Medicine filling machine and medicine filling method

Abstract

The invention discloses a drug dispersing machine and a method for dispersing drugs. The drug dispersing machine comprises a drug dispersing device, a printing device, a conveying device, a drug filling device, a cutting-off device, a sealing machine, an output device and a control device. The drug dispersing device is used for placing the drugs and conveying the drugs to the drug filling device. The printing device is used for printing information on bunchy drug bags, and after being printed, the drug bags are conveyed to the drug filling device through the conveying device. The conveying device is used for conveying the drug bags. The drug filling device is used for filling the drugs into the drug bags. The cutting-off device is used for cutting off the bunchy drug bags before, or after, or at the moment the drugs are filled by the drug filling device. The sealing device is used for sealing the drug bags which are filled with the drugs. The output device is used for outputting the drug bags which are sealed. The control device is used for controlling the above devices to work. The drug dispersing machine is simple in structure, standard and convenient to operate, high in working efficiency and suitable for dispersing of the drugs with non-integer capsules or tablets, accords with Chinese laws and regulations, can separate the drug bags according to patients, and is low in cost and suitable for most medical institutions.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a medicine filling machine and a medicine filling method. Background technique [0002] At present, in hospital pharmacies, it is necessary to place the medicines of patients (especially hospitalized patients) in corresponding medicine bags every day. In the prior art, there are two modes of dispensing medicine for inpatients in the central pharmacy: manual dispensing and automatic dispensing. [1] . [0003] In the past, the manual medicine placement mode mainly used the medicine cup as the container, and manually placed a single dose (each time) of medicines in the medicine cup, hereinafter referred to as the manual medicine cup placement. The workflow is: (1) Print oral medicine Place the medicine list; (2) Take out the corresponding patient’s medicine cup; (3) Open the medicine cup; (4) Put the medicine into each medicine cup one by one according to the medicine pl...

AI Technical Summary

Problems solved by technology

However, the automatic medicine dispensing machine has the following defects: First, the cost is high. The one-time investment cost of a machine is about 2 million yuan, and the minimum is calculated according to the 10-year depreciation of the equipment of 2 million yuan, plus the cost of consumables and maintenance. The annual cost of the computer is estimated to be at least 400,000 yuan, which is equivalent to the labor cost of 8 pharmacists or nurses (calculated at 50,000 yuan per person per year) [5] , although fully automatic dispensing can save a certain amount of human resources, but compared with the manual dispensing mode, the overall operating cost of the pharmacy is rising [5] ; second, the hardware system and software system are very complex, difficult to operate, and poor in stability; third, the automatic medicine dispensing machine cannot automatically dispose medicines for non-integer grains or tablets, and some patients, especially pediatric patients, take most of the medicines orally for a long time. The most important thing is that the dosage is lower than 1 tablet or tablet, such as 0.5 tablet / time; 1 / 3 tablet / time, etc., the automatic medicine dispensing mode cannot be used, and the medicine can only be placed manually and then packaged by the machine, which greatly reduces the Its work efficiency has been reduced; its four, the device that the fully automatic medicine filling machine has no separation medicine bag, after finishing filling medicine, the medicine bag of patient of whole department is put together, does not separate by patient, therefore, the medicine bag after finishing putting medicine The bag also needs to manually separate the patient's medicine bag, which greatly reduces the work efficiency

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