Rail type conveyer

Abstract

A track-type conveyor comprises a machine rack, a drive belt wheel, a drive belt wheel, a synchronous belt, a motor, a long linear guide rail, clips and a clip support mechanism; the drive belt wheel and the driven belt wheel are respectively fixed on the machine rack; the long linear guide rail is arranged on the machine rack; the clips are respectively positioned on two clip spacer plates on the clip support mechanism which can realize the displacement transformation among clips; each clip spacer plate in the clip support mechanism is matched with a short linear guide rail in the clip support mechanism through a clip slider connected with the clip spacer plate; the clip spacer plate is driven by a drive mechanism which is fixed in a short guide rail mounting plate to enable the two clip spacer plates to be furled and opened along the short linear guide rail; and the short guide rail mounting plate of the clip support mechanism is connected with the synchronous belt and also matched with the long linear guide rail through a main slider connected with the short guide rail mounting plate. The invention is characterized by simple structure, small size, easy installation and detachment, as well as fast delivery speed, which can rapidly deliver the packages conveyed from an automatic clip feeder to the predetermined locations in accordance with the scheduled itinerary.

Description

technical field [0001] The invention belongs to the field of packaging machinery, and in particular relates to a front-end automatic clamping mechanism of a civilian explosive automatic tundish production line and a drug roll transfer rail conveyor after rolling. Background technique [0002] The middle pack of civil explosives refers to a pack of explosive rolls arranged in four horizontal rows and five vertical rows (4×5). Before the present invention was proposed, the automatic packaging production line of civil explosives generally used traditional chain conveying equipment or belt transmission equipment for the transfer of tundish clips, and the distance could not be changed during the transfer, and the displacement conversion speed of these equipment was very fast. Under ground conditions, the stability becomes poor, and there are deficiencies such as insufficient transfer speed, or the chain moves back and forth at high speed and is easy to skip teeth. If it is a cha...

AI Technical Summary

Problems solved by technology

Before the present invention was proposed, the automatic packaging production line of civil explosives generally used traditional chain conveying equipment or belt transmission equipment for the transfer of tundish clips, and the distance could not be changed during the transfer, and the displacement conversion speed of these equipment was very fast. Under ground conditions, the stability becomes poor, and there are deficiencies such as insufficient transfer speed, or the chain moves back and forth at high speed and is easy to skip teeth.

If it is a chain drive, the chain may often break during the long-term reciprocating operation, which cannot meet the high-speed transportation and cannot be opened according to the predetermined distance, so that the alignment of the clips cannot be aligned with the rear end. The pushing position of the charter plane matches

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