CN204446501U - A kind of intelligent diagnostics chair - Google Patents
A kind of intelligent diagnostics chair Download PDFInfo
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- CN204446501U CN204446501U CN201420680755.6U CN201420680755U CN204446501U CN 204446501 U CN204446501 U CN 204446501U CN 201420680755 U CN201420680755 U CN 201420680755U CN 204446501 U CN204446501 U CN 204446501U
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Abstract
This utility model relates to a kind of intelligent diagnostics chair, comprising: intelligent massage chair and mobile terminal; On intelligent massage chair, the position of backrest corresponding back SHENYU acupoint, PIYU acupoint and bl cave, shoulder Jianjing point, shoulder Yu cave and chien cheng cave and the corresponding cervical region Tianrong cave of U-shaped rib, supraclavicular fossa cave and point li 17 is all embedded with electromagnetic unit; Mobile terminal comprises: the 4th micro-control processor and the touch screen, second communication circuit and the third communication circuit that are connected successively with the 4th micro-control processor.A kind of intelligent diagnostics chair that the utility model proposes, while meeting acupoint massage, can allow user understand health status by feedback diagnostic message in real time, greatly facilitate health care of body and the body maintenance of user.
Description
Technical field
This utility model relates to a kind of intelligent diagnostics device, particularly a kind of intelligent diagnostics chair.
Background technology
Along with the quickening of urban life rhythm, being growing more intense of competition, staff's workload is also strengthening day by day, and due to the problem of the aspects such as the irregular and dietary structure of daily life system, increasing people is in subhealth state or unsound state.But along with the raising of health care consciousness, these problems are also taken seriously day by day.Acupoint massage is the therapeutic massage based on theory of Chinese medical science; Based on meridian point massage, can to relax one's muscles, relieving fatigue, adjustment function of human body, there is the effect improving human body immunity, dredging the meridian, Yin Yang balancing, life lengthening.Traditional massage armchair only can play massage effect, the information of healthy aspect can not be provided to user, and along with masses are to healthy growing interest, people are also more urgent to the Real-time Obtaining of self health status information, and detection needs professional equipment to realize in the body of routine, the limitation of existing medical condition makes this demand more urgent.
Summary of the invention
The purpose of this utility model is to provide a kind of intelligent diagnostics chair, and to overcome the defect existed in prior art, and this utility model structure is simple, easily realizes.
For achieving the above object, the technical solution of the utility model is: a kind of intelligent diagnostics chair, is characterized in that, comprising: N number of smart health-care chair and N number of mobile terminal; Described smart health-care chair and described mobile terminal are relation one to one, N be greater than 1 positive integer; Described smart health-care chair comprises: backrest, U-shaped rib, base and display; Described backrest is arranged on described base, and described U-shaped rib is arranged on described backrest top, and described display is fixed on described base through connecting rod;
The position described backrest corresponding to human body back SHENYU acupoint is embedded with the first electromagnetic unit, and described first electromagnetic unit is for massaging human body back SHENYU acupoint; The position described backrest corresponding to human body back PIYU acupoint is embedded with the second electromagnetic unit, and described second electromagnetic unit is for massaging human body back PIYU acupoint; The position described backrest corresponding to human body back bl cave is embedded with the 3rd electromagnetic unit, and described 3rd electromagnetic unit is for massaging human body back bl cave;
The position described backrest corresponding to shoulders of human body chien cheng cave is embedded with the 4th electromagnetic unit, and described 4th electromagnetic unit is for massaging shoulders of human body chien cheng cave; The position described backrest corresponding to shoulders of human body Jian Yu cave is embedded with the 5th electromagnetic unit, and described 5th electromagnetic unit is for massaging shoulders of human body Jian Yu cave; The position described backrest corresponding to shoulders of human body Jianjing point is embedded with the 6th electromagnetic unit, and described six electromagnetic units are for massaging shoulders of human body Jianjing point;
The position described U-shaped rib corresponding to neck Tianrong cave is embedded with the 7th electromagnetic unit, and described 7th electromagnetic unit is for massaging neck Tianrong cave; The position described U-shaped rib corresponding to neck supraclavicular fossa cave is embedded with the 8th electromagnetic unit, and described 8th electromagnetic unit is for massaging neck supraclavicular fossa cave; The position described U-shaped rib corresponding to neck point li 17 is embedded with the 9th electromagnetic unit, and described 9th electromagnetic unit is for massaging neck point li 17.
In this utility model one embodiment, described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit, described 6th electromagnetic unit, described 7th electromagnetic unit, described 8th electromagnetic unit and described 9th electromagnetic unit include: rubber plush copper and top are with the body of opening; The lower end of described rubber plush copper connects the first electric magnet through top pad; The lower end of described first electric magnet connects a clamp through bottom pad, and this clamp is arranged in described body; The internal diameter of described clamp is greater than the internal diameter of described body top end opening, and can slide up and down; Bottom in described body is provided with the second electric magnet; A pressure transducer is also provided with, in order to respond to back, shoulder and neck contacts and to feed back this activation signal in described rubber plush copper.
In this utility model one embodiment, also comprise an electromagnetic control circuit, this electromagnetic control circuit comprises: first control circuit, second control circuit, main control processor, the first telecommunication circuit, on-off circuit and the 3rd micro-control processor; Described first control circuit is connected with described main control processor through the first bus; Described second control circuit is connected with described main control processor through the second bus; Described first telecommunication circuit, described on-off circuit are connected with described main control processor successively with described 3rd micro-control processor, described 3rd micro-control processor is also connected with described display, and described first telecommunication circuit, described on-off circuit, described 3rd micro-control processor and described main control processor are all embedded described chassis interior;
Described first control circuit is embedded the rear lateral portion at described backrest, and comprises the first micro-control processor and the first driver, described first driver is connected with described first micro-control processor, described first driver comprises: the first drive circuit, second drive circuit, 3rd drive circuit, four-wheel drive circuit, 5th drive circuit and the 6th drive circuit, and described first drive circuit, described second drive circuit, described 3rd drive circuit, described four-wheel drive circuit, described 5th drive circuit and described 6th drive circuit respectively with described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit is connected with described 6th electromagnetic unit, for driving corresponding electromagnetic unit, described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit are all connected with described first micro-control processor with the pressure transducer in described 6th electromagnetic unit.
Described second control circuit is embedded the rear lateral portion at described U-shaped rib, and comprises the second micro-control processor and the second driver; Described second driver is connected with described second micro-control processor; Described second driver comprises: the 7th drive circuit, the 8th drive circuit and the 9th drive circuit, and described 7th drive circuit, described 8th drive circuit and described 9th drive circuit are connected with described 9th electromagnetic unit with described 7th electromagnetic unit, described 8th electromagnetic unit respectively, for driving corresponding electromagnetic unit; Described 7th electromagnetic unit, described 8th electromagnetic unit are all connected with described second micro-control processor with the pressure transducer in described 9th electromagnetic unit.
In this utility model one embodiment, also comprise a backing cushion and by neck pad; The position that the upper surface of described backing cushion corresponds to described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit and described 6th electromagnetic unit is provided with projection contacts point, for back SHENYU acupoint, PIYU acupoint and bl cave and shoulder chien cheng cave, take on Yu cave and fully contact with Jianjing point; The position that the lower surface of described backing cushion corresponds to described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit and described 6th electromagnetic unit is provided with groove, for matching with described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit and described 6th electromagnetic unit; The described position leaning on neck pad upper surface to correspond to described 7th electromagnetic unit, described 8th electromagnetic unit and described 9th electromagnetic unit is provided with projection contacts point, for fully contacting with point li 17 with cervical region Tianrong cave, supraclavicular fossa cave; The described position leaning on neck pad lower surface to correspond to described 7th electromagnetic unit, described 8th electromagnetic unit and described 9th electromagnetic unit is provided with groove, for matching with described 7th electromagnetic unit, described 8th electromagnetic unit and described 9th electromagnetic unit.
In this utility model one embodiment, described mobile terminal comprises: the 4th micro-control processor and the touch screen, second communication circuit and the third communication circuit that are connected successively with the 4th micro-control processor; Described touch screen is for keying in control information and record feedback information; Described second communication circuit is used for communicating with described first telecommunication circuit, and control information transmission is to described electromagnetic control circuit; Described third communication circuit is used for the automatic medical diagnosis server information after described 4th micro-control processor process uploaded in medical system.
Compared to prior art, this utility model has following beneficial effect: a kind of intelligent diagnostics chair that this utility model proposes, while making user carry out acupoint massage by this chair, the pain sensation status information that can be produced due to massage by real time record, and massage information and pain sensation status information are uploaded to the automatic diagnosis server of medical system, and the feedback diagnostic message of real-time reception automatic diagnosis server shows the physical condition to understand self in real time through display; And in the process of massage, user can select massage frequency and massage intensity flexibly, the pain sensation state that acupoint massage produces can be judged more accurately, on the basis ensureing massage effect, greatly facilitate health care of body and the body maintenance of user; Simultaneously, user uses intelligent massage chair to carry out in the process of massaging at diverse location, all massage information and pain sensation status information can be uploaded to automatic diagnosis server, and automatic diagnosis server can integrate the rub information of user on every platform intelligent massage chair and pain sensation status information, as user health reference information, the position that avoids due to intelligent massage chair arrange with problem, further facilitated health care of body and the body maintenance of user.
Accompanying drawing explanation
Fig. 1 is the side sectional view of intelligent massage chair in this utility model.
Fig. 2 is the structure chart of U-shaped rib in this utility model.
Fig. 3 is the front view of intelligent massaging chair back in this utility model.
Fig. 4 is the structure chart of electromagnetic unit in this utility model.
Fig. 5 is the top view of U-shaped rib in this utility model.
Fig. 6 is the circuit theory diagrams of electromagnetic control circuit in this utility model.
Fig. 7 is the circuit theory diagrams of mobile terminal in this utility model.
Note: 1-backrest; 2-U type rib; 3-base; 4-display; 5-first electromagnetic unit 6-second electromagnetic unit; 7-the 3rd electromagnetic unit; 8-the 4th electromagnetic unit; 9-the 5th electromagnetic unit; 10-the 6th electromagnetic unit; 11-the 7th electromagnetic unit; 12-the 8th electromagnetic unit; 13-the 9th electromagnetic unit; 14-rubber plush copper; 15-body; 16-top pad; 17-first electric magnet; 18-bottom pad; 19-clamp; 20-second electric magnet; 21-pressure transducer; 22-first control circuit; 23-second control circuit; 24-main control processor; 25-backing cushion; 26-is by neck pad.
Detailed description of the invention
Below in conjunction with accompanying drawing, the technical solution of the utility model is specifically described.
This utility model provides a kind of intelligent diagnostics chair, it is characterized in that, as shown in Figure 1, Figure 2 and Figure 3, comprising: N number of smart health-care chair and N number of mobile terminal; Described smart health-care chair and described mobile terminal are relation one to one; Described smart health-care chair comprises: backrest 1, U-shaped rib 2, base 3 and display 4; Described backrest 1 is arranged on described base 3, and described U-shaped rib 2 is arranged on described backrest 1 top, and described display 4 is fixed on described base 3 through connecting rod;
The position that described backrest 1 corresponds to human body back SHENYU acupoint is embedded with the first electromagnetic unit 5; The position that described backrest 1 corresponds to human body back PIYU acupoint is embedded with the second electromagnetic unit 6; The position that described backrest 1 corresponds to human body back bl cave is embedded with the 3rd electromagnetic unit 7; In the present embodiment, as shown in Figure 3, the first electromagnetic unit 5, second electromagnetic unit 6 and the 3rd electromagnetic unit 7 include two electromagnetic units;
The position that described backrest 1 corresponds to shoulders of human body chien cheng cave is embedded with the 4th electromagnetic unit 8; The position that described backrest 1 corresponds to shoulders of human body Jian Yu cave is embedded with the 5th electromagnetic unit 9; The position that described backrest 1 corresponds to shoulders of human body Jianjing point is embedded with the 6th electromagnetic unit 10;
The position that described U-shaped rib 2 corresponds to neck Tianrong cave is embedded with the 7th electromagnetic unit 11; The position that described U-shaped rib 2 corresponds to neck supraclavicular fossa cave is embedded with the 8th electromagnetic unit 12; On described U-shaped rib, 2 positions corresponding to neck point li 17 13 are embedded with the 9th electromagnetic unit;
In the present embodiment, as shown in Figure 4, described first electromagnetic unit 5, described second electromagnetic unit 6, described 3rd electromagnetic unit 7, described 4th electromagnetic unit 8, described 5th electromagnetic unit 9, described 6th electromagnetic unit 10, described 7th electromagnetic unit 11, described 8th electromagnetic unit 12 and described 9th electromagnetic unit 13 include: rubber plush copper 14 and top are with the body 15 of opening; The lower end of described rubber plush copper 14 connects the first electric magnet 17 through top pad 16; The lower end of described first electric magnet 17 connects a clamp 19 through bottom pad 18, and this clamp 19 is arranged in described body 15; The internal diameter of described clamp 19 is greater than the internal diameter of described body 15 top end opening, and can slide up and down; Bottom in described body 15 is provided with the second electric magnet 20; A pressure transducer 21 is also provided with, in order to respond to back, shoulder and neck contacts and to feed back this activation signal in described rubber plush copper 14.
As shown in Fig. 1, Fig. 5 and Fig. 6, in the present embodiment, also comprise an electromagnetic control circuit, this electromagnetic control circuit comprises: first control circuit 22, second control circuit 23, main control processor 24, first telecommunication circuit, on-off circuit and the 3rd micro-control processor; Described first control circuit 22 is connected with described main control processor 24 through the first bus; Described second control circuit 23 is connected with described main control processor 24 through the second bus; Described first telecommunication circuit, described on-off circuit are connected with described main control processor 24 successively with described 3rd micro-control processor, described 3rd micro-control processor is also connected with described display 4, and described first telecommunication circuit, described on-off circuit, described 3rd micro-control processor and described main control processor 24 are all embedded described base 3 inside;
Described first control circuit 22 is embedded the rear lateral portion at described backrest 2, and comprises the first micro-control processor and the first driver, described first driver is connected with described first micro-control processor, described first driver comprises: the first drive circuit, second drive circuit, 3rd drive circuit, four-wheel drive circuit, 5th drive circuit and the 6th drive circuit, and described first drive circuit, described second drive circuit, described 3rd drive circuit, described four-wheel drive circuit, described 5th drive circuit and described 6th drive circuit respectively with described first electromagnetic unit 5, described second electromagnetic unit 6, described 3rd electromagnetic unit 7, described 4th electromagnetic unit 8, described 5th electromagnetic unit 9 is connected with described 6th electromagnetic unit 10, for driving corresponding electromagnetic unit, described first electromagnetic unit 5, described second electromagnetic unit 6, described 3rd electromagnetic unit 7, described 4th electromagnetic unit 8, described 5th electromagnetic unit 9 are all connected with described first micro-control processor with the pressure transducer in described 6th electromagnetic unit 10.
Described second control circuit 23 is embedded the rear lateral portion at described U-shaped rib 2, and comprises the second micro-control processor and the second driver; Described second driver is connected with described second micro-control processor; Described second driver comprises: the 7th drive circuit, the 8th drive circuit and the 9th drive circuit, and described 7th drive circuit, described 8th drive circuit and described 9th drive circuit are connected with described 9th electromagnetic unit 13 with described 7th electromagnetic unit 11, described 8th electromagnetic unit 12 respectively, for driving corresponding electromagnetic unit; Described 7th electromagnetic unit 11, described 8th electromagnetic unit 12 are all connected with upper described second micro-control processor with the pressure transducer in described 9th electromagnetic unit 13.
In the present embodiment, as shown in Figure 1 and Figure 5, also comprise a backing cushion 25 and and lean on neck pad 26; Correspond to the position of described first electromagnetic unit 5, described second electromagnetic unit 6, described 3rd electromagnetic unit 7, described 4th electromagnetic unit 8, described 5th electromagnetic unit 9 and described 6th electromagnetic unit 10 at the upper surface of described backing cushion 25 and be provided with projection contacts point, for back SHENYU acupoint, PIYU acupoint and bl cave and shoulder chien cheng cave, take on Yu cave and fully contact with Jianjing point; The position corresponding to described first electromagnetic unit 5, described second electromagnetic unit 6, described 3rd electromagnetic unit 7, described 4th electromagnetic unit 8, described 5th electromagnetic unit 9 and described 6th electromagnetic unit 10 at the lower surface of described backing cushion 25 is provided with groove, for matching with described first electromagnetic unit 5, described second electromagnetic unit 6, described 3rd electromagnetic unit 7, described 4th electromagnetic unit 8, described 5th electromagnetic unit 9 and described 6th electromagnetic unit 10; Projection contacts point is provided with, for fully contacting with point li 17 with cervical region Tianrong cave, supraclavicular fossa cave in the described position leaning on neck pad 26 upper surface to correspond to described 7th electromagnetic unit 11, described 8th electromagnetic unit 12 and described 9th electromagnetic unit 13; Groove is provided with, for matching with described 7th electromagnetic unit 11, described 8th electromagnetic unit 12 and described 9th electromagnetic unit 13 in the described position leaning on neck pad 26 lower surface to correspond to described 7th electromagnetic unit 11, described 8th electromagnetic unit 12 and described 9th electromagnetic unit 13.
As shown in Figure 7, described mobile terminal comprises: the 4th micro-control processor and the touch screen, second communication circuit and the third communication circuit that are connected successively with the 4th micro-control processor; Described touch screen is for keying in control information and record feedback information; Described second communication circuit is used for communicating with described first telecommunication circuit, and control information transmission is to described electromagnetic control circuit; Described third communication circuit is used for the automatic medical diagnosis server information after described 4th micro-control processor process uploaded in medical system.
In the present embodiment, described touch screen is provided with user profile input membrane keyboard and acupuncture point function button; Described acupuncture point function button comprises: membrane keyboard, acupoint massage frequency membrane keyboard, acupoint massage intensity touch key-press and pain sensation record touch key-press are selected in acupuncture point.
In order to allow those skilled in the art, a kind of diagnostic system based on smart health-care chair that this utility model proposes is understood more; control method also in conjunction with this intelligent diagnostics chair is described further; it should be noted that; control method involved by describing in process at this and existing software are not the object that this utility model is protected, and this utility model only protects internal structure and connecting relation thereof.
After the energising of intelligent diagnostics chair, electromagnetic control circuit powers on; Main control processor 24 outputs control signals to the first control electricity 22 roads and second control circuit 23 respectively; First control circuit 22 and the second control circuit 23 respectively two block electric magnet of output drive signal in the first driver and the second driver control first electromagnetic unit 5, second electromagnetic unit 6, the 3rd electromagnetic unit 7, the 4th electromagnetic 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 electromagnetic unit 13 power on, utilize magnetic pole two like magnetic poles repel each other, first electric magnet 17 is separated with the second electric magnet 20, and is in waiting state;
User is lain after in intelligent diagnostics chair, by the user profile of the user profile input membrane keyboard input user on mobile terminal touch screen, in the present embodiment, described user profile comprises: user name, user identity card number, bank's card number, phone number and address of theenduser.; Pressure transducer in intelligent diagnostics chair in each electromagnetic unit responds to the contact situation of each bump contacts point, and is sent on display 4 through electromagnetic control circuit by contact situation; User by the contact of each pressure transducer corresponding on display 4 instruction lamp inspection survey back, shoulder and cervical region whether corresponding with backing cushion with lean on each projection contacts point on neck pad to contact to put in place, and suitable mobile back, shoulder fully contact with each contact point with cervical region;
After each contact point contacts and puts in place, user selects massage frequency and massage intensity by the acupuncture point function button of back corresponding on touch screen, shoulder and cervical region, in the present embodiment, the selectable massage frequency of user is low frequency, intermediate frequency and high frequency, and selectable massage intensity is: one-level, second order force and three grades; User can select corresponding massage condition according to self-condition, and can adjust massage condition in real time, as being adjusted to " one-level low frequency " massage after a period of time is massaged in selection " secondary intermediate frequency " in real time.In addition, when selecting massaging point, user can be selected by following situations: the single acupuncture point of single and the multiple acupuncture point of single, namely user is massaged successively in turn by an acupuncture point, also can select massage by multiple acupuncture point simultaneously, and real user also can adjust the required acupuncture point of massage and the number of required massaging point in real time in this process, if user is after massaging neck Tianrong cave a period of time, massage Tianrong cave massaging neck point li 17 then can be stopped by real-time selection, also can select to start to massage point li 17 while massage Tianrong cave.In addition, using can also according to back, shoulder and the massage of neck portion region.
Behind the acupuncture point that user chooses required massage by the acupuncture point function button on mobile terminal and relevant massage information, this selection control signal is sent to the electromagnetic control circuit in intelligent diagnostics chair by the 4th micro-control processor by second communication circuit, main control processor 24 in electromagnetic control circuit receives after this control signal through the first telecommunication circuit, send a control signal to first control circuit 22 or second control circuit 23, first control circuit 22 or second control circuit 23 send corresponding drive singal through electromagnetic unit corresponding to the first driver or the second driver drives acupuncture point, electromagnetic unit controls relative second electric magnet 20 of its first electric magnet 17 according to corresponding drive singal and moves, and drive the rubber plush copper 14 on electromagnetic unit top to move, corresponding back is produced through backing cushion 25 or by neck pad 26 correspondence position lower surface groove and upper surface projection contacts point, the massage effect of shoulder and cervical region, in the present embodiment, the control signal that first micro-control processor or the second micro-control processor send according to main control processor 24 exports pulse current by corresponding drive circuit, by this pulse current, relative second electric magnet 20 of the first electric magnet 17 in electromagnetic unit produces the motion of different conditions, thus produce different massage effects.
User acupoint massage process simultaneously, on the touchscreen by the pain sensation state that the corresponding acupoint massage of pain sensation record touch key-press record produces, and in the present embodiment, pain sensation state does not comprise: not bitterly, hypodynia and pain; In this process, the acupuncture point of user is selected by mobile terminal in real time, massage He Ne laser, massage intensity select and pain sensation state recording is sent to electromagnetic control circuit, and is sent to display through the 3rd micro-control processor, checks for user;
After massage terminates, user profile, acupuncture point are selected by touch screen by user, the pain sensation state of massage frequency, massage intensity and correspondence to upload to automatic medical diagnosis server in medical system through third communication circuit, a patient's condition diagnostic data base is stored in this automatic medical diagnosis server, the patient's condition that corresponding Different Acupoint is corresponding under difference massage state and different pain sensation state is comprised in this data base, the user profile that this automatic medical diagnosis server is uploaded in conjunction with this time, acupuncture point is selected, massage frequency, the pain sensation state of massage intensity and correspondence, the case that corresponding pain sensation state and this user user profile correspondence are filed in automatic diagnosis server, and according to patient's condition diagnostic data base, automatic generation diagnostic message, and this diagnostic message is fed back on mobile terminal, this diagnostic message is sent to electromagnetic control circuit by mobile terminal, and be sent to display through the 3rd micro-control processor, for user reference, simultaneously, the acupuncture point of this massage is selected by automatic diagnosis server, the pain sensation state corresponding user information of massage frequency, massage intensity and correspondence stores, as the health reference information of massaging next time in diagnostic procedure, generate the reference of diagnostic message for auto-check system.。
As in the present embodiment, user selects the acupuncture point of massage to be SHENYU acupoint, massage intensity and massage frequency are one-level low frequency, one-level intermediate frequency and secondary intermediate frequency, pain sensation state is hypodynia, hypodynia and pain, and in patient's condition diagnosis stack room, the corresponding patient's condition is: lumbago, nephropathy, hypotension, tinnitus and energy go down; In conjunction with the condition information in the recent case that this user user profile stores in automatic diagnosis server, automatically generate diagnostic message feedback and be dealt into mobile terminal, this diagnostic message is sent to electromagnetic control circuit by mobile terminal, and shows over the display; In diagnostic message, point out the user patient's condition to be: mild hypertension, and fail with energy; And remind the related attentional item of user in diet, daily life system and motion, and provide suitable massage SHENYU acupoint method to alleviate condition of illness.Also point out user should recheck within these few days, to improve condition of illness further simultaneously; As in the present embodiment, user was rechecked in 3 days.
In addition, in the present embodiment, intelligent diagnostics chair can be arranged on different places according to different demand, as places such as community recreation room, treatment for health centers; User can use in any place arranging this intelligent diagnostics chair, automatic diagnosis server can according to the massage information of the massage situation integration of user diverse location about user, using as user health reference information, facilitate user health care of body.
Be more than preferred embodiment of the present utility model, all changes done according to technical solutions of the utility model, when the function produced does not exceed the scope of technical solutions of the utility model, all belong to protection domain of the present utility model.
Claims (5)
1. an intelligent diagnostics chair, is characterized in that, comprising: N number of smart health-care chair and N number of mobile terminal; Described smart health-care chair and described mobile terminal are relation one to one, N be greater than 1 positive integer; Described smart health-care chair comprises: backrest, U-shaped rib, base and display; Described backrest is arranged on described base, and described U-shaped rib is arranged on described backrest top, and described display is fixed on described base through connecting rod;
The position described backrest corresponding to human body back SHENYU acupoint is embedded with the first electromagnetic unit, and described first electromagnetic unit is for massaging human body back SHENYU acupoint; The position described backrest corresponding to human body back PIYU acupoint is embedded with the second electromagnetic unit, and described second electromagnetic unit is for massaging human body back PIYU acupoint; The position described backrest corresponding to human body back bl cave is embedded with the 3rd electromagnetic unit, and described 3rd electromagnetic unit is for massaging human body back bl cave;
The position described backrest corresponding to shoulders of human body chien cheng cave is embedded with the 4th electromagnetic unit, and described 4th electromagnetic unit is for massaging shoulders of human body chien cheng cave; The position described backrest corresponding to shoulders of human body Jian Yu cave is embedded with the 5th electromagnetic unit, and described 5th electromagnetic unit is for massaging shoulders of human body Jian Yu cave; The position described backrest corresponding to shoulders of human body Jianjing point is embedded with the 6th electromagnetic unit, and described six electromagnetic units are for massaging shoulders of human body Jianjing point;
The position described U-shaped rib corresponding to neck Tianrong cave is embedded with the 7th electromagnetic unit, and described 7th electromagnetic unit is for massaging neck Tianrong cave; The position described U-shaped rib corresponding to neck supraclavicular fossa cave is embedded with the 8th electromagnetic unit, and described 8th electromagnetic unit is for massaging neck supraclavicular fossa cave; The position described U-shaped rib corresponding to neck point li 17 is embedded with the 9th electromagnetic unit, and described 9th electromagnetic unit is for massaging neck point li 17.
2. a kind of intelligent diagnostics chair according to claim 1, is characterized in that: described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit, described 6th electromagnetic unit, described 7th electromagnetic unit, described 8th electromagnetic unit and described 9th electromagnetic unit include: rubber plush copper and top are with the body of opening; The lower end of described rubber plush copper connects the first electric magnet through top pad; The lower end of described first electric magnet connects a clamp through bottom pad, and this clamp is arranged in described body; The internal diameter of described clamp is greater than the internal diameter of described body top end opening, and can slide up and down; Bottom in described body is provided with the second electric magnet; A pressure transducer is also provided with, in order to respond to back, shoulder and neck contacts and to feed back this activation signal in described rubber plush copper.
3. a kind of intelligent diagnostics chair according to claim 1, it is characterized in that: also comprise an electromagnetic control circuit, this electromagnetic control circuit comprises: first control circuit, second control circuit, main control processor, the first telecommunication circuit, on-off circuit and the 3rd micro-control processor; Described first control circuit is connected with described main control processor through the first bus; Described second control circuit is connected with described main control processor through the second bus; Described first telecommunication circuit, described on-off circuit are connected with described main control processor successively with described 3rd micro-control processor, described 3rd micro-control processor is also connected with described display, and described first telecommunication circuit, described on-off circuit, described 3rd micro-control processor and described main control processor are all embedded described chassis interior;
Described first control circuit is embedded the rear lateral portion at described backrest, and comprises the first micro-control processor and the first driver, described first driver is connected with described first micro-control processor, described first driver comprises: the first drive circuit, second drive circuit, 3rd drive circuit, four-wheel drive circuit, 5th drive circuit and the 6th drive circuit, and described first drive circuit, described second drive circuit, described 3rd drive circuit, described four-wheel drive circuit, described 5th drive circuit and described 6th drive circuit respectively with described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit is connected with described 6th electromagnetic unit, for driving corresponding electromagnetic unit, described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit are all connected with described first micro-control processor with the pressure transducer in described 6th electromagnetic unit,
Described second control circuit is embedded the rear lateral portion at described U-shaped rib, and comprises the second micro-control processor and the second driver; Described second driver is connected with described second micro-control processor; Described second driver comprises: the 7th drive circuit, the 8th drive circuit and the 9th drive circuit, and described 7th drive circuit, described 8th drive circuit and described 9th drive circuit are connected with described 9th electromagnetic unit with described 7th electromagnetic unit, described 8th electromagnetic unit respectively, for driving corresponding electromagnetic unit; Described 7th electromagnetic unit, described 8th electromagnetic unit are all connected with described second micro-control processor with the pressure transducer in described 9th electromagnetic unit.
4. a kind of intelligent diagnostics chair according to claim 1, is characterized in that: also comprise a backing cushion and by neck pad; The position that the upper surface of described backing cushion corresponds to described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit and described 6th electromagnetic unit is provided with projection contacts point, for back SHENYU acupoint, PIYU acupoint and bl cave and shoulder chien cheng cave, take on Yu cave and fully contact with Jianjing point; The position that the lower surface of described backing cushion corresponds to described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit and described 6th electromagnetic unit is provided with groove, for matching with described first electromagnetic unit, described second electromagnetic unit, described 3rd electromagnetic unit, described 4th electromagnetic unit, described 5th electromagnetic unit and described 6th electromagnetic unit; The described position leaning on neck pad upper surface to correspond to described 7th electromagnetic unit, described 8th electromagnetic unit and described 9th electromagnetic unit is provided with projection contacts point, for fully contacting with point li 17 with cervical region Tianrong cave, supraclavicular fossa cave; The described position leaning on neck pad lower surface to correspond to described 7th electromagnetic unit, described 8th electromagnetic unit and described 9th electromagnetic unit is provided with groove, for matching with described 7th electromagnetic unit, described 8th electromagnetic unit and described 9th electromagnetic unit.
5. a kind of intelligent diagnostics chair according to claim 3, is characterized in that: described mobile terminal comprises: the 4th micro-control processor and the touch screen, second communication circuit and the third communication circuit that are connected successively with the 4th micro-control processor; Described touch screen is for keying in control information and record feedback information; Described second communication circuit is used for communicating with described first telecommunication circuit, and control information transmission is to described electromagnetic control circuit; Described third communication circuit is used for the automatic medical diagnosis server information after described 4th micro-control processor process uploaded in medical system.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420680755.6U CN204446501U (en) | 2014-11-14 | 2014-11-14 | A kind of intelligent diagnostics chair |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420680755.6U CN204446501U (en) | 2014-11-14 | 2014-11-14 | A kind of intelligent diagnostics chair |
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| CN204446501U true CN204446501U (en) | 2015-07-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201420680755.6U Expired - Fee Related CN204446501U (en) | 2014-11-14 | 2014-11-14 | A kind of intelligent diagnostics chair |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104287937A (en) * | 2014-11-14 | 2015-01-21 | 张可池 | Diagnosis system and control method thereof based on intelligent healthcare chair |
| CN106994097A (en) * | 2017-05-19 | 2017-08-01 | 四川省崇州锦海医疗器械有限公司 | The rehabilitation sofa of channels and collaterals detection can be carried out |
| WO2017219390A1 (en) * | 2016-06-21 | 2017-12-28 | 邹剑寒 | Intelligent massage chair |
-
2014
- 2014-11-14 CN CN201420680755.6U patent/CN204446501U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104287937A (en) * | 2014-11-14 | 2015-01-21 | 张可池 | Diagnosis system and control method thereof based on intelligent healthcare chair |
| CN104287937B (en) * | 2014-11-14 | 2017-07-07 | 张可池 | A kind of diagnostic system and its control method based on smart health-care chair |
| WO2017219390A1 (en) * | 2016-06-21 | 2017-12-28 | 邹剑寒 | Intelligent massage chair |
| CN106994097A (en) * | 2017-05-19 | 2017-08-01 | 四川省崇州锦海医疗器械有限公司 | The rehabilitation sofa of channels and collaterals detection can be carried out |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150708 Termination date: 20161114 |