnetic therapy mattress according to claim 1, characterized in that: Generating a pressure coordinate distribution area according to the pressure data includes: The pressure value corresponding to the pressure data Conduct threshold monitoring; When the pressure value exists Exceeding the pressure threshold When the pressure value is extracted from the pressure data The corresponding pressure coordinates , generating the pressure value While exceeding the pressure threshold The corresponding pressure coordinates The pressure coordinate distribution area .

3. The magnetism supply method of the magnetic therapy mattress according to claim 1, characterized in that: Predicting a human sleeping posture model according to the pressure coordinate distribution area includes: Distribution area according to pressure coordinates And each of the pressure coordinate distribution areas The corresponding pressure boundary coordinates , get the distribution area of ​​each pressure coordinate The corresponding area ; Obtain human body data and distribute the area according to the pressure coordinates Corresponding area pressure coordinates , determine the distribution area of ​​each pressure coordinate Corresponding body parts ; Based on the pressure coordinate distribution area The corresponding area , Regional pressure coordinates and body parts , predict the human sleeping posture model .

4. The magnetism supply method of the magnetic therapy mattress according to claim 3, characterized in that: Obtain human body data and distribute the area according to the pressure coordinates Corresponding area pressure coordinates , determine the distribution area of ​​each pressure coordinate Corresponding body parts ,include: Obtain human body data and distribute the area according to the pressure coordinates And the pressure coordinate distribution area Corresponding area pressure coordinates , get the sleeping position connection ; Connect by sleeping position Corresponding preset body parts , for each pressure coordinate distribution area Corresponding body parts Make corresponding marks.

5. The magnetism supply method of the magnetic therapy mattress according to claim 4, characterized in that: Obtain human body data and distribute the area according to the pressure coordinates And the pressure coordinate distribution area Corresponding area pressure coordinates , get the sleeping position connection ,include: Distribution area according to each pressure coordinate The area pressure coordinates , determine the distribution area of ​​each pressure coordinate The coordinates of the center of regional pressure ; Distribution area according to each pressure coordinate The coordinates of the pressure center of the area , establish the distribution area of ​​each pressure coordinate The corresponding regional pressure center coordinates The lines between the two are used as the body part lines ; Connect body parts Combine them to get different combinations of connections ; According to the human body data, the table is looked up to obtain the connection lines of different types of sleeping positions corresponding to the human body data ratio ; Find different combinations of connections Connecting in Sleeping Position The most similar sleeping position connection .

6. The magnetism supply method of the magnetic therapy mattress according to claim 5, characterized in that: Connect by sleeping position Corresponding preset body parts , for each of the areas Corresponding body parts Make corresponding marks, including: Connect by sleeping position , get the preset sleeping posture model ; Connect your sleeping positions Corresponding preset body parts And the distribution area of ​​each pressure coordinate Body Parts Corresponding mark.

7. The magnetism supply method of the magnetic therapy mattress according to claim 6, characterized in that: Based on the pressure coordinate distribution area The corresponding area , Regional pressure coordinates and body parts , predict the human sleeping posture model ,include: Distribution area according to each pressure coordinate Body Parts The corresponding area and the coordinates of the regional pressure center , for sleeping posture connection Corresponding preset body parts In the preset sleeping posture model Fine-tune and update the human body sleeping posture model .

8. A magnetism supply system used in the magnetism supply method of the magnetic therapy mattress according to any one of claims 1 to 7, characterized in that: include: A data acquisition unit, used to acquire the pressure data of the human body on the magnetic therapy mattress; An area generating unit, used for generating a pressure coordinate distribution area according to the pressure data; A model prediction unit, used for predicting a human sleeping posture model according to the pressure coordinate distribution area; A distance measuring unit, used to measure the distance between the human sleeping posture model and the magnetic therapy mattress to obtain distance distribution data; a magnetic detection unit, configured to perform magnetic detection on the distance distribution data; and The magnetization control unit is used to determine the magnetization area and magnetization intensity of the characteristic part when it is detected that the characteristic part of the human sleeping posture model corresponding to the distance distribution data needs magnetization, so as to control the magnetization of the magnetic therapy mattress according to the magnetization area and magnetization intensity.

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