CN114639471A - Blood bank intelligent scheduling management system based on internet of things technology - Google Patents
Blood bank intelligent scheduling management system based on internet of things technology Download PDFInfo
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Abstract
The invention discloses an intelligent blood bank dispatching management system based on the Internet of things technology, which relates to the technical field of intelligent blood bank dispatching management and solves the technical problems that the reliability of blood cannot be ensured in the process of blood dispatching and a central blood station set in a remote area cannot be subjected to qualified management in the prior art, and the blood demand of each remote area is judged, so that the blood stored in the central blood station can be ensured to be suitable for the current remote area, the situation that the blood cannot be accurately supplied when the remote area needs to be used is prevented, and the working efficiency of the central blood station is greatly reduced; meanwhile, the blood dispatching is facilitated, and the low blood dispatching efficiency in remote areas is prevented; the blood storage of each remote area is analyzed, whether refrigeration is qualified or not in the blood storage process is judged, and the phenomenon that the blood quality is influenced due to the fact that the refrigeration effect is unqualified in the storage process, and the scheduling efficiency is reduced due to the fact that the blood cannot be normally used in the scheduling process is avoided.
Description
Technical Field
The invention relates to the technical field of blood bank intelligent scheduling management, in particular to a blood bank intelligent scheduling management system based on the technology of the Internet of things.
Background
The technology of the internet of things is the third revolution of the information technology industry, and the internet of things refers to the fact that any object is connected with a network through information sensing equipment according to an agreed protocol, information exchange and communication are conducted through information transmission media, and functions of intelligent identification, positioning, tracking, supervision and the like are achieved;
the blood consists of blood cell components and plasma, which are the sources of medical clinical blood transfusion, the blood cell components comprise three types, namely red blood cells, white blood cells and platelets, the plasma comprises more than one hundred plasma protein components with special biological functions, and the blood has an important function irreplaceable by other medicines in medical emergency treatment and prevention and treatment of certain specific diseases;
however, in the prior art, for local hospitals which are far away and inconvenient in transportation, the direct blood supply through a blood station is time-consuming and labor-consuming, high in cost and even delayed in use; meanwhile, the reliability of blood cannot be guaranteed in the process of blood dispatching, the central blood station set in a remote area cannot be subjected to qualified management, and the stable operation of the central blood station cannot be guaranteed, so that the efficiency of blood dispatching is influenced;
in view of the above technical drawbacks, a solution is proposed.
Disclosure of Invention
The invention aims to solve the problems, and provides an intelligent blood bank scheduling management system based on the technology of the internet of things, which is used for checking blood of each remote area corresponding to a central blood station and judging the blood demand of each remote area, so that the blood stored in the central blood station can be suitable for the current remote area, the situation that the blood cannot be accurately supplied when the remote area needs blood is prevented, the treatment of a patient is easily delayed, and the working efficiency of the central blood station is greatly reduced; meanwhile, the blood dispatching is facilitated, and the low blood dispatching efficiency in remote areas is prevented; analyzing the blood storage of each remote area, judging whether the refrigeration is qualified or not in the blood storage process, and preventing the quality of the blood stored in the central blood station from being unqualified due to the unqualified refrigeration effect in the storage process, so that the storage efficiency of the central blood station is reduced, and the blood quality of the corresponding remote area is influenced; the high efficiency of blood dispatching can be improved through the assurance of user's quality, prevents to appear dispatching the unable normal use of blood, leads to the phenomenon that dispatch efficiency reduces.
The purpose of the invention can be realized by the following technical scheme:
blood storehouse intelligent scheduling management system based on internet of things, including intelligent blood storehouse terminal, intelligent blood storehouse terminal connection has:
the regional blood checking module is used for checking blood corresponding to the central blood station in each remote region, acquiring the blood type storage type of each remote region according to the blood checking, and constructing a blood bank corresponding to the central blood station in each remote region according to the blood type storage type;
the regional blood refrigeration module is used for analyzing the blood storage of each remote region, monitoring the collected blood storage in the blood bank construction process, generating a blood storage risk signal or a blood storage safety signal through monitoring and analysis, and completing the blood bank construction on the premise of blood storage safety;
and the alarm module is used for carrying out safety protection on the stored blood, ensuring the safety of the stored blood in the blood bank after the blood bank is constructed, generating a visual early warning signal and a virtualization early warning signal and correspondingly sending the visual early warning signal and the virtualization early warning signal to the visual early warning module and the virtualization early warning module.
As a preferred embodiment of the present invention, the alarm module is connected with:
the intelligent blood bank terminal acquires a risk check signal and a supervision normal signal, and then carries out risk check on the storage area corresponding to the stored blood;
the intelligent blood bank terminal is used for carrying out data verification on the corresponding stored blood after acquiring the data risk signal; the storage data of the stored blood comprise the storage time of the stored blood, a library number and body index parameters of a corresponding host.
As a preferred embodiment of the present invention, the regional blood count module operates as follows:
set up the reference numeral i with each remote area, i is for being greater than 1 natural number, gathers the blood type of resident in each remote area, gathers the number of residents who corresponds the blood type in the corresponding remote area simultaneously to compare it with the number of residents threshold:
if the number of residents corresponding to the blood type in the corresponding remote area exceeds a threshold number of residents, marking the corresponding blood type as a blood type needing more; if the number of residents corresponding to the blood type in the corresponding remote area does not exceed the threshold number of residents, marking the corresponding blood type as a blood type needing less;
and simultaneously marking the acquired more blood types and less blood types as the demand types of the corresponding remote areas, and comparing the demand types with the blood types for blood transfusion in the industry:
if the demand type is inconsistent with the blood transfusion blood type in the industry, the corresponding inconsistent blood type is used as the emergency blood type of the current remote area, and the corresponding emergency blood type and the more blood type and the less blood type of the corresponding remote area are used as the storage type of the current remote area together; if the demand type is not inconsistent with the blood transfusion type in the industry, the current more blood type and less blood type are used as the storage type of the central blood station in the current remote area; and after the remote area finishes the determination of the blood type storage type, sending the determined storage type to the intelligent blood bank terminal.
As a preferred embodiment of the present invention, the operation of the zone blood cooling module is as follows:
when the blood is collected in the corresponding remote area and then stored, acquiring the difference value between the temperature value of the current collected blood surrounding environment and the set blood storage temperature value, and marking the difference value as a facing temperature reduction value; when the collected blood is stored, acquiring the temperature reduction speed of the blood after the storage of the current stored blood is finished, and marking the temperature reduction speed as the temperature reduction speed;
comparing the face temperature reduction value and the face temperature reduction speed of the blood stored in real time with a face temperature reduction value threshold and a face temperature reduction speed threshold respectively: if the facing temperature reduction value of the real-time stored blood exceeds the facing temperature reduction value threshold value or the facing temperature reduction speed of the real-time stored blood exceeds the facing temperature reduction speed threshold value, judging that the regional blood is refrigerated and risking, generating a blood storage risk signal and sending the blood storage risk signal to an intelligent blood bank terminal; after receiving the blood storage risk signal, the intelligent blood bank terminal controls the real-time refrigeration of blood, and adjusts the real-time refrigeration temperature step by step according to the real-time environment temperature, namely, controls the span value and the speed of cooling the blood during storage on the premise that the blood quality is not influenced by the temperature;
if the facing temperature reduction value of the real-time stored blood does not exceed the facing temperature reduction value threshold value and the facing temperature reduction speed of the real-time stored blood does not exceed the facing temperature reduction speed threshold value, it is judged that no risk exists in regional blood refrigeration, a blood storage safety signal is generated, and the blood storage safety signal is sent to the intelligent blood bank terminal.
As a preferred embodiment of the present invention, the operation process of the visual early warning module is as follows:
marking the blood storage area as a risk supervision area, acquiring the maximum time length of the real-time pedestrians in the risk supervision area and the interval time length of the real-time pedestrians entering the risk supervision area, and comparing the maximum time length with the interval time length threshold respectively:
if the maximum time length of the real-time pedestrians in the risk supervision area exceeds the maximum time length threshold value, or the interval time length of the real-time pedestrians entering the risk supervision area does not exceed the interval time length threshold value, judging that the risk exists in the current risk supervision area, generating a risk checking signal and sending the risk checking signal to the intelligent blood bank terminal; after receiving the risk checking signal, the intelligent blood bank terminal analyzes the time period generated by the risk checking signal, judges whether the real-time pedestrian entering the risk supervision area in the corresponding time period is a medical worker or not and whether a blood regulation task of the medical worker exists in the corresponding time period or not, and if the real-time pedestrian entering the risk supervision area is not a medical worker and the blood regulation task of the medical worker does not exist in the corresponding time period, comprehensively checks the current blood bank; otherwise, the current risk is relieved;
if the maximum time length of the real-time pedestrians in the risk supervision area does not exceed the maximum time length threshold value and the interval time length of the real-time pedestrians entering the risk supervision area exceeds the interval time length threshold value, it is judged that no risk exists in the current risk supervision area, a normal supervision signal is generated, and the normal supervision signal is sent to the intelligent blood bank terminal.
As a preferred embodiment of the present invention, the operation process of the virtualization early warning module is as follows:
collecting the number of times of changing the stored data for storing blood and the type number of the IP addresses corresponding to the stored data browsing terminal for storing blood, and comparing the number with a change number threshold and a type number threshold respectively:
if the number of times of changing the stored data of the stored blood exceeds the change number threshold value, or the type number of the IP addresses corresponding to the stored data browsing terminal of the stored blood exceeds the type number threshold value, judging that the virtualized supervision of the currently stored blood is unqualified, generating a data risk signal and sending the data risk signal to the intelligent blood bank terminal; after the intelligent blood bank terminal receives the data risk signal, suspending a blood regulation task of the current central blood station, performing data check on blood stored in the central blood station, and performing priority check on stored blood corresponding to the blood regulation task;
if the number of times of changing the stored data of the stored blood does not exceed the change number threshold value and the type number of the IP address corresponding to the stored data browsing terminal of the stored blood does not exceed the type number threshold value, judging that the virtual supervision of the currently stored blood is qualified, generating a data safety signal and sending the data safety signal to the intelligent blood bank terminal.
Compared with the prior art, the invention has the beneficial effects that:
1. in the invention, each remote area corresponds to the central blood station for blood checking, and the blood demand of each remote area is judged, so that the blood stored in the central blood station can be ensured to be suitable for the current remote area, the situation that the remote area cannot be accurately supplied when blood is needed is prevented, the treatment of a patient is easily delayed, and the working efficiency of the central blood station is greatly reduced; meanwhile, the blood dispatching is facilitated, and the low blood dispatching efficiency in remote areas is prevented; analyzing the blood storage of each remote area, judging whether the refrigeration is qualified or not in the blood storage process, and preventing the quality of the blood stored in the central blood station from being unqualified due to the unqualified refrigeration effect in the storage process, so that the storage efficiency of the central blood station is reduced, and the blood quality of the corresponding remote area is influenced; the high efficiency of blood dispatching can be improved through the guarantee of the user quality, and the phenomenon that the dispatching efficiency is reduced because the blood dispatching cannot be normally used is prevented;
2. according to the invention, the safety performance protection of the current stored blood is carried out in an all-around manner through visual early warning and virtualization early warning, so that the safety of blood storage is improved, and the reliability of blood use of a patient is improved; and when the visual early warning and the virtual early warning are abnormal, the blood bank is controlled, the safety performance of the central blood station is enhanced, and the abnormal risk of blood dispatching can be reduced, so that the reliability of blood dispatching is improved.
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To facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
Fig. 1 is a schematic block diagram of the present invention.
Detailed Description
The technical solutions of the present invention will be described clearly and completely with reference to the following embodiments, and it should be understood that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The internet of things refers to ubiquitous terminal equipment and facilities, including sensors, mobile terminals, industrial systems, numerical control systems, household intelligent facilities, video monitoring systems and the like with 'internal intelligence', and 'external enabling', such as various assets attached with RFID, individuals and vehicles carrying wireless terminals and the like 'intelligent objects or animals' or 'intelligent dust', and realizes modes of interconnection, application large integration, SaaS operation based on cloud computing and the like through various wireless and/or wired long-distance and/or short-distance communication networks, and adopts a proper information security guarantee mechanism to provide safe, controllable and personalized real-time online monitoring, positioning, alarm linkage, scheduling command, plan management, remote control, security prevention, safety and control, Management and service functions such as remote maintenance, online upgrade, statistical statement and decision support and the like are realized, and the integration of management, control and operation with high efficiency, energy conservation, safety and environmental protection is realized;
the system can solve the problem of blood taking and supplying of hospitals in remote areas, a larger hospital or a larger organization with a central blood station in the remote areas can carry out intelligentization of control management through the Internet of things, an unattended small blood bank, and a blood supply vehicle of the central blood station regularly supplements or replaces blood products according to the stock condition of the small blood bank, so that the hospital can conveniently and quickly take blood to better meet the requirements of the hospitals for treating diseases and saving people, meanwhile, the central blood station can be subjected to qualified management, and the running stability of the central blood station is improved;
referring to fig. 1, a blood bank intelligent scheduling management system based on the internet of things technology;
the intelligent blood bank terminal is used for setting and managing the central blood station, the operating efficiency of the central blood station is improved, blood checking is carried out on each remote area corresponding to the central blood station through the regional blood checking module, and the blood demand of each remote area is judged, so that the fact that blood stored in the central blood station can be suitable for the current remote area can be guaranteed, the situation that the blood cannot be accurately supplied when the remote area needs blood is avoided, treatment of a patient is easily delayed, and meanwhile the working efficiency of the central blood station is greatly reduced;
set up each remote area reference numeral i, the natural number that i is greater than 1, gather each remote area resident's blood type to correspond remote area's blood type and carry out the analysis, gather the number of residents who corresponds blood type in corresponding remote area, and compare the number of residents who corresponds blood type in corresponding remote area with the number of residents threshold value:
if the number of residents corresponding to the blood type in the corresponding remote area exceeds a threshold number of residents, marking the corresponding blood type as a blood type needing more; if the number of residents corresponding to the blood type in the corresponding remote area does not exceed the threshold number of residents, marking the corresponding blood type as a blood type needing less;
simultaneously with need more the blood group and need less the blood group to correspond the blood group type and gather to need more the blood group and need less the blood group type mark of gathering and correspond the demand type in the remote area, compare demand type and the interior blood transfusion blood group type of trade: if the demand type is inconsistent with the blood transfusion blood type in the industry, the corresponding inconsistent blood type is used as the emergency blood type of the current remote area, and the corresponding emergency blood type and the more blood type and the less blood type of the corresponding remote area are used as the storage type of the current remote area together; if the demand type is not inconsistent with the blood transfusion type in the industry, the current more blood type and less blood type are used as the storage type of the central blood station in the current remote area; wherein, the blood type of blood transfusion in the industry represents the blood type of blood transfusion in the traditional Chinese medicine hospital in the prior art, such as: blood types such as type A, type B and type O;
after the remote area finishes the determination of the blood type storage type, sending the determined storage type to an intelligent blood bank terminal;
after the intelligent blood bank terminal receives the blood type storage types of each remote area, the blood bank is constructed according to the blood type storage types, in the blood bank construction process, the blood storage of each remote area is analyzed through the regional blood refrigeration module, whether refrigeration is qualified in the blood storage process is judged, and the problem that the quality of blood stored in a central blood station is unqualified due to the fact that the refrigeration effect is unqualified in the storage process is influenced is prevented, so that the storage efficiency of the central blood station is reduced, and the quality of blood used in the corresponding remote area is influenced;
when the blood is stored after being collected in the corresponding remote area, acquiring the difference value between the temperature value of the blood surrounding environment which is currently collected and the set blood storage temperature value, and marking the difference value between the temperature value of the blood surrounding environment which is currently collected and the set blood storage temperature value as a facing temperature reduction value; when the collected blood is stored, acquiring the temperature reduction speed of the blood after the storage of the current stored blood is finished, and marking the temperature reduction speed of the blood after the storage of the current stored blood is finished as the temperature reduction speed;
comparing the face temperature reduction value and the face temperature reduction speed of the blood stored in real time with a face temperature reduction value threshold and a face temperature reduction speed threshold respectively:
if the facing temperature reduction value of the real-time stored blood exceeds the facing temperature reduction value threshold value, or the facing temperature reduction speed of the real-time stored blood exceeds the facing temperature reduction speed threshold value, judging that the regional blood is refrigerated and has a risk, generating a blood storage risk signal and sending the blood storage risk signal to an intelligent blood bank terminal; after receiving the blood storage risk signal, the intelligent blood bank terminal controls the real-time refrigeration of blood, and adjusts the real-time refrigeration temperature step by step according to the real-time environment temperature, namely, controls the span value and the speed of cooling the blood during storage on the premise that the blood quality is not influenced by the temperature;
if the facing temperature reduction value of the real-time stored blood does not exceed the facing temperature reduction value threshold value and the facing temperature reduction speed of the real-time stored blood does not exceed the facing temperature reduction speed threshold value, judging that no risk exists in regional blood refrigeration, generating a blood storage safety signal and sending the blood storage safety signal to an intelligent blood bank terminal;
the intelligent blood bank terminal stores the blood after receiving the blood storage safety; then, safety protection is carried out on the stored blood through an alarm module, a visual early warning signal and a virtualization early warning signal are generated and are correspondingly sent to the visual early warning module and the virtualization early warning module; the safety performance protection of the current stored blood is carried out in an all-around manner through visual early warning and virtual early warning, so that the safety of blood storage is improved, and the reliability of blood use of a patient is improved;
after the visual early warning module receives the visual early warning signal, the blood storage area is marked as a risk supervision area, the maximum time length when the real-time pedestrians are in the risk supervision area and the interval time length when the real-time pedestrians enter the risk supervision area are collected, and the maximum time length when the real-time pedestrians are in the risk supervision area and the interval time length when the real-time pedestrians enter the risk supervision area are respectively compared with a maximum time length threshold value and an interval time length threshold value:
if the maximum time length of the real-time pedestrians in the risk supervision area exceeds the maximum time length threshold value, or the interval time length of the real-time pedestrians entering the risk supervision area does not exceed the interval time length threshold value, judging that the risk exists in the current risk supervision area, generating a risk checking signal and sending the risk checking signal to the intelligent blood bank terminal; after receiving the risk checking signal, the intelligent blood bank terminal analyzes the time period generated by the risk checking signal, judges whether the real-time pedestrian entering the risk supervision area in the corresponding time period is a medical worker or not and whether a blood regulation task of the medical worker exists in the corresponding time period or not, and if the real-time pedestrian entering the risk supervision area is not a medical worker and the blood regulation task of the medical worker does not exist in the corresponding time period, comprehensively checks the current blood bank; otherwise, the current risk is relieved;
if the maximum time length of the real-time pedestrians in the risk supervision area does not exceed the maximum time length threshold value and the interval time length of the real-time pedestrians entering the risk supervision area exceeds the interval time length threshold value, judging that no risk exists in the current risk supervision area, generating a normal supervision signal and sending the normal supervision signal to the intelligent blood bank terminal;
after receiving the virtualization early warning signal, the virtualization early warning module carries out safety protection on the stored data of the stored blood, wherein the stored data of the stored blood comprises the storage time of the stored blood, a library position number and body index parameters of a corresponding host;
acquiring the number of times of changing the stored data for storing blood and the type number of the IP addresses corresponding to the stored data browsing terminal for storing blood, and comparing the number of times of changing the stored data for storing blood and the type number of the IP addresses corresponding to the stored data browsing terminal for storing blood with a change time threshold value and a type number threshold value respectively:
if the number of times of changing the stored data of the stored blood exceeds the change number threshold value, or the type number of the IP addresses corresponding to the stored data browsing terminal of the stored blood exceeds the type number threshold value, judging that the virtualized supervision of the currently stored blood is unqualified, generating a data risk signal and sending the data risk signal to the intelligent blood bank terminal; after the intelligent blood bank terminal receives the data risk signal, suspending a blood regulation task of the current central blood station, performing data check on blood stored in the central blood station, and performing priority check on stored blood corresponding to the blood regulation task; the stored data change is represented as the time of storing blood, the storage time, the library position number and other data are changed;
if the number of times of changing the stored data of the stored blood does not exceed the change number threshold value and the type number of the IP address corresponding to the stored data browsing terminal of the stored blood does not exceed the type number threshold value, judging that the virtual supervision of the currently stored blood is qualified, generating a data safety signal and sending the data safety signal to the intelligent blood bank terminal.
When the blood storage system is used, the regional blood checking module is used for checking blood of each remote region corresponding to the central blood station, the blood storage type of each remote region is obtained according to the blood checking, and each remote region corresponding to the central blood station is used for constructing a blood bank according to the blood storage type; analyzing the blood storage of each remote area through an area blood refrigeration module, monitoring the collected blood storage in the blood bank construction process, generating a blood storage risk signal or a blood storage safety signal through monitoring and analysis, and completing the blood bank construction on the premise of blood storage safety; safety protection is carried out on the stored blood through the alarm module, the safety of the stored blood in the blood bank is ensured after the blood bank is constructed, and meanwhile, a visual early warning signal and a virtualization early warning signal are generated and correspondingly sent to the visual early warning module and the virtualization early warning module; the method comprises the steps that a visual early warning module is used for visually monitoring a storage area for storing blood, a risk checking signal and a supervision normal signal are obtained through visual monitoring, and after the risk checking signal is obtained, an intelligent blood bank terminal conducts risk checking on the storage area corresponding to the stored blood; safety protection is carried out on the stored data of the stored blood through the virtualization early warning module, the stored data of the stored blood is analyzed, a data risk signal and a data safety signal are obtained through analysis, and the intelligent blood bank terminal carries out data verification on the corresponding stored blood after obtaining the data risk signal.
The preferred embodiments of the invention disclosed above are intended to be illustrative only. The preferred embodiments are not intended to be exhaustive or to limit the invention to the precise forms disclosed. Obviously, many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles of the invention and the practical application, to thereby enable others skilled in the art to best utilize the invention. The invention is limited only by the claims and their full scope and equivalents.
Claims (6)
1. Blood bank intelligent scheduling management system based on internet of things, including intelligent blood bank terminal, its characterized in that, intelligent blood bank terminal connection has:
the regional blood checking module is used for checking blood corresponding to the central blood station in each remote region, acquiring the blood type storage type of each remote region according to the blood checking, and constructing a blood bank corresponding to the central blood station in each remote region according to the blood type storage type;
the regional blood refrigeration module is used for analyzing the blood storage of each remote region, monitoring the collected blood storage in the blood bank construction process, generating a blood storage risk signal or a blood storage safety signal through monitoring and analysis, and completing the blood bank construction on the premise of blood storage safety;
and the alarm module is used for carrying out safety protection on the stored blood, ensuring the safety of the stored blood in the blood bank after the blood bank is constructed, generating a visual early warning signal and a virtualization early warning signal and correspondingly sending the visual early warning signal and the virtualization early warning signal to the visual early warning module and the virtualization early warning module.
2. The blood bank intelligent scheduling management system based on internet of things technology of claim 1, characterized in that the alarm module is connected with:
the intelligent blood bank terminal acquires a risk check signal and a supervision normal signal, and then carries out risk check on the storage area corresponding to the stored blood;
the intelligent blood bank terminal is used for carrying out data verification on the corresponding stored blood after acquiring the data risk signal; the blood storage data comprises the storage time, the library position number and the body index parameters of the corresponding host.
3. The intelligent scheduling management system for blood bank based on internet of things technology of claim 1, wherein the regional blood inventory module operates as follows:
set up the reference numeral i with each remote area, i is for being greater than 1 natural number, gathers the blood type of resident in each remote area, gathers the number of residents who corresponds the blood type in the corresponding remote area simultaneously to compare it with the number of residents threshold:
if the number of residents corresponding to the blood type in the corresponding remote area exceeds a threshold number of residents, marking the corresponding blood type as a blood type needing more; if the number of residents corresponding to the blood type in the corresponding remote area does not exceed the threshold number of residents, marking the corresponding blood type as a blood type needing less;
and simultaneously marking the acquired more blood types and less blood types as the demand types of the corresponding remote areas, and comparing the demand types with the blood types for blood transfusion in the industry:
if the demand type is inconsistent with the blood transfusion blood type in the industry, taking the corresponding inconsistent blood type as an emergency blood type of the current remote area, and taking the corresponding emergency blood type and the more blood type and the less blood type of the corresponding remote area as the storage type of the current remote area; if the demand type is not inconsistent with the blood transfusion type in the industry, the current more blood type and less blood type are used as the storage type of the central blood station in the current remote area; and after the remote area finishes the determination of the blood type storage type, sending the determined storage type to the intelligent blood bank terminal.
4. The intelligent blood bank dispatching management system based on the technology of the internet of things as claimed in claim 1, wherein the regional blood refrigeration module operates as follows:
when the blood is collected in the corresponding remote area and then stored, acquiring the difference value between the temperature value of the current collected blood surrounding environment and the set blood storage temperature value, and marking the difference value as a facing temperature reduction value; when the collected blood is stored, acquiring the temperature reduction speed of the blood after the storage of the current stored blood is finished, and marking the temperature reduction speed as the temperature reduction speed;
comparing the face temperature reduction value and the face temperature reduction speed of the blood stored in real time with a face temperature reduction value threshold and a face temperature reduction speed threshold respectively: if the facing temperature reduction value of the real-time stored blood exceeds the facing temperature reduction value threshold value, or the facing temperature reduction speed of the real-time stored blood exceeds the facing temperature reduction speed threshold value, judging that the regional blood is refrigerated and has a risk, generating a blood storage risk signal and sending the blood storage risk signal to an intelligent blood bank terminal; after receiving the blood storage risk signal, the intelligent blood bank terminal controls the real-time refrigeration of blood, and adjusts the real-time refrigeration temperature step by step according to the real-time environment temperature, namely, controls the span value and the speed of cooling the blood during storage on the premise that the blood quality is not influenced by the temperature;
if the facing temperature reduction value of the real-time stored blood does not exceed the facing temperature reduction value threshold value and the facing temperature reduction speed of the real-time stored blood does not exceed the facing temperature reduction speed threshold value, it is judged that no risk exists in regional blood refrigeration, a blood storage safety signal is generated, and the blood storage safety signal is sent to the intelligent blood bank terminal.
5. The blood bank intelligent scheduling management system based on the internet of things technology of claim 1, wherein the operation process of the visual early warning module is as follows:
marking the blood storage area as a risk supervision area, acquiring the maximum time length of the real-time pedestrians in the risk supervision area and the interval time length of the real-time pedestrians entering the risk supervision area, and comparing the maximum time length with the interval time length threshold respectively:
if the maximum time length of the real-time pedestrians in the risk supervision area exceeds the maximum time length threshold value, or the interval time length of the real-time pedestrians entering the risk supervision area does not exceed the interval time length threshold value, judging that the risk exists in the current risk supervision area, generating a risk checking signal and sending the risk checking signal to the intelligent blood bank terminal; after receiving the risk checking signal, the intelligent blood bank terminal analyzes the time period generated by the risk checking signal, judges whether the real-time pedestrian entering the risk supervision area in the corresponding time period is a medical worker or not and whether a blood regulation task of the medical worker exists in the corresponding time period or not, and if the real-time pedestrian entering the risk supervision area is not a medical worker and the blood regulation task of the medical worker does not exist in the corresponding time period, comprehensively checks the current blood bank; otherwise, the current risk is relieved;
if the maximum time length of the real-time pedestrians in the risk supervision area does not exceed the maximum time length threshold value and the interval time length of the real-time pedestrians entering the risk supervision area exceeds the interval time length threshold value, it is judged that no risk exists in the current risk supervision area, a normal supervision signal is generated, and the normal supervision signal is sent to the intelligent blood bank terminal.
6. The blood bank intelligent scheduling management system based on the internet of things technology of claim 1, wherein the operation process of the virtualization early warning module is as follows:
the method comprises the following steps of collecting the number of times of changing stored data for storing blood and the type number of IP addresses corresponding to the stored data browsing terminal for storing blood, and comparing the number with a change time threshold value and a type number threshold value respectively:
if the number of times of changing the stored data of the stored blood exceeds the change number threshold value, or the type number of the IP addresses corresponding to the stored data browsing terminal of the stored blood exceeds the type number threshold value, judging that the virtualized supervision of the currently stored blood is unqualified, generating a data risk signal and sending the data risk signal to the intelligent blood bank terminal; after the intelligent blood bank terminal receives the data risk signal, suspending a blood regulation task of the current central blood station, performing data check on blood stored in the central blood station, and performing priority check on stored blood corresponding to the blood regulation task;
if the number of times of changing the stored data of the stored blood does not exceed the change number threshold value and the type number of the IP address corresponding to the stored data browsing terminal of the stored blood does not exceed the type number threshold value, judging that the virtual supervision of the currently stored blood is qualified, generating a data safety signal and sending the data safety signal to the intelligent blood bank terminal.
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| CN117116452B (en) * | 2023-10-19 | 2023-12-19 | 四川互慧软件有限公司 | Antivenom serum regional inventory optimization and scheduling distribution method and system |
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