Single-dose drug connected medicine bag and method

Abstract

The invention discloses a single-dose drug connected medicine bag and a method. The connected medicine bag is composed of a bag body, a zipper and sealing and cutting lines; the number of the sealing and cutting lines is plural, and the bag body is evenly divided into a plurality of single body medicine bags by the plurality of sealing and cutting lines; the zipper is arranged at the upper end of the bag body in the transverse direction; and an interval is arranged between the top end of each sealing and cutting line and the zipper. The medicine containing method for the connected medicine bag includes that the connected medicine bag is placed on a sealing and packaging machine; the position of a bag opening mechanism is adjusted and made to be located at the position of the zipper; medicine use labels of a patient are printed by a printer; the medicine use labels adhere to the single body medicine bags by an adhering mechanism; a conveying device conveys the single body medicine bags where the medicine use labels adhere to the position of the bag opening mechanism; the medicine bags are opened by the bag opening mechanism, and a funnel stretch into each bag opening for containing medicine; the medicine bags are conveyed to the position of a rolling wheel, and the rolling wheel extrudes the zipper to seal the medicine bags; and the above operation is repeated till medicine containing is completely completed. According to the single-dose drug connected medicine bag and the method, single-dose medicine containing can be performed according to the actual treatment course, and the beneficial effects that pollution is avoided, the automation degree is high, and medicine dispensing is accurate and efficient are achieved.

Description

Technical field [0001] The invention relates to a medicine bag and a method, in particular to a single-dose medicine conjoined medicine bag and a method, and belongs to the technical field of medicine packaging. Background technique [0002] At present, the measurement unit of drug delivery in many hospitals inpatient pharmacies is not based on the actual course of treatment, but based on the smallest packaging unit (bottle, box, bag, etc.). Most patients are discharged or cured before using the medicines. The remaining medicines are taken home. If they are not used for a long time, they will expire and become invalid, causing a great waste of patients and national resources. The inpatient pharmacies of some tertiary hospitals have realized automatic tablet sub-packaging, which can quickly encapsulate single-dose medicines. However, the existing packaging methods of medicine bags are all heat-sealed bags, which has the following problems: (1) When packing High temperature affect...

AI Technical Summary

Problems solved by technology

Most patients are discharged or cured before running out of medicines, and the remaining medicines are taken home. If they are not used for a long time, they will expire and become invalid, causing a great waste of patients and national resources.

The inpatient pharmacies of some tertiary hospitals have realized automatic tablet subpackaging, which can quickly package single-dose medicines, but the existing medicine bag packaging methods are all heat-sealed bags, which have the following problems: (1) High temperature affects the efficacy of the medicine; (2) waste heat is generated during sub-packaging, and the sub-packaging machine cannot run around the clock, resulting in low sub-packaging efficiency; (3) heat-sealed bags are formed in the machine, and the sub-packaging failure rate is high

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