Mine wellhead crossover combined turnout junction

A technology for turnouts and mines, which is applied to the field of combined turnouts for mine wellhead crossing lines, can solve the problems of high labor intensity, low production efficiency, and high misfeeding rate of workers, and achieve the effects of saving manpower, easy operation and reliable operation.

Active Publication Date: 2015-01-21
BAIYIN NONFERROUS GROUP
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0003] Because the wellhead of the original mine was not designed with a crossing switch, it was necessary to manually sort and transport the ore trucks and waste rock trucks, which was time-consuming and laborious, and the misdelivery rate was high. The labor intensity of the workers was high and the production efficiency was low.

Method used

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  • Mine wellhead crossover combined turnout junction

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Effect test

Embodiment Construction

[0012] Such as figure 1 As shown, a mine wellhead crossing combination turnout includes No. 1 rail 11 and No. 2 rail 12 connected to the wellhead platform 7, and also includes No. 1 switch rail 13, No. 2 switch rail 14, and No. 1 connecting rail 15. No. 2 connecting rail 16, first to sixth nodes 1-6, and ore bin 8 and waste rock bin 9, wherein No. 1 connecting rail 15 and No. 2 connecting rail 16 are both X-shaped; Three nodes 1-3 form a row, the fourth to sixth nodes 4-6 form a row, and the first node 1 and the fourth node 4, the second node 2 and the fifth node 5, the third node 3 and the sixth node Nodes 6 correspond in pairs, and the fifth node 5 is located between the ore bin 8 and the waste rock bin 9;

[0013] The outer rail 11B of the No. 1 track and the outer rail 12B of the No. 2 track lead to the ore bin 8 and the waste rock bin 9 respectively, and the inner rail 11A of the No. 1 track and the inner rail 12A of the No. 2 track are at the second node 2 intersect; t...

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Abstract

The invention provides a mine wellhead crossover combined turnout junction, which comprises a No.1 rail and a No.2 rail, which are connected with a wellhead platform, and further comprises a No.1 switch rail, a No.2 switch rail, a No.1 connecting rail, a No.2 connecting rail, first to sixth nodes, an ore bin and a refuse bin, wherein outer rails of the No.1 rail and the No.2 rail are respectively led to the ore bin and the refuse bin; the inner rails of the No.1 rail and the No.2 rail are intersected at the second node; the inner rail and the outer rail of the No.1 switch rail are intersected at the first node and can rotate around the first node; the inner rail and the outer rail of the No.2 switch rail are intersected at the third node and can rotate around the third node; a switch device and a connecting rod matched with each other are arranged between the No.1 rail and the No.2 rail; and the connecting rod is respectively connected with the No.1 switch rail and the No.2 switch rail. The turnout junction is simple in structure and easy to erect, realizes semi-mechanization for switching of an ore car and a refuse ore car, and avoids secondary depletion of ores and waste of ore resources due to the delivery error of the ore car.

Description

technical field [0001] The invention belongs to the technical field of mining equipment, and relates to a mine wellhead crossing line combination turnout. Background technique [0002] After the ore trucks and waste rock trucks are lifted from the cage to the wellhead platform, on the one hand, the ore trucks must be able to enter the ore driveway to the ore bin, and the waste rock trucks to enter the waste rock road to the waste rock bin, so as to prevent the raw ore from being mixed with waste rocks. The cost of beneficiation increases, or the ore is mixed with waste rocks to cause a waste of resources; on the other hand, it is necessary to enable the materials and materials needed in the mine to enter the lifting cage freely through the rails to achieve the purpose of transporting the materials and materials to the underground construction site. [0003] Because there is no turnout designed at the wellhead of the original mine, it is necessary to manually sort and transpo...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): E01B23/06
Inventor 甘新华郭建平陶归全张成鑫
Owner BAIYIN NONFERROUS GROUP
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