CN205083463U - Wearing formula sphygmomanometer sleeve area and sphygmomanometer thereof - Google Patents
Wearing formula sphygmomanometer sleeve area and sphygmomanometer thereof Download PDFInfo
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- CN205083463U CN205083463U CN201520782869.6U CN201520782869U CN205083463U CN 205083463 U CN205083463 U CN 205083463U CN 201520782869 U CN201520782869 U CN 201520782869U CN 205083463 U CN205083463 U CN 205083463U
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- air bag
- top layer
- sphygomanometer
- base plate
- fixed base
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Abstract
The utility model relates to a wearing formula sphygmomanometer sleeve area and sphygmomanometer thereof. This dresses formula sphygmomanometer sleeve area, and including coiling in the sleeve tape body portion at the predetermined position of health, this main part includes gasbag, sphygmomanometer PMKD and gasbag air duct, the gasbag includes top layer, bottom, the peripheral sealed formation sealed chamber that combines of top layer and bottom, this sphygmomanometer PMKD fix the top layer surface of gasbag, this sphygmomanometer PMKD is worn to locate by the gasbag air duct, and with the sealed chamber of gasbag intercommunication, an intermediate level set up in between top layer and the bottom, will top layer and bottom are separated, the intermediate level has unsmooth surface.
Description
Technical field
The present invention relates to wearable blood pressure meter cuff, particularly a kind of wearable blood pressure meter cuff and this wearable blood pressure meter.
Background technology
Along with the raising of people's living standard and the raising to healthy attention rate, the various home medical apparatus of increasing domestic installation, to facilitate the simple management to kinsfolk's health.Sphygomanometer has become requisite health monitoring equipment in people's daily life at present, and along with the development of science and technology, it is little to volume, easy to carry, future development that measuring speed is fast gradually.
At present, there is various portable intelligent sphygomanometer on the market, such as, go up arm-type and wearing sphygomanometer that is wrist type.No matter be which kind of sphygomanometer, all need cuff (or being called oversleeve) main body of sphygomanometer to be fixed on the measurement of arm, the enterprising promoting the circulation of blood pressure of wrist.Usually, when Measure blood pressure, by the surface of the cuff of the fluid pouch that is built-in with for oppressing health a part tremulous pulse winding with health a part (such as upper arm, wrist), reeled air fluid bag is expanded by the pressurization of sphygomanometer built-in motor air pump, shrinks, thus being detected of the arterial pressure pulse wave that intra-arterial is produced, carry out the mensuration of pressure value thus.Usually, cuff comprises the air bag holding air fluid and the winding-structure be wound in by air bag on health.When cuff is wound on upper arm or wrist, arm straps or wrist strap can be called.
Cuff of the prior art, the integral type rubber hermetically-sealed construction that its air bag is normally flat, the upper and lower rubber layer of air bag is easily bonded together, and the speed of sphygomanometer inflation or deflation course can slow down, thus affects sphygomanometer detection speed.In addition, air bag poor air permeability, wears uncomfortable for a long time.
Utility model content
The object of the present invention is to provide and a kind ofly realize quick inflation/deflation, the wearable blood pressure meter cuff of comfortable wearing and sphygomanometer thereof.
A kind of wearable blood pressure meter cuff, comprise the cuff main part being wound in health predetermined position, this main part comprises air bag, sphygomanometer fixed base plate and air bag airway, and described air bag comprises top layer, bottom, and the periphery combination seal of described top layer and bottom forms an annular seal space; This sphygomanometer fixed base plate is fixed on the top layer outer surface of described air bag; Described air bag airway is arranged in this sphygomanometer fixed base plate, and is communicated with the annular seal space of described air bag, and an intermediate layer is arranged between described top layer and bottom, described top layer and bottom is separated, and described intermediate layer has convex-concave surface.The thickness range in intermediate layer is 0.2mm-2.0mm.
Preferably, described intermediate layer is fixed on the inner surface of described bottom; Or described intermediate layer is fixed on the inner surface of described top layer.
Preferably, the lower surface of described sphygomanometer fixed base plate is curved surfaces, and this curved surfaces caves in the upper surface direction of this sphygomanometer fixed base plate from this lower surface.When wearable blood pressure meter is worn on arm for a long time, sphygomanometer fixed base plate presses air bag, when the top layer of air bag and bottom compress and combine, there is a gas-permeable channels in the position of the top layer of air bag and the corresponding described curved surfaces of bottom, this gas-permeable channels is communicated with described air bag airway, make in air bag inflation/deflation process, between the top layer of air bag and bottom by this gas-permeable channels fast aeration or aerofluxus (if the lower surface of sphygomanometer fixed base plate is planar design, the top layer of air bag and bottom are pressed by sphygomanometer fixed base plate and combine, the position of top layer and the corresponding air bag airway of bottom is without gas-permeable channels, be unfavorable for that in air bag airway, gas is filled with or gets rid of air sac sealing chamber).In addition, when cuff is pressed in arm, forms minim gap between this curved surfaces and arm, be convenient to skin permeability.
Preferably, the bottom of described sphygomanometer fixed base plate, by arranging the top layer exterior surface of multiple fixing feet of being intervally arranged and described air bag, makes the top layer outer surface interval of described sphygomanometer fixed base plate and described air bag contact.When wearable blood pressure meter is worn on arm for a long time, when airbag aeration extrudes, sphygomanometer fixed base plate presses air bag, the position that top layer and the bottom of air bag contact with multiple fixing feet is closely linked, the top layer of air bag and the corresponding multiple fixing feet of bottom separately position form the air guide channel at multiple interval in annular seal space inside, the plurality of air guide channel is communicated with described air bag airway, make in air bag inflation/deflation process, by the plurality of air guide channel fast aeration or aerofluxus between the top layer of air bag and bottom.In addition, when cuff is pressed in arm, forms minim gap between the plurality of fixing feet and arm, be convenient to skin permeability.
A kind of wearable blood pressure meter, comprises above-mentioned wearable blood pressure meter cuff, and a sphygomanometer main body, and described sphygomanometer main body is fixed on the upper surface of described sphygomanometer fixed base plate.
Compared with prior art, this utility model has the following advantages:
First, intermediate layer screen cloth is set between the top layer of air bag and bottom, avoids being bonded together between top layer and bottom, be convenient to quick inflation/deflation.
Secondly, when cuff is enclosed within arm for a long time, intermediate layer screen cloth can increase the gap of the Contact of cuff and arm skin, is convenient to arm skin permeability, improves the comfortable wearing degree of sphygomanometer.
Again, when cuff is worn on arm for a long time, sphygomanometer fixed base plate presses air bag, when the top layer of air bag and bottom compress and combine, there is a gas-permeable channels in the position of the top layer of air bag and the corresponding described curved surfaces of bottom, this gas-permeable channels is communicated with described air bag airway, when sphygomanometer completes Measure blood pressure, gas in air bag discharges fast by this gas-permeable channels, greatly accelerates venting speed.Equally, when sphygomanometer starts Measure blood pressure, air bag starts inflation, and the outer gas stream come from air bag airway is entered air bag fast by this gas-permeable channels, accelerates aeration speed.Therefore, the cambered design of this fixed base plate lower surface, the measuring speed of sphygomanometer is improved greatly, and the precision simultaneously measured also improves.In addition, when cuff is pressed in arm, forms minim gap between this curved surfaces and arm, be beneficial to skin permeability.
Finally, when cuff is worn on arm for a long time, sphygomanometer fixed base plate presses air bag, multiple fixing feet be intervally arranged presses top layer and the bottom of air bag accordingly, when the top layer of air bag and bottom compress and combine, there is multiple air guide channel in the position that the top layer of air bag and bottom correspond to multiple fixing feet gap, the plurality of air guide channel is communicated with described air bag airway, make in air bag inflation/deflation process, by the plurality of air guide channel fast aeration or aerofluxus between the top layer of air bag and bottom.In addition, when cuff is pressed in arm, forms minim gap between the plurality of fixing feet and arm, be beneficial to skin permeability.
Accompanying drawing explanation
Fig. 1 is the front view of the present embodiment cuff.
Fig. 2 is the top view of the present embodiment cuff.
Fig. 3 is the present embodiment cuff when wearing, and fixed base plate presses air bag, and when the bottom surface of fixed base plate is lower arcuate surface, air sac sealing chamber forms the view of gas-permeable channels.
Fig. 4 is the present embodiment cuff when wearing, and when multiple fixing feet be intervally arranged of fixed base plate periphery press air bag, air sac sealing chamber forms the view of multiple air guide channel be intervally arranged.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, this utility model is further elaborated.
As depicted in figs. 1 and 2, the present embodiment provides a kind of arm sphygnonanometer cuff, it comprises the cuff main part for being wound in upper arm, and this main part comprises air bag 10, for sphygomanometer main body being fixed on the sphygomanometer fixed base plate 20 of this cuff, fixing head buckle 30 and air bag airway 40.Fixing head buckle is used for a sphygomanometer to be buckled in sphygomanometer fixed base plate 20.Air bag airway 40 is located on sphygomanometer fixed base plate 20, and sphygomanometer fixed base plate 20 is fixed on air bag 10.
In addition, arm sphygnonanometer cuff also comprises self-locking ring and film moulds subsides, and it is arranged at the two ends of cuff main part respectively, for cuff being fixed in the arm of user.
Air bag 10 is flat structure, comprises top layer 11, bottom 12, and the periphery combination seal of top layer 11 and bottom 12 forms an annular seal space, and an intermediate layer 13 is arranged between top layer 11 and bottom 12, thus top layer 11 and bottom 12 is separated.The material in intermediate layer 13 is screen cloths, has convex-concave surface, and the thickness range in intermediate layer 13 is 0.2-2.0mm.Intermediate layer 13 can be fixed on bottom 12; Or be fixed on top layer 11; Or the area in intermediate layer 13 and top layer 11, top layer 12 are equal, are fixed together by the periphery of three, which kind of in above-mentioned three kinds of situations no matter adopts, as long as with intermediate layer 13 by top layer 11 with top layer 12 is spaced apart just can.
Air bag airway 40 can be two or more, is two in the present embodiment.Two air bag airways 40 are located on sphygomanometer fixed base plate 20, and are connected with the annular seal space of air bag 10, so that when sphygomanometer is measured to insufflation gas in air bag 10, and the gas in air bag 10 is derived outside after sphygomanometer measurement terminates.
When sphygomanometer starts Measure blood pressure, air bag 10 starts inflation, top layer 11 and bottom 12 separating due to intermediate layer 13, thus sharp separation makes air-flow fill up air bag 10 fast; If do not arrange intermediate layer 13, top layer 11 and bottom 12 can stick together usually, when air bag 10 starts to inflate; air-flow is needed to wash top layer 11 and bottom 12 open; then air-flow could fill air bag 10 gradually, can delay aeration speed, thus the measuring speed of sphygomanometer that slowed down.
When sphygomanometer completes Measure blood pressure, gas in air bag 10 starts outside release, intermediate layer 13 makes top layer 11 and bottom 12 separately, not easily be bonded together, the gas at each position in air bag 10 all can be discharged to air bag airway 40 by fast transport, accelerate exhaust velocity, improve the comfortableness of blood pressure measurement.
When cuff is used in wearable blood pressure meter, sphygomanometer is worn on arm for a long time by cuff, cuff is when arm tighten pressurizes, air bag 10 is pressed on arm, because described intermediate layer 13 has convex-concave surface, make the contact surface of cuff and arm skin form minim gap, be beneficial to skin permeability.In the present embodiment, intermediate layer 13 is fixed on the inner surface of the bottom 12 of air bag 10, one is formed with bottom 12, after pressurization inflation, separately, air bag 10 bottom 12 compresses arm by air pressure extruding in air bag 10 levels (i.e. top layer 11 and bottom 12) inflation, after compaction, the convex-concave surface in intermediate layer 13 can form minim gap with skin, makes skin pore have the space of breathing, increases the comfortableness that sphygomanometer is measured.
Fixed base plate 20 is bar shaped laminated structure, and its length is slightly less than the width of cuff, and the length direction of fixed base plate 20 is parallel with the width of cuff.The lower surface 21 of fixed base plate 20 is designed to curved surfaces (such as, offering a circular arc half bore bottom fixed base plate 20 along its length), and this curved surfaces caves in the upper surface direction of this fixed base plate 20 from this lower surface 21.After the periphery of fixed base plate 20 is fixed on top layer 11 outer surface of air bag 10, between the lower surface 21 of fixed base plate 20 and top layer 11 outer surface of air bag 10, there is a ventilative gap 22.
As shown in Figure 3, when cuff is worn on arm for a long time, fixed base plate 20 presses air bag 10, when the top layer 11 of air bag 10 and bottom 12 compress and combine, there is a gas-permeable channels 23 in the position of the top layer 11 of air bag 10 and the corresponding described curved surfaces of bottom 12, this gas-permeable channels 23 is communicated with described air bag airway 40, when sphygomanometer completes Measure blood pressure, gas in air bag 10 discharges fast by this gas-permeable channels 23, greatly accelerates venting speed.Equally, when sphygomanometer starts Measure blood pressure, air bag 10 starts inflation, is entered fast air bag from the outer gas stream of air bag airway 40 by this gas-permeable channels 23, accelerates aeration speed.Therefore, the cambered design of this fixed base plate 20 lower surface 21, the measuring speed of sphygomanometer is improved greatly, and the precision simultaneously measured also improves.In addition, when cuff is pressed in arm, forms minim gap between this curved surfaces and arm, be beneficial to skin permeability, improve the comfortableness of blood pressure measurement.
As shown in Figure 4, the bottom of fixed base plate 20 is by arranging top layer 11 exterior surface of multiple fixing feet 201 (such as, the integrated small fixed leg of fixed base plate 20 bottom periphery or projection) be intervally arranged and air bag 10.Multiple gap 111 is there is in the outer surface of air bag 10 top layer 11 with the position in corresponding multiple fixing feet 201 gaps of the bottom of fixed base plate 20.
When cuff is worn on arm for a long time, fixed base plate 20 presses air bag 10, top layer 11 exterior surface of multiple fixing feet 201 and air bag 10, when compression inflated by air bag 10, each fixing feet 201 compresses air bag 10 top layer 11, inner at air bag 10, top layer 11, the compacted part of bottom 12 and intermediate layer 13 correspondence combines and is difficult to breathe freely, space between each fixing feet 201 makes the top layer 11 of air bag 10, loosen between bottom 12 and intermediate layer 13 three and form ventilative gap, air bag 10 air pressure inside makes air bag 10 form air guide channel 202 at each ventilative gap location, and multiple air guide channel 202 is connected with airway 40.When air bag 10 needs inflation/deflation, this wearable blood pressure meter cuff is made to realize fast aeration or venting.
When sphygomanometer completes Measure blood pressure, the gas in air bag 10 discharges fast by multiple air guide channel 202, greatly accelerates venting speed.Equally, when sphygomanometer starts Measure blood pressure, air bag 10 annular seal space 101 starts inflation, and multiple passages that the plurality of air guide channel 202 is formed in annular seal space 101, make outer gas stream be full of whole air bag 10 fast, accelerates aeration speed.Therefore, the setting of the plurality of air guide channel 202, makes the measuring speed of sphygomanometer greatly promote, improves the comfortableness of blood pressure measurement simultaneously.
In addition, the present invention also provides a kind of wearable blood pressure meter, comprises above-mentioned wearable blood pressure meter cuff, and a sphygomanometer main body, and described sphygomanometer main body is fixed on the upper surface of described fixed base plate 20 by fixing head buckle 30.
In addition, the present invention also provides a kind of using method of wearable blood pressure meter, and it comprises step:
Above-mentioned wearable blood pressure meter is provided;
Described cuff main part is wound in arm and is fixed and wears;
When wearable blood pressure meter is worn on arm for a long time, described air bag is pressed in arm, compression fit between the top layer of described air bag and bottom, the convex-concave surface being arranged at the intermediate layer between the top layer of described air bag and bottom makes the contact surface of cuff main part and arm form minim gap, is convenient to skin permeability;
When this wearable blood pressure meter carries out Measure blood pressure, extraneous gas is inflated in the annular seal space of air bag by air bag airway, and described intermediate layer makes the top layer of air bag and bottom avoid being bonded together, and makes each position in filling air sac sealing chamber while of gas;
When this wearable blood pressure meter terminates Measure blood pressure, the gas in described air sac sealing chamber outwards discharges, and described intermediate layer makes the top layer of air bag and bottom avoid being bonded together, and in air sac sealing chamber, the gas at each position is discharged from air bag airway simultaneously.
When wearable blood pressure meter is worn on arm for a long time, sphygomanometer fixed base plate presses air bag, when the top layer of air bag and bottom compress and combine, there is a gas-permeable channels in the position of the top layer of air bag and the corresponding described curved surfaces of bottom, this gas-permeable channels is communicated with described air bag airway, make in air bag inflation/deflation process, by this gas-permeable channels fast aeration or aerofluxus between the top layer of air bag and bottom.
When wearable blood pressure meter is worn on arm for a long time, sphygomanometer fixed base plate presses air bag, multiple fixing feet be intervally arranged presses top layer and the bottom of air bag accordingly, when the top layer of air bag and bottom compress and combine, there is multiple air guide channel in the position that the top layer of air bag and bottom correspond to multiple fixing feet gap, the plurality of air guide channel is communicated with described air bag airway, make in air bag inflation/deflation process, by the plurality of air guide channel fast aeration or aerofluxus between the top layer of air bag and bottom.
Compared with prior art, the present invention has the following advantages:
First, intermediate layer screen cloth is set between the top layer of air bag and bottom, avoids being bonded together between top layer and bottom, be convenient to quick inflation/deflation.
Secondly, when cuff is enclosed within arm for a long time, intermediate layer screen cloth can increase the gap of the Contact of cuff and arm skin, is convenient to arm skin permeability, improves the comfortable wearing degree of sphygomanometer.
Again, when cuff is worn on arm for a long time, sphygomanometer fixed base plate presses air bag, when the top layer of air bag and bottom compress and combine, there is a gas-permeable channels in the position of the top layer of air bag and the corresponding described curved surfaces of bottom, this gas-permeable channels is communicated with described air bag airway, when sphygomanometer completes Measure blood pressure, gas in air bag discharges fast by this gas-permeable channels, greatly accelerates venting speed.Equally, when sphygomanometer starts Measure blood pressure, air bag starts inflation, and the outer gas stream come from air bag airway is entered air bag fast by this gas-permeable channels, accelerates aeration speed.Therefore, the cambered design of this fixed base plate lower surface, the measuring speed of sphygomanometer is improved greatly, and the precision simultaneously measured also improves.In addition, when cuff is pressed in arm, forms minim gap between this curved surfaces and arm, be beneficial to skin permeability.
Finally, when cuff is worn on arm for a long time, sphygomanometer fixed base plate presses air bag, multiple fixing feet be intervally arranged presses top layer and the bottom of air bag accordingly, when the top layer of air bag and bottom compress and combine, there is multiple air guide channel in the position that the top layer of air bag and bottom correspond to multiple fixing feet gap, the plurality of air guide channel is communicated with described air bag airway, make in air bag inflation/deflation process, by the plurality of air guide channel fast aeration or aerofluxus between the top layer of air bag and bottom.In addition, when cuff is pressed in arm, forms minim gap between the plurality of fixing feet and arm, be beneficial to skin permeability.
Concept described herein may be embodied to other form when not departing from its spirit and characteristic.Disclosed specific embodiment should be regarded as exemplary instead of restrictive.Therefore, scope of the present utility model is by appended claim, instead of determines according to these descriptions before.Any change in the letter and equivalency range of claim all should belong to the scope of these claim.
Claims (6)
1. a wearable blood pressure meter cuff, comprise the cuff main part being wound in health predetermined position, this main part comprises air bag, sphygomanometer fixed base plate and air bag airway, and described air bag comprises top layer, bottom, and the periphery combination seal of described top layer and bottom forms an annular seal space; This sphygomanometer fixed base plate is fixed on the top layer outer surface of described air bag; Described air bag airway is arranged in this sphygomanometer fixed base plate, and is communicated with the annular seal space of described air bag, it is characterized in that: an intermediate layer is arranged between described top layer and bottom, described top layer and bottom is separated, and described intermediate layer has convex-concave surface.
2. wearable blood pressure meter cuff as claimed in claim 1, it is characterized in that, described intermediate layer is fixed on the inner surface of described bottom; Or described intermediate layer is fixed on the inner surface of described top layer.
3. wearable blood pressure meter cuff as claimed in claim 1, it is characterized in that, the lower surface of described sphygomanometer fixed base plate is curved surfaces, and this curved surfaces caves in the upper surface direction of this sphygomanometer fixed base plate from this lower surface.
4. wearable blood pressure meter cuff as claimed in claim 3, it is characterized in that, the bottom of described sphygomanometer fixed base plate, by arranging the top layer exterior surface of multiple fixing feet of being intervally arranged and described air bag, makes the top layer outer surface interval of described sphygomanometer fixed base plate and described air bag contact.
5. wearable blood pressure meter cuff as claimed in claim 1, it is characterized in that, the thickness range in described intermediate layer is 0.2mm-2.0mm.
6. a wearable blood pressure meter, comprises the wearable blood pressure meter cuff according to any one of claim 1-5, and a sphygomanometer main body, and described sphygomanometer main body is fixed on the upper surface of described sphygomanometer fixed base plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520782869.6U CN205083463U (en) | 2015-10-10 | 2015-10-10 | Wearing formula sphygmomanometer sleeve area and sphygmomanometer thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520782869.6U CN205083463U (en) | 2015-10-10 | 2015-10-10 | Wearing formula sphygmomanometer sleeve area and sphygmomanometer thereof |
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| Publication Number | Publication Date |
|---|---|
| CN205083463U true CN205083463U (en) | 2016-03-16 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520782869.6U Withdrawn - After Issue CN205083463U (en) | 2015-10-10 | 2015-10-10 | Wearing formula sphygmomanometer sleeve area and sphygmomanometer thereof |
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| CN (1) | CN205083463U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078431A (en) * | 2015-10-10 | 2015-11-25 | 杨胜周 | Wearable sphygmomanometer cuff, sphygmomanometer comprising same and application method |
-
2015
- 2015-10-10 CN CN201520782869.6U patent/CN205083463U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105078431A (en) * | 2015-10-10 | 2015-11-25 | 杨胜周 | Wearable sphygmomanometer cuff, sphygmomanometer comprising same and application method |
| CN105078431B (en) * | 2015-10-10 | 2018-02-23 | 杨胜周 | Wearable blood pressure meter cuff, its sphygmomanometer and application method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160316 Effective date of abandoning: 20180223 |
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| AV01 | Patent right actively abandoned |