CN205270114U - Wet -type sieving machine - Google Patents

Abstract

The utility model provides a wet -type sieving machine relates to material screening field. This wet -type sieving machine includes the upper end cover, holds sieve seat, support, closing device and frame, the upper end cover seals the upper portion opening of the superiors' sieve of bushing screen, and with the bushing screen together by closing device compresses tightly hold on the sieve seat, install rotary shaking in the frame and hit the device, it installs to hold the sieve seat on the frame and with the gyration is shaken and is hit the device connection, the upper end cover is equipped with the water inlet and is used for inputing the mine mouth of giving of ore pulp, the lateral wall of the lower floor sieve of bushing screen is connected with the ore discharge mouth. This wet -type screening machine has improved screening precision and screening efficiency.

Description

A kind of wet type sieve shaker

Technical field

The utility model relates to material screening field, particularly relates to a kind of wet type sieve shaker.

Background technology

Existing sieve shaker does not have ore pulp entrance and can only sieve dry ore deposit, needs manually to drop in the superiors' sieve dry ore deposit, cover upper end cover during screening, then cover sieve is placed on hold sieve seat on sieve. After sieve shaker stopping work, pour out, after being taken down by cover sieve, the material sieving and obtaining again. Can not inputting ore pulp like this to carry out sieving the screening result that can not obtain ore pulp form, what obtain after screening is still dry ore deposit. Its screening is thorough, and screening precision is high not as wet screening (inputting the screening result that ore pulp carries out sieving or obtaining ore pulp form).

In addition, the throwing material of above-mentioned sieve shaker and the material after taking out screening are all by manual operation, cannot realize automated operation like this, and screening efficiency is low.

Practical novel content

An object of the present utility model to be made sieve shaker can realize wet screening, thus improves screening precision.

The utility model further object improves the screening efficiency of sieve shaker.

In order to realize above-mentioned one or more object, the utility model provides a kind of wet type sieve shaker, comprise upper end cover, cover sieve, hold sieve seat, hold-down gear and support, described upper end cover closes the upper opening of the superiors' sieve of described cover sieve, and hold on sieve seat described in being pressed on by described hold-down gear together with described cover sieve, revolution vibration device is installed in described support, the described sieve seat that holds is arranged on described support and is connected with described revolution vibration device, and described upper end cover is provided with water-in and the mine inlet for inputting ore pulp; The sidewall of the orlop sieve of described cover sieve is connected with gape.

Can selection of land, described ore pulp is the ore levigate with ball mill and the mixture of water.

Can selection of land, described wet type sieve shaker also comprises: ore discharge pipe, is connected with described gape, for by described orlop sieve ore pulp derive.

Can selection of land, described wet type sieve shaker also comprises: connect charging basket, is positioned at the lower section of the opening of described ore discharge pipe, be received from described ore discharge pipe discharge described ore pulp.

Can selection of land, described wet type sieve shaker also comprises: water inlet pipe, is connected with described water-in, and water enters described water-in by described water inlet pipe; Mineral-feeding pipe, is connected with described mine inlet, and ore pulp enters described mine inlet by described mineral-feeding pipe.

Can selection of land, described mineral-feeding pipe be provided with regulate mineral slurry flux the first valve.

Can selection of land, described water inlet pipe be provided with regulate flooding velocity the 2nd valve.

Can selection of land, described cover sieve be socketed to form by least two sieves that the aperture of sieve aperture is different.

The utility model at least has following technique effect:

1, the upper end cover of wet type sieve shaker of the present utility model has water-in and mine inlet, sidewall at the orlop sieve of cover sieve is connected with gape, such that it is able to water and ore pulp are imported cover sieve from water-in and mine inlet respectively, the ore pulp that the ore deposit powder after screening and water mix is discharged from gape. Like this so that sieve shaker can sieve ore pulp, thus the low situation of the screening precision avoiding the only dry ore deposit of screening and causing.

2, wet type sieve shaker of the present utility model can input water and ore pulp automatically by water inlet pipe and mineral-feeding pipe, discharges ore pulp from ore discharge pipe, it is not necessary to manual interpolation ore as tradition sieve shaker, it is achieved that automated operation, thus improves screening efficiency. And the first valve and the 2nd valve can control the input of water and ore pulp so that the two ratio mixing in cover sieve that can need with user, reach optimum screening effect.

According to hereafter by reference to the accompanying drawings to the detailed description of the utility model specific embodiment, those skilled in the art will understand above-mentioned and other objects, advantage and feature of the present utility model more.

Accompanying drawing explanation

Specific embodiments more of the present utility model are hereinafter described with reference to the accompanying drawings by way of example, and not by way of limitation in detail. Reference numeral identical in accompanying drawing denotes same or similar parts or part. Those skilled in the art should understand that, these accompanying drawings may not be drawn in proportion. In accompanying drawing:

Fig. 1 is the structural representation of the wet type sieve shaker according to the utility model embodiment;

The cover that Fig. 2 is the sieve shaker of wet type shown in Fig. 1 sieves and connects the structural representation of charging basket.

Embodiment

Fig. 1 is the structural representation of the wet type sieve shaker according to the utility model embodiment. In the embodiment shown in fig. 1, disclosing a kind of wet type sieve shaker, it comprises upper end cover 1, holds sieve seat 4, support 2, hold-down gear 8 and support. Support 2 is fixed on and holds sieve seat 4, and hold-down gear 8 is movably connected on support 2. Hold after on sieve seat 4 when cover sieve (multiple separable sieve connects together) is placed on, upper end cover 1 is covered on cover sieve so that the upper opening of the superiors' sieve of upper end cover 1 seal boot sieve. Operation hold-down gear 8, is pressed abd fixed on to hold together with upper end cover 1 by cover sieve by hold-down gear 8 and sieves on seat 4. Holding sieve seat 4 to be arranged on support and be connected with the revolution vibration device 5 in support, revolution vibration device 5, under the effect of motor 3, drives and holds sieve seat 4 and make circumference and partially put and compound motion up and down reciprocatingly, thus play the effect of screening. Upper end cover 1 is provided with water-in 7 and the mine inlet 6 for inputting ore pulp, and ore pulp is the ore levigate with ball mill and the mixture of water; The sidewall of the orlop sieve 9 of cover sieve is connected with gape 10. Pass through said apparatus, it is possible to directly input the screening result that ore pulp carries out sieving to obtain ore pulp form, thus improve screening precision. Hold-down gear 8 herein and revolution vibration device 5 are devices common in prior art, and therefore not to repeat here.

In an embodiment of the present utility model, water-in 7 is connected with water inlet pipe 13, and mine inlet 6 is connected with mineral-feeding pipe 12, and water enters water-in 7 by water inlet pipe 13, and ore pulp enters mine inlet 6 by mineral-feeding pipe 12. Preferably, it is possible to the first valve regulating mineral slurry flux is set on mineral-feeding pipe 12, it is also possible to the 2nd valve regulating flooding velocity is set on water inlet pipe 13. Can slowly supplement wash-down water by water inlet pipe 13 like this, and slowly give ore deposit by mineral-feeding pipe 12.

The cover that Fig. 2 is the sieve shaker of wet type shown in Fig. 1 sieves and connects the structural representation of charging basket 14. In the embodiment shown in Figure 2, gape 10 is connected with ore discharge pipe 11, and ore discharge pipe 11 can be plastic hose, for being derived by the ore pulp in orlop sieve 9. It is provided with in the lower section of the opening of ore discharge pipe 11 and connects charging basket 14, for being received from the ore pulp that ore discharge pipe 11 is discharged. In the embodiment shown in Figure 2, cover sieve is socketed to form by the sieve that the aperture of 6 sieve apertures is different, it is possible to be separated from each other. In other embodiments of the present utility model, it can be socketed to form by (such as at least two) sieve of different other quantity in the aperture of sieve aperture.

Passing through said apparatus so that ore pulp and water can enter sieve shaker by water inlet pipe 13 and mineral-feeding pipe 12, the ore pulp that screening obtains flows out from ore discharge pipe 11. Like this without the need to manually adding before screening.

So far, those skilled in the art will recognize that, although multiple exemplary embodiment of the present utility model is illustrate and described herein detailed, but, when not departing from the utility model spirit and scope, still can directly determine according to content disclosed in the utility model or derive other modification many or amendment of meeting the utility model principle. Therefore, scope of the present utility model should be understood and regard as and cover all these other modification or amendments.

Claims (8)

1. a wet type sieve shaker, comprise upper end cover, cover sieve, hold sieve seat, hold-down gear and support, described upper end cover closes the upper opening of the superiors' sieve of described cover sieve, and hold on sieve seat described in being pressed on by described hold-down gear together with described cover sieve, revolution vibration device is installed in described support, the described sieve seat that holds is arranged on described support and is connected with described revolution vibration device, it is characterised in that:

Described upper end cover is provided with water-in and the mine inlet for inputting ore pulp;

The sidewall of the orlop sieve of described cover sieve is connected with gape.

2. wet type sieve shaker according to claim 1, it is characterised in that,

Described ore pulp is the ore levigate with ball mill and the mixture of water.

3. wet type sieve shaker according to claim 1, it is characterised in that, also comprise:

Ore discharge pipe, is connected with described gape, for being derived by the ore pulp in described orlop sieve.

4. wet type sieve shaker according to claim 3, it is characterised in that, also comprise:

Connect charging basket, it is positioned at the lower section of the opening of described ore discharge pipe, be received from the described ore pulp that described ore discharge pipe is discharged.

5. wet type sieve shaker according to claim 2, it is characterised in that, also comprise:

Water inlet pipe, is connected with described water-in, and water enters described water-in by described water inlet pipe;

Mineral-feeding pipe, is connected with described mine inlet, and ore pulp enters described mine inlet by described mineral-feeding pipe.

6. wet type sieve shaker according to claim 5, it is characterised in that,

Described mineral-feeding pipe is provided with the first valve regulating mineral slurry flux.

7. wet type sieve shaker according to claim 5, it is characterised in that,

Described water inlet pipe is provided with the 2nd valve regulating flooding velocity.

8. wet type sieve shaker according to the arbitrary item of claim 1-7, it is characterised in that,

Described cover sieve is socketed to form by least two sieves that the aperture of sieve aperture is different.