KR100771660B1 - The Sand waste Sorter use to Teeth of a Comb Attaching Conveyor - Google Patents

Abstract

The present invention relates to a soil sediment sorting apparatus using a true comb-tooth conveyor for separating / selecting recyclable soil and sewage, iron and combustible wastes, etc., in soils that have been selected for construction and construction wastes or landfills.

The soil sediment sorting device according to the present invention is a high quality sediment in the sorted soils that are separated and discharged through the sorting device of a conventional trommel sorter with a large screen and many other devices such as Grazley mounted on the crusher. As a device for sorting, a conveyor with an input hopper into which soil is injected is provided on one side, and is discharged through a primary conveyor having a rotary crusher for crushing / crushing foreign matter and soil mass of the sorted soil of the sorted soil. T / C Conveyor equipped with a T / C (Teeth of a Comb) on the outer circumference of the conveyor rubber belt to filter the foreign matter contained in the sediment and re-select the sediment. And, it is a summary that the transport conveyor for transporting the finally selected foreign matter and the selected soil is sequentially configured.

According to the present invention having such a configuration, foreign matters (wood, vinyl, leather, fiber, plastic) contained in the selected soil through a T / C conveyor which rotates upwardly through the soil to which the construction and construction waste or landfill waste is selected. It is possible to separate / select each combustible waste) and metal materials and recyclable irons, so that it is possible to separate / select foreign matters contained in the soil and the soil more precisely than in the conventional general sorting device, thereby providing very high quality soil. Only you can get it.

Earth and sand sorting, Conveyor, T / C conveyor, Vibrating sieve, 휀, Vibrating screen, Wind gravity sorter

Description

The sand waste sorter use to Teeth of a Comb Attaching Conveyor}

1 is a plan view showing the overall configuration of the earth and sand foreign matter screening apparatus according to the present invention.

FIG. 2 is a side elevational view showing the process of soil separation of the apparatus according to FIG. 1; FIG.

3 is a side configuration diagram showing the foreign matter selection process of the apparatus according to FIG.

4 is an enlarged view of the primary conveyor according to FIG. 1;

5 is an enlarged cross-sectional view of the rotary crusher of FIG.

Figure 6 is a plan view of the T / C conveyor of the earth and sand foreign matter screening apparatus according to the present invention.

Figure 7 is a perspective view of the T / C conveyor of the earth and sand foreign matter screening apparatus according to the present invention.

Figure 8 is an enlarged cross-sectional view of the main portion of the comb bar shown in FIG.

9 is a view showing the front configuration of the comb bar shown in FIG.

<Description of Signs of Major Parts of Drawings>

10: 1st Conveyor 12: Input Hopper

14: Rotary Shredder 20: Primary T / C Conveyor

26,56: comb bar 28,58: driven drum

40a, 40b: secondary conveyor 50a, 50b: secondary T / C conveyor

52: housing 53: shock

60a, 60b: tertiary conveyor 70: vibration shaking

80: earth and sand discharge conveyor 90: foreign matter discharge conveyor

100: wind gravity separator 102: 휀

104: exhaust conveyor 106: cyclone

108: dust collector

The present invention relates to a sediment sorting apparatus that can effectively filter out foreign substances contained in the sediment and sediment during the process of sorting the soil and waste by crushing / crushing the waste concrete of the unsanitary landfill or construction and construction waste, In particular, it is a conveyor equipped with a rotary device for crushing / crushing lumped soil, T / C conveyor equipped with a comb bar on the outer circumference of the conveyor rubber belt, a vibration sieve provided under the T / C conveyor outlet, and Consists of a transport conveyor for transporting and loading the final sorted soil and foreign matters sequentially, crushed agglomerated soil or foreign matter in the selected soil through a sorting device such as trommel or vibrating sieve first, and included in the crushed soil Foreign matter (flammable garbage such as wood, vinyl, leather, fiber, plastic, etc.) is T / C convex with comb bar Such that filtered through the continuous process of the present invention relates to control soil foreign substance separating device using the chambitsal a conveyor to be reliably selected / remove the earth and sand and debris.

In general, construction wastes on construction sites or trash already buried in landfills are randomly reclaimed without proper selection of recyclable resources and wastes that do not decompose over a long period of time, causing serious soil contamination and recycling of resources. Raises the problem of being very inefficient.

To solve this problem, it is inevitable to excavate random landfilled waste or construction waste that is disposed of at construction sites, and to sort out the soil and recyclable resources and combustible waste contained in the landfill.

To this end, a sorting device that separates / selects soil and recyclable resources contained in embedded construction waste or trash is proposed and applied in various forms through domestic and foreign patents and utility models.

Commonly known sorting devices include a conveyor for transferring inputted construction waste or trash, a crusher for crushing / crushing the pulverized material introduced through the conveyor, and a crusher crushed / crushed to a certain granularity through the crusher. Vibration sorter for sorting foreign matter and soil, and cylindrical screen (referred to as "screening net") or flat screen to filter out and recycle only the soil from the pulverized products produced through the vibrating sorter. Consists of the included configuration.

However, in the prior art of the above configuration, the screen has a variety of sizes of 35mm ~ 50mm of the scale of the screen, when screening sediment using a screening sieve or vibrating sieve screen screen is too small if the screen mesh is too small The clogging of soils having a relatively uniform particle size is not possible, and the sorting efficiency of the soils is low. When the mesh is relatively large, it is very difficult to select high-quality soils because of the high content of foreign matter in the soil.

In order to solve this problem, sediment and sediment are separated into water aeration method using wind and water specific gravity difference or wind gravity method and withdrawal rake method, but underwater aeration method uses water pollution and sludge generation. Many problems have been pointed out, and with the extractor rake method, the extractor rake is installed at a 90˚ angle on the semi-circular conveyor through which the soil and the foreign matter are transported so that the foreign matter contained in the soil can be removed by the rotation operation of the extractor. Although it is known as a sorting device, this sorting device is configured to pull out foreign matter in the soil moving on a semi-circular conveying conveyor by the rotational movement of the extracting rake. If foreign matter adheres between them, the screening rate will be lowered. Unreasonable problems have been pointed out, and the earth or sand located in the bottom or corner blind area that the rake does not come in contact with the problem that the removal of foreign matter is not at all. In particular, the extraction rake has not only the decisive problem of incorporation of soil due to the attachment of the brush and the foreign matter, but also the decisive problem of not being able to pull the foreign matter inside the wet soil. There are many problems. In addition, the wind power method uses a strong blower, which is difficult to separate the foreign matters contained in the soil due to mutual interference due to the mixing of the soil and the foreign matters. Unlike the wind weighting method, there is a problem of scattering and dust generation.

The present invention has been made in view of the problems of the prior art as described above, to improve the sorting efficiency by primarily crushing / crushing the lumped soil and foreign matter of the soil selected through the waste / soil sorting device, included in the soil The foreign matter (combustible waste such as wood, vinyl, leather, fiber, plastic, etc.) passes through 100% of the upwardly rotating T / C conveyor with a comb teeth to filter the foreign matter, while the iron contained in the foreign material is conveyed. Separating and discharging by the magnetic drum installed on it improves the efficiency of sorting out foreign substances, and light combustible wastes such as styrofoam granules and vinyl chips pass through the wind gravity separator to reliably separate / select the foreign substances contained in the soil and the soil. Provides soil sediment sorting device using true comb conveyor to obtain only soil sediment Its purpose is to.

As a technical means for achieving the above object, the present invention is a conveyor for transporting the input of construction, construction waste or unsanitary landfill waste, crusher for crushing / crushing the selected object introduced through the conveyor, and the crusher All sorting devices including a vibrating sorter that separates foreign matter and soil contained in waste and crushed waste and crushed to a certain granularity, or sorting net that filters foreign matter out of soil and only the soil having a certain particle size. In the present invention, the primary conveyor having a rotary crusher for crushing / pulverizing the sorted sediment separated and discharged through the sorting device, and the foreign matter contained in the sorted sediment discharged through the primary conveyor again to filter the conveyor again Teeth of a Comb (T / C) is formed on the outer periphery of the belt at regular intervals. The soil sediment sorting device using a true comb meat conveyor, characterized in that the first and second T / C conveyor, the sieve sifting the filtered soil again, and various conveying conveyors and wind gravity separators are sequentially configured in multiple stages. By provision.

Hereinafter, the preferred embodiment of the earth and sand foreign matter screening apparatus according to the present invention based on the accompanying drawings in detail as follows.

1 is a plan view showing the overall configuration of the earth and sand foreign matter screening apparatus according to the present invention, Figure 2 and Figure 3 is a side configuration diagram showing a side development configuration of the device for the soil screening and the foreign matter screening process according to Figure 1, respectively to be.

As shown in Figure 1 to Figure 3, the present invention, the earth and sand foreign matter sorting device, an input hopper for separating and discharging the sewage separated through the conventional sorting device consisting of a crusher, a vibrating separator, and a sorting net ( 12) and the primary conveyor (10) having a rotary crusher (14), and is provided at the soil discharge point of the primary conveyor (10) to filter out foreign matter contained in the sorted soil discharged through the primary conveyor (10) Under the inlet and outlet sides of the primary T / C conveyor 20 and the primary T / C conveyor 20, each of which is equipped with a comb-toothed steel bar 24 at equal intervals on the outer periphery of the conveyor which rotates so as to be able to rotate. A plurality of secondary conveyors 40a and 40b provided, a plurality of secondary T / C conveyors 50a and 50b which are installed adjacent to the secondary conveyors 40a and 40b at outlet points thereof, and 2 The car T / C conveyors 50a and 50b are provided below the inlet and outlet sides. It comprises a plurality of tertiary conveyors (60a) (60b).

Here, a vibrating member 70 is installed between the secondary T / C conveyors 50a and 50b of the outlet point and the tertiary conveyor 60b positioned below it, and discharges foreign substances adjacent to the vibrating member 70. At the point, the foreign matter discharge conveyor 90 having the wind power separator 100 is provided adjacent thereto.

The primary conveyor is a hopper 12 into which construction wastes (or landfills; hereafter referred to as "selected materials") containing foreign matter separated / selected from the sorting apparatus of the previous process are introduced as shown in FIGS. It is provided with a rotary crusher 14 is installed in the central portion to be crushed / crushed again the object to be fed and transported through this hopper 12 over a certain period.

The rotary crusher 14 is a drive motor 142 attached to one side of the housing, as shown in the enlarged view of the main portion of Fig. 2 to 4, and transfers the driving force from the drive motor 142 by belt or chain transmission At least two or more rotary shafts 144 are installed in the longitudinal direction of the primary conveyor 10 so as to be rotated and installed on the outer periphery of the rotary shafts 144 while rotating in the same direction as the motor is driven. It includes a rotary wheel 146 for crushing / crushing the aggregated soil and foreign matter in the sediment to be transported placed on the tea conveyor (10).

Here, the rotary difference 146 is bent in a streamlined curve shape having an inclination in the direction of rotation as shown in FIG. 5 and the wing tip of the pre-rotation wheel and the subsequent rear wheels is It would be good to have the same configuration as the wings of the general earthenware bent in a cross direction. In this way, the first and second T / C conveyors 20, 50a and 50b, which are prepared in the next process by primarily crushing / selecting and discharging waste cones, boulders, and other large-scale foreign substances mixed in the sedimentary soil. It can protect and improve the sedimentation efficiency of soil by crushing the lumped soil and spreading the feed soil.

6 and 7 show the primary and secondary T / C conveyors 20, 50a and 50b equipped with true-thick steel bars (T / C) of the components of the present invention. The primary and secondary T / C conveyors 20, 50a and 50b applied to the present invention are equally spaced on the outer circumferential surface of the conveyor belts 22 and 52 surrounding the driving drum and the driven drum. The angles 24 and 54 are fixed to each other, and the angle 24 and 54 have a configuration in which a comb steel rod 26 and 56 having a strong elasticity is fixed through a bolt-nut coupling. At this time, as can be seen through the enlarged cross-sectional view of the main portion of Figure 8, between the comb-bar rods 26, 56 and the angle 24, 54 is bolt-nut assembled from the primary to secondary conveyor In order to minimize the impact force applied to the device by absorbing / mitigating the impact between the comb bar (26) (56) and the angle (24) (56) when filtering out the foreign matter of the object to be fed into the rubber packing (27) ( 57) is involved.

Here, the comb steel rods 26 and 56 applied to the present invention may be applied to the flat comb-shaped bent in a narrow or wide U-shape, as shown in Figure 9, although not shown in the longitudinal direction It may be applied in the form of a comb pattern bent continuously. In addition, one of the drums 58 and 28 adjacent to the secondary conveyors 40a and 40b among the driving drums and driven drums of the primary and secondary T / C conveyors 20, 50a and 50b is a magnet. It is preferable to remove the iron stream formed in the drum contained in the soil.

Although the primary and secondary T / C conveyors 20, 50a and 50b of the above configuration are not shown in the drawing, in another embodiment, the driving and driven drums for driving them are provided in the form of splines and these drums are provided. The wrapping conveyor belt may be an orbital steel conveyor belt connected to a steel plate continuously to fix an angle to the steel conveyor belt and to couple and fix the steel bars 26 and 56. By constructing a T / C conveyor in this configuration, the durability of the conveyor can be improved, and even a large particle size or relatively heavy soil can be easily separated and separated.

On the other hand, as shown in Figures 1 and 3, the wind power selector 100 is installed adjacent to the discharge point behind the foreign matter discharge conveyor 90, such a wind power selector 100 is a housing 102 and the housing It is composed of a 103 and the discharge conveyor 104, and further includes a cyclone 106 and a dust collector 108 to remove the combustible foreign matter contained in the selected soil.

It looks at in detail the overall arrangement of the earth and sand foreign matter screening apparatus using a true comb meat conveyor of the present invention made in such a configuration.

1 to 3, the primary T / with the comb bar 26 mounted on the outer circumference of the earth and sand discharge point of the primary conveyor 10 having the input hopper 12 and the rotary crusher 14. The C conveyor 20 is provided, and the primary T / C conveyor 20 and the primary conveyor 10 are adjacent to the soil dropping point and the soil discharge point of the primary T / C conveyor 20, respectively. A plurality of secondary conveyors 40a and 40b which are driven in a direction perpendicular to the T / C conveyor 20 are provided.

In addition, at the discharge points of the secondary conveyors 40a and 40b, a plurality of secondary T / C conveyors 50a and 50b each having the same configuration as the primary T / C conveyor 20 are provided. The sediment dropping point and the soil or foreign matter discharge point of the secondary T / C conveyor (50a) 50b adjacent to the secondary T / C conveyor (50a) 50b and the secondary conveyor (40a, 40b) and the like. A plurality of tertiary conveyors 60a and 60b which are driven vertically are provided.

At this time, between the secondary T / C conveyor (50a) (50b) discharge part side and the tertiary conveyor (60b) located below it is included in the foreign matter filtered by the secondary T / C conveyor (50a) (50b) Vibrating sieve 70 for reselecting some soils present is intervened, while styrofoam is provided at the sediment drop point where the plurality of secondary conveyors 40a and 40b and the secondary T / C conveyors 50a and 50b meet. The jaw 53 is provided to separate and discharge relatively light garbage such as vinyl by the blowing force of the jaw.

Here, the secondary T / C conveyor (50a) (50b) is configured to be wrapped by the housing 52 to prevent the dirt of the fine particles scattered to the outside by the blowing force by the fin (53) Would be nice.

In addition, any one of the drums 58 and 28 adjacent to the secondary conveyors 40a and 40b among the driving drums and driven drums of the primary and secondary T / C conveyors 50a and 50b is formed of a magnetic drum. It would be good to configure to remove the iron contained in the soil.

In addition, the vibration sieve 70 is installed at the lower side of the secondary T / C conveyor (50a) (50b) discharge side to separate the foreign matter and excess soil once again to remove and remove the foreign matter and the soil is 15 It is good to configure about 20mm to 20mm.

Subsequently, on the discharge side of the plurality of tertiary conveyors 60a and 60b, a soil discharge conveyor 80 through which the final filtered soil is transported is provided, and the foreign matter discharge conveyor is connected to the vibration discharger 70 at one discharge side. 90, the foreign matter discharge conveyor (90) end discharge side is installed a wind gravity separator (100) for separating / selecting the combustible foreign matter and non-combustible soil is relatively light weight of the final filtered foreign matter.

Here, 102 102 of the components constituting the wind gravity gravity separator 100 is provided below the discharge point of the foreign matter discharge conveyor 90, as shown in FIG. It is relatively heavy and plays a role in separating / selecting incombustible soils, etc., which are not affected by the blowing force of water.

The operation and effect of the present invention having such a configuration will be described with reference to the accompanying drawings, FIGS. 1 to 3.

When the selected sorted matter is introduced through the hopper 12 of the primary conveyor 10 through the existing earth and sand sorting device, the injected sorted matter is loaded on the primary conveyor 10 and transferred. The agglomerated soil during the process of conveying through the conveyor 10 is crushed / crushed while passing through the rotary crusher 14 to have a constant particle size.

Here, the rotary crusher 14 not only serves to crush / crush the foreign matter and the soil and the lump of soil over a predetermined standard as above, but also exposes the foreign matter buried in the lump and exposes the light foreign matter pressed in the soil to the top of the soil. It also works to let.

Subsequently, the object to be subjected to the crushing / crushing process as described above is transferred to the discharge side of the other side of the primary conveyor 10 and then introduced into the primary T / C conveyor 20, and the primary T / C conveyor ( 20) The sediment injected into the side is filtered by the action of the comb bar steel rod 26 by the upward rotation of the primary T / C conveyor 20, and the filtered soil and foreign matter are respectively filtered on the primary conveyor 10. And the primary T / C conveyor 20 are loaded on the secondary conveyors 40a and 40b located below the adjacent soil dropping point and below the outlet point of the primary T / C conveyor 20 and are the next process, the secondary T / C. C conveyor 50a, 50b is conveyed.

As described above, the object to be transported to the secondary T / C conveyors 50a and 50b is once again subjected to the picking of the comb bar 56 by the upward rotation of the secondary T / C conveyors 50a and 50b. The foreign material is filtered out.

Herein, the operation of the primary and secondary T / C conveyors 20, 50a and 50b will be described in detail. The conveyors of the primary and secondary T / C conveyors 20, 50a and 50b will be described. Since the comb bar steel rods 26 and 56 are provided on the belts 22 and 52 at equal intervals, the primary and secondary T / C conveyors 20, 50a and 50b are passed through the primary conveyor 10. The object to be dropped to the) side passes 100% through the comb steel rods 26 and 56 of the primary and secondary T / C conveyors 20, 50a and 50b which are rotated upward by the falling weight. In this process, combustible materials such as clay, vinyl, wood, leather, fibers, and plastics, which are relatively large in size, are screened and filtered, so that primary and secondary T / C conveyors 20, 50a and 50b are used. Move to the other side and load on the secondary conveyor 40b and the tertiary conveyor 60b located below the primary T / C conveyor 20 and the secondary T / C conveyor 50a, 50b outlet side, respectively. To the combustible material having a relatively small particle size. The attached sediment is passed through the comb steel rods 26 and 56 to be loaded on another secondary conveyor 40a and the tertiary conveyor 60a below, thereby removing soil having a relatively small particle size and foreign matter having a large particle size. It can be separated and screened.

In addition, as shown in Figs. 2 to 3, the fin 53 is installed at the soil dropping point adjacent to the discharge points of the secondary conveyors 40a and 40b and the secondary T / C conveyors 50a and 50b. Material and light weight foreign matter such as styrofoam are filtered by the blowing force of the fan (53).

Subsequently, the final sedimentary soil having a relatively small particle size passing through the comb bar among the sediments subjected to the T / C conveyor's sifting operation as described above is located below the inlet side of the secondary T / C conveyors 50a and 50b. The third conveyor (60a) is transported to the soil discharge conveyor (80), the foreign matter filtered by the sewage operation of the secondary T / C conveyor (50a, 50b) and the soil having a relatively large particle size is secondary T / C It is loaded on the conveyor (50a) (50b) and transferred to the other side to fall to the vibration sieve 70 having a mesh of 15mm ~ 20mm to undergo a re-garching process again.

The sedimentary soil that has passed through the vibration blade 70 through the sieve process of the vibration blade 70 is transported to the soil discharge conveyor 80 by another third conveyor 60b positioned below the vibration blade. The soil and foreign matter having a relatively large particle size finally filtered out from the housing 70 are transferred to the foreign matter discharge conveyor 90 located on the side of the vibration housing 70. That is, the soil discharge conveyor (80) is a second T / C conveyor and the sifting process of the vibration whisk while only the foreign matter is finally filtered, the quality of the selected sediment is loaded and transported, foreign matter discharge conveyor (90) The final filtered foreign matter is loaded and transported.

Here, the foreign matter discharged on the foreign substance discharge conveyor 90 is moved to a state in which a relatively heavy soil and light combustible waste of a predetermined size or more is mixed, such a soil and combustible waste is rearward of the foreign substance discharge conveyor (90). The wind is selected by separating the wind selector 100 is collected in different places. That is, among the final filtered foreign matters, relatively heavy soils and lightweight flammable foreign materials are separated / selected and discharged from each other by the blowing action by the wind 102 of the wind gravity separator 100, and thus the flammable foreign matters affected by the blowing force. Silver is loaded on the discharge conveyor 104 and transported to the other side is not affected by the soil is dropped by the foreign matter discharge conveyor discharge point by its own weight is to be able to separate / select each other to discharge. Of course, by installing the conveyor 120 further at the discharge point of the wind gravity selector 100 so that the light foreign matter filtered through the wind gravity selector 100 is collected separately, and the earthenware dropped in the downward direction of the wind gravity selector 100 is It is preferable to be separately discharged through the conveyor 110 installed to the other side.

According to the earth and sand foreign matter sorting apparatus according to the present invention that operates as described above, the sorted material is injected into the primary while passing through the primary conveyor (10) is crushed / pulverized to be discharged in an easy state to sort the foreign matter, discharged The sediment to be treated is a high quality earth and sand having a uniform particle size while going through the dusting action and the vibrating blade 70 according to the upward rotation of the first and second T / C conveyors 20, 50a and 50b composed of multiple stages. Soils, which are separated / selected into foreign matters including soil, and which have a high specific gravity discharged by being mixed with foreign matters, are separated / selected separately through the wind gravity separator 100 so that the amount of foreign matters can be reduced and the soils can be recycled. It will be effective.

As described above, according to the present invention, the soil sediment sorting apparatus using the true comb meat conveyor is a lumped soil among the soil selected through the general garbage / soil sorting apparatus is primarily crushed / crushed through the primary conveyor device, primary and Soil and foreign substances (flammable waste such as wood, vinyl, leather, and textiles) and metal recyclable irons and soils, which were included in the sediment, were separated / selected through the secondary T / C conveyor and vibration By discharging, the sediment and sediment contained in the sediment can be separated and sorted more precisely than the conventional sorting device. Thus, only high quality sediment can be obtained. In the macro aspect, the segregated waste and sewage can be separated and sorted separately. Since only a small amount of garbage can be landfilled, the problems associated with landfill can be effectively solved. There is such an advantage.

In the above, a preferred embodiment of the present invention has been illustrated and described by way of example, but the present invention should not be limited to the above-described embodiment, but the general knowledge according to the technical field to which the present invention belongs without departing from the spirit of the present invention. Various changes and modifications may be made by a person having

Claims (9)

In the sorting device comprising a vibrating sorter for separating the foreign matter and soil contained in the waste and waste by transporting construction and construction waste or unsanitary landfill waste, or sorting network for filtering the soil, An input hopper 12 into which the primary separated / selected sedimented soil is introduced through the sorting device is provided on one side, and a primary part having a rotary crusher 14 for crushing / crushing the sedimented sediment introduced into the central portion again. A conveyor 10; It is located below the primary conveyor 10 outlet so as to filter out the foreign matter contained in the sorted soil discharged through the primary conveyor (10) again, the outer periphery of the plurality of comb bar in the width direction over the same interval ( A primary T / C conveyor 20 equipped with 24); The plurality of secondary conveyors 40a and 40b respectively installed at the sediment dropping point and the soil discharge point of the primary T / C conveyor 20 adjacent to the primary conveyor 10 and the primary T / C conveyor 20. )Wow; While located below the discharge point of the plurality of secondary conveyors (40a, 40b), and the plurality of secondary T / C conveyors (50a) (50b) of the same configuration as the primary T / C conveyor (20) ; The secondary conveyors 40a and 40b and the secondary T / C conveyors 50a and 50b are respectively installed at adjacent sediment drop points and the sediment discharge points of the secondary T / C conveyors 50a and 50b, respectively. Tertiary conveyors (60a) and (60b), which are earth and sand discharge conveyors; A vibrating shaft 70 installed between the earth and sand discharge points of the secondary T / C conveyors 50a and 50b and the tertiary conveyor 60b adjacent thereto; A foreign substance discharge conveyor 90 in which foreign substances and soils are filtered and filtered through the vibration blade 70; And It comprises a; wind-density sorter (100) for separating / selecting the combustible foreign matter and non-combustible earthenware relatively light weight of the foreign matter is provided adjacent to the foreign matter discharge conveyor (90); Soil foreign matter sorting apparatus using a true comb meat conveyor, characterized in that the foreign matter contained in the earth and sand fed from the primary conveyor (10) can be efficiently separated / selected over multiple stages. The method of claim 1, The rotary crusher 14 provided in the primary conveyor 10, A drive motor 142 attached to one side of the housing; A rotary rotary shaft 144 provided with a driving force by a belt or chain transmission from the driving motor 142 and at least one of which is installed in the longitudinal direction of the primary conveyor 10; A rotary wheel 146 installed on the outer circumference of the rotary rotary shaft 144 to crush / crush the agglomerated soil of the earth and sand transported through the primary conveyor 10 while rotating in the same direction according to the rotation of the rotary shaft of the rotor; Earth and sand foreign matter screening device using a true comb conveyor characterized in that the configuration. The method of claim 1, The primary and secondary T / C conveyors 20, 50a and 50b are angles 24 and 54 at equal intervals on the outer circumferential surface of the conveyor belts 22 and 52 surrounding the driving drum and the driven drum. And the comb bar rods 26 and 56 having a strong elasticity are fixed to the angles 24 and 54 through bolt-nut couplings, and the comb bar rods 26 and 56 and the angle 24 ( 54 is a bolt-nut assembly between the rubber packing (27, 57) to absorb and mitigate the shock transmitted to the comb bar (26, 56) when filtering foreign matters, characterized in that the configuration Soil foreign matter sorting device using a true comb conveyor. The method of claim 3, wherein The comb steel rods 24 and 54 are bent in a U-shape to have a wide or narrow width, and the comb-shaped shape is any one of flat comb teeth extending in the longitudinal direction or a comb-pattern form continuously bent in the longitudinal direction. Soil foreign matter sorting device using a true comb conveyor, characterized in that the configuration of the form. The method of claim 3, wherein The primary and secondary T / C conveyors 20, 50a and 50b are provided in a spline form with a driving drum and a driven drum for driving them, and the conveyor belt surrounding these drums is an endless track type steel plate in which steel plates are connected in series. Conveyor belt consisting of a sediment foreign material screening device using a true comb conveyor characterized in that the angle fixed to the steel conveyor belt fixed to combine the comb bar. The method of claim 3, wherein One drum 58, 28 adjacent to the primary, secondary conveyor 10, 40a, 40b of the driving drum or driven drum of the primary, secondary T / C conveyor 50a, 50b. Soil foreign matter sorting device using a true comb conveyor, characterized in that the magnetic drum is formed to have a magnetic structure is configured to remove the iron contained in the soil. The method of claim 1, At the sewage dropping point where the plurality of secondary conveyors 40a and 40b and the secondary T / C conveyors 50a and 50b meet, a fin 53 is further installed to separate and discharge relatively light garbage such as styrofoam and vinyl. Soil foreign matter sorting device using a true comb conveyor, characterized in that configured to be. The method according to claim 1 or 7, The secondary T / C conveyors (50a, 50b) is the housing 52 in order to prevent the soil of the fine particles scattered to the outside by the splashing of the soil by the conveyor rotation and the blowing force by the 휀 (53) Soil foreign matter sorting device using a true comb meat conveyor, characterized in that it is configured to be wrapped by. The method of claim 1, The wind power separator 100 is installed behind the discharge point of the foreign matter discharge conveyor 90 and is composed of the fin 102, the housing 103, and the discharge conveyor 104, and can remove the combustible foreign matter contained in the selected soil. Soil foreign matter sorting device using a true comb conveyor, characterized in that it further comprises a cyclone 106 and a dust collector (108).

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