A flat intensive vertical mode medicine storage cabinet

Abstract

The invention discloses a flat and dense type vertical modular drug storage cabinet which comprises a dense type deep-well horizontal drug storage cylinder, a feeding device and a discharging device. The dense type deep-well horizontal drug storage cylinder is composed of a plurality of drug groove units. The drug groove units are arranged in an array mode in the vertical direction. The tops of the drug groove units are distributed in a flush mode. The bottoms of the drug groove units are distributed in an inverted-pyramid shape. The feeding device is used for conveying a plurality of drug boxes to each drug groove unit. Each drug groove unit is of a cuboid type cylindrical structure. Inserting pieces are laid in all the cylindrical drug grooves respectively in the vertical direction. The inserting pieces are used for adjusting the drug storage dimension of each drug groove unit. The bottom of each drug groove unit is provided with a drug outlet and an ejection device. The flat and dense type vertical modular drug storage cabinet has the technical advantages of being large in drug storage amount, small in occupied space, higher in automation degree of feeding and discharging, safe and reliable in performance and the like.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a flat intensive vertical mode medicine storage cabinet. Background technique [0002] Existing fully automatic medicine dispensing machines (i.e. medicine storage cabinets) mostly use oblique medicine tanks or horizontal medicine tanks to store medicines. The front end is a horizontal conveyor belt, which transports the medicine to the cabinet. [0003] However, the structural layout of the traditional automatic dispensing machine will inevitably waste a lot of space resources; specifically, for example: the area formed by the area of ​​the conveyor belt multiplied by the height of the cabinet, the triangular area formed by the upper and lower parts of the inclined medicine tank, and The active area of ​​mechanical tonic medicine (that is, the mechanical arm) will be occupied in large quantities, and the above-mentioned large space area cannot be used for medicine sto...

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Problems solved by technology

[0003] However, the structural layout of the traditional automatic dispensing machine will inevitably waste a lot of space resources; specifically, for example: the area formed by the area of ​​the conveyor belt multiplied by the height of the cabinet, the triangular area formed by the upper and lower parts of the inclined medicine tank, and The active area of ​​mechanical tonic medicine (that is, the mechanical arm) will be occupied in large quantities, and the above-mentioned large space area cannot be used for medicine storage, which will cause the number of automatic medicine dispensing machines and the medicine storage volume to fail to meet the demand; however, even if the medicine storage volume is met The demand will inevitably lead to the extremely large volume of the automatic medicine dispensing machine, which is not suitable for the small space of general pharmacies.

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