Weighing detecting line and application in processing of bottled medicament, milk powder cans and feed cans thereof

Abstract

The invention belongs to the technical field of weighing detection, and provides a weighing detecting line. The weighing detecting line comprises a first conveying platform, a weighing detecting platform and a second conveying platform, which are all arranged in sequence. A mounting frame is movably arranged on one side of the first conveying platform. A first regulating mechanism is arranged between the mounting frame and the first conveying platform. The mounting frame is rotatably provided with a conveying roller which is driven by a driving device. The conveying roller is provided with conveying threads with the thread pitch being wider gradually in the conveying direction of processing products. The other side of the first conveying platform is provided with at least two stop levers.A plurality of second regulating mechanisms is uniformly arranged between the stop levers and the first conveying platform. One side of the weighing detecting platform is provided with a weight detector and a supporting plate, and the other side of the weighing detecting platform is provided with a pushing mechanism which is arranged corresponding to the supporting plate. The upper surface of thesupporting plate and a conveying belt of the weighing detecting platform are located at the same level. Smooth and orderly conveying and automatic weighting detection of the processing products are realized, and efficiency of weighing and detecting quality of the processing products are improved.

Description

technical field [0001] The invention relates to the technical field of weighing detection, in particular to a weighing detection line and its application in the processing of bottled medicaments, milk powder cans and canned feed. Background technique [0002] At present, for processed products that have strict requirements on the weight of the product, after the processing is completed, subsequent weighing and testing operations are required for each product, such as the processing of bottled medicine, the processing of milk powder cans, and the processing of canned feed, etc., in order to Ensure that the volume of the product, that is, the weight, is within the standard range, which meets the requirements of its processing and production. However, unqualified products whose weight is not within the range need to be sorted out for subsequent centralized processing or refilling. Make the net content of processed products meet the requirements of standardized production. [0...

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Problems solved by technology

[0003] Since weighing requires an orderly single weighing of each processed product, and it is necessary to avoid the influence of adjacent conveyed products during the weighing process, it is impossible to directly weigh the processed products conveyed on the conveyor belt. The weighing operation of the product still needs to be completed manually. In the existing technology, the processed products conveyed on the conveyor belt are usually manually removed, and after being weighed by weighing electronic equipment, the products that meet the weight standard are put back on the conveyor belt and transported to In the next process, those that do not meet the weight standard are stored separately for subsequent centralized processing or refilling. However, this operation mode of manual assisted weighing has high labor intensity for workers, low weighing efficiency, time-consuming and laborious, and it is inevitable that due to operation Mistakes lead to inaccurate weighing, which affects the inspection quality of processed products, and then affects the qualified rate of processed products. Therefore, while not affecting the transportation of processed products, accurate and efficient automatic weighing detection of product weight is realized, and the processing and production of products very important

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