WO2016109984A1 - 基于健康管理的智能按摩椅及按摩调整方法 - Google Patents

基于健康管理的智能按摩椅及按摩调整方法 Download PDF

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Publication number
WO2016109984A1
WO2016109984A1 PCT/CN2015/070755 CN2015070755W WO2016109984A1 WO 2016109984 A1 WO2016109984 A1 WO 2016109984A1 CN 2015070755 W CN2015070755 W CN 2015070755W WO 2016109984 A1 WO2016109984 A1 WO 2016109984A1
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WO
WIPO (PCT)
Prior art keywords
massage
sign data
user
smart
health management
Prior art date
Application number
PCT/CN2015/070755
Other languages
English (en)
French (fr)
Inventor
张贯京
陈兴明
葛新科
张少鹏
方静芳
普拉纽克·克里斯基捏
Original Assignee
深圳市前海安测信息技术有限公司
深圳市易特科信息技术有限公司
深圳市贝沃德克生物技术研究院有限公司
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Application filed by 深圳市前海安测信息技术有限公司, 深圳市易特科信息技术有限公司, 深圳市贝沃德克生物技术研究院有限公司 filed Critical 深圳市前海安测信息技术有限公司
Publication of WO2016109984A1 publication Critical patent/WO2016109984A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H1/00—Apparatus for passive exercising; Vibrating apparatus; Chiropractic devices, e.g. body impacting devices, external devices for briefly extending or aligning unbroken bones
    • G—PHYSICS
    • G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
    • G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
    • G16H20/00—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance
    • G16H20/30—ICT specially adapted for therapies or health-improving plans, e.g. for handling prescriptions, for steering therapy or for monitoring patient compliance relating to physical therapies or activities, e.g. physiotherapy, acupressure or exercising
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61H—PHYSICAL THERAPY APPARATUS, e.g. DEVICES FOR LOCATING OR STIMULATING REFLEX POINTS IN THE BODY; ARTIFICIAL RESPIRATION; MASSAGE; BATHING DEVICES FOR SPECIAL THERAPEUTIC OR HYGIENIC PURPOSES OR SPECIFIC PARTS OF THE BODY
    • A61H7/00—Devices for suction-kneading massage; Devices for massaging the skin by rubbing or brushing not otherwise provided for

Definitions

  • the invention relates to the technical field of medical instruments, in particular to an intelligent massage chair and a massage adjustment method based on health management.
  • the existing massage devices for example, massage chairs
  • each massage unit has one control program.
  • the user selects the gear position, and according to the gear position selected by the user, controls each massage unit to perform the corresponding frequency and the long-term operation, and cannot adjust according to the physical characteristics of the user, resulting in the massage operation and the user's demand.
  • Matching the user not only can not get the effect of the body through the massage, but it is easy to cause the user's fatigue.
  • the existing massage device cannot achieve intelligent massage, and the massage effect is poor.
  • the main object of the present invention is to provide a smart massage chair and a massage adjustment method based on health management, aiming at solving the problem that the existing massage device cannot achieve intelligent massage and the massage effect is poor.
  • the present invention provides a smart massage chair based on health management, comprising a seat, a keypad and a massage mechanism, a control device electrically connected to the massage mechanism, and a collecting device electrically connected to the control device. And a user identifier; the massage mechanism includes at least one massage unit, and each massage unit is coupled to the manipulation device; wherein:
  • the user identifier is configured to identify identity information of the user, and send the identity information to the manipulation device;
  • the collecting device is configured to collect the physical sign data of the user, and send the physical sign data to the operating device;
  • the manipulation device is configured to receive the identity information and the vital sign data, determine whether the physical sign data of the user is consistent with the standard vital sign data, and send the massage control when the physical sign data of the user does not match the standard vital sign data. Signaling and adjusting signals to the massage mechanism;
  • the massage mechanism receives the massage control signal, controls a preset massage unit to find a massage part, massages the massage part corresponding to the massage unit, and adjusts the massage parameter under the control of the adjustment signal.
  • the present invention also provides a massage adjustment method for a smart massage chair based on health management as described above, and the massage management method based on health management includes:
  • the intelligent massage chair recognizes the identity information of the user
  • the smart massage chair collects physical sign data of the user
  • the smart massage chair determines whether the physical sign data of the user is consistent with the standard vital sign data, and when the physical sign data of the user does not match the standard vital sign data, determining the massage unit corresponding to the part to be massaged and the massage unit
  • the massage parameter controls the massage unit to enter a massage mode to massage the massage portion corresponding to the massage unit, and controls to adjust the massage parameter of the massage unit to the determined massage parameter of the massage unit.
  • the invention collects the physical sign data of the user, determines the part to be massaged and the massage parameter according to the vital sign data, and controls the massage unit of the part requiring massage to massage according to the corresponding massage parameter. Effectively avoid the problem that the existing massage device can not achieve intelligent massage and the massage effect is poor. Achieve smart massage and improve the massage effect.
  • FIG. 1 is a schematic structural view of a first embodiment of a smart massage chair based on health management according to the present invention
  • FIG. 2 is a schematic structural view of a second embodiment of a smart massage chair based on health management according to the present invention
  • FIG. 3 is a schematic structural diagram of a third embodiment of a smart massage chair based on health management according to the present invention.
  • FIG. 4 is a schematic structural diagram of a fourth embodiment of a smart massage chair based on health management according to the present invention.
  • FIG. 5 is a schematic structural diagram of a fifth embodiment of a smart massage chair based on health management according to the present invention.
  • FIG. 6 is a schematic flow chart of a first embodiment of a massage adjustment method based on health management according to the present invention.
  • FIG. 7 is a schematic flow chart of a second embodiment of a massage management method based on health management according to the present invention.
  • FIG. 8 is a schematic flow chart of a third embodiment of a massage management method based on health management according to the present invention.
  • the main solution of the embodiment of the present invention is: the smart massage chair identifies the identity information of the user; the smart massage chair collects the physical sign data of the user; the smart massage chair determines whether the physical sign data of the user matches the standard physical sign data. And determining, when the physical sign data of the user does not match the standard vital sign data, determining a massage unit corresponding to the part to be massaged and a massage parameter of the massage unit, and controlling the massage unit to enter a massage mode to correspond to the massage unit The massage part is massaged, and the massage parameter of the massage unit is controlled to be determined to the massage parameter of the massage unit.
  • the part requiring massage and the massage parameters are determined according to the vital sign data, and the massage unit that controls the part requiring massage is massaged according to the corresponding massage parameter. Effectively avoid the problem that the existing massage device can not achieve intelligent massage and the massage effect is poor. Achieve smart massage and improve the massage effect.
  • the present invention provides a smart massage chair based on health management, comprising a seat, a keypad and a massage mechanism, a control device electrically connected to the massage mechanism, and a collection device electrically connected to the control device And a user identifier;
  • the massage mechanism includes a plurality of massage units, and each massage unit is connected to the manipulation device; wherein: the user identifier is used to identify the identity information of the user, and the identity information is Sending to the manipulation device;
  • the collection device is configured to collect the vital sign data of the user, and send the vital sign data to the manipulation device;
  • the manipulation device is configured to receive the identity information and the physical sign data Determining whether the physical vitality data of the user is consistent with the standard vitals data, and sending a massage control signal and an adjustment signal to the massage mechanism when the physical vitality data of the user does not match the standard vital sign data;
  • the massage control signal controls the preset massage unit to find the massage part, and the massage corresponding to the massage unit Bits massage, massage and adjust the control
  • the smart massage chair based on health management comprises: a seat 1, a keypad 2 and a massage mechanism 3, a control device 4 electrically connected to the massage mechanism 3, and an electrical connection with the control device 4 a device 5 and a user identification device 6;
  • the massage mechanism 3 comprises at least one massage unit 31, and each massage unit 31 is connected to the handling device 4;
  • the user identifier 6 is configured to identify the identity information of the user and send the identity information to the manipulation device 4; the user identifier 6 includes a card reader, and the user only needs to use the massage chair before using the massage chair After the identification card is slid over the card reader like a bus card (identity card or other identification card), the user identity information can be read, and the identifier 6 identifies the identity information of the user. The identity information is sent to the handling device 4.
  • the collecting device 5 is configured to collect the vital sign data of the user, and send the vital sign data to the operating device 4;
  • the physical sign data includes but is not limited to body weight, blood pressure, blood uric acid, blood lipid (blood total cholesterol, Blood triglyceride and blood high density lipoprotein cholesterol), the amount of temperature and the like.
  • the keypad 2 is electrically connected to the operating device 4, and the operating device 4 receives a button operation issued by the user via the keypad 2 and controls the operation in response to the button.
  • the collecting device 5 includes a weight scale 51 disposed under the seat 1 (a specific setting position is not shown), the weight meter 51 and the operating device 4 connections.
  • the user's weight is measured by the weight scale 51 and the value of the weight and the user are sent to the handling device 4, which controls the value of the weight with the user.
  • the manipulation device 4 is configured to receive the identity information and the vital sign data, determine whether the physical sign data of the user is consistent with the standard vital sign data, and send a massage when the physical sign data of the user does not match the standard vital sign data. Controlling signals and adjusting signals to the massage mechanism 3;
  • the manipulation device 4 associates the user identity with the corresponding vital sign data, and performs long-term monitoring on the user's vital sign data, that is, the user's physical data collected each time is associated with the user, and the physical condition of the user is monitored in real time and in a long time.
  • Pre-stored standard vital signs data which are set according to age, for example, one for the elderly, one for the middle-aged person, and one for the child.
  • the operating device 4 determines corresponding standard physical sign data according to the identity information, and determines whether the physical sign data of the user matches the standard physical sign data, and the user's
  • the massage control signal and the adjustment signal are sent to the massage mechanism 3, and the manipulation device 4 analyzes which physical sign data does not conform to the standard vital sign data, and determines a portion that does not conform to the standard vital sign data.
  • corresponding massage unit when the user's vital sign data matches the standard vital sign data, continue to collect the physical sign data of the user and control the massage unit 31 to massage the user according to the current massage parameter.
  • the massage mechanism 3 receives the massage control signal, controls the preset massage unit 31 to find a massage part, massages the massage part corresponding to the massage unit 31, and adjusts the massage parameter under the control of the adjustment signal.
  • the massage mechanism receives the massage control signal, and controls the preset massage unit 31 to search for the massage portion according to the massage control signal, that is, according to the massage control signal, the corresponding massage unit 31 is controlled to find the massage portion.
  • the massage mechanism 3 includes a head massage unit 310, a neck massage unit 311, a shoulder massage unit 312, a back massage unit 313, a waist massage unit 314, an arm massage unit 315, and a leg massage unit.
  • the manipulation device 4 determines whether the collected blood pressure data matches the standard blood pressure data to determine whether the blood pressure data of the user does not match the standard blood pressure data, and if not, controls the corresponding massage unit 31 to massage, so that the blood pressure data of the user is The standard blood pressure data is consistent.
  • the seat 1 includes two massage armrests 11 and a massage armrest 12, and the collecting device 5 includes an electrocardiograph 53 disposed at the massage armrest 11 and or the massage armrest 12.
  • the electrocardiograph 53 includes two electrodes 531 and 532 which are respectively placed at the palm rest of the massage armrest 11 and the massage armrest 12.
  • the user's ECG data is collected by the electrodes 531 and 532, and the collected ECG data is associated with the user.
  • the control device 4 determines whether the collected ECG data is consistent with the standard ECG data to determine whether the user's ECG data does not match the standard ECG data, and if not, controls the corresponding massage unit 31 to massage, so that the user The ECG data is consistent with the standard ECG data.
  • the process of the massage unit 31 searching for the massage part may be:
  • the massage unit 31 of the massage mechanism 3 Before starting the massage, the massage unit 31 of the massage mechanism 3 first locates the acupuncture points on the back of the user, and the positioning manner is as follows: the massage unit 31 first finds the depression of the user's rear midline, and then walks along the place to find the first Seven cervical vertebrae, and the coordinates of the location were recorded.
  • the massage mechanism 3 calculates the distance (vertical distance) of the massage unit 31 from the shoulder hole to the floating rib, and divides the average into 14 segments.
  • the massage mechanism 3 returns to the position of the Dazhui point and walks vertically down 6 segments, then walks to the left until it stops to the edge of the body, records the position coordinates and divides the distance into 6 segments equally.
  • Acupoint positioning method :
  • Xinshu Point The distance from the Dazhui point along the midline of the back of the vertical line is 5 segments, then the distance to the left or right is 1 segment.
  • Pancreatic acupoint The distance from the Dazhui point along the median line of the posterior midline is 8 segments, then the distance to the left or right is 1 segment.
  • Liver Mu Point The distance from the Dazhui point along the midline of the posterior midline is 9 segments, then the distance to the left or right is 1 segment.
  • Shenshu Point The distance from the Dazhui point along the midline of the posterior midline is 14 segments, then the distance to the left or right is 1 segment.
  • the massage unit 31 finds the massage acupuncture points on the back in the above manner.
  • the massage unit 31 finds the massage acupuncture point, the massage part corresponding to the massage unit 31 is massaged, and the massage parameter is adjusted under the control of the adjustment signal.
  • the massage mode of the massage chair is generally the same as the existing one.
  • the vital signs data collected by the device 4 for example, blood pressure, blood sugar, blood lipids, and electrocardiogram information
  • the collected vital signs data are analyzed, and the massage unit 31 is automatically adjusted.
  • the specific adjustment rules are as follows:
  • the blood sugar can be restored to the normal range.
  • blood lipids are abnormal (the total cholesterol concentration of blood is greater than 5.72) Methyl / L or blood triglyceride concentration greater than 1.70 mmol / L or blood high density lipoprotein cholesterol concentration less than 9.0 Mmmol/L)
  • the shoulder, back and leg massage units are used to focus on the heart, liver, kidney, Kunlun and shoulder wells.
  • the blood lipids can be restored to the normal range.
  • the ECG is abnormal
  • the back, arms, legs and foot massage unit are mobilized to focus on the Neiguan, Xinshu, Zusanli and Yongquan points. Through the massage of these points, the heart beat is restored to normal.
  • the part requiring massage and the massage parameter are determined according to the vital sign data, and the massage unit that controls the part requiring massage is massaged according to the corresponding massage parameter. Effectively avoid the problem that the existing massage device can not achieve intelligent massage and the massage effect is poor. Achieve smart massage and improve the massage effect.
  • FIG. 5 it is an architectural diagram of a fifth embodiment of a smart massage chair based on health management according to the present invention.
  • the health management-based smart massage chair further includes a display device 7 connected to the manipulation device 4, the display device 7 is disposed on the keypad 2; the collection device 5 further includes a body temperature detecting device 54, The body temperature detecting device 54 includes an infrared probe that is disposed on the display device 7.
  • the display device 7 is usually located beside the right handrail of the smart massage chair, and has a size of not less than 7 inches.
  • the display device 7 is further provided with a microphone 8 and a speaker 9, and the microphone 8 and the speaker 9 are both
  • the control device 4 is connected to the information interaction platform 10, and the microphone 8 and the display device 7 exchange information with the information interaction platform 10 through a network; the manipulation device 4 receives the vital sign data. And comparing the vital sign data with a safety threshold range, and outputting an output control signal to the speaker 9 and the information interaction platform 10 when the vital sign data is not within a safety threshold range;
  • the speaker 9 receives the output control signal and outputs vital sign data abnormality alarm information
  • the information interaction platform 10 receives the output control signal and outputs vital sign data abnormality alarm information.
  • the control of the massage mode of the smart massage chair and the realization of the video entertainment function can be completed by the microphone 8.
  • the information interaction platform 10 staff can also play video chat with the smart massage chair side user to realize psychological comfort and other services.
  • the manipulation device 4 receives the vital sign data, compares the vital sign data with the safety threshold range, and when the value is not within the safety threshold range, it indicates that the vital sign data is abnormal, and needs to be processed in time to interact with the speaker 9 and the information.
  • the platform 10 issues an output control signal, and the speaker 9 and the information interaction platform 10 receive the output control signal and output vital sign data abnormality alarm information.
  • the safety threshold range is set according to age and physical fitness.
  • the security threshold range includes, but is not limited to, a blood pressure safety threshold range, a blood glucose safety threshold range, a heart rate safety threshold range, and the like.
  • the information interaction platform 10 can also push information such as diet, exercise, and the like according to the physical condition of the user on the side of the smart massage chair. The casual colleagues can monitor their physical condition at any time and recommend according to the information interaction platform 10 The information adjusts diet and exercise to improve the quality of life.
  • the control speaker and the information interaction platform issue an abnormal alarm of the vital sign data, prompting the user to timely handle the abnormal situation, thereby effectively ensuring user safety.
  • the present invention also provides a massage management method based on health management.
  • FIG. 6 is a schematic flow chart of a first embodiment of a massage adjustment method based on health management according to the present invention.
  • the health management based massage adjustment method comprises:
  • Step S10 the smart massage chair identifies the identity information of the user
  • the smart massage chair can identify the user by using a card reader. Before using the massage chair, the user only needs to slide the identity card like a bus card (ID card or other identification card) through the card reader to complete the user. Reading of identity information.
  • ID card or other identification card
  • Step S20 the smart massage chair collects the physical sign data of the user
  • the smart massage chair collects physical signs data of the user, including but not limited to body weight, blood pressure, blood uric acid, blood lipids (blood total cholesterol, blood triglyceride and blood high density lipoprotein cholesterol), fore temperature, etc. .
  • the smart massage chair measures the weight of the user by a weight scale, and associates the value of the weight with the user.
  • the smart massage chair associates the user identity with the corresponding vital sign data, and performs long-term monitoring on the user's vital sign data, that is, the user sign data collected each time is associated with the user, and the physical condition of the user is monitored in real time and in a long time.
  • Step S30 the smart massage chair determines whether the physical sign data of the user matches the standard vital sign data
  • Step S40 when the physical sign data of the user does not match the standard vital sign data, determining a massage unit corresponding to the part to be massaged and a massage parameter of the massage unit, and controlling the massage unit to enter a massage mode to the massage Massaging the massage part corresponding to the unit, and controlling to adjust the massage parameter of the massage unit to the determined massage parameter of the massage unit;
  • Step S50 When the physical sign data of the user matches the standard vital sign data, continue to collect the physical sign data of the user.
  • Pre-stored standard vital signs data which are set according to age, for example, one for the elderly, one for the middle-aged person, and one for the child.
  • the smart massage chair determines corresponding standard vital sign data according to the identity information, determines whether the physical sign data of the user is consistent with the standard vital sign data, and determines that the body to be massaged when the physical sign data of the user does not match the standard vital sign data.
  • a massage unit corresponding to the massage unit and the massage parameter of the massage unit, controlling the massage unit to enter a massage mode to massage the massage portion corresponding to the massage unit, and controlling to adjust the massage parameter of the massage unit to the determined position
  • the massage parameter of the massage unit when the physical sign data of the user matches the standard vital sign data, continue to collect the physical sign data of the user and control the massage unit to massage the user according to the current massage parameter.
  • the massage unit includes one or more of a head massage unit, a neck massage unit, a shoulder massage unit, a back massage unit, a waist massage unit, an arm massage unit, a leg massage unit, or a sole massage unit;
  • the smart massage chair can measure the blood pressure data of the user through the sphygmomanometer and associate with the user to determine whether the collected blood pressure data matches the standard blood pressure data to determine whether the blood pressure data of the user does not match the standard blood pressure data. And controlling the corresponding massage unit massage so that the blood pressure data of the user matches the standard blood pressure data.
  • the smart massage chair can also collect the user's ECG data through the electrodes of the electrocardiograph, and associate the collected ECG data with the user, and determine whether the collected ECG data is consistent with the standard ECG data, Determining whether the user's ECG data does not match the standard ECG data, and if not, controlling the corresponding massage unit massage so that the user's ECG data matches the standard ECG data.
  • the massage parts of each massage unit are acquired; and the massage parts are adjusted to the positions of the corresponding massage parts according to the acquired massage parts.
  • the process of the massage unit searching for the massage part may be:
  • the massage unit Before starting the massage, the massage unit must first locate the acupuncture points on the back of the user.
  • the positioning method is as follows: the massage unit first finds the depression of the user's right midline, and then travels along it to find the seventh cervical vertebrae, and Record the coordinates of the position.
  • Acupoint positioning method :
  • Xinshu Point The distance from the Dazhui point along the midline of the back of the vertical line is 5 segments, then the distance to the left or right is 1 segment.
  • Pancreatic acupoint The distance from the Dazhui point along the median line of the posterior midline is 8 segments, then the distance to the left or right is 1 segment.
  • Liver Mu Point The distance from the Dazhui point along the midline of the posterior midline is 9 segments, then the distance to the left or right is 1 segment.
  • Shenshu Point The distance from the Dazhui point along the midline of the posterior midline is 14 segments, then the distance to the left or right is 1 segment. Massage the unit to the back massage point as described above.
  • the massage unit finds the massage acupuncture point, the massage part corresponding to the massage unit is massaged, and the massage parameter is adjusted under the control of the adjustment signal.
  • the massage mode of the massage chair is generally the same as the existing one.
  • the vital signs data collected by the device 4 for example, blood pressure, blood sugar, blood lipids, and electrocardiogram information
  • the collected vital signs data are analyzed, and the massage unit is automatically adjusted.
  • the specific adjustment rules are as follows:
  • the blood sugar can be restored to the normal range.
  • blood lipids are abnormal (the total cholesterol concentration of blood is greater than 5.72) Methyl / L or blood triglyceride concentration greater than 1.70 mmol / L or blood high density lipoprotein cholesterol concentration less than 9.0 Mmmol/L)
  • the shoulder, back and leg massage units are used to focus on the heart, liver, kidney, Kunlun and shoulder wells.
  • the blood lipids can be restored to the normal range.
  • the ECG is abnormal
  • the back, arms, legs and foot massage unit are mobilized to focus on the Neiguan, Xinshu, Zusanli and Yongquan points. Through the massage of these points, the heart beat is restored to normal.
  • the part requiring massage and the massage parameter are determined according to the vital sign data, and the massage unit that controls the part requiring massage is massaged according to the corresponding massage parameter. Effectively avoid the problem that the existing massage device can not achieve intelligent massage and the massage effect is poor. Achieve smart massage and improve the massage effect.
  • FIG. 7 is a schematic flow chart of a second embodiment of a massage management method based on health management according to the present invention. Based on the first embodiment of the above-described health management-based massage adjustment method, after the step S40, the method further includes:
  • Step S60 the smart massage chair compares the vital sign data with a safety threshold range
  • Step S70 the smart massage chair sends an output control signal to the information interaction platform to control the information interaction platform to output the abnormality alarm information when the physical condition data is not within the security threshold range;
  • Step S80 the information interaction platform outputs the vital sign data abnormality alarm information when receiving the output control signal.
  • the smart massage chair compares the vital sign data with a safety threshold range, and when the value is not within the safety threshold range, it indicates that the vital sign data is abnormal, and needs to be processed in time to issue the abnormality alarm information of the vital sign data (for example, sent through a speaker)
  • the vital sign data abnormality alarm information), and/or the output control signal is sent to the information interaction platform, and the information interaction platform receives the output control signal and outputs the vital sign data abnormality alarm information.
  • the safety threshold range is set according to age and physical fitness.
  • the security threshold range includes, but is not limited to, a blood pressure safety threshold range, a blood glucose safety threshold range, a heart rate safety threshold range, and the like.
  • the information interaction platform may also push information such as diet, exercise, and the like according to the physical condition of the user of the smart massage chair, and the user may monitor the physical condition of the user at any time according to the information of the interactive platform. Adjust your diet and exercise to improve your quality of life.
  • the smart massage chair can also display the vital sign data through the display device and measure the temperature of the body through the body temperature detecting device.
  • the display device is not less than 7 inches in size, and the display device is further provided with a microphone.
  • the massage mode of the smart massage chair can be controlled by the microphone and the video entertainment function can be realized.
  • the information interaction platform staff can also play video chat with the smart massage chair side user to realize psychological comfort and other services.
  • the step S60 to the step S80 are not limited to being performed after the step S40, and may be performed after step S50, or before step S50, or before step S40, or before or after step S30. However, the step S60 to the step S80 are performed after the step S20.
  • the method further includes:
  • Step S90 the smart massage chair sends the vital sign data to the information interaction platform
  • Step S100 the information interaction platform receives the vital sign data, and displays and saves the vital sign data
  • Step S110 the information interaction platform acquires the saved vital sign data, and generates healthy push information according to the physical sign data
  • Step S120 The information interaction platform pushes the healthy push information when the user logs in to the information interaction platform.
  • the information interaction platform can also push information such as diet and exercise according to the physical condition of the user on the side of the smart massage chair.
  • the casual colleagues can monitor their physical condition at any time, and adjust the diet according to the information recommended by the information interaction platform. Exercise to improve the quality of life.
  • the control speaker and the information interaction platform issue an abnormal alarm of the vital sign data, prompting the user to timely handle the abnormal situation, thereby effectively ensuring user safety.

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  • Life Sciences & Earth Sciences (AREA)
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Abstract

一种基于健康管理的智能按摩椅，包括座椅（1）、按键板（2）和按摩机构（3），还包括：与按摩机构（3）电连接的操控设备（4）及与操控设备（4）电连接的采集装置（5）和用户身份识别器（6）。按摩机构（3）包括至少一个按摩单元（31），且每个按摩单元（31）均与操控设备（4）连接。用户身份识别器（6）用于识别用户的身份信息，并将身份信息发送至所述操控设备（4）。采集装置（5）用于采集用户的体征数据，并将体征数据发送至操控设备（4）。操控设备（4）用于接收身份信息和体征数据，判断用户的体征数据是否与标准体征数据相符，在用户的体征数据与标准体征数据不符时，发送按摩控制信号及调整信号至按摩机构（3）。按摩机构（3）接收按摩控制信号，控制预设的按摩单元（31）寻找按摩部位，对按摩单元（31）对应的按摩部位进行按摩，并在调整信号的控制下调整按摩参数。

Description

基于健康管理的智能按摩椅及按摩调整方法
技术领域
本发明涉及医疗器械技术领域，尤其涉及基于健康管理的智能按摩椅及按摩调整方法。
背景技术
现有市面上的按摩装置（例如，按摩椅）一般是采用在出厂前预设有各按摩单元的控制程序，每个按摩单元对一个一个控制程序。用户在使用过程中，选择档位，根据用户选择的档位，控制各按摩单元进行相应频率及时长的运作，而无法根据使用者的各项身体特征进行相应调整，导致按摩操作与用户需求不相匹配，使得用户通过按摩不仅得不到缓解身体的效果，反而容易造成使用者的疲劳。现有的按摩装置无法实现智能的按摩，且按摩效果差。
上述内容仅用于辅助理解本发明的技术方案，并不代表承认上述内容是现有技术。
发明内容
本发明的主要目的在于提供一种基于健康管理的智能按摩椅及按摩调整方法，旨在解决现有的按摩装置无法实现智能的按摩，且按摩效果差的问题。
为实现上述目的，本发明提供的一种基于健康管理的智能按摩椅，包括座椅、按键板和按摩机构，与所述按摩机构电连接的操控设备及与所述操控设备电连接的采集装置和用户身份识别器；所述按摩机构包括至少一个按摩单元，且每个按摩单元均与所述操控设备连接；其中：
所述用户身份识别器用于识别用户的身份信息，并将所述身份信息发送至所述操控设备；
所述采集装置用于采集所述用户的体征数据，并将所述体征数据发送至所述操控设备；
所述操控设备用于接收所述身份信息和所述体征数据，判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，发送按摩控制信号及调整信号至所述按摩机构；
所述按摩机构接收所述按摩控制信号，控制预设的按摩单元寻找按摩部位，对所述按摩单元对应的按摩部位进行按摩，并在所述调整信号的控制下调整按摩参数。
此外，为实现上述目的，本发明还提供一种如上所述的基于健康管理的智能按摩椅的按摩调整方法，所述基于健康管理的按摩调整方法包括：
智能按摩椅识别用户的身份信息；
所述智能按摩椅采集所述用户的体征数据；
所述智能按摩椅判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，确定待按摩的部位对应的按摩单元及所述按摩单元的按摩参数，控制所述按摩单元进入按摩模式以对所述按摩单元对应的按摩部位进行按摩，并控制调整所述按摩单元的按摩参数至确定的所述按摩单元的按摩参数。
本发明通过采集用户的体征数据，根据体征数据确定需要按摩的部位及按摩参数，并控制需要按摩的部位的按摩单元按照对应的按摩参数按摩。有效避免现有的按摩装置无法实现智能的按摩，且按摩效果差的问题。实现了智能按摩，提高了按摩效果。
附图说明
图1为本发明基于健康管理的智能按摩椅第一实施例的架构示意图；
图2为本发明基于健康管理的智能按摩椅第二实施例的架构示意图；
图3为本发明基于健康管理的智能按摩椅第三实施例的架构示意图；
图4为本发明基于健康管理的智能按摩椅第四实施例的架构示意图；
图5为本发明基于健康管理的智能按摩椅第五实施例的架构示意图；
图6为本发明基于健康管理的按摩调整方法的第一实施例的流程示意图；
图7为本发明基于健康管理的按摩调整方法的第二实施例的流程示意图；
图8为本发明基于健康管理的按摩调整方法的第三实施例的流程示意图。
本发明目的的实现、功能特点及优点将结合实施例，参照附图做进一步说明。
具体实施方式
应当理解，此处所描述的具体实施例仅仅用以解释本发明，并不用于限定本发明。
本发明实施例的主要解决方案是：智能按摩椅识别用户的身份信息；所述智能按摩椅采集所述用户的体征数据；所述智能按摩椅判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，确定待按摩的部位对应的按摩单元及所述按摩单元的按摩参数，控制所述按摩单元进入按摩模式以对所述按摩单元对应的按摩部位进行按摩，并控制调整所述按摩单元的按摩参数至确定的所述按摩单元的按摩参数。通过采集用户的体征数据，根据体征数据确定需要按摩的部位及按摩参数，并控制需要按摩的部位的按摩单元按照对应的按摩参数按摩。有效避免现有的按摩装置无法实现智能的按摩，且按摩效果差的问题。实现了智能按摩，提高了按摩效果。
由于现有的按摩装置无法实现智能的按摩，且按摩效果差。
基于上述存在的问题，本发明提供一种基于健康管理的智能按摩椅，包括座椅、按键板和按摩机构，与所述按摩机构电连接的操控设备及与所述操控设备电连接的采集装置和用户身份识别器；所述按摩机构包括多个按摩单元，且每个按摩单元均与所述操控设备连接；其中：所述用户身份识别器用于识别用户的身份信息，并将所述身份信息发送至所述操控设备；所述采集装置用于采集所述用户的体征数据，并将所述体征数据发送至所述操控设备；所述操控设备用于接收所述身份信息和所述体征数据，判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，发送按摩控制信号及调整信号至所述按摩机构；所述按摩机构接收所述按摩控制信号，控制预设的按摩单元寻找按摩部位，对所述按摩单元对应的按摩部位进行按摩，并在所述调整信号的控制下调整按摩参数。实现了智能按摩，提高了按摩效果。
参考图1，所述基于健康管理的智能按摩椅包括：座椅1、按键板2和按摩机构3，与所述按摩机构3电连接的操控设备4及与所述操控设备4电连接的采集装置5和用户身份识别器6；所述按摩机构3包括至少一个按摩单元31，且每个按摩单元31均与所述操控设备4连接；其中：
所述用户身份识别器6用于识别用户的身份信息，并将所述身份信息发送至所述操控设备4；所述用户身份识别器6包括一读卡器，用户在使用按摩椅前只需要将身份识别卡像公交卡（身份证或其他识别卡）一样滑过读卡器，即可完成用户身份信息的读取，所述身份识别器6在识别到用户的身份信息后，将所述身份信息发送至所述操控设备4。
所述采集装置5用于采集所述用户的体征数据，并将所述体征数据发送至所述操控设备4；所述体征数据包括但不限于体重、血压、血尿酸、血脂（血总胆固醇、血甘油三酯和血高密度脂蛋白胆固醇）、额温等。所述按键板2与所述操控设备4电连接，所述操控设备4接收用户通过按键板2发出的按键操作，并控制响应所述按键操作。
具体的，参考图2，所述采集装置5包括体重计51，所述体重计设置在所述座椅1下方（图中未示出具体设置位置），所述体重计51与所述操控设备4连接。通过所述体重计51测量得到用户的体重，并将所述体重的值及所述用户发送至操控设备4，所述操控设备4将所述体重的值与所述用户关联。
所述操控设备4用于接收所述身份信息和所述体征数据，判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，发送按摩控制信号及调整信号至所述按摩机构3；
所述操控设备4将用户身份与对应的体征数据对应起来，并对用户的体征数据进行长期监控，即将每次采集的用户体征数据与用户关联起来，实时、长期监控用户的体征状况。
提前预存标准体征数据，所述标准体征数据根据年龄不同而设置，例如，老年人设置一个、中年人设置一个、小孩设置一个。所述操控设备4在接收到所述身份信息和所述体征数据后，根据所述身份信息确定对应的标准体征数据，判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，发送按摩控制信号及调整信号至所述按摩机构3，所述操控设备4分析出哪些体征数据与标准体征数据不符，并确定与标准体征数据不符的部位及对应的按摩单元；在所述用户的体征数据与所述标准体征数据相符时，继续采集所述用户的体征数据并控制按摩单元31按照当前的按摩参数对所述用户按摩。
所述按摩机构3接收所述按摩控制信号，控制预设的按摩单元31寻找按摩部位，对所述按摩单元31对应的按摩部位进行按摩，并在所述调整信号的控制下调整按摩参数。
所述按摩机构接收所述按摩控制信号，根据所述按摩控制信号控制预设的按摩单元31寻找按摩部位，即根据所述按摩控制信号控制对应的按摩单元31寻找按摩部位。
具体的，参考图3，所述按摩机构3包括头部按摩单元310、颈部按摩单元311、肩部按摩单元312、背部按摩单元313、腰部按摩单元314、手臂按摩单元315、腿部按摩单元316或脚底按摩单元317中的一种或多种；所述采集装置5包括设置在所述手臂按摩单元315上的血压计52。通过所述血压计52测得用户的血压数据并与所述用户关联。操控设备4判断采集的血压数据是否与标准血压数据相符，以确定该用户的血压数据是否与标准血压数据不符，在不符时，控制对应的按摩单元31按摩，以使得所述用户的血压数据与标准血压数据相符。
具体的，参考图4，所述座椅1包括两个按摩扶手11和按摩扶手12，所述采集装置5包括设置在所述按摩扶手11及或按摩扶手12处的心电仪53，所述心电仪53包括两个电极531和532，所述电极531和电极532分别位于所述按摩扶手11和按摩扶手12的手掌放置处。通过电极531和电极532采集用户的心电数据，并将采集的心电数据与用户关联。操控设备4判断采集的心电数据是否与标准心电数据相符，以确定该用户的心电数据是否与标准心电数据不符，在不符时，控制对应的按摩单元31按摩，以使得所述用户的心电数据与标准心电数据相符。
具体的，以背部按摩单元为例，所述按摩单元31寻找按摩部位的过程可以是：
在开始按摩前，按摩机构3的按摩单元31要先对用户背部的穴位进行定位，定位方式如下：按摩单元31首先会找到用户后正中线的凹陷处，然后沿着该处游走，找到第七颈椎大椎穴，并对位置的坐标进行记录。
与第七颈椎突出处平行，往左右两边游走至身体的边缘即为肩井穴；继续往下行走，直至找到浮肋，记录下该处位置的坐标。按摩机构3计算按摩单元31从肩井穴到浮肋的距离（垂直距离），并将其平均分为14段。
按摩机构3再回到大椎穴所在位置，并垂直向下行走6段，随后向左行走，直至走到身体边缘停下，记录该位置坐标并将此段距离平均分为6段。
穴位定位方式：
心俞穴：从大椎穴沿后正中线垂直下行5段的距离，然后水平向左或右行走1段的距离。
胰俞穴：从大椎穴沿后正中线垂直下行8段的距离，然后水平向左或右行走1段的距离。
肝俞穴：从大椎穴沿后正中线垂直下行9段的距离，然后水平向左或右行走1段的距离。
肾俞穴：从大椎穴沿后正中线垂直下行14段的距离，然后水平向左或右行走1段的距离。按照上述方式按摩单元31找到背部的按摩穴位。
在按摩单元31找到按摩穴位后，对所述按摩单元31对应的按摩部位进行按摩，并在所述调整信号的控制下调整按摩参数。
具体的，按摩椅的按摩模式在一般情况下与现有的一样。在操控设备4采集的体征数据，例如，血压、血糖、血脂和心电信息后，对采集到的体征数据进行分析，自动对按摩单元31进行调节。具体调节规则如下：
血压异常时（收缩压/舒张压小于90/60 mmHg为低血压，大于140/90 mmHg为高血压），调动颈部、背部、手臂、腿部和脚底按摩单元对风池、心俞、足三里、内关、太溪和涌泉穴进行重点按摩，通过对这些穴位的按摩，达到使血压恢复到正常范围的效果；血糖异常时（血糖浓度低于2.8 mmol/L为低血糖，高于11.1 mmol/L为高血糖），调动背部、手臂和腿部按摩单元对胰俞、手三里、足三里和太溪穴进行重点按摩，通过对这些穴位的按摩，达到使血糖恢复到正常范围的效果；血脂异常时（血总胆固醇浓度大于5.72 mmol/L或血甘油三酯浓度大于1.70 mmol/L或血高密度脂蛋白胆固醇浓度小于9.0 mmol/L），调动肩部、背部和腿部按摩单元对心俞、肝俞、肾俞、昆仑和肩井穴进行重点按摩，通过对这些穴位的按摩，达到使血脂恢复到正常范围的效果；心电异常时，调动背部、手臂、腿部和脚底按摩单元对内关、心俞、足三里和涌泉穴进行重点按摩，通过对这些穴位的按摩，达到使心脏搏动恢复正常的效果。
本实施例通过采集用户的体征数据，根据体征数据确定需要按摩的部位及按摩参数，并控制需要按摩的部位的按摩单元按照对应的按摩参数按摩。有效避免现有的按摩装置无法实现智能的按摩，且按摩效果差的问题。实现了智能按摩，提高了按摩效果。
参考图5，为本发明基于健康管理的智能按摩椅的第五实施例的架构图。所述基于健康管理的智能按摩椅还包括与所述操控设备4连接的显示设备7，所述显示设备7设置在所述按键板2上；所述采集装置5还包括体温探测设备54，所述体温探测设备54包括红外探头，所述红外探头设置在所述显示设备7上。所述显示设备7通常位于智能按摩椅的右扶手旁，尺寸不低于7寸，所述显示设备7上还设有麦克风8和扬声器9，所述麦克风8和所述扬声器9均与所述操控设备4连接，所述显示设备还与信息交互平台10连接，所述麦克风8和所述显示设备7通过网络与所述信息交互平台10进行信息交互；所述操控设备4接收所述体征数据，将所述体征数据与安全阈值范围比对，在所述体征数据未处于安全阈值范围内时，向所述扬声器9和所述信息交互平台10发出输出控制信号；
所述扬声器9接收所述输出控制信号，输出体征数据异常告警信息；
所述信息交互平台10接收所述输出控制信号，输出体征数据异常告警信息。
通过麦克风8可以完成该智能按摩椅的按摩模式的控制以及实现视频娱乐功能。另外还可以供信息交互平台10工作人员跟智能按摩椅侧用户视频聊天，实现心理慰藉等服务。
所述操控设备4接收体征数据，将所述体征数据与安全阈值范围比对，在未处于所述安全阈值范围内时，说明体征数据发生异常，需要及时处理，向所述扬声器9和信息交互平台10发出输出控制信号，所述扬声器9和所述信息交互平台10接收所述输出控制信号，输出体征数据异常告警信息。所述安全阈值范围根据年龄不同、体质不同而设置。所述安全阈值范围包括但不限于血压安全阈值范围、血糖安全阈值范围、心率安全阈值范围等。在血压过低或过高、血糖过低、心率明显异常时通过扬声器9和网络进行报警，提醒用户和信息交互平台10侧工作人员所述智能按摩椅侧用户体征异常，需及时处理。进一步地，所述信息交互平台10还可以根据智能按摩椅侧用户的体征状况推送饮食、运动等信息，所述用户在休闲的同事，能够随时监控自身的身体状况，并根据信息交互平台10推荐的信息调整饮食和运动，提高生活质量。
本实施例通过将采集到的体征数据与安全阈值范围比对，在体征数据异常时，控制扬声器和信息交互平台发出体征数据异常告警，提示用户及时处理异常情况，有效确保用户安全。
对应的，基于上述实施例的基于健康管理的智能按摩椅，本发明还提供一种基于健康管理的按摩调整方法。
参照图6，图6为本发明基于健康管理的按摩调整方法的第一实施例的流程示意图。
在一实施例中，所述基于健康管理的按摩调整方法包括：
步骤S10，智能按摩椅识别用户的身份信息；
所述智能按摩椅可以通过以读卡器来识别用户身份，用户在使用按摩椅前只需要将身份识别卡像公交卡（身份证或其他识别卡）一样滑过读卡器，即可完成用户身份信息的读取。
步骤S20，所述智能按摩椅采集所述用户的体征数据；
所述智能按摩椅采集所述用户的体征数据，所述体征数据包括但不限于体重、血压、血尿酸、血脂（血总胆固醇、血甘油三酯和血高密度脂蛋白胆固醇）、额温等。
具体的，所述智能按摩椅通过体重计测量得到用户的体重，并将所述体重的值与所述用户关联。所述智能按摩椅将用户身份与对应的体征数据对应起来，并对用户的体征数据进行长期监控，即将每次采集的用户体征数据与用户关联起来，实时、长期监控用户的体征状况。
步骤S30，所述智能按摩椅判断所述用户的体征数据是否与标准体征数据相符；
步骤S40，在所述用户的体征数据与所述标准体征数据不符时，确定待按摩的部位对应的按摩单元及所述按摩单元的按摩参数，控制所述按摩单元进入按摩模式以对所述按摩单元对应的按摩部位进行按摩，并控制调整所述按摩单元的按摩参数至确定的所述按摩单元的按摩参数；
步骤S50，在所述用户的体征数据与所述标准体征数据相符时，继续采集所述用户的体征数据。
提前预存标准体征数据，所述标准体征数据根据年龄不同而设置，例如，老年人设置一个、中年人设置一个、小孩设置一个。所述智能按摩椅根据所述身份信息确定对应的标准体征数据，判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，确定待按摩的部位对应的按摩单元及所述按摩单元的按摩参数，控制所述按摩单元进入按摩模式以对所述按摩单元对应的按摩部位进行按摩，并控制调整所述按摩单元的按摩参数至确定的所述按摩单元的按摩参数；在所述用户的体征数据与所述标准体征数据相符时，继续采集所述用户的体征数据并控制按摩单元按照当前的按摩参数对所述用户按摩。
具体的，按摩单元包括头部按摩单元、颈部按摩单元、肩部按摩单元、背部按摩单元、腰部按摩单元、手臂按摩单元、腿部按摩单元或脚底按摩单元中的一种或多种；所述智能按摩椅可通过血压计测得用户的血压数据并与所述用户关联，判断采集的血压数据是否与标准血压数据相符，以确定该用户的血压数据是否与标准血压数据不符，在不符时，控制对应的按摩单元按摩，以使得所述用户的血压数据与标准血压数据相符。
具体的，所述智能按摩椅还可以通过心电仪的电极采集用户的心电数据，并将采集的心电数据与用户关联，并判断采集的心电数据是否与标准心电数据相符，以确定该用户的心电数据是否与标准心电数据不符，在不符时，控制对应的按摩单元按摩，以使得所述用户的心电数据与标准心电数据相符。
进一步地，所述智能按摩椅在上电时，获取各个按摩单元的按摩部位；并根据所获取的按摩部位调整各个按摩单元至对应的按摩部位的位置上。
具体的，以背部按摩单元为例，所述按摩单元寻找按摩部位的过程可以是：
在开始按摩前，按摩单元要先对用户背部的穴位进行定位，定位方式如下：按摩单元首先会找到用户后正中线的凹陷处，然后沿着该处游走，找到第七颈椎大椎穴，并对位置的坐标进行记录。
与第七颈椎突出处平行，往左右两边游走至身体的边缘即为肩井穴；继续往下行走，直至找到浮肋，记录下该处位置的坐标。计算按摩单元从肩井穴到浮肋的距离（垂直距离），并将其平均分为14段。
再回到大椎穴所在位置，并垂直向下行走6段，随后向左行走，直至走到身体边缘停下，记录该位置坐标并将此段距离平均分为6段。
穴位定位方式：
心俞穴：从大椎穴沿后正中线垂直下行5段的距离，然后水平向左或右行走1段的距离。
胰俞穴：从大椎穴沿后正中线垂直下行8段的距离，然后水平向左或右行走1段的距离。
肝俞穴：从大椎穴沿后正中线垂直下行9段的距离，然后水平向左或右行走1段的距离。
肾俞穴：从大椎穴沿后正中线垂直下行14段的距离，然后水平向左或右行走1段的距离。按照上述方式按摩单元到背部的按摩穴位。
在按摩单元找到按摩穴位后，对所述按摩单元对应的按摩部位进行按摩，并在所述调整信号的控制下调整按摩参数。
具体的，按摩椅的按摩模式在一般情况下与现有的一样。在操控设备4采集的体征数据，例如，血压、血糖、血脂和心电信息后，对采集到的体征数据进行分析，自动对按摩单元进行调节。具体调节规则如下：
血压异常时（收缩压/舒张压小于90/60 mmHg为低血压，大于140/90 mmHg为高血压），调动颈部、背部、手臂、腿部和脚底按摩单元对风池、心俞、足三里、内关、太溪和涌泉穴进行重点按摩，通过对这些穴位的按摩，达到使血压恢复到正常范围的效果；血糖异常时（血糖浓度低于2.8 mmol/L为低血糖，高于11.1 mmol/L为高血糖），调动背部、手臂和腿部按摩单元对胰俞、手三里、足三里和太溪穴进行重点按摩，通过对这些穴位的按摩，达到使血糖恢复到正常范围的效果；血脂异常时（血总胆固醇浓度大于5.72 mmol/L或血甘油三酯浓度大于1.70 mmol/L或血高密度脂蛋白胆固醇浓度小于9.0 mmol/L），调动肩部、背部和腿部按摩单元对心俞、肝俞、肾俞、昆仑和肩井穴进行重点按摩，通过对这些穴位的按摩，达到使血脂恢复到正常范围的效果；心电异常时，调动背部、手臂、腿部和脚底按摩单元对内关、心俞、足三里和涌泉穴进行重点按摩，通过对这些穴位的按摩，达到使心脏搏动恢复正常的效果。
本实施例通过采集用户的体征数据，根据体征数据确定需要按摩的部位及按摩参数，并控制需要按摩的部位的按摩单元按照对应的按摩参数按摩。有效避免现有的按摩装置无法实现智能的按摩，且按摩效果差的问题。实现了智能按摩，提高了按摩效果。
参考图7，图7为本发明基于健康管理的按摩调整方法的第二实施例的流程示意图。基于上述基于健康管理的按摩调整方法的第一实施例，所述步骤S40之后，还包括：
步骤S60，所述智能按摩椅将所述体征数据与安全阈值范围比对；
步骤S70，所述智能按摩椅在所述体征数据未处于安全阈值范围内时，向信息交互平台发出输出控制信号以控制所述信息交互平台输出体征数据异常告警信息；
步骤S80，所述信息交互平台在接收到所述输出控制信号时，输出体征数据异常告警信息。
所述智能按摩椅将所述体征数据与安全阈值范围比对，在未处于所述安全阈值范围内时，说明体征数据发生异常，需要及时处理，发出体征数据异常告警信息（例如，通过扬声器发出体征数据异常告警信息），及/或向信息交互平台发出输出控制信号，所述信息交互平台接收所述输出控制信号，输出体征数据异常告警信息。所述安全阈值范围根据年龄不同、体质不同而设置。所述安全阈值范围包括但不限于血压安全阈值范围、血糖安全阈值范围、心率安全阈值范围等。在血压过低或过高、血糖过低、心率明显异常时通过扬声器和网络进行报警，提醒用户和信息交互平台侧工作人员所述智能按摩椅侧用户体征异常，需及时处理。进一步地，所述信息交互平台还可以根据智能按摩椅侧用户的体征状况推送饮食、运动等信息，所述用户在休闲的同事，能够随时监控自身的身体状况，并根据信息交互平台推荐的信息调整饮食和运动，提高生活质量。
所述智能按摩椅还可以通过显示设备显示体征数据，通过体温探测设备测量额温。所述显示设备尺寸不低于7寸，所述显示设备上还设有麦克风。通过麦克风可以完成该智能按摩椅的按摩模式的控制以及实现视频娱乐功能。另外还可以供信息交互平台工作人员跟智能按摩椅侧用户视频聊天，实现心理慰藉等服务。在本发明其他实施例中，所述步骤S60至步骤S80不限于执行于所述步骤S40之后，也可以执行于步骤S50之后，或者步骤S50之前，或者步骤S40之前，或者步骤S30之前或之后，但所述步骤S60至步骤S80需执行于步骤S20之后。
进一步地，参考图8，所述步骤S60之后，还包括：
步骤S90，所述智能按摩椅将所述体征数据发送至所述信息交互平台；
步骤S100，所述信息交互平台接收所述体征数据，并将所述体征数据显示并保存；
步骤S110，所述信息交互平台获取保存的体征数据，并根据所述体征数据生成健康推送信息；
步骤S120，所述信息交互平台在所述用户登录信息交互平台时，推送所述健康推送信息。
所述信息交互平台还可以根据智能按摩椅侧用户的体征状况推送饮食、运动等信息，所述用户在休闲的同事，能够随时监控自身的身体状况，并根据信息交互平台推荐的信息调整饮食和运动，提高生活质量。
本实施例通过将采集到的体征数据与安全阈值范围比对，在体征数据异常时，控制扬声器和信息交互平台发出体征数据异常告警，提示用户及时处理异常情况，有效确保用户安全。
以上仅为本发明的优选实施例，并非因此限制本发明的专利范围，凡是利用本发明说明书及附图内容所作的等效结构或等效流程变换，或直接或间接运用在其他相关的技术领域，均同理包括在本发明的专利保护范围内。

Claims (15)

  1. 一种基于健康管理的智能按摩椅，包括座椅、按键板和按摩机构，其特征在于，所述基于健康管理的智能按摩椅还包括：与所述按摩机构电连接的操控设备及与所述操控设备电连接的采集装置和用户身份识别器；所述按摩机构包括至少一个按摩单元，且每个按摩单元均与所述操控设备连接；其中：
    所述用户身份识别器用于识别用户的身份信息，并将所述身份信息发送至所述操控设备；
    所述采集装置用于采集所述用户的体征数据，并将所述体征数据发送至所述操控设备；
    所述操控设备用于接收所述身份信息和所述体征数据，判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，发送按摩控制信号及调整信号至所述按摩机构；
    所述按摩机构接收所述按摩控制信号，控制预设的按摩单元寻找按摩部位，对所述按摩单元对应的按摩部位进行按摩，并在所述调整信号的控制下调整按摩参数。
  2. 如权利要求1所述的基于健康管理的智能按摩椅，其特征在于，所述按键板与所述操控设备电连接，所述操控设备接收用户通过按键板发出的按键操作，并控制响应所述按键操作。
  3. 如权利要求1所述的基于健康管理的智能按摩椅，其特征在于，所述座椅包括两个按摩扶手，所述采集装置包括设置在所述按摩扶手处的心电仪，所述心电仪包括两个电极，所述两个电极分别位于两个按摩扶手的手掌放置处。
  4. 如权利要求1所述的基于健康管理的智能按摩椅，其特征在于，所述采集装置包括体重计，所述体重计设置在所述座椅下方。
  5. 如权利要求4所述的基于健康管理的智能按摩椅，其特征在于，所述座椅包括两个按摩扶手，所述采集装置包括设置在所述按摩扶手处的心电仪，所述心电仪包括两个电极，所述两个电极分别位于两个按摩扶手的手掌放置处。
  6. 如权利要求4所述的基于健康管理的智能按摩椅，其特征在于，所述基于健康管理的智能按摩椅还包括与所述操控设备连接的显示设备，所述显示设备设置在所述按键板上；所述采集装置还包括体温探测设备，所述体温探测设备包括红外探头，所述红外探头设置在所述显示设备上。
  7. 如权利要求1所述的基于健康管理的智能按摩椅，其特征在于，所述按摩机构包括头部按摩单元、颈部按摩单元、肩部按摩单元、背部按摩单元、腰部按摩单元、手臂按摩单元、腿部按摩单元或脚底按摩单元中的一种或多种；所述采集装置包括设置在所述手臂按摩单元中的血压计。
  8. 如权利要求7所述的基于健康管理的智能按摩椅，其特征在于，所述座椅包括两个按摩扶手，所述采集装置包括设置在所述按摩扶手处的心电仪，所述心电仪包括两个电极，所述两个电极分别位于两个按摩扶手的手掌放置处。
  9. 如权利要求8所述的基于健康管理的智能按摩椅，其特征在于，所述基于健康管理的智能按摩椅还包括与所述操控设备连接的显示设备，所述显示设备设置在所述按键板上；所述采集装置还包括体温探测设备，所述体温探测设备包括红外探头，所述红外探头设置在所述显示设备上。
  10. 如权利要求9所述的基于健康管理的智能按摩椅，其特征在于，所述显示设备上还设置有麦克风和扬声器，所述麦克风和所述扬声器均与所述操控设备连接，所述显示设备还与信息交互平台连接，所述麦克风和所述显示设备通过网络与所述信息交互平台进行信息交互；
    所述操控设备接收所述体征数据，将所述体征数据与安全阈值范围比对，在所述体征数据未处于安全阈值范围内时，向所述扬声器和所述信息交互平台发出输出控制信号；
    所述扬声器接收所述输出控制信号，输出体征数据异常告警信息；
    所述信息交互平台接收所述输出控制信号，输出体征数据异常告警信息。
  11. 一种基于健康管理的智能按摩椅的按摩调整方法，其特征在于，所述基于健康管理的按摩调整方法包括：
    智能按摩椅识别用户的身份信息；
    所述智能按摩椅采集所述用户的体征数据；
    所述智能按摩椅判断所述用户的体征数据是否与标准体征数据相符，在所述用户的体征数据与所述标准体征数据不符时，确定待按摩的部位对应的按摩单元及所述按摩单元的按摩参数，控制所述按摩单元进入按摩模式以对所述按摩单元对应的按摩部位进行按摩，并控制调整所述按摩单元的按摩参数至确定的所述按摩单元的按摩参数。
  12. 如权利要求11所述的基于健康管理的按摩调整方法，其特征在于，所述在控制所述按摩单元进入按摩模式对所述按摩单元对应的按摩部位进行按摩，并控制调整所述按摩单元的按摩参数至所确定的按摩参数的步骤之前，还包括：
    所述智能按摩椅在上电时，获取各个按摩单元的按摩部位；
    所述智能按摩椅根据所获取的按摩部位调整各个按摩单元至对应的按摩部位的位置上。
  13. 如权利要求12所述的基于健康管理的按摩调整方法，其特征在于，所述智能按摩椅采集所述用户的体征数据的步骤之后，所述基于健康管理的按摩调整方法还包括：
    所述智能按摩椅将所述体征数据与安全阈值范围比对；
    所述智能按摩椅在所述体征数据未处于安全阈值范围内时，向所述信息交互平台发出输出控制信号以控制所述信息交互平台输出体征数据异常告警信息；
    所述信息交互平台在接收到所述输出控制信号时，输出体征数据异常告警信息。
  14. 如权利要求13所述的基于健康管理的按摩调整方法，其特征在于，所述智能按摩椅将所述体征数据与安全阈值范围比对的步骤之后，所述基于健康管理的按摩调整方法还包括：
    所述智能按摩椅将所述体征数据发送至所述信息交互平台；
    所述信息交互平台接收所述体征数据，并将所述体征数据显示并保存；
    所述信息交互平台获取保存的体征数据，并根据所述体征数据生成健康推送信息；
    所述信息交互平台在所述用户登录信息交互平台时，推送所述健康推送信息。
  15. 如权利要求11所述的基于健康管理的按摩调整方法，其特征在于，所述智能按摩椅采集所述用户的体征数据的步骤之后，所述基于健康管理的按摩调整方法还包括：
    所述智能按摩椅将所述体征数据与安全阈值范围比对；
    所述智能按摩椅在所述体征数据未处于安全阈值范围内时，向所述信息交互平台发出输出控制信号以控制所述信息交互平台输出体征数据异常告警信息；
    所述信息交互平台在接收到所述输出控制信号时，输出体征数据异常告警信息。
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