Super-huge type mine field stacking system and method
A super-large, distribution system technology, applied in the directions of loading/unloading, conveyors, storage devices, etc., can solve the problems of inability to meet the needs of the production line, unreasonable material accumulation, and high transportation costs, so as to improve the utilization rate of stacking space and reduce The effect of high manufacturing cost and stacking efficiency
Pending Publication Date: 2021-03-16
TAIYUAN UNIVERSITY OF SCIENCE AND TECHNOLOGY
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Problems solved by technology
[0003] Traditional mine stockpiling is based on heavy equipment such as trucks for material transportation. This method of mine stockpiling and transportation has low transportation efficiency, unreasonable material accumulation, and high transportation costs. In the case of increasing mine scale , this method cannot meet the needs of the production line
A super-large mine often needs to build multiple transmission lines to meet the carrying capacity requirements, which not only increases the cost, but also causes environmental pollution. In the case of limited space, it often becomes a key factor restricting the production and development of the mine.
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[0043] Such as Figure 1 to Figure 9 As shown, a super-large mine stockpiling system includes a material loading system 1, a fixed belt conveyor 2-1, a short-distance overlapping displacement belt conveyor system 3, and a movable variable-angle belt conveyor Machine 4-1 and removable belt conveyor system 5 and distributing system 6,
[0044] The feeding system 1 includes an ore pulling truck 1-1, a feeding platform 1-4, a scraper conveyor 1-2 and a buffer funnel 1-3, and the loading platform 1-4 is provided with a discharge point 1-5 , a scraper conveyor 1-2 is arranged below the unloading point 1-5, and a buffer funnel 1-3 is connected to the unloading point of the scraper conveyor 1-2; The ore pulling truck 1-1 unloads the material at the unloading point 1-5, and the material is transported by the scraper conveyor 1-2 to the fixed belt conveyor 2-1 through the buffer hopper 1-3;
[0045] One end of the fixed belt conveyor 2-1 is set on the lower side of the loading platfor...
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The invention relates to a super-huge type mine field stacking system and method. The super-huge type mine field stacking system comprises a feeding system, a conveyor system and a distribution system, the feeding system, the conveyor system and the distribution system are connected in sequence, the feeding system comprises a feeding table, a scraper conveyor and a buffer funnel, the feeding tableis provided with an unloading point, and the scraper conveyor is arranged below the unloading point; the buffer funnel is connected to a discharging point of the scraper conveyor, one end of the conveyor system is arranged on the lower side of the feeding table, a discharging port of the buffer funnel corresponds to the conveyor system, the other end of the conveyor system is connected with the distribution system, the distribution system comprises a distribution bridge and a crawler, and the distribution bridge is arranged on the crawler; and a telescopic discharging vehicle is arranged on the distribution bridge. According to the The overall occupied area is small, the intermittent displacement time of equipment is shortened, uniform and tight distribution of a discharging area is achieved through the discharging vehicle of the distribution system, and the utilization rate of a stacking space is increased. The invention relates to the field of material storage and conveying.
Description
technical field [0001] The invention relates to the field of storage and transportation of materials, and more specifically, to a stacking system and method for super-large mines. Background technique [0002] Mine stockpiling storage and transportation is an important link in the production process of the concentrator. With the rapid development of the conveyor industry, there are higher requirements for the transmission efficiency of belt conveyors and the storage and transportation of materials, and the demand for large-scale mine stockpiling systems and layout methods is becoming more and more urgent. [0003] Traditional mine stockpiling is based on heavy equipment such as trucks for material transportation. This method of mine stockpiling and transportation has low transportation efficiency, unreasonable material accumulation, and high transportation costs. In the case of increasing mine scale , this method cannot meet the needs of the production line. A very large m...
Claims
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IPC IPC(8): B65G63/04B65G63/00B65G69/16B65G47/58B65G47/34B65G41/00B65G35/00B65G21/14B65G19/18
CPCB65G21/14B65G41/001B65G41/008B65G35/00B65G19/18B65G63/008B65G63/047B65G47/58B65G69/16B65G47/34
Inventor 张骉孟文俊张汉中苏金虎任鸿
Owner TAIYUAN UNIVERSITY OF SCIENCE AND TECHNOLOGY