Method for importing detection items of full-automatic coagulation analyzer through XML file

Abstract

The method discloses a method for importing detection items of a full-automatic coagulation analyzer through an XML file, which comprises the steps of S1, making newly-added item information, inputting parameters of the newly-added item information in sequence, and generating a parameter file with the extension name being . Xml, and storing the parameter file in the full-automatic coagulation analyzer; S2, selecting a one-key import parameter file in a 'new item adding' sub-interface of an operation interface of the full-automatic coagulation analyzer; and S3, analyzing the imported parameterfile content in the xml format by an upper computer software system of the full-automatic coagulation analyzer system to obtain reaction system parameters of the item. According to the invention, theXML file is input through the newly added item information, and the XML file is imported into the system, so that a new detection item related reaction system is added; and on the basis of existing instrument functions, all information of the newly-added item is stably and reliably loaded to the maximum extent, the input mode is simple, importing is rapid, and the executability of the newly-addeditem is guaranteed.

Description

technical field [0001] The invention relates to the technical field of medical detection, in particular to a method for importing detection items of a fully automatic coagulation analyzer through an XML file. Background technique [0002] In the IVD medical device industry, routine clinical coagulation testing items include PT, APTT, TT, FIB, DD, etc. In the software system design of the upper computer of the automatic coagulation analyzer, each item has an independent response system. [0003] During the detection process of the instrument, the sampling needle adds a certain amount of plasma sample into the cuvette, and the cuvette moves by rail transport, and then grabs the cuvette to the incubating module by the gripper, and puts the cuvette in the incubating module at 37°C. After incubating for a certain period of time, the gripper is used to grab it to the detection module again. The reagent needle absorbs a certain amount of reagent and adds it to the reaction cup for ...

AI Technical Summary

Problems solved by technology

[0012] Although this method can solve the problem of adding new detection items, in actual product applications, if customers operate a large number of products that have been put on the market, the user experience will be poor, and it may also bring certain risks due to improper operation; if Let the after-sales engineers go to the customer to operate, which brings high labor costs, and there are also certain risks brought about by complicated operations.

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