CN102521525B - Ultrasonic diagnostic information comprehensive processing system with RFID (radio frequency identification) function - Google Patents
Ultrasonic diagnostic information comprehensive processing system with RFID (radio frequency identification) function Download PDFInfo
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Abstract
The invention relates to an ultrasonic diagnostic information comprehensive processing system with an RFID (radio frequency identification) function. A hardware portion includes an ultrasonic diagnostic instrument, an RFID tag, an RFID receiver and an RFID transmitter, and the RFID receiver and the RFID transmitter are disposed on a probe or a host of the ultrasonic diagnostic instrument. A software portion consists of an ultrasonic diagnostic module, and the ultrasonic diagnostic module comprises a control sub-module, a diagnostic information acquisition sub-module, an RFID reading and writing identification sub-module, an RFID reading sub-module, an RFID writing sub-module and an information comprehensive management sub-module. The information comprehensive management sub-module integrates RFID information from the RFID reading sub-module, diagnostic information from the diagnostic information acquisition sub-module and original diagnostic information records from an information storage area to form a current diagnostic information record, restores the current diagnostic information record and simultaneously writes the current diagnostic information record into the RFID tag, accordingly, the complete record of an examined object is stored in the RFID tag, the purpose that the RFID tag of the examined object carries more basic information and diagnostic information is realized, and the basic information and the diagnostic information are processed comprehensively.
Description
Technical field
The present invention relates to a kind of compuscan, relate in particular to a kind of Ultrasonic Diagnosis informix disposal system of the RFID of possessing function.
Background technology
Current compuscan, its hardware components comprises diagnostic ultrasonic equipment (comprising ultrasonic probe and diagnostic ultrasonic equipment main frame), the general function that only possesses the diagnostic message (generally referring to image information) that gathers measurand, software section comprises the Ultrasonic Diagnosis module of being located on diagnostic ultrasonic equipment main frame, receive the diagnostic message from ultrasonic probe, and be stored in information storage district.In the compuscan of some higher-end, Ultrasonic Diagnosis module also comprises that diagnostic message is analyzed submodule and diagnostic message is processed submodule, and diagnostic message is done to certain analysis and processing.
Radio RF recognition technology (Radio Frequency Identification, RFID) is a non-contact automatic identification technology from the twentieth century rise nineties.A set of RFID recognition system, generally includes RFID label (or RFID mark), RFID receiver and RFID transmitter; For RFID label, by RFID transmitter, using the radiowave of certain frequency as carrier (being the radiofrequency signal of transmitting certain frequency), in advance the sequence number that represents measurand (comprising human body, animal or other object) is modulated, encoded, and be written in RFID label; And RFID receiver receives the radiofrequency signal that RFID label sends, it is decoded, restore the sequence number that represents accordingly measurand, be by RFID receiver, read RFID label, obtain the information of measurand, thus identification measurand.RFID transmitter is to utilize RF-wise to carry out noncontact two-way communication, to reach automatic identification destination object and to obtain related data, has that precision is high, accommodative ability of environment is strong, anti-interference many advantages such as strong, swift to operate.
In recent years, radio RF recognition technology is applied gradually in compuscan, but its application is quite limited, general is by RFID transmitter, the ID mark of measurand to be written in RFID label, or the ID that reads measurand by RFID receiver from RFID label identifies, for the kind of measurand, the essential informations such as title or other essential characteristic, need to adopt the mode of keyboard to carry out manual typing, manual typing is more loaded down with trivial details, cause overall inefficiency, carrying out manual typing at Test Field also easily makes mistakes, operating difficulties degree is large, the information storing in the RFID label of measurand very little, cannot carry the historical diagnostic message of measurand, and cannot be to the ID mark of measurand, essential information and diagnostic message are carried out overall treatment, reduce the utilization factor of diagnostic ultrasonic equipment.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of Ultrasonic Diagnosis informix disposal system of the RFID of possessing function, the RFID label that this Ultrasonic Diagnosis informix disposal system can realize measurand carries more essential information and diagnostic message, and essential information and diagnostic message are carried out to overall treatment.The technical scheme adopting is as follows:
A kind of Ultrasonic Diagnosis informix disposal system that possesses RFID function, comprise hardware components and software section, hardware components comprises diagnostic ultrasonic equipment, RFID label, RFID receiver and RFID transmitter, RFID receiver and RFID transmitter are arranged on the probe or main frame of diagnostic ultrasonic equipment, it is characterized in that:
Described software section comprises Ultrasonic Diagnosis module, and Ultrasonic Diagnosis module comprises that control submodule, diagnostic message collection submodule, RFID read-write recognin module, RFID read submodule, RFID writes submodule and information comprehensive management submodule;
Control submodule sends respectively diagnostic message collection signal, RFID read-write gathers submodule, RFID read-write recognin module to diagnostic message;
Diagnostic message gathers submodule and receives from the diagnostic message collection signal of controlling submodule, send the probe of diagnostic message acquisition instructions to diagnostic ultrasonic equipment, and receive diagnostic message from the probe of diagnostic ultrasonic equipment, then diagnostic message is sent to information comprehensive management submodule;
RFID read-write recognin module receives from the RFID read-write of controlling submodule, after judgement, send respectively RFID read output signal, RFID write signal to RFID read submodule, RFID writes submodule;
RFID reads submodule and receives the RFID read output signal from RFID read-write recognin module, send RFID sense order to RFID receiver, and receive the RFID information from RFID label from RFID receiver, then RFID information is sent to information comprehensive management submodule;
Information comprehensive management submodule receive from RFID read submodule RFID information, carry out self-diagnosis information and gather the diagnostic message of submodule, and from information storage district, read original record of diagnostic information according to the ID mark in RFID information, according to RFID information, diagnostic message and original record of diagnostic information, form a current record of diagnostic information, and by current record of diagnostic information writing information storage area, cover original record of diagnostic information, or current record of diagnostic information is exported for diagnosis;
RFID writes submodule and receives the RFID write signal from RFID read-write recognin module, and from the current record of diagnostic information of information comprehensive management submodule, send RFID and write instruction and current record of diagnostic information to RFID transmitter, be written in RFID label by RFID transmitter.
Above-mentioned information storage district refers on diagnostic ultrasonic equipment main frame or the webserver that, for storing the storage area of diagnostic message, above-mentioned software section can be arranged on diagnostic ultrasonic equipment main frame or the webserver.This Ultrasonic Diagnosis informix disposal system that possesses RFID function is applicable to unit or multimachine internet, in the time being applied to multimachine internet, as long as build LAN (Local Area Network) according to conventional method, realizes resource sharing just passable.
In the time being applied to multimachine internet, record of diagnostic information is stored in the webserver, and each terminal in internet is all by Ultrasonic Diagnosis informix disposal system, according to the record of diagnostic information of storing in the ID identification access server in RFID information.Should be material, parts or other article for measurand like this, and be conducive to the fast propagation of information, material, parts or other article be identified fast; Be human body for measurand, be conducive to plural consultation, on the one hand can make the state of an illness quick and precisely be made a definite diagnosis, can make on the other hand patient finish Ultrasonic Diagnosis just can obtain medical treatment scheme or medicine distribution at once, save patient's time, also improved the efficiency of hospital simultaneously.
The present invention reads submodule by setting up RFID at software section, RFID writes submodule and information comprehensive management submodule, after measurand detects, information comprehensive management submodule (is the record of diagnostic information of carrying in the RFID label of measurand in conjunction with the RFID information of reading submodule from RFID, comprise ID mark, essential information and historical diagnostic message), carry out the diagnostic message that self-diagnosis information gathers submodule, and from the original record of diagnostic information in information storage district, form a current record of diagnostic information, again when preservation, be written in RFID label, in RFID label, just there is the complete documentation about measurand, in the time reading RFID label next time, just can obtain the historical diagnostic message of measurand, as the reference of diagnosis next time, or current record of diagnostic information is directly exported for diagnosis, thereby the RFID label of having realized measurand carries more essential information and diagnostic message, and essential information and diagnostic message are carried out to overall treatment.Be that material, parts or other article are particularly simple for measurand, as long as it is just passable to read RFID label.And be human body, animal, plant etc. for measurand, in the time reading RFID label, just can obtain the medical history of measurand, compare to facilitate with current diagnostic result, make diagnosis more accurately, this hereditary history researching human body, animal also plays very important effect.
Due to the effect of RFID writing module, can in advance ID mark, the essential information (kind, title or other essential characteristic etc.) of measurand be write in inserting RFID tags, time is more abundant, and environment is light, there is again the sufficient time repeatedly to proofread, essential information can accurately be write, guarantee the accuracy of again reading from RFID label; For same class measurand, its essential information is substantially identical, all has less difference, can copy in batch, and slightly make an amendment in order, saves the plenty of time, increases work efficiency; In the time that measurand is detected to (diagnosis), in diagnosis, read the essential information of measurand, without spending the more time to carry out loaded down with trivial details typing operation, make testing process more smooth, greatly improve the work efficiency of the diagnostic ultrasonic equipment that possesses RFID function.
As preferred version of the present invention, it is characterized in that: described record of diagnostic information comprises ID marking variable, multiple essential information variable and multiple diagnostic message variable.For example, for the record of diagnostic information of human body, can comprise following data structure: ID mark; Essential information comprises name, sex, age, date of birth, marital status, occupation, work unit, address, contact method, blood group, height, body weight, drug allergy history etc.; Diagnostic message comprises the analysis of medical ultrasonic image record, medical ultrasonic image record and report, first visit medical history record, further consultation medical history record, emergency record record, laboratory test report (survey report) etc.According to actual conditions, build the concrete data structure of its record of diagnostic information for animal or workpiece.
As the further preferred version of the present invention, it is characterized in that: in described information comprehensive management submodule, be provided with tentative diagnosis information recording variable, tentative diagnosis information recording variable is used for depositing from information storage district and reads original record of diagnostic information; The RFID information of reading submodule from RFID is all write in current record of diagnostic information, by each diagnostic message in tentative diagnosis information recording variable all with current record of diagnostic information in each diagnostic message compare, if it is not identical, diagnostic message in tentative diagnosis information recording variable is added in current record of diagnostic information, the diagnostic message of the last submodule of self-diagnosis information collection from the beginning is in the future added in current record of diagnostic information.Compare with the RFID information of reading submodule from RFID by reading original record of diagnostic information in self-information in future storage area, not identically just add, the diagnostic message of the last submodule of self-diagnosis information collection from the beginning is in the future added in current record of diagnostic information, forms a more complete current record of diagnostic information.
As preferred version of the present invention, it is characterized in that: described Ultrasonic Diagnosis module also comprises syndrome module, before the writing or read of RFID information, RFID information is carried out to verification.Syndrome module is set RFID information is carried out to verification, error correction.
As preferred version of the present invention, it is characterized in that: described Ultrasonic Diagnosis module also comprises format conversion submodule, before the writing or read of RFID information, RFID information is carried out to standardization conversion.Consider Method of Data Organization conversion and the compatibility different with standard between different testing agencies, for example the patient's of A hospital RFID can realize after data layout transforms and automatically importing in the system of B hospital to B hospital, realizes the rear comprehensive analysis of transferring of patient information between Different hospital.
The present invention compared with prior art, tool has the following advantages: adopt the mode that record of diagnostic information is set, carry out entirety and write or read, the RFID label of realizing measurand carries more essential information and diagnostic message, and essential information and diagnostic message are carried out to overall treatment.
Brief description of the drawings
Accompanying drawing is the program structure diagram of Ultrasonic Diagnosis module in the preferred embodiment for the present invention.
Embodiment
Be described further below in conjunction with accompanying drawing and the preferred embodiment of the present invention.
This Ultrasonic Diagnosis informix disposal system that possesses RFID function, comprises hardware components and software section.
Hardware components comprises diagnostic ultrasonic equipment, RFID label, RFID receiver and RFID transmitter, and RFID receiver and RFID transmitter are arranged on the probe or main frame of diagnostic ultrasonic equipment.
As shown in drawings, software section comprises Ultrasonic Diagnosis module, and Ultrasonic Diagnosis module comprises that control submodule 1, diagnostic message collection submodule 2, RFID read-write recognin module 3, RFID read submodule 4, RFID writes submodule 5, information comprehensive management submodule 6, syndrome module 7 and format conversion submodule 8.
Control submodule 1 and send respectively diagnostic message collection signal, RFID read-write to diagnostic message collection submodule 2, RFID read-write recognin module 3.
Diagnostic message gathers submodule 2 and receives from the diagnostic message collection signal of controlling submodule 1, send the probe 9 of diagnostic message acquisition instructions to diagnostic ultrasonic equipment, and receive diagnostic message from the probe 9 of diagnostic ultrasonic equipment, then diagnostic message is sent to information comprehensive management submodule 6.
RFID read-write recognin module 3 receives from the RFID read-write of controlling submodule 1, after judgement, send respectively RFID read output signal, RFID write signal to RFID read submodule 4, RFID writes submodule 5.
RFID reads submodule 4 and receives the RFID read output signal from RFID read-write recognin module 3, send RFID sense order and give RFID receiver 10 through format conversion submodule 8, syndrome module 7, and the RFID information receiving from RFID label 11 from RFID receiver 10, carry out verification, carry out standardization conversion through format conversion submodule 8 through syndrome module 7, then RFID information is sent to information comprehensive management submodule 6.
In information comprehensive management submodule 6, be provided with tentative diagnosis information recording variable, tentative diagnosis information recording variable is used for depositing from information storage district 12 and reads original record of diagnostic information.Record of diagnostic information comprises ID marking variable, multiple essential information variable and multiple diagnostic message variable.Information comprehensive management submodule 6 receive from RFID read submodule 4 RFID information, carry out self-diagnosis information and gather the diagnostic message of submodule 2, and from information storage district 12, read original record of diagnostic information according to the ID mark in RFID information; The RFID information of reading submodule 4 from RFID is all write in current record of diagnostic information, in self-information storage area 12, read original record of diagnostic information in the future and deposit in tentative diagnosis information recording variable; By each diagnostic message in tentative diagnosis information recording variable all with current record of diagnostic information in each diagnostic message compare, if it is not identical, diagnostic message in tentative diagnosis information recording variable is added in current record of diagnostic information, the diagnostic message of the last submodule 2 of self-diagnosis information collection from the beginning is in the future added in current record of diagnostic information; By in current record of diagnostic information writing information storage area 12, cover original record of diagnostic information, or current record of diagnostic information is exported for diagnosis.
RFID writes submodule 5 and receives the RFID write signal from RFID read-write recognin module 3, and from the current record of diagnostic information of information comprehensive management submodule 6, send RFID and write instruction and current record of diagnostic information, carry out standardization conversion, carry out verification through syndrome module 7 through format conversion submodule 8, then send to RFID transmitter 13, be written in RFID label 11 by RFID transmitter 13.
Read submodule 4 by set up RFID at software section, RFID writes submodule 5 and information comprehensive management submodule 6, after measurand detects, information comprehensive management submodule (is the record of diagnostic information of carrying in the RFID label 11 of measurand in conjunction with the RFID information of reading submodule 4 from RFID, comprise ID mark, essential information and historical diagnostic message), carry out the diagnostic message that self-diagnosis information gathers submodule 2, and from the original record of diagnostic information in information storage district 12, form a current record of diagnostic information, again when preservation, be written in RFID label 11, in RFID label 11, just there is the complete documentation about measurand, in the time reading RFID label 11 next time, just can obtain the historical diagnostic message of measurand, as the reference of diagnosis next time, or current record of diagnostic information is directly exported for diagnosis, thereby realize the overall treatment to diagnostic message.
Claims (5)
1. possesses the Ultrasonic Diagnosis informix disposal system of RFID function, comprise hardware components and software section, hardware components comprises diagnostic ultrasonic equipment, RFID label, RFID receiver and RFID transmitter, RFID receiver and RFID transmitter are arranged on the probe or main frame of diagnostic ultrasonic equipment, it is characterized in that:
RFID label is arranged in measurand;
Described software section comprises Ultrasonic Diagnosis module, and Ultrasonic Diagnosis module comprises that control submodule, diagnostic message collection submodule, RFID read-write recognin module, RFID read submodule, RFID writes submodule and information comprehensive management submodule;
Control submodule sends respectively diagnostic message collection signal, RFID read-write gathers submodule, RFID read-write recognin module to diagnostic message;
Diagnostic message gathers submodule and receives from the diagnostic message collection signal of controlling submodule, send the probe of diagnostic message acquisition instructions to diagnostic ultrasonic equipment, and receive diagnostic message from the probe of diagnostic ultrasonic equipment, then diagnostic message is sent to information comprehensive management submodule;
RFID read-write recognin module receives from the RFID read-write of controlling submodule, after judgement, send respectively RFID read output signal, RFID write signal to RFID read submodule, RFID writes submodule;
RFID reads submodule and receives the RFID read output signal from RFID read-write recognin module, send RFID sense order to RFID receiver, and receive the RFID information from RFID label from RFID receiver, then RFID information is sent to information comprehensive management submodule;
Information comprehensive management submodule receive from RFID read submodule RFID information, carry out self-diagnosis information and gather the diagnostic message of submodule, and from information storage district, read original record of diagnostic information according to the ID mark in RFID information, according to RFID information, diagnostic message and original record of diagnostic information, form a current record of diagnostic information, and by current record of diagnostic information writing information storage area, cover original record of diagnostic information, or current record of diagnostic information is exported for diagnosis;
RFID writes submodule and receives the RFID write signal from RFID read-write recognin module, and from the current record of diagnostic information of information comprehensive management submodule, send RFID and write instruction and current record of diagnostic information to RFID transmitter, be written in RFID label by RFID transmitter.
2. Ultrasonic Diagnosis informix disposal system as claimed in claim 1, is characterized in that: described record of diagnostic information comprises ID marking variable, multiple essential information variable and multiple diagnostic message variable.
3. Ultrasonic Diagnosis informix disposal system as claimed in claim 2, it is characterized in that: in described information comprehensive management submodule, be provided with tentative diagnosis information recording variable, tentative diagnosis information recording variable is used for depositing from information storage district and reads original record of diagnostic information; The RFID information of reading submodule from RFID is all write in current record of diagnostic information, by each diagnostic message in tentative diagnosis information recording variable all with current record of diagnostic information in each diagnostic message compare, if it is not identical, diagnostic message in tentative diagnosis information recording variable is added in current record of diagnostic information, the diagnostic message of the last submodule of self-diagnosis information collection from the beginning is in the future added in current record of diagnostic information.
4. Ultrasonic Diagnosis informix disposal system as claimed in claim 1, is characterized in that: described Ultrasonic Diagnosis module also comprises syndrome module, before the writing or read of RFID information, RFID information is carried out to verification.
5. Ultrasonic Diagnosis informix disposal system as claimed in claim 1, is characterized in that: described Ultrasonic Diagnosis module also comprises format conversion submodule, before the writing or read of RFID information, RFID information is carried out to standardization conversion.
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| US20150272553A1 (en) * | 2014-04-01 | 2015-10-01 | General Electric Company | Ultrasound probe for automated management of data entry for a patient |
| CN105286795A (en) * | 2015-10-20 | 2016-02-03 | 赵立荣 | Obstetrics image clinic diagnosis apparatus |
| CN107978363B (en) * | 2017-11-29 | 2022-04-01 | 上海联影医疗科技股份有限公司 | Matching processing method and system for medical image system and medical image system |
| CN108013901A (en) * | 2017-12-15 | 2018-05-11 | 宋秀云 | Micro color ultrasound probe |
| CN108324320B (en) * | 2018-02-02 | 2021-02-09 | 青岛市妇女儿童医院（青岛市妇幼保健院、青岛市残疾儿童医疗康复中心、青岛市新生儿疾病筛查中心） | Ultrasonic probe connecting system and method thereof |
| CN108186048B (en) * | 2018-02-02 | 2021-01-29 | 深圳市圣祥高科技有限公司 | Wireless ultrasonic probe management system and method thereof |
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Address after: 515041 No. 77 Jinsha Road, Guangdong, Shantou Patentee after: Shantou Ultrasonic Instrument Research Institute Co., Ltd Address before: 515041 No. 77 Jinsha Road, Jinping District, Guangdong, Shantou Patentee before: SHANTOU INSTITUTE OF ULTRASONIC INSTRUMENTS Co.,Ltd. |