Continuous stock collecting device

Abstract

The invention relates to a continuous stock collecting device. The collecting device comprises a stand, wherein the upper end of the interior of the stand is provided with a first lifting system and a second lifting system, and the lower ends of the first lifting system and the second lifting system are respectively provided with a first lifting worktable and a second lifting worktable; the firstlifting system and the second lifting system are transversely connected, the interior of the first lifting system and the interior of the second lifting system are respectively provided with a lifting sprocket wheel group, a transmission gear box and a lifting brake motor, both sides of each of the two lifting brake motors are respectively provided with a highest position safety switch and a lowest position safety switch, and the lifting sprocket wheel groups and the transmission gear boxes in the two lifting systems are respectively connected with four corners of the first lifting worktable and the second lifting worktable by chains; an automatic rolling passage is arranged on the lower end of the interior of the stander, spaces between the two corresponding lifting systems and the worktables are respectively provided with a conveying transmission shaft, and the two conveying transmission shafts are respectively provided with an electromagnet transmission rack. The invention has the advantages of time saving and production efficiency increase.

Description

Technical field: [0001] The invention relates to a material receiving device, in particular to a continuous material receiving device. Background technique: [0002] The existing material receiving device has only one material receiving system, that is, a workbench. Before receiving the material, the iron sheet needs to go through the process of printing, coating, drying, etc., and the dried iron sheet enters the receiving device through the opening conveying device on the frame The material device is sucked and transported to the workbench by the electromagnet conveyor frame, and then the workbench is sent into the automatic raceway, so that the iron sheet is moved to the automatic raceway, and the iron sheet is output by the raceway, only when the iron sheet is completely moved to the raceway After that, the workbench can be moved. This kind of receiving device not only wastes resources but also must shut down the entire line for processing. At the same time, the iron shee...

AI Technical Summary

Problems solved by technology

[0002] The existing material receiving device has only one material receiving system, that is, a workbench. Before receiving the material, the iron sheet needs to go through the process of printing, coating, drying, etc., and the dried iron sheet enters the receiving device through the opening conveying device on the frame The material device is sucked and transported to the workbench by the electromagnet conveyor frame, and then the workbench is sent into the automatic raceway, so that the iron sheet is moved to the automatic raceway, and the iron sheet is output by the raceway, only when the iron sheet is completely moved to the raceway After that, the workbench can be moved. This kind of receiving device not only wastes resources but also must shut down the entire line for processing. At the same time, the iron sheet is still being dried continuously in the drying device, waiting for the workbench to transport it away. This not only wastes resources, but also And in the process of drying and receiving materials, the waiting time is long, which reduces the production efficiency, and at the same time, it is easy to cause the phenomenon of over-drying of the iron sheet, which affects the quality of the iron sheet

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