CN202654120U - Physiological signal detection improved structure - Google Patents
Physiological signal detection improved structure Download PDFInfo
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- CN202654120U CN202654120U CN 201220198275 CN201220198275U CN202654120U CN 202654120 U CN202654120 U CN 202654120U CN 201220198275 CN201220198275 CN 201220198275 CN 201220198275 U CN201220198275 U CN 201220198275U CN 202654120 U CN202654120 U CN 202654120U
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Abstract
The utility model discloses a physiological signal detection improved structure, which is a combined structure comprising at least one electrode slice, a bottom layer and at least one water absorbing unit, wherein electrode slice is arranged on the top surface of the bottom layer; a first accommodating chamber is formed between the electrode slice and the bottom layer; the water absorbing unit is positioned in the first accommodating chamber; the top end of the water absorbing unit is contacted with the electrode slice; and the bottom end of the water absorbing unit is contacted with the bottom layer. The utility model mainly aims to provide a physiological signal detection improved structure with water absorbing and moisture preserving effects, so that moisture is prevented from losing rapidly, wetting of the electrode slice is facilitated, the current conducting effect of the detection of physiological signals is improved, convenience is brought to use in dry regions and detection of the physiological signals of a tester, and the use convenience is improved.
Description
Technical field
This utility model relates to a kind of physiological signal detecting structure-improved, refer to especially the effect of a kind of tool suction, moisturizing, with moistening electrode slice, with the physiological signal detecting structure that contacts with human body surface, can promote the conductive effect of detecting physiological signal, and be applicable to the physiological signal that Arid Area uses to detect human body.
Background technology
Now in the heart beating of measuring human body, during the physiological signals such as E.E.G, can be with a plurality of electrode slices of a physiology gauge, attach respectively (or wearing) in the human body surface different parts of (also being called body surface), pass through human organ (as: heart by described electrode slice sensing neural impulse (being the variation of transmembrane potential), head) is diffused into surrounding tissue or the electric current of body surface the time, and described electric current transfers in this physiological measurements instrument via electric wire again, to convert data show to, understand thus the situation (as: palmic rate at tested position, E.E.G changes).
The structure of above-mentioned traditional electrical pole piece mainly is to be a basic unit (as: conductive adhesive layer) and a conductive part of being combined with basic unit, when measuring the physiological signal use, it is the stickiness by this basic unit, or implement by the aqueous gel of smearing one deck conduction usefulness again, make body surface (as: skin) moistening, the electric current that is beneficial to body surface via this basic unit, conductive part, electric wire after to this physiological measurements instrument; Otherwise, be the electrode treatment, be that electric current is sent to body surface from this physiological measurements instrument, go deep into thus in the body surface to stimulate the position of institute's wish treatment.
Yet the aqueous gel that the basic unit of above-mentioned traditional electrical pole piece and collocation thereof are used is to be difficult for ventilative and to have irritated problem occuring, and all causes the uncomfortable property in the use; Moreover the body surface of human body can produce the materials such as scurf (producing during dry skin) and oils and fats (producing during oily skin), easily be stained with to stick in this basic unit and hinder conduction of current, and because human body has body temperature, body surface moisture content (evaporation) is run off or make the gel of collocation solid and can't form moisture state, causing this basic unit to be come unstuck peels off, also affect conduction of current equally and be difficult for detecting physiological signal, especially in the environment of drying, more difficult reservation moisture content also easily causes detecting to interrupt, even this basic unit is easily chapped.
Moreover, when using a plurality of traditional electrical pole piece, if the position is contiguous between each traditional electrical pole piece, then easily makes each other to be in contact with one another, and then cause the situation of short circuit (Short circuit).
In view of this, this utility model people grinds with great concentration think of, design team's system, phase can provide a kind of and have suction, moisturizing with moistening electrode slice and the physiological signal detecting structure-improved that contacts with human body surface, to promote the conductive effect of detecting physiological signal, and be convenient to the physiological signal that Arid Area used and detected testee, increase the convenience on using, want to grind the creation motivation of wound for this utility model.
The utility model content
Main purpose of the present utility model, be to provide a kind of physiological signal detecting structure-improved with effect of suction, moisturizing, run off fast to prevent water part, and be beneficial to moistening this electrode slice, promote the conductive effect of detecting physiological signal, and be convenient to the physiological signal that Arid Area used and detected testee, increase the convenience on using.
An of the present utility model purpose is to provide a kind of physiological signal detecting structure-improved that is combined with wrapped belt, makes the effect with location, to increase comfort and effect attractive in appearance, more can reduce the impact on conduction of current, also reduces noise jamming.
Another purpose of the present utility model is to provide a kind of physiological signal detecting structure-improved that can have obvious projection after suction, easily to contact and to fit tightly with human body surface.
For reaching above-mentioned purpose, this utility model is a kind of physiological signal detecting structure-improved, comprising: a bottom; At least one electrode slice is the end face that is arranged at this bottom, is to be formed with one first accommodation chamber between this electrode slice and this bottom; And at least one suction unit, be to be positioned in this first accommodation chamber, the top of this suction unit is this electrode slice of contact, the bottom of this suction unit is this bottom of contact.
Wherein, this electrode slice is formed by a plurality of non-conductive fiber yarns and a plurality of conductive fiber yarn weaving, and a plurality of conductive fiber yarns of this electrode slice are woven into a conductive region.
Wherein, this electrode slice full wafer is formed by a plurality of conductive fiber yarn weaving.
Wherein, the bottom of this suction unit is provided with the anti-slip section that a plurality of intervals arrange, and the end face of this bottom is provided with the corresponding anti-slip section that a plurality of intervals arrange, and respectively should the correspondence anti-slip section corresponds to each other with this anti-slip section respectively, and described corresponding anti-slip section correspondence is engaged in described anti-slip section.
Wherein, this suction unit is one of them of cotton paper, Cotton Gossypii cloth, silica gel and water absorption sponge.
Wherein, the member of this suction unit for being made by sodium polyacrylate.
Wherein, this suction unit is elastomer.
Wherein, this bottom is cloth material layer.
Wherein, this bottom is waterproof material layer.
Wherein, this bottom includes a waterproof upper strata and a cloth material lower floor that coincides each other, and the contact of described waterproof upper strata is this suction unit respectively.
Wherein, this at least one electrode slice comprises a plurality of electrode slices, respectively this electrode slice is arranged at intervals at the end face of this bottom, and respectively be formed with respectively one first accommodation chamber between this electrode slice and this bottom, and this at least one suction unit comprises a plurality of suction units, respectively this suction unit is positioned respectively respectively in this first accommodation chamber, respectively the top of this suction unit contacts respectively respectively this electrode slice, respectively the bottom of this suction unit contacts respectively this bottom, between wantonly two electrode slices adjacent one another are, also be connected with a connecting piece in addition, between described brace and this bottom, be formed with one second accommodation chamber, described electrode slice and the described brace corresponding top layer of this bottom shape of Cheng Yiyu that is connected with each other.
Further include a wrapped belt, the bottom of this wrapped belt connects the periphery of the bottom surface of this bottom, and the top of this wrapped belt connects the periphery of the end face of this top layer, and the periphery of the end face of this top layer is corresponding to the periphery of the bottom surface of described bottom.
Wherein, respectively this electrode slice is further combined with there being at least one extension lead, and respectively an end of this extension lead stretches into and be electrically connected at respectively in this electrode slice, and respectively the another end of this extension lead is stretched out a respectively side of this electrode slice.
Further include a wrapped belt, the bottom of this wrapped belt connects the periphery of the bottom surface of this bottom, and the top of this wrapped belt connects the periphery of the end face of this electrode slice, and the periphery of the end face of this electrode slice is corresponding to the periphery of the bottom surface of described bottom.
Wherein, this suction unit includes the accommodating bag that at least one water-retention liner and coats this water-retention liner, the bottom of described accommodating bag is provided with the anti-slip section that a plurality of intervals arrange, and be provided with the corresponding anti-slip section that a plurality of intervals arrange at the end face of this bottom, respectively should the correspondence anti-slip section correspond to each other with this anti-slip section respectively, described corresponding anti-slip section correspondence is engaged in described anti-slip section.
Wherein, described water-retention liner is one of them of cotton paper, Cotton Gossypii cloth, silica gel and water absorption sponge.
Wherein, the member of described water-retention liner for being made by sodium polyacrylate.
Wherein, this accommodating bag includes an involutory each other permeable upper strata and an anti-subsurface layer, and described anti-subsurface layer contacts this bottom, and described permeable upper strata contacts this electrode slice, and described a plurality of anti-slip sections are arranged at the bottom surface of this anti-subsurface layer.
Wherein, described permeable upper strata be cloth material layer, paper wood layer and semipermeable membrane resinous wood layer wherein it
Wherein, this suction unit is standing shape.
The beneficial effects of the utility model are: it has the effect of suction, moisturizing, run off fast to prevent water part, and be beneficial to moistening this electrode slice, again can be by the suction of this suction unit expansion projection this electrode slice respectively, make this electrode slice easily contact and fit tightly with human body surface, the physiological signal of convenient detecting testee, increase the convenience on using, again by setting up a wrapped belt, make the effect with location, to increase comfort and effect attractive in appearance, more can reduce the impact on conduction of current, also reduce noise jamming.
Description of drawings
In order further to understand feature of the present utility model, characteristics and technology contents, see also following about detailed description of the present utility model and accompanying drawing, only appended accompanying drawing only provide with reference to and explanation usefulness, non-in order to limit this utility model, wherein:
Fig. 1 is the schematic perspective view for physiological signal detecting structure of the present utility model.
Fig. 2 is the face of the deciding what is right and what is wrong view for A to A line segment among Fig. 1.
Fig. 3 is the face of the deciding what is right and what is wrong view for B to B line segment among Fig. 1.
Fig. 4 is that respectively this electrode slice has additional extension lead in the physiological signal detecting structure for Fig. 2, and this bottom is the schematic diagram that the waterproof upper strata of adopting to coincide each other and cloth material lower floor implement.
Fig. 5 is that the physiological signal detecting structure for Fig. 1 further includes a wrapped belt, and is respectively having additional brace between this electrode slice, and has additional the three-dimensional exploded view that extension lead is implemented at this electrode slice respectively.
Fig. 6 is the schematic diagram that further includes wrapped belt enforcement for the physiological signal detecting structure of Fig. 2.
Fig. 7 is the simple enforcement illustration for physiological signal detecting structure of the present utility model.
Fig. 8 is that the physiological signal detecting structure for Fig. 7 is further to include the three-dimensional exploded view that a wrapped belt is implemented.
Fig. 9 is the schematic perspective view after the physiological signal detecting structure combination of Fig. 8.
Figure 10 adopts the schematic diagram of implementing with water-retention liner collocation accommodating bag for this suction unit among Fig. 7.
Figure 11 is for this accommodating bag among Fig. 8 comprises involutory each other permeable upper strata and anti-subsurface layer, and makes suction unit form the enforcement illustration of the standing shape that expands after suction.
Figure 12 be for physiological signal detecting structure of the present utility model in conjunction with the enforcement schematic diagram in the clothes of opening the flap before one.
The specific embodiment
See also Fig. 1 to shown in Figure 11, this utility model is a kind of physiological signal detecting structure-improved, and this physiological signal detecting structure 1 is the combinative structure that includes at least one electrode slice 11, a bottom 20 and at least one suction unit 30; Described electrode slice 11 is the human body surfaces in order to the contrectation detecting, and described suction unit 30 is and these electrode slice 11 corresponding configurations, and this bottom 20 is to be directly connected in a wear (can consult the clothes 50 of Figure 12) in addition.
The simple enforcement structure of physiological signal detecting structure 1 of the present utility model, please consult again shown in Figure 7, be to adopt with unitary electrode sheet 11 to implement, this electrode slice 11 is the end faces that are arranged at this bottom 20, is to be formed with one first accommodation chamber S1 between this electrode slice 11 and this bottom 20; And described suction unit 30 is to be positioned among this first accommodation chamber S1, and the top of this suction unit 30 is these electrode slices 11 of contact, and the bottom of this suction unit 30 is these bottoms 20 of contact; Make thus to the utlity model has absorptive effect, be beneficial to this suction unit 30 moistening these electrode slices 11.
When reality is implemented, physiological signal detecting structure 1 of the present utility model is the usage quantity according to this electrode slice 11, and different embodiments is arranged, if when wherein adopting with 11 enforcement of unitary electrode sheet, the wear that is combined with physiological signal detecting structure 1 of the present utility model (schemes not show, for example: wrist strap or wrister) be the wrist place (not shown) of being located at human body, and the electronic installation of arranging in pairs or groups (schemes not show, for example: multimedia playing apparatus), the another end of this electronic installation is to be electrically connected with an accessory (to scheme not show, for example: earphone), this accessory is another position (as: ear) of being located at human body, to use as ground connection (Ground) (or conduction negative pole), to form the detecting loop; If when adopting a plurality of electrode slices 11 to implement, physiological signal detecting structure 1 of the present utility model just is not limited to arrange described wrist place, can consult shown in Figure 12ly, namely be incorporated on the clothes 50, detect the loop by two electrode slices 11 this clothes 50 in to form.
Above-mentioned electrode slice 11 is to be formed by a plurality of non-conductive fiber yarns and a plurality of conductive fiber yarn weaving, between a plurality of non-conductive fiber yarns and a plurality of conductive fiber yarns interwoven, be to be formed with a plurality of mesh 111, a plurality of conductive fiber yarns of this electrode slice 11 are to be woven into a conductive region 112 again, to increase contact area, and this electrode slice 11 is by a plurality of mesh 111, convenient for conducting medium (as: water, normal saline solution) infiltration, be beneficial to conduction of current, can stop that also the foreign bodies such as dust infiltrate in this electrode slice 11, also convenient follow-up cleaning (removing described foreign body) and maintenance, this conductive region 112 is disturbed in reduction and noise reduction produces, more convenient this suction unit 30 absorbs the moisture content of infiltration, also reaches the effect of moisturizing; In an embodiment, described electrode slice 11 is to be become by a plurality of conductive fiber yarn weaving by full wafer, makes whole electrode slice 11 all have conductive effect, more helps detecting to use.
Again for make described suction unit 30 be can be equably corresponding with described electrode slice 11 contact and give moistening, as shown in Figures 2 and 3, the bottom of this suction unit 30 is to be provided with the anti-slip section 31 (as: fin or chase) that a plurality of intervals arrange, end face at this bottom 20 is to be provided with the corresponding anti-slip section 21 (as: chase or fin) that a plurality of intervals arrange, respectively should correspondence anti-slip section 21 be to correspond to each other with this anti-slip section 31 respectively, described corresponding anti-slip section 21 is that correspondence is engaged in described anti-slip section 31, to allow each suction unit 30 firmly stand upright in each the first accommodation chamber S1, prevent from causing the appearance surfaces of this electrode slice 11 to form uneven projection situation after these suction unit 30 slippages; When reality was implemented, described corresponding anti-slip section 21 also can be fin, and described anti-slip section 31 also can be engaged in for correspondence the chase of this fin.
Above-mentioned suction unit 30 be for cotton paper, Cotton Gossypii cloth, silica gel, water absorption sponge, fine hair slurry (as: paper pulp), sodium polyacrylate (Sodium polyacrylate) or other have member that acrylic acid (propenoic acid) polymer that is equal to effect makes, also or other member that is equal to the high water absorbency polymer (Superabsorbent polymers) of effect implement; With during fabrication, increase the type that can use, replace with convenient, and avoid being subject to homogenous material and implement.
And above-mentioned suction unit 30 is to be elastomer, its shape can cooperate Practical manufacturing and be that spherical (or block) implements, make with convenient, also make suction unit 30 of the present utility model have elasticity and tensible or compression, easily to be bent or to bend, also easily restore to the original state thereafter, so docile is when human body surface, can be docile along the curve of human body surface, conveniently to use and to replace enforcement.
Above-mentioned bottom 20 is to be cloth material layer or the enforcement of waterproof material layer, wherein this bottom 20 is during for cloth material layer, make this utility model integral body have ventilative effect, on the other hand, this suction unit 30 is to be restricted among this first accommodation chamber S1, when then making moisture content (or aqueous vapor) by this electrode slice 11 (or this bottom 20), can again be absorbed by this suction unit 30, prevent that thus moisture content (or aqueous vapor) from flowing out this physiological signal detecting structure 1 easily, and continue moistening respectively this electrode slice 11 to keep a long conduction of current; And adopt when implementing with waterproof material layer when described bottom 20, can adopt plastic sheet or polyester fiber (polyester fiber) material to make, to reach the effect of waterproof, the moisture content (or aqueous vapor) of usefulness of avoiding conducting electricity runs off via bottom 20, also has the effect of moisturizing; But bottom 20 of the present utility model is not limited to this, also as shown in Figure 4, this bottom 20 is to include a waterproof upper strata 22 and a cloth material lower floor 23 that coincides each other, described waterproof upper strata 22 (as: the polyester fiber material is made) is to contact respectively this suction unit 30, the effect that has thus waterproof also makes this cloth material lower floor 23 these waterproof upper stratas 22 of protection; The end face on described waterproof upper strata 22 is that above-mentioned a plurality of corresponding anti-slip section 21 can be set, and described cloth material lower floor 23 is can be incorporated on the clothes.
Again herein, described at least one electrode slice 11 is to include a plurality of electrode slices 11, and described at least one suction unit 30 is to include a plurality of suction units 30, described a plurality of term refers to two or the quantity above two, with this utility model such as Fig. 2, shown in Figure 4, when adopting with 30 enforcement of bipolar electrode sheet 11 collocation double suction water units, this two electrode slice 11 is the end face that is arranged at intervals at this bottom 20 (can as shown in Figure 1), respectively is to be formed with respectively one first accommodation chamber S1 between this electrode slice 11 and this bottom 20; This two suction unit 30 is to be positioned respectively respectively among this first accommodation chamber S1, respectively the top of this suction unit 30 is to contact respectively respectively this electrode slice 11, respectively the bottom of this suction unit 30 is to contact respectively this bottom 20, is beneficial to respectively these suction unit 30 moistening respectively these electrode slices 11.
For another example Fig. 4 and shown in Figure 5, between wantonly two electrode slices 11 adjacent one another are, also be connected with at least one brace 12, be to be formed with at least one the second accommodation chamber S2 between described brace 12 and this bottom 20, described electrode slice 11 is the corresponding top layers 10 of these bottom 20 shapes of Cheng Yiyu that are connected with each other with described brace 12; It is lower assisting of described brace 12 making thus described electrode slice 11, can be attached to fast the same position of human body corresponding side (as: left and right sides at place, the two opposite sides, the left and right sides of head, back or the heart hide the position breast, carry on the back biphase respective side), and avoid respectively being in contact with one another between this electrode slice 11 and cause the situation of short circuit (Short circuit).
Above-mentioned the second accommodation chamber S2 is for accommodating other article (as: electric wire, sensor, controller), if but among this second accommodation chamber S2 not during accommodating article, described brace 12 is the end faces of this bottom 20 of fitting.
In addition, when if the size of described electrode slice 11 is larger, in order to save cost and to make this electrode slice 11 and the electric current of body surface form electric connection, for another example Fig. 4, shown in Figure 5, respectively this electrode slice 11 is further combined with at least one extension lead 13 (in Fig. 4 is partial enlarged drawing below being disclosed in) is arranged, respectively an end of this extension lead 13 is to stretch into and be electrically connected at respectively in this electrode slice 11 (namely being electrically connected at this conductive region 112), and respectively the another end of this extension lead 13 is to stretch out a respectively side of this electrode slice 11, thus after respectively these suction unit 30 imbibitions are got up, can make respectively that this electrode slice 11 is to be standing shape, and then allow the extension lead 13 of this electrode slice 11 respectively easily form electric connection with the electric currents of body surface; And in reality is implemented, when this utility model is adopted and implemented with unitary electrode sheet 11, also can set up described extension lead 13, adopt when surpassing 11 enforcement of two electrode slices when this utility model in addition, be to comply with the respectively size of this electrode slice 11, optionally be combined with described extension lead 13 and implement.
The extension lead 13 of above-mentioned electrode slice 11 is a plurality of conductive yarns compositions for weaving usefulness, comparatively soft, to be by being electrically connected with an electric wire (not shown) with this extension lead 13, the another end of this electric wire is electrically connected with a physiology gauge (not shown) again, the electric current that makes body surface via this electrode slice 11, extension lead 13 and electric wire after, and then can transfer to again in the physiology gauge; In reality was implemented, this extension lead 13 was not the member that arranges for necessity, is also can directly be electrically connected this electric wire (not shown) with described electrode slice 11.
For another (also please arranging in pairs or groups, it is shown in Figure 6 to consult) shown in Figure 5, the preferred example of this utility model when reality is implemented, further to include a wrapped belt 40, the bottom 41 of this wrapped belt 40 is the peripheries that connect the bottom surface of this bottom 20, and the top 42 of this wrapped belt 40 is the peripheries that connect the end face of this top layer 10 (namely being comprised of the described electrode slice 11 that is connected with each other and described brace 12), the periphery of the end face of this top layer 10 is the peripheries corresponding to the bottom surface of described bottom 20, being beneficial to this wrapped belt 40 is coated and fixed, to increase comfort and effect attractive in appearance, in this embodiment, described brace 12 is can look actual demand and the selectivity setting, therefore make this utility model also can be as shown in Figure 6, only be arranged at intervals with this two electrode slice 11 at the end face of this bottom 20 and implement, make the top 42 of this wrapped belt 40 only connect the periphery of the end face of this two electrode slice 11; Thus at this utility model with sewing (fasten with thread 60 seam fixed) when mode is incorporated on the clothes 50 (can consult shown in Figure 12), can be by this wrapped belt 40 to confirm the to stitch zone of wearing, this thread 60 is worn along these wrapped belt 40 seams, avoid stitching this suction unit and destroying structure by mistake, and this utility model more can be by this clothes 50 of collocation, after dressing at testee, make the conductive region 112 of this two electrode slice 11 can be fast corresponding and be convenient to fit tightly the tested position of wish, avoid out of the ordinary the attaching to implement.
Moreover, as shown in Figure 8, the embodiment of above-mentioned wrapped belt 40 can also be arranged in pairs or groups, and (this simply implements the visible Fig. 7 of structure for the simple enforcement structure of previously mentioned physiological signal detecting structure 1, and the pattern after the collocation can be as shown in Figure 9), the bottom 41 of this wrapped belt 40 is the peripheries that connect the bottom surface of this bottom 20, and the top 42 of this wrapped belt 40 is the peripheries that connect the end face of this electrode slice 11, the periphery of the end face of this electrode slice 11 is the peripheries corresponding to the bottom surface of described bottom 20, being beneficial to this wrapped belt 40 is coated and fixed, also having equally increases comfort and effect attractive in appearance, and is beneficial to and is connected in the clothes of arranging in pairs or groups.
And for example shown in Figure 10, above-mentioned suction unit 30 is further to include the accommodating bag 34 that at least one water-retention liner 33 and coats this water-retention liner 33, run off fast to prevent water part, and when this water-retention liner 33 is adopted with a plurality of enforcement, loose for fear of a plurality of water-retention liner 33, to coat and fetter described water-retention liner 33 by this accommodating bag 34, make this suction unit 30 form capable of regulating and can prop up the structure of this electrode slice 11, so namely with the effect of water-retention and support, when this utility model is attached at human body surface, this suction unit 30 can closely prop up corresponding respectively this electrode slice 11, to fit tightly along the body surface curve, avoid producing the space, and then allow the electric current of human body surface easily conduct in this electrode slice 11, be beneficial to detect the variation of physiological signal.
The bottom of above-mentioned accommodating bag 34 also is provided with the anti-slip section 31 that a plurality of intervals arrange, and be to be provided with the corresponding anti-slip section 21 that a plurality of intervals arrange at the end face of this bottom 20, respectively should correspondence anti-slip section 21 be to correspond to each other with this anti-slip section 31 respectively, described corresponding anti-slip section 21 be that correspondence is engaged in described anti-slip section 31; To prevent causing the appearance surfaces of this electrode slice 11 to form uneven projection situation after these suction unit 30 slippages.
And run off fast for the moisture content that can prevent this suction unit 30, and promote the moistening effect of 30 pairs of these electrode slices 11 of this suction unit, as shown in figure 11, this accommodating bag 34 is to include an involutory each other permeable upper strata 341 and an anti-subsurface layer 342, should anti-subsurface layer 342 be these bottoms 20 of contact, and this permeable upper strata 341 is to contact respectively this electrode slice 11, and described a plurality of anti-slip sections 31 are the bottom surfaces that are arranged at this anti-subsurface layer 342; Described permeable upper strata 341 is to implement for cloth material layer, paper wood layer or semipermeable membrane resinous wood layer; Moisture content only can be discharged via permeable upper strata 341, electrode slice 11, also be beneficial to moisture content is saved in this accommodating bag 34.
Above-mentioned water-retention liner 33 be can adopt with cotton paper, Cotton Gossypii cloth, silica gel, water absorption sponge, fine hair slurry, sodium polyacrylate or other have the acrylate copolymer that is equal to effect, the member that high water absorbency polymer is made is implemented, the shape of described member has multiple variation (as: spherical).
In above-mentioned, the top of this suction unit 30 directly can be made as to have standing shape (as shown in Figure 8), after suction, make described suction unit 30 expansions and have more outstanding shape, can directly prop up this electrode slice 11, if as shown in figure 11, when this suction unit 30 is adopted with a plurality of water-retention liner 33 collocation accommodating bag 34 enforcement, described water-retention liner 33 can expand after suction and become large, namely can form on the surface of whole accommodating bag 34 a plurality of protuberances 32, described protuberance 32 also can be propped up corresponding electrode slice 11, so more can fit tightly along the body surface curve.
Accordingly, physiological signal detecting structure-improved of the present utility model is by at least one electrode slice 11, the modular design of one bottom 20 and at least one suction unit 30, make and have suction, the effect of moisturizing, run off fast to prevent water part, and be beneficial to moistening this electrode slice 11, again can be by 30 suctions of this suction unit expansion projection or directly be made as standing shape, make this electrode slice have the effect that easily contacts and fit tightly with human body surface, the physiological signal of convenient detecting testee, increase the convenience on using, again by setting up a wrapped belt 40, make the effect with location, to increase comfort and effect attractive in appearance, more can reduce the impact on conduction of current, also reduce noise jamming.
The above only is better possible embodiments of the present utility model, non-so namely limit to claim of the present utility model, the equivalent structure that every utilization this utility model description and accompanying drawing content are done changes, and all reason is with being contained in the claim scope of the present utility model.
Claims (20)
1. a physiological signal detecting structure-improved is characterized in that, comprising:
One bottom;
At least one electrode slice is arranged at the end face of this bottom, is formed with one first accommodation chamber between this electrode slice and this bottom; And
At least one suction unit is positioned in this first accommodation chamber, and the top of this suction unit contacts this electrode slice, and the bottom of this suction unit contacts this bottom.
2. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that, wherein, this electrode slice is formed by a plurality of non-conductive fiber yarns and a plurality of conductive fiber yarn weaving, and a plurality of conductive fiber yarns of this electrode slice are woven into a conductive region.
3. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that, wherein, this electrode slice full wafer is formed by a plurality of conductive fiber yarn weaving.
4. physiological signal as claimed in claim 1 is detected structure-improved, it is characterized in that, wherein, the bottom of this suction unit is provided with the anti-slip section that a plurality of intervals arrange, the end face of this bottom is provided with the corresponding anti-slip section that a plurality of intervals arrange, respectively should the correspondence anti-slip section correspond to each other with this anti-slip section respectively, described corresponding anti-slip section correspondence is engaged in described anti-slip section.
5. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that, wherein, this suction unit is one of them of cotton paper, Cotton Gossypii cloth, silica gel and water absorption sponge.
6. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that, wherein, and the member of this suction unit for being made by sodium polyacrylate.
7. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that, wherein, this suction unit is elastomer.
8. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that, wherein, this bottom is cloth material layer.
9. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that, wherein, this bottom is waterproof material layer.
10. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that, wherein, this bottom includes a waterproof upper strata and a cloth material lower floor that coincides each other, and the contact of described waterproof upper strata is this suction unit respectively.
11. physiological signal detecting structure-improved as claimed in claim 1, it is characterized in that, wherein, this at least one electrode slice comprises a plurality of electrode slices, respectively this electrode slice is arranged at intervals at the end face of this bottom, and respectively be formed with respectively one first accommodation chamber between this electrode slice and this bottom, and this at least one suction unit comprises a plurality of suction units, respectively this suction unit is positioned respectively respectively in this first accommodation chamber, respectively the top of this suction unit contacts respectively respectively this electrode slice, respectively the bottom of this suction unit contacts respectively this bottom, between wantonly two electrode slices adjacent one another are, also be connected with a connecting piece in addition, between described brace and this bottom, be formed with one second accommodation chamber, described electrode slice and the described brace corresponding top layer of this bottom shape of Cheng Yiyu that is connected with each other.
12. physiological signal detecting structure-improved as claimed in claim 11, it is characterized in that, further include a wrapped belt, the bottom of this wrapped belt connects the periphery of the bottom surface of this bottom, and the top of this wrapped belt connects the periphery of the end face of this top layer, and the periphery of the end face of this top layer is corresponding to the periphery of the bottom surface of described bottom.
13. physiological signal detecting structure-improved as claimed in claim 11, it is characterized in that, wherein, respectively this electrode slice is further combined with at least one extension lead is arranged, respectively an end of this extension lead stretches into and is electrically connected at respectively in this electrode slice, and respectively the another end of this extension lead is stretched out a respectively side of this electrode slice.
14. physiological signal detecting structure-improved as claimed in claim 1, it is characterized in that, further include a wrapped belt, the bottom of this wrapped belt connects the periphery of the bottom surface of this bottom, and the top of this wrapped belt connects the periphery of the end face of this electrode slice, and the periphery of the end face of this electrode slice is corresponding to the periphery of the bottom surface of described bottom.
15. physiological signal detecting structure-improved as claimed in claim 1, it is characterized in that, wherein, this suction unit includes the accommodating bag that at least one water-retention liner and coats this water-retention liner, the bottom of described accommodating bag is provided with the anti-slip section that a plurality of intervals arrange, and be provided with the corresponding anti-slip section that a plurality of intervals arrange at the end face of this bottom, and respectively should the correspondence anti-slip section corresponding to each other with this anti-slip section respectively, described corresponding anti-slip section correspondence is engaged in described anti-slip section.
16. physiological signal detecting structure-improved as claimed in claim 15 is characterized in that wherein, described water-retention liner is one of them of cotton paper, Cotton Gossypii cloth, silica gel and water absorption sponge.
17. physiological signal detecting structure-improved as claimed in claim 15 is characterized in that, wherein, and the member of described water-retention liner for being made by sodium polyacrylate.
18. physiological signal detecting structure-improved as claimed in claim 15, it is characterized in that, wherein, this accommodating bag includes an involutory each other permeable upper strata and an anti-subsurface layer, described anti-subsurface layer contacts this bottom, and described permeable upper strata contacts this electrode slice, and described a plurality of anti-slip sections are arranged at the bottom surface of this anti-subsurface layer.
19. physiological signal detecting structure-improved as claimed in claim 18 is characterized in that wherein, described permeable upper strata is one of them of cloth material layer, paper wood layer and semipermeable membrane resinous wood layer.
20. physiological signal detecting structure-improved as claimed in claim 1 is characterized in that wherein, this suction unit is standing shape.
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| CN 201220198275 CN202654120U (en) | 2012-05-04 | 2012-05-04 | Physiological signal detection improved structure |
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| CN 201220198275 CN202654120U (en) | 2012-05-04 | 2012-05-04 | Physiological signal detection improved structure |
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105774137A (en) * | 2014-11-26 | 2016-07-20 | 金宝电子工业股份有限公司 | Fabric structure |
| CN107198519A (en) * | 2017-06-30 | 2017-09-26 | 华南理工大学 | A kind of Novel sweat-absorbing textile electrode |
| CN109480831A (en) * | 2018-12-24 | 2019-03-19 | 联想(北京)有限公司 | Textile electrode and intelligent cardiac clothing |
| CN109906053A (en) * | 2016-07-27 | 2019-06-18 | 波尓瑟兰尼提公司 | The device of humidification for textile fabric electrode |
| CN111904413A (en) * | 2020-09-11 | 2020-11-10 | 刘远致 | Electrocardiographic examination instrument |
| US11166644B2 (en) | 2015-05-06 | 2021-11-09 | Taiwan Textile Research Institute | Module for detecting electrical signals from body skin |
-
2012
- 2012-05-04 CN CN 201220198275 patent/CN202654120U/en not_active Expired - Lifetime
Cited By (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105774137A (en) * | 2014-11-26 | 2016-07-20 | 金宝电子工业股份有限公司 | Fabric structure |
| US10144193B2 (en) | 2014-11-26 | 2018-12-04 | Kinpo Electronics, Inc. | Textile structure |
| US11166644B2 (en) | 2015-05-06 | 2021-11-09 | Taiwan Textile Research Institute | Module for detecting electrical signals from body skin |
| CN109906053A (en) * | 2016-07-27 | 2019-06-18 | 波尓瑟兰尼提公司 | The device of humidification for textile fabric electrode |
| CN107198519A (en) * | 2017-06-30 | 2017-09-26 | 华南理工大学 | A kind of Novel sweat-absorbing textile electrode |
| WO2019000808A1 (en) * | 2017-06-30 | 2019-01-03 | 华南理工大学 | New sweat-absorbent fabric electrode |
| US11191472B2 (en) | 2017-06-30 | 2021-12-07 | South China University Of Technology | Sweat absorbing textile electrode |
| CN107198519B (en) * | 2017-06-30 | 2023-12-12 | 华南理工大学 | Novel sweat-absorbing fabric electrode |
| CN109480831A (en) * | 2018-12-24 | 2019-03-19 | 联想(北京)有限公司 | Textile electrode and intelligent cardiac clothing |
| CN111904413A (en) * | 2020-09-11 | 2020-11-10 | 刘远致 | Electrocardiographic examination instrument |
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