CN2524669Y

CN2524669Y - Household remote monitor for body health condition

Info

Publication number: CN2524669Y
Application number: CN 01271709
Authority: CN
Inventors: 王忠信; 秦岩; 全桂光; 吴世海; 邓志平; 杨波
Original assignee: SHENSHIHENG ELECTRONIC CO Ltd HARBIN CITY
Current assignee: SHENSHIHENG ELECTRONIC CO Ltd HARBIN CITY
Priority date: 2001-11-22
Filing date: 2001-11-22
Publication date: 2002-12-11
Anticipated expiration: 2011-11-22

Abstract

The utility model relates to a household type body health condition remote monitoring device which has a machine housing; a main circuit plate, a MODEM module, a voice module, a blood pressure pulse blood oxygen saturation degree, a liquid crystal display screen and an operation keypad are arranged in the machine housing in turn; the machine housing has the functions of the amplification and A/D transformation of measuring sensing signals of human body routine physiological indexes, data analysis processing, voice prompt remote telephone inquiry voice broadcast and remote transmittance. The device can monitor a plurality of physiological parameters, find disease in time, consult service center with difficult questions in time, transmit the monitored data to data processing system of the service center and analyze the monitored data; the utility model can be used as an instrument monitoring the body conditions of the old, the mobility-handicapped or the busy people, be networked with the service center and conveniently forms community medical health monitoring service system.

Description

Household type physical condition remote monitoring device

Technical field: this utility model relates to family healthcare equipment.

Background technology: at present, subhealth state and disease patient are a lot, and patient's ratio of wherein suffering from cardiac blood tubing disease is higher, and shows a rising trend, and its main cause is the serious day by day problem of an aging population.Progress along with science and technology and material and culture, living environment improves, the health care level is improved, people's average life is more and more longer, the aged is also more and more, therefore, it is important that old health status and daily life nursing just show day, and aging problem is just becoming the great social problem that the mankind face.Simultaneously, ill crowd's the problem that becomes younger also is the problem that struggle for existence caused that is on the rise at present.Youngster is had to existence in high strength, society with fast rhythm's environment, and ill probability strengthens.Design and a kind ofly can monitor people's health, prevent trouble before it happens, in time understanding the household type physical condition remote monitoring device of finding the disease omen has become urgent need.

The content of utility model: overcome the deficiencies in the prior art, design a kind of multiple physiological parameter of health of monitoring, in time find the state of an illness, knotty problem is in time seeked advice to service centre, and Monitoring Data can be sent to service centre's data handling system, analyze Monitoring Data, and the monitoring device that has archives to put on record, be household type physical condition remote monitoring device, form by main frame and portable cardiac monitor.Main frame has a casing, main circuit board, MODEM module, voice module, blood pressure pulse blood oxygen saturation module, inflator pump, air bleeding valve, loudspeaker etc. are housed in it successively, and fixative crystal display screen, operation push-button, photosensitive probe and display lamp, various interface or socket on it, inflator pump, air bleeding valve, measuring blood pressure then link to each other with pressure transducer on the blood pressure pulse blood oxygen saturation module by picture glue conduit with oversleeve.Host circuit is made up of the microprocessor of 16 bit that is connected by circuit successively, electric power management circuit, LCD demonstration control and interface circuit, data storage circuitry, calendar clock circuit, key circuit and MODEM module interface, 1-wire temperature sensor interface, blood pressure pulse blood oxygen saturation module interface, voice module interface, electrocardio module interface etc.This novel device has following advantage:

1, multi-functional, measuring multiple parameters.Can detect body temperature, blood pressure, the rhythm of the heart, blood oxygen saturation, electrocardiogram, pulse waveform figure, and have the analyzing and processing function.

2, the multi-user uses and the monitoring result storage.Can use for all kinsfolks, measurement result is preserved, can consult the statistics such as the curve of cyclical fluctuations of the blood pressure week or the moon easily.

3, Xian Jin data compression, decompression processing.The ECG data amount was very huge in 24 hours, had only by high efficiency compress technique, just may be stored in the multi-lead electrocardiogram (ECG) data in the solid-state memory.

4, advanced software analysis is handled means.It is protean that abnormal electrocardiogram is reflected on the EGC pattern, want accurately to judge the abnormal electrocardiogram type, must be analyzed the difference electrocardiogram (ECG) data that leads, carry out a large amount of anomalous discriminations and handle computing, therefore utilize the very limited single-chip microcomputer of resource to finish ecg analysis, it is impossible not having advanced, processing means efficiently.

5, the blood pressure and pulse comparison of wave shape is analyzed.Measurement to blood pressure, the rhythm of the heart, pulse wave is melted into a whole through the relative analysis of blood pressure and pulse wave, and more accurate, more stable pressure value is provided, and reflects painstaking effort management mechanical performance simultaneously to a certain extent.

6, remote phone inquiry and phonetic synthesis are reported.Can carry out remote inquiry by phone to measurement data, all data can be reported by speech synthesis technique, also can carry out voice suggestion to instrumentation, report test result.

7, adopt multiple advanced person's Data Transport Protocol, realize co-ordination between each functional module.For giving full play to the difference in functionality of each device, monobus data transmission technology, I have been adopted ²Communication technologys such as C bussing technique, SPI, self-defined high speed serialization make each functional module or device realize the hight coordinate operation.

8, the high speed teletransmission of measurement data and teletransmission in real time.Utilize telephone wire to be transferred to service centre measurement data such as electrocardio, can realize the high-speed transfer that happens suddenly, also can realize measuring in real time transmission, for remote diagnosis provides technical support.

9, large-screen lc Display Technique.Utilize 240 * 128 lattice lcds screen display digit, Chinese character and waveform and figure, measurement result is come into plain view.

10, adopt advanced human-computer interaction interface.Adopt complete Chinese icon menu operation interface, make operation easier, more directly perceived, more efficient.

11, the green energy conservation technology of super low-power consumption.Adopt low-power consumption chip and advanced power management techniques, make Overall Power Consumption minimum, can use dry cell power supply for a long time, make product satisfy the green energy conservation requirement.

Can break away from main frame when cardioelectric monitor instrument monitoring electrocardio and use separately, this instrument is analyzed the ECG information of being gathered, compress, store, and passes through SPI interface and host communication when needing to show electrocardiogram or remote transmission.

This monitoring device has that good looking appearance is generous, compact conformation is reasonable, complete function is original, the characteristics such as acceptance that are easy to low cost.

Description of drawings:

Fig. 1 is the utility model front view;

Fig. 2 is a main frame internal structure view;

Fig. 3 is a main frame frame for movement sketch map;

Fig. 4 is a host circuit johning knot composition;

Fig. 5 is this utility model circuit structure diagram;

Fig. 6 is this utility model circuit theory diagrams;

The specific embodiment: household type physical condition remote monitoring device, it has a casing, and main circuit board 2, MODEM module 3, voice module 4, blood pressure pulse blood oxygen saturation module 5, inflator pump 8, air bleeding valve 9, battery case 10 etc. are housed in it.MODEM module 3, voice module 4, blood pressure pulse blood oxygen saturation module 5 are fixed on the main circuit board 2 by connector.Main circuit board 2, LCDs 6, inflator pump 8, air bleeding valve 9, battery case 10, operation push-button 7, loudspeaker 11, photosensitive probe 12 and display lamp 13, various interface and socket all are fixed on the casing 1, and inflator pump 8, air bleeding valve 9, measuring blood pressure link to each other with pressure transducer on the blood pressure pulse blood oxygen saturation module 5 by rubber tube with oversleeve 25.Host circuit mainly is made up of microprocessor of 16 bit MCU (14), electric power management circuit (15), LCD demonstration control and interface circuit (16), data storage circuitry (17), calendar clock circuit (18), key circuit (19), MODEM module interface (20), 1-wire temperature sensor interface (21), blood pressure pulse blood oxygen saturation module interface (22), voice module interface (23), electrocardio module interface (24) etc., sees Fig. 5.Its electrical schematic diagram is seen Fig. 6.Among Fig. 6, T1, T2, T3, U3, U6 and peripheral circuits thereof constitute electric power management circuit (15), by the P1.0 foot control system electric power starting of MCU with close.BATT2 is the rechargeable battery of powering to MCU specially, and MCU is waken up from the economize on electricity sleep pattern when start key KON presses, and its P1.0 foot output high level is with energized.U5, X1, T4, T5, T6, LCD1 and peripheral circuit thereof constitute LCD and show control and interface circuit (16), wherein U5, U4A, X1B, X1C, X1D, T5, T6 etc. constitute liquid crystal display contrast numerical control regulating circuit, by P6.6 foot and the P6.7 foot control system contrast of MCU (14).U4A, X1A, T4 etc. constitute the LCD backlight control circuit.U2 and peripheral composition data memory circuit (13) thereof are used for storing all Monitoring Data except that electrocardio.U7 and peripheral formation calendar clock circuit (18) thereof provide information such as monitoring date for system.The P2.4-P2.7 of KON, K1-K4, R12-R15 and MCU (14) constitutes key circuit (19), and the combining screen menu is finished all feature operations.P4 mouth, P5 mouth, P1.5-P1.7, P6.0, P6.1, P6.4 etc. by MODEM1 interface, MCU (14) constitute MODEM module interface (20) and control circuit; P1.2, P1.3 foot and BLOOD1 interface by R11, MCU (14) constitute blood pressure pulse blood oxygen saturation module interface (22) and serial data transmission circuit; Constitute voice module interface (23) circuit by the P3.1-P3.5 foot of MCU (14), P1.1 foot, ISD1 interface etc.; The P3.0-P3.3 of MCU (14), CARDIOGRAPH1 interface etc. constitute electrocardio module interface (24).

Claims

1, a kind of household type physical condition remote monitoring device, it is characterized in that: it has a casing, main circuit board is housed in it successively, the MODEM module, voice module, blood pressure pulse blood oxygen saturation module, LCDs, operation push-button etc., MODEM module wherein, voice module and blood pressure pulse blood oxygen saturation module are fixed on the main circuit board by connector, main circuit board, LCDs, inflator pump, air bleeding valve, battery case, operation push-button, loudspeaker, photosensitive probe and display lamp, interface and socket all are fixed on the casing, inflator pump, air bleeding valve, measuring blood pressure links to each other host circuit by the microprocessor of 16 bit that is connected by circuit successively with oversleeve by the pick off on rubber catheter and the blood pressure pulse blood oxygen saturation module, electric power management circuit, LCD shows control and interface, data storage circuitry, the calendar clock circuit, key circuit and MODEM module interface, the 1-wire temperature sensor interface, blood pressure pulse blood oxygen saturation module interface, the voice module interface, compositions such as electrocardio module interface.

2, monitoring device as claimed in claim 1 is characterized in that: said electric power management circuit is made up of the corresponding I/O line of T1, T2, U3, U6 and MCU.

3, as claim 1, described monitoring device is characterized in that: said LCD shows that control and interface circuit are made of U5, X1, T4, T5, T6, LCD1 and peripheral circuit thereof.

4, monitoring device as claimed in claim 1 is characterized in that: said MODEM module interface and control circuit are made of P4 mouth, P5 mouth, P1.5-P1.7, P6.0, P6.1, the P6.4 of MCU.

5, monitoring device as claimed in claim 1 is characterized in that: said blood pressure pulse blood oxygen saturation module interface and serial data transmission circuit are made of P1.2, P1.3 foot and the BLOOD1 interface of MCU.

6, monitoring device as claimed in claim 1 is characterized in that: said voice module interface circuit is made of P3.1-P3.5 foot, P1.1 foot, the ISD1 interface of MCU.

7, monitoring device as claimed in claim 1 is characterized in that: said electrocardio module interface is made of P3.0-P3.3, the CARDIOGRAPH1 interface of MCU.