Elongated material weighing system

Abstract

The invention innovatively relates to an elongated material weighing system. A plurality of weighing devices are adopted for acquiring a plurality of weighing signals simultaneously so as to improve weighing efficiency. Communication controllers and a processor form a primary communication network, weighing collectors and the communication controllers form secondary communication networks, and accordingly hierarchical separation of collection processing tasks and communication tasks is realized, and the collection processing tasks and the communication tasks can be parallel so as to increase weighing speed of the weighing system. By arrangement of elastic connectors between bottoms of scales and weighing ends of weighing sensors, in a weighing process, transverse impact force applied to elongated materials is transferred to the elastic connectors to enable bending deformation of the elastic connectors, then the elastic connectors generate transverse counterforce to neutralize the transverse impact force, and accordingly the weighing ends of the weighing sensors are protected from being damaged by the transverse impact force.

Description

technical field [0001] The invention relates to the technical field of physical weighing, in particular to a weighing system for elongated materials. Background technique [0002] As one of the elongated materials, e-cigarettes have increasingly strong market demand due to their health benefits compared to cigarettes, which puts forward higher requirements for the production capacity of e-cigarettes and their component manufacturers. When the atomizer of electronic cigarette is produced, it needs to be filled with e-liquid. If there is leakage of e-liquid, under-filling or over-filling of e-liquid during the e-liquid filling process, it will affect the quality of life of consumers and manufacturers. interests, and even cause complaints from consumers. Therefore, in order to ensure product quality, after the atomizer is assembled, it is necessary to monitor the weight of the produced electronic cigarette at the workstation to know whether the amount of e-liquid in the electr...

AI Technical Summary

Problems solved by technology

There are basically two types of weight monitoring at present. One is to use a weighing device for measurement, but the traditional weighing device is difficult to adapt to the complex working conditions in the automatic production of slender materials, so the phenomenon of weighing device damage often occurs , resulting in a long shutdown of automated production and low overall production efficiency

The second is to increase the manual weighing and monitoring process after the production of slender materials is completed, and manually weigh each slender material one by one. However, the weighing efficiency of this method is low, which directly leads to low production efficiency. There are hidden dangers of missing and false detections in the operation, which makes it difficult to guarantee the quality of the product

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