Health management method and health management system

A health management system and health management technology, applied in the field of health management, can solve the problems of incomplete data, poor reference, and unrealized health data management.

Pending Publication Date: 2019-07-16
翼猫科技发展(上海)有限公司
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AI-Extracted Technical Summary

Problems solved by technology

Although some smart wearable devices on the market claim to be able to collect human health data, due to var...
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Method used

Specifically, according to this first preferred embodiment of the present invention, the quantity of this bedstead 11 is set according to the preset number of people of use of this bedding 10. For example, when the bedding 10 is preset as a single bed, the number of the bed frame 11 is one. When the bedding 10 was preset as a double bed, the number of the bed frames 11 was two. The following is an example of a single bed. At the corresponding positions of the human head and the legs of each bedstead 11, the quantity of every row of regulating bodies 112 is two. Two adjusting bodies 112 in each row are arranged at the left and right ends to provide support for the mattress 12 at the two ends. In the corresponding position of the human trunk, the quantity of every row of regulating bodies 112 is more than two. The plurality of adjusting bodies 112 in each row are evenly distributed to provide stable and uniform support for the mattress 12 at the corresponding position. According to this first preferred embodiment of the present invention, in the corresponding parts of the human torso, the number of regulating bodies 112 in each row is five. Those skilled in the art should be able to understand that, according to the different requirements of the bedding 10, the regulating body 112 can also be set to other numbers. The invention is not limited in this regard.
The health data storage module 52A of the health data management system 50A classifies and stores the health data, so that the health data can be invoked more conveniently. According to the second preferred embodiment of the present invention, the health data storage module 52A includes an account data storage module 521A, a physical sign data storage module 522A, and a sleep data storage module 523A, so as to separately store account data, physical sign data and sleep data. data is stored. The health data storage module 52A further includes a data association storage module 524A to store the relationship between account data, physical sign data and sleep data, so as to facilitate the data analysis module 532A to analyze the user's health status according to the data, and to facilitate the health theory Construction module 5311A carries out health theory construction.
The health data storage module 52B of the health data management system 50B classifies and stores the health data, so that the health data can be called more conveniently. According to the third preferred embodiment of the present invention, the health data storage module 52B includes an account data storage module 521B, a body sign data storage module 522B, and a sleep data storage module 523B, so as to separately store account data, sign data and sleep data. data is stored. The health data storage module 52B further includes a data association storage module 524B to store the relationship between account data, physical sign data and sleep data, so as to facilitate the data analysis module 532B to analyze the user's health status according to the data, and facilitate the health theory Construction module 5311B carries out health theory construction.
With reference to Fig. 15, this health parameter detecting device 20A is arranged on corresponding position at the intersection of length 1/4 of this mattress 12A and width center. Such a setting position makes the position of the health parameter detection device 20A close to the human heart when the user lies on the bedding 10A, so that the detection is more convenient and accurate. According to this second preferred embodiment of the present invention, the health parameter detection device 20A is arranged between the bed frame 11A and the mattress 12A. Those skilled in the art should be able to understand that the setting position of the health parameter detection device 20A is only an example and not a limitation of the present invention. As long as the purpose of the invention can be achieved, the present invention is not limited in this respect.
[0141] According to this first preferred embodiment of the invention, step (C4) and step (C3) are continuous steps. The continuation of step (C4) enables the user's sleeping position change to be identified in time, and then step (C1) and step (C2) can be performed in time. The continuation of step (C3) can help the user maintain a good sleep state during the whole sleep process.
[0183] The control module 35 can also receive and identify instructions related to massage and physiotherapy. When the manipulation instruction received by the manipulation instruction receiving module 351 of the manipulation module 35 is recognized by the manipulation instruction identification module 352 as a whole set of physical therapy massage instructions, several prefabricated massage and physical therapy modes are executed once in a preset order. The input of the whole set of physical therapy massage instructions can be completed by one-key selection, which is convenient and efficient. That is to say, the user only needs to operate once to execute several prefabricated massage and physiotherapy modes. The prefabricated massage and physical therapy modes can be changed according to user needs. Of course, the user can also choose to perform massage and physical therapy according to different needs in different situations, such as selecting massage and physical therapy parts, massage and physical therapy time, so as to meet different needs in different situations. Users can also store frequently used massage and physical therapy modes. Frequently used massage and physiotherapy modes are stored from the storage input terminal 362 of the storage module 36 to the storage main body 361 , so as to be conveniently called by the control module 33 .
[0185] With reference to Fig. 7A, the health parameter detection device 20 is arranged at the corresponding position at the intersection of the length 1/4 of the corresponding bedstead 11 and the width center of the corresponding human body area. Such a setting position makes the position of the health parameter detection device 20 close to the human heart when the user lies on the bedding 10, so that the detection is more convenient and accurate. According to this first preferred embodiment of the present invention, the health parameter detection device 20 is arranged between the bed frame 11 and the mattress 12. Those skilled in the art should be able to understand that the installation position of the health parameter detection device 20 is only an example and not a limitation of the present invention. As long as the purpose of the invention can be achieved, the present invention is not limited in this respect.
[0235] The health management system further includes a management and control module 30A. The management and control module 30A can obtain the pressure value detected by the pressure detection device 113A, and then infer the user's sleeping posture and the user's demand for the sleeping environment, and then adjust the state of the mattress 12A by adjusting the adjustment body 112A to suit the user's needs. The sleeping position meets the needs of users for the sleeping e...
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Abstract

The invention provides a health management method and a health management system. The health management method comprises the following steps that (A) personal health parameters are collected; and (B)the personal health parameters are analyzed so as to predict the personal health condition; and the personal health parameters collected in step (A) contain personal health parameters at the sleepingstate.

Application Domain

Health-index calculationMedical automated diagnosis +4

Technology Topic

Health statesGerontology +2

Image

  • Health management method and health management system
  • Health management method and health management system
  • Health management method and health management system

Examples

  • Experimental program(1)

Example Embodiment

[0116] The following description is used to disclose the present invention so that those skilled in the art can implement the present invention. The preferred embodiments in the following description are merely examples, and those skilled in the art can think of other obvious modifications. The basic principles of the present invention defined in the following description can be applied to other embodiments, modifications, improvements, equivalents, and other technical solutions that do not depart from the spirit and scope of the present invention.
[0117] Those skilled in the art should understand that in the disclosure of the present invention, the terms "longitudinal", "lateral", "upper", "lower", "front", "rear", "left", "right", " The orientation or positional relationship indicated by "vertical", "horizontal", "top", "bottom", "inner", "outer" etc. are based on the orientation or positional relationship shown in the drawings, which is only for the convenience of describing the present invention and The description is simplified, rather than indicating or implying that the pointed device or element must have a specific orientation, be constructed and operated in a specific orientation, and therefore the above-mentioned terms should not be understood as limiting the present invention.
[0118] It can be understood that the term "a" should be understood as "at least one" or "one or more", that is, in one embodiment, the number of an element may be one, while in other embodiments, The number can be more than one, and the term "one" cannot be understood as a restriction on the number.
[0119] People's physical health conditions will continue to change with time and environmental changes. The change of a person's physical health is a complex process. Although a person's physical health can be reflected through a variety of health parameters. However, most human health parameters are subject to changes in various environmental factors. Although such human health parameters also have certain reference value, many complex external factors need to be considered at the same time. In fact, what a person does every day is sleep. People's physical state during sleep is relatively stable, and they are less affected by external factors. Therefore, the physical health parameters of people during sleep have a very important reference value.
[0120] It is worth mentioning that the physical health parameters of a person in the daily sleep state can not only reflect the current physical health of the person, but the comparison of the physical health parameters of the person can also reflect the changes in the physical health of the person. . Coupled with a comprehensive analysis of influencing factors such as an individual's gender, age, region, climate, season, temperature, etc., an accurate analysis and prediction of the person's physical health can be carried out. When it is predicted that the person may have a certain health risk, a comprehensive examination plan suitable for the person's current situation can be generated according to his physical health parameters and corresponding influencing factors, so that he can conduct a more appropriate physical health examination. In other words, this daily inspection is combined with physical health inspections at individual times and under individual conditions to form a more reasonable physical examination plan to reduce the waste of physical examination resources and consumer time caused by some unnecessary testing items, and avoid some problems. The discomfort caused by the necessary physical examination items to the human body, while allowing consumers with corresponding physical examination needs to receive the corresponding physical health test in time, analyze the reasons for the change of physical health parameters, and discover the risk of illness in time, and then through diet, exercise, and drug treatment based on the physical examination results And other methods to prevent the human health from developing into a morbid state. When analyzing the human health status and performing disease prevention and treatment based on the analysis results, it is possible to combine Chinese and Western medicine knowledge, theories and practical experience. For example, it can be combined with the theory of traditional Chinese medicine to prevent diseases, so as to take the initiative to prevent and prevent dysfunction.
[0121] It is worth mentioning that personal health data not only have important reference value for predicting their own health status, but also have important reference value for establishing a scientific and complete health theory. The prediction of human health status can be based on the theory that exists. With the continuous update and increase of available reference data, the application of new data can make existing theories continue to improve, so that they can be adapted to the current situation and keep pace with the times, so as to better serve human health, so that human health can be better management.
[0122] Attached to the description figure 1 A health management method according to the first preferred embodiment of the present invention is explained. reference figure 1 , The health management method includes the following steps:
[0123] (A) Collect personal health parameters; and
[0124] (B) Analyze personal health parameters to predict personal health.
[0125] The personal health parameters collected in step (A) include the health parameters of the individual in a sleep state. According to the first preferred embodiment of the present invention, the health parameters of the individual in the sleep state include the individual's heart rate, respiration rate, brain electrical rhythm and biofeedback in the sleep state.
[0126] According to the first preferred embodiment of the present invention, in step (A), non-wearable, non-contact technology detection technology is applied, so that the user's heart rate, respiration rate, EEG rhythm and biofeedback information in sleep state can be Real-time monitoring, and avoid the discomfort caused by wearable and contact-type detection equipment, and the adverse effect of wearable and contact-type equipment on users' sleep.
[0127] The health management method according to the first preferred embodiment of the present invention further includes the following steps:
[0128] (C) Provide a suitable sleeping environment.
[0129] Step (C) provides the user with a suitable sleeping environment, so that the user can get a good rest in the sleeping state, which is beneficial to his health. In addition, a suitable sleeping environment also helps to maintain the stability of personal health parameters, and further enhances the reference value of the health parameters of the user during sleep.
[0130] According to the first preferred embodiment of the present invention, step (C) provides a suitable sleeping environment for the user by adjusting the bed environment in which the user sleeps and stimulating the user's brain waves. Specifically, step (C) includes the following steps:
[0131] (C1) Determine the user's sleeping posture requirements;
[0132] (C2) Change the state of the bed to suit the user's sleeping posture requirements;
[0133] (C3) Release alpha-band brain waves to stimulate the brain responsible for mental and emotional activities, regulate the frequency band of brain waves, reduce the secretion of stress hormones, increase the secretion of quiet and peaceful nerve media, enhance brain drowsiness, and lead to deep sleep.
[0134] According to the first preferred embodiment of the present invention, step (A) and step (C) can be performed simultaneously or sequentially. Step (A) is repeated at a first preset frequency. Step (C) is repeated at a second preset frequency.
[0135] According to the first preferred embodiment of the present invention, the first preset frequency that step (A) is repeated is performed once every interval of a preset time period. The preset time period can be set according to user needs.
[0136] It is worth mentioning that this data collection method, which is carried out at intervals of a preset time period, can be used to judge the health status of the user, which conforms to the current medical judgment method. However, the present invention is not limited in this respect. According to other embodiments of the present invention, the first preset frequency may also be other setting methods, for example, different intervals may be used in different time periods, or may be changed according to the collected health parameters of the user. For example, when the user's health parameters are abnormal, repeat step (A) immediately. As long as the purpose of the invention can be achieved, the invention is not limited in this respect.
[0137] According to the first preferred embodiment of the present invention, the second preset frequency performed in step (C) is determined according to the sleep state of the user. That is to say, the second preset frequency is not a fixed frequency, but can be adjusted according to different sleeping habits of different users and the sleeping conditions of users at different times and under different conditions. For example, every time the user moves in the sleep state, the state of the bed changes accordingly to meet the user's sleeping posture requirements.
[0138] Specifically, each time the user's sleeping posture changes, step (C1) and step (C2) are performed once. More specifically, step (C) further includes the following steps:
[0139] (C4) Determine whether the user's sleeping posture has changed.
[0140] If step (C4) determines that the sleeping posture of the user has changed, then step (C1) and step (C2) are performed.
[0141] According to the first preferred embodiment of the present invention, step (C4) and step (C3) are continuous steps. The continuous progress of step (C4) enables the user's sleeping posture changes to be recognized in time, and step (C1) and step (C2) can be performed in time. The continuous progress of step (C3) can help the user maintain a good sleep state throughout the sleep process.
[0142] Of course, consumers are not only concerned about their own health, but also very concerned about the health of their relatives and friends. In many situations in today’s social life, parents, children, brothers and sisters, and friends are concerned about each other, but for various reasons, they don’t know each other’s health well, and they cannot take care and care at the right time. . This is really a regrettable thing. According to the first preferred embodiment of the present invention, a health management method and a health management system thereof are disclosed, so that health conditions can be shared and shared with each other, thereby helping consumers to better maintain family and friendship.
[0143] According to the first preferred embodiment of the present invention, the health management method further includes the following steps:
[0144] (D) Pass health status information to relatives and friends to share personal health status with relatives and friends.
[0145] Relatives and friends of users can start paying attention to the health of users. On the premise of obtaining the user's consent, the user's relatives and friends can obtain the user's health status, and then realize the sharing of the user's health status, so as to jointly pay attention to the user's health status.
[0146] According to the first preferred embodiment of the present invention, when the user's health status is poor, the health management method can also provide a health warning to prompt the user to perform maintenance, fitness, physical examination or treatment. Specifically, the health management method further includes the following steps:
[0147] (E) Determine the state of the user's health status.
[0148] When the step (E) determines that the user's health status exceeds the warning status, the health management method performs the following steps:
[0149] (F) Alarm to remind the user that the health status exceeds the warning status and needs attention.
[0150] Further, after step (F), the health management method includes the following steps:
[0151] (G) Remind users how to deal with their current health conditions.
[0152] Step (G) According to the user's health status judged in step (E), the user's health status countermeasures are prompted. For example, according to the user's own health status, the user is prompted to further perform physical examination, exercise more, diet therapy or seek medical treatment.
[0153] Attached to the description Figure 2 to Figure 8B A health management system according to the first preferred embodiment of the present invention is explained. The health management system includes a bedding 10 and a health parameter detection device 20. The bedding 10 is provided to provide a sleeping environment for the user. The user can lie on the bedding 10 to rest and sleep. The health parameter detection device 20 is installed on the bedding 10 to detect the health parameters of the user when the user lies on the bedding 10 to rest or sleep. According to the first preferred embodiment of the present invention, the health parameter detection device 20 detects the user's heart rate, respiration rate, body movement, getting out of bed, and sleep state (such as deep and shallow sleep) through non-wearable and non-contact technology. .
[0154] Attached to the description Figure 3A to Figure 3C The bedding of the health management system according to the above-mentioned first preferred embodiment of the present invention is explained. reference Figure 3B The bedding 10 includes at least one bed frame 11 and one mattress 12. The mattress 12 is arranged on the bed frame 11 to provide a lying environment for the user. According to the first preferred embodiment of the present invention, the bed frame 11 provides support for the mattress 12. The state of the bed frame 11 can be adjusted, and the state of the mattress 12 supported by the bed frame 11 can be adjusted to meet different needs of users.
[0155] Specifically, the bed frame 11 includes a fixed body 111 and a plurality of adjusting bodies 112. The fixed body 111 has a fixed structure. The adjusting body 112 can be adjusted to change the state.
[0156] reference Figure 3A with Figure 3B , The bed frame 11 further includes a plurality of pressure detection devices 113. According to the first preferred embodiment of the present invention, the pressure detecting device 113 and the regulating body 112 are arranged correspondingly. When a user lies on the mattress 12, when the mattress 12 receives pressure from the user, the pressure is transmitted to the adjusting body 112 of the bed frame 11, and then the adjusting body 112 transmits the pressure to the pressure detecting device 113, and then The pressure detection device 113 can obtain the pressure values ​​corresponding to various parts of the human body. According to the pressure values ​​corresponding to various parts of the human body detected by the pressure detection device 113, the sleeping posture of the user and the user's requirements for the sleeping environment can be inferred, and the state of the mattress 12 can be adjusted by adjusting the adjusting body 112 to adapt to the user's sleep. The posture meets the needs of users for the sleeping environment.
[0157] According to the first preferred embodiment of the present invention, the pressure detecting device 113 is fixed to the fixed body 111. The adjusting body 112 is supported by the pressure detecting device. The mattress 12 is supported on the adjusting body 112 of the bed frame 11, so that when the adjusting body 112 is adjusted, the state of the mattress 12 supported by the adjusting body 112 is adjusted.
[0158] According to the first preferred embodiment of the present invention, each adjusting body 112 is embodied as a stretchable adjusting body that can be adjusted by extension. When the adjusting body 112 is driven to expand and contract, the height of the corresponding part of the mattress 12 supported by the adjusting body 112 changes, so that the curved shape, curvature or overall height of the mattress 12 is adjusted. According to the first preferred embodiment of the present invention, the setting position and the setting number of the adjusting body 112 are designed according to different pressure levels of different parts of the mattress 12 in the lying state of the human body.
[0159] Attached to the description Figure 4A with Figure 4B It is a schematic diagram of the human body's sleeping position under pressure. reference Figure 4A with Figure 4B When the human body lies on the mattress 12, the corresponding parts of the human torso bear greater pressure, while the corresponding parts of the human head and legs bear lower pressure. Accordingly, refer to Figure 5A with Figure 5B In the part corresponding to the torso of the human body, the adjusting bodies 112 are arranged densely. Correspondingly, the adjustment 112 is arranged sparsely in the parts corresponding to the human head and legs.
[0160] According to the first preferred embodiment of the present invention, the adjusting bodies 112 are arranged in rows, so that a row of adjusting bodies 112 can be adjusted simultaneously, so that the corresponding mattresses 12 supported by the row of adjusting bodies 112 The height of the part is adjusted to change the bending mode and bending degree of the mattress 12 to meet the needs of users.
[0161] Specifically, according to the first preferred embodiment of the present invention, the number of the bed frames 11 is set according to the preset number of users of the bedding 10. For example, when the bedding 10 is preset as a single bed, the number of the bed frame 11 is one. When the bedding 10 is preset as a double bed, the number of the bed frame 11 is two. Let's take the single bed as an example to introduce. At the corresponding parts of the human head and legs of each bed frame 11, the number of adjusting bodies 112 in each row is two. Two adjusting bodies 112 in each row are arranged at the left and right ends to provide support for the mattress 12 at the two ends. In the corresponding part of the human body, there are more than two adjusting bodies 112 in each row. The plurality of adjusting bodies 112 in each row are evenly distributed to provide stable and uniform support to the mattress 12 in the corresponding position. According to the first preferred embodiment of the present invention, the number of adjusting bodies 112 in each row is five in the corresponding part of the human trunk. Those skilled in the art should understand that, according to different requirements of the bedding 10, the adjusting body 112 can also be set to other numbers. The present invention is not limited in this respect.
[0162] reference figure 2 , The health management system further includes a management and control module 30. The control module 30 can obtain the pressure value detected by the pressure detection device 113, and then infer the sleeping posture of the user and the user's requirements for the sleeping environment, and then adjust the state of the mattress 12 by adjusting the adjusting body 112 to adapt to the user Sleeping position meets the needs of users for the sleeping environment.
[0163] According to the first preferred embodiment of the present invention, the regulating body 112 includes a driving device 1121 and a passive device 1122. The driving device 1121 can drive the passive device 1122 to perform telescopic movement, thereby changing the length of the passive device 1122, thereby changing the position of the corresponding part of the mattress 12 supported on the passive device 1122, and thereby changing the mattress 12 Curved state or height. According to the first preferred embodiment of the present invention, the driving device 1121 is arranged on the bottom side of the passive device 1122, so that the passive device 1122 is driven on the bottom side of the passive device 1122 to perform telescopic movement.
[0164] Further, the driving device 1121 can also drive the passive device 1122 to vibrate, so that the passive device 1122 can vibrate and massage the user lying on the mattress 12.
[0165] Further, the bedding 10 further includes a physical therapy system 13. According to the first preferred embodiment of the present invention, the physiotherapy system is installed on the mattress 12 to be used for physiotherapy to the user lying on the mattress 12. The physical therapy system 13 according to the first preferred embodiment of the present invention includes a massage module 131, a thermotherapy module 132, a magnetic therapy module 133, and a phototherapy module 134, so that the physical therapy system 13 can lie on the bed. The user of the pad 12 performs massage, hyperthermia health care, magnetotherapy health care, and phototherapy health care. It is worth mentioning that the above-mentioned structure and function of the physical therapy system 13 are merely examples of the present invention and not limitation.
[0166] reference Image 6 The management and control module 30 includes an information acquisition module 31, a data analysis module 32, and a control module 33. The information acquisition module 31 can acquire the user health parameters detected by the health parameter detection device 20 and transfer the acquired user health parameters to the data analysis module 32 to be analyzed by the data analysis module 32 to obtain the user health status Information so that the user’s health status can be paid timely and appropriate attention, and it is convenient for the user and the physical examination institution to formulate a physical examination plan suitable for the user according to the user’s own health status.
[0167] The information acquiring module 31 can also acquire the pressure data information detected by the pressure detecting device 113. The pressure data information acquired by the information acquisition module 31 is transferred to the data analysis module 32, and then analyzed by the data analysis module 32, so that whether the user gets out of bed and the sleeping posture of the user can be judged, and the control module 33 according to The data analysis module 32 analyzes and determines the sleeping posture of the user to control the driving device 1121 to control the driving of the passive device 1122 by the driving device 1121, so that the driving device 1121 drives the passive device 1122 to an appropriate position. To adapt to the user's sleeping position.
[0168] It is worth mentioning that when the data analysis module 32 judges the user’s sleeping posture according to the pressure data information obtained by the information acquisition module 31, it combines various factors such as the user’s height, weight, and physical bending, and therefore judges the user’s sleeping posture. It is a comprehensive judgment that takes into account the user's personality factors, so that the sleeping posture judgment is more accurate, and the control module 33 can perform control more in line with the user's individual needs. Specifically, according to the first preferred embodiment of the present invention, the data analysis module 32 can determine the height, weight, and weight of the user based on the pressure of the user lying on the mattress 12 detected by the pressure detection device 113 and its distribution data. Physiological bending, and then judge the user's sleeping posture.
[0169] According to the first preferred embodiment of the present invention, the adjustment of the mattress 12 includes two modes of automatic adjustment and manual adjustment. In the automatic adjustment mode, the control module 33 controls the driving device 1121 to drive the passive device 1122 once every time the user's sleeping posture changes, so as to adapt to the user's sleeping posture requirements for the bending mode and degree of the mattress 12. In the manual mode, the control module 33 controls the driving device 1121 to drive the passive device 1122 according to the received control instruction.
[0170] Specifically, the management and control module 30 further includes a mode selection module 34 to select the mode in which the control module 33 controls the mattress 12 through the adjusting body 112. The mode selection module 34 includes a selection instruction accepting module 341 and a mode switching module 342. The selection instruction acceptance module 341 receives and recognizes an instruction to select a mode in which the control module 33 controls the mattress 12 through the regulating body 112, thereby accepting the instruction. The mode switching module 342 switches the mode in which the control module 33 controls the mattress 12 through the regulating body 112 according to the instruction accepted by the selection instruction acceptance module 341.
[0171] When the instruction accepted by the instruction acceptance module 341 is to switch the mode in which the control module 33 controls the mattress 12 through the adjusting body 112 to the automatic mode, the mode switching module 342 passes the control module 33 through the adjusting body 112. The mode for controlling the mattress 12 is switched to the automatic mode. At this time, every time the user changes his sleeping posture, the control module 33 controls the driving device 1121 to drive the passive device 1122 once to adjust the state of the mattress 12 once to meet the user's needs.
[0172] The control module 30 further includes a control module 35 to control the control function of the control module 33 when receiving a preset operation. The manipulation module 35 includes at least one manipulation instruction receiving module 351 and at least one manipulation instruction recognition module 352. The manipulation command receiving module 351 receives at least one manipulation command, and transmits the received manipulation command to the command recognition module 352 so that the command recognition module 352 can recognize it. The control module 33 controls the driving device 1121 to drive the passive device 1122 according to the operation instruction recognized by the manipulation instruction recognition module 352, so as to adjust the mattress 12 to match the operation instruction received by the manipulation instruction receiving module 351 Status, such as flat bed status, TV watching matching status, leg relaxed matching status, middle convex status, middle recessed status, and a status matching the current sleeping posture of the user lying on the mattress 12.
[0173] According to the first preferred embodiment of the present invention, the user can also customize the bending state of the mattress 12. The user only needs to input the operation instruction for local adjustment. After the corresponding operation instruction is received by the operation instruction receiving module 351 and recognized by the operation instruction recognition module 352, the control module 33 controls the corresponding driving device 1121 to respond to the corresponding passive according to the corresponding operation instruction. The device 1122 is driven to change the height of the corresponding part of the mattress 12 supported by the corresponding passive device 1122, thereby changing the state of the mattress 12. After one or more partial adjustments, the mattress 12 can reach the state expected by the user. If the user needs to reuse the customized state of the mattress 12, he can save the customized state and define the corresponding control instruction, so that in the subsequent control, only the corresponding control instruction needs to be input, so as to protect the self Define the repeatability of the state while reducing the operation steps, so that this custom state can be more easily realized.
[0174] Specifically, the management and control module 30 further includes a storage module 36. Several preset states of the mattress 12 and their corresponding commands are stored in the storage module 36 for easy recall. Specifically, when the operation instruction recognition module 352 recognizes an operation instruction, the control module 33 retrieves the corresponding operation instruction information and its corresponding mattress state from the storage module 36, and then performs corresponding control to adjust the mattress 12. To the state of the mattress corresponding to the operation command.
[0175] More specifically, the storage module 36 includes a storage main body 361 and a storage input terminal 362. The state of the mattress and its corresponding operation instruction information are stored in the storage main body 361. When the user needs to store the state of the customized mattress in the storage main body 361, the storage input terminal 362 is used to input. The storage input terminal 362 inputs the state of the customized mattress, the corresponding control instructions, and the relevant information of the required user into the storage main body 361 for storage.
[0176] The management and control module 30 further includes at least one image presentation module 37. The pressure distribution state of the human body when lying on the mattress 12 detected by the pressure detection device 113 can be presented by the image presentation module 37, so as to realize the visualization of the pressure distribution. The control module 33 adjusts the passive device 1122 by controlling the driving device 1121 and then adjusts the state of the mattress 12 can also be presented by the image presentation module 37 to realize the visualization of the adjustment process.
[0177] The user can also view the sleep and health analysis report of himself and his relatives and friends through the image presentation module 37.
[0178] According to the first preferred embodiment of the present invention, the information acquisition module 31, the data analysis module 32, the control module 33, the mode selection module 34, and the storage module 36 of the management and control module 30 are provided in the bedding 10. Specifically, the bedding 10 further includes a management and control module carrier 15 for setting the management and control module 30. According to the first preferred embodiment of the present invention, the information acquisition module 31, data analysis module 32, control module 33, mode selection module 34, and storage module 36 of the management and control module 30 are set in the management and control module of the bedding 10 Carrier 15. According to the first preferred embodiment of the present invention, the health parameter detection device 20 is arranged on the management module carrier 15 of the bedding 10.
[0179] The control module 35 of the control module 30 is set in a remote control device to facilitate the user to control the state of the mattress 12 by remote control. According to the first preferred embodiment of the present invention, the remote control device provided with the control module 35 may be a remote control or an electronic device, such as a mobile phone or a tablet. The number of the control module 35 can be one or more, so when multiple remote control devices are provided with the control module 35, the user can selectively use any remote control device to control the state of the mattress 12. Of course, according to other embodiments of the present invention, the management and control module 30 may not provide the control module 35 on the electronic device, but only set the corresponding module to call the existing functions of the electronic device. As long as the purpose of the invention can be achieved, the invention is not limited in this respect.
[0180] The image presentation module 37 of the control module 30 is installed in an electronic device. According to the first preferred embodiment of the present invention, the electronic device provided with the image presentation module 37 may be a remote control with a display function or a mobile phone, a tablet, or a television. The number of the image presentation module 37 can be one or more, so when multiple electronic devices are provided with the image presentation module 37, the user can selectively use any electronic device to adjust the state of the mattress 12 and the body pressure. Distribute information for presentation. Of course, according to other embodiments of the present invention, the management and control module 30 may not provide the image presentation module 37 on the electronic device, but only set the corresponding module to call the existing functions of the electronic device. As long as the purpose of the invention can be achieved, the invention is not limited in this respect.
[0181] The management and control module 30 further includes a sleep aid module 38. The sleep aid module 38 is configured to help users improve their sleep quality, so as to get a good rest during sleep. According to the first preferred embodiment of the present invention, the sleep aid module 38 is specifically implemented as an alpha wave sleep aid module. The sleep aid module 38 utilizes the effect of alpha waves on the human brain to adjust the brain waveband, so that the human brain is in a resting state and promotes falling asleep. The sleep aid module 38 can be turned on and off. According to the first preferred embodiment of the present invention, the sleep aid module 38 can be turned on and off by operating the control module 35. Specifically, when the manipulation instruction receiving module 351 of the manipulation module 35 receives a manipulation instruction and is recognized by the manipulation instruction recognition module 352 as an instruction to turn on the sleep aid module 38, the control module 33 controls the sleep aid module 38 When it is turned on, the sleep aid module 38 releases the factors that adjust the user's brain wave band to the alpha wave band, thereby achieving a sleep aid effect. When the manipulation instruction receiving module 351 of the manipulation module 35 receives a manipulation instruction and is recognized by the manipulation instruction identification module 352 as an instruction to turn off the sleep aid module 38, the control module 33 controls the sleep aid module 38 to turn off. When the sleep aid module 38 is in an on state, the image presentation module 37 can output a visualized schematic diagram of alpha wave output so that the user has an intuitive understanding of the sleep aid effect of the alpha wave.
[0182] According to the first preferred embodiment of the present invention, the bedding 10 further includes at least one pillow 14. The sleep aid module 38 is arranged on the pillow 14 so as to better exert the sleep aid effect. It is worth mentioning that this setting method and setting position of the sleep aid module 38 are merely an example of the present invention and not a limitation. As long as the objective of the present invention can be achieved, the present invention is not limited in this respect.
[0183] The control module 35 can also receive and recognize massage and physical therapy related instructions. When the manipulation instruction received by the manipulation instruction receiving module 351 of the manipulation module 35 is recognized by the manipulation instruction recognition module 352 as a complete set of physical therapy massage instructions, several pre-made massage and physical therapy modes are executed once in a preset order. The input of the full set of physiotherapy massage instructions can be completed by one-key selection, which is convenient and efficient. In other words, the user only needs to operate several pre-made massage and physiotherapy modes once. The prefabricated massage and physiotherapy modes can be changed according to user needs. Of course, the user can also select and execute massage and physiotherapy according to different needs in different situations, such as selecting massage, physiotherapy parts, massage, and physiotherapy time to meet different needs under different conditions. Users can also store commonly used massage and physiotherapy modes. Frequently used massage and physical therapy modes are stored from the storage input terminal 362 of the storage module 36 to the storage main body 361, so as to be conveniently called by the control module 33.
[0184] Attached to the description Figure 7A with Figure 7B It is a schematic diagram of the installation position of the health parameter detection device 20 of the health management system according to the first preferred embodiment of the present invention. The number of settings of the health parameter detection device 20 is set according to the number of users preset in the bedding 10. For example, when the bedding 10 is preset as a single bed, the number of the health parameter detection device 20 is one. When the bedding 10 is preset to be a double bed, the number of the health parameter detection device 20 is two. According to the first preferred embodiment of the present invention, the number of installations of the health parameter detection device 20 is the same as the number of installations of the bed frame 11. Although the first preferred embodiment of the present invention is introduced by taking a single bed as an example, Figure 7B The case in which two health parameter detection devices 20 are provided in a double bed is still exemplified in, so that those skilled in the art can understand the technology more clearly. It is worth mentioning that, in the first preferred embodiment of the present invention, the setting method of the number of health detection devices 20 and the preset number of users of the bedding 10 is only an example of the present invention and not a limitation. The present invention is not limited in this respect as long as the objective of the present invention can be achieved.
[0185] reference Figure 7A The health parameter detection device 20 is set at the corresponding position corresponding to the intersection of the 1/4 of the length of the bed frame 11 and the width center of the corresponding human body area. Such a setting position makes the position of the health parameter detection device 20 close to the human heart when the user lies on the bedding 10, so that the detection is more convenient and accurate. According to the first preferred embodiment of the present invention, the health parameter detection device 20 is arranged between the bed frame 11 and the mattress 12. Those skilled in the art should be able to understand that this setting position of the health parameter detection device 20 is only an example of the present invention, but not a limitation. As long as the objective of the present invention can be achieved, the present invention is not limited in this respect.
[0186] The user's health parameters detected by the health parameter detection device 20 can be presented by the image presentation module 37 in the form of text, a waveform diagram, or a combination of both. Attached to the description Figure 8A with Figure 8B Two examples in which the health parameters detected by the health parameter detection device 20 are presented are explained. reference Figure 8A The health parameters detected by the health parameter detection device 20 are presented on a screen of a mobile phone in the form of text and waveform diagrams. reference Figure 8B The health parameters detected by the health parameter detection device 20 are presented in text on a display screen of a remote control device. Those skilled in the art should be able to understand that the above two presentation modes of the health parameters detected by the health parameter detection device 20 are merely examples of the present invention and not limitations.
[0187] The health management system further includes a remote controller main body 40. A control module 35 is installed on the remote controller main body 40. When the manipulation instruction of the manipulation instruction receiving module 351 of the manipulation module 35 is recognized by the manipulation instruction recognition module 352 as an emergency call for help instruction, the control module 33 responds accordingly, calling relatives and friends, medical institutions, or dialing an emergency call. According to the first preferred embodiment of the present invention, the control module 35 provided on the remote control body 40 is connected to the control module 33 provided on the control module carrier 15 through a wired connection, so that the control The module 33 can perform a control function according to the manipulation instruction recognized by the manipulation instruction recognition module 352 of the manipulation module 35. This wired connection method can prevent the remote controller main body 40 from being lost, and facilitate the user to find it, so that the emergency call for help function is fully guaranteed. However, this wired connection method is only an example of the present invention and not a limitation. As long as the objective of the present invention can be achieved, the present invention is not limited in this respect.
[0188] Attached to the description Picture 9 A health management method according to the second preferred embodiment of the present invention is explained. reference Picture 9 , The health management method includes the following steps:
[0189] (a) Collect personal health parameters; and
[0190] (b) Analyze health parameters.
[0191] The personal health parameters collected in step (a) include the health parameters of the individual in a sleep state. According to the second preferred embodiment of the present invention, the health parameters of the individual in the sleep state include the individual's heart rate, respiration rate, brain electricity rhythm and biofeedback in the sleep state.
[0192] According to the second preferred embodiment of the present invention, in step (a), non-wearable, non-contact technology detection technology is applied, so that the user's heart rate, respiration rate, EEG rhythm and biofeedback information in sleep state can be Real-time monitoring, and avoid the discomfort caused by wearable and contact-type detection equipment, and the adverse effect of wearable and contact-type equipment on users' sleep.
[0193] According to the second preferred embodiment of the present invention, step (a) of the health management method includes the following steps:
[0194] (a1) Testing personal health parameters; and
[0195] (a2) Upload personal health parameters.
[0196] Step (a2) upload personal health parameters to a data platform, such as a health big data cloud platform.
[0197] After this step (a2), the user uploads personal health parameters to the data platform, so that the data platform can summarize and analyze these data to update and improve the health theory.
[0198] According to the second preferred embodiment of the present invention, step (a) is repeated at a third preset frequency. According to the second preferred embodiment of the present invention, step (a1) is performed every 8 seconds.
[0199] According to the second preferred embodiment of the present invention, step (b) includes the following steps:
[0200] (b1) Analyze a user's personal health parameters to determine the user's health status; and
[0201] (b2) Comprehensively analyze a large number of users' personal health parameters to determine the health status of the user group.
[0202] reference Picture 9 , The health management method further includes the following steps:
[0203] (c) Obtain user health-related information; and
[0204] (d) Comprehensively analyze user health parameters and health-related information to establish and improve health theory.
[0205] The user health related information obtained in step (c) includes the user's gender, age, medical history, medical history, mental state information, and genetic status of family diseases.
[0206] Step (d) comprehensively analyze the user's health-related information and the user's current personal health parameters, so as to provide a basis for establishing and improving the health theory.
[0207] The health management method according to the second preferred embodiment of the present invention further includes the following steps:
[0208] (e) Provide a suitable sleeping environment.
[0209] Step (e) provides the user with a suitable sleeping environment, so that the user can get a good rest in the sleeping state, which is beneficial to his health. In addition, a suitable sleeping environment also helps to maintain the stability of personal health parameters, and further enhances the reference value of the health parameters of the user during sleep.
[0210] According to the second preferred embodiment of the present invention, step (e) provides a suitable sleeping environment for the user by adjusting the bed environment in which the user sleeps and stimulating the user's brain waves. Specifically, step (e) includes the following steps:
[0211] (e1) Release alpha-band brain waves to stimulate the brain responsible for mental and emotional activities, regulate the frequency of brain waves, reduce the secretion of stress hormones, increase the secretion of quiet and peaceful nerve media, enhance brain drowsiness, and lead to deep sleep.
[0212] (e2) Receive a bed body state adjustment instruction;
[0213] (e3) Recognize the state adjustment instruction of the bed; and
[0214] (e4) Adjust the bed state according to the bed state adjustment instruction.
[0215] According to the second preferred embodiment of the present invention, the health management method further includes the following steps:
[0216] (f) Deliver health status information to relatives and friends to share personal health status with relatives and friends.
[0217] Relatives and friends of users can start paying attention to the health of users. On the premise of obtaining the user's consent, the user's relatives and friends can obtain the user's health status, and then realize the sharing of the user's health status, so as to jointly pay attention to the user's health status.
[0218] According to the second preferred embodiment of the present invention, when the user's health status is poor, the health management method can also perform health warning to prompt the user to perform maintenance, fitness, physical examination or treatment. Specifically, the health management method further includes the following steps:
[0219] (g) Determine the state of the user's health status.
[0220] When it is determined in step (g) that the user's health status exceeds the pre-warning status, the health management method performs the following steps:
[0221] (h) Alarm to remind users that their health status exceeds the warning status and needs attention.
[0222] Further, after step (h), the health management method includes the following steps:
[0223] (i) Remind users how to deal with their current health conditions.
[0224] Step (i) According to the user's health status determined in step (g), the user's health status countermeasures are prompted. For example, according to the user's own health status, the user is prompted to further perform physical examination, exercise more, diet therapy or seek medical treatment.
[0225] Attached to the description Figure 10 to Figure 15 A health management system according to the second preferred embodiment of the present invention is explained. The health management system includes a bedding 10A, at least one health parameter detection device 20A, and a management control module 30A. The bedding 10A is provided to provide a sleeping environment for the user. The user can lie on the bedding 10A to rest and sleep. The health parameter detection device 20A is installed on the bedding 10A to detect the health parameters of the user when the user lies on the bedding 10A to rest or sleep. According to the second preferred embodiment of the present invention, the health parameter detection device 20A detects the user's heart rate, respiration rate, body movement, getting out of bed, and sleep state (such as deep and shallow sleep) through non-wearable and non-contact technology. .
[0226] reference Picture 11 The bedding 10A includes a bed frame 11A and at least one mattress 12A. The mattress 12A is set on the bed frame 11A to provide a lying environment for the user. According to the second preferred embodiment of the present invention, the bed frame 11A provides support for the mattress 12A. The state of the bed frame 11A can be adjusted, and the state of the mattress 12A supported by the bed frame 11A can be adjusted to meet the different needs of the user for the bedding 10A.
[0227] According to the second preferred embodiment of the present invention, the bedding 10A is embodied as a double bedding. The bedding 10A includes two mattresses 12A arranged side by side on the bed frame 11A, so that the states of the two mattresses 12A of the two parts of the double bedding can be adjusted separately without affecting each other.
[0228] According to the second preferred embodiment of the present invention, the number of the health parameter detection devices 20A is two to monitor the health parameters of the two users lying on the double bedding.
[0229] According to the second preferred embodiment of the present invention, the health parameter detection device 20A is provided on the mattress 12A.
[0230] reference Picture 11 The bed frame 11A includes a fixed body 111A and two sets of adjusting bodies 112A. The fixed body 111A is structurally fixed. The adjusting body 112A can be adjusted to change the state.
[0231] reference Picture 11 with Figure 12B The bed frame 11A further includes a plurality of pressure detecting devices 113A. According to the second preferred embodiment of the present invention, the pressure detecting device 113A and the regulating body 112A are arranged correspondingly. Specifically, the pressure detecting device 113A is provided on the bottom side of the regulating body 112A. When the user lies on the mattress 12A, when the mattress 12A receives pressure from the user, the pressure is transmitted to the regulating body 112A of the bed frame 11A, and the regulating body 112A transmits the pressure to the pressure detecting device 113A, and then The pressure detection device 113A can obtain pressure values ​​corresponding to various parts of the human body. According to the pressure values ​​corresponding to various parts of the human body detected by the pressure detection device 113A, the sleeping posture of the user and the user's needs for the sleeping environment can be inferred, and the state of the mattress 12A can be adjusted by adjusting the adjusting body 112A to adapt to the user's sleep The posture meets the needs of users for the sleeping environment.
[0232] According to the second preferred embodiment of the present invention, the pressure detecting device 113A is fixed to the fixed body 111A. The adjusting body 112A is supported by the pressure detecting device 113A. The mattress 12A is supported by the adjusting body 112A of the bed frame 11A, so that when the adjusting body 112A is adjusted, the state of the mattress 12A supported by the adjusting body 112A is adjusted.
[0233] According to the second preferred embodiment of the present invention, each adjustment body 112A is embodied as a telescopic adjustment body that can be telescopically adjusted. When the adjusting body 112A is driven to expand and contract, the height of the corresponding part of the mattress 12A supported by the adjusting body 112A changes, so that the curved shape, curvature or overall height of the mattress 12A is adjusted. According to the second preferred embodiment of the present invention, the setting position and the setting number of the adjusting body 112A are designed according to the different pressure levels of different parts of the mattress 12A in the lying state of the human body.
[0234] Refer to the attached drawings Figure 12A In the part corresponding to the torso of the human body, the adjusting bodies 112A are arranged densely. Correspondingly, the adjustment 112 is arranged sparsely in the parts corresponding to the human head and legs.
[0235] The health management system further includes a management and control module 30A. The control module 30A can obtain the pressure value detected by the pressure detection device 113A, and then infer the user's sleeping posture and the user's needs for the sleeping environment, and then adjust the state of the mattress 12A by adjusting the adjusting body 112A to adapt to the user Sleeping position meets the needs of users for the sleeping environment.
[0236] According to the second preferred embodiment of the present invention, the regulating body 112A includes a driving device 1121A and a passive device 1122A. The driving device 1121A can drive the passive device 1122A to perform telescopic movement, thereby changing the length of the passive device 1122A, thereby changing the position of the corresponding part of the mattress 12A supported on the passive device 1122A, and changing the position of the mattress 12A. Curved state or height. According to the second preferred embodiment of the present invention, the driving device 1121A is arranged on the bottom side of the passive device 1122A, so that the passive device 1122A is driven to perform telescopic movement on the bottom side of the passive device 1122A.
[0237] Furthermore, the driving device 1121A can also drive the passive device 1122A to vibrate, so that the passive device 1122A can vibrate and massage the user lying on the mattress 12A.
[0238] Further, the bedding 10A further includes a physiotherapy system 13A. According to the second preferred embodiment of the present invention, the physiotherapy system is provided on the mattress 12A to be used for physiotherapy to the user lying on the mattress 12A. According to the second preferred embodiment of the present invention, the physical therapy system 13A includes a massage module 131A, a thermotherapy module 132A, a magnetic therapy module 133A, and a phototherapy module 134A, so that the physical therapy system 13A can lie on the bed. The user of the pad 12A performs massage, hyperthermia health care, magnetotherapy health care, and phototherapy health care. It is worth mentioning that the above-mentioned structure and function of the physical therapy system 13A are merely examples of the present invention and not limitation.
[0239] reference Figure 13 The management and control module 30A includes an information acquisition module 31A, a data analysis module 32A, and a control module 33A. The information acquiring module 31A can acquire the user health parameters detected by the health parameter detection device 20A and transfer the acquired user health parameters to the data analysis module 32A so as to be analyzed by the data analysis module 32A to obtain the user health status Information so that the user’s health status can be paid timely and appropriate attention, and it is convenient for the user and the physical examination institution to formulate a physical examination plan suitable for the user according to the user’s own health status.
[0240] The information acquisition module 31A can also acquire the pressure data information detected by the pressure detection device 113A. The pressure data information acquired by the information acquisition module 31A is transmitted to the data analysis module 32A, and then analyzed by the data analysis module 32A, so that whether the user gets out of bed and the sleeping posture of the user can be judged, and the control module 33A is based on The sleeping position of the user analyzed and determined by the data analysis module 32A controls the driving device 1121A to control the driving device 1121A to drive the passive device 1122A, so that the driving device 1121A drives the passive device 1122A to an appropriate position, To adapt to the user's sleeping position.
[0241] It is worth mentioning that when the data analysis module 32A judges the user’s sleeping posture based on the pressure data information obtained by the information acquisition module 31A, it combines various factors such as the user’s height, weight, and physical curvature, and therefore judges the user’s sleeping posture. It is a comprehensive judgment that takes into account the user's personality factors, so that the sleeping posture judgment is more accurate, and the control module 33A can perform control more in line with the user's individual needs. Specifically, according to the second preferred embodiment of the present invention, the data analysis module 32A can determine the height, weight, and weight of the user based on the pressure of the user when lying on the mattress 12A detected by the pressure detection device 113A and its distribution data. Physiological bending, and then judge the user's sleeping posture.
[0242] According to the second preferred embodiment of the present invention, the adjustment of the mattress 12A includes two modes of automatic adjustment and manual adjustment. In the automatic adjustment mode, the control module 33A controls the driving device 1121A to drive the passive device 1122A once every time the user changes sleeping posture, so as to adapt to the user's sleeping posture requirements for the bending mode and bending degree of the mattress 12A. In the manual mode, the control module 33A controls the driving device 1121A to drive the passive device 1122A according to the received control instruction.
[0243] Specifically, the management and control module 30A further includes a mode selection module 34A to select a mode in which the control module 33A controls the mattress 12A through the regulating body 112A. The mode selection module 34A includes a selection instruction accepting module 341A and a mode switching module 342A. The selection instruction accepting module 341A receives and recognizes an instruction to select a mode in which the control module 33A controls the mattress 12A through the adjusting body 112A, thereby accepting the instruction. The mode switching module 342A switches the mode in which the control module 33A controls the mattress 12A through the regulating body 112A according to the instruction accepted by the selection instruction acceptance module 341A.
[0244] When the instruction accepted by the selection instruction acceptance module 341A is to switch the mode in which the control module 33A controls the mattress 12A through the adjusting body 112A to the automatic mode, the mode switching module 342A passes the control module 33A through the adjusting body. The mode in which 112A controls the mattress 12A is switched to the automatic mode. At this time, every time the user changes his sleeping posture, the control module 33A controls the driving device 1121A to drive the passive device 1122A once to adjust the state of the mattress 12A once to meet the needs of the user.
[0245] The control module 30A further includes a control module 35A, so as to control the control function of the control module 33A when receiving a preset operation. The manipulation module 35A includes at least one manipulation instruction receiving module 351A and at least one manipulation instruction recognition module 352A. The manipulation command receiving module 351A receives at least one manipulation command, and transmits the received manipulation command to the command recognition module 352 for the manipulation command recognition module 352A to recognize. The control module 33A controls the driving device 1121A to drive the passive device 1122A according to the operation command recognized by the manipulation command recognition module 352A, so as to adjust the mattress 12A to match the manipulation command received by the manipulation command receiving module 351A Status, such as flat bed status, TV watching matching status, leg relaxed matching status, middle convex status, middle recessed status, and a status matching the current sleeping posture of the user lying on the mattress 12A.
[0246] According to the second preferred embodiment of the present invention, the user can also customize the bending state of the mattress 12A. The user only needs to input the operation instruction for local adjustment. After the corresponding operation instruction is received by the operation instruction receiving module 351A and recognized by the operation instruction recognition module 352A, the control module 33A controls the corresponding driving device 1121A to respond to the corresponding passive operation according to the corresponding operation instruction. The device 1122A is driven to change the height of the corresponding part of the mattress 12A supported by the corresponding passive device 1122A, thereby changing the state of the mattress 12A. After one or more local adjustments, the mattress 12A can reach the state expected by the user. If the user needs to reuse the customized state of the mattress 12A, he can save the customized state and define the corresponding control command, so that in the subsequent control, only the corresponding control command needs to be input, so as to protect the self Define the repeatability of the state while reducing the operation steps, so that this custom state can be more easily realized.
[0247] Specifically, the management and control module 30A further includes a storage module 36A. Several preset states of the mattress 12A and their corresponding commands are stored in the storage module 36A for easy recall. Specifically, when the manipulation instruction recognition module 352A recognizes an operation instruction, the control module 33A calls the corresponding operation instruction information and the corresponding mattress state from the storage module 36A, and then performs corresponding control to adjust the mattress 12A To the state of the mattress corresponding to the operation command.
[0248] More specifically, the storage module 36A includes a storage main body 361A and a storage input terminal 362A. The state of the mattress and its corresponding operation instruction information are stored in the storage main body 361A. When the user needs to store the state of the custom mattress in the storage main body 361A, the user can use the storage input terminal 362A to input. The storage input terminal 362A inputs the state of the customized mattress, the corresponding control instructions, and the relevant information of the required user into the storage main body 361A for storage.
[0249] The management and control module 30A further includes at least one image presentation module 37A. The pressure distribution state of the human body when lying on the mattress 12A detected by the pressure detection device 113 can be presented by the image presentation module 37A, thereby realizing the visualization of the pressure distribution. The control module 33A controls the driving device 1121A to adjust the passive device 1122A, and then the process of adjusting the state of the mattress 12A can also be presented through the image presentation module 37A to realize the visualization of the adjustment process.
[0250] Users can also view the sleep and health analysis reports of themselves and their relatives and friends through the image presentation module 37A.
[0251] According to the second preferred embodiment of the present invention, the information acquisition module 31A, data analysis module 32A, control module 33A, mode selection module 34A, and storage module 36A of the management and control module 30A are provided in the bedding 10A. Specifically, the bedding 10A further includes a management and control module carrier 15A for setting the management and control module 30A. According to the second preferred embodiment of the present invention, the information acquisition module 31A, data analysis module 32A, control module 33A, mode selection module 34A, and storage module 36A of the management and control module 30A are set in the management and control module of the bedding 10A Carrier 15A.
[0252] The control module 35A of the control module 30A is set in a remote control device to facilitate the user to control the state of the mattress 12A by remote control. According to the second preferred embodiment of the present invention, the remote control device provided with the control module 35A may be a remote control or an electronic device, such as a mobile phone or a tablet. The number of the control module 35A can be one or more, so when multiple remote control devices are provided with the control module 35A, the user can selectively use any remote control device to control the state of the mattress 12A. Of course, according to other embodiments of the present invention, the management and control module 30A may not provide the control module 35A on the electronic device, but only set the corresponding module to invoke the functions that the electronic device has. As long as the purpose of the invention can be achieved, the invention is not limited in this respect.
[0253] The image presentation module 37A of the control module 30A is installed in an electronic device. According to the second preferred embodiment of the present invention, the electronic device provided with the image presentation module 37A may be a remote control with a display function or a mobile phone, a tablet, or a TV. The number of the image presentation module 37A can be one or more, so when multiple electronic devices are provided with the image presentation module 37A, the user can selectively use any electronic device to adjust the state of the mattress 12A and the body pressure Distribute information for presentation. Of course, according to other embodiments of the present invention, the management and control module 30A may not provide the image presentation module 37A on the electronic device, but only set the corresponding module to invoke the functions of the electronic device. As long as the purpose of the invention can be achieved, the invention is not limited in this respect.
[0254] The management and control module 30A further includes a sleep aid module 38A. The sleep aid module 38A is configured to help users improve their sleep quality, so as to get a good rest during sleep. According to the second preferred embodiment of the present invention, the sleep aid module 38A is embodied as an alpha wave sleep aid module. The sleep aid module 38A utilizes the effect of alpha waves on the human brain to adjust the brain waveband, so that the human brain is in a resting state and promotes falling asleep. The sleep aid module 38A can be turned on and off. According to the second preferred embodiment of the present invention, the opening and closing of the sleep aid module 38A can be realized by operating the control module 35A. Specifically, when the manipulation instruction receiving module 351A of the manipulation module 35A receives a manipulation instruction and is recognized by the manipulation instruction recognition module 352A as an instruction to turn on the sleep aid module 38A, the control module 33A controls the sleep aid module 38A When it is turned on, the sleep aid module 38A releases the factors that adjust the user's brain wave band to the alpha wave band, thereby achieving a sleep aid effect. When the manipulation instruction receiving module 351A of the manipulation module 35A receives a manipulation instruction and is recognized by the manipulation instruction identification module 352A as an instruction to turn off the sleep aid module 38A, the control module 33A controls the sleep aid module 38A to turn off. When the sleep aid module 38A is turned on, the image presentation module 37A can output a visualized schematic diagram of alpha wave output so that the user has an intuitive understanding of the effect of alpha wave sleep aid.
[0255] According to the second preferred embodiment of the present invention, the bedding 10A further includes at least one pillow 14A. The sleep aid module 38A is arranged on the pillow 14A so as to better exert the sleep aid effect. It is worth mentioning that this setting method and setting position of the sleep aid module 38A are merely examples of the present invention and not limitation. As long as the objective of the present invention can be achieved, the present invention is not limited in this respect.
[0256] The control module 35A can also receive and recognize massage and physical therapy related instructions. When the manipulation command received by the manipulation command receiving module 351A of the manipulation module 35A is recognized by the manipulation command recognition module 352A as a complete set of physiotherapy massage commands, several pre-made massage and physiotherapy modes are executed in a preset order. The input of the full set of physiotherapy massage instructions can be completed by one-key selection, which is convenient and efficient. In other words, the user only needs to operate it once and execute the preset several pressing and physiotherapy modes. The prefabricated massage and physiotherapy modes can be changed according to user needs. Of course, the user can also select and execute massage and physiotherapy according to different needs in different situations, such as selecting massage, physiotherapy parts, massage, and physiotherapy time, so as to meet different needs under different conditions. Users can also store commonly used massage and physiotherapy modes. Frequently used massage and physiotherapy modes are stored from the storage input terminal 362A of the storage module 36A to the storage main body 361A, so as to be conveniently called by the control module 33A.
[0257] According to the second preferred embodiment of the present invention, the health management system further includes a health data management system 50A. The health data management system 50A is set up to receive, store and analyze health data. Refer to the attached drawings Figure 14 The health data management system 50A includes a health data receiving module 51A, a health data storage module 52A, and a health status analysis module 53A. The health data receiving module 51A is connected to the health data storage module 52A. The health data receiving module 51A receives user health data, and transmits the received user health data to the health data storage module 52A. The health data receiving module 51A is connected to the health status analysis module 53A. The health data received by the health data receiving module 51A can be transferred to the health status analysis module 53A to be analyzed.
[0258] The health analysis module 53A includes a health theory module 531A and a data analysis module 532A. The health theory module 531A stores and updates the health theory. The data analysis module 532A is connected to the health theory module 531A, so as to analyze the health data received by the health data receiving module 51A according to the health theory stored in the health theory module 531A to determine the physical health of the corresponding user.
[0259] The health theory module 531A includes a health theory building module 5311A and a health theory storage module 5312A. The health theory building module 5311A is set up to construct the health theory and update the health theory according to the actual situation, so that the health theory is continuously improved and advanced with the times. The health theory constructed and updated by the health theory building module 5311A is stored by the health theory storage module 5312A so as to be called by the data analysis module 532A.
[0260] It is worth mentioning that the data analysis module 532A can perform health analysis, health diagnosis, and health warning based on the health theory stored in the health theory storage module 5312A. When the analysis result of the health analysis module 532A shows that the user's health status needs further verification or needs rescue, the health data management system 50A can also make corresponding processing to ensure the safety and health of the user.
[0261] Specifically, the health data management system 50A further includes a data output module 54A. When data output is needed, the data output module 54A outputs the user health parameter data and the user health data analyzed by the health analysis module 532A to the corresponding system for application. When the analysis result of the health analysis module 532A shows that the user's health status needs to be further checked, the data output module 54A can output the user's health parameter data and health status data to a medical examination application system for medical examination application. When the analysis result of the health analysis module 532A shows that the user's health status is in crisis and needs help, the data output module 54A sends out a distress signal, and transmits the corresponding health parameter data and health status data of the user to an rescue system.
[0262] According to the second preferred embodiment of the present invention, the health data management system 50A presets a TCM health theory model in the health theory storage module 5312A, which serves as a basis for analyzing the user's health status in the initial stage. With the continuous application of the health data management system 50A, the TCM health theory model stored in the health theory storage module 5312A is continuously improved and updated, so that the data analysis module 532A uses it as a basis to make decisions about the user’s health status The judgment is more precise.
[0263] The health data storage module 52A of the health data management system 50A classifies and stores the health data so that the health data can be more conveniently called. According to the second preferred embodiment of the present invention, the health data storage module 52A includes an account data storage module 521A, an integrated sign data storage module 522A, and a sleep data storage module 523A to separately check account data, physical sign data, and sleep data. Data is stored. The health data storage module 52A further includes a data association storage module 524A to store the association relationship between account data, physical sign data, and sleep data, thereby facilitating the data analysis module 532A to analyze the user's health status based on the data and to facilitate the health theory The building module 5311A carries out the construction of health theory.
[0264] Attached to the description Figure 15 It is a schematic diagram of the installation position of the health parameter detection device 20A of the health management system according to the second preferred embodiment of the present invention. The number of settings of the health parameter detection device 20A is set according to the number of users preset in the bedding 10A. For example, when the bedding 10A is preset as a single bed, the number of the health parameter detection device 20A is one. When the bedding 10A is preset as a double bed, the number of the health parameter detection device 20A is two. According to the second preferred embodiment of the present invention, the number of settings of the health parameter detection device 20A is the same as the number of settings of the bed frame 11A. It is worth mentioning that in the second preferred embodiment of the present invention, the setting method of the number of health detection devices 20 and the preset number of users of the bedding 10A is only an example of the present invention and not a limitation. The present invention is not limited in this respect as long as the objective of the present invention can be achieved.
[0265] reference Figure 15 The health parameter detecting device 20A is set at a corresponding position corresponding to the intersection of the length 1/4 of the mattress 12A and the width center. Such a setting position makes the position of the health parameter detection device 20A close to the human heart when the user lies on the bedding 10A, so that the detection is more convenient and accurate. According to the second preferred embodiment of the present invention, the health parameter detecting device 20A is arranged between the bed frame 11A and the mattress 12A. Those skilled in the art should be able to understand that the setting position of the health parameter detection device 20A is merely an example of the present invention and not a limitation. As long as the objective of the present invention can be achieved, the present invention is not limited in this respect.
[0266] The user's health parameters detected by the health parameter detection device 20A can be presented by the image presentation module 37A in the form of text, a waveform diagram, or a combination of both.
[0267] The health management system further includes a remote control body 40A. A control module 35A is provided on the remote controller main body 40A. When the manipulation command of the manipulation command receiving module 351A of the manipulation module 35A is recognized as an emergency call for help by the manipulation command recognition module 352A, the control module 33A responds accordingly, calling relatives and friends, medical institutions, or dialing emergency calls. According to the second preferred embodiment of the present invention, the control module 35A provided in the remote control body 40A is connected to the control module 33A provided in the control module carrier 15A through a wired connection, so that the control The module 33A can perform a control function according to the manipulation instruction recognized by the manipulation instruction recognition module 352A of the manipulation module 35A. This wired connection can prevent the remote controller main body 40A from being lost and facilitate the user to find it, so that the emergency call for help function is fully guaranteed. However, this wired connection method is only an example of the present invention and not a limitation. As long as the purpose of the invention can be achieved, the invention is not limited in this respect.
[0268] Attached to the description Figure 16 A health management method according to the third preferred embodiment of the present invention is explained. Referring to Figure 16, the health management method includes the following steps:
[0269] (α) Collect personal health parameters; and
[0270] (β) Analyze health parameters.
[0271] The personal health parameters collected in step (α) include the health parameters of the individual in a sleep state. According to the third preferred embodiment of the present invention, the health parameters of the individual in the sleep state include the individual's heart rate, respiration rate, brain electricity rhythm and biofeedback in the sleep state.
[0272] According to the third preferred embodiment of the present invention, in step (α), non-wearable, non-contact technology detection technology is applied, so that the user's heart rate, respiration rate, EEG rhythm and biofeedback information in sleep state can be Real-time monitoring, and avoid the discomfort caused by wearable and contact-type detection equipment, and the adverse effect of wearable and contact-type equipment on users' sleep.
[0273] According to the third preferred embodiment of the present invention, step (α) of the health management method includes the following steps:
[0274] (α1) Detect personal health parameters; and
[0275] (α2) Upload personal health parameters.
[0276] Step (α2) upload personal health parameters to a data platform, such as a health big data cloud platform.
[0277] After this step (α2), the user uploads personal health parameters to the data platform, so that the data platform can summarize and analyze these data to update and improve the health theory.
[0278] According to the third preferred embodiment of the present invention, step (α) is repeated at a third preset frequency. According to the third preferred embodiment of the present invention, step (α1) is performed every 8 seconds.
[0279] According to the third preferred embodiment of the present invention, step (β) includes the following steps:
[0280] (β1) Analyze a user's personal health parameters to determine the user's health status; and
[0281] (β2) Comprehensively analyze a large number of users' personal health parameters to determine the health status of the user group.
[0282] reference Figure 16 , The health management method further includes the following steps:
[0283] (γ) Obtain user health related information; and
[0284] (δ) Comprehensively analyze user health parameters and health-related information to establish and improve health theory.
[0285] The user health-related information obtained in step (γ) includes the user's gender, age, medical history, medical history, mental state information, and genetic status of family diseases.
[0286] Step (δ) comprehensively analyzes the user's health-related information and the user's current personal health parameters, so as to provide a basis for establishing and improving the health theory.
[0287] The health management method according to the third preferred embodiment of the present invention further includes the following steps:
[0288] (ε) Provide a suitable sleeping environment.
[0289] Step (ε) provides the user with a suitable sleeping environment, so that the user can get a good rest in the sleeping state, which is beneficial to his health. In addition, a suitable sleeping environment also helps to maintain the stability of personal health parameters, and further enhances the reference value of the health parameters of the user during sleep.
[0290] According to the third preferred embodiment of the present invention, step (ε) provides a suitable sleeping environment for the user by adjusting the bed environment in which the user sleeps and stimulating the user's brain waves. Specifically, step (ε) includes the following steps:
[0291] (ε1) Release alpha-band brain waves to stimulate the brain that is responsible for mental and emotional activities, regulate the frequency of brain waves, reduce the secretion of stress hormones, increase the secretion of quiet and peaceful nerve media, enhance brain drowsiness, and guide deep sleep.
[0292] (ε2) Receive a bed body state adjustment instruction;
[0293] (ε3) Identify the bed body state adjustment instruction; and
[0294] (ε4) Adjust the bed state according to the bed state adjustment command.
[0295] According to the third preferred embodiment of the present invention, the health management method further includes the following steps:
[0296] (ζ) Deliver health status information to relatives and friends to share personal health status with relatives and friends.
[0297] Relatives and friends of users can start paying attention to the health of users. On the premise of obtaining the user's consent, the user's relatives and friends can obtain the user's health status, and then realize the sharing of the user's health status, so as to jointly pay attention to the user's health status.
[0298] According to the third preferred embodiment of the present invention, when the user's health status is poor, the health management method can also provide a health warning to prompt the user to perform maintenance, fitness, physical examination or treatment. Specifically, the health management method further includes the following steps:
[0299] (η) Generate a health checkup plan;
[0300] (θ) Remind the user to perform a physical examination according to the health examination plan;
[0301] (ι) Obtain user physical examination result information;
[0302] (κ) Judging the user's physical health; and
[0303] (λ) Remind the user's health status and provide reasonable suggestions.
[0304] Attached to the description Figure 17 to Figure 21 A health management system according to the third preferred embodiment of the present invention is explained. The health management system includes a bedding 10B, a health parameter detection device 20B, a management and control module 30B, and a data platform 50B. The bedding 10B is provided to provide a sleeping environment for the user. The user can lie on the bedding 10B to rest and sleep. The health parameter detection device 20B is installed on the bedding 10B to detect the health parameters of the user when the user lies on the bedding 10B to rest or sleep. According to the third preferred embodiment of the present invention, the health parameter detection device 20B detects the user's heart rate, respiration rate, body movement, getting out of bed, and sleep state (such as deep and shallow sleep) through non-wearable and non-contact technology. .
[0305] reference Figure 18 The bedding 10B includes a bed frame 11B and at least one mattress 12B. The mattress 12B is arranged on the bed frame 11B to provide a lying environment for the user. According to the third preferred embodiment of the present invention, the bed frame 11B provides support for the mattress 12B. The state of the bed frame 11B can be adjusted, and the state of the mattress 12B supported by the bed frame 11B can be adjusted to meet the different needs of the user for the bedding 10B.
[0306] According to the third preferred embodiment of the present invention, the bedding 10B is embodied as a double bedding. The bedding 10B includes two mattresses 12B arranged side by side on the bed frame 11B, so that the states of the two mattresses 12B of the two parts of the double bedding can be adjusted separately without affecting each other.
[0307] reference Figure 18 The bed frame 11B includes a fixed body 111B and two sets of adjusting bodies 112B. The fixed body 111B is structurally fixed. The adjusting body 112B can be adjusted to change the state.
[0308] reference Figure 18 The bed frame 11B further includes a plurality of pressure detecting devices 113B. According to the third preferred embodiment of the present invention, the pressure detecting device 113B and the regulating body 112B are arranged correspondingly. Specifically, the pressure detecting device 113B is arranged on the bottom side of the regulating body 112B. When a user lies on the mattress 12B, when the mattress 12B receives pressure from the user, the pressure is transmitted to the regulating body 112B of the bed frame 11B, and the regulating body 112B transmits the pressure to the pressure detecting device 113B, and then The pressure detecting device 113B can obtain the pressure values ​​corresponding to various parts of the human body. According to the pressure values ​​corresponding to various parts of the human body detected by the pressure detection device 113B, the sleeping posture of the user and the user's requirements for the sleeping environment can be inferred, and the state of the mattress 12B can be adjusted by adjusting the adjusting body 112B to adapt to the user's sleep The posture meets the needs of users for the sleeping environment.
[0309] According to the third preferred embodiment of the present invention, the pressure detecting device 113B is fixed to the fixed body 111B. The adjusting body 112B is supported by the pressure detecting device 113B. The mattress 12B is supported by the adjusting body 112B of the bed frame 11B, so that when the adjusting body 112B is adjusted, the state of the mattress 12B supported by the adjusting body 112B is adjusted.
[0310] According to the third preferred embodiment of the present invention, each adjustment body 112B is embodied as a telescopic adjustment body that can be telescopically adjusted. When the adjusting body 112B is driven to expand and contract, the height of the corresponding part of the mattress 12B supported by the adjusting body 112B changes, so that the curved shape, curvature or overall height of the mattress 12B is adjusted. According to the third preferred embodiment of the present invention, the setting position and the setting number of the adjusting body 112B are designed according to different pressure levels of different parts of the mattress 12B in the lying state of the human body.
[0311] In the part corresponding to the trunk of the human body, the regulating bodies 112B are arranged densely. Correspondingly, the adjustment 112 is set sparsely in the parts corresponding to the human head and legs.
[0312] According to the third preferred embodiment of the present invention, the adjusting bodies 112B are arranged in a row, so that a row of adjusting bodies 112B can be adjusted simultaneously, so that the corresponding mattress 12B supported by the row of adjusting bodies 112B The height of the part is adjusted to change the bending mode and bending degree of the mattress 12B to meet the needs of users.
[0313] Specifically, according to the third preferred embodiment of the present invention, the number of the bed frames 11B is set according to the preset number of users of the bedding 10B. For example, when the bedding 10B is preset as a single bed, the number of the bed frame 11B is one. When the bedding 10B is preset as a double bed, the number of the bed frame 11B is two. Let's take the single bed as an example to introduce. At the corresponding parts of the human head and legs of each bed frame 11B, the number of adjusting bodies 112B in each row is two. Two adjusting bodies 112B in each row are arranged at the left and right ends to provide support for the mattress 12B at both ends. In the corresponding part of the human body, there are more than two adjusting bodies 112B in each row. The multiple adjusting bodies 112B in each row are evenly distributed to provide stable and even support for the mattress 12B in the corresponding part. According to the third preferred embodiment of the present invention, the number of adjusting bodies 112B in each row is five in the corresponding part of the human body. Those skilled in the art should be able to understand that, according to different requirements of the bedding 10B, the adjusting body 112B can also be set to other numbers. The present invention is not limited in this respect.
[0314] reference Figure 17 The health management system further includes a management and control module 30B. The control module 30B can obtain the pressure value detected by the pressure detection device 113B, and then infer the user's sleeping posture and the user's needs for the sleeping environment, and then adjust the state of the mattress 12B by adjusting the adjusting body 112B to adapt to the user Sleeping position meets the needs of users for the sleeping environment.
[0315] According to the third preferred embodiment of the present invention, the regulating body 112B includes a driving device 1121B and a passive device 1122B. The driving device 1121B can drive the passive device 1122B to perform telescopic movement, thereby changing the length of the passive device 1122B, thereby changing the position of the corresponding part of the mattress 12B supported on the passive device 1122B, and changing the mattress 12B Curved state or height. According to the third preferred embodiment of the present invention, the driving device 1121B is arranged on the bottom side of the passive device 1122B, so as to drive the passive device 1122B to perform telescopic movement on the bottom side of the passive device 1122B.
[0316] Further, the driving device 1121B can also drive the passive device 1122B to vibrate, so that the passive device 1122B can vibrate and massage the user lying on the mattress 12B.
[0317] Further, the bedding 10B further includes a physiotherapy system 13B. According to the third preferred embodiment of the present invention, the physiotherapy system is provided on the mattress 12B to be used for physiotherapy to the user lying on the mattress 12B. The physical therapy system 13B according to the third preferred embodiment of the present invention includes a massage module 131B, a thermotherapy module 132B, a magnetic therapy module 133B, and a phototherapy module 134B, so that the physical therapy system 13B can lie on the bed. The user of the pad 12B performs massage, hyperthermia health care, magnetotherapy health care, and phototherapy health care. It is worth mentioning that the above-mentioned structure and function of the physical therapy system 13B are merely examples of the present invention and not limitation.
[0318] reference Picture 20 The management and control module 30B includes an information acquisition module 31B, a data analysis module 32B, and a control module 33B. The information acquisition module 31B can acquire the user health parameters detected by the health parameter detection device 20B and transfer the acquired user health parameters to the data analysis module 32B so as to be analyzed by the data analysis module 32B to obtain the user health status Information, so that the user's health status can be paid timely and appropriate attention, and it is convenient for users and medical examination institutions to formulate suitable medical examination programs for users according to their own health conditions.
[0319] The information acquiring module 31B can also acquire the pressure data information detected by the pressure detecting device 113B. The pressure data information acquired by the information acquisition module 31B is transmitted to the data analysis module 32B, and then analyzed by the data analysis module 32B, so that whether the user gets out of bed and the sleeping posture of the user can be judged, and the control module 33B according to The data analysis module 32B analyzes and determines the sleeping position of the user to control the driving device 1121B to control the driving device 1121B to drive the passive device 1122B, so that the driving device 1121B drives the passive device 1122B to an appropriate position, To adapt to the user's sleeping position.
[0320] It is worth mentioning that when the data analysis module 32B judges the user’s sleeping posture according to the pressure data information obtained by the information acquisition module 31B, it combines various factors such as the user’s height, weight, and physical bending, and therefore judges the user’s sleeping posture. It is a comprehensive judgment that takes into account the user's personality factors, so that the sleeping posture judgment is more accurate, and the control module 33B can perform control more in line with the user's individual needs. Specifically, according to the third preferred embodiment of the present invention, the data analysis module 32B can determine the height, weight, and weight of the user based on the pressure of the user when lying on the mattress 12B detected by the pressure detection device 113B and its distribution data. Physiological bending, and then judge the user's sleeping posture.
[0321] According to the third preferred embodiment of the present invention, the control module 33B controls the driving device 1121B to drive the passive device 1122B according to the control command received by the control module 33B.
[0322] According to the third preferred embodiment of the present invention, the health management system further includes a connection module 60B, so that the management and control module 30B establishes a connection with an electronic device, such as a mobile phone, so that the management and control module 30B can call the electronic device The functions of the electronic device can be used to achieve the preset purpose. For example, the management control module 30B can call the control function of the electronic device connected to it, so that the user can control the state of the mattress 12B and control the massage and health functions of the bedding 10B by operating the electronic device. For example, the management control module 30B can call the display function of the electronic device connected to it, so that the adjustment process of the bedding 10B and its related status information, real-time heart rate information of the user, etc. can be displayed through the electronic device. The management control module 30B can also call the storage function of the electronic device connected to it.
[0323] According to the third preferred embodiment of the present invention, the control module 30B further includes a control module 35B, so as to control the control function of the control module 33B when receiving a preset operation. The manipulation module 35B includes at least one manipulation instruction receiving module 351B and at least one manipulation instruction recognition module 352B. The operation instruction receiving module 351B receives at least one operation instruction, and transmits the received operation instruction to the instruction recognition module 352 so that the instruction recognition module 352 can recognize it. The control module 33B controls the driving device 1121B to drive the passive device 1122B according to the operation command recognized by the manipulation command recognition module 352B to adjust the mattress 12B to match the manipulation command received by the manipulation command receiving module 351B Status, such as flat bed status, TV watching matching status, leg relaxation matching status, middle convex status, middle recessed status, and a status matching the current sleeping posture of the user lying on the mattress 12B.
[0324] According to the third preferred embodiment of the present invention, the user can also customize the bending state of the mattress 12B. The user only needs to input the operation instruction for local adjustment. After the corresponding operation instruction is received by the operation instruction receiving module 351B and recognized by the operation instruction recognition module 352B, the control module 33B controls the corresponding driving device 1121B to respond to the corresponding passive operation according to the corresponding operation instruction. The device 1122B is driven to change the height of the corresponding part of the mattress 12B supported by the corresponding passive device 1122B, thereby changing the state of the mattress 12B. After one or more partial adjustments, the mattress 12B can reach the state expected by the user. If the user needs to reuse the customized state of the mattress 12B, he can save the customized state and define the corresponding control command, so that in the subsequent control, only the corresponding control command needs to be input, so as to protect the self Define the repeatability of the state while reducing the operation steps, so that this custom state can be more easily realized.
[0325] Specifically, the management and control module 30B further includes a storage module 36B. Several preset states of the mattress 12B and their corresponding commands are stored in the storage module 36B for easy recall. Specifically, when the manipulation instruction recognition module 352B recognizes an operation instruction, the control module 33B calls the corresponding operation instruction information and its corresponding mattress state from the storage module 36B, and then performs corresponding control to adjust the mattress 12B To the state of the mattress corresponding to the operation command.
[0326] More specifically, the storage module 36B includes a storage body 361B and a storage input terminal 362B. The state of the mattress and its corresponding operation command information are stored in the storage main body 361B. When the user needs to store the state of the customized mattress in the storage body 361B, the user inputs the state by using the storage input terminal 362B. The storage input terminal 362B inputs the state of the customized mattress, the corresponding control instructions, and the related information of the required user into the storage main body 361B for storage.
[0327] The management and control module 30B further includes at least one image presentation module 37B. The pressure distribution state of the human body when lying on the mattress 12B detected by the pressure detection device 113 can be presented by the image presentation module 37B, thereby realizing the visualization of the pressure distribution. The control module 33B adjusts the passive device 1122B by controlling the driving device 1121B, and then adjusts the state of the mattress 12B, can also be presented through the image presentation module 37B to realize the visualization of the adjustment process.
[0328] Users can also view the sleep and health analysis reports of themselves and their relatives and friends through the image presentation module 37B.
[0329] According to the third preferred embodiment of the present invention, the information acquisition module 31B, data analysis module 32B, control module 33B, mode selection module 34B, and storage module 36B of the management and control module 30B are provided in the bedding 10B. Specifically, the bedding 10B further includes a management module carrier 15B for setting the management module 30B. According to the third preferred embodiment of the present invention, the information acquisition module 31B, data analysis module 32B, control module 33B, and storage module 36B of the management and control module 30B are disposed on the management module carrier 15B of the bedding 10B.
[0330] The health management system further includes a remote control body 40B. The control module 35B is installed on the remote controller main body 40B. When the manipulation command of the manipulation command receiving module 351B of the manipulation module 35B is recognized as an emergency call for help command by the manipulation command recognition module 352B, the control module 33B responds accordingly, calling relatives and friends, medical institutions or dialing emergency calls. According to the third preferred embodiment of the present invention, the control module 35B provided in the remote control body 40B is connected to the control module 33B provided in the control module carrier 15B through a wired connection, so that the control The module 33B can perform a control function according to the manipulation instruction recognized by the manipulation instruction recognition module 352B of the manipulation module 35B. This wired connection can prevent the remote controller main body 40B from being lost, and facilitate the user to find it, so that the emergency call for help function is fully guaranteed. However, this wired connection method is only an example of the present invention and not a limitation. As long as the purpose of the invention can be achieved, the invention is not limited in this respect.
[0331] The image presentation module 37B of the control module 30B is disposed on the remote controller main body 40B to form a remote controller with display function.
[0332] The management and control module 30B further includes a sleep aid module 38B. The sleep aid module 38B is configured to help users improve their sleep quality, so as to get a good rest during sleep. According to the third preferred embodiment of the present invention, the sleep aid module 38B is embodied as an alpha wave sleep aid module. The sleep aid module 38B utilizes the effect of alpha waves on the human brain to adjust the brain waveband, so that the human brain is in a resting state and promotes falling asleep. The sleep aid module 38B can be turned on and off. According to the third preferred embodiment of the present invention, the sleep aid module 38B can be turned on and off by operating the control module 35B. Specifically, when the manipulation instruction receiving module 351B of the manipulation module 35B receives a manipulation instruction and is recognized by the manipulation instruction recognition module 352B as an instruction to turn on the sleep aid module 38B, the control module 33B controls the sleep aid module 38B When it is turned on, the sleep aid module 38B releases the factors that regulate the user's brain wave band to the alpha wave band, thereby achieving a sleep aid effect. When the manipulation instruction receiving module 351B of the manipulation module 35B receives a manipulation instruction and is recognized by the manipulation instruction identification module 352B as an instruction to turn off the sleep aid module 38B, the control module 33B controls the sleep aid module 38B to turn off. When the sleep aid module 38B is in the on state, the image presentation module 37B can output a visualized schematic diagram of the alpha wave output so that the user has an intuitive understanding of the sleep aid effect of the alpha wave.
[0333] According to the third preferred embodiment of the present invention, the sleep aid module 38B is arranged on the management module carrier 15B. It is worth mentioning that this setting method and setting position of the sleep aid module 38B are merely examples of the present invention and not limitation. As long as the purpose of the invention can be achieved, the invention is not limited in this respect.
[0334] The control module 35B can also receive and recognize massage and physical therapy related instructions. When the manipulation command received by the manipulation command receiving module 351B of the manipulation module 35B is recognized by the manipulation command recognition module 352B as a complete set of physiotherapy massage commands, several pre-made massage and physiotherapy modes are executed in a preset order. The input of the full set of physiotherapy massage instructions can be completed by one-key selection, which is convenient and efficient. In other words, the user only needs to operate it once and execute the preset several pressing and physiotherapy modes. The prefabricated massage and physiotherapy modes can be changed according to user needs. Of course, the user can also select and execute massage and physiotherapy according to different needs in different situations, such as selecting massage, physiotherapy parts, massage, and physiotherapy time, so as to meet different needs under different conditions. Users can also store commonly used massage and physiotherapy modes. Frequently used massage and physiotherapy modes are stored from the storage input terminal 362B of the storage module 36B to the storage main body 361B, so as to be conveniently called by the control module 33B.
[0335] The user's health parameters detected by the health parameter detection device 20B can be presented by the image presentation module 37B in the form of text, waveform diagram, or a combination of both.
[0336] According to the third preferred embodiment of the present invention, the health management system further includes a health data management system 50B. The health data management system 50B is set up to receive, store and analyze health data. Specifically, the health data management system 50B includes a health data receiving module 51B, a health data storage module 52B, and a health status analysis module 53B. The health data receiving module 51B is connected to the health data storage module 52B. The health data receiving module 51B receives user health data, and transfers the received user health data to the health data storage module 52B. The health data receiving module 51B is connected to the health status analysis module 53B. The health data received by the health data receiving module 51B can be transferred to the health status analysis module 53B to be analyzed.
[0337] The health analysis module 53B includes a health theory module 531B and a data analysis module 532B. The health theory module 531B stores and updates the health theory. The data analysis module 532B is connected to the health theory module 531B, so as to analyze the health data received by the health data receiving module 51B according to the health theory stored in the health theory module 531B to determine the physical health of the corresponding user.
[0338] The health theory module 531B includes a health theory building module 5311B and a health theory storage module 5312B. The health theory building module 5311B is set up to construct the health theory and update the health theory according to the actual situation, so that the health theory is continuously improved and advanced with the times. The health theory constructed and updated by the health theory building module 5311B is stored by the health theory storage module 5312B so as to be called by the data analysis module 532B.
[0339] It is worth mentioning that the data analysis module 532B can perform health analysis, health diagnosis, and health warning based on the health theory stored in the health theory storage module 5312B. When the analysis result of the health analysis module 532B shows that the user's health status needs further verification or needs rescue, the health data management system 50B can also make corresponding processing to protect the user's safety and health.
[0340] Specifically, the health data management system 50B further includes a data output module 54B. When data output is required, the data output module 54B outputs the user health parameter data and the user health status data analyzed by the health analysis module 532B to the corresponding system for application. When the analysis result of the health analysis module 532B shows that the user's health status needs to be further checked, the data output module 54B can output the user's health parameter data and health status data to a medical examination application system for medical examination application. When the analysis result of the health analysis module 532B shows that the user's health status is in crisis and needs help, the data output module 54B sends out a distress signal, and transmits the corresponding health parameter data and health status data of the user to an rescue system.
[0341] According to the third preferred embodiment of the present invention, the health data management system 50B presets a TCM health theory model in the health theory storage module 5321B, which serves as a basis for analyzing the user's health status in the initial stage. With the continuous application of the health data management system 50B, the TCM health theory model stored in the health theory storage module 5321B is continuously improved and updated, so that the data analysis module 532B uses it as a basis to make decisions about the user’s health status The judgment is more precise.
[0342] The health data storage module 52B of the health data management system 50B classifies and stores the health data so that the health data can be more conveniently called. According to the third preferred embodiment of the present invention, the health data storage module 52B includes an account data storage module 521B, an integrated sign data storage module 522B, and a sleep data storage module 523B to separately check account data, physical sign data, and sleep data. Data is stored. The health data storage module 52B further includes a data association storage module 524B to store the association relationship between account data, physical sign data, and sleep data, thereby facilitating the data analysis module 532B to analyze the user's health status based on the data and to facilitate the health theory The building module 5311B carries out the construction of health theory.
[0343] According to the third preferred embodiment of the present invention, the health management system further includes an integrated examination management system 60B.
[0344] Specifically, the physical examination management system 60B includes an integrated examination plan generation module 61B and a detection system 62B. The medical examination plan generation module 61B generates at least a comprehensive examination plan based on the analysis result of the data analysis module 532B of the health data management system 50B.
[0345] The detection system 62B of the physical examination management system 60B integrates advanced and complete physical examination technology and physical examination equipment, so that a comprehensive physical examination can be performed for the user. The user can choose to perform a comprehensive physical examination, select physical examination items by himself, or perform a physical examination according to the physical examination plan generated by the physical examination plan generation module 61B.
[0346] Those skilled in the art should understand that the embodiments of the present invention shown in the above description and the drawings are merely examples and do not limit the present invention. The purpose of the present invention has been completely and effectively achieved. The function and structural principle of the present invention have been shown and explained in the embodiments. Without departing from the principle, the implementation of the present invention may have any deformation or modification.

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