A Quick Hook Mechanism for Tile Packaging Line

Abstract

The invention provides a quick hook-conveying mechanism for a ceramic tile packaging line. The mechanism comprises a supporting frame component (1), a gear motor (2), a driving wheel component (3), a chain (4), a limiting plate component (5), an unpowered conveyer belt component (6), a linear guideway pair (7), a sliding block base component (8), a cylinder (9), a hook-conveying component (10) and a driven wheel component (11). The mechanism is applied to a main packaging machine of the ceramic tile packaging line, can quickly convey piled bricks wrapped in surrounding strips to the next station, and can guarantee that the surrounding strips are closely and orderly attached to the periphery of the piled bricks all through the conveying process. According to the mechanism, period is short, speed is high, efficiency is high, and occupied space is small.

Description

technical field [0001] The invention relates to a fast hooking mechanism for a ceramic tile packing line. technical background [0002] In general, most of the domestic packaging of porcelain wall tiles is now in the form of cylindrical cartons. First, the porcelain tiles are stacked into the cylindrical cartons, and then both sides of the cartons are sealed with tape. The material cost of this packaging method is higher, but the packaging effect is poor. [0003] In existing ceramic tile packing technology, there is a kind of structure that pushes brick stack similarly. It is a symmetrical arrangement of two sets of vertical and horizontal chains on both sides of the conveyor line. A chain guide rail supporting the chain is fixed between the sprockets on both sides and under the chain. Two sets of brick hooks are symmetrically arranged on each chain. The mechanism is connected with the chain through the pin shaft. [0004] This kind of structure is a continuous rotating ...

AI Technical Summary

Problems solved by technology

[0004] This kind of structure is a continuous rotating hook brick, which occupies a large space, has poor adaptability to tile specifications, and cannot be compatible with smaller size tiles.

Due to continuous rotation instead of reciprocating hooking of bricks, the waiting distance for dry running is longer, and after the brick stack is hooked to the position, it needs to retreat a certain distance, and the next brick stack can only be rotated and conveyed after the brick stack is moved away by the next station, so the movement long period, slow

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