Dispenser

Abstract

The invention provides a dispensing machine, which comprises a machine receiving assembly, a transferring assembly and a lifting assembly, wherein the machine receiving assembly comprises a medicine transferring cavity extending along the vertical direction; the medicine transferring cavity comprises a medicine inlet and a first medicine outflow channel, wherein the medicine inlet is positioned on the top of the medicine transferring cavity, and the first medicine outflow channel is positioned on the bottom of the medicine transferring cavity; the transferring assembly comprises a medicine containing cavity, a conveyor belt and a driving construction member, wherein parts of the conveyor belt are contained in the medicine containing cavity, the driving construction member is connected with the conveyor belt, and the driving construction member drives the conveyor belt to be rotated into or out of the medicine containing cavity; and the lifting assembly is connected with the transferring assembly so as to drive the transferring assembly to move in the vertical direction, and the moving region of the transferring assembly comprises a first medicine adding position as high as the medicine inlet. According to the dispensing machine provided by the invention, the medicine transferring cavity extending along the vertical direction is used for temporarily storing and transferring medicines, areas occupied by the dispensing machine on the horizontal plane is lowered, the amount of the dispensing machine in a limited space is increased, and the dispensing efficiency and accuracy of an automated pharmacy can be improved.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a medicine dispensing machine. Background technique [0002] In the current automated pharmacy, the transfer and transmission of medicines are realized through the medicine dispensing machine. In the existing medicine dispensing machines, flexible transmission belts are often used to deliver medicines, and a medicine storage basket is placed at the output end of the flexible transmission belt to obtain the required However, in order to meet the huge demand for medicines in the current hospital, the flexible transmission is generally set very long, so that the flexible transmission can accommodate more medicines. At the same time, in order to match the output of different types of medicines, it is necessary to set up multiple flexible transmission belts. As a result, the flexible conveyor belt takes up a lot of space. Due to the limited space in the current hospital, it is impossibl...

AI Technical Summary

Problems solved by technology

[0002] In the current automated pharmacy, the transfer and transmission of medicines are realized through the medicine dispensing machine. In the existing medicine dispensing machines, flexible transmission belts are often used to deliver medicines, and a medicine storage basket is placed at the output end of the flexible transmission belt to obtain the required However, in order to meet the huge demand for medicines in the current hospital, the flexible transmission is generally set very long, so that the flexible transmission can accommodate more medicines. At the same time, in order to match the output of different types of medicines, it is necessary to set up multiple flexible transmission belts. As a result, the flexible conveyor belt takes up a lot of space. Due to the limited space in the current hospital, it is impossible to realize the large-scale setting of the drug feeding machine, resulting in the low efficiency of the drug output of the automated pharmacy and unable to meet the current huge drug output demand.

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