Medicine allocating and medicine-taking prompting device based on Internet of Things

Abstract

The invention discloses a medicine allocating and medicine-taking prompting device based on Internet of Things. A turnplate is driven to rotate by a certain angle anticlockwise or clockwise through astepping motor, the center of a turnplate hole is aligned to the center of a selected passage to select the selected passage, a lower passage switch of the selected passage is turned on to select a small ball at the lowest end of the passage, the small ball is rotated to an outlet of the passage through the turnplate, in this way, falling of the small balls in the passage is controlled one by one.The passage is divided into two layers from inside to outside; if the small balls in the passage on the inner side needs to be taken out, the turnplate is rotated by multiple of 90 degrees anticlockwise and then rotated by multiple of 90 degrees clockwise; if the small balls in the passage on the outer side needs to be taken out, the turnplate is rotated by multiple of 30 degrees anticlockwise and then rotated by multiple of 30 degrees clockwise, this way is suitable for multiple layers of passages, structure is simple, and accurate control can be realized. Convenience is brought to managingaddition and takeout of medicine in the small balls by correlating colors and patterns of the small balls, the passage and serial number of the small balls in the passage with medicine information.

Description

technical field [0001] The invention relates to the technical field of drug distribution and reminder for taking medicine, in particular to a drug distribution and reminder device for taking medicine based on the Internet of Things. Background technique [0002] A problem with current tablet dispensers is that the tablet dispenser is only suitable for one type of tablet, ie a tablet of a certain size and ratio relative to the size of the container. Therefore, when a user needs to change a medication, the new medication is in the form of a tablet of a different size and proportion than the original tablet, and the user needs to change the dispenser. Different tablets have different surface areas and heights, and if it is necessary to manage dozens of tablets at the same time, an extremely complex mechanical structure is required. [0003] A conventional tablet dispensing apparatus includes a plurality of boxes provided in an upper portion of the medicine packaging apparatus ...

AI Technical Summary

Problems solved by technology

[0002] 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

If there are young children in the home, keep the medicine within easy reach of young children, as it is likely to be swallowed by mistake

[0007] For ordinary families, it is difficult for ordinary medicine dispensers to meet the needs of diversity. In order to shield the size difference between different pills, an Internet of Things-based medicine distribution and medicine reminder device based on medicine function distribution is proposed here. By packing each dose of medicine in the same size balls, different colors and different patterns of balls represent different drug functions and different ages

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