KR20030093137A - Construction aggregate and Gold dust separator - Google Patents

Abstract

PURPOSE: A selecting apparatus for constructional aggregate and alluvial gold is provided to achieve effective collection of the alluvial gold, and to enable the collected gravel and sand to be recycled as constructional aggregate. CONSTITUTION: In the selecting apparatus for constructional aggregate and alluvial gold comprises a hopper(8), left and right discharge pipes(18) formed with doors(10), respectively, for selectively discharging sand, and a alluvial gold filtering vessel formed with a screen and a drainage cap at the bottom surfaces of the discharge pipes, an adjustment plate(20) above the vessel for adjusting the inlet amount of the sand, and a hinged blinding plate(19).

Description

Construction aggregate and gold dust separator}

The present invention relates to building aggregate and gold dust separator, and more specifically, to collect the building aggregates such as gravel and sand from the soil supplied as raw materials, and mixed with the gold dust through the discharge pipe is formed on both sides of the construction aggregate and gold dust separator The present invention relates to a construction aggregate and a placer that can separate sand and sand from sand more efficiently.

Applicant has applied for and registered a gold dust separator which is formed on both sides of the sand filter separator sand from the separation network consisting of double, the bottom front flows to the discharge pipe consisting of the strainer net to collect gold dust (Utility Model Registration No. 0228758) However, it was inconvenient to collect filtered sand, and the efficiency of collecting sand from sand was not good.

The present invention has been developed in view of the conventional problems, an object of the present invention is to form a sintered strainer having a sloping strainer on the surface having a recessed form on the bottom surface of the exhaust pipe of the building aggregate and the gold dust separator, from the discharge pipe on the top By constructing the throttle plate and the blocking plate to control the amount of sand flowing into the dust collector, it is convenient to collect the dust filtered by the strainer and provides the construction aggregate and the dust separator with the improved dust collecting efficiency.

1 is a side view of a building aggregate and a placer separator according to the present invention.

Figure 2 is a cross-sectional view seen from the rear of the building aggregate and the spin separator according to the present invention.

Figure 3 is a partial cross-sectional perspective view of the discharge pipe of the building aggregate and gold dust separator according to the present invention.

<Code Description of Main Parts of Drawing>

1: Separating framework

2: inner network pain

3: outer network

4: inlet

5: receiving part

6,7: opening

8: Hopper

9: outlet

10: door

11: motor

12: drive sprocket

13: driven sprocket

14: Chain

15: inner water pipe

16: outer sprinkling pipe

17: pump

18: discharge pipe

19: blocking plate

20: throttle

21: strainer

22: gold dust bucket

23 outlet

24: drain plug

25: turning

30: construction aggregate and gold dust separator

In order to achieve the above object, the present invention inputs a raw material in which gravel and sand are mixed into a slanted building aggregate and a placer of a gold dust separator to separate gravel and sand, and the separated sand is a building aggregate and a gold dust separator (30). In the gold dust separator which is discharged to the discharge pipe (18) formed on both sides of the sand to separate the dust from sand, the building aggregate connected to the hopper 8 and the left and right discharge pipe (18) of the gold dust separator (30), respectively, the door 10 ) Is formed to selectively discharge the sand to the left and right discharge pipe 18, the bottom of the discharge pipe 18 is formed with a sieve filter 21 formed with a strainer 21 and drain plug 24, gold dust An upper portion of the barrel 22 is provided with a control plate 20 for adjusting the amount of sand inflow, the blocking plate 19 is hinged.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a side view of a building aggregate and a placer separator 30 according to the present invention.

Building aggregate and gold dust separator 30 of the present invention as shown in Figure 1 is provided with an inner mesh (2) and the outer mesh (3) so as to be inclined from the upper side of the separator frame body 1 to the rear side, an inlet for inputting raw materials (4) is connected to the inner mesh (2), and the inner sprinkling tube (15) and the outer sprinkling tube (16) are formed on the inner upper side of the inner mesh (2) and the outer upper portion of the outer mesh (3), respectively. Openings 5 and 6 are formed at the rear side of the inner mesh 2 and the outer mesh 3 so that the gravel separated from the inner mesh 2 and the outer mesh 3 can be discharged.

2 is a sectional view seen from the rear side of the building aggregate and the placer separator 30 according to the present invention.

As shown in FIG. 2, a hopper 8 is formed in the lower portion of the outer mesh 3 and the sand filtered from the inner mesh 2 and the outer mesh 3, and sand separated from the raw material on both sides of the lower end of the hopper 8. The discharge pipe 18 is discharged is formed.

Doors 10 are formed at each inlet of both discharge pipes 18 connected to the hopper 8 to selectively discharge sand into the discharge pipes 18.

The bottom of the discharge pipe (18) is formed with a trapping net (22) formed with a trapping net (21) and a drain plug (24) made of a porous plate such as a non-woven fabric or a scrubbing brush on the bottom surface, the placer (22) In the upper part of the) the control plate 20 for adjusting the amount of sand flowing into the placer (22) is constructed, the blocking plate (19) is hinged so that the sand is filtered once more from the placer (22) Consists of.

The sand mixed in the sand is filtered from the placer trough 22. Looking at the enlarged partial cross-sectional perspective view of the building aggregate and the placer separator discharge pipe 18 of FIG. 3, the bottom 25 of the discharge pipe 18 has a projection 25. Formed to prevent slushy sand from flowing down too quickly.

In the lower portion of the discharge pipe 18 is formed a pitted sieve barrel 22, the sifter barrel 22 is formed of a porous plate such as a non-woven fabric and a scrubber to filter sand mixed with sand, A drain plug 24 for discharging the water of 22 is formed.

The upper portion of the placer barrel 22 has a control plate 20 is arranged to adjust the amount of sand flowing into the placer barrel 22 by adjusting the angle of the control plate 20, the blocking plate 19 is Hinge coupled sand back through the strainer 21 of the strainer (22) back to the strainer (21) of the strainer (22) to further increase the dust collecting efficiency.

Referring to the operation of the construction aggregate and gold dust separator 30 configured as described above,

The drive sprocket 12 rotated by the motor 11 is connected to the driven sprocket 13 of the inner and outer meshes 2 and 3 by a chain 14 so that the inner and outer meshes 2 and 3 rotate. Doing. When the raw material mixed with gravel and sand is put into the inlet 4 of the placer separator 30, the coarse gravel is separated from the inner mantle 2 and discharged into the opening 6 of the inner mantle 2, and the outer mantle 3 ), Small gravel is separated and discharged into the opening 7 of the outer mesh 3.

The inner sprinkling pipe 15 of the inner mesh pipe 2 and the outer sprinkling pipe 16 of the outer mesh pipe 3 are sprayed with water supplied from the pump 17 to smoothly separate the gravel.

Coarse gravel and small gravel are separated from the inner and outer network (2) and (3), only sand falls to the hopper (8) and the sand of the hopper (8) is discharge pipe 18 formed on both sides of the construction aggregate and gold dust separator (30) To be discharged.

At this time, the door 10 formed at the inlet of the discharge pipe 18 is opened and closed to selectively discharge the sand into the discharge pipe 18, while continuously collecting the gold dust from the other side while collecting the gold dust filtered from one discharge pipe 18 Allows you to work continuously.

The sand mixed with sand flows down the discharge pipe 18 and flows into the dust filter barrel 22 by the throttle plate 20, and a porous strainer 21 such as a nonwoven fabric and a scrubber formed on the surface of the dust filter barrel 22. By dust is filtered out. In this case, the control plate 20 is arranged on the placer of the placer to be able to adjust the angle can adjust the amount of sand flowing into the placer of the placer.

The sand where the dust is partially filtered is not immediately discharged out of the dust filter barrel 22, but once again, the dust is filtered from the dust filter barrel 22 by the blocking plate 19 hinged to the dust filter barrel 22. After the sand is filled in the dust filter barrel 22 is discharged to the outlet 23.

When collecting the sand filtered from the sand, the drain plug 24 is opened to remove the deceased from the sand filter barrel 22, and the blocking plate 19 hinged to the sand filter barrel 22 is opened. Shake off the strainer (21) of the dust is collected.

As described above, according to the present invention by using the aggregate and the gold dust separator 30 through the discharge pipe 18 formed on both sides of the building aggregate and the gold dust separator 30 to send sand mixed with placer in one discharge pipe (18) While collecting the filtered dust, the other side can continue to collect the dust, and it is possible to continuously collect the sand, it is very convenient to collect the filtered dust, sand once again through the throttle (20) and the blocking plate (19) By sending the dust to the strainer (21), not only can the effect of collecting the dust more efficiently,

It is a useful invention that can use gravel and sand obtained by collecting sand from the soil as a construction aggregate.

Claims (1)

Separating the gravel and sand by inputting the raw material mixed with gravel and sand into the inclined double mesh, the separated sand is discharged to the discharge pipe 18 formed on both sides of the placer separator 30 to separate the placer from sand. In construction aggregate and gold dust separator, Doors 10 are formed at both side discharge pipes 18 of the building aggregate and the gold dust separator 30 connected to the hopper 8 to selectively discharge sand into the left and right discharge pipes 18, The bottom of the discharge pipe 18 is formed with a sieve strainer 22 having a strainer 21 and a drain plug 24 formed thereon, and an upper portion of the dust catcher 22 has a control plate 20 for adjusting the amount of sand inflow. Construction aggregate and gold dust separator, characterized in that the blockage plate 19 is constructed by hinged.