Automatic blood sampling control system

Abstract

An automatic blood sampling control system comprises a blood sampling device and a number calling device, wherein the number calling device is connected with a hospital information system to receive and feed back patient information given by the hospital information system. The blood sampling device comprises a blood sampling operation table, a blood collection tube preparing system, a visible touch control operation system and a control system, wherein data transmission is conducted between the control system and the visible touch control operation system through wireless connection. After the personal information of a patient is input into the hospital information system, the personal information of the patient is numbered by the number calling device, the control system acquires the personal information from the number calling device according to the number sequence and feeds the personal information back to a display interface of the visible touch control operation system, medical staff conducts control operation according to the blood sampling requirement, then the control system controls the blood collection tube preparing system to make a corresponding blood collection tube prepared on the blood sampling operation table, and at the same time, the number calling device informs the patient corresponding to the personal information on a test tube label of blood sampling preparation. In this way, blood sampling efficiency is improved.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and in particular relates to an automatic control system for blood collection used in hospitals. Background technique [0002] In the current hospital blood collection system on the market, most of them are multiple blood collection devices connected in series, which usually distribute the blood collection tubes with patient information evenly to each blood collection personnel in advance, and the blood collection personnel process them sequentially. Due to the different operation speed or proficiency of each blood collection personnel, the time spent on blood collection is different. The blood collection tubes assigned to unskilled blood collection personnel may correspond to the patients, and the number may be ranked first, but in the end when the number is called, it will be queued to the back, which makes the patient experience poor. In addition, the above-mentioned serial blood co...

AI Technical Summary

Problems solved by technology

The blood collection tubes assigned to unskilled blood collection personnel may correspond to the patients, and the number may be ranked first, but eventually they will be placed behind when the number is called, which makes the patient experience poor.

In addition, the above-mentioned series blood collection device is bulky and inconvenient to move, and the series connection mode can easily cause the entire system to be paralyzed, resulting in a high overall failure rate

[0003] In another case, if only one blood collection device is installed, a large number of blood collection test tubes will be output through the blood collection device. In this case, due to the centralized processing of the test tubes, it is more likely that the order of the test tubes will be out of order, and even the patient information will be wrong. question

In addition, regardless of the number of blood collection devices, at present, the blood collection personnel go to the designated location to take blood collection test tubes, or manually paste labels printed with patient information on the test tubes. The above actions need to waste a lot of time, making patients wait for blood collection time. too long

[0004] In the prior art, even if there is an automatic transfer device for test tube trays, since the supply rails are all one-to-one, it takes time to pick up and deliver the trays, resulting in reduced business efficiency and costly handling devices

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