Coagulation analyzer and coagulation analysis method
A blood coagulation analyzer and analysis method technology, applied in the field of medical devices, can solve the problems of increasing the cost of use for customers, increasing the cost of test consumables, and increasing the complexity of the instrument, achieving high reliability, easy design, and low cost
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Embodiment approach 1
[0069] One of the embodiments of the present invention, such as figure 2 shown. 1 is the analysis cup transfer module, 2 is the incubation module, 3 is the analysis cup storage module that does not contain particles, 4 is the discarding cup assembly, 5 is the shared optical coagulation analysis module and sample interference analysis module, and 6 is the magnetic drive particle containing 7 is a magnetic coagulation analysis module, 8 is a liquid transfer module, 9 is a reagent storage module, 10 is a sample tube, and 11 is a sample tube storage module.
[0070] Such as figure 2 As shown, the present invention provides a coagulation analyzer, comprising:
[0071] Shared optical coagulation analysis module and sample interference analysis module 5, wherein the optical coagulation analysis module uses an analysis cup that does not contain particles for optical coagulation analysis; the sample interference analysis module is used for analyzing the impact of sample interferenc...
Embodiment approach 2
[0086] One of the embodiments of the present invention, such as image 3 shown. 1 is the analysis cup transfer module, 3 is the analysis cup storage module without particles, 4 is the discarding cup assembly, 15 is the shared optical coagulation analysis module and incubation module, 6 is the analysis cup storage module containing magnetically driven particles, 7 is the magnetic coagulation analysis module, 8 is the liquid transfer module, 9 is the reagent storage module, 10 is the sample tube, 12 is the light source assembly of the sample interference analysis module, 13 is the light receiving assembly of the sample interference analysis module, and 14 is the sample tube storage tray .
[0087] Figure 5 As an example of the measurement channels of the sample interference analysis module, the sample interference analysis module may include multiple measurement channels. 12 is the light source component of the sample interference analysis module, 13 is the light receiving c...
Embodiment approach 3
[0094] One of the embodiments of the present invention, such as Figure 4 shown. 1 is the analysis cup transfer module, 2 is the incubation module, 3 is the analysis cup storage module without particles, 4 is the discarding cup assembly, 5 is the shared optical coagulation analysis module and sample interference analysis module, 7 is the magnetic coagulation analysis module, 8 is a liquid transfer module, 9 is a reagent storage module, 10 is a sample tube, 11 is a sample tube storage module, and 16 is a magnetically driven particle automatic loading module.
[0095] In this embodiment, the module 5 is a shared optical coagulation analysis module and a sample interference analysis module, and adopts the method of sharing all module components. Module 5 has constant temperature control, and the central temperature is preferably set at 37 degrees.
[0096] The analysis cup transfer module 1 transfers the analysis cups without particles on the analysis cup storage module 3 to ea...
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