CN104188636B - The pulse wave signal monitoring wrist-watch of radial artery can be manuallyd locate - Google Patents
The pulse wave signal monitoring wrist-watch of radial artery can be manuallyd locate Download PDFInfo
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- CN104188636B CN104188636B CN201410447492.9A CN201410447492A CN104188636B CN 104188636 B CN104188636 B CN 104188636B CN 201410447492 A CN201410447492 A CN 201410447492A CN 104188636 B CN104188636 B CN 104188636B
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- radial artery
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Abstract
The invention discloses a kind of pulse wave signal monitoring wrist-watch manualling locate radial artery, including controlling and display module, left, right watchband, left, fixing button hole it is respectively equipped with on right watchband, left-handed watch band folds and is installed in sliding tray, left-handed watch band tail end is provided with installing hole, infrared sensor mounting assembly is fixedly installed in this installing hole, sliding tray and infrared sensor mounting assembly upper surface are respectively equipped with projection, the fixing button hole that the protruding and right watchband that sliding tray upper surface is provided with is provided with matches, the fixing button hole that the projection that infrared sensor mounting assembly upper surface is provided with is provided with left-handed watch band matches, infrared sensor mounting assembly is connected through flexible PCB with control and display module.The present invention coordinates manually searching radial artery to move governor motion can realize the real-time monitoring to radial artery, in time by the Pulse signal analysis to human body, wearer's health degree is judged, shows or is reported to the police.
Description
Technical field
The present invention relates to optical measurement vibrotechnique field and mechanism's design field, more particularly, it relates to the pulse wave signal monitoring wrist-watch of a kind of manuallyd locate radial artery utilizing the manual mechanism arrangement finding radial artery and optical pickocff radial artery to be positioned in real time and monitors.
Background technology
Along with the quickening of people's rhythm of life, health has become as one of social concern that people pay special attention to.There is crowd to be greatly in sub-health state in adult, and the change of its health states has the biggest relation with its life style and rhythm.Therefore, how being monitored the physical condition of oneself and manage is an important directions of modern medicine health care technology development.And, people's health to oneself at ordinary times carries out health supervision and has a very big significance and effect.Also having some special populations, such as cardiac, or some men at an advanced age etc. need the target group that gives someone extra help, and it once occurs disease, if finding not in time to produce serious consequence.So being monitored being necessary to the health status of health.And the most do not have portable and that there is Automatic-searching monitoring position product, because the arm size of people is different, if device can not regulate or move and cause sensing station inaccurate, the position that cannot accurately determine radial artery is monitored.
Summary of the invention
The present invention is directed to the problems referred to above and technological deficiency, propose a kind of pulse wave signal monitoring wrist-watch manualling locate radial artery, this pulse wave signal monitoring wrist-watch that can manually locate radial artery can make the sensor manually locate radial artery within the specific limits and monitor in real time, it is to avoid monitoring position is to causing erroneous judgement and failing to judge.
The technical solution adopted for the present invention to solve the technical problems is as described below: a kind of pulse wave signal monitoring wrist-watch manualling locate radial artery, including the left and right watchband controlled and display module and control and display module two ends is connected, it is respectively equipped with fixing button hole on described left and right watchband, it is characterised in that:
Described control and display module include data processing module and the data display panels that the control circuit that power supply is connected is connected with control circuit with power supply；
Described left-handed watch band folds and is installed in sliding tray, and fold and inside watchband, be surrounded on the first bearing pin being movably arranged on sliding tray, make the left-handed watch band can be at sliding tray and the first bearing pin middle slip, described left-handed watch band tail end is provided with installing hole, infrared sensor mounting assembly is fixedly installed in this installing hole, described sliding tray and infrared sensor mounting assembly upper surface are respectively equipped with projection, the fixing button hole that the protruding and right watchband that sliding tray upper surface is provided with is provided with matches, and is connected fixing to right watchband and left-handed watch band after being used for wearing；The fixing button hole that the projection that infrared sensor mounting assembly upper surface is provided with is provided with left-handed watch band matches, for fixing the relative position of infrared sensor mounting assembly；
Described infrared sensor mounting assembly is connected through flexible PCB with control and display module.
According to said structure, wherein said sliding tray is movably fixed with for the first fixed support through the most movable fixing right watchband through the first bearing pin.
According to said structure, further, the lower right of described first fixed support both sides is respectively provided with one first groove, and lower right, described sliding tray front and rear end is respectively equipped with the first convex key, the first groove and the first convex key and coordinates for being fixed the right watchband after wearing.
According to said structure, wherein said infrared sensor mounting assembly is fixed with for the second fixed support through the most movable fixing right watchband through the second bearing pin.
According to said structure, further, the lower left of described second fixed support both sides is respectively provided with one second groove, and lower left, described infrared sensor mounting assembly front and rear end is respectively equipped with the second convex key, the second groove and the second convex key and coordinates for being fixed the right watchband after wearing.
According to said structure, wherein said flexible PCB one end is attached with the control output end of control and display module, and the other end is output in the middle of left-handed watch end of tape, and is attached with the sensor lead being installed in infrared sensor mounting assembly.
According to said structure, further, described left-handed watch band is slidingly connected after wearing fixes the retainer ring of right watchband tail end.
According to said structure, preferably, described flexible PCB is placed in inside left-handed watch band, and can bend with the bending of left-handed watch band.
According to said structure, preferably, described watchband is flexible silica gel material.
The present invention according to said structure, it has the beneficial effects that, the present invention is wearable in the wrist of the crowd of use, coordinate manually searching radial artery to move governor motion and can realize the real-time monitoring to radial artery, in time by the Pulse signal analysis to human body, wearer's health degree is judged, shows or reports to the police.Manual adjustment means can be adjusted according to the wrist size of user, and is provided with for watch band Zhou great little and the fixed mechanism of monitoring sensing module position.Because the wrist size of user will not change within a certain period of time, as long as so user confirms that a certain fixed position carries out wearing；During as some sports fans it is possible that wrist-watch shifts, carry out degree of tightness regulation according to actual conditions as long as now wearing and fix monitoring sensing module position.As long as guaranteeing to monitor sensing module infrared emission and receive sensor is located near radial artery, the real-time monitoring to radial artery can be realized, and monitoring result is diagnosed and reports to the police.
Due to various pressure, cardiovascular patient day by day rejuvenation, the manual adjustment module in apparatus of the present invention can coordinate the watchband of personalization, be also applied for some young user followed the fashion, and this is also a good health supervision instrument for young white collar.Therefore the equipment that the present invention monitors as angiocardiopathy, has huge market prospects, is worthy to be popularized.
Accompanying drawing explanation
Below in conjunction with the accompanying drawings and embodiment the present invention is described further.
Fig. 1 is the structural blast view one of the present invention；
Fig. 2 is the structural blast view two of the present invention；
Fig. 3 is the left side structure partial view of the present invention；
Fig. 4 is the overall structure figure of the present invention.
Detailed description of the invention
As Figure 1-4, a kind of pulse wave signal monitoring wrist-watch manualling locate radial artery, including the left and right watchband 9,11 controlled and display module 10 and control and display module two ends is connected.Control and display module 10 includes power supply, control circuit, data processing module and data display panels composition, be responsible for the coordinated operation of the functions such as the control of whole wrist-watch, monitoring, data process and judgement.It is respectively equipped with fixing button hole, left-handed watch band 9 and right watchband 11 on left and right watchband 9,11 to be formed by the casting of flexible silicon glue laminated, connects, for control and display module 10 are fixed with the left side and right side controlling display module 10 respectively.Flexible PCB 1 is placed in the inside of left-handed watch band 9, and can bend along with the bending of watchband；Flexible PCB 1 one end and the control output end controlling display module 10 are attached, and the other end is output in the middle of left-handed watch end of tape, and is attached with the sensor lead being installed in infrared sensor mounting assembly 6.Infrared sensor mounting assembly 6 is fixedly installed in the square mounting hole of left-handed watch band 9 end, second fixed support 2 is attached by the second bearing pin 7 with infrared sensor mounting assembly 6, and fixed support can rotate along with bearing pin, regulate it with the space size on watchband surface so that the penetrating of right watchband；The lower left of the second fixed support 2 both sides is respectively arranged with yi word pattern the second groove, can form snap-fit with the convex key of yi word pattern second of infrared sensor mounting assembly 6 front and rear end, is used for compressing right watchband 11.First fixed support 3 and sliding tray 4 are attached by the first bearing pin 5, and the lower right of the first fixed support 3 both sides is respectively arranged with yi word pattern the first groove, can form snap-fit with the convex key of yi word pattern first of sliding tray 4 front and rear end, are used for compressing right watchband 11.Left-handed watch band 9 is flexible, and preferably its folding is installed in sliding tray 4, and folds and install around the first bearing pin 5 inside watchband so that left-handed watch band 9 can be at sliding tray 4 and the first bearing pin 5 middle slip.Sliding tray 4 and infrared sensor mounting assembly 6 upper surface are respectively arranged with two cylindrical protrusions, and two cylindrical protrusions of sliding tray 4 upper end coordinate with the cylindrical hole on right watchband 11；Two, infrared sensor mounting assembly 6 upper surface cylindrical protrusions coordinates with the cylindrical hole on left-handed watch band 9.Retainer ring 8 is placed in left-handed watch band 9, for fixing the end of right watchband 11.
The using method of the present invention is as follows:
When wearer begins to use the present invention, first control and display module 10 are put in the middle part of directly over outside wrist, by left-handed watch band 9 around wrist, confirm that radial artery is in the position of right watchband 9, then sliding tray 4 is firmly grasped, pull infrared sensor mounting assembly 6 that left-handed watch band 9 is slided along the first bearing pin 5, until infrared sensor is in the position of previously confirmation, again the cylindrical protrusions of infrared sensor mounting assembly 6 upper surface is embedded in two through holes of the left-handed watch band 9 away from its nearest neighbours, complete the regulation of sensing station.Then wearing of wrist-watch is carried out, by right watchband 11 around wrist, it is each passed through the space below first, second fixed support 3,2, when tightness is suitable, sliding tray 4 upper surface cylindrical protrusions is embedded on right watchband 11 in two cylindrical holes that sliding tray 4 upper surface cylindrical protrusions is nearest, with the ring Zhou Changdu of fixing watchband.The projection that then first, second fixed support 3,2 presses to sliding tray 4 and infrared sensor mounting assembly 6 two ends coordinated with it completes to coordinate.Finally complete to wear through retainer ring 8 by right watchband 11 tail end.
The present invention coordinates manually searching radial artery to move governor motion can realize the real-time monitoring to radial artery, in time the pulse health degree of human body is judged, shows or is reported to the police.Due to various pressure, cardiovascular patient day by day rejuvenation, the manual adjustment module in the present invention can coordinate the watchband of personalization, be also applied for some young user followed the fashion, and this is also a good health supervision instrument for young white collar.Therefore the equipment that the present invention monitors as angiocardiopathy, has huge market prospects, is worthy to be popularized.
Claims (9)
1. can manually locate radial artery pulse wave signal monitoring a wrist-watch, including control and display module and control and display
The left and right watchband that module two ends connect, described left and right watchband is respectively equipped with fixing button hole, described control and display module bag
Include data processing module and data display panels, its feature that the control circuit that power supply is connected is connected with control circuit with power supply
It is:
Described left-handed watch band folds and is installed in sliding tray, and folds and be surrounded on first be movably arranged on sliding tray inside watchband
Bearing pin so that left-handed watch band can be at sliding tray and the first bearing pin middle slip, and described left-handed watch band tail end is provided with installing hole, infrared biography
Sensor mounting assembly is fixedly installed in this installing hole, and described sliding tray and infrared sensor mounting assembly upper surface are respectively equipped with convex
Rising, the fixing button hole that the protruding and right watchband that sliding tray upper surface is provided with is provided with matches, by right watchband with left after being used for wearing
Watchband is fixing to be connected；The fixing button hole that the projection that infrared sensor mounting assembly upper surface is provided with is provided with left-handed watch band matches,
For fixing the relative position of infrared sensor mounting assembly；
Described infrared sensor mounting assembly is connected through flexible PCB with control and display module.
The pulse wave signal monitoring wrist-watch manualling locate radial artery the most according to claim 1, it is characterised in that described
It is movably fixed with for the first fixed support through the most movable fixing right watchband through the first bearing pin on sliding tray.
The pulse wave signal monitoring wrist-watch manualling locate radial artery the most according to claim 2, it is characterised in that described
The lower right of the first fixed support both sides is respectively provided with one first groove, and lower right, described sliding tray front and rear end is respectively equipped with first
Convex key, the first groove and the first convex key coordinate for being fixed the right watchband after wearing.
The pulse wave signal monitoring wrist-watch manualling locate radial artery the most according to claim 1, it is characterised in that described
It is fixed with for the second fixed support through the most movable fixing right watchband through the second bearing pin in infrared sensor mounting assembly.
The pulse wave signal monitoring wrist-watch manualling locate radial artery the most according to claim 4, it is characterised in that described
The lower left of the second fixed support both sides is respectively provided with one second groove, lower left, described infrared sensor mounting assembly front and rear end
It is respectively equipped with the second convex key, the second groove and the second convex key to coordinate for being fixed the right watchband after wearing.
The pulse wave signal monitoring wrist-watch manualling locate radial artery the most according to claim 1, it is characterised in that described
Flexible PCB one end is attached with the control output end of control and display module, and the other end is output in the middle of left-handed watch end of tape,
And be attached with the sensor lead being installed in infrared sensor mounting assembly.
The pulse wave signal monitoring wrist-watch manualling locate radial artery the most according to claim 1, it is characterised in that described
It is slidingly connected after wearing on left-handed watch band and fixes the retainer ring of right watchband tail end.
The pulse wave signal monitoring wrist-watch manualling locate radial artery the most according to claim 1, it is characterised in that described
Flexible PCB is placed in inside left-handed watch band, and can bend with the bending of left-handed watch band.
The pulse wave signal monitoring wrist-watch manualling locate radial artery the most according to claim 1, it is characterised in that described
Watchband is flexible silica gel material.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410447492.9A CN104188636B (en) | 2014-09-04 | 2014-09-04 | The pulse wave signal monitoring wrist-watch of radial artery can be manuallyd locate |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410447492.9A CN104188636B (en) | 2014-09-04 | 2014-09-04 | The pulse wave signal monitoring wrist-watch of radial artery can be manuallyd locate |
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| CN104188636A CN104188636A (en) | 2014-12-10 |
| CN104188636B true CN104188636B (en) | 2016-09-07 |
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| US10076252B2 (en) * | 2015-04-02 | 2018-09-18 | Microsoft Technology Licensing, Llc | Sizable wrist-worn pressure sensing device |
| CN104825146A (en) * | 2015-04-29 | 2015-08-12 | 防城港港美家建材市场投资股份有限公司 | Watch type cacosphyxia alarm |
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| CN116919065A (en) * | 2022-03-29 | 2023-10-24 | 华为技术有限公司 | Electronic equipment |
| WO2024080889A1 (en) * | 2022-10-10 | 2024-04-18 | Олег Олегович ТИХОНЕНКО | Device for non-invasively checking blood glucose concentration |
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| CN104188636A (en) | 2014-12-10 |
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