Medical apparatus for blood analysis and using method thereof

Abstract

The invention discloses a medical apparatus for blood analysis and a using method thereof. The medical apparatus comprises a box body, a blood circuit and a blood testing device. A storage roller is installed in the blood testing device, a low temperature container is installed in the storage roller, an extracting component is installed on the lower side of the storage roller, a cable is installedon one side of the extracting component, a positive and negative pressure impactor is installed at the lower end of the extracting component, a row resistance component is installed at the lower endof the positive and negative pressure impactor, a ESR measuring meter is installed at the lower end of the blood circuit, an electromagnetic radiation ray emitting instrument is installed in the ESR measuring meter, a blood capillary container is installed at the upper end of the ESR measuring meter, a detecting instrument is installed in the blood capillary container, a quick brake pump is installed to one side of the blood capillary container, a measurement component is installed on the quick brake pump in the horizontal direction, a material discharging box is installed at the lower end ofthe measurement component, and a control unit is installed at the upper end of the measurement component. By installing the blood circuit and the quick brake pump, the medical apparatus for the bloodanalysis and the using method thereof greatly shorten time and dosage of blood measurement.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a medical device for blood analysis and a method for using the same. Background technique [0002] In the field of medical analysis, pathological states defined as inflammation are also confirmed by measuring the sedimentation rate (ESR) of the particle fraction in the blood. Known methods for measuring ESR generally require very long measurement times (from 30 minutes to 60 minutes), which prevents this analysis from being performed sequentially with other faster analyzes such as cytometric analysis. Furthermore, known methods generally necessitate the use of disposable containers, which increases the expense of purchasing and disposing of the containers. In addition, a large amount of blood is required for this analysis - usually 1ml to 3ml, which is troublesome in special cases such as the analysis of children. A method of detecting ESR proposed by the applicant in EP-A-1,098,...

AI Technical Summary

Problems solved by technology

Known methods for measuring ESR generally require very long measurement times (from 30 minutes to 60 minutes), which prevents this analysis from being performed sequentially with other faster analyzes such as cytometric analysis

Moreover, known methods often necessitate the use of disposable containers, which increases the expense of purchasing and disposing of the containers

In addition, a large amount of blood is required to perform this analysis - typically 1ml to 3ml, which can be cumbersome in special cases, such as when analyzing children

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