Self-propelled track conveyor line

Abstract

The invention provides a self-propelled track transmission line, which includes a support, a transport track and a transport vehicle. The transport track is arranged on the support. Insulation slots are fixedly installed in the fourth passage and the fifth passage of the transport track. The insulation slots A conductive strip is clamped inside, and the conveying vehicle is set on the conveying track. The conveying vehicle includes a bearing plate and at least one driving head. The driving head includes an upper shell, a control part and a driving part. The connecting shaft of the upper shell is installed on the carrying Below the plate, the control part and the driving part are respectively arranged on both sides of the lower end of the upper casing. The self-propelled track conveying line provided by the present invention changes the previous driving mode of driving the entire conveying line, and installs the drive on the conveying vehicle. The setting reduces energy loss; at the same time, there will be no friction between the conveying vehicle and the conveying track after it stops, and there is no wear process.

Description

technical field [0001] The invention belongs to the field of conveying equipment, and in particular relates to a self-propelled track conveying line, which can be applied to the needs of automatic transmission, online assembly and detection in industries such as automotive electronics and food. Background technique [0002] Most of the current intelligent automatic conveying systems install the drive on the conveying line body, and the products to be conveyed are conveyed to the designated position by means of belts, chains, rollers, etc. via pallets. This kind of automatic conveying system needs to drive the entire conveying line, so the energy consumption is relatively large; moreover, if you want to stop the operation of a single pallet, the first way is to stop the entire conveying line, which will seriously affect the production progress. The second method needs to be realized by setting up an additional outage mechanism, and during the outage process of the pallet, in ...

AI Technical Summary

Problems solved by technology

This kind of automatic conveying system needs to drive the entire conveying line, so the energy consumption is relatively large; moreover, if you want to stop the operation of a single pallet, the first way is to stop the entire conveying line, which will seriously affect the production progress. The second method needs to be realized by setting up an additional outage mechanism, and during the outage process of the pallet, in order to avoid affecting the normal operation of other pallets in the entire conveying system, the outage between the pallet and the belt (or chain, roller, etc.) There will be sliding air friction between them, resulting in varying degrees of wear on the tray and the belt (or chain, roller, etc.)

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