Medicine quantity control method

Abstract

The invention discloses a medicine quantity control method and a methadone medicine drinking machine. The methadone medicine drinking machine comprises an identity recognition module, a language prompt module, an image acquisition module, a weighing module, a constant temperature heating module, a medicine input module, two medicine quantity detection modules and a touch display module. The medicine quantity control method comprises the following steps: S1, identity recognition; S2, data calling; S3, medicine quantity distribution; S4, weight monitoring; and S5, final detection; through cooperation of equipment, during utilization, an actual required medicine taking quantity of a user is judged through the identity recognition, in addition, the medicine quantity is distributed in real time through the medicine quantity distribution, the correct input quantity of the medicine quantity of the user is guaranteed, the situation that the medicine quantity is insufficient or excessive is prevented, and in the use process, through a weighing module arranged on an operation table, a simple detection for the medicine taking condition of the user during use is greatly increased, and the situation that the medicine taking quantity of the user is insufficient during use is prevented.

Description

technical field [0001] The invention relates to the technical field of drug dose input methods, in particular to a drug dose control method. Background technique [0002] Methadone hydrochloride (methadone for short) is a mu opioid receptor agonist, similar to morphine in efficacy, has analgesic effect, and can produce respiratory depression, miosis, sedation and other effects. Compared with morphine, it has the characteristics of longer acting time, less tolerance, and lower drug dependence. It was a narcotic analgesic synthesized in Germany during World War II to replace morphine. In the early 1960s, it was discovered that this drug has the medicinal effect of treating heroin dependence detoxification and replacing maintenance therapy. [0003] However, existing drug dosage control methods have the following deficiencies in actual operation and execution: [0004] The drug dosage control in the prior art is generally controlled manually. During the control, medical perso...

AI Technical Summary

Problems solved by technology

[0004] The drug dosage control in the prior art is generally controlled manually. During the control, medical personnel are required to conduct real-time observation, which wastes a lot of manpower and physics during work, and the control amount is often generated when the drug dosage is controlled manually. There are more or less situations, which cannot meet the needs of existing technologies