Dispensing bag bearing tray for traditional Chinese medicine formula granules

Abstract

The invention relates to a dispensing bag bearing tray for traditional Chinese medicine formula granules, which comprises a horizontally arranged bearing table. A vertical post is arranged on the bearing table, a plurality of rotating arm seats are arranged on a support platform which is arranged at the top of the vertical post, a rotating arm capable of upwardly turning over is movably arranged on each rotating arm seat, a horizontal limiting device capable of leading each rotating arm to be kept horizontal is arranged in each rotating arm seat, one end of each rotating arm is movably connected with the corresponding rotating arm seat, the other end of each rotating arm is provided with a feeding port, and all the feeding ports are positioned on the same circumference with the middle axis of the vertical post serving as a circle center. The rotating arms capable of individually lifting of the dispensing bag bearing tray is convenient for only taking full bags and complementing empty bags, bag sleeving of the bag number required by a formula is not needed, multiple-tray and trayful sleeved bags can be reserved, and alignment time is extremely short as the multiple-tray and trayfulsleeved bags can be reserved and one feeding port the closest to a dispensing medicine discharging port can serve as a starting bag filling position.

Description

technical field [0001] The invention relates to a packaging device for granular or powdery materials, in particular to a bag-bearing device for dispensing equipment for traditional Chinese medicine formula granules. Background technique [0002] Traditional Chinese medicine formula granules are convenient traditional Chinese medicine preparations: prefabricated single traditional Chinese medicines into concentrated granular granules for separate use. When dispensing, the required multi-flavor granules are measured separately according to the prescription, mixed in small bags and distributed to patients. When taking the medicine, tear the bag and take it after brewing. It does not need to be decocted, and it is easy to store and carry, and is increasingly popular. Corresponding various metering and dispensing devices have also emerged as the times require, such as a metering and dispensing device disclosed in patent 200820108670.5. The bagging part of the device includes a ma...

AI Technical Summary

Problems solved by technology

[0003] It can be seen from the above that there are some disadvantages in this dispensing bag tray composed of a material guide plate and a carrier table: (1) The material guide plate and the carrier table must be disassembled when taking the medicine bag, which means that the medicine bag can only be used for a few minutes. There are several in one set, but before the arrival of any prescription, it is not known how many medicine bags are needed, and it is impossible to pack multiple bags in advance, and it is necessary to manually count the number of bags and find the starting position for bagging, which is very troublesome and inefficient; (2 ) The deployment must start from the initial bagging position, which means that every time the initial position must be searched for, and a large amount of alignment time is required; (3) There is a large slope at the feeding port, and the amount of retained fine powder cannot be ignored

On the one hand, these shortcomings have a great impact on the efficiency of bagging, especially when there are many varieties to be adjusted and the dosage is large, it takes a long time and cannot be prepared in advance, which will directly affect the efficiency of deployment; on the other hand, no matter whether the material is cleaned or not The retained fine powder in the mouth may cause drug cross-contamination: if it is cleaned into the bag, the cleaning tool will bring in the previous drug. If it is not cleaned, it will be mixed into the next batch of prescriptions. If it is discarded, it may cause inaccurate measurement.

Images