A kind of ECG monitor Bluetooth communication modulesTechnical field
The utility model belongs to therapeutic treatment field, is related to a kind of ECG monitor Bluetooth communication modules, is related specifically toIt can be with a kind of ECG monitor Bluetooth communication modules of wireless transmission signal.
Background technology
Medical monitoring is generally divided into two kinds, one is traditional medical monitoring, refers to and is used specially by medical practitioner in hospitalInstrument to patient carry out physiological signal monitoring；Another kind is Novel medical monitoring, i.e. telemedicine monitoring system, it refer to bySufferers themselves or its family members use remote medical monitor instrument, and related doctor is sent in time as instrument physiological signal by obtained byIt is guarded；
Above two mode of monitoring is required for that monitoring probe being connected on patient body by wired mode, uses conducting wireECG monitor host is transmitted a signal to, since conducting wire is more, winding is easy to happen, makes troubles to the activity of patient, byIt is formed on the length of conducting wire so that patient can only restrain lies on one's sick bed, meanwhile, this mode of monitoring limitations are larger,It is difficult to and sign data is shown and observed anywhere or anytime；
Utility model content
The technical solution of the utility model is as follows：
A kind of ECG monitor Bluetooth communication modules are made of Bluetooth transmission module 1, signal processing module 2；
Wherein Bluetooth transmission module 1 by being arranged the probe socket to match with the plug of 4 one end of monitoring probe thereonIt is connect with monitoring probe 4；
It is provided with detachable battery in Bluetooth transmission module 1；
Signal processing module 2 is popped one's head in the plug 5 and the heart that socket matches by being arranged thereon with ECG monitor host 3Electric monitor host 3 connects；
It is provided with detachable battery in signal processing module 2；
The sign data of collection is transferred to Bluetooth transmission module 1 by monitoring probe 4, and Bluetooth transmission module 1 is by sign dataIt is converted to Bluetooth signal and is transmitted to signal processing module 2, signal processing module 2 transfers signals to the heart by interface 6 and plug 5Electric monitor host 3 shows that sign data is transferred to network by the corresponding sign data of screen display, synchronous signal processing module 2,Then it is handled by mobile receiving end and shows sign data；
The Bluetooth transmission module 1 can have several, and shape size is identical, and be provided with dovetail and the dovetail fourth of the twelve Earthly Branches,Each Bluetooth transmission module 1 can be used alone, and be used after can also being assembled by several Bluetooth transmission modules 1；
The signal processing module 2 can have several, and shape size is identical, and be provided with dovetail and the dovetail fourth of the twelve Earthly Branches,Several interfaces 6 are provided on signal processing module 2, each signal processing module 2 can be used alone, can also be by severalSignal processing module 2 uses after assembling；
The detachable battery is rechargeable lithium battary；
The detachable battery is can dry cell；
Signal effective propagation path between the Bluetooth transmission module 1 and signal processing module 2 is 8~15m；
The Bluetooth transmission frequency range of the Bluetooth transmission module 1 and signal processing module 2 uses class B standards.
The beneficial effects of the utility model：
(1) bluetooth module can be assembled freely, flexible and convenient to use.
(2) bluetooth transmission is used, the complicated transmission line of traditional ECG monitor is eliminated, enables patient in wardInterior freely activity.
(3) bluetooth module is low in energy consumption, small, detection time is long.
(4) sign data can not only be shown on ECG monitor host, can also be uploaded to internet high in the clouds, be passed throughMobile receiving end real-time processing data facilitates doctor to observe the sign data of patient whenever and wherever possible, is there is emergency situations time shiftDynamic receiving terminal embedded software can sound the alarm, and doctor is reminded to cope in time.
(5) uploading to the sign data in internet high in the clouds can permanently store, and doctor is facilitated to have access at any time.
Description of the drawings
Fig. 1 is the signal transmission schematic diagram of the utility model.
Fig. 2 is the signal processing module schematic diagram of the utility model.
Fig. 3 is the signal processing module interface diagram of the utility model.
Fig. 4 is that the short-range signal of the utility model transmits schematic diagram.
Fig. 5 is that the network signal of the utility model transmits schematic diagram.
Wherein, 1 is Bluetooth transmission module, and 2 be signal processing module, and 3 be ECG monitor host, and 4 pop one's head in for monitoring, 5Plug, 6 be interface, and 7 monitor sensor for pulse frequency, and 8 be blood pressure instrument, and 9 electrocardio patch sensors, 10 be network server, and 11 areMobile receiving end.
Specific implementation mode
The utility model is described in detail in conjunction with attached drawing：
As shown in Figure 1, shown in Figure 5, a kind of ECG monitor Bluetooth communication modules, by Bluetooth transmission module 1, signal processing mouldBlock 2 forms；Wherein Bluetooth transmission module 1 by being arranged the probe socket to match with the plug of 4 one end of monitoring probe thereonIt is connect with monitoring probe 4；It is provided with detachable battery in Bluetooth transmission module 1；
Signal processing module 2 is popped one's head in the plug 5 and the heart that socket matches by being arranged thereon with ECG monitor host 3Electric monitor host 3 connects；It is provided with detachable battery in signal processing module 2；
The sign data of collection is transferred to Bluetooth transmission module 1 by monitoring probe 4, and Bluetooth transmission module 1 is by sign dataIt is converted to Bluetooth signal and is transmitted to signal processing module 2, signal processing module 2 transfers signals to the heart by interface 6 and plug 5Electric monitor host 3 shows that sign data is transferred to network and taken by the corresponding sign data of screen display, synchronous signal processing module 2Sign data is uploaded to internet high in the clouds by business device 10, network server 10, is then connect by movement by wifi and mobile dataIt receives and receives and show sign data.
As shown in Figure 2 and Figure 3, dovetail and the dovetail fourth of the twelve Earthly Branches are provided on signal processing module 2, dovetail and the dovetail fourth of the twelve Earthly Branches can be withCooperate connection, several interfaces 6 are provided on signal processing module 2, and each signal processing module 2 can be used alone,It is used after can also being assembled by several signal processing modules 2.
Embodiment 1
In actual use, in the case that small range monitors in ward, with reference to figure 4, pulse frequency, the blood of patient need to be monitoredIn the case of pressure, EGC pattern:
Pulse frequency monitoring sensor 7, blood pressure instrument 8 and electrocardio patch sensor 9, pulse frequency monitoring are inserted in Bluetooth transmission module 1Sensor 7, blood pressure instrument 8 and the connection of electrocardio patch sensor 9 on a patient body, are provided with chargeable in Bluetooth transmission module 1Lithium battery, pulse frequency coffret, blood pressure data coffret and electrocardiosignal transmission are provided on signal processing module 2 and is connectMouthful, pulse frequency transmission plug one end is inserted on ECG monitor host 3, and the pulse frequency transmission that the other end is inserted in signal processing module 2 connectsOn mouth, blood pressure data transmission plug one end is inserted on ECG monitor host 3, and the other end is inserted in the blood pressure of signal processing module 2On data transmission interface, electrocardiosignal transmission plug one end is inserted on ECG monitor host 3, and the other end is inserted in signal processingOn the electrocardiosignal coffret of module 2；
The sign data of collection is transferred to bluetooth and sent out by pulse frequency monitoring sensor 7, blood pressure instrument 8 and electrocardio patch sensor 9Module 1 is penetrated, sign data is converted to Bluetooth signal and is transmitted to signal processing module 2, signal processing module by Bluetooth transmission module 12 transmit plug, blood pressure data transmission by pulse frequency coffret, blood pressure data coffret, electrocardiosignal coffret, pulse frequencyPlug and electrocardiosignal transmission plug transfer signals to ECG monitor host 3 and show the corresponding sign data of screen display.
Embodiment 2
In actual use, in actual use in the case where needing to carry out remote monitoring in real time, it with reference to figure 5, needsIn the case of monitoring the pulse frequency of patient, blood pressure, EGC pattern:
Pulse frequency monitoring sensor 7, blood pressure instrument 8 and electrocardio patch sensor 9, pulse frequency monitoring are inserted in Bluetooth transmission module 1Sensor 7, blood pressure instrument 8 and the connection of electrocardio patch sensor 9 on a patient body, are provided with chargeable in Bluetooth transmission module 1Lithium battery, pulse frequency coffret, blood pressure data coffret and electrocardiosignal transmission are provided on signal processing module 2 and is connectMouthful, pulse frequency transmission plug one end is inserted on ECG monitor host 3, and the pulse frequency transmission that the other end is inserted in signal processing module 2 connectsOn mouth, blood pressure data transmission plug one end is inserted on ECG monitor host 3, and the other end is inserted in the blood pressure of signal processing module 2On data transmission interface, electrocardiosignal transmission plug one end is inserted on ECG monitor host 3, and the other end is inserted in signal processingOn the electrocardiosignal coffret of module 2；
The sign data of collection is transferred to bluetooth and sent out by pulse frequency monitoring sensor 7, blood pressure instrument 8 and electrocardio patch sensor 9Module 1 is penetrated, sign data is converted to Bluetooth signal and is transmitted to signal processing module 2, signal processing module by Bluetooth transmission module 12 transmit plug, blood pressure data transmission by pulse frequency coffret, blood pressure data coffret, electrocardiosignal coffret, pulse frequencyPlug and electrocardiosignal transmission plug transfer signals to ECG monitor host 3 and show the corresponding sign data of screen display.
Sign data is transferred to network server 10 by synchronous signal processing module 2, and network server 10 is by sign dataInternet high in the clouds is uploaded to, is then received by mobile receiving end 11 and shown sign data by wifi and mobile data, it is mobileSpecial software is installed in receiving terminal 11, can show sign data, doctor is facilitated to see the sign data of patient whenever and wherever possibleIt examines, when there is emergency situations, 11 embedded software of mobile receiving end can sound the alarm, and doctor is reminded to cope in time.
The above description is only the embodiments of the present invention, is not intended to limit the utility model, for this fieldTechnical staff for, various modifications and changes may be made to the present invention.Within the spirit and principle of the utility model,Any modification, equivalent replacement, improvement and so on should be included within the scope of protection of this utility model.