KR200429657Y1 - Moving type sort and brake device with dry function - Google Patents

Abstract

The present invention is a device for the production of aggregates by crushing rock or rock, such as dry and wet, it is an invention regarding the aggregate selection device equipped with the crushing and sorting function of gemstones.

The device of the present invention is divided into gemstone primary sorting part, gemstone secondary sorting part, crushing part, and sand supply part, and the device of each part can be used in the state loaded on the conveying means, so it can be used regardless of installation place. It is a device that combines wet and dry and aggregate sorting and crushing with excellent maneuverability because it can move quickly in the installed state.

Wet and Dry, Aggregate Screening, Shredding Equipment

Description

Mobile aggregate sorting and crushing device with wet and dry function {Moving type sort and brake device with dry function}

1 is a perspective view of main parts of the present invention

Figure 2 is a side view of the state device is loaded on the moving means

3 is a plan view of the present invention

Figure 4 is an enlarged partial cross-sectional view

<Explanation of symbols for the main parts of the drawings>

T: transfer means 1: fixed plate

10: Gemstone 1st Division Division 20: Gemstones 2nd Division Division

30: crushing unit 40: sand supply unit

In order to obtain aggregates and sands used in various constructions such as construction and civil engineering, the present invention selects raw stones from primary fractured rocks or rocks, and selects the first classified stones in the second separating section. Aggregate larger than the standard is transported to the crushing unit, crushed, and then transferred to the secondary sorting unit to reselect and dry and wet sorting can be done arbitrarily. It aims to improve aggregate productivity due to improved work efficiency by allowing them to move conveniently without this.

Background Art [0002] Gemstone shredders and aggregate sorting devices having various structures are known in the art.

These aggregate sorting devices are devices for sorting aggregates using a dry or wet method. Among the conventional aggregate sorting devices, a wet sorting device cleans and removes stone powder from crushed aggregates by using water. It is an electric flat screen or a rotary cylinder. It has no crushing function and produces 25mm gravel and sand less than 5mm, and oversize is used for other purposes.

In the case of dry sorting equipment, it is common to produce mixed stones of 25mm gravel or 40mm size, and dry sorting equipment is also intended to produce stone powder.

In the case of the conventional sorter can not combine the wet and dry function, and dry and wet devices are configured separately and are installed and used, respectively, there was a lot of inconvenience by fixed fixed installation in a fixed place.

In addition, by separately manufacturing dry and wet, there was a problem of excessive production cost as well as a decrease in productivity due to a decrease in work efficiency.

In particular, the prior art is mainly known to the device for crushing the raw stone, Korean Utility Model Publication No. 1996-0005002 "Gemstone crusher" (hereinafter referred to as prior art 1) and Republic of Korea Utility Model Publication No. 20-0210700 The "aggregate crusher" (hereinafter referred to as prior art 2) is known.

Prior arts 1 to 2 described above are used to crush concrete waste, etc., which are collected from quarries or mines. The structure of the prior art is composed of a gemstone supplying device, a crushing device, and a crushed material transporting device. According to the sorting device that can sort the aggregate by size and the wet device to wash the aggregate or mix with the sand according to the purpose of the aggregate, it is necessary to secure a wide installation place to have these devices each configured There is a problem and a problem that these devices can not be moved quickly.

In other words, the mobility is greatly reduced, there is a problem that can not be easily installed in rivers, land, stone mountains, tunnel construction sites, road construction sites, and can not be installed in a narrow place and there are many problems in installation and dismantling work and movement.

The present invention combines a dry and wet function to effectively solve the above problems of the prior art, and the oversize selected in the sorting device can be crushed until the desired size is crushed and in particular the device of the present invention is a transport means such as a truck It can be quickly moved to the river, land, stone, road construction site, tunnel construction site, etc. by installing the device in the state of being loaded on the conveying means. Providing is a technical problem to be achieved by the present invention.

Secondary dividing line for second-class dividing the gemstones selected by the first and second stones 10 and the first and second stones 10 and 10 from the rear of the fixed plate (1) that can be properly fixed to the transport means (T) Part 20, and the crushed portion 30 and the crushed portion 30 is installed on the crushed portion 30 to crush the over-size gemstones selected by the secondary stone sorting section 20 through the crushed portion 30 A sand supply unit 40 capable of supplying sand to the lane separation unit 20 is provided.

The raw stone primary sorting unit 10 is a raw stone injection hopper 100 and the raw stone injection hopper 100 that is vibrated by the vibrating letter 100 and the raw stone injection hopper 100 It is installed at the lower portion of the primary filtration primary conveying conveyor 120 is filtered through the primary filtration mesh screen 110 is provided.

The gemstone secondary screening unit 20 is a magazine 200 having a cover 210 that can be opened and closed at the top and the primary filtration stone and crushed stone and sand which is configured in the rear of the magazine 200 can be input The raw water secondary filtration mesh screen 220 and the raw stone secondary filtration mesh screen 220 that is disposed in the water inlet 201 and the cover 210 installed in the upper portion of the magazine 200 The fine filtration mesh screen 230 and the dry fine aggregate aggregate discharge port 240 and the dry fine aggregate discharge outlet 240 configured in front of the magazine 200 to be opened or closed in the lower portion of the A plurality of closing plate 250 is installed inclined, and the wet aggregate discharge guide plate 260 and the aggregate primary discharge port 270 formed in front of the magazine 200 is installed between the front and rear closing plate 250. And, the secondary aggregate dry aggregate conveying conveyor 280 and the constituting the magazine 200 is lower The aggregate transport conveyor 290 (290 ') provided in the rear and the front of the picture (200) is provided.

The crushing unit 30 is a crushing unit for transporting the crushed stone and sand is installed in the lower part of the crushed jaw crusher 320 and the crushed stone outlet 330 and the crushed stone outlet 330 driven by the motor 310 Shredding part secondary conveying conveyor 350 to supply crushed stone and sand supplied from the primary conveying conveyor 340 and the crushing unit primary conveying conveyor 340 into the magazine 200 of the secondary sorting unit 20 ) Is provided.

The sand supply unit 40 is provided with a sand feed hopper 410 and a sand conveying conveyor 420 for supplying sand to the crushing unit (30).

Selected aggregate transport conveyors 290, 290 'installed on the rear and front of the magazine 200 is inclined so that the upper end is projected to the outside of the transport means (T) and is fixed to the fixed plate (1) turntable (R) It is installed so as to be rotatable.

It demonstrates the effect of the present invention made of the above configuration.

When the primary crushed gemstones such as rocks or rocks are put into the hopper 100 of the primary stone sorting unit 10, the gemstones having a size of 100 mm or less in the primary filtration mesh screen 110 are filtered by the vibration of the vibrator. Gemstones larger than 100mm are discharged to the rear and used for other purposes.

The primary filtration of less than 100mm of gemstones includes various sizes of gemstones and stone powder, and the primary filtration of gemstones is conveyed to the primary filtration transport conveyor 120 and vibrated with a vibrator, the upper rear of the magazine 200 Injected into the inlet 201 configured to fall from the ore secondary filtration screen screen 220 to the fine filtration mash screen 230 installed at the bottom and the fine stone and stone powder of less than 5mm is filtered in the filtration filtration screen 230 The aggregate is discharged to the dry fine aggregate aggregate discharge port 240 and supplied to the selected aggregate transfer conveyor 290 installed in the rear of the magazine 200 by the dry aggregate transfer conveyor 280 is transferred to the outside of the transport means (T) do.

The raw stone 40 mm or less that is not filtered by the fine filtration mesh screen 230 is divided into aggregate and discharged to the aggregate primary discharge port 270 by the aggregate transport conveyor 290 'installed in front of the magazine 200. It is conveyed to the outside of the transport means (T).

The ore secondary filtration screen screen 220 may be replaced with a screen with a small mesh so that less than 25mm of gemstone can be filtered according to the use of the aggregate.

When sorting dry aggregates of the present invention by removing the front and back block plate 250 and the wet aggregate discharge guide plate 260 installed on the bottom bottom of the magazine 200, fine stone or sand or stone powder of 5mm or less is discharged. .

The gemstones 40 mm or more that are not filtered by the raw stone secondary filtration mesh screen 220 are crushed by the crushing jaw crusher 320 which is directly supplied to the crushing unit 30 and driven by a motor 310 installed in the crushing unit. The crushed stone is supplied to the crushing unit primary transport conveyor 340 installed under the crushing unit 30 through the crushed stone outlet 330, and the crushed stone supplied to the crushing unit primary transport conveyor 340 is a crushing unit secondary transport conveyor It is transported by 350 and is introduced into the inlet 201 behind the magazine 200 and discharged again through a filtration process.

When mixing aggregates having a size of 40 to 25 mm and aggregates smaller than that, when the dry aggregate transfer conveyor 280 installed at the lower portion of the magazine 200 is rotated toward the aggregate transfer conveyor 290 ', the aggregate is mixed and discharged.

The driving method is a method for producing dry aggregate.

When the wet aggregate is to be produced using the device of the present invention, the supply of raw or crushed stone is the same as the dry production method, but the crushed or crushed by using the sprinkling pipe 211 installed on the cover 210 of the magazine 200. Aggregate less than or equal to 5mm aggregate passed through the fine filtration mash screen 230 installed in the lower portion of the magazine 200 is filtered with water to dry dry fine aggregate discharge outlet 240 under the magazine 200 It flows down the front and rear closing plate 250, which is closed, is discharged to the outside of the magazine through the wet aggregate discharge guide plate 260, and the aggregate of 5 mm or more is cleanly discharged through the primary discharge port 270.

When the sand is to be mixed with the aggregate of 40 mm or less according to the purpose, the sand introduced into the sand feeding hopper 410 of the sand supply part 40 is supplied to the crushing part 40 by the sand conveying conveyor 420 and the crushing part 40 Sand passed through) is supplied to the magazine 200 through the crushing unit primary conveying conveyor 340 and the crushing unit secondary conveying conveyor is mixed with the crushed stone and discharged.

And the aggregate conveying conveyor 290, 290 'of the present invention is installed on the turntable (R) fixed to the fixed plate (1) when used to discharge the aggregate to rotate to protrude to the outside of the transport means (T) If you do not rotate the front and rear when the transfer means (T) is not an obstacle when not moving the device or the subject innovation.

The dry and wet method of the present invention, which has the above-described constitution and effect, can be easily selected and used according to the arbitrary, and the crushing and sorting of gemstones can be performed at the same time, and the productivity can be expected. By being able to drive in a state loaded on the transport means such as trucks will have the effect that can be moved quickly to operate such as gemstone extraction site, river, stone mountain, road construction site.

Claims (6)

Gemstone second-classifying unit for sorting the gemstones selected from the gemstone primary screening unit 10 and the gemstone primary screening unit 10 from the rear of the fixed plate (1) that can be fixed to the transfer means (T) ( 20) and the crushed portion 30 for crushing the over-size gemstone supplied from the raw stone secondary screening unit 20 and the sand supply portion 40 for supplying sand to the crushed portion 30 is provided Mobile aggregate sorting and shredding device with wet and dry function. According to claim 1, wherein the gemstone primary sorting unit 10 is a gemstone primary filtration screen 10 and the gemstone primary filtration screen 10 is configured in the gemstone injection hopper 100 is vibrated by a vibrator Mobile aggregate selection and crushing device having a wet-and-dry function, characterized in that the primary filter transport conveyor 120 is installed in the lower portion of the input hopper 100. According to claim 1, wherein the gemstone secondary screening unit 20 is a magazine 200 having a cover 210 that can be opened and closed at the top and the inlet 201 and the cover (20) configured in the rear of the magazine (200) The fine water filtration mesh formed in the lower portion of the raw water secondary filter mash screen 220 and the raw stone secondary filtration mesh screen 220 formed in the upper portion of the water spray pipe 211 and the magazine 200 is installed in the 210; A plurality of closing plates 250 and the closing plate installed to be detachable to the dry fine aggregate aggregate outlet 240 and the dry fine aggregate aggregate outlet 240 formed at the bottom of the screen 230 and the magazine 200. The wet aggregate discharge guide plate 260 is installed between the 250 and the aggregate aggregate discharge conveyor 280 is formed in the lower portion of the magazine 200 and the primary discharge port 270 formed in front of the magazine 200 ) And aggregate transport conveyors 290 and 290 ′ which are installed at the rear and front of the magazine 200 are provided. Articles removable aggregate screening and crushing device that combines the function of a liquid. According to claim 1, wherein the crushing part 30 is a crushing part installed in the lower part of the crushed jaw crusher 320 and crushed stone outlet 330 and the crushed stone outlet 330 driven by a motor 310 Combined with a wet and dry function, characterized in that the primary conveying conveyor 340 and the crushing unit secondary conveying 350 for supplying the aggregate supplied from the crushing unit primary conveying conveyor 340 to the magazine Mobile aggregate sorting and crushing device. The method of claim 1, wherein the sand supply unit 40 is a movable aggregate having a wet and dry function, characterized in that the sand feed hopper 410 and the sand conveying conveyor 420 for supplying sand to the crushing unit 30 is provided. Sorting and shredding device. The method of claim 1, wherein the raw stone primary separating unit 10, the raw stone secondary separating unit 20, the crushing unit 30, the sand supply unit 40 can be driven in a state in which the transfer means (T) Mobile aggregate sorting and crushing device having a wet and dry function, characterized in that to ensure.

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