CN202210341U

CN202210341U - Remote physiological data transmitter

Info

Publication number: CN202210341U
Application number: CN2011202840227U
Authority: CN
Inventors: 肖兰
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-08-06
Filing date: 2011-08-06
Publication date: 2012-05-02
Anticipated expiration: 2021-08-06

Abstract

A remote physiological data transmitter comprises a main-control module, a hand-operated physiological data input module, an automatic physiological data receiving module and a GPRS (General Packet Radio Service) transmission module, and is characterized in that the main-control module is connected with the hand-operated physiological data input module, the automatic physiological data receiving module and the GPRS transmission module respectively, the automatic physiological data receiving module receives physiological detection data from a traditional acquisition instrument through a standard serial port and then outputs the physiological detection data to the main-control module; as for an acquisition instrument without a transmission interface, the data can be input into the main-control module through the hand-operated physiological data input module; and the main-control module transmits the received physiological data to a data receiving center in a hospital through the GPRS transmission module for monitoring and management.

Description

Physiological data remote transmission device

Technical field

The utility model relates to a kind of data transmission set, especially a kind of physiological data remote transmission device.

Background technology

Along with the development of medical industry, tele-medicine becomes the direction of development gradually.Under many circumstances, all require the patient's of collection in worksite various physiological parameters are passed to hospital or central station.As with patient's on the emergency tender data transmission to hospital, and to general non-inpatient's monitoring conditions etc.Traditional physiology is gathered the remote transmission that medical device can't be realized data.

Summary of the invention

For a change above-mentioned traditional physiology is gathered the shortcoming of medical device, and the utility model provides a kind of physiological data remote transmission device.

The utility model comprises main control module, the manual load module of physiological data, physiological data automatic reception module, GPRS transport module; It is characterized in that; Main control module is connected with the manual load module of physiological data, physiological data automatic reception module, GPRS transport module respectively; The serial ports of physiological data automatic reception module through standard exported to main control module after receiving the physical detection data of traditional acquisition instrument; The acquisition instrument that does not possess transmission interface; Can enter data into main control module through the manual load module of physiological data, main control module is monitored the physiological data that receives and manage through the Data Receiving center that the GPRS transport module is transferred to hospital.

The beneficial effect of the utility model is, adopted wireless remote transmission physiological data information, and the dirigibility that has improved equipment has higher utility, economic worth.

Description of drawings:

Fig. 1 is the schematic diagram of the utility model, and Fig. 2 is the utility model electricity structural drawing.

Embodiment:

As shown in Figure 1; The utility model comprises the manual load module of main control module 1, physiological data 2, physiological data automatic reception module 3, GPRS transport module 4; It is characterized in that; Main control module 1 is connected with the manual load module of physiological data 2, physiological data automatic reception module 3,4 of GPRS transport modules respectively; The serial ports of physiological data automatic reception module 3 through standard exported to main control module 1 after receiving the physical detection data of traditional acquisition instrument; The acquisition instrument that does not possess transmission interface can enter data into main control module 1 through the manual load module 2 of physiological data, and main control module 1 is monitored the physiological data that receives and manage through the Data Receiving center that GPRS transport module 4 is transferred to hospital.

As shown in Figure 2, main control module 1 has adopted AT89C51, and trigger collection is connected to 0 extra portion interrupt pin (INT0), and timer 0 is made as continuous timing.Interrupt whenever INT0 produces, be about to timer 0 records of values.Serial port of single chip computer is made as mode 1, and baud rate is 9600bps, 1 position of rest, no parity.After powering on, at first send to E5112 (through 16C550 string and conversion) ISP telephone number, user name and user cipher frame are set, wherein the ISP telephone number is necessary for " * 99# ", and user name and user cipher can be provided with arbitrarily, but can not be sky.After the success, again to the instruction of E5112 Sending dialled number, wait acknowledge frame; When receiving PPP agreement success frame, dial-up success then, otherwise need to continue dialing until till the success (after the dial-up success; Network just connects to be set up always, can send immediately when having data to send, and need not redial).Then; Send SOCKET to E5112 frame is set; The IP address and the port of this locality, far-end are set, and like success, then the point-to-point communication environment is set up; Call transmission TCP Frame and just can send data with transmission UDP Frame, its data place the data field of TCP and UDP Frame.What physiological data automatic reception module 3 adopted is the rs-232 standard serial ports, through the baud rate of the automatic recognition data inlet flow of main control module.GPRS gathers mould 4 and adopts Motorola G18, is Motorola embedded three 900/1800/1900MHz GSM/GPRS module frequently.G18 is connected with outside through 36 pin ZIF sockets (or the double pin type socket of 28 pins).Comprise analog voice I/O and digital speech input/output interface in 36 needle sockets, outside SIM card reader interface, and RS-232 serial communication interfaces (3V CMOS logic level).Owing to only used data-transformation facility, and module has built-in SIM card reader, so only used the RS-232 serial communication interface in the total interface.This interface adopts the serial asynchronous communication mode, can discern baud rate (300bps, 1200bps, 2400bps, 4800bps, 9600bps, 19200bps) automatically.Under data-transmission mode, the communication of the initialization of G18, function control and data is all carried out through RS-232 serial asynchronous communication interface, and therefore, this module is simple relatively with outside hardware interface, is that the RS-232 interface of standard connects method.

Claims

1. physiological data remote transmission device; Comprise main control module (1), the manual load module of physiological data (2), physiological data automatic reception module (3), GPRS transport module (4); It is characterized in that main control module (1) is connected with the manual load module of physiological data (2), physiological data automatic reception module (3), GPRS transport module (4) respectively.