CN208610837U - A kind of intelligent cardiac underwear - Google Patents
A kind of intelligent cardiac underwear Download PDFInfo
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- CN208610837U CN208610837U CN201820532290.8U CN201820532290U CN208610837U CN 208610837 U CN208610837 U CN 208610837U CN 201820532290 U CN201820532290 U CN 201820532290U CN 208610837 U CN208610837 U CN 208610837U
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Abstract
The utility model discloses a kind of intelligent cardiac underwear, and the intelligent cardiac underwear includes underwear ontology, the conductive component aggregate being placed on underwear ontology and the external chip control device being electrically connected by removable assembling structure with conductive component aggregate；It is characterized in that, the conductive component aggregate is located in the oval rectangle frame at 3~5cm of interior coat-sleeve bottom seam lower section, top is the first conductive component and the second conductive component of two left and right horizontal balanced configurations in oval rectangle frame, and lower section is the third conductive component for occuping middle position；First conductive component, the second conductive component and third conductive component are provided with tissue layer in the conductive fiber for contacting with human skin, and tissue layer is in flat oval rectangle in the conductive fiber.The utility model can be more accurate detection human body heart rate, have the characteristics that data stabilization, acquisition time are short and wearing comfort is high.
Description
Technical field
The utility model relates to garment industries, and in particular to be a kind of intelligent cardiac underwear.
Background technique
With the rapid development of electronics industry and computer industry, clothes is effectively combined together with electronic product, it can be in real time
Heart rate, pulse frequency and the moving situation for detecting human body, are one of the research hotspots of intelligent wearable garment.
Common intelligent wearable garment currently on the market, it is some due to the nothing containing power supply charge system and wiring system etc.
Method realizes that machine washing, other intelligent clothings then have function when the test human parameter data time is longer, accuracy is lower or work
Consume big problem.
In view of the above-mentioned problems, someone has developed the intelligent cardiac underwear for facilitating machine washing comprising underwear ontology and outer
Chip controls device is set, the external chip control device is electrically connected with underwear ontology using the realization of removable assembling structure, is existed in this way
When being machine-washed, external chip control device can be disassembled, only underwear ontology is cleaned, used non-
It is often convenient.
But since the people for wearing above-mentioned intelligent cardiac underwear are often in walking states so that underwear with
The relative position of human body be not it is unalterable, especially in the case of arm is swung, will drive underwear generation
Lateral displacement, so that the prior art is frequently present of the lower disadvantage of measuring accuracy；Furthermore above-mentioned intelligent cardiac underwear
Compared to some appurtenances are increased for conventional underwear, wearing comfort is unavoidably reduced, the intelligent heart how is promoted
The electric wearable performance of underwear then becomes the direction of major producer's hammer away.
Based on this, the applicant's hammer away regarding to the issue above has this case generation then.
Utility model content
The main purpose of the utility model is to provide a kind of intelligent cardiac underwear, detection human body that can be more accurate
Heart rate, have the characteristics that data stabilization, acquisition time are short and wearing comfort is high.
In order to achieve the above objectives, the solution of the utility model is:
A kind of intelligent cardiac underwear including underwear ontology, the conductive component aggregate being placed on underwear ontology and passes through
Removable assembling structure and the external chip control device being electrically connected with conductive component aggregate；Wherein, the conductive component aggregate
In the oval rectangle frame that interior coat-sleeve bottom stitches at the 3-5cm of lower section, top is that two left and right horizontals are symmetrically matched in oval rectangle frame
The first conductive component and the second conductive component set, lower section are the third conductive component for occuping middle position；Described first is conductive
Component, the second conductive component and third conductive component are provided with tissue layer in the conductive fiber for contacting with human skin,
Tissue layer is in flat oval rectangle in the conductive fiber.
Further, each conductive component is made of the conductive link buttonhole of quadruple cloth, three layers of adhesion lining cloth and one, and four
Layer fabric is followed successively by tissue layer outside underwear fabric outer fabric, conductive fiber, tissue layer and underwear in conductive fiber from the outside to the core
Fabric internal layer fabric, outside underwear fabric outer fabric, conductive fiber tissue layer, in conductive fiber in tissue layer and underwear fabric
The first adhesion lining cloth, the second adhesion lining cloth and third adhesion lining cloth, the external chip control dress are placed between layer fabric respectively
Tool is set there are three round head pin, each round head pin links buttonhole grafting with a conduction respectively and is connected.
Further, the outer tissue layer of the conductive fiber of the first conductive component and the second conductive component is left and right horizontal balanced configuration
Gun shaped, the gun shaped forms by oval rectangle and positioned at extended segment on the inside of oval rectangle, and the width of the extended segment is compared with gun shaped
Oval rectangle it is narrow, the outer tissue layer of the conductive fiber of third conductive component is oval rectangle.
Further, the conductive link buttonhole on each conductive component is made of tail end and buttonhole end, and the tail end, which is placed in, leads
Between the outer tissue layer of electric fiber and the second adhesion lining cloth, the buttonhole end penetrates the outer tissue layer of conductive fiber, the first bonding respectively
Lining cloth and underwear fabric outer fabric and the surface for being emerging in underwear ontology.
Further, the underwear fabric outer fabric, the first adhesion lining cloth, conductive fiber outer tissue layer, the second adhesive lining
Tissue layer, third adhesion lining cloth and underwear fabric internal layer fabric are fixed as by laser heat pressure forming process in cloth, conductive fiber
One.
Further, the underwear fabric outer fabric and underwear fabric internal layer fabric are the latitude plain group to interweave containing spandex
Woven fabric.
Further, tissue layer is that the conductive fiber of comprising metal wire is compiled in the outer tissue layer of the conductive fiber and conductive fiber
The latitude plain stitch fabric knitted.
Further, first adhesion lining cloth, the second adhesion lining cloth and third adhesion lining cloth are containing the light of bonding effect
Slim supatex fabric.
Further, AI186 electrocardio chip of the external chip control device for rounded square, single channel 2-3 electricity grade, 3
× 3mm quad flat non-pin package.
After adopting the above structure, the utility model relates to a kind of intelligent cardiac underwears at least to have compared with prior art
It has the advantages that:
One, the utility model is by the first conductive component of setting, the second conductive component and third conductive component, and allows three
Tissue layer is in flat oval rectangle, the ellipse in the conductive fiber contacted in a conductive component with human skin
Rectangle is to carry out circular arc processing to two short side of rectangle, allows in conductive fiber tissue layer along human body left and right directions in strip
Shape so allows tissue layer in entire conductive fiber to contact the skin of wider area, realizes that the information of multiple spot is collected, substantially increase
The accuracy of detection, and in people's walking process, since the swing of arm brings the variation of underwear left and right directions position,
It will not be affected to testing result.
Two, the utility model also passes through the setting of quadruple cloth, three layers of adhesion lining cloth and conductive link buttonhole, described viscous
The tightness of contact human body can be increased by closing lining cloth, improve the conductive quantity of information, and can also improve the comfort level of dress；Especially
The outer tissue layer of conductive fiber for being the first conductive component and the second conductive component is the gun shaped of left and right horizontal balanced configuration, is so allowed
Several shell fabrics on entire first conductive component, the second conductive component and third conductive component can form a kind of transition, be promoted
The comfort level of entire intelligent cardiac underwear dress.
Three, the utility model connects institute due to using laser hot pressing integral molding techniques so as to avoid traditional needlework
The problem of bring margin to seam out-of-flatness, makes entire intelligent cardiac underwear stronger on the whole, and dress is got up more beautiful and easypro
It is suitable.
Detailed description of the invention
Fig. 1 is that the utility model relates to a kind of front schematic views of intelligent cardiac underwear.
Fig. 2 is that the utility model relates to a kind of reverse side schematic diagrames of intelligent cardiac underwear.
Fig. 3 is the structural schematic diagram of external chip controls device in the utility model.
Fig. 4 is the front schematic view of conductive component aggregate in the utility model.
Fig. 5 is the reverse side schematic diagram of conductive component aggregate in the utility model.
Fig. 6 is the schematic diagram of the number of plies of conductive component in the utility model.
Fig. 7 is that the utility model relates to a kind of stereogram exploded views of intelligent cardiac underwear.
In figure:
Underwear ontology -1；Conductive component aggregate -2；External chip control device -3；
Round head pin -4；Conduction link buttonhole -5；Tail end -51；
Buttonhole end -52；First conductive component -6；Second conductive component -7；
Third conductive component -8；Underwear fabric outer fabric -9；The outer tissue layer -10 of conductive fiber；
Oval rectangle -101；Extended segment -102；Tissue layer -11 in conductive fiber；
Underwear fabric internal layer fabric -12；Oval rectangle through hole -121；First adhesion lining cloth -13；
Second adhesion lining cloth -14；Third adhesion lining cloth -15.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into
Row elaborates.
As shown in Figures 1 to 7, for the utility model relates to a kind of intelligent cardiac underwear, including underwear ontology 1, lead
Electrical component aggregate 2 and external chip control device 3, the conductive component aggregate 2 are placed on underwear ontology 1, described outer
It sets chip controls device 3 and is electrically connected by removable assembling structure with conductive component aggregate 2.
The main innovation point of the utility model is that the conductive component aggregate 2 is located at interior coat-sleeve bottom seam lower section 3-5cm
In the oval rectangle frame at place, top is the first conductive component 6 and second of two left and right horizontal balanced configurations in oval rectangle frame
Conductive component 7, lower section are the third conductive component 8 for occuping middle position.
First conductive component 6, the second conductive component 7 and third conductive component 8, which are provided with, to be used for and human skin
Tissue layer 11 in the conductive fiber of contact, tissue layer 11 is in flat oval rectangle in the conductive fiber.
In this way, the utility model passes through the first conductive component 6 of setting, the second conductive component 7 and third conductive component 8, and
And allow in three conductive components in the conductive fiber contacted with human skin tissue layer 11 in flat oval rectangle,
The ellipse rectangle is to carry out circular arc processing to two short side of rectangle, allows in conductive fiber tissue layer 11 along human body right and left
To elongated, so allow tissue layer 11 in entire conductive fiber to contact the skin of wider area, realizes that the information of multiple spot is collected,
The accuracy of detection is substantially increased, and in people's walking process, since the swing of arm brings underwear left and right directions position
The variation set will not be affected to testing result.
As shown in Figure 6 and Figure 7, each conductive component is by the conductive link knob of quadruple cloth, three layers of adhesion lining cloth and one
Hole 5 forms, and quadruple cloth is followed successively by tissue layer 10 outside underwear fabric outer fabric 9, conductive fiber, in conductive fiber from the outside to the core
Tissue layer 11 and underwear fabric internal layer fabric 12, tissue layer 10, conductive fiber outside underwear fabric outer fabric 9, conductive fiber
The first adhesion lining cloth 13, the second adhesion lining cloth 14 and third are placed between interior tissue layer 11 and underwear fabric internal layer fabric 12 respectively
Adhesion lining cloth 15, there are three round head pin 4, each round head pins 4 to link respectively with a conduction for the tool of external chip control device 3
5 grafting of buttonhole is connected.In this way, the utility model setting by quadruple cloth, three layers of adhesion lining cloth and conductive link buttonhole 5
It sets, the adhesion lining cloth can increase the tightness of contact human body, improve the conductive quantity of information, and can also improve relaxing for dress
Appropriateness.
Further, as shown in fig. 7, the outer tissue layer 10 of the conductive fiber of the first conductive component 6 and the second conductive component 7
For the gun shaped of left and right horizontal balanced configuration, by oval rectangle and on the inside of oval rectangle, extended segment forms the gun shaped, described
The width of extended segment is narrow compared with the oval rectangle of gun shaped, and the outer tissue layer 10 of the conductive fiber of third conductive component 8 is oval rectangle.It is logical
The gun shaped by tissue layer 10 outside the conductive fiber of the first conductive component 6 and the second conductive component 7 for left and right horizontal balanced configuration is crossed,
So allow several shell fabrics on entire first conductive component 6, the second conductive component 7 and third conductive component 8 that can form one kind
Transition improves the comfort level of entire intelligent cardiac underwear dress.
As shown in fig. 7, the conductive link buttonhole 5 on each conductive component is made of tail end 51 and buttonhole end 52, the tail
End 51 is placed between the outer tissue layer 10 of conductive fiber and the second adhesion lining cloth 14, and the buttonhole end 52 penetrates outside conductive fiber respectively
Tissue layer 10, the first adhesion lining cloth 13 and underwear fabric outer fabric 9 and the surface for being emerging in underwear ontology 1.
In the present invention, the outer tissue layer of the underwear fabric outer fabric 9, the first adhesion lining cloth 13, conductive fiber
10, the second adhesion lining cloth 14, in conductive fiber tissue layer 11, third adhesion lining cloth 15 and underwear fabric internal layer fabric 12 by swashing
Light heat pressure forming process is fixed as one.The utility model due to use laser hot pressing integral molding techniques, so as to avoid
Traditional needlework connect the problem of brought margin to seam out-of-flatness, make entire intelligent cardiac underwear stronger on the whole, wear
Come more beautiful and comfortable.
As further embodiment, the underwear fabric outer fabric 9 and underwear fabric internal layer fabric 12 are used
Identical fabric, the latitude plain stitch fabric preferably to interweave containing spandex；The outer tissue layer 10 of the conductive fiber and conductive fiber
Interior tissue layer 11 is the latitude plain stitch fabric of the conductive fiber braiding of comprising metal wire；First adhesion lining cloth 13, second
Adhesion lining cloth 14 and third adhesion lining cloth 15 are the light and thin type supatex fabric containing bonding effect；The external chip control dress
Set 3 be rounded square AI186 electrocardio chip, single channel 2-3 electricity grade, 3 × 3mm quad flat non-pin package.
The another object of the utility model is to provide a kind of moulding process of intelligent cardiac underwear, include the following steps:
1. cut respectively mold the outer tissue layer 10 of underwear fabric outer fabric 9, the first adhesion lining cloth 13, conductive fiber,
Tissue layer 11, third adhesion lining cloth 15 and underwear fabric internal layer fabric 12, the underwear in second adhesion lining cloth 14, conductive fiber
Oval rectangle through hole 121 there are three being formed on fabric internal layer fabric 12, each ellipse rectangle through hole 121 is along human body or so
Direction is length direction, is width direction along human body up and down direction；Described three oval rectangle through holes are in length and width side
Tissue layer 11 in conductive fiber into respectively less than three conductive components；Tissue layer 11 is in flat in the conductive fiber
The outer tissue layer 10 of the conductive fiber of oval rectangle, the first conductive component 6 and the second conductive component 7 is left and right horizontal balanced configuration
Gun shaped, the gun shaped are formed by oval rectangle 101 and positioned at oval 101 inside extended segment 102 of rectangle, the extended segment 102
Width is narrow compared with the oval rectangle 101 of gun shaped, and the outer tissue layer 10 of the conductive fiber of third conductive component 8 is oval rectangle；
2. three conductive link buttonholes 5 are split as tail end 51 and buttonhole end 52, the tail end 51 is placed in conductive fiber
Between outer tissue layer 10 and the second adhesion lining cloth 14, it is viscous that the buttonhole end 52 penetrates the outer tissue layer 10, first of conductive fiber respectively
It closes lining cloth 13 and underwear fabric outer fabric 9 and is emerging in the surface of underwear ontology 1；
3. will be knitted outside underwear fabric outer fabric 9, the first adhesion lining cloth 13, conductive fiber using laser heat pressure forming process
Nitride layer 10, the second adhesion lining cloth 14, tissue layer 11, third adhesion lining cloth 15 and underwear fabric internal layer fabric 12 are solid in conductive fiber
It is set to one, and the tail end 51 of conductive link buttonhole 5 and buttonhole end 52 is linked together, forms conductive component aggregate 2；
4. conductive component aggregate 2 is connected on underwear ontology 1, then by the round head pin 4 of external chip control device 3 with
The conduction link connection of buttonhole 5 is to form finished product intelligent cardiac underwear.
Compared with prior art, the characteristics of intelligent cardiac underwear provided by the utility model, is as follows:
(1) heart rate detection accuracy is high, and acquire data stabilization: common heart rate test type has electric pole type, photo-electric and mould
Quasi- formula.The utility model uses electric pole type chip, according to medical grade electrocardiograph principle, can detect that the true electrocardiogram of human body,
The true heart rate data of human body is calculated according to ECG data, therefore accuracy is high；The utility model can accurately measure heart rate
Value and electrocardiogram, auxiliary state of an illness judgement, the stability that muscle electricity acquires data when three electrodes can effectively solve movement.Photoelectricity
Formula uses specific wavelength infrared radiation wrist, and detection arterial blood variable signal calculates pulse frequency value, medically pulse frequency and heart rate
It is the crowd that two concepts, especially heart have disease, pulse frequency value can only be measured, medical reference significance is small.It is analog to pass through two
Vibration that the induction heartbeat of electric grade generates when dynamic is simultaneously calculated with this, feels the pulse similar with traditional, accuracy is low, and no medical treatment is with reference to meaning
Justice.
(2) biosensor power consumption is low: utility model works electric current is 150 μ A, low in energy consumption.Photo-electric and analog work electricity
Stream is mA rank, and power consumption is larger.
(3) testing time is short: the electrocardio underwear of the utility model, and the wearing testing time is short, and longest 2 seconds.General sensor
Testing time usually requires 30 seconds or more.
(4) soft Machine Washable: the electrocardio underwear of the utility model forms measurement circuit using conductive filament merging underwear, leads
Electric fiber softening, wearer is without sense of discomfort；Mode is separated using external chip control device 3, is taken when needing to test, no
It is detachable when needing to test, it machine-washes convenient for electrocardio underwear.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (9)
1. a kind of intelligent cardiac underwear, including underwear ontology, the conductive component aggregate being placed on underwear ontology and by can
Disassembly and assembly structure and the external chip control device being electrically connected with conductive component aggregate；It is characterized in that, the conductive component collection
Zoarium is located in the oval rectangle frame that interior coat-sleeve bottom is stitched at the 3-5cm of lower section, and top is two left and right horizontals pair in oval rectangle frame
Claim the first conductive component and the second conductive component of configuration, lower section is the third conductive component for occuping middle position；Described first
Conductive component, the second conductive component and third conductive component are provided with fabric in the conductive fiber for contacting with human skin
Layer, tissue layer is in flat oval rectangle in the conductive fiber.
2. a kind of intelligent cardiac underwear as described in claim 1, which is characterized in that each conductive component by quadruple cloth,
Three layers of adhesion lining cloth and a conductive link buttonhole composition, quadruple cloth are followed successively by underwear fabric outer fabric from the outside to the core, lead
Tissue layer and underwear fabric internal layer fabric in the outer tissue layer of electric fiber, conductive fiber, in underwear fabric outer fabric, conductive fiber
Place the first adhesion lining cloth, the second bonding in outer tissue layer, conductive fiber between tissue layer and underwear fabric internal layer fabric respectively
Lining cloth and third adhesion lining cloth, the external chip control device tool there are three round head pin, lead with one respectively by each round head pin
Electrical links buttonhole grafting is connected.
3. a kind of intelligent cardiac underwear as claimed in claim 2, which is characterized in that the first conductive component and the second conductive component
The outer tissue layer of conductive fiber be left and right horizontal balanced configuration gun shaped, the gun shaped is by oval rectangle and is located in oval rectangle
Side extended segment composition, the width of the extended segment is narrow compared with the oval rectangle of gun shaped, the outer fabric of the conductive fiber of third conductive component
Layer is oval rectangle.
4. a kind of intelligent cardiac underwear as claimed in claim 2, which is characterized in that the conductive link knob on each conductive component
Hole is made of tail end and buttonhole end, and the tail end is placed between the outer tissue layer of conductive fiber and the second adhesion lining cloth, the buttonhole
Hold the table for penetrating the outer tissue layer of conductive fiber, the first adhesion lining cloth and underwear fabric outer fabric respectively and being emerging in underwear ontology
Face.
5. a kind of intelligent cardiac underwear as claimed in claim 2, which is characterized in that the underwear fabric outer fabric, first
The outer tissue layer of adhesion lining cloth, conductive fiber, the second adhesion lining cloth, tissue layer, third adhesion lining cloth and underwear face in conductive fiber
Material internal layer fabric is fixed as one by laser heat pressure forming process.
6. a kind of intelligent cardiac underwear as claimed in claim 2, which is characterized in that the underwear fabric outer fabric and underwear
Fabric internal layer fabric is the latitude plain stitch fabric to interweave containing spandex.
7. a kind of intelligent cardiac underwear as claimed in claim 2, which is characterized in that the outer tissue layer of the conductive fiber and conduction
Tissue layer is the latitude plain stitch fabric of the conductive fiber braiding of comprising metal wire in fiber.
8. a kind of intelligent cardiac underwear as claimed in claim 2, which is characterized in that first adhesion lining cloth, the second bonding
Lining cloth and third adhesion lining cloth are the light and thin type supatex fabric containing bonding effect.
9. a kind of intelligent cardiac underwear as claimed in claim 2, which is characterized in that the external chip control device is fillet
Rectangular AI186 electrocardio chip, single channel 2-3 electricity grade, 3 × 3mm quad flat non-pin package.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820532290.8U CN208610837U (en) | 2018-04-16 | 2018-04-16 | A kind of intelligent cardiac underwear |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820532290.8U CN208610837U (en) | 2018-04-16 | 2018-04-16 | A kind of intelligent cardiac underwear |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208610837U true CN208610837U (en) | 2019-03-19 |
Family
ID=65699733
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820532290.8U Active CN208610837U (en) | 2018-04-16 | 2018-04-16 | A kind of intelligent cardiac underwear |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208610837U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108392199A (en) * | 2018-04-16 | 2018-08-14 | 泉州海天材料科技股份有限公司 | A kind of intelligent cardiac underwear and its moulding process |
-
2018
- 2018-04-16 CN CN201820532290.8U patent/CN208610837U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108392199A (en) * | 2018-04-16 | 2018-08-14 | 泉州海天材料科技股份有限公司 | A kind of intelligent cardiac underwear and its moulding process |
| CN108392199B (en) * | 2018-04-16 | 2024-02-23 | 泉州海天材料科技股份有限公司 | Intelligent electrocardiographic underwear and forming process thereof |
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