Method and device for carrying different materials to different warehouses by belt

Abstract

The present invention relates to a method and a device for a belt to convey materials by divisional bins. In the method, one belt is used to convey more than two materials; the stroke position of a feeding bin for controlling a belt material separator is collected as a signal which is conveyed to a PC machine through a line to ensure that the fate of each material and the feeding time of each material bin are all shown and stored at the PC machine; the PC machine is used to control and adjust the action of the belt material separator and control the material-conveying time of each bin. The device comprises a conveyer belt, a material dividing board and a material dividing board control mechanism. The material dividing board is provided with a tail bracket which extends from the other end of the rotary shaft of the material dividing board, and the upside and the downside at the end of the tail bracket are respectively provided with a stroke limiting switch as a signal collecting device. The collected signal is sent to a PC controller which is provided with a time record device by a signal transmission device. The PC controller outputs a control signal to control the action of the material dividing board control mechanism to realize that different materials are sent into the appointed material bins by one belt.

Description

technical field [0001] The invention relates to a method and a device for conveying materials by a belt, in particular to a method and a device for carrying materials in separate bins by a belt. Background technique [0002] In the production of chemical smelting, etc., belt transportation is a commonly used feeding method. The belt is used to convey and transport more than two kinds of materials on the same belt, and send them to different silos. It adopts The most advanced is the belt feeder with separate bins, each material enters from one end of the belt at different time periods, and at the same time, the materials are brought into different bins by opening (lifting) and closing (putting down) the material distribution plate at the other end of the belt . [0003] The operation of this mode of transportation is generally controlled manually, and the confirmation of the materials to be transported and the bins that should be fed is completed by humans. The accuracy of ...

AI Technical Summary

Problems solved by technology

The accuracy of its feeding is greatly affected by human factors. Errors in the amount of feeding or warehousing errors occur from time to time, which wastes manpower and material resources, and there is no original record, so data analysis cannot be performed. For example, the zinc concentrate of a certain factory After passing through the drying kiln, the same belt is brought into the silos of 5 fluidized fluidized furnaces. The operation of feeding materials to each silo has been manually controlled by the personnel in this position. Control and report at the time you have mastered by yourself. If it is necessary to carry out more complex operations on materials in single warehouses and separate furnaces, it will be more difficult and more prone to misoperation

It has a serious impact on the follow-up process, and the labor cost is also greatly increased, which needs further improvement

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