CN205215214U - Flexible SMD bluetooth low energy electrocardio appearance - Google Patents

Flexible SMD bluetooth low energy electrocardio appearance Download PDF

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Publication number
CN205215214U
CN205215214U CN201521003245.6U CN201521003245U CN205215214U CN 205215214 U CN205215214 U CN 205215214U CN 201521003245 U CN201521003245 U CN 201521003245U CN 205215214 U CN205215214 U CN 205215214U
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electrocardiogram
module
flexible
electrode
ble
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赵晖
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Hangzhou Weiling Medical Technology Co.,Ltd.
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Wei Ling (hangzhou) Information Technology Co Ltd
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Abstract

The utility model relates to a flexible SMD bluetooth low energy electrocardio appearance. Aim at provides a simple structure, small, light in weight, convenient to use, handy flexible SMD bluetooth low energy electrocardio appearance. The scheme: flexible SMD bluetooth low energy electrocardio appearance, including heart electric sensor, BLE module and power module, wherein, heart electric sensor links to each other with the BLE module for acquire the electrocardiogram data who is surveyed the user, and carry out transmitting behind the filter amplifier module to BLE to it, the BLE module links to each other with outside intelligent terminal through the bluetooth for receive the electrocardiogram data that the transmission of heart electric sensor was come, and with its transmission to outside intelligent terminal, power module links to each other with heart electric sensor, BLE module respectively to provide operating voltage, heart electric sensor, BLE module and power module are integrated on the flexible parent metal through flexible electronics manufacturing technology, form flexible SMD circuit layer. Utility model mainly used electrocardiogram data's collection.

Description

A kind of flexible paste chip low-power consumption bluetooth electrocardiogram equipment
Technical field
This utility model relates to a kind of electrocardiogram equipment, and particularly a kind of flexible paste chip low-power consumption bluetooth electrocardiogram equipment, is mainly applicable to the collection of electrocardiogram (ECG) data.
Background technology
Heart disease is one of the principal disease threatening human life, and cardiopathic mortality rate still accounts for first place in the world, and therefore the control of cardiac system disease and diagnosis are the matters of utmost importance that current medical circle faces.
Conventional P C platform electrocardiogram equipment is expensive, bulky, and inconvenience is mobile, mainly concentrates on big-and-middle-sized hospital and uses.
Conventional portable electrocardiogram equipment is mainly used in recording electrocardiosignal with oneself.Portable electrocardiograph has more general application in the place such as hospital or sanatorium, but also has some to limit to, and as volume and weight is still comparatively large, adhesive electrode needs professional person to instruct, not Portable belt, needs user manually to record kinestate, uses loaded down with trivial details.
Various electrocardiogram equipment is compared as follows table,
Summary of the invention
The technical problems to be solved in the utility model is: provide for above-mentioned Problems existing the flexible paste chip low-power consumption bluetooth electrocardiogram equipment that a kind of structure is simple, volume is little, lightweight, easy to use, portable.
The technical scheme that this utility model adopts is: a kind of flexible paste chip low-power consumption bluetooth electrocardiogram equipment, and it comprises EGC sensor, BLE module and power module, wherein,
EGC sensor, is connected with BLE module, for obtaining the electrocardiogram (ECG) data of tested user, and transfers to BLE module after carrying out filter and amplification to it;
BLE module, is connected with external smart terminal by bluetooth, for receiving the electrocardiogram (ECG) data that EGC sensor transmits, and transmits it to external smart terminal;
Power module, is connected with EGC sensor, BLE module respectively, to provide running voltage;
Described EGC sensor, BLE module and power module are integrated on flexible parent metal by flexible electronic manufacturing technology, form flexible paste chip circuit layer.
Described bluetooth electrocardiogram equipment also comprises the motion detection sensor be connected with power module with BLE module respectively, for automatically detecting the kinestate of user and recording its exercise data, is transferred to BLE module; Described motion detection sensor is integrated on SMD circuit layer.
Described EGC sensor comprises for gathering electro-physiological signals to obtain electrode LA and the electrode RA of user's electrocardiogram (ECG) data, for removing the electrode RL of common mode Hz noise, and be connected with aforementioned each electrode and obtained electrocardiogram (ECG) data carried out to the ADC chip of filter and amplification; The outfan of described ADC chip is connected with BLE module.
Described BLE module comprises the micro-control unit, BLE chip and the antenna that are connected successively, and wherein micro-control unit is connected with motion detection sensor with described ADC chip respectively.
Described electrode LA, electrode RA and electrode RL are integrated on SMD circuit layer.
On described SMD circuit layer, the side that is provided with EGC sensor electrode is compounded with pressure-sensitive adhesive layer, comprises silver chloride composition and ensure good conduction, for electrocardiogram equipment is sticked on human body surface in pressure-sensitive adhesive layer.
Described SMD circuit layer opposite side is compounded with protective layer.
Described protective layer adopts gum nonwoven cloth material to make, and by cold abutted equipment and described SMD circuit layer compound.
The beneficial effects of the utility model are: 1, this utility model utilizes flexible electronic manufacturing technology by BLE (BluetoothLowEnergy Bluetooth Low Energy) chip, EGC sensor, MCU (MicroControlUnit micro-control unit), radio-frequency antenna composition flexible paste chip low-power consumption bluetooth electrocardiogram equipment, thoroughly solve that conventional portable electrocardiogram equipment volume is large, Heavy Weight, awkward problem.2, on SMD circuit, motion detection sensor is integrated with, effective recording user kinestate, as ecg analysis auxiliary data, solve conventional portable electrocardiogram equipment cannot the shortcoming of synchronous recording user movement state simultaneously, medically greatly facilitates doctor's analytical data.3, on SMD circuit layer, the side that is provided with EGC sensor electrode is compounded with pressure-sensitive adhesive layer, during use, electrocardiogram equipment is directly attached to rib cage areas, conveniently wears, solve user and wear inconvenient problem voluntarily.4, SMD structural design, soft comfortable, is attachable to human body and does 24 hours continuous cardioelectric monitors even more of a specified duration, easy to use.5, BLE technology (adopts variable connect hours interval, this interval can not be set to several milliseconds to several seconds not etc. according to embody rule) adopt connected mode very fast, therefore " disconnected " state (the saving energy) can be at ordinary times, now both link ends just knows the other side each other, only have and just open link where necessary, then within the time short as far as possible, close link, substantially increase service life.7, adopt low-power consumption Bluetooth technology, continuous acquisition and the monitoring of electrocardiogram (ECG) data can be realized, and more than 10 meters can be reached with the data transmitting range of external smart terminal room, realize real intelligent electrocardio and measure.8, electrode LA, RA and RL of electrocardiogram equipment are directly integrated on flexible paste chip circuit layer, greatly reduce the length of electrode cabling, at utmost can reduce the interference of electromagnetic field when gathering electrocardio small-signal.
Accompanying drawing explanation
Fig. 1 is structure diagram of the present utility model.
Fig. 2 is hierarchical diagram of the present utility model.
Fig. 3 is functional block diagram of the present utility model.
Detailed description of the invention
As shown in Figure 1-Figure 3, a kind of flexible paste chip of the present embodiment low-power consumption bluetooth electrocardiogram equipment utilizes flexible electronic manufacturing technology to be integrated on flexible parent metal by EGC sensor 1, BLE (BluetoothLowEnergy Bluetooth Low Energy) module 2, power module 3 and motion detection sensor 4, forms flexible paste chip circuit layer 7; Wherein,
EGC sensor 1, is connected with BLE module 2, for obtaining the electrocardiogram (ECG) data of tested user, and transfers to BLE module 2 after carrying out filter and amplification to it;
BLE module 2, is connected with external smart terminal by bluetooth, for receiving the data that EGC sensor 1 and motion detection sensor 4 transmit, and transmits it to external smart terminal;
Power module 3, is connected with motion detection sensor 4 with EGC sensor 1, BLE module 2, respectively to provide running voltage; This routine power module 3 adopts chargeable slim button cell, and electrocardiogram equipment charging contact is clipped on special charger about 12 hours can be full of, and is full of at every turn and can uses 24 hours continuously.
Motion detection sensor 4, be connected with BLE module 2, for automatically detecting the kinestate of user and recording its exercise data, be transferred to BLE module 2, exercise data can be recorded while record electrocardiogram (ECG) data, medically greatly facilitate doctor's analytical data.
Described EGC sensor 1 comprises for gathering electro-physiological signals to obtain electrode LA1-1 and the electrode RA 1-2 of user's electrocardiogram (ECG) data, for removing the electrode RL1-4 of common mode Hz noise, and be connected with aforementioned each electrode and obtained electrocardiogram (ECG) data carried out to the ADC chip 1-3 of filter and amplification; The outfan of described ADC chip 1-3 is connected with BLE module 2.Electrode LA1-1, RA1-2 and RL1-4 of electrocardiogram equipment are directly integrated on flexible paste chip circuit layer 7, greatly reduce the length of electrode cabling, at utmost can reduce the interference of electromagnetic field when gathering electrocardio small-signal.
Described BLE module 2 comprises micro-control unit 2-1, BLE chip 2-2 and antenna 2-3 that are connected successively, and wherein micro-control unit 2-1 is connected with motion detection sensor 4 with described ADC chip 1-3 respectively.The mode of operation of BLE technology is suitable for transmitting data from micro wireless sensor (exchanging a secondary data in every half second) or other peripheral hardware such as remote controller of using full asynchronous communication very much.The data volume considerably less (usual several byte) that these equipment sends, and transmission times also seldom (such as per second arrive several times once per minute, even less).
On described SMD circuit layer 7, the side that is provided with EGC sensor 1 electrode is compounded with pressure-sensitive adhesive layer 5, for electrocardiogram equipment is sticked on human body surface.Pressure-sensitive adhesive layer 5 described in the present embodiment has viscosity and is covered with protection base stock, and protection base stock of tearing during use, is attached to rib appointed part to specifications by electrocardiogram equipment, easy to use, good permeability, and no side effects.Pressure-sensitive adhesive layer 5 adopts the senior medical viscose glue of import, comprises silver chloride composition to ensure good conduction, when viscosity declines, can drench and naturally to dry in the shade afterwards, both can clean spot, viscose glue also can be made to recover viscosity with a small amount of clear water.Also directly can adopt the medical dual-side glue of good permeability, directly SMD circuit layer 7 be sticked on human body.
The opposite side of described SMD circuit layer 7 is compounded with protective layer 6, and this protective layer adopts gum nonwoven cloth material to make, and by cold abutted equipment and described SMD circuit layer 7 compound, to reduce impaired probability when SMD circuit layer 7 uses.
Described electrocardiogram equipment Length x Width meets ergonomics, and user can indicate to specifications and be pasted to rib assigned address voluntarily, does not need health care workers to instruct.
During the manufacturing; first the protective layer 6 gum non-woven fabrics made by cold abutted equipment and SMD circuit layer 7 laminating; adopt same way to be undertaken laminating by SMD circuit layer 7 another side and medical pressure-sensing glue-line 5 afterwards again, then through punching press cross cutting, form the shape needed.
During use, the protection base stock of pressure-sensitive adhesive layer 5 is peeled off, and under sticking one side being pasted onto the rib of user, external smart terminal is utilized to be connected by bluetooth and electrocardiogram equipment, the analog acquisition of human body electrocardio data that EGC sensor 1 will detect, motion detection sensor 4 acquires the kinestate of human body simultaneously, by micro-control unit 2-1 process, and save the data in the designated storage area of BLE chip 2-2, these data are sent to the client of external smart terminal by radio magnetic wave simultaneously, reach the object of electrocardio and kinestate measurement, user is by the real-time electrocardiogram (ECG) data of intelligent terminal App software inquiry and kinestate record.In addition, under can also controlling at the application software that smart mobile phone end is supporting, the data of acquisition preserved by Cloud Server simultaneously and share at Terminal Server Client, thus wireless radio-frequency, flexible electronic manufacturing technology, cloud service technology and the data processing technique based on cloud computing are perfectly combined.

Claims (9)

1. a flexible paste chip low-power consumption bluetooth electrocardiogram equipment, is characterized in that: it comprises EGC sensor (1), BLE module (2) and power module (3), wherein,
EGC sensor (1), is connected with BLE module (2), for obtaining the electrocardiogram (ECG) data of tested user, and transfers to BLE module (2) after carrying out filter and amplification to it;
BLE module (2), is connected with external smart terminal by bluetooth, for receiving the electrocardiogram (ECG) data that EGC sensor (1) transmits, and transmits it to external smart terminal;
Power module (3), is connected with EGC sensor (1), BLE module (2), respectively to provide running voltage;
Described EGC sensor (1), BLE module (2) and power module (3) are integrated on flexible parent metal by flexible electronic manufacturing technology, form flexible paste chip circuit layer (7).
2. flexible paste chip low-power consumption bluetooth electrocardiogram equipment according to claim 1, it is characterized in that: described bluetooth electrocardiogram equipment also comprises the motion detection sensor (4) be connected with power module (3) with BLE module (2) respectively, for automatically detecting the kinestate of user and recording its exercise data, be transferred to BLE module (2); Described motion detection sensor (4) is integrated on SMD circuit layer (7).
3. flexible paste chip low-power consumption bluetooth electrocardiogram equipment according to claim 2, it is characterized in that: described EGC sensor (1) comprises for gathering electro-physiological signals to obtain electrode LA (1-1) and the electrode RA (1-2) of user's electrocardiogram (ECG) data, for removing the electrode RL (1-4) of common mode Hz noise, and be connected with aforementioned each electrode and obtained electrocardiogram (ECG) data carried out to the ADC chip (1-3) of filter and amplification; The outfan of described ADC chip (1-3) is connected with BLE module (2).
4. flexible paste chip low-power consumption bluetooth electrocardiogram equipment according to claim 3, it is characterized in that: described BLE module (2) comprises the micro-control unit (2-1), BLE chip (2-2) and the antenna (2-3) that are connected successively, and wherein micro-control unit (2-1) is connected with motion detection sensor (4) with described ADC chip (1-3) respectively.
5. the flexible paste chip low-power consumption bluetooth electrocardiogram equipment according to claim 3 or 4, is characterized in that: described electrode LA (1-1), electrode RA (1-2) and electrode RL (1-4) are integrated on SMD circuit layer (7).
6. the flexible paste chip low-power consumption bluetooth electrocardiogram equipment according to claim 1 or 2 or 3 or 4, it is characterized in that: described SMD circuit layer (7) side that is upper, that be provided with EGC sensor (1) electrode is compounded with pressure-sensitive adhesive layer (5), for electrocardiogram equipment is sticked on human body surface.
7. flexible paste chip low-power consumption bluetooth electrocardiogram equipment according to claim 6, is characterized in that: described SMD circuit layer (7) opposite side is compounded with protective layer (6).
8. flexible paste chip low-power consumption bluetooth electrocardiogram equipment according to claim 7, is characterized in that: described protective layer (6) adopts gum nonwoven cloth material to make, and by cold abutted equipment and described SMD circuit layer (7) compound.
9. flexible paste chip low-power consumption bluetooth electrocardiogram equipment according to claim 6, is characterized in that: described pressure-sensitive adhesive layer (5) includes silver chloride composition.
CN201521003245.6U 2015-12-07 2015-12-07 Flexible SMD bluetooth low energy electrocardio appearance Active CN205215214U (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107361761A (en) * 2017-07-11 2017-11-21 东北大学 Portable electrocardiograph based on low-power consumption bluetooth

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107361761A (en) * 2017-07-11 2017-11-21 东北大学 Portable electrocardiograph based on low-power consumption bluetooth

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Effective date of registration: 20210121

Address after: 310000 6-1004, 6-1005, 501, 2 Baiyang street, Qiantang New District, Hangzhou City, Zhejiang Province

Patentee after: Hangzhou Weiling Medical Technology Co.,Ltd.

Address before: 310053 room b3117, 3rd floor, building 1 (North), 368 Liuhe Road, Binjiang District, Hangzhou City, Zhejiang Province

Patentee before: Weiling (Hangzhou) Information Technology Co.,Ltd.

TR01 Transfer of patent right