Fluid-driven urine medical examination device

Abstract

The invention discloses a fluid-driven urine medical examination device, comprising a base, and a urine reagent cabin entry and exit mechanism, a printing output mechanism and fluid telescopic cylinders, which are installed on the base, wherein the urine reagent cabin entry and exit mechanism is disposed on a sliding guide rail and is driven by a first telescopic cylinder to laterally move along the guide rail, the printing output mechanism comprises a paper feeding and cutting portion and a printing portion, the paper feeding and cutting portion is connected to a printing output mechanism rack through a second fluid telescopic cylinder, the second fluid telescopic cylinder drives the paper feeding and cutting portion to vertically move, the printing portion is connected with a printing portion movable rack through a third fluid telescopic cylinder, the third fluid telescopic cylinder drives the printing portion to vertically move, and the printing portion movable rack is arranged on the printing output mechanism rack and is driven by a fourth fluid telescopic cylinder to laterally move along the printing output mechanism rack. The fluid-driven urine medical examination device disclosed by the invention has the characteristics of compact arrangement, simple structure, low cost, small installation difficulty and less equipment faults.

Description

technical field [0001] The invention belongs to the technical field of medical testing equipment, and in particular relates to a fluid-driven urine medical testing device. Background technique [0002] Urine testing is one of the three routine tests in modern clinical medicine. The urine analyzer is a special analytical instrument for urine testing with a urine reagent strip made of dry chemical principles. The instrument measures the result according to the color change produced by the reaction of several specific components in the urine with the test strip, and outputs the test report after calculation according to the color change of the identified reaction reagent area. [0003] Existing full-automatic urine analysis instrument is mainly made up of five parts of sample loading mechanism, sample tray, strip feeding mechanism, testing mechanism and printout mechanism. At present, the five major mechanisms, whether it is the sample feeding mechanism or the printing output ...

AI Technical Summary

Problems solved by technology

At present, the five major mechanisms, whether it is the sample feeding mechanism or the printing output mechanism, are all driven by motors and mechanical transmission systems or partially hydraulically driven. Because the mechanical and hydraulic systems are two different structures, the control coordination is poor, and the mechanical transmission system The structure is complex, the equipment cost is high, the installation is difficult, and there are many mechanical failures

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