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The Center for Disease Control and Prevention is the center for the storage of disease species. The work of the Center for Disease Control and Prevention has a wide variety of species. There are hundreds of thousands of species of disease. Moreover, its storage period even has a history of more than a hundred years. Conventional management methods are difficult to do. Go to the strain samples for strict control.
The harm of germs to the human body is very serious, and even the slightest omission in management can cause harm to the human body. Therefore, effective management of germs is indeed the focus and difficulty in the work.
The staff at the Centers for Disease Control and Prevention are very cautious about the management of disease bacteria.
Current goals to be achieved: The first is to realize the real-time and precise positioning of the safety management mode. The precise positioning of each bacterial sample storage and sampling through RFID technology. Now the part of the misoperation after the completion of the first phase of the project has been completely resolved , The situation of taking the wrong sample, taking more or taking less is no longer, including the safety of the work process.
For the early warning setting of bacteria storage, we have realized the management early warning through special contact setting, which is also a product independently developed by our company. The first is the monitoring location, the second is the early warning of the storage period, the third is the problem of safety stocks in the process of bacterial species management, and the fourth is to ensure continuity and prosecution. The storage period of bacteria is relatively long, but one Strains basically have the characteristics of the times. We often see that there will be mutations according to the changes of time. The prosecution of the management of disease strains is more troublesome. After our system is launched, through data analysis, through some equipment The analysis finally realizes the prosecution, including the prosecution of the operators.
System Components
Six key parts.
First, the sample test tube is a test tube affixed with an RFID label. The test tube is the latest test tube developed by us and the CDC staff. It may be difficult to see such a test tube in the market. It mainly records the bacteria in the test tube and the information of the label. Binding.
Second, integrated smart location detector
Third, the sample label issuance reading head
Fourth, the staff operation card
Fifth, handheld reader
Sixth, drawer card
How the system works
Install the RFID electronic tag in the empty test tube.
Use the card issuer to write the bacteria information into the RFID electronic tag.
The position tester installed in the strain drawer collects the dynamic information of the test tube strain in the drawer.
The integrated position detector summarizes the collected test tube dynamic information to the database server through the system bus.
Use application management software for comprehensive management.
The system software mainly consists of three parts. The first is the back-end management software, which includes basic information, strain sample relationships, status monitoring and analysis, and all access operations are issued by work orders. The status monitoring diagram is mainly used for graphical monitoring. We will present a virtual diagram that is a simulation, so that managers can quickly understand the information of the currently stored bacteria. The test tube label is a log of card swiping, change and labeling, and finally a system for the second review.
Main innovation
Antech’s system realizes the most critical factor, which can realize automatic inspection. It uses RFID technology combined with intelligent position detectors, and is integrated with the entire drawer. It can locate and manage the bacteria in the bacteria drawer, according to the settings. The transmission frequency of the detector transmits the information of the tag read by the detector to the management end, which can achieve high efficiency and accuracy.
The precise positioning of the bacterial sample can be divided into latitude and longitude, and the specific information of the longitude and latitude test tube can be marked in real time. It is also a very big bright spot in the whole system, and there will be corresponding reporting functions.
The virtual real-time monitoring chart provides various statuses such as incorrect placement and abnormal removal to help managers grasp the abnormal information of the bacteria in real time.
For group management, the software part mainly adopts the DS architecture. Each management department and organization can access the system through a browser. All smart detectors are automatically uploaded to the central server through the network, realizing the effect of distributed management and centralized monitoring. In our system, each management organization forms its own system, but it is completely transparent to the superstructure and below, which has the effect of distributed management and centralized monitoring.
The future application prospects of this product have four major benefits: First, it is easy to promote. Now this product is very mature and can be easily promoted to various disease control centers or institutions and scientific research units with bacterial species management. It is now also in contact with hospitals and colleges. , The research center is promoting the project, the system provides a wealth of interfaces and middleware, in the management of bacteria, environmental factors are particularly important, and can be bound with the environmental monitoring system.
Second, it can greatly improve work efficiency. The self-developed software and hardware systems are now used to realize automatic detection of bacterial samples, inventory and inventory functions, and truly realize the concept of unattended work, improve work efficiency, and get it in the CDC. It has been verified very well, and the corresponding manpower consumption has also been reduced.
The management and control are intuitive. The virtual graph and the statistical analysis reports provided by the system itself can be printed and output monitored anytime and anywhere, and the administrator understands the status of the actual bacteria samples and alarm information.
The aspect of safety assurance was also raised very much when it first intervened in this project, that is, the effect of anti-terrorism. Shanghai is opening the World Expo and there is a lot of safety work to be done before the World Expo. The management of bacteria is also a top priority. At that time, it was proposed that if terrorists went to the laboratory or the bacteria storage room, the original pathogenic bacteria would be labeled, but now that there is nothing, they would not know how to prevent it. If they find a certain bacteria, but they can’t find it at all, they will start. When it comes to situations that you want to get but can’t get, prepare for terrorist attacks.
Antech is also an early company engaged in RFID technology research and development. The group also has a complete RFID industry chain. The design, packaging, and final integration of tags will be involved. He is also a council member of the RFID Industry Alliance.
Antech provides one-stop services such as service content, management consulting, system integration, technical resources, etc., through mutual exchanges with everyone, forming better products.
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