CN114783614A - Blood safety management system with information tracking function based on Internet of things technology - Google Patents
Blood safety management system with information tracking function based on Internet of things technology Download PDFInfo
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- 230000015572 biosynthetic process Effects 0.000 abstract 1
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- 206010011409 Cross infection Diseases 0.000 description 3
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Abstract
The invention discloses a blood safety management system with an information tracking function based on the technology of Internet of things, which relates to the technical field of information and comprises an intention donor information acquisition system, an intention donor information checking system, a blood information coding system, an authority management system and a link supervision system; through carrying out the comprehensive investigation to blood donor's identity information and blood information before blood sampling of blood sampling system, can effectively prevent to carry the blood donation of blood infectious disease, invalid blood collection work not only can be avoided in this operation, can also reduce blood collection personnel at the risk of blood collection process, through standardizing registration and code to the blood of gathering, the formation two-dimensional code can be convenient for the later stage to carry out the whole retrospection of process to the blood of gathering, the security of blood has been ensured, supervise the management to whole blood management process through setting up authority management system and link supervisory systems, can further improve the standardability and the security of blood management.
Description
Technical Field
The invention relates to the technical field of information, in particular to a blood safety management system with an information tracking function based on the technology of the Internet of things.
Background
With the deep development of the blood transfusion industry, the nation puts higher requirements on blood quality and blood transfusion safety. Currently, the general flow of blood management business is: the method comprises the steps of blood donation registration, blood collection, blood sample detection, qualified blood warehousing, warehousing management, blood ex-warehousing and hospital supply (or other blood products) for patients.
In the current blood safety management technology, the blood state of a donor cannot be accurately known through simple information acquired in the blood donation registration process, and whether the acquired blood is qualified healthy blood or not can be analyzed through a professional technical analysis means after the blood is acquired, so that the consumed manpower and material resources are large in the process; in addition, the blood is a substance which is very easy to deteriorate, and if the environmental conditions are not appropriate, the quality of the blood is damaged, so that the real-time monitoring of the quality of the blood in the processes of storage and transportation is also very critical. Therefore, the invention provides a blood safety management system with an information tracking function based on the technology of the Internet of things, and aims to overcome the defects in the prior art.
Disclosure of Invention
In view of the above problems, an object of the present invention is to provide a blood safety management system with an information tracking function based on the internet of things technology, which can effectively prevent blood donation from being performed by a donor with a blood infectious disease by comprehensively investigating the identity information and blood information of the blood donor before blood collection by a blood collection system, and can avoid ineffective blood collection, reduce the risk of blood collection personnel during blood collection, and avoid cross infection.
In order to achieve the purpose, the invention provides the following technical scheme:
the blood safety management system with the information tracking function based on the internet of things technology comprises an intention donor information acquisition system, an intention donor information verification system, a blood information coding system, an authority management system and a link supervision system;
the intention donor information collection system is used for carrying out standardized collection and registration on the information of the donors who intentionally carry out blood donation, and forming an intention donor identity information base by the collected and registered information;
the intention donor information checking system is used for comparing the intention donor identity information base with a medical information base of the medical system, judging whether blood infectious diseases exist in the intention donor or not, and marking a judgment result under the corresponding donor item of the intention donor identity information base;
the blood information coding system is used for carrying out standardized registration and coding on collected blood after the blood collection of the blood collection system, and specifically comprises: storing the donor identity information, the collection time, the collector identity information, the transfer information, the storage environment parameters, the blood receiver information and the warehousing information corresponding to the collected blood on a storage device of the collected blood in a two-dimensional code mode;
the authority management system is used for generating corresponding authority codes to carry out authority distribution and management on operators of the intention donor information acquisition system, the intention donor information verification system and the blood information coding system;
the link supervision system is used for performing irregular random spot check on the operation links of the intention donor information collection system, the intention donor information checking system, the blood information coding system and the authority management system, judging whether the operation links of the intention donor information collection system, the intention donor information checking system, the blood information coding system and the authority management system have irregular behaviors or not, and then performing standardized adjustment processing according to the judgment result.
The further improvement lies in that: the intention donor information collection system is used for checking whether blood infectious diseases exist in the intention donor in a direct inquiry mode when the information of the intention donor is collected and registered in a standardized mode, and directly abandoning the information collection and registration of the intention donor if the intention donor feedbacks that the blood infectious diseases exist in the intention donor.
The further improvement is that: the intention donor information checking system also comprises a step of updating the intention donor identity information base after marking the judgment result under the corresponding donor entry of the intention donor identity information base, wherein the intention donor identity information base is firstly removed from the intention donor identity information base with blood infectious diseases to form a standard intention donor identity information base for blood sampling by the blood sampling system.
The further improvement is that: after the intention donor information checking system marks the judgment result under the corresponding donor entry of the intention donor identity information base, the intention donor information checking system also comprises the steps of sorting intention donor information contents with blood infectious diseases in the intention donor identity information base, forming a forbidden list and uploading the forbidden list to the blood sampling system and the medical system.
The further improvement is that: the blood sampling system comprises all blood sampling stations which are networked, including but not limited to urban blood sampling stations and provincial blood sampling stations, and the medical system comprises all medical institutions which are networked, including but not limited to rural medical institutions, district medical institutions, urban medical institutions and provincial medical institutions.
The further improvement is that: each operator in the intention donor information collection system, the intention donor information checking system and the blood information coding system only has corresponding authority in the system to which the operator belongs, and each operator obtains operation authority through the corresponding authority code when performing related behavior operation in the system to which the operator belongs.
The further improvement is that: when the blood information coding system is used for carrying out standardized registration and coding on collected blood, the two-dimensional code generated after coding is encrypted and subjected to anti-theft processing, and when the two-dimensional code is used for carrying out reverse tracing, the information stored in the two-dimensional code can be checked after the real-time code is obtained through the dynamic code device.
The further improvement is that: after the blood information coding system carries out standardized registration and coding on the collected blood, the information content contained in the two-dimensional code is irrevocable, and when the information content contained in the two-dimensional code has a modification mark, the collected blood is judged to be abnormal blood and is not allowed to enter the next link for use.
The further improvement lies in that: the authority management system comprises a verification unit, wherein the verification unit is used for verifying the process that the corresponding authority codes are used by the operators to carry out the corresponding system, and the authority management system can generate the next corresponding authority codes after the verification result is abnormal.
The further improvement is that: when the link supervision system judges that the intention donor information acquisition system, the intention donor information verification system, the blood information coding system and the authority management system have irregular behaviors in the operation link, the link supervision system immediately reverses all operations in the tracing system and timely corrects the traced irregular behaviors.
The beneficial effects of the invention are as follows:
according to the invention, the comprehensive investigation is carried out on the identity information and the blood information of the blood donor before the blood sampling of the blood sampling system, so that the blood donor with a blood infectious disease can be effectively prevented from donating blood, the operation can not only avoid invalid blood collection work, but also reduce the risk of blood collection personnel in the blood collection process, and can avoid cross infection;
according to the invention, through standardized registration and coding of the collected blood, the formed two-dimensional code can facilitate the whole process tracing of the collected blood in the later period, and the safety of the blood is ensured;
the invention can further improve the standard and safety of blood management by arranging the authority management system and the link monitoring system to monitor and manage the whole blood management process.
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FIG. 1 is a schematic diagram of the framework of the system of the present invention.
Detailed Description
In order to further understand the present invention, the following detailed description will be made with reference to the following examples, which are only used for explaining the present invention and are not to be construed as limiting the scope of the present invention.
According to fig. 1, the embodiment provides a blood safety management system with an information tracking function based on the internet of things technology, which comprises an intention donor information collection system, an intention donor information verification system, a blood information coding system, an authority management system and a link supervision system;
the intention donor information collecting system is used for carrying out standardized collection and registration on the information of the donors intentionally carrying out blood donation and forming an intention donor identity information base by the collected and registered information;
the intention donor information checking system is used for comparing the intention donor identity information base with a medical information base of the medical system, judging whether blood infectious diseases exist in the intention donor or not, and marking a judgment result under the corresponding donor item of the intention donor identity information base; the method can avoid the manpower and material resources consumed by the later verification brought by simply inquiring the blood health degree of the donor directly, for example, some donors forget the blood health degree change possibly caused by the past medical history of the donors when registering the donors, the blood condition does not accord with the donor standard, when the operator of the blood sampling system performs blood sampling and then performs blood detection analysis on the blood of the donor to obtain the result, the process belongs to the unnecessary consumption of the manpower and the resource, if the blood carries certain infectivity, the safety of the operator who performs the blood sampling is threatened, the method compares the identity information of the intended donors in the medical system by acquiring the identity information of the intended donors, when the donors are hospitalized by the past medical history, the blood health degree information of the intended donors can be matched in the medical system, therefore, whether the blood of the intended donor meets the donation standard or not before blood collection can be realized, and the steps of blood collection and post-blood collection inspection can be saved;
the blood information coding system is used for carrying out standardized registration and coding on collected blood after the blood collection of the blood collection system, and specifically comprises: storing the donor identity information, the collection time, the collector identity information, the transfer information, the storage environment parameters, the blood receiver information and the warehousing information corresponding to the collected blood on a storage device of the collected blood in a two-dimensional code mode;
the authority management system is used for generating corresponding authority codes to carry out authority distribution and management on operators of the intention donor information acquisition system, the intention donor information checking system and the blood information coding system, through the operation, management confusion of all links in the blood management process can be avoided, single authority distribution is beneficial to standardized management, when any link has wrong behavior, errors can be immediately positioned, efficient blood safety management can be realized, and meanwhile, through the control on the authority, the condition that information is maliciously tampered in the blood management process to cause unnecessary medical accidents can be avoided;
the link supervision system is used for randomly and irregularly carrying out spot check on the operation links of the intention donor information collection system, the intention donor information checking system, the blood information coding system and the authority management system, judging whether the operation links of the intention donor information collection system, the intention donor information checking system, the blood information coding system and the authority management system have non-standard behaviors or not, then carrying out standardized adjustment processing according to a judgment result, and carrying out supervision through the blood management process link, so that problems can be timely found and solved, and the blood safety management system is continuously improved.
The intention donor information collection system is used for checking whether blood infectious diseases exist in the intention donor in a direct inquiry mode when the information of the intention donor is collected and registered in a standardized mode, and directly abandoning the information collection and registration of the intention donor if the intention donor feedbacks that the blood infectious diseases exist in the intention donor.
The intention donor information checking system also comprises a step of updating the intention donor identity information base after marking the judgment result under the corresponding donor entry of the intention donor identity information base, wherein the intention donor identity information base is firstly removed from the intention donor identity information base with blood infectious diseases to form a standard intention donor identity information base for blood sampling by the blood sampling system.
After the intention donor information checking system marks the judgment result under the corresponding donor entry of the intention donor identity information base, the intention donor information checking system also comprises the steps of sorting intention donor information contents with blood infectious diseases in the intention donor identity information base, forming a forbidden list and uploading the forbidden list to the blood sampling system and the medical system.
The blood sampling system comprises all blood sampling stations which are networked, including but not limited to a city blood sampling station and a provincial blood sampling station, and the medical system comprises all medical institutions which are networked, including but not limited to a village-level medical institution, a district-level medical institution, a city-level medical institution and a provincial-level medical institution.
Each operator in the intention donor information collection system, the intention donor information checking system and the blood information coding system only has corresponding authority in the system to which the operator belongs, and each operator obtains operation authority through the corresponding authority code when performing related behavior operation in the system to which the operator belongs.
When the blood information coding system is used for carrying out standardized registration and coding on collected blood, the two-dimensional code generated after coding is encrypted and subjected to anti-theft processing, and when the two-dimensional code is used for carrying out reverse tracing, the information stored in the two-dimensional code can be checked after the real-time code is obtained through the dynamic code device.
After the blood information coding system carries out standardized registration and coding on the collected blood, the information content contained in the two-dimensional code is irrevocable, and when the information content contained in the two-dimensional code has a modification mark, the collected blood is judged to be abnormal blood and is not allowed to enter the next link for use.
The corresponding authority code generated by the authority management system is invalid immediately after being used by a corresponding operator, the authority management system comprises a checking unit, the checking unit is used for checking the process that the operator uses the corresponding authority code to carry out the corresponding system, and the authority management system can generate the next corresponding authority code after the checking result is abnormal.
When the link supervision system judges that the intention donor information acquisition system, the intention donor information verification system, the blood information coding system and the authority management system have irregular behaviors in the operation link, the link supervision system immediately and reversely traces all operations in the system and timely corrects the traced irregular behaviors.
According to the invention, the identity information and the blood information of the blood donor are comprehensively investigated before the blood sampling system collects blood, so that the blood donor with blood infectious disease can be effectively prevented from blood donating, invalid blood collection work can be avoided, the risk of blood collection personnel in the blood collection process can be reduced, and cross infection can be avoided;
according to the invention, through standardized registration and coding of the collected blood, the formed two-dimensional code can facilitate the whole process tracing of the collected blood in the later period, and the safety of the blood is ensured;
the invention carries out supervision and management on the whole blood management process by setting the authority management system and the link supervision system, and can further improve the standard and the safety of blood management.
The foregoing illustrates and describes the principles, general features, and advantages of the present invention. It will be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are given by way of illustration of the principles of the present invention, but that various changes and modifications may be made without departing from the spirit and scope of the invention, and such changes and modifications are within the scope of the invention as claimed. The scope of the invention is defined by the appended claims and equivalents thereof.
Claims (10)
1. Blood safety control system with information tracking function based on internet of things, its characterized in that: comprises an intention donor information acquisition system, an intention donor information checking system, a blood information coding system, an authority management system and a link supervision system;
the intention donor information collecting system is used for carrying out standardized collection and registration on the information of the donors intentionally carrying out blood donation and forming an intention donor identity information base by the collected and registered information;
the intention donor information checking system is used for comparing the intention donor identity information base with the medical information base of the medical system, judging whether blood infectious diseases exist in the intention donor or not, and marking the judgment result under the condition that the intention donor identity information base corresponds to the donor item;
the blood information coding system is used for carrying out standardized registration and coding on collected blood after blood collection of the blood collection system, and specifically comprises the following components: storing the donor identity information, the collection time, the collector identity information, the transfer information, the storage environment parameters, the blood receiver information and the warehousing information corresponding to the collected blood on a storage device of the collected blood in a two-dimensional code mode;
the authority management system is used for generating corresponding authority codes to carry out authority distribution and management on operators of the intention donor information acquisition system, the intention donor information verification system and the blood information coding system;
the link supervision system is used for carrying out irregular random spot check on the operation links of the intention donor information collection system, the intention donor information checking system, the blood information coding system and the authority management system, judging whether the operation links of the intention donor information collection system, the intention donor information checking system, the blood information coding system and the authority management system have irregular behaviors or not, and then carrying out standardized adjustment processing according to the judgment result.
2. The blood safety management system with information tracking function based on internet of things technology of claim 1, characterized in that: the intention donor information collection system is used for checking whether blood infectious diseases exist in the intention donor in a direct inquiry mode when the information of the intention donor is collected and registered in a standardized mode, and directly abandoning the information collection and registration of the intention donor if the intention donor feedbacks that the blood infectious diseases exist in the intention donor.
3. The blood safety management system with information tracking function based on internet of things technology of claim 1, characterized in that: the intention donor information checking system also comprises a step of updating the intention donor identity information base after marking the judgment result under the condition that the intention donor identity information base corresponds to the donor item, and the intention donor identity information base is firstly removed from the intention donor information content with blood infectious diseases in the intention donor identity information base to form a standard intention donor identity information base for blood sampling of the blood sampling system.
4. The blood safety management system with information tracking function based on the technology of the internet of things according to claim 3, wherein: after the intention donor information checking system marks the judgment result under the corresponding donor entry of the intention donor identity information base, the intention donor information checking system also comprises the steps of sorting intention donor information contents with blood infectious diseases in the intention donor identity information base, forming a forbidden list and uploading the forbidden list to the blood sampling system and the medical system.
5. The blood safety management system with information tracking function based on the technology of the internet of things according to claim 4, wherein: the blood sampling system comprises all blood sampling stations which are networked, including but not limited to a city blood sampling station and a provincial blood sampling station, and the medical system comprises all medical institutions which are networked, including but not limited to a village-level medical institution, a district-level medical institution, a city-level medical institution and a provincial-level medical institution.
6. The blood safety management system with information tracking function based on the technology of internet of things according to claim 1, characterized in that: each operator in the intention donor information collection system, the intention donor information checking system and the blood information coding system only has corresponding authority in the system to which the operator belongs, and each operator obtains operation authority through the corresponding authority code when performing related behavior operation in the system to which the operator belongs.
7. The blood safety management system with information tracking function based on the technology of internet of things according to claim 1, characterized in that: when the blood information coding system is used for carrying out standardized registration and coding on collected blood, the two-dimensional code generated after coding is encrypted and subjected to anti-theft processing, and when the two-dimensional code is used for carrying out reverse tracing, the information stored in the two-dimensional code can be checked after the real-time code is obtained through the dynamic code device.
8. The blood safety management system with information tracking function based on internet of things technology of claim 1, characterized in that: after the blood information coding system carries out standardized registration and coding on the collected blood, the information content contained in the two-dimensional code is irrevocable, and when the information content contained in the two-dimensional code has a modification mark, the collected blood is judged to be abnormal blood and is not allowed to enter the next link for use.
9. The blood safety management system with information tracking function based on internet of things technology of claim 1, characterized in that: the corresponding authority code generated by the authority management system is invalid immediately after being used by a corresponding operator, the authority management system comprises a checking unit, the checking unit is used for checking the process that the operator uses the corresponding authority code to carry out the corresponding system, and the authority management system can generate the next corresponding authority code after the checking result is abnormal.
10. The blood safety management system with information tracking function based on the technology of internet of things according to claim 1, characterized in that: when the link supervision system judges that the intention donor information acquisition system, the intention donor information verification system, the blood information coding system and the authority management system have irregular behaviors in the operation link, the link supervision system immediately and reversely traces all operations in the system and timely corrects the traced irregular behaviors.
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Application publication date: 20220722 |