KR200295202Y1 - Apparatus for preventing separating mesh from clogging of waste material centrifuge - Google Patents

Abstract

The present invention mainly relates to a segregation blockage blocking device of a waste sorting centrifuge that separates soil and foreign matter from wastes containing a large amount of moisture in landfilled waste to produce high quality recycled aggregates. In order to prevent the waste of high content from entering the centrifuge formed by rubber punching network, it can be removed by separating (4 equals, 6 equals, 8 equals, etc.) at the inner circumference of the inlet of the centrifuge. As the centrifuge binding hole is drilled and the frame with the multiple separators attached to the hinge brackets is attached, the centrifuge makes it possible to effectively sort and separate the wastes by rotating the multiple separators at 0˚-30˚ angle. The centrifuge binding hole (1) (1 ') is drilled and a plurality of separators (3) on a plurality of hinge brackets (2) (2'). Separation network of the waste sorting centrifuge, characterized in that the frame (4 ') coupled to the (3') is bolted to the inner periphery of the inlet side of the centrifuge (T) to separate and sort waste having a high water content. Blocking device.

Description

Apparatus for preventing separating mesh from clogging of waste material centrifuge

The present invention mainly relates to a segregation blockage blocking device of a waste sorting centrifuge that separates soil and foreign matter from wastes containing a large amount of moisture in landfilled waste to produce high quality recycled aggregates. In order to prevent the waste of high content from entering the centrifuge formed by rubber punching network, it can be removed by separating (4 equals, 6 equals, 8 equals, etc.) at the inner circumference of the inlet of the centrifuge. As the centrifuge binding hole is drilled and the frame with the multiple separators attached to the hinge brackets is attached, the centrifuge makes it possible to effectively sort and separate the wastes by rotating the multiple separators at 0˚-30˚ angle. will be.

In general, various types of mixed waste such as soil, concrete, rebar, timber, asphalt, rock, synthetic resin, paper, and vinyl, which are generated at civil engineering and construction sites, are transported to landfill, but landfill can be used for environmental conservation. There is a demand for a method of sorting, recycling and recycling wastes and finally reclaiming only the remaining wastes.

Conventionally, the above-mentioned types of wastes that can be recycled are also classified and difficult because of the difficult operation and economic efficiency, and all of them are disposed of in landfills, and not only waste of resources but also acidification of soil generated during landfill and contamination of groundwater by leachate. Due to this, there were problems such as destruction of the natural environment and increased research costs for substances that could replace the depleted natural resources.

And some of the conventional wastes were sorted using a centrifuge, but wastes with high moisture content could not be sorted because the inlet separation network was blocked when entering the centrifuge. Was selected by hitting.

The work as described above was not only put a lot of work maneuver, but also has a problem that the sorting operation is not easy and the sewage occurs.

Therefore, the present invention is designed to solve the above problems, and it is possible to directly sort and separate the waste generated at the site of civil engineering and construction, and to recycle it as aggregate. It is possible to provide a device for preventing clogging of the waste sorting centrifuge, which can prevent waste of resources, reduce construction costs, and protect the natural environment by minimizing the amount of waste that cannot be recycled and minimizing the amount of waste that cannot be recycled. .

In order to provide the device for preventing the clogging of the network, a centrifuge binding hole which can be separated and separated into four equal, six equal, or eight equal parts at the inlet circular inner circumference of the centrifuge is drilled, and a plurality of separator brackets are provided on the plurality of hinge brackets. When the combined frame is bolted to the inner peripheral edge of the inlet of the centrifuge by the number of fractions, and the separator is hinged to the hinge bracket on the frame where the centrifuge is bound, the angle of 0˚-30˚ In other words, when the centrifuge is rotated, the frame separator located at the top of the frame forms an angle of 30 ° and rotates to 0 ° when lowered to the bottom to effectively sort and separate the waste. When entering the centrifuge formed with rubber perforated net, it is possible to prevent the inlet side of the centrifuge from being blocked. In separate networks to avoid clogging that can provide device.

1 is an exploded perspective view of the present invention

Figure 2 is a cross-sectional structure showing an operating state of the present invention

Figure 3 is a state of use of the centrifuge to which the present invention is applied

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

(1) (1 ') centrifuge binding hole

(2) (2 ') hinge bracket

(3) (3 ') separator

(4) (4 ') frame

(T) centrifuge

Hereinafter, the configuration and operation of the present invention will be described in detail with reference to the accompanying drawings.

1 is a separation perspective view of the present invention shows a frame in which a centrifuge binding hole is drilled and a plurality of hinge brackets are coupled to a plurality of hinge brackets, and FIG. 2 is a cross-sectional structure diagram showing an operating state of the present invention. It is shown the change in the angle of the separator when the rotation is mounted to the separator, Figure 3 is a diagram showing the state of use of the vibration hopper and the centrifuge as a state diagram of the centrifuge to which the present invention is applied.

In the centrifugal separator (T) for separating and selecting waste having a high water content,

Centrifuge the frame (4) (4 ') where the centrifuge binding holes (1) (1') are drilled and the plurality of hinge brackets (2) (2 ') are combined with a plurality of separators (3) (3'). (T) is bolted on the inner periphery of the inlet to separate and select wastes with high moisture content.

The frame (4) (4 ') is a structure that can be separated by dividing into 4 equal parts, 6 equal parts and 8 equal parts on the inner circumference of the centrifuge (T).

In the drawings, reference numeral 5 denotes a rubber punching network, 6 denotes a lower belt conveyor, and B denotes a vibration hopper.

In this way, the present invention is put into the vibration hopper (B) through a preliminary process of crushing the waste with jaw crushers, schraders and grid bars in order to treat the waste of civil engineering and construction sites and landfill wastes with high moisture content. Then, the rotational force of the motor mounted on the lower end of the vibration hopper B is transmitted through the pulley of the vibrator, and waste is sequentially introduced into the centrifuge T by the vibration of the vibrator.

The waste introduced into the centrifuge (T) through the vibration hopper (B) as described above is separated by the lower belt conveyor (6) by separating the soil contained in the waste while rotating by the rotary motor of the centrifuge (T). Let's do it.

At this time, even if the waste with high moisture content is introduced into the centrifugal separator (T) sequentially from the vibration hopper (B), the rubber perforated network (5) is clogged because the water content is high when it falls on the inlet side.

In order to prevent the hole of the rubber punching network (5) from being clogged while the centrifuge (T) rotates, the present invention is divided into 4 parts, 6 parts, 8 parts, etc. on the inner periphery of the inlet side of the centrifuge (T). Separator 3 (3 ') hinged to hinge bracket (2) (2') of frame (4) (4 ') bolted to binding hole (1) (1') is installed with centrifuge (T). When the waste is introduced into the centrifuge T from the vibrating hopper B, it is dropped to the top of the separator 3, 3 'and the separator 3, 3' is rotated as the centrifuge T rotates. Will also rotate.

In the rotation, the separators 3 and 3 'are hinged to the hinge brackets 2 and 2' of the frames 4 and 4 'so that the separators 3 and 3' are hinged upward. When the rear end forms an angle of about 30 ° around the hinge axis of the bracket (2) (2 '), the waste collected in the separator (3) (3') falls and rotates downwards. When the angle is 0 °, that is, the waste is supplied in close contact with the surface of the centrifuge T and the electricity is rotated again during the upper rotation, the soil-containing soil attached to the rubber punching network 5 is detached and the bottom belt is removed. The conveyor 6 is dropped to smoothly sort waste.

The separator (3) (3 ') is bound to the centrifuge (T) and rotates in the same manner as the centrifuge (T) while operating up and down on the centrifuge (T) (0˚-30˚, so the centrifuge (T) Waste water having a high water content supplied to the inlet side of the spout is spun off without blocking the rubber perforated network 5 and finally discharged through the rear end of the centrifuge T.

In the case of sorting wastes (waste with low moisture content) generated in general civil engineering and construction sites, the frames 4 and 4 'mounted on the inlet side of the centrifuge T are separated and sorted. Accordingly, the frames 4 and 4 'can be easily attached and detached and selected.

In another embodiment of the present invention, instead of the centrifugal separator (T), the separator (3) (3 ') is coupled to the hinge bracket (2) (2') at the top of the flat screen having an inclination of 15-18 degrees. (4) and the waste is supplied to the flat screen so that the separator (3) (3 ') coupled to the hinge bracket (2) (2') when the flat screen vibrates is operated up and down at a predetermined angle to be supplied to the flat screen. Even if the water content of the waste is high, it can minimize the clogging caused by the separation screen of the flat screen.

The present invention is not limited to the above-described specific preferred embodiments, and any person having ordinary skill in the art to which the present invention pertains may make various modifications without departing from the gist of the present invention claimed in the claims. Of course, such changes will fall within the scope of the claims.

Therefore, the present invention facilitates the installation and removal of the frame on the inner circumference of the inlet side of the centrifuge, so that the waste generated from civil engineering and construction sites can be directly sorted and separated from the site to be recycled as aggregate. High landfill wastes can be sorted, minimizing the amount of non-recyclable wastes to be landfilled or incinerated to prevent waste of resources, reduce construction costs, and protect the natural environment.

Claims (2)

In the centrifugal separator (T) for separating and selecting waste having a high water content, Centrifuge the frame (4) (4 ') where the centrifuge binding holes (1) (1') are drilled and the plurality of hinge brackets (2) (2 ') are combined with a plurality of separators (3) (3'). Separating device for preventing clogging of a waste sorting centrifuge, characterized in that the waste water having a high moisture content is separated and sorted by bolting on the inner periphery of the inlet side of (T). The method of claim 1, Frame (4) (4 ') is divided into 4 parts, 6 parts and 8 parts in the inner periphery of the centrifugal separator (T), characterized in that the separation screen clogging prevention device of the waste sorting centrifugal separator.