Quantitative medicine bottle

Abstract

The invention discloses a quantitative medicine bottle. The quantitative medicine bottle comprises a bottle body, a bottle cap and a quantitative medicine taking assembly, wherein the quantitative medicine taking assembly is arranged in a space enclosed by the bottle body; the quantitative medicine taking assembly comprises a quantifier and a filler; the quantifier comprises a cylinder and a handle; the cylinder is horizontally accommodated in the filler and is slidably connected with the filler; the filler is rotatably connected to the two ends of the cylinder through shafts; an inclined surface area and a V-shaped inclined surface area are arranged on the upper surface of the filler; an inclined medicine feeding sliding groove is formed in the bottom of the V-shaped inclined surface; themedicine feeding sliding groove penetrates into the cylinder to form quantitative medicine hoppers, the filler is further provided with a medicine discharging sliding groove, the handle is fixedly connected with a shaft of the cylinder, and by rotating the handle, the empty inclined upward quantitative medicine hoppers can be butted with the medicine feeding sliding groove; and meanwhile, the inclined downward quantitative medicine hoppers filled with tablets can be butted with the medicine discharging sliding groove. According to the quantitative medicine bottle, medicine can be quantitatively taken only by twisting the handle, people can twist the handle for the times equal to the number of the tablets needed, the operation is simple, the quantitative medicine bottle has the medicine marking function, and the quantitative medicine bottle is very convenient and practical.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a quantitative medicine bottle. Background technique [0002] The medicine bottle in the prior art has a thick body and a thin mouth. When taking the medicine, it is necessary to unscrew the bottle cap first, and then shake the medicine bottle to shake out the tablets (pills). During the operation, the shaking needs to be precisely controlled Only by shaking the amplitude and strength of the medicine can the medicine be taken smoothly, and what often happens is that it is difficult to control the amount of medicine after shaking for a long time. , children with inflexible hands, the elderly, and the handicapped, there is a big defect in this way of taking medicine. [0003] The utility model patent document with the patent number: 201721038972.5 discloses a quantitative medicine bottle, which provides certain convenience for the elderly to take medicine by setting a medi...

AI Technical Summary

Problems solved by technology

Although the technical scheme is simple in structure and has achieved certain technological progress, it still has the following defects: 1. When the bottle cap is unscrewed, the opening of the bottle cap is downward. If the pill falls on the ground, it needs to be taken again; 2. The medicine compartment is open in one direction, so it is difficult to ensure that the pill will not be thrown back into the medicine bottle when the medicine bottle is turned upside down and then turned upside down; 3. The medicine can only provide a vague dosage range, but cannot achieve accurate medicine taking. For example, it is impossible to take one medicine at a time.

[0004] In fact, realizing accurate medicine taking has always been a technical difficulty in this field. The difficulty lies in the fact that the medicine in the medicine bottle has various shapes. If it is powder, it is relatively easy to take medicine quantitatively. , oval tablets, capsules, etc., you need to take into account the different postures of the medicine when taking the medicine. If the technology is not good enough, it is easy to wear the medicine during the dosing

Images