Portable oral tablet grinding device

Abstract

The invention discloses a portable oral tablet grinding device. The portable oral tablet grinding device comprises a shell, wherein a driving cavity and a grinding cavity are formed in the shell; a driving assembly is installed in the driving cavity; a grinding assembly is installed in the grinding cavity; the driving assembly is in transmission connection with the grinding assembly; the grinding assembly comprises a grinding disc and a plurality of grinding heads; the grinding disc comprises a movable assembly and a fixed assembly; the movable assembly is driven by the driving assembly; a grinding channel is formed between the upper surface of the fixed assembly and the upper surface of the movable assembly; the grinding heads are arranged in the grinding channel; the grinding heads are connected with the driving assembly through a transmission assembly; and a medicine powder collecting unit is further arranged in the shell and arranged below the grinding assembly, so that after tablets are ground into medicine powder through the grinding assembly, the medicine powder is collected through the medicine powder collecting unit. According to the portable oral tablet grinding device, manual medicine grinding in the prior art can be replaced, the workload of medical staff is reduced, the particle uniformity of the ground tablets is improved, and it is guaranteed that the ground tablets can be completely dissolved.

Description

technical field [0001] The invention relates to a medicine rolling technology, in particular to a portable oral tablet grinding device. Background technique [0002] In the existing medical system, most ICU patients are in a coma state, unable to take pills or tablets by themselves, and need to inject oral medicine through a gastric tube or a nasogastric tube. Therefore, ICU nurses need to crush the pills or tablets before nasal feeding. The crushed drug particles need to be completely dissolved in warm water, and then the dissolved drug solution is injected into the patient's gastrointestinal tract through a gastric tube or nasogastric tube. The use of artificial methods to crush medicines has led to a substantial increase in the workload of medical staff, and the size of the crushed medicine particles is not uniform, resulting in some large-grained medicines that still cannot be completely dissolved, increasing the blockage of gastric tubes and naso-intestinal tubes incid...

AI Technical Summary

Problems solved by technology

The use of artificial methods to crush medicines has led to a substantial increase in the workload of medical staff, and the size of the crushed medicine particles is not uniform, resulting in some large-grained medicines that still cannot be completely dissolved, increasing the blockage of gastric tubes and naso-intestinal tubes incidence rate

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