Cigarette missing detector

Abstract

A cigarette missing detector is characterized by comprising a connector board, a main baffle, a copper middle plate, a base, guide rod bodies, compressed springs, a signal line connecting port, adjusting bolts, insulating paper, a shell, fastening bolts and a mounting bolt; the connector board, the copper middle plate and the main baffle are assembled to the base through the adjusting bolts; the compressed springs are arranged between the connector board and the copper middle plate; the compressed springs conduct axial locating through the main baffle; the connector board, the copper middle plate and the main baffle are wrapped by the insulating paper and arranged in the shell; the shell is fixed to the base through the fastening bolts, and the shell is connected with the equipment through the mounting holt; each guide rod body is sleeved with one compressed spring, one end of each guide rod body penetrates the main baffle and the copper middle plate and is connected to the connector board in a sliding fit manner, and a signal collection and transmission part is jointly formed; and the signal line connecting port is mounted on the connector board.

Description

technical field [0001] The invention relates to the technical field of cigarette detectors, in particular to a device used in the production of industrial cigarettes to check whether the number of cigarettes is missing during packaging. Background technique [0002] At present, the domestic tobacco production industry has higher and higher requirements for automated production. In production, the stability of process information transmission has become particularly important. Before the cigarettes are packaged, the quantity of the cigarettes needs to be tested to ensure the accuracy of the packaged quantity. In order to meet the production needs of enterprises, enterprises have to choose expensive optoelectronic devices to solve production problems. At the same time, optoelectronic devices are greatly affected by ambient temperature and humidity, and the stability of long-term use cannot be guaranteed. [0003] In recent years, the international cigarette detectors have all...

AI Technical Summary

Problems solved by technology

However, since the photoelectric cigarette detector is a dynamic detection, the cigarette photoelectric detector requires the packaging machine to work at a certain speed before it can be debugged, and the debugging requirements are relatively high. When debugging the photoelectric cigarette detector at the production site , the long debugging time will affect the normal production schedule, and a large amount of cigarettes will be consumed during the debugging process, causing waste and increasing production costs

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