Telescopic redirection device of conveying line

Abstract

The invention discloses a telescopic redirection device of a conveying line. A telescopic redirection crank sliding rod device is independently arranged at one side of the conveying line, an end bearing continuously collides with and abuts against the telescopic redirection crank sliding rod device to horizontally turn over a material box, and finally, 90-degree redirection in the conveying process is completed. The telescopic redirection device of the conveying line comprises a machine body connecting adjusting plate installed and connected to the side portion of the conveying device, a driving traction component and a telescopic sliding component, wherein the driving traction component and the telescopic sliding component are connected to the machine body connecting adjusting plate, and a bearing connecting component is connected between the driving traction component and the telescopic sliding component; the driving traction component comprises a servo motor reducing gear and a telescopic machine base, an output shaft of the servo motor reducing gear penetrates through the telescopic machine base, the shaft end of the output shaft is connected with one end of a rotating crank, and the other end of the rotating crank is connected with the bearing connecting component; and the telescopic sliding component comprises a rod end fixing block and a rod end bearing, the rod end fixing block is connected to the bearing connecting component, and a connecting rod is connected between the rod end fixing block and the rod end bearing.

Description

technical field [0001] The invention relates to a telescopic redirection device capable of realizing 90° turning of box-type goods during the conveying process, which belongs to the field of logistics sorting. Background technique [0002] With the rapid development of e-commerce, express delivery and warehousing industries, various automatic sorting and conveying equipment have been widely used in the cargo sorting operation site to replace manual operations, thereby significantly improving the speed and efficiency of sorting operations. [0003] On the conveying line of existing box-type goods, it is usually required that the goods be conveyed according to the set direction, such as requiring the long side of the material box to be kept parallel to the conveying line (that is, requiring the short side of the material box to be kept perpendicular to the conveying line), so that Scanning and information identification of the barcode on the outer packaging of the material box...

AI Technical Summary

Problems solved by technology

[0005] The disadvantages of the above-mentioned prior art are as follows: First, there is a lack of fast and accurate online reorientation solutions, and the material box conveying and reorientation are performed step by step, and extra execution equipment is added too much, which makes the on-site space occupation larger and the use cost higher. Second, the existing technology is difficult to adapt to the application scenarios of all box-type conveyor lines, and the versatility is poor. It is necessary to configure special reversing or redirection equipment for specific conveying operations; third, the efficiency of bin sorting and conveying operations Low, the accuracy of reversing and redirecting is low, which is not conducive to improving the efficiency of information identification and warehousing operations, and the control device and process are complicated, which may easily cause the failure of sorting tasks

Images