Bottle neck guide rail device of empty bottle conveying system

Abstract

The invention discloses a bottle neck guide rail device of an empty bottle conveying system. The bottle neck guide rail device comprises a bottle guiding strip support plate, and a transmission device capable of realizing linear reciprocating motion. The transmission device is fixed on a bracket, the bottle guiding strip support plate is provided with bottle guiding strips, the bottle guiding strips are fixed on a connecting rod capable of moving horizontally, and simultaneously, the bottle guiding strip support plate is connected with the transmission device via the connection rod, and can be driven by the transmission device to drive the bottle guiding strips to move in opposite or reverse direction. The bottle neck guide rail device can drive the connecting rod via the transmission device to be directly in linear motion, and then drives the bottle guiding strips to move relatively to a position of a needed spacing value so as to meet the conveying requirements of the empty bottles with different bottle neck sizes, in this way, automatic adjustment of a bottle neck rail is realized without manual operation, adjustment efficiency of the bottle neck guide rail is improved greatly, particularly for longer and higher conveying lines, time and labor force can be saved more; moreover, the bottle neck guide rail device is high in accuracy of adjustment, and risk to high altitude working staffs is reduced greatly.

Description

technical field [0001] The invention relates to an empty bottle conveying system, in particular to a bottle neck guide rail device of the empty bottle conveying system. Background technique [0002] In order to improve production efficiency, the empty bottle conveying system is generally used to convey empty bottles on the filling production line. During work, the empty bottle slides along the bottleneck guide rail driven by the conveying mechanism of the empty bottle conveying system. The bottleneck guide rail is mainly composed of two It is composed of bottle guide bars arranged in parallel with a certain distance, the bottle neck of the conveyed empty bottle is located between the two bottle guide bars, and the support ring of the empty bottle is supported by the upper surface of the bottle guide bar and can slide on it. However, due to the different sizes of the bottlenecks of empty bottles of different specifications, in order to meet different conveying requirements, i...

AI Technical Summary

Problems solved by technology

However, due to the different sizes of the bottlenecks of empty bottles of different specifications, in order to meet different conveying requirements, it is often necessary to adjust the distance between the two bottle guide bars. The adjustment of the distance between the bottle guide bars will often affect the efficiency of filling production.

[0003] like figure 1 , figure 2 Shown is a schematic structural diagram of an existing empty bottle conveying system, its bottle guide bar 100 is embedded on the bottle guide bar support plate 200, and the bottle guide bar support plate 200 and the shell 300 of the empty bottle conveying system have corresponding Mounting hole, the bottle guide bar support plate 200 is installed on the housing 300 through the bolt 400, and the housing 300 is installed on the bracket (not shown in the figure), wherein, the installation hole 500 on the bottle guide bar support plate 200 is a bar shape Slot hole, when adjusting the spacing of the bottle guide bars 100 as required, first manually unscrew or loosen the bolt 400, and then manually move the position of the bottle guide bar support plate 200 to adjust the distance between the two bottle guide bars 100 to the required position. Need the size, and then tighten the bolt 400. This adjustment method has the following disadvantages: 1. The distance between the bottle guide bars of the bottleneck guide rail is manually adjusted, and the adjustment efficiency is low, especially when the conveying line is long and high, it is very time-consuming and workforce

2. The operation level of the adjustment personnel is high, otherwise it will affect the adjustment accuracy and affect the smooth progress of the final conveying work

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