CN209122211U - Bio-signal acquisition open type vest - Google Patents
Bio-signal acquisition open type vest Download PDFInfo
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- CN209122211U CN209122211U CN201821028428.7U CN201821028428U CN209122211U CN 209122211 U CN209122211 U CN 209122211U CN 201821028428 U CN201821028428 U CN 201821028428U CN 209122211 U CN209122211 U CN 209122211U
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- open type
- type vest
- conductive terminal
- bio
- vest
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Abstract
The utility model proposes a kind of bio-signal acquisition open type vests, can at least surround the chest of user；Comprising: chest respiration transducer, electrocardioelectrode；Chest respiration transducer is made of the forniciform conducting wire used as inductor；Chest of the chest respiration transducer around user；The first end of chest respiration transducer is connected to the first conductive terminal of the first side of the opening of open type vest, and second end is connected to second conductive terminal of second side of the opening of open type vest；Electrocardioelectrode includes the first, second textile electrode；First textile electrode is connected to the third conductive terminal of the first side of the opening of open type vest, and the 4th textile electrode is connected to the 4th conductive terminal of second side of the opening of open type vest；First, second conductive terminal is for being connected to breath signal processing circuit；Third, the 4th conductive terminal cleverly use sensor to solve the problems, such as this for electric connecting mode, respiration transducer is not necessarily in neck cabling for being connected to electrocardiogram signal processing circuit.
Description
Technical field
The utility model relates to a kind of detection of physiological signal more particularly to a kind of bio-signal acquisition open type vests.
Background technique
As shown in Figure 1, CN2817730Y discloses a kind of " breathing induction volume retouches meter sensing device ".Wherein, for measuring
The bending sensor coil of chest breathing and bending sensor coil for abdomen are needed around neck location, in this way could will be left
The coil of right two sides constitutes closed circuit.The shortcomings that this neck winding mode is: processing is complicated, and cabling area is big, vulnerable to outer
Portion's radiation interference, so that the poor signal of acquisition.
Utility model content
In view of the above problems, the utility model is directed to a kind of bio-signal acquisition open type vest, without
The mode of neck wraparound, so that coil is greatly reduced by the area of external disturbance.
The bio-signal acquisition of the utility model open type vest can at least surround the chest of user；Comprising:
Chest respiration transducer, electrocardioelectrode；
Chest respiration transducer is made of the forniciform conducting wire used as inductor；Chest respiration transducer is around user
Chest；The first end of chest respiration transducer is connected to the first conductive terminal of the first side of the opening of open type vest, second end
It is connected to second conductive terminal of second side of the opening of open type vest；
Electrocardioelectrode includes the first, second textile electrode；First textile electrode is connected to the first of the opening of open type vest
The third conductive terminal of side, the 4th textile electrode are connected to the 4th conductive terminal of second side of the opening of open type vest；
First, second conductive terminal is for being connected to breath signal processing circuit；
Third, the 4th conductive terminal are for being connected to electrocardiogram signal processing circuit.
Preferably, breath signal processing circuit and electrocardiogram signal processing circuit are contained in data acquisition box, data acquisition
Opening of the box removably across the open type vest and be connected to first side of open type vest and second side, from there through described
The first of the first side of open type vest, the second, the 4th conductive terminal of third conductive terminal and second side believes breathing collected
Number it is input to breath signal processing circuit, electrocardiosignal is input to electrocardiogram signal processing circuit；Data acquisition box includes inside
Battery.
Preferably, multiple notch are offered on the open type vest leading flank, for attached to user via the notch
External lead electrocardioelectrode.
Preferably, the signal of the external lead electrocardioelectrode acquisition is sent at the electrocardiosignal into the data acquisition box
Manage circuit.
Preferably, the open type vest is also further around the abdomen of user, and abdominal respiration sensor is further arranged；
Abdominal respiration sensor is made of the forniciform conducting wire used as inductor；Abdomen of the abdominal respiration sensor ring around user；
The first end of abdominal respiration sensor is connected to the 5th conductive terminal of the first side of the opening of open type vest, and second end is connected to out
6th conductive terminal of second side of the opening of formula vest；Five, the 6th conductive terminals are for being connected to ECG's data compression electricity
Road.
Preferably, described first, third conductive terminal is fixed on the first engaging portion；
Described second, the 4th conductive terminal is fixed on the second engaging portion.
Preferably, described first, third, the 5th conductive terminal are fixed on the first engaging portion；
Described second, the four, the 6th conductive terminals are fixed on the second engaging portion.
Preferably, first, second engaging portion is made of plastics, silica gel or rubber, is formed as the carrier of sheet.
Preferably, first, second engaging portion is by snap-fastener or magnetic nail in conjunction with data acquisition box.
It preferably, further comprise external power supply output terminal, external power supply output terminal is connected to outside by conducting wire
Battery, to be charged and/or be powered for data acquisition box.
The utility model cleverly uses sensor to solve the problems, such as this for electric connecting mode, and respiration transducer is not necessarily in neck
Portion's cabling.
The utility model uses inside and outside lead handoff technique, and vest can be using the fabric electrocardioelectrode acquisition being internally integrated
Electrocardio, the external crosslinking electrode piece acquisition electrocardio that easy plug can also be used solve convenient for accordingly being selected for different patients
Some patients are not suitable with the case where disposable Ag/AgCl electrode or textile electrode poor signal.
The utility model uses double cell technique, continues uninterrupted power supply.Dual-battery structure: using built-in, external double electricity
Pool structure, external cell is detachable and interchangeable, and internal cell can maintain continuous non-stop run during replacing battery, to realize
The continuous uninterrupted sampling of patient physiological data during in hospital.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the bio-signal acquisition open type vest of the prior art；
Fig. 2 is the positive structural schematic diagram of the first embodiment of the bio-signal acquisition open type vest of the application；
Fig. 3 is the signal of the first embodiment combined data collecting cassette of the bio-signal acquisition open type vest of the application
Figure；
The positive structural schematic diagram of the second embodiment of the bio-signal acquisition of Fig. 4 the application open type vest；
Fig. 5 is the signal of the second embodiment combined data collecting cassette of the bio-signal acquisition open type vest of the application
Figure；
Fig. 6 is the side schematic view of the second embodiment of the bio-signal acquisition open type vest of the application.
Specific embodiment
In the following, being described in detail in conjunction with bio-signal acquisition of the attached drawing to the utility model with open type vest.
Two embodiments are shown in the accompanying drawings with open type vest in the bio-signal acquisition of the utility model, one be include abdomen
Portion, one is only including chest (i.e. corselet).Although in attached drawing, in front side, which can also be with for the opening of open type vest
It is rear side, left side or right side.
In the first embodiment shown in Fig. 2,3, including chest respiration transducer 6 and electrocardioelectrode 5.
Chest respiration transducer 6 is curved conducting wire, is used as inductor.Its chest for surrounding user, is made with measurement
The chest breath signal of user.
Electrocardioelectrode 5 is textile electrode.Its skin contact with patient and the electrocardiosignal for measuring patient.
In the second embodiment shown in Fig. 4,5, abdominal respiration sensor 9 is still further comprised, with chest respiration transducer class
It seemingly, is also the bending wire used as inductor, to measure the abdominal respiration signal of user.
Sensor above is produced on vest, is a part of vest.
But the processing of the signal of sensor sensing, then it is to be completed by the data acquisition box except clothes.Data are adopted
Collecting in box includes breath signal processing circuit and electrocardiogram signal processing circuit, the two circuits are all the prior art, the application
Only the two circuits are placed in data acquisition box.
Chest respiration transducer 6, abdominal respiration sensor 9, electrocardioelectrode 5 are defeated by its signal by multiple conductive terminals 7 respectively
Out.
Breath signal processing circuit and electrocardiogram signal processing circuit in data acquisition box by data acquisition box bottom side with
When conductive terminal 7 contacts, it is connect by the contact point of data acquisition box bottom side with conductive electrode, thus by chest breath signal, abdomen
Breath signal is input to breath signal processing circuit, by electrocardiosignal input ecg signal processing circuit.
Conductive terminal can be fixed on the engaging portion made of rubber, silica gel or plastics etc..Engaging portion and data acquire
Box can be removably combined together by way of snap-fastener or magnetic nail 8.
Notch 4 can also be further set on vest, to paste external crosslinking electrode piece to user by notch 4, outside
Portion's crosslinking electrode piece can be connected on data acquisition box by way of grafting or magnetic and send electrocardiosignal to electrocardio and believe
Number processing circuit processes.It is not suitable with disposable Ag/AgCl electrode or textile electrode poor signal primarily directed to user
Situation.External lead can be 2,3,5,10 tunnel leads.
Data acquisition box has internal cell, can work independently.In addition, it can include external cell.External cell
It is detachably connected on vest.Two electrodes of external cell are separately connected with the conductive contact 1,2 on vest；Conductive contact
1,2 engaging portion is connected to by conducting wire 3, powered when data acquisition box is incorporated on engaging portion for data acquisition box, while right
Data acquisition box charging.
The connector of sensor is arranged in the left and right sides of vest opening, passes through data by the open type vest of the utility model
Collecting cassette is incorporated in opening two sides, and the physiological signal of acquisition is transmitted in data acquisition box, is effectively prevented in the prior art
The bring defect by the way of wraparound.
The open type vest of the utility model allows external lead electrocardio electrode plate to carry out electrocardiogram acquisition simultaneously, is believed electrocardio
Number acquisition useful supplement.
In addition, open type vest design external cell connection line, can be the number connecting with clothes by external cell
It powers and charges according to collecting cassette, improve the time span that physiological parameter continuously monitors.
Claims (10)
1. a kind of bio-signal acquisition open type vest can at least surround the chest of user；It is characterised by comprising: chest
Respiration transducer, electrocardioelectrode；
Chest respiration transducer is made of the forniciform conducting wire used as inductor；Chest of the chest respiration transducer around user
Portion；The first end of chest respiration transducer is connected to the first conductive terminal of the first side of the opening of open type vest, second end connection
To second conductive terminal of second side of the opening of open type vest；
Electrocardioelectrode includes the first, second textile electrode；First textile electrode is connected to the first side of the opening of open type vest
Third conductive terminal, the 4th textile electrode are connected to the 4th conductive terminal of second side of the opening of open type vest；
First, second conductive terminal is for being connected to breath signal processing circuit；
Third, the 4th conductive terminal are for being connected to electrocardiogram signal processing circuit.
2. bio-signal acquisition as described in claim 1 open type vest, it is characterised in that:
Breath signal processing circuit and electrocardiogram signal processing circuit are contained in data acquisition box, data acquisition box removably across
The opening of the open type vest and be connected to first side of open type vest and second side, from there through the open type vest first
The first of side, breath signal collected is input to breathing by the second, the 4th conductive terminal of third conductive terminal and second side
Electrocardiosignal is input to electrocardiogram signal processing circuit by signal processing circuit；Data acquisition box includes internal cell.
3. bio-signal acquisition as claimed in claim 2 open type vest, it is characterised in that:
Multiple notch are offered on the open type vest leading flank, for adhering to the external lead heart to user via the notch
Electrode.
4. bio-signal acquisition as claimed in claim 3 open type vest, it is characterised in that:
The signal of the external lead electrocardioelectrode acquisition send the electrocardiogram signal processing circuit into the data acquisition box.
5. bio-signal acquisition as described in claim 1 open type vest, it is characterised in that:
Abdominal respiration sensor is further arranged also further around the abdomen of user in the open type vest；Abdominal respiration sensing
Device is made of the forniciform conducting wire used as inductor；Abdomen of the abdominal respiration sensor ring around user；Abdominal respiration sensing
The first end of device is connected to the 5th conductive terminal of the first side of the opening of open type vest, and second end is connected to opening for open type vest
6th conductive terminal of second side of mouth；Five, the 6th conductive terminals are for being connected to electrocardiogram signal processing circuit.
6. bio-signal acquisition as described in claim 1 open type vest, it is characterised in that:
Described first, third conductive terminal is fixed on the first engaging portion；
Described second, the 4th conductive terminal is fixed on the second engaging portion.
7. bio-signal acquisition as claimed in claim 5 open type vest, it is characterised in that:
Described first, third, the 5th conductive terminal are fixed on the first engaging portion；
Described second, the four, the 6th conductive terminals are fixed on the second engaging portion.
8. the open type vest of bio-signal acquisition as claimed in claims 6 or 7, it is characterised in that:
First, second engaging portion is made of plastics, silica gel or rubber, is formed as the carrier of sheet.
9. bio-signal acquisition as claimed in claim 8 open type vest, it is characterised in that:
First, second engaging portion is by snap-fastener or magnetic nail in conjunction with data acquisition box.
10. the open type vest of bio-signal acquisition as claimed in claims 6 or 7, it is characterised in that:
It further comprise external power supply output terminal, external power supply output terminal is connected to external cell by conducting wire, for number
It is charged and/or is powered according to collecting cassette.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721036798 | 2017-08-18 | ||
| CN2017210367980 | 2017-08-18 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209122211U true CN209122211U (en) | 2019-07-19 |
Family
ID=67226633
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821028428.7U Active CN209122211U (en) | 2017-08-18 | 2018-07-02 | Bio-signal acquisition open type vest |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209122211U (en) |
-
2018
- 2018-07-02 CN CN201821028428.7U patent/CN209122211U/en active Active
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