Novel stereoscopic part library with input end capable of being adjusted

Abstract

The invention relates to the field of a conveying device, in particular to a novel stereoscopic part library with the input end capable of being adjusted. The novel stereoscopic part library comprises a bearing device erected according to production environment. A part rack is correspondingly arranged above the bearing device. A conveying chain is arranged in the part rack in the mounting direction. The part rack comprises a plurality of connected linear conveying segments and corner conveying segments. The ends of every two parallel linear conveying segments are connected through the corresponding corner conveying segment. In the novel stereoscopic part library, at least one corner conveying segment serves as the input end of the part rack, and the input end comprises an arc-shaped segment and extending segments. The arc-shaped segment is in an arc shape, and the two parallel extending segments are integrally manufactured on the two side ends of the arc-shaped segment respectively, and the outer edges of the ends of the two extending segments are each sleeved with the end of one side of an extending sleeve in a sliding manner. The ends of the other sides of the two extending sleeves are arranged at the two ends of the two linear conveying segments in a sleeving manner. The input end can bidirectionally move in the extending sleeves in the horizontal direction.

Description

technical field [0001] The invention relates to the field of a transmission device, in particular to a novel three-dimensional part library capable of adjusting an input end. Background technique [0002] With the improvement of production technology and the improvement of automation level, destocking has become a problem that every production enterprise has to face. How to make the inventory of products less and the access of parts more convenient has become a limitation on the production efficiency and cost bottlenecks. [0003] In order to solve the above problems, some manufacturers install a suspended three-dimensional parts library in the factory area. This parts library includes load-bearing devices and parts racks. Manufacturers reasonably install the load-bearing devices in the factory area according to the working environment and layout of the factory area. The parts frame is installed on the load-bearing device. The part frame is equipped with a chain for transmi...

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Problems solved by technology

[0004] However, certain problems also exist in the above-mentioned embodiments. Since the products and process flow produced by the manufacturer cannot be immutable, when the product or process changes, the position, type and length of the production line will also change accordingly. The position of the supporting three-dimensional parts library also needs to be changed. When the three-dimensional parts library is fine-tuned, the structure of the load-bearing device also needs to be changed. However, since the load-bearing device of the three-dimensional parts library is pre-installed, it is necessary to carry out structural adjustments on the original basis. It is very inconvenient to change the structure, and sometimes even requires a large-scale adjustment of the structure to adapt to the new production structure, which will cause unnecessary waste in production costs and work efficiency

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