Device for directly classifying gold tailings and using method of device
A gold tailings, direct technology, applied in the direction of the swirl axis can be reversed, swirl devices, chemical instruments and methods, etc., can solve the problems of high classification efficiency, large tailings processing capacity, and high classification accuracy , to achieve the effect of high classification efficiency, diversified ore particle grades and high classification accuracy
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Embodiment （ 1
[0063] A device that directly classifies gold tailings, such as figure 1 shown, including:
[0064] Several hydrocyclones 100, the hydrocyclones are provided with a feed pipe 110, an overflow pipe 120 and an underflow pipe 130; the overflow pipe 120 of the hydrocyclone 100 of the previous stage is connected to the hydrocyclone of the next stage. The feed pipe 110 of the flow device 100 is communicated;
[0065] A plurality of conveying devices 200 are respectively connected with the feed pipe 110 of the first-stage hydrocyclone 100, and are arranged between the overflow pipe 120 and the feed pipe 110 of the adjacent hydrocyclone 100. Specifically, the The transmission device 200 includes a variable frequency high pressure pump, and the pump frequency of the variable frequency high pressure pump is set to be f.
[0066] The working principle of the device for directly classifying gold tailings in this embodiment is:
[0067] ①According to the requirements for the classificat...
Embodiment （ 2
[0075] A device that directly classifies gold tailings, such as figure 2 shown, including:
[0076] Three sets of hydrocyclone groups, including the first group of hydrocyclones, the first group of hydrocyclones includes three hydrocyclones 100, namely hydrocyclone A, hydrocyclone B, hydrocyclone C; the second group of cyclones, the second group of cyclones includes 3 hydrocyclones 100, namely the hydrocyclone D, the hydrocyclone E, the hydrocyclone F; the third group of cyclones The third group of cyclones includes two hydrocyclones 100, namely the hydrocyclone G and the hydrocyclone H; 100 has the same structural parameters.
[0077] The hydrocyclone 100 is provided with a feed pipe 110, an overflow pipe 120 and an underflow pipe 130;
[0078] In the first group of hydrocyclones, the overflow pipe 120 of hydrocyclone A is communicated with the feed pipe 110 of hydrocyclone B; the overflow pipe 120 of hydrocyclone B is connected to the feed of hydrocyclone C. The tube 11...
Embodiment （ 3
[0092] This embodiment provides a device for directly classifying gold tailings and a method for using the same, such as Figure 3-4 As shown, in addition to the technical features of Embodiments (1) and (2), a device for directly classifying gold tailings in this embodiment also includes:
[0093] A bracket 600 is used for fixing the hydrocyclone 100 , and two parallel rails 601 are arranged on the bracket 600 .
[0094] Anti-clogging system 700, including,
[0095] The first cylinder 710 is fixedly arranged on the bracket 600 .
[0096] The dredging part 720 is connected with the first cylinder 710 , and the dredging part 720 is slidably arranged on the bracket 600 ; The dredging part 720 includes,
[0097] The sliding seat 721, the two ends of the top of the sliding seat 721 are respectively slidably connected with the rail 601 of the bracket 600, the middle part of the sliding seat 721 is connected with the first cylinder 710, and the first cylinder 710 can push the sli...
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