Tablet dosage device and dosage system and medicine-taking method

Abstract

The invention relates to the technical field of the tablet dosage apparatuses, more specifically relates to a tablet dosage device and a dosage system and a medicine-taking method. The tablet dosage device comprises a control system, a counting device, a medicine tank, a round rotating table, a power device, and tablets, wherein the medicine tank stores the tablets, and comprises a bottom plate; the round rotating table is located at the bottom in the medicine tank; the control system controls the power device to drive the round rotating table to rotate; the table dosage device further comprises a disturbance rod; a slot hole is formed at the margin of the round rotating table; the round rotating table and the bottom plate are arranged in inclination relative to the horizontal level, and the round rotating table and the bottom plate are arranged in parallel; the inclination of the round rotating table and the bottom plate relative to the horizontal level is more than an angle of auto-flowing of the tablet medicine; the bottom end and the high end of the bottom plate are provided with the opening; the counting device is arranged at the external of the high end opening; the disturbance rod is arranged at the upper part of the round rotating table in parallel, the distance to the round rotating table is less than the table thickness, and the thickness of the round rotating table is 0.8-1 time of the tablet thickness. Therefore, the table medicine counting precision is effectively improved.

Description

technical field [0001] The present invention relates to the technical field of tablet dispensing equipment, more specifically, to a tablet dispensing device, a dispensing system and a dispensing method. Background technique [0002] At present, hospitals, clinics, and pharmacies all use traditional manual methods when dispensing medicines. There are not many pharmacists, and the types and types of medicines required for each prescription are different, which results in high labor intensity and low work efficiency for pharmacists. Low, to some extent, it will also affect the accuracy of dispensing. At the same time, because it is manual operation, it will inevitably cause secondary pollution. And when the tablet inventory is insufficient, there is no early warning mechanism. [0003] However, the dispensing system introduced in the published Chinese patent CN200510112591.2 adopts the method of electronic metering and cannot realize accurate quantification. The tablet presc...

AI Technical Summary

Problems solved by technology

[0002] At present, hospitals, clinics, and pharmacies all use traditional manual methods when dispensing medicines. There are not many pharmacists, and the types and types of medicines required for each prescription are different, which results in high labor intensity and low work efficiency for pharmacists. Low, to some extent, it will also affect the accuracy of dispensing

At the same time, due to the manual operation, it will inevitably cause secondary pollution.

And when the tablet inventory is insufficient, there is no early warning mechanism

[0003] However, the dispensing system introduced in the now published Chinese patent CN200510112591.2 adopts the method of electronic metering, which cannot realize accurate quantification

The tablet prescription intelligent dispensing system introduced by CN200620154137.3 ensures the quantity of tablet medicine by controlling the installation distance between solenoid valves, which has relatively high requirements for the work of solenoid valves and is prone to problems such as drug jams

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