CN205458668U - Electrocardio monitoring clothing - Google Patents

Electrocardio monitoring clothing Download PDF

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Publication number
CN205458668U
CN205458668U CN201620188175.4U CN201620188175U CN205458668U CN 205458668 U CN205458668 U CN 205458668U CN 201620188175 U CN201620188175 U CN 201620188175U CN 205458668 U CN205458668 U CN 205458668U
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air bag
electrocardiograph monitoring
monitoring clothes
clothes
fabric
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CN201620188175.4U
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Chinese (zh)
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包磊
肖学良
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Shenzhen Good Health Care Technology Co Ltd
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Individual
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Abstract

The utility model discloses an electrocardio monitoring clothing is provided with gasbag, charging and discharging device and electrocardio monitoring devices on electrocardio monitoring clothing, charging and discharging device connects in the gasbag for fill the gassing for the gasbag, airbag ring applies in electrocardio monitoring clothing's inboard around pasting, makes electrocardio monitoring clothing hug closely in human body and electrocardiogram signal collection when aerifing, electrocardio monitoring devices connects in the gasbag for the electrocardiosignal that the monitoring was gathered. When gathering the signal, aerify for the gasbag through charging and discharging device for surround the clothing openly with the gasbag and health in close contact with at the back, a plurality of gasbags of order corresponding to electrocardio signal acquisition like this can assign to gather the electrocardiosignal of human body through its conductive part with skin exposure, and convey to electrocardio monitoring devices through the wire and convey mobile terminal, the realization is to the real -time supervision of human electrocardiosignal. When not gathering the signal, through air bag deflation for electrocardio monitoring clothing does not remove to hug closely the human body, has improved the flexibility and the travelling comfort of dress.

Description

A kind of electrocardiograph monitoring clothes
Technical field
This utility model is involved in physiological signal collection monitoring device and medical instrument and apparatus field, especially Relate to a kind of electrocardiograph monitoring clothes.
Background technology
Along with social senilization's problem highlights and the arrival of new baby boom day by day, and the carrying of people's living standard Height, the health problem of two class crowds starts increasingly to come into one's own, and health supervision is in common community and family Importance the most prominent, this makes wearable device for monitoring physiological signals portable, miniaturization have pole Big development space.And electrocardiosignal can reflect the health status of human body in numerous physiological signals, thus The early stage anticipation of associated cardiovascular disease also receives significant attention.
At present, the wearable monitoring device form of electrocardiosignal is varied, such as, and pectoral girdle, belt, wrist Table and clothes etc..Pectoral girdle is all disclosed in patent CN201020619342.9 and CN200920057253.7 Formula harvester also can carry out the monitor system of electrocardio and heart rate of transceiving, at CN201020551751.X In disclose the waist belt type wireless heart rate monitoring device of leading for real-time monitor heart rate, but Technology disclosed in CN201020619342.9, CN200920057253.7 and CN201020551751.X That monitoring device is positioned over chest and waist, such user make bend over, the action such as turn round time, no Can involve pectoral girdle and belt with avoiding, and then pseudomorphism and noise can be moved, disturb signal measurement Stability and reliability.In CN201320136353.5, disclose employing watch carry out heart rate data collection, And the device of energy long distance wireless transmitting-receiving, but use the electrocardiograph monitoring device of watch form, walk people and run During step, the inevitable whipping arm of meeting, thus it is also introduced into noise and pseudomorphism.At CN200820045499.8 In disclose a kind of rhythm of the heart clothes special, this clothing is provided with the perforated tape for fixing described heart rate monitoring unit, It is positioned at position near precordial locations or shirtfront, the vest that rhythm of the heart is decorated elastic cord and penetrated, passes On eyelet, heart rate monitoring unit is fixed on vest, is close to user skin, it is achieved stablize accurate measurements Heart rate signal, but heart rate monitoring unit is fixed on vest, though there being preferable anti motion interference ability, But owing to being close to user skin, the problem that there are still comfortableness when worn for long periods.? CN201020106237.5 discloses a kind of detachable wearable electrocardiograph acquisition garment, including ten electrocardiogram acquisitions Sheet, can directly carry out the Real-time Collection of ambulatory ecg signal after wearing, owing to the material of electrocardiogram acquisition sheet is gold Belonging to or conductive biological structural material, wire is individually drawn, the shielded conductor of employing, and this kind of clothing are when motion Easily pull wire so that during wearable garment, there is certain foreign body sensation, cause uncomfortable. CN203914907U discloses a kind of Wearable ECG measurement apparatus, and cardioelectric monitor leads and is placed in the interior of Special sock Between surface and the liner of trousers, owing to the position of belt and socks is the position being close to skin, thus realize The stability of signals collecting and comfortableness, but although achieve the metastable close contact with skin, But the electrocardiosignal at belt and socks is the faintest.
From upper summary, in the research of Wearable ECG/heart rate measurement device, key core technology is main Show in comfort when measuring the reliability of electrocardiosignal, stability and dress.So should pay close attention to emphatically Wearable structure designs, and when ensureing the wearing comfort of user, using while convenience, ensures again The accuracy of electrocardiosignal measurement, reliability, and the result of current research still has the shortcoming of part.
Utility model content
The purpose of this utility model be to provide a kind of electrocardiograph monitoring clothes with reach when electrocardio is not monitored dress flexibly, Comfortable, loose, wear off facility, and during signal monitoring, by tightening up the actual breast of clothes to airbag aeration Enclose, make air bag conductive electrode portion be in close contact with skin, and then realize the purpose of cardioelectric monitor.
This utility model in order to achieve the above object, the technical scheme is that a kind of electrocardiograph monitoring clothes, Air bag, aerating and exhaust device and electrocardiograph monitoring device, described aerating and exhaust device it is provided with on described electrocardiograph monitoring clothes It is connected to described air bag, is used for as described air bag inflation/deflation;Described air pocket rings around and be pasted on described electrocardio prison Survey the inner side of clothing, during inflation, make described electrocardiograph monitoring clothes be close to human body and gather electrocardiosignal;And it is described Electrocardiograph monitoring device is connected to described air bag, is used for monitoring described electrocardiosignal.
Preferably, described electrocardiograph monitoring clothes is provided with a described air bag, and described air bag by conductive part and is not led Electricity portion sews up or is bonded, and described conductive part direct skin contact also corresponds to ecg signal acquiring point, institute State non-conductive portion and use common fabric or thin film.
Preferably, described conductive part uses conductive fabric.
Preferably, described conductive part uses common fabric or thin film, is fixedly connected with the heart on described conductive part Electricity breadload.
Preferably, described electrocardiograph monitoring clothes is provided with multiple described air bag, and multiple described air bags are logical by flexibility Trachea is connected or is connected by the leg edge interface of described air bag, and multiple described air bags include conduction gas Capsule and non-conductive air bag, described conduction air bag is connected to the adopting corresponding to electrocardiosignal of described electrocardiograph monitoring clothes Collection point, described non-conductive air bag uses common fabric or thin film.
Preferably, described conduction air bag is sewed up with conductive fabric by common fabric or thin film or is bonded, institute Stating the described conductive fabric of side employing of conduction air bag and direct skin contact, described conduction air bag is back to skin Side use described common fabric or thin film.
Preferably, described conduction air bag uses common fabric or thin film, and described conduction air bag directly connects with skin The side touched connects electrocardio breadload.
Preferably, the front outsides of described electrocardiograph monitoring clothes is provided with the pocket for placing described aerating and exhaust device, The front portion of described electrocardiograph monitoring clothes or the inner side at back are provided with the interior pocket for placing described electrocardiograph monitoring device.
Preferably, described electrocardiograph monitoring device includes energy supply control module and data transmission module, by described Described electrocardiosignal is sent to mobile terminal by data transmission module.
Preferably, it is provided with dismounting package assembly in the inner side of described electrocardiograph monitoring clothes near position, chest, will Described air bag is removably attachable to the inner side of described electrocardiograph monitoring clothes.
Implement this utility model embodiment, have the advantages that this utility model passes through in normal laundry Upper the most detachably connected can the air bag of inflation/deflation, aerating and exhaust device and electrocardiograph monitoring device so that normal laundry It is provided with the function of cardioelectric monitor.When gathering electrocardiosignal, it is airbag aeration by aerating and exhaust device so that Air bag around medicated clothing front and back is in close contact with health, so many corresponding to ecg signal acquiring point Individual air bag can gather the electrocardiosignal of human body by its part with contact skin, and by wire transmission To electrocardiograph monitoring device and transfer data to mobile terminal, it is achieved the real-time monitoring to human ecg signal. When not gathering electrocardiosignal, it is air bag deflation by aerating and exhaust device so that air bag fabric is lax will not be close to Human body, improves motility and the comfortableness of dress.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in the accompanying drawings:
The air bag that Fig. 1 provides for this utility model one embodiment front view before inflation, the backsight after inflation Figure and top view.
The forward sight structural representation of the electrocardiograph monitoring clothes that Fig. 2 provides for this utility model one embodiment.
The backsight structural representation of the electrocardiograph monitoring clothes that Fig. 3 provides for this utility model one embodiment.
It it is the top view before the electrocardiograph monitoring clothes that this utility model one embodiment provides is inflated shown in Fig. 4.
It it is the top view after the electrocardiograph monitoring clothes that this utility model one embodiment provides is inflated shown in Fig. 5.
It it is the schematic diagram of the electrocardiograph monitoring clothes that this utility model one embodiment provides shown in Fig. 6.
Detailed description of the invention
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing And embodiment, this utility model is further elaborated.Should be appreciated that concrete reality described herein Execute example only in order to explain this utility model, be not used to limit this utility model.
This utility model provides a kind of electrocardiograph monitoring clothes, is provided with collection human body electrocardio on this electrocardiograph monitoring clothes The air bag of signal, for for the aerating and exhaust device of this air bag inflation/deflation and for recording the heart of electrocardiosignal Power utilization monitoring device.
In this utility model one embodiment, aerating and exhaust device is connected to air bag.Preferably, aerating and exhaust device It is connected to air bag, for air bag inflation/deflation by flexible vent pipe.Further, flexible vent pipe is built in clothing Take in lining.
In this utility model one embodiment, electrocardiograph monitoring device is connected to air bag.Preferably, cardioelectric monitor Device is electrically connected to air bag, to monitor the electrocardiosignal that air bag gathers.Further, electrocardiograph monitoring device with Electric connection mode between air bag includes but not limited to wire etc..
In this utility model one embodiment, air pocket rings around and be pasted on the inner side of this electrocardiograph monitoring clothes so that What air bag was connected to this electrocardiograph monitoring clothes corresponds partly to ecg signal acquiring point, believes gathering the electrocardio of human body Number.When gathering signal, it is airbag aeration that user opens aerating and exhaust device, makes to be surrounded on the gas in human body chest Capsule and skin are in close contact and are close to human body, are connected to the ecg signal acquiring of electrocardiograph monitoring clothes by air bag Part gather human ecg signal, the electrocardiosignal gathering human body is sent to cardioelectric monitor dress by wire Put and carry out record.It will be understood by those skilled in the art that the part bag that air bag is connected with electrocardiograph monitoring clothes Include but be not limited to the positions such as shirtfront, abdominal part, supraclavicular part, only need to ensure that air bag is right with the part of contact skin The position that should gather in human ecg signal.Preferably, air pocket rings be wound on electrocardiograph monitoring clothes shirtfront and At back and be pasted on the inner side of electrocardiograph monitoring clothes.
The electrocardiograph monitoring clothes that this utility model provides by electrocardiograph monitoring clothes around arrange can the air bag of inflation/deflation, Need to be only that airbag aeration makes air bag be close to human body to realize human body electrocardio by aerating and exhaust device in use The purpose of signals collecting;When not gathering signal, this electrocardiograph monitoring clothes can't be as existing electrocardiograph monitoring clothes Equally it is close to human body, it is achieved that cardioelectric monitor and flexible conversion when not monitoring, also achieves monitoring clothing comfortable Conversion with close-fitting, greatly improves motility and the comfortableness of dress.
In this utility model one embodiment, being provided with an air bag on electrocardiograph monitoring clothes, this air bag is by leading Electricity portion and non-conductive portion sew up or are bonded, and conductive part is adopted with direct skin contact and corresponding to electrocardiosignal Collection point.It will be understood by those skilled in the art that air bag conductive part includes with the part of direct skin contact But it is not limited to the positions such as shirtfront, abdominal part, supraclavicular part.Preferably, the skin at conductive part and front chest is straight Contact also corresponds to ecg signal acquiring point.
Further, non-conductive portion uses common fabric or thin film to make.Preferably, common fabric can use Tight fabric prepared by common nylon silk or twill fabric, the diameter range of nylon yarn is preferably 15-80 micron.
Further, the one during conductive part can use conductive fabric or common fabric or thin film.
Preferably, when conductive part uses conductive fabric, it can use woven plain weave prepared by silver coated nylon silk Fabric, it should be noted that, carrying out sewing up or bond formation air bag by conductive fabric and common fabric or thin film Time, should bond at the glue that suture seals with anti-gas-leak.
Preferably, when conductive part uses common fabric or thin film, conductive part connects electrocardiogram acquisition sheet, To realize the collection of electrocardiosignal.Wherein, electrocardiogram acquisition sheet can be by textile electrode, fine copper or copper alloy or can Conductive biological structural material is made, and this utility model is not limited thereto.The air bag formed by this mode is The fabric airbag being made up of common fabric or thin film or thin film air bag, then by pasting or by the way of sewing by the heart Electricity breadload is connected on fabric airbag or thin film air bag, and such as, now the air bag of annular is completely general by one piece Logical nylon facing material is sewed up and is formed, and conductive fabric is sewn to the side of air bag and shirtfront direct skin contact i.e. Can.It is noted that when electrocardiogram acquisition sheet is sewed up or is bonded on air bag, should be in suture or bonding Place need to bond with the glue sealed with anti-gas-leak.
In another embodiment of this utility model, multiple air bag, Duo Geqi can be set on electrocardiograph monitoring clothes Communicate with each other between capsule and constitute an annular air bag string, be circumferentially positioned at the inner side of electrocardiograph monitoring clothes equally The one side of contact skin (i.e. with).Preferably, by flexible vent pipe or the leg of air bag between multiple air bags Edge interface is connected.
Further, multiple air bags include conduction air bag and non-conductive air bag, connect fixing for conduction air bag In electrocardiograph monitoring clothes and corresponding to ecg signal acquiring point, to be gathered by conduction air bag when airbag aeration The electrocardiosignal of human body.It will be understood by those skilled in the art that conduction air bag and direct skin contact Part includes but not limited to the positions such as shirtfront, abdominal part, supraclavicular part.Preferably, conduction air bag and front chest Place direct skin contact and correspond to ecg signal acquiring point.
Further, non-conductive air bag is made up of common fabric or thin film.Preferably, common fabric can use Tight fabric prepared by common nylon silk.
Further, conduction air bag is divided into following two situation: a kind of conduction air bag is by conductive fabric and common Fabric or thin film bonding or stitching form, and the side with direct skin contact of conduction air bag uses conductive fabric, Use common fabric or thin film back to skin side, wherein, conductive fabric preferably employs silver coated nylon silk to be prepared Woven plain weave fabric, described common fabric uses the tight fabric prepared of common nylon silk;Another kind of conduction Air bag is made up of common fabric or thin film completely, the company of fixing on the conduction air bag side with direct skin contact Being connected to electrocardiogram acquisition sheet, electrocardiogram acquisition sheet corresponds to ecg signal acquiring point, and wherein, electrocardiogram acquisition sheet passes through Sewing or the mode pasted are connected to conduction air bag.
Below to arrange multiple air bag on electrocardiograph monitoring clothes and multiple air bag is located close to the position of shirtfront and back This utility model it is further elaborated on as a example by the place of putting.The gas that Fig. 1 provides for this utility model one embodiment Capsule front view before inflation, the rearview after inflation and top view.As it is shown in figure 1, the most successively For air bag front view before inflation, the rearview after inflation and top view, air bag connects and has for gas The flexible vent pipe 11 connected between capsule and leg junction button 12.Fig. 2 provides for this utility model one embodiment The forward sight structural representation of electrocardiograph monitoring clothes.The cardioelectric monitor that Fig. 3 provides for this utility model one embodiment The backsight structural representation of clothing.As Figure 1-3, electrocardiograph monitoring clothes is provided with by multiple air bags (1-1~1-n) Air bag string 1, aerating and exhaust device 2 and the electrocardiograph monitoring device 3 of composition.Wherein, by the between multiple air bags One flexible vent pipe 4 or leg junction button are connected, and within one week, form communications and liaison around electrocardiograph monitoring clothes;Inflation/deflation fills Put 2 and be connected to multiple air bag by the second flexible vent pipe 5;Electrocardiograph monitoring device 3 is connected by wire 6 In multiple air bags.Further, as depicted in figs. 1 and 2, air bag string 1 is round electrocardiograph monitoring clothes just Face is located on the inner side (one side i.e. directly contacted) of electrocardiograph monitoring clothes, wherein, position with human body skin with back Several air bags in front are conduction air bag, and the several air bags being positioned at back position are non-conductive air bag, It is connected to the multiple conduction air bags (i.e. multiple conduction air bags shown in Fig. 1) at the precordial locations of electrocardiograph monitoring clothes Corresponding to ecg signal acquiring point so that several air bags of front are consistent with the position of cardioelectric monitor in hospital, So when gathering physiological signal, it is multiple airbag aeration that user only need to open aerating and exhaust device, is full of gas Multiple air bags itself are filled with the space between clothes and human body so that multiple air bags are in close contact with skin, The multiple conduction air bags being positioned at front can gather the electrocardiosignal of human body, and is sent to electrocardio prison by wire Survey device and carry out record.
Further, it is provided with dismounting package assembly in the inner side of electrocardiograph monitoring clothes near position, chest, is used for Air bag is removably attachable to the inner side of electrocardiograph monitoring clothes, from electrocardiograph monitoring clothes when facilitating user to clean clothes On pull down air bag string, it is to avoid repeatedly washing affects the electric conductivity of air bag.Dismounting package assembly includes but not limited to The mode such as slide fastener, VELCRO of employing.
It it is the top view before the electrocardiograph monitoring clothes that this utility model one embodiment provides is inflated shown in Fig. 4.Fig. 5 Shown in be this utility model one embodiment provide electrocardiograph monitoring clothes inflation after top view.As shown in Figure 4, When air bag is not inflated, air bag is two panels fabric, and air bag string 1 is not in close contact, then with skin The dress of this electrocardiograph monitoring clothes is loose, the most flexible relative to close-fitting vest monitoring clothing or pectoral girdle or vest etc., improves The wearing comfort of user;As it is shown in figure 5, when air bag is inflated, then round electrocardiograph monitoring clothes The air bag string 1 of front and back is all inflated, and the air bag after inflation is filled with between clothes and the person itself Space, it is achieved that close-fitting purpose so that the multiple conduction air bags being positioned at front can gather the heart of human body The signal of telecommunication, improves reliability and the accuracy of ecg signal acquiring.By will be able to the air pocket rings of inflation/deflation set Chest locations in electrocardiograph monitoring clothes, it is achieved that cardioelectric monitor and flexible conversion when not monitoring, also achieves The conversion that monitoring clothing is comfortable Yu close-fitting.
Further, in this utility model one embodiment, non-conductive air bag is made up of common fabric or thin film, Conduction air bag is sewed up by conductive fabric and common fabric or thin film and is formed, conduction air bag and direct skin contact Side uses conductive fabric, conduction air bag to use common fabric or thin film back to the side of skin.Preferably, Each conduction air bag uses woven plain weave fabric prepared by silver coated nylon silk near skin side, and such air bag exists The textile electrode being close to skin is can be used as to gather the electrocardiosignal of human body after inflation;And back to skin side Gas cell fabric then use tight fabric prepared by common nylon silk.In conductive fabric and the sewing of common fabric The glue that place seals bonds with anti-gas-leak.Additionally, when human motion is perspired, this conduction air bag due also to Trickle fabric venting, band becomes popular dampness, makes people feel nice and cool.In another embodiment of this utility model, Conduction air bag also can be made up of common fabric or thin film completely, leads by being sewn or pasted in by electrocardiogram acquisition sheet Electrically the side of capsule and direct skin contact gathers the electrocardiosignal of human body.
Further, the number of the air bag in air bag string 1 can change flexibly according to the volume settings of air bag, The number of the little then air bag of air bag volume is many.Preferably, air bag size is 6cm*8cm*8cm, in air bag string 1 3cm it is spaced between each air bag.
Further, the anterior outside at electrocardiograph monitoring clothes is provided with the pocket for placing aerating and exhaust device 2. Aerating and exhaust device 2 is positioned in the pocket before electrocardiograph monitoring clothes, user can be facilitated to be filled by inflation/deflation Putting 2 and come to airbag aeration, during use, user only need to open aerating and exhaust device 2 and make air bag be full of gas can to lead to Cross the conductive fabric face Real-time Collection human ecg signal being in close contact human body skin, simple to operation.
Further, it is provided with for placing electrocardiograph monitoring device 3 in the front portion of electrocardiograph monitoring clothes or the inner side at back Interior pocket.Electrocardiograph monitoring device 3 is positioned in the interior pocket of electrocardiograph monitoring clothes, can will be connected with conduction air bag Wire be hidden in the inside of electrocardiograph monitoring clothes so that electrocardiograph monitoring clothes is the most attractive in appearance whole from outside Clean.Can also close up being set to degree of tightness at the pocket mouth of interior pocket, the interior pocket of this structure can more properly be deposited Putting wire and electrocardiograph monitoring device, even if wearer motion, the parts deposited in interior pocket also will not be run out.
It it is the schematic diagram of the electrocardiograph monitoring clothes that this utility model one embodiment provides shown in Fig. 6.As shown in Figure 6, Electrocardiograph monitoring device 3 includes energy supply control module 31 and data transmission module 32.During use, fill at inflation/deflation Put conduction air bag under the control of 2 and be full of gas, start simultaneously at the electrocardiosignal gathering human body, the electrocardio collected Signal is transferred into electrocardiograph monitoring device 3, and electrocardio is believed by electrocardiograph monitoring device 3 by data transmission module 32 Number being sent to mobile terminal, such user i.e. can be appreciated that oneself health at present by mobile terminal, this For the chronic disease in terms of cardiovascular, the effect of early warning can be played.
Preferably, during data transmission module is bluetooth module, WIFI module, 2G, 3G, 4G communication module One.Mobile terminal includes but not limited to smart mobile phone, panel computer, notebook computer, desktop computer Deng.
Advantageously, this utility model by normal laundry detachably connected one or more can inflation/deflation Conduction air bag, aerating and exhaust device and electrocardiograph monitoring device so that normal laundry is provided with the merit of cardioelectric monitor Energy.When gathering signal, it is airbag aeration by aerating and exhaust device so that around medicated clothing front and back Air bag is in close contact with health, and so the multiple air bags corresponding to ecg signal acquiring point can be by itself and skin The current-carrying part of skin contact gathers the electrocardiosignal of human body, and is sent to electrocardiograph monitoring device also by wire Transfer data to mobile terminal, it is achieved the real-time monitoring to human ecg signal.When not gathering signal, It is air bag deflation by aerating and exhaust device so that air bag fabric is lax will not be close to human body, improves dress Comfortableness.
Above disclosed only this utility model one preferred embodiment, not in order to limit this practicality Novel, all any amendment, equivalent and improvement etc. made within spirit of the present utility model and principle, Within should be included in protection domain of the present utility model.

Claims (10)

1. an electrocardiograph monitoring clothes, it is characterised in that be provided with air bag, charge and discharge on described electrocardiograph monitoring clothes Device of air and electrocardiograph monitoring device,
Described aerating and exhaust device is connected to described air bag, is used for as described air bag inflation/deflation;
Described air pocket rings around and be pasted on the inner side of described electrocardiograph monitoring clothes, make described electrocardiograph monitoring clothes during inflation It is close to human body and gathers electrocardiosignal;And
Described electrocardiograph monitoring device is connected to described air bag, is used for monitoring described electrocardiosignal.
Electrocardiograph monitoring clothes the most according to claim 1, it is characterised in that set on described electrocardiograph monitoring clothes Having a described air bag, described air bag is sewed up by conductive part and non-conductive portion or is bonded, described conductive part With direct skin contact corresponding to ecg signal acquiring point, described non-conductive portion uses common fabric or thin film.
Electrocardiograph monitoring clothes the most according to claim 2, it is characterised in that described conductive part uses conduction Fabric.
Electrocardiograph monitoring clothes the most according to claim 2, it is characterised in that described conductive part uses common Fabric or thin film, connect on described conductive part and have electrocardio breadload.
Electrocardiograph monitoring clothes the most according to claim 1, it is characterised in that set on described electrocardiograph monitoring clothes Having multiple described air bag, communicate with each other between multiple described air bags, multiple described air bags include conduction air bag With non-conductive air bag, described conduction air bag be fixedly connected on described electrocardiograph monitoring clothes corresponding to electrocardiosignal Collection point, described non-conductive air bag uses common fabric or thin film.
Electrocardiograph monitoring clothes the most according to claim 5, it is characterised in that described conduction air bag is by commonly Fabric or thin film are sewed up with conductive fabric or are bonded, described conduction air bag and the side of direct skin contact Using described conductive fabric, described conduction air bag uses described common fabric or thin film back to the side of skin.
Electrocardiograph monitoring clothes the most according to claim 5, it is characterised in that described conduction air bag uses general Logical fabric or thin film, described conduction air bag is connected with the side of direct skin contact electrocardio breadload.
Electrocardiograph monitoring clothes the most according to claim 1, it is characterised in that before described electrocardiograph monitoring clothes The pocket for placing described aerating and exhaust device it is provided with outside portion, the front portion of described electrocardiograph monitoring clothes or back Inner side is provided with the interior pocket for placing described electrocardiograph monitoring device.
Electrocardiograph monitoring clothes the most according to claim 7, it is characterised in that described electrocardiograph monitoring device bag Include energy supply control module and data transmission module, by described data transmission module by described electrocardiosignal transmission To mobile terminal.
Electrocardiograph monitoring clothes the most according to claim 1, it is characterised in that at described electrocardiograph monitoring clothes Inner side be provided with dismounting package assembly near position, chest, described air bag is removably attachable to the described heart The inner side of pyroelectric monitor clothing.
CN201620188175.4U 2016-02-03 2016-03-10 Electrocardio monitoring clothing Active CN205458668U (en)

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CN201620110207 2016-02-03

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105816167A (en) * 2016-02-03 2016-08-03 包磊 Electrocardiogram monitoring suit
CN106725433A (en) * 2016-12-30 2017-05-31 包磊 A kind of cardioelectric monitor method and system
CN108186007A (en) * 2017-12-29 2018-06-22 西安工程大学 A kind of radio-type electrocardiograph monitoring device
CN110141222A (en) * 2019-06-28 2019-08-20 联想(北京)有限公司 A kind of detection device and wearable device

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105816167A (en) * 2016-02-03 2016-08-03 包磊 Electrocardiogram monitoring suit
WO2017133226A1 (en) * 2016-02-03 2017-08-10 包磊 Electrocardio monitoring garment
CN106725433A (en) * 2016-12-30 2017-05-31 包磊 A kind of cardioelectric monitor method and system
CN106725433B (en) * 2016-12-30 2019-01-25 深圳市善行医疗科技有限公司 A kind of cardioelectric monitor method and system
CN108186007A (en) * 2017-12-29 2018-06-22 西安工程大学 A kind of radio-type electrocardiograph monitoring device
CN110141222A (en) * 2019-06-28 2019-08-20 联想(北京)有限公司 A kind of detection device and wearable device

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