SU103414A1 - Device for catching metal from tailings of washing devices (sluices) - Google Patents

Description

Ironsioilons for metal trapping of tails and washers (yeT) oiicTB

(И1ЛН1: 1) B) using the DOUBLE DISC. in which the internal funnel is covered with a grating for the length HiJonycKii parts are pulted, known.

A distinctive feature of this proposal is to impart the lower part of the outer funnel in a vertical section to form a rhombus. Such an iriolation process ensures that the solid particles of the material by creating variable velocities of the upper limit are zero. This is for BiiiHoca light particles of material through the windows of the upper part of the outer funnel.

The proposed n | ис isns-conciliation nikazaio in FIG. 1 side; on fit 2 - on top; in fig. H - installed on the washing device); e; in fig. 4 is a diagram of the movement of Julia in the iris arrangement.

-15 in the proposed iris arrangement, a double liopoHKa is used, in which the internal funnel (1) is covered with a grid (2). The lower part of the outer funnel (3) was cut out in a vertical section in the shape of a rhombus (4). In the outer hopper (3), there are provided the opening windows (5) and a relief hole (6).

The device is installed; it is poured in from the lower end of the flushing device (gateway 7) in the lumen of the npOToHaain, on the side of which the niii-shl1o is resting; but. A tray (8) is placed under the opening (6), feeding the concentrate to the drawer (9).

Pulp, dvshkuscha with no Ilshzu (7), and enters the lattice (2), through which passes only part of the pulp, but InaN1, and on the stand of the inner funnel (1). Pz BHyTpeHHeir funnels (1) pulp falls into the outer part of the funnel (3). In the outer part of the funnel (3), with a diamond shape (4), the movement of the null occurs in two directions - up and down, as is indicated by the arrows in FIG. four.

The pulpus and the butt of the torus axis) Enpe1 of the funnel (1) The inner part of the funnel is ejected upwards along with light particles but peripherally) of the part of the torol to the drain windows (5) of the upper part of the funnel (3). The rhombic shape of the lower part of the funnel (3) ensures the movement of the upward flow of pulp with the rime-speed; in the middle of the bottom of the boi) (3), the rate of movement of the pulp is replaced by the pulp, since here the rhombus forms the largest cross section, with a decrease of 5% of the cross sections of the crater (3), the speed increases. Variable 1, the velocity of movement of the upward flow pults ensure that the settling of heavy particles is pulsed.

The release of the concentrate is produced by opening the in-country (10) discharge opening (6) at iiOMOHin flexible tons of g (I).

L I about d l with t.

111NUTS (SHS9.1 & - fi IOAMffl

far nWi): i. (Ki

K (YY1CHR. # YY $ TRSNNAYA

poHK | ij.i f7riMijj. # 2ft $ Ti) eHHHH funnel ne .jjeKpbij, peliitTKoii d pass parts

pulp. DVPZHUSHCHYYA P (1 LL103U, o t l) h a b) c s c with the fact that the pnc chagt) pa) jy; KHOJi funnels are made in a rhombus-shaped vertical slit, with the aim of reducing the lim.ms (x The ycTjwiiciiJ junction is responsible for settling heavy particles of the material by creating a variable velocity of the upward flow of pulp, which serves to carry light particles of material through the windows of the Bcpxneii part of the outer vironcn.

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FIG. 2

FIG. 3

FIG. four