Flexuous and progressive type automatic flow splitting device for mine and control method of device
A technology of automatic shunting and control methods, applied in chemical instruments and methods, grading, solid separation, etc., can solve the problems of complex work sections, inability to sort minerals, and inconvenient replacement, avoiding accumulation, saving time and energy, and screening. Fast and complete effects
Inactive Publication Date: 2017-05-03
郑小蓉
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Problems solved by technology
[0002] In the existing mine mining process, belt conveyors are used for the transportation of minerals, which are used to transport a large amount of bulk minerals. They have the characteristics of large transportation volume, easy control, and long-distance transportation, so they are widely used. The conveyor belt has its unavoidable defects. Its operation is to drive the minerals through the friction of the conveyor belt itself, which is easy to wear, inconvenient to replace, and has a short service life. In the case of a large impact, the transportation volume and continuous stability of transportation are greatly limited, especially in the case of mineral accumulation in individual sections, or the inclined section is extremely worn
In addition, for the transportation and subsequent processing of minerals, the conveyor belt can only play the role of transportation, and cannot sort the minerals during the transportation process, so that subsequent processing can be carried out quickly after the transportation is completed. In addition, more processes are set to make the work section more complicated
Minerals that cannot be sorted will also cause processing difficulties and waste of energy to subsequent equipment during the processing process
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[0027] Below in conjunction with accompanying drawing, the present invention will be further described:
[0028] as attached Figure 1-3 As shown, a zigzag progressive automatic diversion device for mines of the present invention is connected to a power control device at one end, and the power control device controls the operation of the entire diversion device. The strips are a group, and the two conveying strips of each group are arranged in parallel and spaced apart from each other. This interval is used to push the rack to run, similar to the guide rail, and push the rack to advance along the guide rail. The distance between each group of conveying strips The intervals are separated to form a conveying gap. The conveying gap is used to make minerals smaller than the gap fall onto the conveyor belt set below. A circular transmission device driven by a power control device is arranged below the conveyor belt. The circular transmission device drives the rack and pushes the to...
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The invention discloses a flexuous and progressive type automatic flow splitting device for a mine and a control method of the device and relates to the field of equipment in mines. The device comprises a power control device and multiple groups of conveying strips; a conveying gap is formed between each group of conveying strips; each group comprises two conveying strips; a structure like a guide rail is formed between every two conveying strips and allows a push rack to advance to push minerals to run along the conveying strips; supporting strips are arranged on the push racks; stop blocks are arranged above; the turning and vibration effects are formed in the running process of the minerals; conveying belts are arranged below; and the minerals in different sizes are sorted through the conveying gaps and then are transported to the subsequent section through the conveying belts. With the device and the method, the minerals can be transported quickly, can be sorted timely in the transportation process and can be connected with the subsequent section, transportation links are reduced, and the energy of the whole section is saved.
Description
technical field [0001] The invention relates to mine mineral transportation equipment, in particular to a zigzagging and progressive automatic diversion device for mines for automatic transportation and sorting of minerals and a control method for processing minerals through the device. Background technique [0002] In the existing mine mining process, belt conveyors are used for the transportation of minerals, which are used to transport a large amount of bulk minerals. They have the characteristics of large transportation volume, easy control, and long-distance transportation, so they are widely used. The conveyor belt has its unavoidable defects. Its operation is to drive the minerals through the friction of the conveyor belt itself, which is easy to wear, inconvenient to replace, and has a short service life. In the case of a large impact, the transportation volume and continuous stability of transportation are greatly limited, especially in the case of mineral accumulat...
Claims
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IPC IPC(8): B65G15/30B07B13/04
Inventor 郑小蓉
Owner 郑小蓉