CN112488269A - Informationized detection method for pathogens of full scene epidemic situation - Google Patents
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Abstract
The invention relates to an informationized detection method of pathogens of full scene epidemic situation, which comprises the steps that an acquisition nurse scans an identity card of an acquired person through a mobile phone sample acquisition end APP to register information, then sample mixed acquisition is carried out on a detected group, the mixed acquired sample is loaded into an acquisition container with a preset code, after the mixed acquisition is finished, the acquisition container is loaded into a sample transfer box with the preset code to wait for inspection, a transfer person in an inspection area scans the preset code on the sample transfer box through the mobile phone sample acquisition end APP or manually inputs the code number of the preset code on the sample transfer box to confirm the information, the sample transfer box is temporarily bound with the transfer box, and the sample transfer box is loaded into a sample transfer vehicle and sent to a destination laboratory. The invention adopts the mode of mobile phone APP for collection, submission and reception, is equivalent to a scheme that a traditional computer, a card reader and a code scanning gun are replaced by a mobile phone, has greatly reduced price and convenient carrying, and solves the problem that the traditional PC is connected with the card reader in a terminating way.
Description
Technical Field
The invention belongs to the technical field of epidemic situation detection informatization, and particularly relates to an informatization detection method for a full scene epidemic situation pathogen.
Background
With the rapid development of medical and scientific aspects in China, communication in China and the world is more and more, and the traffic speed is faster and faster; the development of traffic facilitates the life of people, and the spreading speed of some infectious diseases is faster and wider along with the flowing speed of people. In recent years, the ever-increasing prevalence of unknown diseases and important infectious diseases has made a serious threat to human life safety, and the establishment of a rapid emergency treatment system has become a problem to be solved by the national health administration.
It is known through consulting the existing data and literature that the research on epidemic situation prevention and control management measures is relatively extensive at present, and some epidemic situation prevention and control information systems, epidemic situation prevention and control management methods and inventions in the system are numerous; however, the research on the aspect of epidemic pathogen detection information systems is still in a deficient stage at present, the traditional epidemic pathogen informatization detection method is still in a stage of realizing detection by using equipment such as a notebook computer, a card reader, a code scanning gun and the like, the traditional epidemic pathogen informatization detection method is inconvenient to carry and tedious to detect, and the equipment investment cost is high; when the outdoor temperature is low, the notebook computer has large heat productivity and is easy to be short-circuited when meeting cold air. There is still no detection method that can solve the above problems well with effective standardization and low cost investment to cope with epidemic pathogen detection.
Disclosure of Invention
Aiming at the problems, the invention makes up the defects of the prior art and provides an information detection method for pathogens of the full-scene epidemic situation.
In order to achieve the purpose, the invention adopts the following technical scheme.
The information detection method of the pathogens of the full scene epidemic situation is characterized in that: the method comprises the following steps:
A. collecting a specimen: the method comprises the steps that an acquisition nurse scans an identity card of an acquired person through a mobile phone sample acquisition end APP to register information, sample acquisition is conducted on a detected group, the acquired sample is placed into an acquisition container with a preset code, and after the acquisition is completed, the acquisition container is placed into a sample transfer box with the preset code to wait for submission;
B. conveying a specimen: after a transfer person in the inspection area takes the sample transfer box to be inspected, the transfer person scans a preset code on the sample transfer box or manually inputs a code number of the preset code on the sample transfer box through an APP at a mobile phone sample transfer end, information is confirmed, the sample transfer box is temporarily bound with the transfer person, and the sample transfer box is loaded into a sample transfer trolley and is conveyed to a destination laboratory.
C. And (3) specimen inspection: after a detection person in a laboratory takes the sample transfer box, the detection person scans a preset code on the sample transfer box through an APP at the mobile phone laboratory end or manually inputs a code number of the preset code on the sample transfer box to confirm information, and batch receiving action or secondary transfer of samples in the sample transfer box is completed; and (4) carrying out detection, when the sample is positive, scanning the corresponding preset code of the collection container or manually inputting the code number of the preset code of the collection container by a detection person through an APP at the mobile phone laboratory end, reporting in real time, and receiving the message by the disease control center in real time.
D. The central command scheduling platform monitors various resources in real time through a large screen in a visual mode, makes a decision according to an intelligent early warning prompt, performs real-time resource scheduling, and acquires and confirms information through a mobile phone APP to form full-link information closed-loop management.
In an embodiment of the invention, in the step a, when a collection nurse collects a specimen, the collection nurse opens the APP of the specimen collection end of the mobile phone, logs in by using a corresponding account number and password, and selects a corresponding collection point to complete the login; after entering the collection workstation, firstly, scanning through an APP at a mobile phone sample collection end or manually inputting a preset code of a transfer box, and registering the 'box opening' action; after opening the box, the preset code of the collection container is scanned or manually input, and the action of opening the cover is registered; after the cover is opened, the identity card information of the detected crowd is scanned and identified or manually input, the citizen information identification is carried out, the information can be modified, after the correctness is confirmed, the next identity card information is scanned until the preset volume of the specimen of the collection container is reached, and the registration of the action of closing the cover is automatically carried out after the confirmation is carried out; or manually and forcibly performing 'capping' action registration when the set capacity of the collection pipe is not reached; at the same time of capping, the container information will automatically be correlated to the current "unpacked" transfer box; when the number of the related containers in the transfer box reaches the preset capacity, prompting, confirming and registering 'box sealing', and waiting for transportation; the "box sealing" operation registration may be manually forced when the capacity set in the transfer box is not reached.
In another embodiment of the present invention, the information in step B and step C includes the number of specimens, the destination of the submission, and the time until the acquisition.
In another embodiment of the invention, the mobile phone specimen conveying end APP is provided with a GPS positioning module, which can realize a positioning and tracking function through the GPS positioning module, and determine a specimen conveying position at any time.
In another embodiment of the present invention, the laboratory in step C is a public inspection laboratory, a third-class hospital laboratory, or a mobile shelter laboratory.
In another embodiment of the invention, the laboratory checks the received transfer box list through a PC end webpage, selects the corresponding transfer box, and conducts batch export of the specimen information, wherein the export file format is Excel; so that the laboratory-side LIS system can perform batch order building operation through the Excel standard file.
In another embodiment of the invention, the real-time visual monitoring in the step D includes monitoring of resources collected at each collection point, monitoring of load transferred in each inspection area, monitoring of laboratory efficiency in each area, and monitoring of distribution of city-wide positive specimens, and through various monitoring and background operation models, a large screen of a central command and scheduling platform forms a thermodynamic diagram of loads in each area, and sends out intelligent reminding.
Furthermore, the acquisition resources of each acquisition point comprise acquisition density, rate and acquisition progress; the transfer load of each inspection area comprises the transfer rate of the inspection area, the total specimen overstock amount and the real-time position of a carrier of each inspection area; the laboratory efficiency of each area comprises the real-time detection efficiency, the residual detection capability and other load conditions of each laboratory and the number of finished detections.
The invention has the beneficial effects.
The information detection method for the pathogens of the full scene epidemic situation provided by the invention has the following advantages:
(1) the collection, the submission and the reception adopt the mode of a mobile phone APP, which is equivalent to a scheme that a traditional computer, a card reader and a code scanning gun are replaced by a mobile phone, the price is greatly reduced, and the carrying is convenient.
(2) The identity card information of the detected crowd can be realized through a mobile phone APP scanning and identifying scheme, and the problems that the conventional PC is connected with various card readers in a terminating mode and errors often occur in manual input are solved.
(3) The information detection method of the full scene epidemic pathogen covers the full scene detailed records of acquisition, transportation, laboratory reception, inspection result input and the like, and provides full-dimensional resource scheduling decision support for the wartime epidemic through the central command scheduling platform.
Drawings
In order to make the technical problems, technical solutions and advantageous effects solved by the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and the detailed description. It should be understood that the detailed description and specific examples, while indicating the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention.
FIG. 1 is an overview of the full-link information process and real-time resource scheduling of the present invention.
Fig. 2 is a diagram of the inventive service architecture.
Detailed Description
With reference to the full-chain informatization flow chart shown in the attached figure 1, the information detection method of the full-scene epidemic pathogen comprises the following steps:
A. collecting a specimen: the method comprises the steps that an acquisition nurse scans an identity card of an acquired person through a mobile phone sample acquisition end APP to register information, sample acquisition is conducted on a detected group, the acquired sample is placed into an acquisition container with a preset code, and after the acquisition is completed, the acquisition container is placed into a sample transfer box with the preset code to wait for submission;
B. conveying a specimen: after a transfer person in the inspection area takes the sample transfer box to be inspected, the transfer person scans a preset code on the sample transfer box or manually inputs a code number of the preset code on the sample transfer box through an APP at a mobile phone sample transfer end, information is confirmed, the sample transfer box is temporarily bound with the transfer person, and the sample transfer box is loaded into a sample transfer trolley and is conveyed to a destination laboratory.
C. And (3) specimen inspection: after a detection person in a laboratory takes the sample transfer box, the detection person scans a preset code on the sample transfer box through an APP at the mobile phone laboratory end or manually inputs a code number of the preset code on the sample transfer box to confirm information, and batch receiving action or secondary transfer of samples in the sample transfer box is completed; and (4) carrying out detection, when the sample is positive, scanning the corresponding preset code of the collection container or manually inputting the code number of the preset code of the collection container by a detection person through an APP at the mobile phone laboratory end, reporting in real time, and receiving the message by the disease control center in real time.
D. The central command scheduling platform monitors various resources in real time through a large screen in a visual mode, makes a decision according to an intelligent early warning prompt, performs real-time resource scheduling, and acquires and confirms information through a mobile phone APP to form full-link information closed-loop management.
In addition, when central command dispatch platform transported end APP through the cell-phone sample and sent "partial transport box need modify the censorship destination", the cell-phone sample of transfer personnel transported end APP and has vibrations + ring sound suggestion to need the transfer personnel to carry out the action of confirming of news.
In an embodiment of the invention, in the step a, when a collection nurse collects a specimen, the collection nurse opens the APP of the specimen collection end of the mobile phone, logs in by using a corresponding account number and password, and selects a corresponding collection point to complete the login; after entering the collection workstation, firstly, scanning through an APP at a mobile phone sample collection end or manually inputting a preset code of a transfer box, and registering the 'box opening' action; after opening the box, the preset code of the collection container is scanned or manually input, and the action of opening the cover is registered; after the cover is opened, the identity card information of the detected crowd is scanned and identified or manually input, the citizen information identification is carried out, the information can be modified, after the correctness is confirmed, the next identity card information is scanned until the preset volume of the specimen of the collection container is reached, and the registration of the action of closing the cover is automatically carried out after the confirmation is carried out; or manually and forcibly performing 'capping' action registration when the set capacity of the collection pipe is not reached; at the same time of capping, the container information will automatically be correlated to the current "unpacked" transfer box; when the number of the related containers in the transfer box reaches the preset capacity, prompting, confirming and registering 'box sealing', and waiting for transportation; the "box sealing" operation registration may be manually forced when the capacity set in the transfer box is not reached.
In another embodiment of the present invention, the information in step B and step C includes the number of specimens, the destination of the submission, and the time until the acquisition.
In another embodiment of the invention, the mobile phone specimen conveying end APP is provided with a GPS positioning module, which can realize a positioning and tracking function through the GPS positioning module, and determine a specimen conveying position at any time.
In another embodiment of the present invention, the laboratory in step C is a public inspection laboratory, a third-class hospital laboratory, or a mobile shelter laboratory.
In another embodiment of the invention, the laboratory checks the received transfer box list through a PC end webpage, selects the corresponding transfer box, and conducts batch export of the specimen information, wherein the export file format is Excel; so that the laboratory-side LIS system can perform batch order building operation through the Excel standard file.
In another embodiment of the invention, the real-time visual monitoring in the step D includes monitoring of resources collected at each collection point, monitoring of load transferred in each inspection area, monitoring of laboratory efficiency in each area, and monitoring of distribution of city-wide positive specimens, and through various monitoring and background operation models, a large screen of a central command and scheduling platform forms a thermodynamic diagram of loads in each area, and sends out intelligent reminding.
Furthermore, the acquisition resources of each acquisition point comprise acquisition density, rate and acquisition progress; the transfer load of each inspection area comprises the transfer rate of the inspection area, the total specimen overstock amount and the real-time position of a carrier of each inspection area; the laboratory efficiency of each area comprises the real-time detection efficiency, the residual detection capability and other load conditions of each laboratory and the number of finished detections.
The central command scheduling platform can make a decision according to the real-time load condition and the intelligent reminding, and performs scheduling through a GIS: and a statistical analysis type report (BI) is provided through a PC end webpage or a large screen, and detailed data analysis is provided so as to support prevention and control resource scheduling decision, experience summarization after epidemic situation, plan improvement, scientific research related data statistics and export and the like.
Specifically, specimen collection nurses, transfer personnel and detection personnel who participate in the battle download corresponding mobile phone specimen collection end, mobile phone specimen transfer end and mobile phone laboratory end APP through Android mobile phones, and carry out the registration of the current city through invitation codes (the invitation codes only correspond to the current city and are issued layer by layer through the WeChat) issued by the epidemic situation prevention and control mechanism in a unified manner, and bind mobile phone numbers (or special mobile phones purchased in a unified manner, complete the registration in advance and bind the mobile phone numbers).
The system provides a uniform data service interface for a laboratory which has nucleic acid detection capability and an LIS system, and the LIS system of the laboratory can acquire detailed information of the samples to be checked through the interface. And the system supports the interface with an urban public service system (such as a health code system, a 12320 public health service platform, a population health information platform, other government health service portals and the like), and shares the basic information of residents and the data of nucleic acid detection results.
In addition, for the scene without time as an interface with the LIS in wartime, a computer workstation and a shelf code for virtual nucleic acid detection can be arranged at the PC end, so that batch operation of test tubes is convenient to realize.
It should be understood that the detailed description of the present invention is only for illustrating the present invention and is not limited by the technical solutions described in the embodiments of the present invention, and those skilled in the art should understand that the present invention can be modified or substituted equally to achieve the same technical effects; as long as the use requirements are met, the method is within the protection scope of the invention.
Claims (8)
1. The information detection method of the pathogens of the full scene epidemic situation is characterized in that: the method comprises the following steps:
A. collecting a specimen: the method comprises the steps that an acquisition nurse scans an identity card of an acquired person through a mobile phone sample acquisition end APP to register information, then sample mixed acquisition is carried out on a detected group, the mixed acquired sample is placed into an acquisition container with a preset code, and after the mixed acquisition is finished, the acquisition container is placed into a sample transfer box with the preset code to wait for submission;
B. conveying a specimen: after a transfer person in the inspection area takes a sample transfer box to be inspected, the transfer person scans a preset code on the sample transfer box through a mobile phone sample transfer end APP or manually inputs the code number of the preset code on the sample transfer box to confirm information, temporarily binds the sample transfer box with the transfer person, loads the sample transfer box into a sample transfer trolley and sends the sample transfer trolley to a destination laboratory;
C. and (3) specimen inspection: after a detection person in a laboratory takes the sample transfer box, the detection person scans a preset code on the sample transfer box through an APP at the mobile phone laboratory end or manually inputs a code number of the preset code on the sample transfer box to confirm information, and batch receiving action or secondary transfer of samples in the sample transfer box is completed; the method comprises the steps that the test is carried out, when a specimen is positive, a tester scans a corresponding preset code of the collection container through an APP at a mobile phone laboratory end or manually inputs the code number of the preset code of the collection container, real-time report is carried out, and a disease control center receives a message in real time;
D. the central command scheduling platform monitors various resources in real time through a large screen in a visual mode, makes a decision according to an intelligent early warning prompt, performs real-time resource scheduling, and acquires and confirms information through a mobile phone APP to form full-link information closed-loop management.
2. The informationized detection method of the pathogens of the whole scene epidemic situation according to claim 1, which is characterized in that: in the step A, when a collection nurse collects samples, opening an APP at a sample collection end of the mobile phone, logging in by using a corresponding account number password, and selecting a corresponding collection point to finish logging in; after entering the collection workstation, firstly, scanning through an APP at a mobile phone sample collection end or manually inputting a preset code of a transfer box, and registering the 'box opening' action; after opening the box, the preset code of the collection container is scanned or manually input, and the action of opening the cover is registered; after the cover is opened, the identity card information of the detected crowd is scanned and identified or manually input, the citizen information identification is carried out, the information can be modified, after the correctness is confirmed, the next identity card information is scanned until the preset volume of the specimen of the collection container is reached, and the registration of the action of closing the cover is automatically carried out after the confirmation is carried out; or manually and forcibly performing 'capping' action registration when the set capacity of the collection pipe is not reached; at the same time of capping, the container information will automatically be correlated to the current "unpacked" transfer box; when the number of the related containers in the transfer box reaches the preset capacity, prompting, confirming and registering 'box sealing', and waiting for transportation; the "box sealing" operation registration may be manually forced when the capacity set in the transfer box is not reached.
3. The informationized detection method of the pathogens of the whole scene epidemic situation according to claim 1, which is characterized in that: the information in the step B and the step C comprises the number of the samples, the delivery destination and the time of the acquisition.
4. The informationized detection method of the pathogens of the whole scene epidemic situation according to claim 1, which is characterized in that: cell-phone sample transports end APP and is provided with GPS orientation module, and it passes through GPS orientation module, can realize the location tracking function, confirms the sample at any time and transports the position.
5. The informationized detection method of the pathogens of the whole scene epidemic situation according to claim 1, which is characterized in that: the laboratory in the step C is a public detection laboratory, a third-level hospital laboratory and a mobile shelter laboratory.
6. The informationized detection method of the pathogens of the whole scene epidemic situation according to claim 1, which is characterized in that: the laboratory checks the received transfer box list through a PC end webpage, selects a corresponding transfer box, and conducts batch export of specimen information, wherein the export file format is Excel; so that the laboratory-side LIS system can perform batch order building operation through the Excel standard file.
7. The informationized detection method of the pathogens of the whole scene epidemic situation according to claim 1, which is characterized in that: and D, the real-time visual monitoring comprises monitoring of the collected resources of each collection point, monitoring of the transported loads of each inspection area, monitoring of the laboratory efficiency of each area and monitoring of the distribution of the positive specimens in the whole market, and the large screen of the central command and dispatching platform forms the load thermodynamic diagrams of each area and sends out intelligent reminding through various monitoring and background operation models.
8. The informationized detection method of the pathogens of the whole scene epidemic situation according to claim 1, which is characterized in that: the acquisition resources of each acquisition point comprise acquisition density, rate and acquisition progress; the transfer load of each inspection area comprises the transfer rate of the inspection area, the total specimen overstock amount and the real-time position of a carrier of each inspection area; the laboratory efficiency of each area comprises the real-time detection efficiency, the residual detection capability and other load conditions of each laboratory and the number of finished detections.
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