CN105433903A - Physiological signal sensing device - Google Patents
Physiological signal sensing device Download PDFInfo
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- CN105433903A CN105433903A CN201410522683.7A CN201410522683A CN105433903A CN 105433903 A CN105433903 A CN 105433903A CN 201410522683 A CN201410522683 A CN 201410522683A CN 105433903 A CN105433903 A CN 105433903A
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Abstract
The invention provides a physiological signal sensing device which is used for being combined with a wrist strap type device. The wrist strap type device comprises a device body and a wrist strap connected to a device body. The physiological signal sensing device comprises a machine body, a sensing element and an elastic strap body. The machine body comprises a first fixing part and a second fixing part, wherein the first fixing part and the second fixing part are opposite mutually and are spaced for a separation distance. The sensing element is arranged on the machine body and used for sensing the physiological signal of a human body. The elastic strap body comprises a first end and a second end and is used for surrounding the wrist strap while being combined with the first fixing part through the first end and combined with the second fixing part through the second end to enable the machine body to be fixed to the wrist strap.
Description
Technical field
The present invention is about a kind of physiological signal sensing device, particularly a kind of in order to be incorporated into the physiological signal sensing device of wrist strap type device.
Background technology
Along with the progress of wireless communication technique and manufacture of semiconductor, the various midget plant measuring physiology signal comes out successively.Such as sensed blood glucose value and the beats of human body in the mode of non-intruding human body by optical sensor, or by human skin surface mount electrical sensor, when being risen and fallen by torso model cause the potential change between electronics sensor to detect the frequency of respiration of user.
For the Wearable that motion or body-building hobby person use, usually all can have a fixing band, with person easy to use, equipment is worn on wrist, arm or ankle.Just while move or body-building, can grasp again heart beating or the breathing of oneself simultaneously at any time, cause sport injury to avoid exercise intensity too high thus.
For hope can move or body-building time grasp oneself heart beating usually also have the people wearing wrist-watch and be accustomed to breathing simultaneously, usually wrist-watch must be taken off, change and wear wrist carried physiological signal sensing device, after motor behavior terminates, change the wrist-watch worn back and usually use again.Or be directly both wrist-watch and physiological signal sensing device are worn simultaneously, but not only attractive in appearance not thus, also burden is caused to user.
Summary of the invention
In view of this, the invention provides a kind of physiological signal sensing device, in order to be incorporated into a wrist strap type device, described wrist strap type device comprises a wrist strap.Described physiological signal sensing device mainly comprises a body, a sensing element and an elastomeric belt body.Body comprises one first fixed part and one second fixed part, and the first fixed part and the second fixed part are toward each other and a spacing of being separated by.Sensing element is arranged on body, in order to sense physiological signals.Elastomeric belt body comprises a first end and one second end, and elastomeric belt body, in order to be incorporated into the first fixed part around wrist strap with first end, is incorporated into the second fixed part with the second end, and body is fixed on wrist strap.
Another concept of the present invention is to provide a kind of physiological signal sensing device, and in order to be incorporated into a wrist strap type device, described wrist strap type device comprises a wrist strap.Described physiological signal sensing device comprises a body, a sensing element and an elastomeric belt body.Body comprises one first fixed part and one second fixed part, and the first fixed part and the second fixed part are toward each other and a spacing of being separated by.Sensing element is arranged on body, in order to the physiological signal of sensing from human body.Elastomeric belt body comprises a first end and one second end, and first end is articulated in the first fixed part, and elastomeric belt body, in order to be incorporated into the second fixed part around wrist strap with the second end, makes body be fixed on wrist strap.
Another concept of the present invention is to provide a kind of physiological signal sensing device, in order to be incorporated into a wrist strap type device, described wrist strap type device comprises a device body, device body has a upper surface and a lower surface, and described physiological signal sensing device comprises a body, a sensing element and an elastomer.Body comprises one first fixed part and one second fixed part, and the first fixed part and the second fixed part are toward each other and a spacing of being separated by.Sensing element is arranged on body, in order to sense physiological signals.Elastomer comprises a first end, one second end and a perforate, and first end and the second end lay respectively at two sides of perforate.When body is arranged at the lower surface of device body, elastic system be arranged at device body upper surface and with the local of perforate corresponding intrument body or whole upper surfaces, and be incorporated into the first fixed part with first end, be incorporated into the second fixed part with the second end, make body be fixed on device body.
The physiological signal sensing device of the present invention non-immediate are worn on human body, but are fixed on wrist strap type device, even if what make user wear on hand is general wrist-watch or other wrist strap type devices, also can carry out physiological signal sensing by the present invention.In addition, if user has had the wrist strap type device of a certain physiological signal sensing function of tool, also can sense another kind of physiological signal by the present invention being fixed on wrist strap type device.
Accompanying drawing explanation
Fig. 1 is the combination schematic diagram of first embodiment of the invention.
Fig. 2 is the using state schematic diagram () of first embodiment of the invention.
Fig. 3 is the using state schematic diagram (two) of first embodiment of the invention.
Fig. 4 is the combination schematic diagram of second embodiment of the invention.
Fig. 5 is the using state schematic diagram () of second embodiment of the invention.
Fig. 6 is the using state schematic diagram (two) of second embodiment of the invention.
Fig. 7 is the combination schematic diagram of third embodiment of the invention.
Fig. 8 is the using state schematic diagram () of third embodiment of the invention.
Fig. 9 is the using state schematic diagram (two) of third embodiment of the invention.
[symbol description]
1,2,3 physiological signal sensing devices
11,21,31 bodies
11a, 21a, 31a first surface
11b, 21b, 31b second surface
11c, 21c, 31c side
111,211,311 first fixed parts
112,212,312 second fixed parts
313 the 3rd fixed parts
314 the 4th fixed parts
13,23,33 sensing elements
15 elastomeric belt body
151,251,351 first ends
151a first bores a hole
251a, 351a first snap fit
152,252,352 second ends
152a second bores a hole
252a, 352a second snap fit
17,27,37 information display elements
259,359 perforates
353 the 3rd ends
353a the 3rd snap fit
354 the 4th ends
354a the 4th snap fit
25,35 elastomers
9 wrist strap type devices
91 device bodies
91a upper surface
91b lower surface
92 wrist straps
Detailed description of the invention
Please refer to Fig. 1 to Fig. 3, be respectively the combination schematic diagram of first embodiment of the invention, using state schematic diagram () and using state schematic diagram (two), a kind of physiological signal sensing device 1 of graphic exposure.Physiological signal sensing device 1 can combine with the general normal wrist strap type device 9 be worn in wrist, and wrist strap type device 9 comprises device body 91 and is linked to the wrist strap 92 of device body 91.Wrist strap type device 9 can be wrist-watch, also can be the wrist carried physiological signal detector be worn on wrist, arm or ankle, this case be referred to as " wrist strap " general reference and can be used to the strap-like objects that is fixed on by electronic installation in wrist, on arm or on ankle.Though the present embodiment and graphic for wrist-watch, right and non-limiting the present invention only can be applied in the combination with wrist-watch.
The physiological signal sensing device 1 of the present embodiment comprises body 11, sensing element 13 and an elastomeric belt body 15.Body 11 comprises one first fixed part 111 and one second fixed part 112, first fixed part 111 and the second fixed part 112 toward each other and a spacing of being separated by.Sensing element 13 is arranged on body 11, in order to sense physiological signals, and such as beats, frequency of respiration or blood oxygen amount.Elastomeric belt body 15 comprises first end 151 and one second end 152, and elastomeric belt body 15, in order to be incorporated into the first fixed part 111 around wrist strap 92 with first end 151, to be incorporated into the second fixed part 112 with the second end 152, and then body 11 is fixed on wrist strap 92.
In the present embodiment, body 11 has a first surface 11a, a second surface 11b and a side 11c, first surface 11a and a second surface 11b direction facing opposite to each other, and side 11c is then between first surface 11a and second surface 11b.Sensing element 13 is arranged at first surface 11a.The physiological signal sensing device 1 of the present embodiment and wrist strap type device 9 in conjunction with time, be with second surface 11b towards wrist strap 92, first surface 11a then wrist strap 92 and towards user wrist, side 11c is then towards the space between wrist strap 92 and user wrist dorsad.
The present embodiment can include an information display element 17 further, such as LED, vibrations element, sounding component etc., information display element 17 can be arranged at the side 11c of body 11 and the position of close first fixed part 111 or the second fixed part 112, with person easy to use or its information presented of other people's identification.Flickered by LED number, color, flicker frequency; By shaking the vibrations of element; Or by the sound that sounding component sends, different preset information contents or the predefined information content of user can be presented.But information display element 17 not must be arranged at the side 11c of body 11, also the second surface 11b of body 11 can be arranged on, as long as the wrist strap 92 of the wrist strap type device of arranging in pairs or groups 9 has enough spaces or transparent, and can allow shown information can read by user.If information display element 17 belongs to vibrations element or sounding component, the information sent due to this kind of element need not watched via naked eyes, therefore more can be arranged on arbitrary surface of body 11.
As shown in Figure 3, when user has worn wrist strap type device 9 (such as wrist-watch) on hand, and prepare setting in motion and wishing measure in motor process oneself beats, frequency of respiration even blood oxygen amount time, directly the present embodiment can be installed on the wrist strap 92 (such as illustrated watchband) of wrist strap type device 9, without the need to additionally dressing a upper wrist strap type device with the generally large tool physiological signal sensing function of wrist-watch again.Or be the wrist strap type device that user has worn a certain physiological signal of tool (such as beats) sensing function on hand, but not there is blood oxygen amount detecting function, equally also can directly the present embodiment be installed on the wrist strap 92 of wrist strap type device 9, as long as the sensing element of the present embodiment 13 has blood oxygen amount detecting function.
In the present embodiment, the first fixed part 111 of body 11 and the second fixed part 112 are respectively one first snap fit and one second snap fit, and the first end 151 of elastomeric belt body 15 and the second end 152 have one first 151a and one second that bores a hole respectively and to bore a hole 152a.Body 11 first can be positioned between wrist strap 92 and wrist by erection sequence, and make sensing element 13 towards wrist skin surface to carry out physiological signal detecting.Then first of the first end 151 of elastomeric belt body 15 the perforation 151a is socketed on the first fixed part 111 (the first snap fit) of body 11, second of the second end 152 of elastomeric belt body 15 the perforation 152a is socketed on the second fixed part 112 (the second snap fit) of body 11.Now, elastomeric belt body 15 presents the state be stretched, and is thus fixed on wrist strap 92 together with sensing element 13 by body 11 by elastic force.Above-mentioned installation steps are only illustration, and user can be installed according to use habit or mode comparatively smoothly voluntarily.
In another aspect of the present embodiment, first fixed part 111 of body 11 and the second fixed part 112 also can be respectively one first and bore a hole and one second to bore a hole, the first end 151 of elastomeric belt body 15 and 152, the second end have one first snap fit and one second snap fit respectively, namely elastomeric belt body 15 is first fixed parts 111 (the first perforation) being incorporated into body 11 by the first snap fit of first end 151, and is incorporated into the second fixed part 112 (the second perforation) of body 11 by the second snap fit of the second end 152.
In another aspect of the present embodiment, between first fixed part 111 of body 11 and the first end 151 of the second fixed part 112 and elastomeric belt body 15 and the second end 152, the mode be not mutually socketed with snap fit and perforation is combined, but be combined with each other in modes such as Magnet or magics sticky (magic tape).
Another aspect of the present embodiment adjusts for the combination between the first end 151 of elastomeric belt body 15 and the first fixed part 111, although be namely combine removably between first end 151 with the first fixed part 111, then combined when not dismantling by instrument.That is allow between the first end 151 of elastomeric belt body 15 and the first fixed part 111 of body 11 is combine in the mode of pivot joint, second end 152 is equally also removably be incorporated into the second fixed part 112, but by free-hand i.e. dismountable mode, such as, use the mode that the second snap fit of the second above-mentioned perforation 152a and body 11 is socketed mutually.So, overall attainable effect makes user more convenient when dressing, as long as socket action once just can allow physiological signal sensing device and wrist strap type device 9 combine.
Please refer to Fig. 4 to Fig. 6, be respectively the combination schematic diagram of second embodiment of the invention, using state schematic diagram () and using state schematic diagram (two), a kind of physiological signal sensing device 2 of graphic exposure.Physiological signal sensing device 2 can combine with the general normal wrist strap type device 9 be worn in wrist, and wrist strap type device 9 comprises device body 91 and is linked to a wrist strap 92 of device body 91, and device body 91 has a upper surface 91a and a lower surface 91b.
The physiological signal sensing device 2 of the present embodiment comprises body 21, sensing element 23 and an elastomer 25.Body 21 comprises one first fixed part 211 and one second fixed part 212, first fixed part 211 and the second fixed part 212 toward each other and a spacing of being separated by.Sensing element 23 is arranged on body 21, in order to sense physiological signals, and such as beats, frequency of respiration and blood oxygen amount etc.Elastomer 25 comprises first end 251,1 second end 252 and a perforate 259, and first end 251 and the second end 252 lay respectively at two sides of perforate 259.When body 21 is arranged at the lower surface 91a of device body 91, elastomer 25 be arranged at device body 91 upper surface 91a and with the local of perforate 259 corresponding intrument body 91 or whole upper surface 91a, and be incorporated into the first fixed part 211 with first end 251, be incorporated into the second fixed part 212 with the second end 252, and then body 21 is fixed on device body 91.
In the present embodiment, body 21 has a first surface 21a, a second surface 21b and a side 21c, and side 21c is between first surface 21a and second surface 21b.Sensing element 23 is arranged at first surface 21a.The physiological signal sensing device 2 of the present embodiment and wrist strap type device 9 in conjunction with time, with the lower surface 91b of the second surface 21b of body 21 towards device body 91, the first surface 21a of body 21 is towards the side contacted with user wrist, and side 21c is then substantially perpendicular to first surface 21a and second surface 21b.
The present embodiment can include an information display element 27 further, such as LED, vibrations element, sounding component etc., and information display element 27 can be arranged at the side of body 21, with person easy to use or its information presented of other people's identification.Flickered by LED number, color, flicker frequency; By shaking the vibrations of element; Or by the sound that sounding component sends, different preset information contents or the predefined information content of user can be presented.If information display element 27 belongs to vibrations element or sounding component, the information sent due to this kind of element need not watched via naked eyes, therefore more can be arranged on arbitrary surface of body 21.
As shown in Figure 6, when user has worn wrist strap type device 9 (such as wrist-watch) on hand, and prepare setting in motion and wishing measure in motor process oneself beats, frequency of respiration even blood oxygen amount time, directly the present embodiment can be installed on the device body 91 (table body) of wrist strap type device 9, not need additionally to dress the wrist strap type device that is followed the tool physiological signal sensing function that wrist-watch is generally large again.Or be the wrist strap type device that user has worn a certain physiological signal of tool (such as beats) sensing function on hand, but not there is blood oxygen amount detecting function, equally also can directly the present embodiment be installed on the wrist strap of wrist strap type device 9, as long as the sensing element of the present embodiment 23 has blood oxygen amount detecting function.
In the present embodiment, the first fixed part 211 of body 21 and the second fixed part 212 are respectively one first hole clipping and one second hole clipping, and are positioned at the outer rim of the first surface 21a of body 21.The first end 251 of elastomer 25 and the second end 252 have one first snap fit 251a and one second snap fit 252a respectively.Body 21 first can be positioned between device body 91 and wrist by erection sequence, and make sensing element 23 towards wrist skin surface to carry out physiological signal detecting.Then the first snap fit 251a of the first end 251 of elastomer 25 is connected in the first fixed part 211 (the first hole clipping) of body 21, the second snap fit 252a of the second end 252 of elastomer 25 is connected in the second fixed part 212 (the second hole clipping) of body 21.Now, elastomer 25 presents the state be stretched, thus by elastic force, body 21 is fixed on the below of device body 91 together with sensing element 23, simultaneously perforate 259 also can alignment device body 91 upper surface 91a and make upper surface 91a local or all exposed, the user still shown information of sustainable viewing wrist strap type device 9 itself thus, and can not affect by physiological signal sensing device 2.Above-mentioned installation steps are only illustration, and user can be installed according to use habit or mode comparatively smoothly voluntarily.
In another aspect of the present embodiment, first fixed part 211 of body 21 and the second fixed part 212 also can be respectively one first snap fit and one second snap fit, the first end 251 of elastomer 25 and 252, the second end have one first hole clipping and one second hole clipping respectively, namely elastomer 25 is first fixed parts 211 (the first snap fit) being incorporated into body 21 by the first hole clipping of first end 251, and is incorporated into the second fixed part 212 (the second snap fit) of body 21 by the second hole clipping of the second end 252.
Please refer to Fig. 7 to Fig. 9, be respectively the combination schematic diagram of third embodiment of the invention, using state schematic diagram () and using state schematic diagram (two), a kind of physiological signal sensing device 3 of graphic exposure.The physiological signal sensing device 3 of the present embodiment comprises body 31, sensing element 33 and an elastomer 35, the Main Differences of the present embodiment and the second embodiment be body and elastomeric design different, be hereby described in detail as follows.
As shown in Figure 7, the body 31 of the present embodiment comprises first surface 31a, second surface 31b and side 31c, and contain four fixed parts, that is first fixed part 311, second fixed part 312, the 3rd fixed part 313 and the 4th fixed part 314, it lays respectively at the outer peripheral edge of the first surface 31a of body 31.Wherein the first fixed part 311 and the second fixed part 312 are toward each other, also toward each other, and the spacing that the 3rd fixed part 313 and the 4th fixed part 314 are separated by equals the spacing that the first fixed part 311 and the second fixed part 312 are separated by for 3rd fixed part 313 and the 4th fixed part 314.
The sensing element 33 of the present embodiment is arranged on body 31, in order to sense physiological signals, and such as beats, frequency of respiration and blood oxygen amount etc.Elastomer 35 comprises first end 351, second end 352, the 3rd end 353, the 4th end 354 and perforate 359, first end 351 and the second end 352 lay respectively at perforate 359 two sides and toward each other, the 3rd end 353 is same with the 4th end 354 also lay respectively at perforate 359 two sides and toward each other.When body 31 is arranged at the lower surface 91a of device body 91, elastomer 35 be arranged at device body 91 upper surface 91a and with the local of perforate 359 corresponding intrument body 91 or whole upper surface 91a, and be incorporated into the first fixed part 311 with first end 351, the second fixed part 312 is incorporated into the second end 352, be incorporated into the 3rd fixed part 313 with the 3rd end 353, be incorporated into the 4th fixed part 314 with the 4th end 354 and then body 31 is fixed on device body 91.
The main feature of the present embodiment is that elastomer 35 includes first end 351, second end 352, the 3rd end 353 and the 4th end 354, wherein first end 351, second end 352, the 3rd end 353 and the 4th end 354 lay respectively at perforate 359 around, and stretch out from the surrounding of perforate 359 and have as four hook as pawl.When body 31 is arranged at the lower surface 91a of device body 91, elastomer 35 its first end 351, second end 352, the 3rd end 353 and the 4th end 354 can be incorporated into the first fixed part 311, second fixed part 312 of body 31, the 3rd fixed part 313 and the 4th fixed part 314 respectively, and then is firmly fixed on device body 91 by body 31.
In the present embodiment, first fixed part 311, second fixed part 312 of body 31, the 3rd fixed part 313 and the 4th fixed part 314 are respectively one first hole clipping, one second hole clipping, one the 3rd hole clipping and one the 4th hole clipping, and first end 351, second end 352 of elastomer 35, the 3rd end 353 and 354, the 4th end comprise one first snap fit 351a, one second snap fit 352a, one the 3rd snap fit 353a and the 4th snap fit 354a respectively.First end 351 is connected in the first hole clipping by the first snap fit 351a, second end 352 is connected in the second hole clipping by the second snap fit 352a, 3rd end 353 is connected in the 3rd hole clipping by the 3rd snap fit 353a, and the 4th end 354 is connected in the 4th hole clipping by the 4th snap fit 354a.
In another aspect of the present embodiment, first fixed part 311 of body 31, second fixed part 312, 3rd fixed part 313 and the 4th fixed part 314 also can be respectively one first snap fit, one second snap fit, one the 3rd snap fit and one the 4th snap fit, the first end 351 of elastomer 35, second end 352, 3rd end 353 and 354, the 4th end have one first hole clipping respectively, one second hole clipping, one the 3rd hole clipping and one the 4th hole clipping, namely elastomer 35 is first fixed parts 311 (the first snap fit) being incorporated into body 31 by the first hole clipping of first end 351, the second fixed part 312 (the second snap fit) of body 31 is incorporated into by the second hole clipping of the second end 352, the 3rd fixed part 313 (the 3rd snap fit) of body 31 is incorporated into by the 3rd hole clipping of the 3rd end 353, and the 4th fixed part 314 (the 4th snap fit) of body 31 is incorporated into by the 4th hole clipping of the 4th end 354.
The present embodiment can include an information display element 37 further, such as LED, vibrations element, sounding component etc., and information display element 37 can be arranged at the side 31c of body 31, with person easy to use or its information presented of other people's identification.Flickered by LED number, color, flicker frequency; By shaking the vibrations of element; Or by the sound that sounding component sends, different preset information contents or the predefined information content of user can be presented.If information display element 37 belongs to vibrations element or sounding component, the information sent due to this kind of element need not watched via naked eyes, therefore more can be arranged on arbitrary surface of body 31.
Physiological signal sensing device disclosed by various embodiments of the present invention non-immediate is worn on human body, but be fixed on wrist strap type device, as long as user wears the strap-like objects that can be used to be fixed on by electronic installation in wrist, on arm or on ankle with it, all carry out physiological signal sensing by the present invention being fixed in aforementioned strap-like objects.In addition, if user has had the wrist strap type device of a certain physiological signal sensing function of tool, also its wrist strap type device can be sensed to another kind of physiological signal by the present invention.
Although the present invention discloses as above with aforesaid preferred embodiment; so itself and be not used to limit the present invention; any those skilled in the art; without departing from the spirit and scope of the present invention; when doing a little change and retouching, therefore scope of patent protection of the present invention must be as the criterion depending on this description appending claims person of defining.
Claims (13)
1. a physiological signal sensing device, in order to be incorporated into a wrist strap type device, this wrist strap type device comprises a wrist strap, and this physiological signal sensing device comprises:
One body, comprises one first fixed part and one second fixed part, and this first fixed part and this second fixed part are toward each other;
One sensing element, is arranged on this body, in order to sense physiological signals; And
One elastomeric belt body, comprise a first end and one second end, this elastomeric belt body in order to be incorporated into this first fixed part around this wrist strap with this first end, and is incorporated into this second fixed part with this second end, and this body is fixed on this wrist strap.
2. physiological signal sensing device as claimed in claim 1, wherein this first end of this elastomeric belt body is this first fixed part being removably incorporated into this body, and this second end is this second fixed part being removably incorporated into this body.
3. physiological signal sensing device as claimed in claim 2, wherein this first fixed part of this body and this second fixed part are respectively one first snap fit and one second snap fit, this first end of this elastomeric belt body and this second end have one first respectively and bore a hole and one second to bore a hole, this first end is socketed on this first snap fit by this first perforation, and this second end is socketed on this second snap fit by this second perforation.
4. a physiological signal sensing device, in order to be incorporated into a wrist strap type device, this wrist strap type device comprises a wrist strap, and this physiological signal sensing device comprises:
One body, comprises one first fixed part and one second fixed part, and this first fixed part and this second fixed part are toward each other;
One sensing element, is arranged on this body, in order to sense physiological signals; And
One elastomeric belt body, comprise a first end and one second end, this first end is articulated in this first fixed part, and this elastomeric belt body, in order to be incorporated into this second fixed part around this wrist strap with this second end, makes this body be fixed on this wrist strap.
5. physiological signal sensing device as claimed in claim 4, wherein this second end of this elastomeric belt body is removably incorporated into this second fixed part, this second fixed part of this body is a snap fit, this second end of this elastomeric belt body has a perforation, and this second end is socketed on this snap fit by this perforation.
6. the physiological signal sensing device as described in any one of claim 1 to 5, wherein this body has a first surface and the second surface relative to this first surface, this sensing element is arranged at this first surface, and when this body is fixed on this wrist strap, this first surface is this wrist strap dorsad.
7. physiological signal sensing device as claimed in claim 6, wherein this body has more a side, this side is between this first surface and this second surface, and this physiological signal sensing device more comprises an information display element, and this information display element is arranged at this side.
8. a physiological signal sensing device, in order to be incorporated into a wrist strap type device, this wrist strap type device comprises a device body, and this device body has a upper surface and a lower surface, and this physiological signal sensing device comprises:
One body, comprises one first fixed part and one second fixed part, and this first fixed part and this second fixed part are toward each other and a spacing of being separated by;
One sensing element, is arranged on this body, in order to sense physiological signals; And
One elastomer, comprises a first end, one second end and a perforate, and this first end and this second end lay respectively at two sides of this perforate;
Wherein, when body is arranged at this lower surface of this device body, this elastomer be arranged at this device body this upper surface and with this perforate to should the local of device body or whole upper surfaces, and be incorporated into this first fixed part with this first end, be incorporated into this second fixed part with this second end, make this body be fixed on this device body.
9. physiological signal sensing device as claimed in claim 8, wherein this first fixed part of this body and this second fixed part are respectively one first hole clipping and one second hole clipping, this this first end elastomeric and this second end have one first snap fit and one second snap fit respectively, this first end is connected in this first hole clipping by this first snap fit, and this second end is connected in this second hole clipping by this second snap fit.
10. physiological signal sensing device as claimed in claim 8, wherein this body more comprises one the 3rd fixed part and one the 4th fixed part, and the 3rd fixed part and the 4th fixed part are toward each other and this spacing of being separated by; This elastomer more comprises one the 3rd end and one the 4th end, 3rd end and the 4th end lay respectively at two sides of this perforate, when body is arranged at this lower surface of this device body, this elastomer is incorporated into the 3rd fixed part with the 3rd end, is incorporated into the 4th fixed part with the 4th end.
11. physiological signal sensing devices as claimed in claim 10, wherein this first fixed part, this second fixed part, 3rd fixed part and the 4th fixed part are respectively one first hole clipping, one second hole clipping, one the 3rd hole clipping and one the 4th hole clipping, this this first end elastomeric, this second end, 3rd end and the 4th end have one first snap fit respectively, one second snap fit, one the 3rd snap fit and one the 4th snap fit, this first end is socketed on this first hole clipping by this first snap fit, this second end is socketed on this second hole clipping by this second snap fit, 3rd end is socketed on the 3rd hole clipping by the 3rd snap fit, 4th end is socketed on the 4th hole clipping by the 4th snap fit.
12. physiological signal sensing devices as described in any one of claim 8 to 11, wherein this body has a first surface and the second surface relative to this first surface, this sensing element is arranged at this first surface, when this body is fixed on this device body, this first surface is this device body dorsad.
13. physiological signal sensing devices as claimed in claim 12, wherein this body has more a side, this side is between this first surface and this second surface, and this physiological signal sensing device more comprises an information display element, and this information display element is arranged at this side.
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| CN201410522683.7A CN105433903A (en) | 2014-09-30 | 2014-09-30 | Physiological signal sensing device |
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| CN201410522683.7A CN105433903A (en) | 2014-09-30 | 2014-09-30 | Physiological signal sensing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2022112962A1 (en) * | 2020-11-26 | 2022-06-02 | Rewary Gmbh | Smart base for wristwatch casings |
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| WO2011057089A1 (en) * | 2009-11-06 | 2011-05-12 | Espenusa Holding, Llc | Data collection unit with integrated closure system and sensor housing |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2022112962A1 (en) * | 2020-11-26 | 2022-06-02 | Rewary Gmbh | Smart base for wristwatch casings |
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Application publication date: 20160330 |