KR200171144Y1 - apparatus for breaking used shell with distinguishment furction - Google Patents

Abstract

The present invention relates to a closed angle grinder having a sorting function, the outer casing (100); An inflow hopper 110 installed at an upper portion of the outer casing 100 and receiving a closed angle hung on a main line and a main line; A fixed disk 200 fixedly installed at a lower adjacent point of the inflow hopper 110 in the outer casing 100 and having a plurality of first grinding protrusions 210 projecting downward on the lower inner surface thereof; Installed in the lower portion of the fixed disk 200 and the plurality of second grinding protrusions 310 are projected upward on the upper outer circumferential surface, and rotates at a predetermined speed to pulverize the closed angle suspended in the main line and the main line introduced through the inlet hopper 110 A rotating disk 300; A filter 400 installed below the rotating disc 300 to pass the pulverized waste angle to the bottom and to filter the circumference; A transfer screw 500 installed on the filter 400 and transferring the raw wire filtered by the filter 400 to the separator 420; Conveyor 600 is installed in the lower portion of the filter 400 to transfer the pulverized waste angle; it is configured to include and effectively crush and recycle the waste angle, there is an advantage that can be recycled by separating the main line.

Description

Apparatus for breaking used shell with distinguishment furction}

The present invention relates to a waste shredding machine having a sorting function, and more particularly, to effectively crush and recycle waste shells of various types of fish and shellfish generated during aquaculture, and to easily separate and recycle the waste plastics lined with the waste shells. The present invention relates to a lung grinder having a sorting function for preventing environmental pollution.

Generally, shellfish and oysters have hard shells. The shells left after collecting the contents of fish and shellfish, that is, the waste shells have been thrown away in the sea or left on the beach.

Therefore, many methods for crushing waste shells and recycling them as feed or fertilizer are emerging.

However, when farming oysters, etc. in aquaculture farms, the seeds of fish and shellfish are hung in synthetic resin raw material and dropped in water to prevent the loss of cultured fish and shellfish.

However, after harvesting fish and shellfish, the main line and the closed angle are firmly attached to each other, and when the main line and the closed angle are separated from each other, a lot of manpower and time are wasted and the original line and the closed angle are discarded without being separated.

On the other hand, the waste shell and the main file is different from each other because the use of the components and materials are different, so if not completely separated, there is a problem that can not be recycled.

Thus, in order to solve the above problems, a closed angle grinding machine has been developed. 1 is a cross-sectional view of a conventional closed-angle grinding machine. As shown, two grinding rollers 1 having a plurality of protruding grinding rods 2 are spaced apart from each other at predetermined intervals so that the protruding grinding rods 2 of the grinding roller 1 are engaged with each other and rotated. . The waste angle flowing from the hopper 3 provided on the upper side of the grinding roller 1 to be rotated is pulverized.

However, the pulverized angle grinder, which is pulverized as described above, pulverizes the waste angle at the portion where the grinding rod 2 of the grinding roller 1 is engaged. Therefore, the crushing rod 2 is likely to be damaged due to the intensive load on the engaging portion, and the power consumption is high. Since the grinding is performed in a part of the interlocking grinding roller 1, a hard closed angle may not be crushed and caught between the grinding bars to stop the closed angle grinding machine. In addition, since a heavy load is applied to a part of the closed grinder, the shaft on which the grinding roller 1 is fixed is likely to be deformed.

In addition, the waste crusher does not have a process of separating the raw lines attached to the waste shells, and thus, since the raw lines need to be removed by hand, there is a problem in that a lot of time is wasted in preparing the waste crushing.

Therefore, the present invention was devised to solve the above problems, and effectively crushes and recycles the waste shells of various fish and shellfishes generated during farming, and more easily separates and recycles the waste plastics line of synthetic resin material attached with the waste shells, It is to provide a waste grinder having a sorting function that can prevent contamination.

Figure 1-Figure showing a conventional closed angle grinding machine

Figure 2-An exploded perspective view of the pulverized shredder with a sorting function according to the present invention

3-showing a pulmonary pulverizer with a sorting function according to the present invention

Figure 4-showing a stationary disk of the pulverized shredder with a sorting function according to the present invention

Figure 5-showing a rotating disc of the waste grinder with a sorting function according to the present invention

<Description of the reference numerals for the main parts of the drawings>

10: drive shaft 100: outer casing

110: inlet hopper 200: fixed disk

210: first grinding protrusion 300: rotating disc

310: second grinding protrusion 400: filter

410: bar 420: separator

500: transfer screw 600: conveyor

Closed shredder with a sorting function according to the present invention for achieving the above object, the outer casing; An inflow hopper installed in an upper casing upper area to receive a closed line hung on the main line and the main line; A fixed disc installed fixedly at a lower adjacent point of the inflow hopper in the outer casing and having a plurality of first grinding protrusions downwardly projected on the lower inner surface thereof; A rotating disc installed at a lower portion of the fixed disc, and having a plurality of second grinding protrusions upwardly projecting on the upper outer circumferential surface, and rotating at a predetermined speed to crush the closed angle hung on the original line and the original line introduced through the inflow hopper; A filter installed at the lower part of the rotating disc to pass the pulverized waste angle to the lower part and to filter the raw wire; A transfer screw installed on the filter and transferring the raw wire filtered by the filter to the separator; Conveyor is installed on the lower portion of the filter conveying the pulverized waste angle; it is configured to include and effectively shred the waste angle and the main line and completely recycle to be characterized by preventing environmental pollution.

Here, the fixed disk is conical and a hollow portion penetrating the central region is formed, the rotating disk is conical and the inside is substantial; Rotating disc is preferably installed in close proximity to the stationary disc to grind the original line and the closed angle by the rotation of the rotating disc.

In addition, the filter is preferably arranged in a state where a plurality of bars are arranged side by side in the horizontal direction of the length to maintain a gap of a predetermined width, and is configured in a V-shape with an upper opening.

And, it is preferable that the transfer screw has a thread formed in a spiral shape on the outer surface, and transfers the main line separated from the closed angle accumulated on the filter to the separating port side and discharged to the outside.

Therefore, the waste kerf crusher having the sorting function as described above has the advantage of preventing environmental pollution and promoting economic benefits due to recycling because it effectively crushes and separates the waste kelp and the main line.

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

Figure 2 is an exploded perspective view of a pulmonary pulverizer with a screening function according to the present invention, Figure 3 is a view showing a pulmonary pulverizer with a screening function according to the present invention, Figure 4 is a lung angle having a screening function according to the present invention Figure shows a rotating disc of the grinder, Figure 5 is a view showing a fixed disc according to the present invention.

A closed angle grinder having a sorting function according to the present invention as shown in the bar 410 is largely an outer case 100, a rotating disk 300 and a fixed disk 200, a filter 400 and a transfer screw 500, a conveyor It consists of 600.

The outer casing 100 is configured in a substantially cylindrical shape with an empty inside, and is configured in such a manner that the outer diameter of the upper side is narrower than that of the lower side. In addition, an inflow hopper 110 into which a closed line and a closed line is introduced into one side of the upper outer circumferential surface of the outer casing 100 is provided.

Next, the fixed disk 200 and the rotating disk 300 to be installed close to the lower side of the inflow hopper 110 will be described.

Fixed disc 200 is a material having high strength and impact resistance and wear resistance. In addition, the fixed disk 200 has a hollow portion penetrating the central portion in the hollow conical shape, a plurality of first grinding projections 210 are projected downward on the lower inner surface of the fixed disk 200.

In addition, the rotation disc 300 is installed near the bottom of the stationary disc 200, using the same high-strength and impact resistance and wear-resistant materials as the stationary disc 200, the rotation disc 300 is conical, The drive shaft 10 which provides the rotational force of the rotation disk 300 in the center portion is connected from the upper side so that the rotation disk 300 rotates. In addition, a plurality of second grinding protrusions 310 are formed on the rotating disc 300 to the outside centering on the center of the rotating disc 300.

Then, the outer downward slope of the fixed disk 200 is formed larger than the slope of the rotating disk 300, so that the interval between the center of the fixed disk 200 and the rotating disk 300 is wide, the closed angle and the original line from the inflow hopper 110 The inflow is made smoothly, the interval between the fixed disk 200 and the rotating disc 300 toward the outside of the central portion becomes narrower smoothly the grinding operation of the closed angle.

When the closed angle and the raw line introduced from the inflow hopper 110 flows between the fixed disk 200 and the rotating disk 300, the centrifugal force of the rotating disk 300 rotates, and the fixed disk 200 and the rotating disk 300 are downward. Since it is an inclined structure, it is crushed while being transferred to the outside of the center between the fixed disk 200 and the rotating disk 300 by gravity. On the other hand, the closed angle and the circle has a rotational force of the rotary disk 300 and the first grinding projection 210 protruding downward of the fixed disk 200 fixed and the second grinding projection 310 protruding upward on the rotating disk 300 A waste angle and a main line are introduced into a predetermined space between the grounds) and are pulverized by the pressure applied to the waste angle located between the first grinding protrusion 210 and the rotating second grinding protrusion 310.

In addition, since the rotating disc 300 rotates, the closed angle and the main line flowing from the inflow hopper 110 are not concentrated in one place. Thus, it prevents the agglomeration and filing from being concentrated in one place to provide even grinding power.

Next, the filter 400 and the transfer screw 500 which are spaced apart at predetermined intervals below the rotating disc will be described.

The filter 400 is arranged in a state in which a plurality of bars 410 maintain a gap having a predetermined width side by side in the horizontal direction of the length, and is made in a V shape having an upper portion opened. The pulverized closed angle passes downward through the gap between the bar 410 and another bar 410 of the filter 400, and the raw line separated from the closed angle is filtered and accumulated on the filter 400.

And, the raw wire accumulated on the filter 400 is moved to the separation port 420 by the transfer screw 500 located on the upper side of the filter 400 to be described later is discharged to the outside.

In addition, the transfer screw 500 is located adjacent to the upper side of the filter 400, the thread is formed on the outer surface. The screw thread is formed in a spiral shape in the longitudinal direction of the transfer screw 500 to transfer the separated original line accumulated on the filter 400 to the separator port 420 to be discharged to the outside. An electric pulley is mounted on one end of the transfer screw 500, the electric belt is wound and driven, and is driven by a driving motor (not shown).

Next, the conveyor 600 installed below the transfer screw 500 will be described.

Conveyor 600 is a known position shifting device because it is a known technique, detailed description thereof will be omitted. The pulverized closed angle passed by the filter 400 and separated from the main line by the filter 400 is seated on the conveyor 600. The pulverized closed angle seated as described above is transferred to a storage place by the operation of the conveyor 600.

It describes the operation process of the pulmonary shredder having a sorting function configured as described above.

First, the inlet hopper (110, oyster, mussels, shellfish, etc.) is placed in the inlet hopper 110 located on the upper side of the pulverizing shredder, the inlet hanging on the main line and the main line. The introduced closed angle is seated in the central region of the rotating disk 300 which rotates past the hollow part of the fixed disk 200 by gravity. When it is seated in the center region of the rotating disk 300 as described above, the fixed disk 200 and the rotating disk 300 by the downwardly inclined structure and the centrifugal force by the rotation of the rotating disk 300 fixed disk ( It is pulverized finely by the first grinding protrusion 210 of the fixed disk 200 and the second grinding protrusion 310 of the fixed disk 200 while moving outward from the center between the 200 and the rotating disk 300.

In the process of pulverization as described above, the closed angle hung on the main line is naturally separated from the main line while being crushed.

Then, the pulverized closed angle and the main line are moved onto the filter 400 positioned below the rotating disc 300 by gravity. As described above, the pulverized closed angle passes through the filter 400, and the raw wire separated from the closed angle is accumulated on the filter 400.

The raw files accumulated on the filter 400 are moved to the separator 420 by the transfer screw 500 located on the filter 400 and discharged to the outside.

In addition, the closed angle passing through the filter 400 is seated on the conveyor 600, and moved to a place stored by the driven conveyor 600.

It operates as described above, and the contents of oysters, mussels, shellfish and the like are pulverized, and the remaining waste shells are effectively separated, and the waste ropes are effectively separated, and the pulverized waste shells are recycled as fertilizer or feed, and the raw material is also made of synthetic resin As it can be recycled, it is possible to prevent environmental pollution caused by disposal and to promote economic benefits from recycling.

As described above, according to the waste shell crushing and separator according to the present invention, the waste shells of various shellfish and shellfish generated during aquaculture can be effectively crushed and recycled, and the waste raw material line of the synthetic resin attached to the waste shells can be more easily separated and recycled. It is to provide a waste shredder having a sorting function to prevent contamination.

Claims (4)

In the closed angle grinder having a sorting function, An outer casing 100; An inflow hopper 110 installed in an upper region of the outer casing 100 to receive a main line and a closed angle hanging on the main line; A fixed disc 200 fixedly installed at a lower adjacent point of the inflow hopper 110 in the outer casing 100 and having a plurality of first grinding protrusions 210 projecting downward on an inner bottom surface thereof; Installed in the lower portion of the fixed disk 200 and the plurality of second grinding protrusions 310 are projected upward on the upper outer circumferential surface, and rotated at a predetermined speed and suspended in the closed angle and the original line introduced through the inflow hopper 110 A rotating disc 300 for grinding the closed angle; A filter 400 installed below the rotating disc 300 to pass the pulverized waste angle to the bottom and to filter the filings; A transfer screw 500 installed on the filter 400 to transfer the filings filtered by the filter 400 to the separator 420; A conveyor 600 installed at a lower portion of the filter 400 to transfer the pulverized waste angle; It is configured to include and effectively pulverize the waste shell and recycle, the waste pulverizer with a sorting function, characterized in that to separate and recycle the waste line of the synthetic resin material attached with the waste shell more easily. According to claim 1, The fixed disk 200 and the rotating disk 300, The fixed disk 200 is conical and a hollow portion is formed, the rotating disk 300 is conical shape and the inside is faithful; The rotation disc 300 is installed in close proximity to the fixed disk 200 is a closed angle grinding machine having a sorting function, characterized in that to grind the closed angle by the rotation of the rotating disc (300). The method of claim 1, wherein the filter 400, A plurality of bars 410 are arranged side by side in the horizontal direction of the length is connected to maintain a gap of a predetermined width, the upper portion is formed in an open V-shape to penetrate the pulverized closed angle and accumulate the raw line Pulmonary pulverizer with a sorting function. The method of claim 1, wherein the transfer screw 500, A screw thread is formed in a spiral shape on the outer surface of the closed angle grinding machine having a sorting function, characterized in that for transferring the original line separated from the waste angle accumulated on the filter 400 to the separation port (420) side to discharge to the outside.