CN104287937B - A kind of diagnostic system and its control method based on smart health-care chair - Google Patents
A kind of diagnostic system and its control method based on smart health-care chair Download PDFInfo
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- CN104287937B CN104287937B CN201410644462.7A CN201410644462A CN104287937B CN 104287937 B CN104287937 B CN 104287937B CN 201410644462 A CN201410644462 A CN 201410644462A CN 104287937 B CN104287937 B CN 104287937B
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Abstract
The present invention relates to a kind of diagnostic system based on smart health-care chair and its control method, the system includes：Smart health-care chair and mobile terminal；The position of backrest correspondence back Shen Shu point, Pishu Points neck day receiving pocket corresponding with bl cave, shoulder Jianjing point, shoulder Yu caves and chien cheng cave and U-shaped rib, supraclavicular fossa cave and point li 17 is embedded with electromagnetic unit on smart health-care chair；Mobile terminal is used to control smart health-care chair to be massaged, and uploads massage processes record information.The method includes：User controls smart health-care chair to massage by mobile terminal, and massage processes record information is to automatic diagnosis server and receives diagnostic message for upload, and the diagnostic message is sent into the display to smart health-care chair refers to for user.A kind of diagnostic system and its control method based on smart health-care chair proposed by the present invention, while point massage is met, can understand health status by feeding back diagnostic message in real time, greatly facilitate the health care of body and body maintenance of user.
Description
Technical field
The present invention relates to one kind massage diagnostic system, particularly a kind of diagnostic system and its control based on smart health-care chair
Method.
Background technology
With the quickening of urban life rhythm, competition is growing more intense, staff's live load also increasingly increasing, and
And because daily life system is irregular and the problem of the aspect such as dietary structure, increasing people is in inferior health or unsound shape
State.But with the raising that health care is realized, these problems are also increasingly taken seriously.Point massage is to be with theory of traditional Chinese medical science
The therapeutic massage on basis；With meridian point massage based on, can relax one's muscles, relieving fatigue, regulation function of human body, with raising
Human immunological competence, dredging the channel, Yin Yang balancing, the effect of promote longevity.Traditional massage armchair is only capable of playing massage effect, and
The information of healthy aspect can not be provided to user, and as masses are to healthy growing interest, people are to certainly
The real-time acquisition of body health information is also more urgent, and the vivo detection of routine needs the professional equipment could to realize, existing
The limitation of medical condition causes that this demand is more urgent.
The content of the invention
It is existing to overcome it is an object of the invention to provide a kind of diagnostic system based on smart health-care chair and its control method
There is defect present in technology.
To achieve the above object, the technical scheme is that：A kind of diagnostic system based on smart health-care chair, its feature
It is, including：N number of smart health-care chair and N number of mobile terminal；The smart health-care chair and the mobile terminal are one-to-one
Relation, N is the positive integer more than 1；The smart health-care chair includes：Backrest, U-shaped rib, base and display；The backrest sets
Put on the base, the U-shaped rib is arranged on the backrest top, the display is fixed on the base through connecting rod
On；
Position corresponding to human body back Shen Shu point on the backrest is embedded with the first electromagnetic unit；On the backrest
Position corresponding to human body back Pishu Points is embedded with the second electromagnetic unit；Correspond to human body back bl cave on the backrest
Position be embedded with the 3rd electromagnetic unit；
Position corresponding to shoulders of human body chien cheng cave on the backrest is embedded with the 4th electromagnetic unit；On the backrest
Position corresponding to shoulders of human body Jian Yu caves is embedded with the 5th electromagnetic unit；Correspond to shoulders of human body Jianjing point on the backrest
Position be embedded with the 6th electromagnetic unit；
The position for corresponding to neck day receiving pocket on the U-shaped rib is embedded with the 7th electromagnetic unit；Described U-shaped
Position on rib corresponding to neck supraclavicular fossa cave is embedded with the 8th electromagnetic unit；Correspond to human body on the U-shaped rib
The position of neck point li 17 is embedded with the 9th electromagnetic unit.
In an embodiment of the present invention, first electromagnetic unit, second electromagnetic unit, the 3rd electromagnetism list
First, described 4th electromagnetic unit, the 5th electromagnetic unit, the 6th electromagnetic unit, the 7th electromagnetic unit, described
Eight electromagnetic units and the 9th electromagnetic unit include：The body of rubber plush copper and top with opening；The rubber plush copper
Lower end through top pad connect the first electromagnet；The lower end of first magnet connects a clamp, and the card through bottom pad
Plate is arranged in the body；The internal diameter of the clamp is more than the internal diameter of the body top end opening, and can slide up and down；Institute
State the bottom in insulation tube body and be provided with the second electromagnet；A pressure sensor is additionally provided with the rubber plush copper, is used to
Sensing back, shoulder and neck contacts simultaneously feed back the activation signal.
In an embodiment of the present invention, also including an electromagnetic control circuit, the electromagnetic control circuit includes：First control electricity
Road, second control circuit, main control processor, the first telecommunication circuit, on-off circuit and the 3rd micro-control processor；First control
Circuit is connected through the first bus with the main control processor；The second control circuit is through the second bus and the main control processor
It is connected；First telecommunication circuit, the on-off circuit and the 3rd micro-control processor successively with the main control processor phase
Even, the 3rd micro-control processor is also connected with the display, and first telecommunication circuit, the on-off circuit, described
3rd micro-control processor and the main control processor are embedded the chassis interior；
The first control circuit is embedded the rear lateral portion in the backrest, and is driven including the first micro-control processor and first
Circuit；First driver is connected with first micro-control processor；First driver includes：First drive circuit,
Second drive circuit, the 3rd drive circuit, the 4th drive circuit, the 5th drive circuit and the 6th drive circuit, and described first
Drive circuit, second drive circuit, the 3rd drive circuit, the 4th drive circuit, the 5th drive circuit
With the 6th drive circuit respectively with first electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, institute
The connection of the 4th electromagnetic unit, the 5th electromagnetic unit and the 6th electromagnetic unit is stated, for driving corresponding electromagnetic unit；
First electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, the described 5th
Pressure sensor in electromagnetic unit and the 6th electromagnetic unit is connected with first micro-control processor.
The second control circuit is embedded the rear lateral portion in the U-shaped rib, and including the second micro-control processor and second
Drive circuit；Second driver is connected with second micro-control processor；Second driver includes：7th drives electricity
Road, the 8th drive circuit and the 9th drive circuit, and the 7th drive circuit, the 8th drive circuit and the 9th drive
Dynamic circuit is connected with the 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electromagnetic unit respectively, for driving
Corresponding electromagnetic unit；Pressure in 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electromagnetic unit is passed
Sensor is connected with the upper second micro-control circuit.
In an embodiment of the present invention, the mobile terminal includes：4th micro-control processor and with the 4th micro-control at
Touch-screen, the second telecommunication circuit and third communication circuit that reason device is sequentially connected；The touch-screen be used for key in control information with
And record feedback information；Second telecommunication circuit is used to communicate with first telecommunication circuit, transmits control information to described
Electromagnetic control circuit；The third communication circuit is used to for the information after being processed through the 4th micro-control processor to upload to medical treatment
Automatic medical diagnosis server in system.Be provided with the touch-screen user profile input membrane keyboard and acupuncture point function by
Key；The acupuncture point function button includes：Acupuncture point selection membrane keyboard, point massage frequency membrane keyboard, point massage intensity are touched and pressed
Key and pain sensation record touch key-press.
In an embodiment of the present invention, also neck pad is leaned on including a backing cushion and one；In the upper surface correspondence of the backing cushion
In first electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, described
The position of five electromagnetic units and the 6th electromagnetic unit is provided with projection contacts point, for back Shen Shu point, Pishu Points
It is fully contacted with bl cave and shoulder chien cheng cave, Jian Yu caves and Jianjing point；Correspond in the lower surface of the backing cushion described
First electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, the 5th electromagnetism
The position of unit and the 6th electromagnetic unit is provided with groove, for first electromagnetic unit, described
Second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, the 5th electromagnetic unit and the 6th electromagnetism
Unit is engaged；Correspond to the 7th electromagnetic unit, the 8th electromagnetic unit and described in the backrest neck pad upper surface
The position of the 9th electromagnetic unit is provided with projection contacts point, for being fully contacted with neck day receiving pocket, supraclavicular fossa cave and point li 17；
Correspond to the 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electromagnetic unit in the backrest neck pad lower surface
Position be provided with groove, for state the 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electromagnetic unit phase
Coordinate.
Further, a kind of diagnosis control method based on smart health-care chair is also provided, it is characterised in that including：In intelligence
After energy nursing chair is powered, electricity on electromagnetic control circuit；Main control processor outputs control signals to first control circuit and respectively
Two control circuits；First control circuit and second control circuit distinguish output drive signal through the first driver and the second driver
Control the first electromagnetic unit, the second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, the 5th electromagnetic unit, the 6th electromagnetism
Electricity on two blocks of electromagnet in unit, the 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electromagnetic unit, using magnetic pole same sex phase
Reprimand so that the first electromagnet and the second electromagnet are separated, and are waited for；
After user lies onto smart health-care chair, it is input into by the user profile on mobile terminal touch screen and touches key input
The user profile of user；Pressure sensor on intelligence smart health-care chair in each electromagnetic unit senses each bump contacts point
Contact situation, and contact situation is sent on display through electromagnetic control circuit；User corresponds to each by display
The contact indicator lamp of pressure sensor detects whether back, shoulder and neck are corresponding and is connect with backing cushion and by each projection on neck pad
Contact all contacts in place, and suitably moves back, shoulder and neck and each contact point is fully contacted；Connect in each contact point
After contacting position, user selects massage frequency and presses by the acupuncture point function button of correspondence back, shoulder and neck on touch-screen
Rub intensity, the selection control signal is sent to the 4th micro-control processor the electromagnetism in smart health-care chair by the second telecommunication circuit
Control circuit；After main control processor in electromagnetic control circuit receives the control signal through the first telecommunication circuit, control is sent
Signal to first control circuit or second control circuit, first control circuit or second control circuit sends corresponding drive signal
Through the corresponding electromagnetic unit of the first driver or the second driver drives acupuncture point；Electromagnetic unit is controlled according to corresponding drive signal
Its first electromagnet is moved with respect to the second electromagnet, and drives the rubber plush copper on electromagnetic unit top to move, and through backing cushion or is leaned on
Neck pad correspondence position lower surface groove and upper surface projection contacts point produce the massage of corresponding back, shoulder and neck to make
With in the process of point massage, record touch key-press by the pain sensation records correspondence point massage to user simultaneously, on the touchscreen
The pain sensation state of generation；And in this process, mobile terminal is strong by the acupuncture point selection of user, the selection of massage frequency, massage in real time
Degree selection and pain sensation state recording are sent to electromagnetic control circuit, and are sent to display through the 3rd micro-control processor, for using
Person checks；
After massage terminates, user by touch-screen by user profile, acupuncture point select, massage frequency, massage intensity with
And corresponding pain sensation state uploads to the automatic medical diagnosis server in medical system through third communication circuit；The automatic medical
Diagnosis server combine this upload user profile, acupuncture point selection, massage frequency, massage intensity, corresponding pain sensation state with
And the case that user's user profile correspondence is achieved in the server, and according to patient's condition diagnostic data base, automatically generate diagnosis
Information, and the diagnostic message is fed back on mobile terminal, the diagnostic message is sent to electromagnetic control circuit by mobile terminal, and
Sent to display through the 3rd micro-control processor, for user's reference.
In an embodiment of the present invention, the user profile includes：User name, user identity card number, bank's card number, hand
Machine number and station address..
In an embodiment of the present invention, the massage frequency is divided into low frequency, intermediate frequency and high frequency；The massage intensity is divided into：
One-level, two grades and three-level；The pain sensation state includes：Not bitterly, hypodynia and pain.
In an embodiment of the present invention, the acupuncture point selection includes the single acupuncture point of single and single multiple acupuncture point.
Compared to prior art, the invention has the advantages that：It is proposed by the present invention a kind of based on smart health-care chair
Diagnostic system and its control method so that while user carries out point massage by the system, can by real time note
Record due to the pain sensation status information that massage is produced, and massage information and pain sensation status information are uploaded to the automatic of medical system and examine
Break server, and the feedback diagnostic message of the automatic diagnosis server of real-time reception shows to understand the body of itself in real time through display
Body health status；And during massage, user can flexibly select to massage frequency and massage intensity, can more be defined
True judges the pain sensation state that point massage is produced, and on the basis of massage effect is ensured, greatly facilitates the body of user
Body health care and body maintenance；Meanwhile, user during diverse location is massaged using smart health-care chair, can by by
Information of rubbing and pain sensation status information upload to automatic diagnosis server, and automatic diagnosis server can integrate user at every
Rub information and pain sensation status information on smart health-care chair, as user's health reference information, it is to avoid due to intelligence
The position of nursing chair set institute with problem, further facilitated the health care of body and body maintenance of user.
Brief description of the drawings
Fig. 1 is the side sectional view of smart health-care chair of the present invention.
Fig. 2 is the structure chart of U-shaped rib in the present invention.
Fig. 3 is the front view of intelligent health-care chair back in the present invention.
Fig. 4 is the structure chart of electromagnetic unit in the present invention.
Fig. 5 is the top view of U-shaped rib in the present invention.
Fig. 6 is the circuit theory diagrams of electromagnetic control circuit in the present invention.
Fig. 7 is the circuit theory diagrams of mobile terminal in the present invention.
Note：1- backrests；2-U type ribs；3- bases；4- displays；5- the first electromagnetic unit the second electromagnetic units of 6-；7-
Three electromagnetic units；The electromagnetic units of 8- the 4th；The electromagnetic units of 9- the 5th；The electromagnetic units of 10- the 6th；The electromagnetic units of 11- the 7th；12-
8th electromagnetic unit；The electromagnetic units of 13- the 9th；14- rubber plush coppers；15- bodys；16- tops pad；The electromagnet of 17- first；
18- bottoms pad；19- clamps；The electromagnet of 20- second；21- pressure sensors；22- first control circuits；23- second controls electricity
Road；24- main control processors；25- backing cushions；26- leans on neck pad.
Specific embodiment
Below in conjunction with the accompanying drawings, technical scheme is specifically described.
The present invention provides a kind of diagnostic system based on smart health-care chair, it is characterised in that as shown in Figure 1, Figure 2 and Figure 3,
Including：N number of smart health-care chair and N number of mobile terminal；The smart health-care chair and the mobile terminal are one-to-one relation；
The smart health-care chair includes：Backrest 1, U-shaped rib 2, base 3 and display 4；The backrest 1 is arranged on the base 3,
The U-shaped rib 2 is arranged on the top of the backrest 1, and the display 4 is fixed on the base 3 through connecting rod；
Position corresponding to human body back Shen Shu point on the backrest 1 is embedded with the first electromagnetic unit 5；In the backrest
Position on 1 corresponding to human body back Pishu Points is embedded with the second electromagnetic unit 6；Correspond to human body back on the backrest 1
The position in bl cave is embedded with the 3rd electromagnetic unit 7；In the present embodiment, as shown in figure 3, the first electromagnetic unit 5, the second electromagnetism
The electromagnetic unit 7 of unit 6 and the 3rd includes two electromagnetic units；
Position corresponding to shoulders of human body chien cheng cave on the backrest 1 is embedded with the 4th electromagnetic unit 8；In the backrest
Position on 1 corresponding to shoulders of human body Jian Yu caves is embedded with the 5th electromagnetic unit 9；Correspond to shoulders of human body on the backrest 1
The position of Jianjing point is embedded with the 6th electromagnetic unit 10；
The position for corresponding to neck day receiving pocket on the U-shaped rib 2 is embedded with the 7th electromagnetic unit 11；Described
Position on U-shaped rib 2 corresponding to neck supraclavicular fossa cave is embedded with the 8th electromagnetic unit 12；2 correspondences on the U-shaped rib
The 9th electromagnetic unit 13 is embedded with the position of neck point li 17；
In the present embodiment, as shown in figure 4, first electromagnetic unit 5, second electromagnetic unit 6, the 3rd electricity
Magnetic cell 7, the 4th electromagnetic unit 8, the 5th electromagnetic unit 9, the 6th electromagnetic unit 10, the 7th electromagnetism list
Unit 11, the 8th electromagnetic unit 12 and the 9th electromagnetic unit 13 include：Rubber plush copper 14 and top carry opening
Body 15；The lower end of the rubber plush copper 14 connects the first electromagnet 17 through top pad 16；The lower end of first magnet 17
A clamp 19 is connected through bottom pad 18, and the clamp 19 is arranged in the body 15；The internal diameter of the clamp 19 is more than institute
The internal diameter of the top end opening of body 15 is stated, and can be slided up and down；Bottom in the body 15 is provided with the second electromagnet 20；
A pressure sensor 21 is additionally provided with the rubber plush copper 14, is used to sense back, shoulder and neck contacts and feed back be somebody's turn to do
Activation signal.
As shown in Fig. 1, Fig. 5 and Fig. 6, in the present embodiment, also including an electromagnetic control circuit, the electromagnetic control circuit bag
Include：First control circuit 22, second control circuit 23, main control processor 24, the first telecommunication circuit, on-off circuit and the 3rd micro-control
Processor；The first control circuit 22 is connected through the first bus with the main control processor 24；The second control circuit 23
It is connected with the main control processor 24 through the second bus；First telecommunication circuit, the on-off circuit and the 3rd micro-control
Processor is connected with the main control processor 24 successively, and the 3rd micro-control processor is also connected with the display 4, and described
First telecommunication circuit, the on-off circuit, the 3rd micro-control processor and the main control processor 24 are embedded the bottom
Inside seat 3；
The first control circuit 22 is embedded the rear lateral portion in the backrest 2, and including the first micro-control processor and first
Drive circuit；First driver is connected with first micro-control processor；First driver includes：First drives electricity
Road, the second drive circuit, the 3rd drive circuit, the 4th drive circuit, the 5th drive circuit and the 6th drive circuit, and described
One drive circuit, second drive circuit, the 3rd drive circuit, the 4th drive circuit, the described 5th drive electricity
Road and the 6th drive circuit respectively with first electromagnetic unit 5, second electromagnetic unit 6, the 3rd electromagnetism list
Unit 7, the 4th electromagnetic unit 8, the 5th electromagnetic unit 9 and the 6th electromagnetic unit 10 are connected, for driving correspondence
Electromagnetic unit；First electromagnetic unit 5, second electromagnetic unit 6, the 3rd electromagnetic unit 7, the 4th electromagnetism
Pressure sensor in unit 8, the 5th electromagnetic unit 9 and the 6th electromagnetic unit 10 is processed with first micro-control
Device is connected.
The second control circuit 23 is embedded the rear lateral portion in the U-shaped rib 2, and including the second micro-control processor and
Two drive circuits；Second driver is connected with second micro-control processor；Second driver includes：7th drives
Circuit, the 8th drive circuit and the 9th drive circuit, and the 7th drive circuit, the 8th drive circuit and the described 9th
Drive circuit is connected with the 7th electromagnetic unit 11, the 8th electromagnetic unit 12 and the 9th electromagnetic unit 13 respectively,
For driving corresponding electromagnetic unit；7th electromagnetic unit 11, the 8th electromagnetic unit 12 and the 9th electromagnetism list
Pressure sensor in unit 13 is connected with the upper second micro-control circuit.
In the present embodiment, as shown in Figure 1 and Figure 5, also neck pad 26 is leaned on including a backing cushion 25 and；In the backing cushion
25 upper surface corresponds to first electromagnetic unit 5, second electromagnetic unit 6, the 3rd electromagnetic unit 7, described the
The position of four electromagnetic units 8, the 5th electromagnetic unit 9 and the 6th electromagnetic unit 10 is provided with projection contacts point, uses
It is fully contacted in back Shen Shu point, Pishu Points and bl cave and shoulder chien cheng cave, Jian Yu caves and Jianjing point；In the backrest
The lower surface of pad 25 corresponds to first electromagnetic unit 5, second electromagnetic unit 6, the 3rd electromagnetic unit 7, described
The position of the 4th electromagnetic unit 8, the 5th electromagnetic unit 9 and the 6th electromagnetic unit 10 is provided with recessed
Groove, for first electromagnetic unit 5, second electromagnetic unit 6, the 3rd electromagnetic unit 7, the 4th electromagnetism list
Unit 8, the 5th electromagnetic unit 9 and the 6th electromagnetic unit 10 are engaged；Correspond to institute by the upper surface of neck pad 26 described
The position for stating the 7th electromagnetic unit 11, the 8th electromagnetic unit 12 and the 9th electromagnetic unit 13 is provided with projection contacts
Point, for being fully contacted with neck day receiving pocket, supraclavicular fossa cave and point li 17；Correspond to the described 7th by the lower surface of neck pad 26 described
The position of electromagnetic unit 11, the 8th electromagnetic unit 12 and the 9th electromagnetic unit 13 is provided with groove, for state
7th electromagnetic unit 11, the 8th electromagnetic unit 12 and the 9th electromagnetic unit 13 are engaged.
As shown in fig. 7, the mobile terminal includes：4th micro-control processor and connect successively with the 4th micro-control processor
Touch-screen, the second telecommunication circuit and the third communication circuit for connecing；The touch-screen is used to key in control information and record feedback
Information；Second telecommunication circuit is used to be communicated with first telecommunication circuit, transmission control information to Electromagnetic Control electricity
Road；The third communication circuit is used to be uploaded to through the information after the 4th micro-control processor treatment oneself in medical system
Dynamic medical diagnosis server.
In the present embodiment, user profile input membrane keyboard and acupuncture point function button are provided with the touch-screen；It is described
Acupuncture point function button includes：Acupuncture point selection membrane keyboard, point massage frequency membrane keyboard, point massage intensity touch key-press and the pain sensation
Record touch key-press.
In order to allow those skilled in the art to a kind of diagnostic system based on smart health-care chair proposed by the invention more
Plus understand, a kind of diagnosis control method based on smart health-care chair is also provided, it is characterised in that：
After smart health-care chair energization, electricity on electromagnetic control circuit；Main control processor 24 outputs control signals to respectively
One electric 22 road of control and second control circuit 23；First control circuit 22 and the difference output drive signal warp of second control circuit 23
First driver and second driver control the first electromagnetic unit 5, the second electromagnetic unit 6, the 3rd electromagnetic unit 7, the 4th electromagnetism
Unit 8, the 5th electromagnetic unit 9, the 6th electromagnetic unit 10, the 7th electromagnetic unit 11, the 8th electromagnetic unit 12 and the 9th electromagnetism list
Electricity, is repelled each other so that the first electromagnet 17 and the second electromagnet 20 are separated using the magnetic pole same sex on two blocks of electromagnet in unit 13, and
It is waited for；
After user lies onto smart health-care chair, it is input into by the user profile on mobile terminal touch screen and touches key input
The user profile of user, in the present embodiment, the user profile includes：User name, user identity card number, bank card
Number, phone number and station address.；Pressure sensor on smart health-care chair in each electromagnetic unit senses each salient point and connects
The contact situation of contact, and contact situation is sent on display 4 through electromagnetic control circuit；User is by display 4
The contact indicator lamp of corresponding each pressure sensor detects whether back, shoulder and neck are corresponding with backing cushion and by every on neck pad
Individual projection contacts point is all contacted in place, and suitably moves back, shoulder and neck and each contact point is fully contacted；
After each contact point is contacted in place, the acupuncture point that user passes through correspondence back, shoulder and neck on touch-screen
Function button selection massage frequency and massage intensity, in the present embodiment, the selectable massage frequency of user is low frequency, intermediate frequency
And high frequency, selectable massage intensity is：One-level, second order force and three-level；User can select corresponding pressing according to self-condition
Rub condition, and can real-time adjustment massage condition, such as after selection " two grades of intermediate frequencies " massage a period of time can real-time adjustment be " one-level
Low frequency " is massaged.Additionally, when massaging point is selected, user can be selected by following situations：The single acupuncture point of single and single are multiple
Acupuncture point, i.e. user can in turn be massaged successively by an acupuncture point, it is also possible to be massaged by multiple acupuncture point simultaneous selections, and at this
During real user can also the acupuncture point of massage and the number of required massaging point required for real-time adjustment, such as user exists
Massaging neck day receiving pocket for a period of time after, massage day receiving pocket then massaging neck point li 17 can be stopped with real-time selection, it is also possible to
Selection starts to massage point li 17 while day receiving pocket is massaged.Additionally, using can also be pressed according to back, shoulder and neck subregion
Rub.
User by the acupuncture point function button on mobile terminal choose needed for massage acupuncture point and correlation by
After information of rubbing, the selection control signal is sent to the 4th micro-control processor the electricity in smart health-care chair by the second telecommunication circuit
Control circuit；After main control processor 24 in electromagnetic control circuit receives the control signal through the first telecommunication circuit, send
Control signal to first control circuit 22 or second control circuit 23, first control circuit 22 or second control circuit 23 sends right
The drive signal answered is through the corresponding electromagnetic unit of the first driver or the second driver drives acupuncture point；Electromagnetic unit is according to corresponding
Drive signal controls its first electromagnet 17 to be moved with respect to the second electromagnet 20, and drives the rubber plush copper 14 on electromagnetic unit top
Motion, the corresponding back of the body is produced through backing cushion 25 or by the correspondence position lower surface groove of neck pad 26 and upper surface projection contacts point
The massage effect of portion, shoulder and neck, in the present embodiment, the first micro-control processor or the second micro-control processor are according at master control
The control signal that reason device 24 sends exports pulse current by corresponding drive circuit, by the pulse current, in electromagnetic unit
Relative second electromagnet 20 of the first electromagnet 17 produce the motion of different conditions, so as to produce different massage effects.
In the process of point massage, record touch key-press by the pain sensation records correspondence acupuncture point to user simultaneously, on the touchscreen
The pain sensation state for producing is massaged, and in the present embodiment, pain sensation state includes：Not bitterly, hypodynia and pain；In this process, it is mobile
The acupuncture point selection of user, the selection of massage frequency, massage intensity selection and pain sensation state recording are sent to electromagnetism control by terminal in real time
Circuit processed, and sent to display through the 3rd micro-control processor, checked for user；
After massage terminates, user by touch-screen by user profile, acupuncture point select, massage frequency, massage intensity with
And corresponding pain sensation state uploads to the automatic medical diagnosis server in medical system through third communication circuit；In the automatic doctor
Treat and store a patient's condition diagnostic data base in diagnosis server, in the database comprising correspondence Different Acupoint in different massage states and
The corresponding patient's condition under different pain sensation states, the automatic medical diagnosis server combine this upload user profile, acupuncture point selection,
Massage frequency, massage intensity and corresponding pain sensation state, corresponding pain sensation state and user's user profile correspondence exist
The case achieved in automatic diagnosis server, and according to patient's condition diagnostic data base, diagnostic message is automatically generated, and the diagnosis is believed
Breath is fed back on mobile terminal, and the diagnostic message is sent to electromagnetic control circuit by mobile terminal, and through the 3rd micro-control processor
Send to display, for user's reference；Meanwhile, the acupuncture point of this massage is selected, massages frequency, presses by automatic diagnosis server
Intensity of rubbing and corresponding pain sensation state corresponding user information are stored, used as the health during massage diagnosis next time
Reference information, the reference of diagnostic message is generated for auto-check system..
As in the present embodiment, the acupuncture point of user's selection massage is Shen Shu point, and massage intensity and massage frequency are one-level
Low frequency, one-level intermediate frequency and two grades of intermediate frequencies, pain sensation state are hypodynia, hypodynia and pain, and the corresponding patient's condition is in patient's condition diagnosis stack room：
Pain in the back, kidney trouble, low blood pressure, tinnitus and decreased energy；Deposited in automatic diagnosis server with reference to user's user profile
Condition information in the recent case of storage, automatically generates diagnostic message feedback and is dealt into mobile terminal, and mobile terminal examines this
Disconnected information is sent to electromagnetic control circuit, and shows over the display；Prompting user's patient's condition is in diagnostic message：It is slight high
Blood pressure, and failed with energy；And related attentional item of the user in terms of diet, daily life system and motion is reminded, and
Suitable massage Shen Shu point method is provided to alleviate symptom.Simultaneously also prompting user should being rechecked within these few days, with
Further improve symptom；As in the present embodiment, user was rechecked in 3 days.
Additionally, in the present embodiment, smart health-care chair can be arranged on different places according to different demands, and such as cell is lived
The places such as dynamic room, treatment for health center；User can use in the place of any setting smart health-care chair, automatic diagnostic service
Device can integrate the massage information on user according to the massage situation of user's diverse location, as user's body shape
Condition reference information, facilitates user's health care of body.
Above is presently preferred embodiments of the present invention, all changes made according to technical solution of the present invention, produced function work
During with scope without departing from technical solution of the present invention, protection scope of the present invention is belonged to.
Claims (2)
1. a kind of diagnostic system based on smart health-care chair, it is characterised in that including：N number of smart health-care chair and N number of movement are eventually
End；The smart health-care chair and the mobile terminal are one-to-one relation, and N is the positive integer more than 1；The intelligent health-care
Chair includes：Backrest, U-shaped rib, base and display；The backrest is arranged on the base, and the U-shaped rib is arranged on institute
Backrest top is stated, the display is fixed on the base through connecting rod；
Position corresponding to human body back Shen Shu point on the backrest is embedded with the first electromagnetic unit, first electromagnetic unit
For massaging human body back Shen Shu point；Position corresponding to human body back Pishu Points on the backrest is embedded with the second electromagnetism list
Unit, second electromagnetic unit is used to massage human body back Pishu Points；Corresponding to human body back bl cave on the backrest
Position is embedded with the 3rd electromagnetic unit, and the 3rd electromagnetic unit is used to massage human body back bl cave；
Position corresponding to shoulders of human body chien cheng cave on the backrest is embedded with the 4th electromagnetic unit, the 4th electromagnetic unit
For massaging shoulders of human body chien cheng cave；Position corresponding to shoulders of human body Jian Yu caves on the backrest is embedded with the 5th electromagnetism list
Unit, the 5th electromagnetic unit is used to massage shoulders of human body Jian Yu caves；Corresponding to shoulders of human body Jianjing point on the backrest
Position is embedded with the 6th electromagnetic unit, and six electromagnetic unit is used to massage shoulders of human body Jianjing point；
The position for corresponding to neck day receiving pocket on the U-shaped rib is embedded with the 7th electromagnetic unit, the 7th electromagnetism
Unit is used to massage neck day receiving pocket；Position corresponding to neck supraclavicular fossa cave on the U-shaped rib is embedded with the
Eight electromagnetic units, the 8th electromagnetic unit is used to massage neck supraclavicular fossa cave；Correspond to human body neck on the U-shaped rib
The position of portion's point li 17 is embedded with the 9th electromagnetic unit, and the 9th electromagnetic unit is used to massage neck point li 17；
It is first electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, described
5th electromagnetic unit, the 6th electromagnetic unit, the 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electricity
Magnetic cell is connected with electromagnetic control circuit respectively；The electromagnetic control circuit and one is used to lead to an automatic medical diagnosis server
The mobile terminal matching of letter；
It is first electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, described
5th electromagnetic unit, the 6th electromagnetic unit, the 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electromagnetism
Unit includes：The body of rubber plush copper and top with opening；The lower end of the rubber plush copper connects first through top pad
Electromagnet；The lower end of first electromagnet connects a clamp through bottom pad, and the clamp is arranged in the body；It is described
The internal diameter of clamp is more than the internal diameter of the body top end opening, and can slide up and down；Bottom in the body is provided with
Two electromagnet；A pressure sensor is additionally provided with the rubber plush copper, is used to sense and is connect with back, shoulder and neck
Touch and feed back the activation signal；
The electromagnetic control circuit includes：First control circuit, second control circuit, main control processor, the first telecommunication circuit, open
Powered-down road and the 3rd micro-control processor；The first control circuit is connected through the first bus with the main control processor；Described
Two control circuits are connected through the second bus with the main control processor；First telecommunication circuit, the on-off circuit and described
3rd micro-control processor is connected with the main control processor successively, and the 3rd micro-control processor is also connected with the display,
And first telecommunication circuit, the on-off circuit, the 3rd micro-control processor and the main control processor are embedded institute
State chassis interior；
The first control circuit is embedded the rear lateral portion in the backrest, and including the first micro-control processor and the first driver；
First driver is connected with first micro-control processor；First driver includes：First drive circuit, second drive
Dynamic circuit, the 3rd drive circuit, the 4th drive circuit, the 5th drive circuit and the 6th drive circuit, and the first driving electricity
Road, second drive circuit, the 3rd drive circuit, the 4th drive circuit, the 5th drive circuit and described
6th drive circuit respectively with first electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, the described 4th
Electromagnetic unit, the 5th electromagnetic unit and the 6th electromagnetic unit connection, for driving corresponding electromagnetic unit；Described
One electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, the 5th electromagnetism list
Pressure sensor in first and described 6th electromagnetic unit is connected with first micro-control processor；
The second control circuit is embedded the rear lateral portion in the U-shaped rib, and is driven including the second micro-control processor and second
Device；Second driver is connected with second micro-control processor；Second driver includes：7th drive circuit,
Eight drive circuits and the 9th drive circuit, and the 7th drive circuit, the 8th drive circuit and the described 9th drive electricity
Road is connected with the 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electromagnetic unit respectively, for driving correspondence
Electromagnetic unit；Pressure sensor in 7th electromagnetic unit, the 8th electromagnetic unit and the 9th electromagnetic unit
It is connected with second micro-control processor；
The mobile terminal includes：4th micro-control processor and the touch-screen being sequentially connected with the 4th micro-control processor,
Two telecommunication circuits and third communication circuit；The touch-screen is used to key in control information and record feedback information；Described second
Telecommunication circuit is used to be communicated with first telecommunication circuit, transmission control information to the electromagnetic control circuit；The threeway
The automatic medical diagnosis that the information that letter circuit is used for after being processed through the 4th micro-control processor is uploaded in medical system takes
Business device；User profile input membrane keyboard and acupuncture point function button are provided with the touch-screen；The acupuncture point function button includes：
Acupuncture point selection membrane keyboard, point massage frequency membrane keyboard, point massage intensity touch key-press and pain sensation record touch key-press.
2. a kind of diagnostic system based on smart health-care chair according to claim 1, it is characterised in that：Also include a backrest
Pad and one leans on neck pad；Correspond to first electromagnetic unit, second electromagnetic unit, described in the upper surface of the backing cushion
The position of the 3rd electromagnetic unit, the 4th electromagnetic unit, the 5th electromagnetic unit and the 6th electromagnetic unit is respectively provided with
There is projection contacts point, for abundant with back Shen Shu point, Pishu Points and bl cave and shoulder chien cheng cave, Jian Yu caves and Jianjing point
Contact；Correspond to first electromagnetic unit, second electromagnetic unit, the 3rd electromagnetism in the lower surface of the backing cushion
The position of unit, the 4th electromagnetic unit, the 5th electromagnetic unit and the 6th electromagnetic unit is provided with groove, uses
In with first electromagnetic unit, second electromagnetic unit, the 3rd electromagnetic unit, the 4th electromagnetic unit, described
5th electromagnetic unit and the 6th electromagnetic unit are engaged；Correspond to the 7th electromagnetism list by neck pad upper surface described
The position of first, described 8th electromagnetic unit and the 9th electromagnetic unit is provided with projection contacts point, for neck Tianrong
Cave, supraclavicular fossa cave and point li 17 are fully contacted；Correspond to the 7th electromagnetic unit, the 8th electricity by neck pad lower surface described
The position of magnetic cell and the 9th electromagnetic unit is provided with groove, for the 7th electromagnetic unit, it is described 8th electricity
Magnetic cell and the 9th electromagnetic unit are engaged.
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| CN201410644462.7A CN104287937B (en) | 2014-11-14 | 2014-11-14 | A kind of diagnostic system and its control method based on smart health-care chair |
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| CN201410644462.7A CN104287937B (en) | 2014-11-14 | 2014-11-14 | A kind of diagnostic system and its control method based on smart health-care chair |
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| CN104287937B true CN104287937B (en) | 2017-07-07 |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104523420B (en) * | 2015-01-23 | 2016-11-09 | 梁涛 | A kind of online diagnosing and treating apparatus |
| CN104905958B (en) * | 2015-05-22 | 2017-07-11 | 深圳市科迈爱康科技有限公司 | A kind of electromagnetic health-care shoe-pad and its massage method |
| CN113867557A (en) * | 2020-06-30 | 2021-12-31 | 深圳和而泰智能控制股份有限公司 | Multi-point tactile control method, input device, massage device, and storage medium |
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| CN2122623U (en) * | 1992-05-08 | 1992-11-25 | 浙江省新技术应用研究所 | Diagnostic massage device for soles |
| US6171266B1 (en) * | 1998-08-27 | 2001-01-09 | Family Kabushiki Kaisha | Massaging apparatus having diagnostic capability |
| CN2776386Y (en) * | 2005-01-10 | 2006-05-03 | 上海意民保健用品开发有限公司 | Self treating machine for acupoint taking according to symptom |
| CN101766535A (en) * | 2010-01-12 | 2010-07-07 | 王朝晖 | Ashi point examination and massage robot |
| CN204446501U (en) * | 2014-11-14 | 2015-07-08 | 张可池 | A kind of intelligent diagnostics chair |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2003275265A (en) * | 2002-03-22 | 2003-09-30 | Family Kk | Massaging machine |
| WO2003101366A1 (en) * | 2002-06-03 | 2003-12-11 | Inseat Solutions, Llc | Massage system with feedback |
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2014
- 2014-11-14 CN CN201410644462.7A patent/CN104287937B/en not_active Expired - Fee Related
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2122623U (en) * | 1992-05-08 | 1992-11-25 | 浙江省新技术应用研究所 | Diagnostic massage device for soles |
| US6171266B1 (en) * | 1998-08-27 | 2001-01-09 | Family Kabushiki Kaisha | Massaging apparatus having diagnostic capability |
| CN2776386Y (en) * | 2005-01-10 | 2006-05-03 | 上海意民保健用品开发有限公司 | Self treating machine for acupoint taking according to symptom |
| CN101766535A (en) * | 2010-01-12 | 2010-07-07 | 王朝晖 | Ashi point examination and massage robot |
| CN204446501U (en) * | 2014-11-14 | 2015-07-08 | 张可池 | A kind of intelligent diagnostics chair |
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