Medical multi-needle optical fiber injection device with probiotic activating function

Abstract

The invention relates to the technical field of injection devices, in particular to a medical multi-needle optical fiber injection device with a probiotic activating function. The medical multi-needleoptical fiber injection device comprises a first mounting block, a fixing block, electric heating sleeves, injection bottles, optical fiber sleeves, a first measuring cylinder, a second measuring cylinder, a third measuring cylinder, a fourth measuring cylinder, digital thermometers, a second mounting block, laser lamps, first connectors, needles and second connectors. Medical workers do not needto independently extract probiotics with injection needles before injecting the probiotics to patients, so that time saving is realized; injection liquid and the probiotics can be heated properly, and discomfort caused by low temperature of the injection liquid and the probiotics in injection can be alleviated for the patients; the probiotics can be activated before injection to increase the probiotic utilization rate, and ideal treatment effects are achieved; when the medical workers give the patients an injection, probability of blood return can be reduced after injection is finished, and probability of blood return in an injection process is reduced.

Description

technical field [0001] The invention relates to the technical field of injection devices; in particular, it is a medical multi-needle optical fiber injection device with the function of activating probiotics. Background technique [0002] Syringes are a common medical appliance. As early as the 15th century, Italian Catinel proposed the principle of syringes. Mainly used for injecting liquid medicine or drawing liquid. Syringes are also used in medical equipment, containers, and scientific instruments such as some chromatography to inject through a rubber septum. Injecting gas into a blood vessel can cause an air embolism. The way to remove air from the syringe to avoid embolism is to invert the syringe, tap it gently, and squeeze out a little fluid before injecting into the bloodstream. [0003] Beneficial bacteria generally refer to bacteria that grow in the human stomach and play a positive role in human health. There are as many as 500 kinds of bacteria in the human ...

AI Technical Summary

Problems solved by technology

[0004] 1. Before injecting beneficial bacteria into patients, medical staff need to use injection needles to extract beneficial bacteria, which is a waste of time and increases the workload of medical staff

[0005] 2. It is not possible to properly heat the injection and beneficial bacteria. In the cold season, injecting the injection and probiotics directly into the patient's body will cause certain irritation to the patient's body due to the low initial temperature of the probiotics. , increased patient discomfort

[0006] 3. The existing injection device cannot activate the beneficial bacteria before injecting the probiotics, so that the utilization rate of the beneficial bacteria is low and the effect is not ideal

[0007] 4. When the medical staff injects the patient, there may be a phenomenon of blood returning after the injection. The light one may cause the efficacy of the drug to fail, and the serious one may cause shock, sudden death and other phenomena, which will have an adverse impact on the patient's health.

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