Blood coagulation routine test constant-speed test method

Abstract

The invention discloses a blood coagulation routine test constant-speed test method, which comprises the following steps of: configuring a set of photoelectric signal detection analysis and data transmission device and a constant-temperature device for each test cup, detecting an item for each test cup, placing a plurality of test cups on an electrified assembly line, and driving the test cups tomove and supplying power to the test cups by the electrified assembly line; the electrified assembly line drives the test cups to move for a certain distance at a fixed time interval, and the next test cup reaches the position where the previous test cup is suspended every time the test cups move; when the test cup is suspended, the detection instrument adds a blood sample into the test cup at a fixed position, then a constant temperature device of the test cup is started, and the blood sample in the test cup is pre-heated for 120 s; after 120 s of pre-heating is completed, a detection instrument adds a detection reagent into the test cup at a fixed position, and the test cup starts to detect the blood sample and uploads a detection result to the instrument; and after the detection is completed, the detection instrument cleans the test cup at a fixed position.

Description

technical field [0001] The invention belongs to the field of medical testing equipment, and in particular relates to a blood coagulation routine testing method. Background technique [0002] Before the patient is hospitalized for surgery, the doctor will always ask the patient to take blood for routine blood coagulation examination. The hemostatic function of the human body is very important. When a person is accidentally injured and bleeds, the hemostatic function will work quickly to coagulate the blood to block the wound and stop the bleeding, avoiding a large amount of blood loss. When a patient needs surgery, the doctor must know the hemostatic function of the patient in advance. If the hemostatic function is not perfect, the patient may bleed heavily during the operation, resulting in surgical accidents or even death. [0003] Coagulation routine examination generally has six indicators, which are divided into three qualitative indicators and three quantitative indic...

AI Technical Summary

Problems solved by technology

[0005] Although the eight-joint cup greatly improves the detection efficiency compared with the single cup, due to the diversity and differences of disease pathogens, the indicators that need to be tested for each patient may be different. Some have two, some have four, and some have six. At this time, if there are both quantitative indicators and quantitative indicators in the simultaneous detection in the eight-unit cup, then the time for the test cup to complete the test is determined by the quantitative indicator that takes a long time, even if the quantitative indicator has been tested. Completed, it is impossible to continue to detect the next sample, you must wait for all to be completed before you can proceed to the next sample

Therefore, the current test method does not improve the efficiency of the test for the detection of quantitative indicators, but is suppressed

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