Tablet distributing device and application method thereof

Abstract

The invention discloses a tablet distributing device (1) which comprises a tablet distributing mechanism (11), a packaging cavity (12), tablet dividing plates (13) and a driving mechanism (14), wherein the tablet distributing mechanism (11) comprises a solid cylinder (111) and a plurality of convex edges (112) uniformly arranged from top to bottom along the axial direction of the solid cylinder (111), and the convex edges (112) are divided into upper convex edges (1121) and lower convex edges (1122) along the radial direction of the solid cylinder (111), and tablet distributing grooves (113) are formed among the convex edges (112); the packaging cavity (12) is arranged to package the convex edges (112) exactly, inner threads matched with outer threads of openings of medicine bottles (2) are arranged on the circumference of the upper part, and medicine drain outlets (121) same with the tablet distributing grooves (113) in shape are formed in the bottom; the tablet dividing plates (13) are inserted between the upper convex edges (1121) and the lower convex edges (1122) and are arranged right above the medicine drain outlets (121); and the driving mechanism (14) comprises a transmission gear (141) engaged to a motor shaft (15) of a motor and a driving shaft (142) coaxial with the solid cylinder (111). An application method of the tablet distributing device (1) provided by the invention comprises the steps of calculating parameters, dividing the tablets and distributing the tablets mechanically. According to the tablet distributing device (1) and the application method thereof,the dosing quantity can be controlled simply and precisely.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a tablet dispensing device and a method for using the same. Background technique [0002] Taking medicine is a common situation in people's life. When taking medicine from an ordinary medicine bottle, most of them open the bottle cap and pour the medicine. It is difficult to control the number of tablets, and a large amount may be poured out at one time. After taking the medicine, the remaining medicine grains need to be poured back into the medicine bottle. This process has caused certain pollution because the medicine grains poured into the medicine bottle again have been touched by the patient's hands, and other medicine grains in the medicine bottle will be polluted after being put into the medicine bottle again; It is possible to inaccurately record the course of medication and affect the treatment of the disease. A problem with current tablet dispensers is that the tablet di...

AI Technical Summary

Problems solved by technology

[0002] Taking medicine is a common situation in people's life. When taking medicine from ordinary medicine bottles, most of them open the bottle cap and pour the medicine. It is difficult to control the number of pills. It may be poured out in large quantities at one time. After taking the medicine, the remaining medicine pills need to be poured back into the medicine bottle.

This process has caused certain pollution because the medicine grains poured into the medicine bottle again have been touched by the patient's hands, and other medicine grains in the medicine bottle will be polluted after being put into the medicine bottle again; It is possible to remember inaccurately the course of medication, which will affect the treatment of the disease

The problem with current tablet dispensers is that the tablet dispenser only works with one type of tablet, i.e. a tablet of a certain size and ratio relative to the size of the container

Due to the difference in surface area and height of different tablets, if dozens of tablets need to be managed at the same time, an extremely complicated mechanical structure is required

[0003] To sum up, in the field of tablet distribution, there are problems of large tablet management load and low distribution accuracy

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