Intelligent blood collecting pre-treatment equipment

Abstract

The invention provides intelligent blood collecting pre-treatment equipment and belongs to the technical field of medical apparatus and instruments. The intelligent blood collecting pre-treatment equipment comprises a rack and conveying modules. A plurality of blood collecting pre-treatment modules are arranged on the rack, wherein the blood collecting pre-treatment modules are divided into two groups which are symmetrically arranged, and a feeding end and a discharging end are separately arranged at two ends of each blood collecting pre-treatment module; the conveying modules are mounted on the rack and are located between every two blood collecting pre-treatment modules; two sides of each conveying module separately communicate to the discharging ends of the two blood collecting pre-treatment module as a shared conveying channel when a blood collecting test tube is discharged. The intelligent blood collecting pre-treatment equipment provided by the invention is used for storing and discharging blood collecting test tubes of different specifications by arranging the blood collecting pre-treatment modules, so that errors are reduced, the probability of hospital infection is avoided, the examining time is shortened, the treatment process is optimized, the treatment experience of a patient is improved, and the test tubes are discharged reliably and stably.

Description

technical field [0001] The invention belongs to the technical field of medical devices, and relates to a processing device, in particular to an intelligent pre-treatment device for blood collection. Background technique [0002] At present, the outpatient blood collection process in most hospitals is as follows: the patient goes to the blood collection window with the check list, and after the staff checks the patient's information, use the barcode printer to print out the barcode and paste it on the corresponding vacuum blood collection tube according to the doctor's order, and print the return receipt to the patient at the same time , inform the pick-up time and place. But there are the following problems: 1. Long queues and long waiting times during peak hours. 2. Various reasons lead to wrong selection of vacuum blood collection tubes. 3. When the workload is heavy, it is easy to make mistakes. 4. When receiving specimens, it is necessary to print the barcode on the p...

AI Technical Summary

Problems solved by technology

But there are the following problems: 1. Long queues and long waiting times during peak hours

2. Various reasons lead to wrong selection of vacuum blood collection tubes

3. When the workload is heavy, it is easy to make mistakes

4. When receiving the specimen, it is necessary to print the barcode on the patient's medical card and paste it on the container, and print the receipt to the patient at the same time. Because the specimen may be biohazardous, there is a possibility of nosocomial infection, and patients often complain

5. Automated instruments for blood testing have gradually become popular. Due to the inconsistent height of the manually-attached barcode labels, the scanners of the automated equipment cannot scan, resulting in a slowdown in detection speed and the inability to maximize efficiency.

However, regardless of the stand-alone version or the assembly line, and whether imported equipment or domestic equipment, all adopt self-adhesive thermal barcode printing technology, and the barcode paper needs to be replaced after a pause in the middle of use, and the barcode paper is often jammed due to the accumulation of glue.

7. At present, this kind of equipment is assigned to the blood collection window after the printing is completed, and then the number is called to invite the patient to come in, but the blood collection completion time varies from person to person, and sometimes the patient with the serial number in the front is called late. Immediately calling the numbers in the wrong order will lead to misunderstandings and complaints from patients

However, both have disadvantages: the storage box vibrates to release the tube, and the tube may be stuck when the tube is unloaded. If the mechanical arm is used to grab the blood collection tube, the position needs to be recalibrated for a long time, otherwise the grasping will not be accurate.

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