CN204520679U - A kind of earphone-type cardiac diagnosis lead device - Google Patents

A kind of earphone-type cardiac diagnosis lead device Download PDF

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Publication number
CN204520679U
CN204520679U CN201520220921.9U CN201520220921U CN204520679U CN 204520679 U CN204520679 U CN 204520679U CN 201520220921 U CN201520220921 U CN 201520220921U CN 204520679 U CN204520679 U CN 204520679U
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control part
hand control
conducting wire
ear portions
usb interface
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肖殿清
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肖殿清
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Abstract

This utility model provides a kind of earphone-type cardiac diagnosis lead device, comprises two earplugs, electrocardio chip and conducting wire, and described electrocardio chip is connected with two earplugs respectively by conducting wire; Each described earplug comprise interconnective enter ear portions and hand control part, described in enter ear portions and be connected with conducting wire by hand control part; Described enter ear portions comprise mesh electrode and infrared detector, described in enter ear portions one end and be connected with hand control part, other end ecto-entad is provided with infrared detector and mesh electrode successively; Collection blood oxygen saturation and temperature data are sent to electrocardio chip by described infrared detector respectively; Described hand control part comprises electrode slice and elastic switch, described hand control part one end with enter ear portions and be connected.There is provided a kind of for general population, not only accurately, but also gather temperature, blood oxygen saturation, the ECG data of user health whenever and wherever possible, be also easy to carry and operate cardiac diagnosis lead device.

Description

A kind of earphone-type cardiac diagnosis lead device
Technical field
This utility model belongs to technical field of medical instruments, particularly relates to a kind of cardiac diagnosis lead device of the diseases monitoring to body sign information based on earphone-type.
Background technology
Along with the continuous progress and development of society, the disease information of combined with intelligent monitoring mobile phone human body has become a kind of development trend.It can whenever and wherever possible to the information implementing monitoring of human body, prophylactic generation.Make the animation of people better, live more healthy.
But there is following shortcoming in the traditional electrocardiogram monitoring of smart mobile phone monitoring system to people:
(1) Electrocardiograph, the bluetooth collecting cassette of use, is connected patient by conducting wire and gathers electrocardiosignal, the data of collection are sent to palm PC, palm PC completes 12 in real time and to lead synchronous acquisition, and reported by computer printout.Can not meet patient to monitor anywhere or anytime, individual is difficult to carry, and price is higher, and can only be applicable to medical institutions.
(2) the built-in formula electrocardiograph that leads of smart mobile phone formula, i.e. heartbeat scholar one class, it is long range electrocardiographicmonitor monitor, 24 hours cardioelectric monitors can be provided for user, can gather, show, store, send the ECG information of user, the data that the multi-joint electrode adopted with existing hospital is monitored are variant, and accuracy rate is not high, and can not blood oxygen saturation be monitored, key is that the expense collected is high.
(3) external formula of leading, gather electrocardiosignal by external conducting wire link patient, the data of collection are sent to smart mobile phone through carrying blue-tooth device, and smart mobile phone sends to server terminal by network.But the equipment of external formula of leading installs needs and smart mobile phone is formed supporting, and information gathering needs independent external power supply to provide power, and be not easy to operation after external installation and carry.
Utility model content
Technical problem to be solved in the utility model overcomes above-mentioned deficiency, there is provided a kind of for general population, can accurately, the data such as temperature, blood oxygen saturation, electrocardiogram of user health, the earphone-type cardiac diagnosis lead device being also easy to carry and operating can be gathered again whenever and wherever possible.
The technical scheme that this utility model solves the problems of the technologies described above is as follows: a kind of earphone-type cardiac diagnosis lead device, comprises two earplugs, electrocardio chip and conducting wire, and described electrocardio chip is connected with two earplugs respectively by conducting wire;
Each described earplug comprise interconnective enter ear portions and hand control part, described in enter ear portions and be connected with conducting wire by hand control part;
Described enter ear portions comprise mesh electrode and infrared detector, described in enter ear portions one end and be connected with hand control part, other end ecto-entad is provided with infrared detector and mesh electrode successively; Collection blood oxygen saturation and temperature data are sent to electrocardio chip by described infrared detector respectively;
Described hand control part comprises electrode slice and elastic switch, described hand control part one end with enter ear portions and be connected, center or the side side ecto-entad of the other end are provided with elastic switch and electrode slice successively; Being in disconnection or closure state by controlling described elastic switch, by electrode slice and the conducting of described electrocardio chip time closed, control described electrode slice and the electrocardiogram (ECG) data of electrode slice collection is sent to electrocardio chip.
The beneficial effects of the utility model are: the monitoring equipment being provided with a set of monitoring user body sign information on described earplug, not only normally can use earplug, the position of electrode slice arranges and goes for various difform earphone, and each monitoring equipment need not provide external power source separately, the supporting control of combined with intelligent mobile phone, if be easy to carry and be easy to operation; And this device low price, be easy to promote, the information truth degree of collection is high, facilitates user to use anywhere or anytime.
On the basis of technique scheme, this utility model can also do following improvement.
Further, described electrocardio chip comprises ADC analog to digital converter, harvester, communication unit, the outfan of described harvester connects the input of ADC analog to digital converter, and the described outfan of ADC analog to digital converter is connected with the input of communication unit.
Further, described infrared detector connects the input of described harvester, according to infrared detector described in the pulse signal that smart mobile phone sends, collection blood oxygen saturation and temperature data are sent to ADC analog to digital converter respectively, described ADC analog to digital converter changes into digital signal to the blood oxygen saturation received and temperature data respectively, and sending to described communication unit, the digital signal received can externally send by described communication unit;
Another input of described harvester is connected with described mesh electrode one end.
Further, described electrocardio chip also comprises the first USB interface and secondary USB interface, and described first USB interface connects two described earplugs respectively by conducting wire; Described secondary USB interface is by conducting wire frames connecting with headphone plug, and described first USB interface and secondary USB interface are for transmitting the electrocardio of collection, blood oxygen saturation and temperature data.
Further, described earplug inside is provided with speaker, for playing the sound that described communication unit sends; Conducting wire between described earplug and described first USB interface is provided with mike, and for the sound of recording is sent to described communication unit, the acoustical signal received can externally send by described communication unit.
Further beneficial effect: not only can receive sound by speaker, can also utilize microphone records sound to be sent to smart mobile phone by the plug connected.
Accompanying drawing explanation
Fig. 1 is the structure chart of a kind of earphone-type cardiac diagnosis lead device described in specific embodiment of the utility model 1;
Fig. 2 is the structure chart of electrocardio chip of the present utility model;
Fig. 3 is the flow chart of ear type cardiac diagnosis lead device of the present utility model work;
Fig. 4 is the structure chart of a kind of earphone-type cardiac diagnosis lead device described in specific embodiment of the utility model 2.
In accompanying drawing, the list of parts representated by each label is as follows:
1, earplug, 2, speaker, 3, elastic switch, 4, electrode slice, 5, mesh electrode, 6, infrared detector, 7, mike, 8, electrocardio chip, 9, enter ear portions, 10, hand control part, the 21, first USB interface, 25, secondary USB interface, 11, conducting wire, 12, headset plug, 22, harvester, 23, ADC analog to digital converter, 24, communication unit.
Detailed description of the invention
Be described principle of the present utility model and feature below in conjunction with accompanying drawing, example, only for explaining this utility model, is not intended to limit scope of the present utility model.
As shown in Figure 1 to Figure 2, be a kind of earphone-type cardiac diagnosis lead device described in this utility model specific embodiment 1, comprise two earplugs 1, electrocardio chip 8 and conducting wire 11, described electrocardio chip 8 is connected with two earplugs 1 respectively by conducting wire 11;
Each described earplug 1 comprise interconnective enter ear portions 9 and hand control part 10, described in enter ear portions 9 and be connected with conducting wire 11 by hand control part 10;
Described enter ear portions 9 comprise mesh electrode 5 and infrared detector 6, described in enter ear portions 9 one end and be connected with hand control part 10, other end ecto-entad is provided with infrared detector 6 and mesh electrode 5 successively; Collection blood oxygen saturation and temperature data are sent to electrocardio chip 8 by described infrared detector 6 respectively;
Described hand control part 10 comprises electrode slice 4 and elastic switch 3, described hand control part 10 one end with enter ear portions 9 and be connected, the center ecto-entad of the other end is provided with elastic switch 3 and electrode slice 4 successively; Being in disconnection or closure state by controlling described elastic switch 3, by electrode slice 3 and the conducting of described electrocardio chip 8 time closed, control described electrode slice 3 and the electrocardiogram (ECG) data that electrode slice 3 gathers is sent to electrocardio chip 8.
Described electrocardio chip 8 comprises ADC analog to digital converter 23, harvester 22, communication unit 24, the outfan of described harvester 22 connects the input of ADC analog to digital converter 23, and the outfan of described ADC analog to digital converter 23 is connected with the input 24 of communication unit; Described communication unit 24 has the effect of input electrocardiogram (ECG) data, temperature value and blood oxygen saturation, also has the ability transmitting low and high level to the described infrared detector 6 linked; Described communication unit connects smart mobile phone, by smart mobile phone screen display out.
Described infrared detector 6 connects the input of described harvester 22, according to infrared detector 6 described in the pulse signal that smart mobile phone sends, collection blood oxygen saturation and temperature data are sent to ADC analog to digital converter 23 respectively, described ADC analog to digital converter 23 changes into digital signal to the blood oxygen saturation received and temperature data respectively, and sending to described communication unit 24, the digital signal received can externally send by described communication unit 24;
In this example, the pulse signal that described infrared detector 6 sends according to smart mobile phone, during described pulse signal, the cycle is the low and high level of 2S, when described communication unit 24 receives high level, described infrared detector 6 coordinates described harvester 22, starts the blood oxygen saturation gathering user; When described communication unit 24 receives low level, described infrared detector 6 coordinates described harvester 22, starts to gather user body temperature value.
Another input of described harvester 22 is connected with described mesh electrode 5 one end.
Described electrocardio chip 8 also comprises the first USB interface 21 and secondary USB interface 25, and described first USB interface 21 connects two described earplugs 1 respectively by conducting wire 11; Described secondary USB interface 25 connects earplug 1 plug by conducting wire 11, and described first USB interface 21 and secondary USB interface 25 are for transmitting the electrocardio of collection, blood oxygen saturation and temperature data.
In this example, described first USB interface 21 and described secondary USB interface 25 are for after preventing described electrocardio chip 8 from breaking down, can not gather and transmit data and instruction, with described secondary USB interface 25, the described electrocardio chip 8 wherein broken down can be replaced by described first USB interface 21.Described first USB interface 21 can patch USB with described secondary USB interface simultaneously, adds the compatibility of whole cardiac diagnosis lead device.
Described earplug 1 inside is provided with speaker 2, for playing the sound that described communication unit 24 sends; Conducting wire between described earplug 1 and described first USB interface 21 is provided with mike 7, and for the sound of recording is sent to described communication unit 24, the acoustical signal received can externally send by described communication unit 24.
In this example, two earplugs 1 are filled in ear, by the intelligent mobile phone terminal software connected, earplug 1 infrared detector 6 described in each starts to carry out temperature value collection or blood oxygen saturation collection to the ear of contact according to low and high level, and the temperature value gathered by two infrared detectors 6 and blood oxygen saturation are sent to electrocardio chip 8, described electrocardio chip 8 be averaged respectively value calculate, send to smart mobile phone to show.Described electrocardio chip 8 preferably god reads the BMD101 electrocardio chip of science and technology, and its volume is little, low in energy consumption, single lead signals input.The power supply of whole device is powered by smart mobile phone.
When measuring electrocardiogram, take off earplug 1, two earplugs 1 are put into right-hand man respectively stably, left and right both hands thumb is pressed close in speaker 2 front of earplug 1, compresses the elastic switch 3 of earplug 1 hand control part 10 rear end respectively with forefinger.Ensure that described elastic switch 3 is electrode slices 4 that conducting connects, now control by smart mobile phone the electrode slice 4 that electrocardio chip 8 connects again and start to gather electrocardiogram (ECG) data, and the electrocardiogram (ECG) data of collection is sent to smart mobile phone shows.
As shown in Figure 3, be the flow chart of ear type cardiac diagnosis lead device of the present utility model work.
The sign information of health is gathered with electrode slice 4 by the Infrared Detectors 6 on earplug 1, and the temperature information of collection, electrocardiogram (ECG) data, blood oxygen saturation are sent to intelligent mobile phone terminal and show, and be saved on the storage card of smart mobile phone, simultaneously also can by wireless network synchronizations such as G net or WIFI to data center, carry out contrasting and store, reach the long-term information monitoring of user health and collection, allow user more can understand the biological information of oneself in real time.
As shown in Figure 4, for a kind of earphone-type cardiac diagnosis lead device described in this utility model specific embodiment 1, it is different from the position of elastic switch 3 that its structure removes electrode slice 4, other various pieces are all identical with embodiment 1, described hand control part 10 comprises electrode slice 4 and elastic switch 3, described hand control part 10 one end with enter ear portions 9 and be connected, the side ecto-entad of the hand control part 10 of each described earplug 1 is provided with elastic switch 3 and electrode slice 4 successively; Being in disconnection or closure state by controlling described elastic switch 3, by electrode slice 3 and the conducting of described electrocardio chip 8, controlling described electrode slice 3 and the electrocardiogram (ECG) data of collection is sent to electrocardio chip 8.
When measuring electrocardiogram, take off earplug 1, two earplugs 1 are put into right-hand man respectively stably, speaker 2 front of earplug 1 is pressed close to left and right both hands forefinger and is referred to, compresses the elastic switch 3 of earplug 1 hand control part 10 rear end respectively with thumb.Ensure that described elastic switch 3 is electrode slices 4 that conducting connects, now control by smart mobile phone the electrode slice 4 that electrocardio chip 8 connects again and start to gather electrocardiogram (ECG) data, and the electrocardiogram (ECG) data of collection is sent to smart mobile phone shows.
The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all within spirit of the present utility model and principle, any amendment done, equivalent replacement, improvement etc., all should be included within protection domain of the present utility model.

Claims (5)

1. an earphone-type cardiac diagnosis lead device, comprises two earplugs, electrocardio chip and conducting wire, it is characterized in that, described electrocardio chip is connected with two earplugs respectively by conducting wire;
Each described earplug comprise interconnective enter ear portions and hand control part, described in enter ear portions and be connected with conducting wire by hand control part;
Described enter ear portions comprise mesh electrode and infrared detector, described in enter ear portions one end and be connected with hand control part, other end ecto-entad is provided with infrared detector and mesh electrode successively; Collection blood oxygen saturation and temperature data are sent to electrocardio chip by described infrared detector respectively;
Described hand control part comprises electrode slice and elastic switch, described hand control part one end with enter ear portions and be connected, center or the side side ecto-entad of the other end are provided with elastic switch and electrode slice successively; Being in disconnection or closure state by controlling described elastic switch, by electrode slice and the conducting of described electrocardio chip time closed, control described electrode slice and the electrocardiogram (ECG) data of electrode slice collection is sent to electrocardio chip.
2. a kind of earphone-type cardiac diagnosis lead device according to claim 1, it is characterized in that, described electrocardio chip comprises ADC analog to digital converter, harvester, communication unit, the outfan of described harvester connects the input of ADC analog to digital converter, and the described outfan of ADC analog to digital converter is connected with the input of communication unit.
3. a kind of earphone-type cardiac diagnosis lead device according to claim 2, it is characterized in that, described infrared detector connects the input of described harvester, according to infrared detector described in the pulse signal that smart mobile phone sends, collection blood oxygen saturation and temperature data are sent to ADC analog to digital converter respectively, described ADC analog to digital converter changes into digital signal to the blood oxygen saturation received and temperature data respectively, and sending to described communication unit, the digital signal received can externally send by described communication unit;
Another input of described harvester is connected with described mesh electrode one end.
4. a kind of earphone-type cardiac diagnosis lead device according to claim 2, it is characterized in that, described electrocardio chip also comprises the first USB interface and secondary USB interface, and described first USB interface connects two described earplugs respectively by conducting wire; Described secondary USB interface is by conducting wire frames connecting with headphone plug, and described first USB interface and secondary USB interface are for transmitting the electrocardio of collection, blood oxygen saturation and temperature data.
5. a kind of earphone-type cardiac diagnosis lead device according to any one of claim 1-4, described earplug inside is provided with speaker, for playing the sound that described communication unit sends; Conducting wire between described earplug and described first USB interface is provided with mike, and for the sound of recording is sent to described communication unit, the acoustical signal received can externally send by described communication unit.
CN201520220921.9U 2015-04-13 2015-04-13 A kind of earphone-type cardiac diagnosis lead device Active CN204520679U (en)

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Application Number Priority Date Filing Date Title
CN201520220921.9U CN204520679U (en) 2015-04-13 2015-04-13 A kind of earphone-type cardiac diagnosis lead device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520220921.9U CN204520679U (en) 2015-04-13 2015-04-13 A kind of earphone-type cardiac diagnosis lead device

Publications (1)

Publication Number Publication Date
CN204520679U true CN204520679U (en) 2015-08-05

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