Truckle conveyor for automobile wire harness production line

Abstract

The invention discloses a truckle conveyor for an automobile wire harness production line. The truckle conveyor comprises a rack. Two belt pulleys are arranged in the rack. The two ends of each belt pulley are cooperatively mounted in a mounting base in the rack through bearing pairs. The outer sides of the belt pulleys are sleeved with a belt. Shaft sleeves are fixedly and uniformly arranged on the outer portion of the belt. A central spindle is cooperatively arranged in each shaft sleeve. Mounting racks are arranged on the outer portions of the shaft sleeves. The upper and lower ends of eachmounting rack are provided with through holes. Each center spindle penetrates through the through holes of the two ends of each mounting rack and is fixedly connected with the corresponding mountingrack through lock nuts. Sleeves are fixedly arranged on the outer sides of the mounting racks. The truckle conveyor for the automobile wire harness production line is used for conducting conveying through the horizontal annular belt, the number of working positions is increased, and waste of the space and energy is reduced. Through cooperation of an upper guide rail and a lower guide rail, the movement stability of a working plate is guaranteed.

Description

technical field [0001] The invention relates to the technical field of wire harness processing and transmission equipment, in particular to a small wheel conveyor used in an automobile wire harness production line. Background technique [0002] The existing wiring harness production lines in the automobile manufacturing industry mostly use working boards for processing in the production line. The work board is mostly driven by chains. The disadvantage of this structure production line is that: because the ring chain is flexible, it is easy to shake up and down when it is stressed, causing the work board to shake up and down with the ring chain when the workers are processing on the work board. , it is very inconvenient, which affects the processing efficiency and processing quality, and the ring chain is easily damaged after long-term use. In addition, because the working plate moves with the endless chain, when the endless chain turns downward, the working plate needs to b...

AI Technical Summary

Problems solved by technology

The work plate is mostly driven by chains. The disadvantage of this structure production line is that: because the ring chain is flexible, it is easy to shake up and down when it is stressed, causing the work plate to shake up and down with the ring chain when the workers are processing on the work board. , which is very inconvenient, affects the processing efficiency and processing quality, and the ring chain is easily damaged after long-term use

In addition, because the working plate moves with the endless chain, when the endless chain turns downward, the working plate needs to be turned 180 degrees in the vertical plane, so in order to avoid the working plate hitting the bottom surface, the height of the endless chain must be designed relatively high, which leads to When the working plate moves above the endless chain, the height of the working plate is high and it is difficult for the staff to operate. Therefore, a step must be set on the outside of the endless chain so that the staff can stand on the step to process the working plate. The design has resulted in a substantial increase in the production line area, and the manufacturing cost of the equipment has also increased a lot, and it will also affect the production efficiency of the staff

In order to ensure production efficiency, it is necessary to spread the work board along the endless chain to ensure that the staff can continue to process. However, since the work board cannot be processed when it moves to the bottom of the ring chain, there are always more than half of the work. Plates are in a non-processed state, but these non-processed working plates still consume energy. This design not only increases a lot of manufacturing costs, but also causes the endless chain to bear excessive loads, which greatly shortens the life of the endless chain. waste a lot of energy

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