Culture dish labeling device

Abstract

The invention discloses a culture dish labeling device. The culture dish labeling device comprises a label printing mechanism used for printing labels; a label taking mechanism used for taking out the labels from an output port of the label printing mechanism and transmitting the labels to a first station; a conveying mechanism used for conveying culture dishes to the first station, pasting the labels on the label taking mechanism on the culture dishes and further conveying the culture dishes to a second station; and an output mechanism used for outputting the culture dishes. The labels are conveyed to the first station through the label taking part, then the culture dishes are conveyed to the first station through the conveying mechanism, and the labels corresponding to body fluid of patients are pasted on the culture dishes, so that the automation degree is greatly improved, manual operation of related personnel is liberated, the efficiency is greatly improved, manual operation errors are avoided, and the labor cost is reduced. Meanwhile, the labels corresponding to the body fluid of the patients are attached to the culture dishes, and the one-to-one correspondence relation between the culture dishes and the body fluid of the patients is determined.

Description

technical field [0001] The invention relates to the field of medical automation, in particular to a culture dish labeling device. Background technique [0002] At present, in the medical field, people's health and corresponding awareness are getting more and more attention from all aspects. Antibiotics have a very significant effect on the medical field and people's health. However, due to the lack of understanding of antibiotics in the past, the use of antibiotics has appeared. The situation of abuse has brought a certain negative impact on the health of the people. Therefore, when the people are sick, medical workers will gradually adopt more scientific and robust methods and methods to treat patients. The current practice is, Collect the patient's body fluid sample, put it into a special test tube for backup, and then use the inoculation loop to apply the spare body fluid to the corresponding position in the petri dish and culture it. After a certain period of time, obs...

AI Technical Summary

Problems solved by technology

[0004] According to the description of the prior art in the background technology of this patent, since the current process of culturing the patient's body fluid and prescribing the right medicine is manual from beginning to end, it is necessary to find an automated method and method. The use of automated methods and methods will inevitably involve confirming the one-to-one correspondence between the petri dish and the patient's body fluid, so it is necessary to design a corresponding structure to solve this type of problem; The part automatically transports the label to the first station, and then transfers the petri dish to the first station through the conveying mechanism so that the label corresponding to the patient's body fluid is attached to the petri dish, which greatly improves the degree of automation and liberates the labor of relevant personnel. The operation and efficiency are greatly improved, avoiding manual operation errors, and reducing labor costs. At the same time, by affixing labels corresponding to the patient's body fluids on the petri dishes, the one-to-one correspondence between the petri dishes and the patient's body fluids is determined, thereby avoiding analysis results. The situation that does not correspond to body fluids; in the present invention, only one motor drives the first-stage transmission shaft to rotate, and at the same time, the first-stage transmission axially rotates the second-stage transmission shaft installed on the first-stage transmission shaft to drive, so that the first-stage transmission shaft Rotate together with the secondary transmission shaft, specifically: drive the primary transmission shaft to rotate through a single drive motor to make the swing arm and the secondary transmission shaft rotate with the primary transmission shaft as the center, that is, the holding part fixed on the secondary transmission shaft The mounting arm rotates around the primary transmission shaft, and at the same time, the single drive motor drives the secondary transmission shaft through the transmission of the primary transmission shaft and the secondary transmission assembly, so that the mounting arm of the receiving part fixed on the secondary transmission shaft is driven by the secondary transmission shaft. The transmission shaft rotates at the center of the circle, so that the receiving part fixed on the mounting arm of the receiving part can transfer the label at the output port of the label printing mechanism to the first station in one step, with compact structure, high efficiency and low cost

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