A method for realizing multi-channel high-efficiency continuous counting and packetizing

Abstract

The invention discloses a method for realizing multi-channel high-efficiency continuous counting and subcontracting. A first blanking channel with the same number as the conveying channel and one-to-one correspondence is provided, and a second blanking channel with the same number as the first blanking channel and one-to-one correspondence is provided in the second storage bin, In addition, the first bin doors that can be opened and closed are independently provided at the outlets of all the first blanking channels, and the second bins that can be opened and closed are independently installed at the outlets of all the second blanking channels. The door is independently provided with a third door that can be opened and closed at the outlet of the lower bin, and the scanning surface of the counting component is located in the gap between the conveying channel and the first blanking channel. The method of the invention can realize arbitrary combination and coordinated work between multiple channels, thus meeting the subcontracting requirements of any counting unit and the high-efficiency production requirements of mass counting and subcontracting.

Description

technical field [0001] The invention relates to a method for realizing multi-channel high-efficiency continuous counting and subpackaging, and belongs to the technical field of automatic counting and packaging. Background technique [0002] The counting and subcontracting operation involves many industries, such as: medicine counting and subcontracting, crop counting and subcontracting, food counting and subcontracting, daily necessities counting and subcontracting, mechanical parts or workpiece counting and subcontracting, etc. [0003] With the rapid development of automation and intelligent technology, the counting and subcontracting operation has begun to move towards fully automatic operation. For example: the Chinese utility model patent with application number 201520186627.0 discloses a fully automatic multi-channel electronic counting machine, which includes at least Two channel units; each channel unit includes a feeding hopper, a vibrating conveying device, a count...

AI Technical Summary

Problems solved by technology

In the process of counting grains, if the counted total amount does not reach the set total amount of a single package, the flap is opened, and when the total amount of counted grains reaches the set amount, the flap must be closed immediately. The flap located at the lower end of the drug dropping channel will only open when the drug particles have completely fallen into the drug bottle and the new empty drug bottle accurately arrives directly below the drug filling funnel. During this waiting period, if the vibrating conveying device stops supplying the drug dropping channel It will cause the counting machine to work intermittently, which will not only affect the working efficiency, but also easily affect the service life; The set total amount is greater than the number of falling pills during this waiting period, which cannot meet the requirements of any counting unit

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