CN105249943A - An intelligent clothes control system and a control method thereof - Google Patents
An intelligent clothes control system and a control method thereof Download PDFInfo
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- CN105249943A CN105249943A CN201510528101.0A CN201510528101A CN105249943A CN 105249943 A CN105249943 A CN 105249943A CN 201510528101 A CN201510528101 A CN 201510528101A CN 105249943 A CN105249943 A CN 105249943A
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Abstract
The invention relates to an intelligent clothes control system and a control method thereof. The system includes a clothes provided with a communication module and a controller, a mobile phone terminal which is in wireless communication with the communication module, is used for receiving power information, location information, and motion information, and sends a control instruction, and a cloud computing server which is in wireless communication with the communication module, receives data of the controller, and is used for obtaining a diagnosis result, a reason analysis, and treatment recommendations. The control system for the intelligent clothes is simple in structure, is easy to install and use, is powerful in functions, and is good in user experiences.
Description
Art
The invention belongs to field of intelligent control technology, particularly relating to a kind of control system and control method thereof of the Intelligent garment for detecting in real time condition.
Background technology
Human motion is closely bound up with life, different motions, as sat quietly, walking, running, the human body such as by bike daily routines, the intensity of motion change data, frequency and time have in short-term or the feature of persistence.Pursue the personage of high-quality life, wish that obtaining body-building by scientific methods instructs; To the personage that physical and mental health is paid close attention to, iting is desirable to be intervened by science motion, improve and control chronic disease Developmental and Metabolic Disorder and cardiovascular disease such as () diabetes, coronary heart disease, obesity, hypertension, dyslipidemia; The child of prevalence of overweight children and system weakness, needs to strengthen motion exercise and observes.Sports science researcher, coach, health guidance, clinician etc. also need Real Time Observation and follow the trail of accurately body motion information to carry out relevant scientific research and Improving Measurements, even under the environment of some high-risk operations, significantly action, quite important to the Real-Time Monitoring of human action and dynamics.Children are owing to being busy with one's work, and they accompany old man daytime seldom if having time, simultaneously, children are also necessary the health knowing father and mother in time, the old man that health is just not so good more at ordinary times, they more need to carry out some outdoor exercises, and their health also makes most children worry.
For solving the problem, there is various Intelligent worn device in prior art, such as Intelligent bracelet and pedometer etc.Intelligent bracelet is a kind of wearable intelligent equipment, can exercise in recording user daily life, the real time data such as sleep and diet, and by these data and the mobile terminal synchronization such as mobile phone, panel computer, play the effect by data-guiding healthy living.Intelligent bracelet has the functions such as meter step and measuring distance, card li, fat, also has the functions such as sleep monitor, high-grade waterproof and tired prompting simultaneously.The smart mobile phone of pedometer mainly electronic pedometer or built-in function of passometer software, wherein the latter is by the gyroscope in mobile phone and accelerometer, uses corresponding application software to carry out note step, takes a walk and the step number of running with counting user.
These wearable device function ratio above-mentioned are more single, are only limitted to detect motion index of correlation, are not too applicable to the colonies such as patient child.For disease surveillance, health guidance, the demands such as remote nursing, can not provide unified effective solution.
Clothes, the mankind cover health with cloth, silk, the shelter of the various patterns that the materials such as velvet are made, make a distinction in different occasions, clothes is becoming indispensable thing now simultaneously, is most important, the most necessary wears of the mankind.But existing clothes function singleness, intelligence degree is low.Although also occurred in prior art that patient care takes the intelligent artifact of a class, these product functions are single, and control performance is poor, and Consumer's Experience is not good enough.
Summary of the invention
The present invention is for solving the aforementioned problems in the prior and providing the Intelligent garment control system and control method thereof that a kind of structure is simple, easy to install, powerful, Consumer's Experience is good.
The present invention solves the technical problem existed in prior art, and the invention provides a kind of Intelligent garment control system, the technical scheme taked is:
A kind of Intelligent garment control system, it is characterized in that, described control system comprises:
Controller and communication module;
The motion detection apparatus be connected with controller, for monitoring quantity of motion;
The sensor control unit be connected with controller, receives the control instruction of controller, and data that sensor obtains is sent to controller;
With the mobile phone terminal of communication module wireless telecommunications, for receiving power information, positional information and movable information, and send for control instruction;
With the cloud computing server of communication module wireless telecommunications, receive the data of controller, for drawing diagnostic result, the analysis of causes and treatment suggestion.
Further, described sensor control unit is connected with acceleration sensing mould with height above sea level sensing module, the altitude info ination that described height above sea level sensing module induction user is current, and described altitude info ination is sent to controller, determine whether wearer meets accident for controller according to altitude info ination; Described acceleration sensing module obtains the current acceleration information of user, and described acceleration information is sent to controller, determines whether wearer meets accident for controller according to acceleration information.
Further, described sensor control unit is connected with medical detection module, described medical detection module can be used for detecting physiological parameter, comprise and all adopt without noninvasive sensor, detection blood glucose, blood fat, blood viscosity, blood pressure, blood flow, heart rate, blood vessel speckle, these physiological parameters are sent a controller by sensor control unit, be transferred to communication module be uploaded to cloud computing server by controller.
Further, described upper cloud computing server comprises the memory element stored for physiological parameter, described memory element prestores the physiological parameter historical data of user, whether above-mentioned physiological parameter is compared with corresponding historical data by cloud computing server respectively, normal to judge user's current body state.
Further, described motion detection apparatus comprises strain-type checkout equipment, and described strain-type checkout equipment comprises the strain gauge transducer of more than one corresponding with human synovial respectively collection joint motions data.
Further, described motion detection apparatus comprises electromyographic signal (EMG, electromyogram) checkout equipment and is connected, and described EMG checkout equipment comprises the EMG sensor of more than one corresponding with human muscle respectively collection myoelectricity data.
Further, controller is by the movement range of joint motions data and myoelectricity data determination human action, speed of action, action dynamics and movement locus; Wherein, joint motions data are in order to indicate the intensity of variation in concrete joint, namely the amplitude, speed, the track that bend and rotate, myoelectricity data are EMG sensor Real-time Collection muscle and perineural bioelectrical signals, thus the physiologic information data that the muscular movement in acquisition human motion changes, i.e. myoelectricity data, the reflection contraction of muscle of these myoelectricity data and diastole situation, the joint motions data of the joint that these myoelectricity data control in conjunction with muscle can draw the movement range of corresponding human body action, speed of action, action dynamics and movement locus by controller.
Further, described controller can be used for controlling the state such as switching on and shutting down, fault of Intelligent garment, prosecution Intelligent garment power module realization to the real-time management of power supply, the data of mobile phone sensor the data of sensor are sent to communication module according to the communications protocol finished writing.
Further, described communication module can be used for the bluetooth and the GSM communication that realize mobile phone terminal, cloud computing server and controller.
Described system comprises remote nursing module further, and this module comprises:
The equipment state be connected with controller and device power supply (DPS) monitoring unit indicates and alarm device, for the power state information of the state control instruction and device power supply (DPS) monitoring unit that receive controller, and sends warning message to controller;
The device power supply (DPS) monitoring unit be connected with controller, for receiving the standby and shutdown information of controller;
The GPS navigation system be connected with controller, for transmission of location information to controller, and is sent to network hospital platform by mobile phone terminal by described positional information, for network hospital platform, described positional information is sent to emergency center.
Further, described system comprises being provided with and is connected with device power supply (DPS) monitoring unit, adopts the charging system of wireless and wired two kinds of charging modes.
The present invention solves the technical problem existed in prior art, and present invention also offers the control method of above-mentioned a kind of Intelligent garment control system, the technical scheme taked is:
A control method for Intelligent garment control system, is characterized in that, the method comprises the steps:
(1) charging system is control system charging by wired or wireless mode, with the supply of electric power of safeguards system;
(2) motion detection apparatus detects user movement information in real time, the various physiological parameter of sensor control unit Real-time Collection;
(3), after controller processes movable information and physiological parameter and analyzes, by communication module, process and the data after analyzing are sent to cloud computing server and mobile phone and/or mobile phone terminal;
(4) cloud computing server is by the data that receive and historical data compare of analysis, and comparison result is sent to mobile phone terminal;
(5) if desired, mobile phone terminal sends warning message by controller to alarm device, automatically gets in touch with medical institutions.
Further, the user movement information in above-mentioned steps (2) comprises: by the movement range of joint motions data and myoelectricity data determination human action, speed of action, action dynamics and movement locus.
Further, the physiological parameter in above-mentioned steps (2) comprises: blood pressure, electrocardio, pulse, breathing.
Further, in above-mentioned steps (5), mobile phone terminal, when getting in touch with medical institutions, sends the positional information of user.
The advantage that the present invention has and good effect are: (1) uses wireless charging and wired charging due to the present invention, easy to use, (2) adopt cloud computing server, improve the efficiency of data calculating and the accuracy of result, (3) adopt bluetooth module and GSM communication, realize communicating of controller and mobile phone terminal and cloud computing server, improve efficiency and the accuracy of control instruction transmission, (4) motion detection block passes through joint motions data and the myoelectricity data determination human action of collection, cloud computer is sent to by communication module, thus intelligent clothing user can be enable by external equipment Real-Time Monitoring judged result, realize following the trail of, analyze and judge human motion state, thus realize the object of Real-Time Monitoring motion whenever and wherever possible, respectively joint and muscle are monitored by two kinds of sensors, thus current motion state can be judged accurately, by strain gauge transducer group monitoring joint motions data determination movement range, speed of action and movement locus, by EMG Sensor monitoring myoelectricity data determination movement range, speed of action and action dynamics, thus current motion state can be held in real time, (5) the present invention judges user's current physical condition according to physiological parameter data, and when identifying user and occurring abnormal, sends warning, (6) function height of the present invention is integrated, can meet the multiple demand of motion personage, disease personage, old personage, and structure is simple, and easy to use, modular design reduces complexity, can be better the everyday life service of people.
Accompanying drawing explanation
Fig. 1 is a kind of Intelligent garment Control system architecture schematic diagram that the embodiment of the present invention provides;
In figure: 1, controller; 1-1, charging system; The instruction of 1-2, equipment state and alarm device; 1-3, device power supply (DPS) monitoring unit; 1-4, sensor control unit; 1-5, GPS navigation system; 1-6, motion detection apparatus; 2, mobile phone terminal; 3, cloud computing server; 4, communication module.
Fig. 2 is the communication link schematic diagram of a kind of Intelligent garment control system provided by the invention.
Fig. 3 is the embodiment of the sensing system acquisition system that a kind of Intelligent garment control system provided by the invention adopts.
Fig. 4 is the flow chart of the control method of a kind of Intelligent garment control system that the embodiment of the present invention provides.
Detailed description of the invention
For summary of the invention of the present invention, Characteristic can be understood further, hereby exemplify following examples, and coordinate accompanying drawing to be described in detail as follows.
As shown in Figure 1, the Intelligent garment control system of the embodiment of the present invention mainly comprises: controller 1, mobile phone terminal 2, cloud computing server 3, communication module 4.
For controlling the state such as switching on and shutting down, fault of Intelligent garment, the power module of prosecution Intelligent garment realize to the real-time management of power supply, the data of mobile phone sensor and according to the communications protocol finished writing the data of sensor are sent to communication module controller 1.
With communication module 4 wireless telecommunications, for receiving power information, positional information and movable information, and send the mobile phone terminal 2 for control instruction.
With communication module 4 wireless telecommunications, receive the data of controller 1, for drawing the cloud computing server 3 that diagnostic result, the analysis of causes and treatment are advised.
With controller 1 wireless telecommunications, for realizing bluetooth and the GSM communication communication module 4 of mobile phone terminal 2, cloud computing server 3 and controller 1.
Controller 1 also comprises: charging system 1-1, equipment state instruction and alarm device 1-2, device power supply (DPS) monitoring unit 1-3, sensor control unit 1-4, GPS navigation system 1-5, motion detection apparatus 1-6.
Charging system 1-1 is connected with device power supply (DPS) monitoring unit 1-3, and charging system 1-1 adopts wireless and wired two kinds of charging modes.
Equipment state instruction and alarm device 1-2, be connected with controller 1 and device power supply (DPS) monitoring unit 1-3, receives the state control instruction of controller 1 and the power state information of device power supply (DPS) monitoring unit 1-3, and send warning message to controller.
Device power supply (DPS) monitoring unit 1-3, is connected with controller 1, for receiving the standby of controller 1 and shutdown information.
Sensor control unit 1-4, is connected with controller 1, receive the control instruction of controller 1, and the data obtained by sensor is sent to controller 1.
GPS navigation system 1-5, is connected with controller 1, for transmission of location information to controller 1.
Motion detection apparatus 1-6, is connected with controller 1, for monitoring quantity of motion.
Controller 1 can be used for controlling the state such as switching on and shutting down, fault of Intelligent garment, prosecution Intelligent garment power module realization to the real-time management of power supply, the data of mobile phone sensor the data of sensor are sent to communication module according to the communications protocol finished writing.
See Fig. 2, communications portion of the present invention is mainly divided into sensor acquisition body data, master controller and sensor assembly, communication module and mobile phone terminal, communication between communication module and cloud computer.Communication module and mobile phone terminal, communication between communication module and cloud computer are mainly divided into Bluetooth communication to communicate with 3G these two kinds of modes, when mobile phone terminal can be communicated by the mode being connected bluetooth apart from time near with clothes, when mobile phone terminal and Intelligent garment are apart from time distant, due to Intelligent garment being inserted with GSM card, adopt the communication of 3G communication mode.
Described sensor control unit 1-4 is connected with acceleration sensing mould with height above sea level sensing module, the altitude info ination that described height above sea level sensing module induction user is current, and described altitude info ination is sent to controller, determine whether wearer meets accident for controller according to altitude info ination; Described acceleration sensing module obtains the current acceleration information of user, and described acceleration information is sent to controller, determines whether wearer meets accident for controller according to acceleration information.
Described sensor control unit 1-4 is connected with people's medical treatment detection module, described sensor control unit is connected with medical detection module, described medical detection module can be used for detecting physiological parameter, comprise and all adopt without noninvasive sensor, detection blood glucose, blood fat, blood viscosity, blood pressure, blood flow, heart rate, blood vessel speckle, these physiological parameters are sent a controller by sensor control unit, be transferred to communication module be uploaded to cloud computing server by controller.
Described upper cloud computing server 3 comprises the memory element stored for physiological parameter, described memory element prestores the physiological parameter historical data of user, whether above-mentioned physiological parameter is compared with corresponding historical data by cloud computing server respectively, normal to judge user's current body state.
Described motion detection apparatus 1-6 comprises strain-type checkout equipment, and described strain-type checkout equipment comprises the strain gauge transducer of more than one corresponding with human synovial respectively collection joint motions data.
Described motion detection apparatus 1-6 comprises electromyographic signal (EMG, electromyogram) checkout equipment and is connected, and described EMG checkout equipment comprises the EMG sensor of more than one corresponding with human muscle respectively collection myoelectricity data.
Controller 1 is by the movement range of joint motions data and myoelectricity data determination human action, speed of action, action dynamics and movement locus; Wherein, joint motions data are in order to indicate the intensity of variation in concrete joint, namely the amplitude, speed, the track that bend and rotate, myoelectricity data are EMG sensor Real-time Collection muscle and perineural bioelectrical signals, thus the physiologic information data that the muscular movement in acquisition human motion changes, i.e. myoelectricity data, the reflection contraction of muscle of these myoelectricity data and diastole situation, the joint motions data of the joint that these myoelectricity data control in conjunction with muscle can draw the movement range of corresponding human body action, speed of action, action dynamics and movement locus by controller.
Preferably, see Fig. 3, in one embodiment, the sensor accessible site of medical detection module of the present invention and motion detection apparatus carrys out wireless collection data by sensing system acquisition system.
Sensor acquisition body data, sensor and Body contact, some symptoms of health can make the physical characteristic of corresponding sensor change, by processing this physical change, and make it dress and change digital signal into and wirelessly collected by sensing system acquisition system, then give by 12C bus the collection that master controller (central processing unit) just completes biological information data.Concrete, master controller (central processing unit) and sensing system acquisition system adopt the communication mode of 12C bus, transmission of information between the device of bus is being connected to by serial data (SDA) line and serial clock (SCL) line, the individual device being connected to bus can be software set address by unique address and the simple main frame existed/from office always, and main frame can as main frame transmitter or host receiver.
Native system also comprises remote nursing module, this module specifically comprises the equipment state be connected with controller 1 and device power supply (DPS) monitoring unit 1-3 and indicates and alarm device 1-2, for the power state information of the state control instruction and device power supply (DPS) monitoring unit that receive controller, and send warning message to controller; The device power supply (DPS) monitoring unit be connected with controller, for receiving the standby and shutdown information of controller;
The GPS navigation system 1-5 be connected with controller, for transmission of location information to controller 1, and is sent to network hospital platform by mobile phone terminal by described positional information, for network hospital platform, described positional information is sent to emergency center.
Further, described system comprises being provided with and is connected with device power supply (DPS) monitoring unit, adopts the charging system of wireless and wired two kinds of charging modes.
See Fig. 4, adopt and run Intelligent garment control system with the following method, the method comprises the steps:
S1. charging system is control system charging by wired or wireless mode, with the supply of electric power of safeguards system;
S2. motion detection apparatus detects user movement information in real time, the various physiological parameter of sensor control unit Real-time Collection;
S3., after controller processes movable information and physiological parameter and analyzes, by communication module, process and the data after analyzing are sent to cloud computing server and mobile phone and/or mobile phone terminal;
S4. cloud computing server is by the data that receive and historical data compare of analysis, and comparison result is sent to mobile phone terminal;
S5. if desired, mobile phone terminal sends warning message by controller to alarm device, automatically gets in touch with medical institutions.
User movement information comprises: by the movement range of joint motions data and myoelectricity data determination human action, speed of action, action dynamics and movement locus.Physiological parameter comprises: blood pressure, electrocardio, pulse, breathing.Mobile phone terminal, when getting in touch with medical institutions, sends the positional information of user.
Above content is in conjunction with concrete preferred implementation further description made for the present invention, can not assert that specific embodiment of the invention is confined to these explanations.For general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, make some equivalent to substitute or obvious modification, and performance or purposes identical, all should be considered as belonging to protection scope of the present invention.
Claims (15)
1. an Intelligent garment control system, is characterized in that, described control system comprises:
Controller and communication module;
The motion detection apparatus be connected with controller, for monitoring quantity of motion;
The sensor control unit be connected with controller, receives the control instruction of controller, and data that sensor obtains is sent to controller;
With the mobile phone terminal of communication module wireless telecommunications, for receiving power information, positional information and movable information, and send for control instruction;
With the cloud computing server of communication module wireless telecommunications, receive the data of controller, for drawing diagnostic result, the analysis of causes and treatment suggestion.
2. the system as claimed in claim 1, it is characterized in that, described sensor control unit is connected with acceleration sensing mould with height above sea level sensing module, the altitude info ination that described height above sea level sensing module induction user is current, and described altitude info ination is sent to controller, determine whether wearer meets accident for controller according to altitude info ination; Described acceleration sensing module obtains the current acceleration information of user, and described acceleration information is sent to controller, determines whether wearer meets accident for controller according to acceleration information.
3. system as claimed in claim 1 or 2, it is characterized in that, described sensor control unit is connected with medical detection module, described medical detection module can be used for detecting physiological parameter, comprise and all adopt without noninvasive sensor, detection blood glucose, blood fat, blood viscosity, blood pressure, blood flow, heart rate, blood vessel speckle, these physiological parameters are sent a controller by sensor control unit, be transferred to communication module be uploaded to cloud computing server by controller.
4. system as claimed in claim 3, it is characterized in that, described upper cloud computing server comprises the memory element stored for physiological parameter, described memory element prestores the physiological parameter historical data of user, whether above-mentioned physiological parameter is compared with corresponding historical data by cloud computing server respectively, normal to judge user's current body state.
5. the system as claimed in claim 1, is characterized in that, described motion detection apparatus comprises strain-type checkout equipment, and described strain-type checkout equipment comprises the strain gauge transducer of more than one corresponding with human synovial respectively collection joint motions data.
6. the system as described in claim 1 or 5, it is characterized in that, described motion detection apparatus comprises electromyographic signal (EMG, electromyogram) checkout equipment is connected, and described EMG checkout equipment comprises the EMG sensor of more than one corresponding with human muscle respectively collection myoelectricity data.
7. the system as claimed in claim 1, is characterized in that, controller is by the movement range of joint motions data and myoelectricity data determination human action, speed of action, action dynamics and movement locus; Wherein, joint motions data are in order to indicate the intensity of variation in concrete joint, namely the amplitude, speed, the track that bend and rotate, myoelectricity data are EMG sensor Real-time Collection muscle and perineural bioelectrical signals, thus the physiologic information data that the muscular movement in acquisition human motion changes, i.e. myoelectricity data, the reflection contraction of muscle of these myoelectricity data and diastole situation, the joint motions data of the joint that these myoelectricity data control in conjunction with muscle can draw the movement range of corresponding human body action, speed of action, action dynamics and movement locus by controller.
8. the system as claimed in claim 1, it is characterized in that, described controller can be used for controlling the state such as switching on and shutting down, fault of Intelligent garment, prosecution Intelligent garment power module realization to the real-time management of power supply, the data of mobile phone sensor the data of sensor are sent to communication module according to the communications protocol finished writing.
9. the system as claimed in claim 1, is characterized in that, described communication module can be used for the bluetooth and the GSM communication that realize mobile phone terminal, cloud computing server and controller.
10. the system as claimed in claim 1, is characterized in that, described system comprises remote nursing module further, and this module comprises:
The equipment state be connected with controller and device power supply (DPS) monitoring unit indicates and alarm device, for the power state information of the state control instruction and device power supply (DPS) monitoring unit that receive controller, and sends warning message to controller;
The device power supply (DPS) monitoring unit be connected with controller, for receiving the standby and shutdown information of controller;
The GPS navigation system be connected with controller, for transmission of location information to controller, and is sent to network hospital platform by mobile phone terminal by described positional information, for network hospital platform, described positional information is sent to emergency center.
11. the system as claimed in claim 1, is characterized in that, described system comprises being provided with and is connected with device power supply (DPS) monitoring unit, adopt the charging system of wireless and wired two kinds of charging modes.
The control method of 12. 1 kinds of Intelligent garment control system, is characterized in that, the method comprises the steps:
(1) charging system is control system charging by wired or wireless mode, with the supply of electric power of safeguards system;
(2) motion detection apparatus detects user movement information in real time, the various physiological parameter of sensor control unit Real-time Collection;
(3), after controller processes movable information and physiological parameter and analyzes, by communication module, process and the data after analyzing are sent to cloud computing server and mobile phone and/or mobile phone terminal;
(4) cloud computing server is by the data that receive and historical data compare of analysis, and comparison result is sent to mobile phone terminal;
(5) if desired, mobile phone terminal sends warning message by controller to alarm device, automatically gets in touch with medical institutions.
13. methods as claimed in claim 12, it is characterized in that, the user movement information in above-mentioned steps (2) comprises: by the movement range of joint motions data and myoelectricity data determination human action, speed of action, action dynamics and movement locus.
14. methods as claimed in claim 12, it is characterized in that, the physiological parameter in above-mentioned steps (2) comprises: blood pressure, electrocardio, pulse, breathing.
15. methods as claimed in claim 12, is characterized in that, mobile phone terminal, when getting in touch with medical institutions, sends the positional information of user.
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| CN105551055A (en) * | 2016-01-22 | 2016-05-04 | 王晓晖 | Human body health monitoring method and device and intelligent device |
| CN105943023A (en) * | 2016-05-23 | 2016-09-21 | 南宁市茂百科技有限公司 | Wearable wireless electrocardiogram monitoring device |
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| CN107736887A (en) * | 2017-11-09 | 2018-02-27 | 湖北工业大学 | A kind of Multifunctional mobile electrocardiogram monitor system and method |
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