KR102148519B1 - Crushing apparatus - Google Patents

Abstract

The present invention relates to a crushing apparatus to crush an object to be crushed by rotational force and an engagement structure between a structure, in which a plurality of crushing blades (510) and rotational plates (520) rotated by a rotary shaft (540) are repetitively arranged, and both side crushing guide plates corresponding to a rotational space (201) of the housing, thereby effectively crushing hard food waste. According to the present invention, the crushing apparatus comprises: an input housing (100) including a horizontal plate-shaped reception support unit (110) connected to and protruding from one surface of a front part to input the object to be crushed, an inlet (101) laterally penetrated in the upper part of the reception support unit (110), and an input flow path (102) connected to the inlet (101) to communicate with the inside of the input housing (100); a rotary crushing member (500) coupled to the lower part of the input housing (100) and installed inside a main body housing (200) to crush and cut the input and transferred object to be crushed; and a driving member (600) coupled to the rotary crushing member (500) to be disposed outside the main body housing (200).

Description

Crushing device {CRUSHING APPARATUS}

The present invention relates to a crushing device, and more particularly, a plurality of crushing blades rotated by a rotating shaft and a rotating plate are repetitively arranged by a structure of engagement with crushing guide plates on both sides corresponding to the rotation space of the housing and rotational force. It relates to a crushing device for pulverizing the crushed material.

Due to rapid industrial development and population growth, the increase in waste discharge has been pointed out as a factor of serious environmental pollution. Among these wastes, especially food wastes discharged from homes and restaurants cause serious problems such as water pollution by promoting eutrophication of water when flowing into rivers as well as polluting themselves by generating severe odors. Since such food waste contains a large amount of moisture, collection and transport are difficult, incineration treatment is difficult, and treatment requires a lot of cost, so in the past, simple soil reclamation was performed, but it caused secondary environmental pollution such as soil and water pollution. There was a limit that it could not be a method of fundamentally disposing of food waste.

In recent years, food waste generated in the residential area of an apartment complex is first collected in a collection container exclusively for food waste in the complex, and then collected at a food waste collection point or intermediate treatment facility, which is an intermediate stop by vehicle transportation, etc., and then by a waste transport vehicle. It is discharged to the outside and is being recycled or landfilled/incinerated.

Most of the above treatment processes are carried out by collecting them from pollution sources, transporting them to large-scale treatment facilities for a long time, and then treating them in large facilities. Since such food waste contains a large amount of moisture, it is difficult to collect and transport, and if severely spoiled, there is a risk of quality deterioration during compost and feed. Therefore, treatments such as crushing and drying have been recently performed before transporting and transporting food waste.

However, the conventional food waste disposal apparatus has a problem that it cannot effectively cut food waste such as animal bones.

1. Korean Patent Registration No. 10-0883783 (Name of invention: Food waste shredding sorter) 2. Korean Patent Registration No. 10-1389577 (Name of invention: Waste food shredder)

Embodiments of the present invention are invented in light of the above-described conventional problems, effectively crushing hard food waste such as animal bones, crustaceans, fish waste, and effectively cutting food waste such as vegetables, as well as food waste. In addition, it intends to provide a crushing device capable of crushing industrial by-products such as waste wood.

In addition, embodiments of the present invention is to provide a crushing device capable of reducing the amount of energy consumed in crushing food waste.

A crushing device according to the present invention for achieving the above object includes an input housing for inputting crushed material,

A crushing rotating member mounted inside the main housing to crush and cut the crushed material that has been input and moved by being coupled to the lower portion of the input housing, and

It is coupled to the crushing rotation member to provide a crushing device consisting of a driving member disposed outside the main body housing.

On the other hand, the input housing is composed of a horizontal plate-shaped receiving support that is connected to one surface of the front part and protrudes, an inlet through an upper portion of the receiving support in a horizontal length, and an input passage connected to the inlet and communicated therein. Provides a crushing device.

On the other hand, the main body housing is divided into an upper body and a lower body to form a horizontally-length crushing space inside the upper body and a horizontally-length cylindrical rotation space inside the lower body, and the lower front and lower body of the upper body A crushing guide plate is installed between the upper front side and between the lower rear side of the upper body and the upper rear side of the lower body and arranged in a front and rear symmetrical type,

The crushing guide plate is arranged in a form in which fixing grooves and fixing protrusions formed on each crushing guide plate are formed in a form facing each other in correspondence with each other by repeatedly forming fixing grooves and fixing protrusions at one end of a horizontal length located in the rotation space,

The crushing rotation member includes a plurality of crushing blades in which a first coupling hole in the center and a plurality of first fastening holes spaced apart from the outer circumference around the first coupling hole are formed in an arc shape while being disposed between each crushing guide plate fixing groove, and the A plurality of rotating plates in which a second coupler in the center and a plurality of second fastening holes spaced apart from the outer periphery of the second coupler are formed in an arc shape while being disposed between the fixing protrusions of each crushing guide plate, and a first fastening hole of the crushing blade It provides a crushing device comprising a plurality of coupling support shafts coupled through the second fastening hole of the rotary plate, and a rotary shaft fastened and fixed through a first coupling port of the crushing blade and a second coupling port of the rotary plate.

Meanwhile, in the driving member, one end of the rotating shaft coupled and fixed through the center of the rotating plate and the crushing blade of the crushing rotating member protrudes outside the main body housing, and at this time, a protection socket coupled to the main housing by inserting one end of the protruding rotating shaft, A crushing device consisting of a first pulley coupled and fixed to one end of the rotation shaft protruding outward of the protection socket, and a belt interconnecting the first pulley and the second pulley of the driving motor to transmit power to the first pulley. to provide.

On the other hand, a plurality of equally spaced crushing blades are formed on the outer circumference of the crushing blade and protrude to the outer circumference of the adjacent rotating plate and formed in the same direction, and have a shape protruding from the outer circumference of the rotating shaft in a curved shape connected from one side to the other,

While the other end is formed in a blade shape, it has a form in which a pressure engaging groove concave inward is formed,

It provides a crushing device having a structure in which the inner circumferential end of the pressing groove is positioned in the same line at the outer circumferential end of the rotating plate.

On the other hand, a fitting groove recessed inward from the center of the end of the fixing protrusion of the crushing guide plate is formed,

A fitting tab protruding at one end of the lower end and a connecting plate extending horizontally at both sides of the lower other end are formed so that the lower part corresponding to the upper or lower length of the fixing protrusion is closely contacted with the fitting groove, and the upper part is a convex curved shape. As the pressing protrusion protrudes in the center of the longitudinal direction, a stepped concave crushing jaw is formed in two units on each side of the pressing protrusion, and the rear is crushed having a shape corresponding to the shape of a part of the inner circumference of the rotating space of the main housing. It provides a crushing device further includes a pressing body.

The crushing device of the present invention as described above can effectively crush hard food wastes such as animal bones, crustaceans, fish wastes, and effectively cut food wastes such as vegetables, as well as crush industrial by-products such as waste wood. There is an effect, and there is an effect that it is possible to reduce the amount of energy consumed in crushing food waste or industrial by-products.

1 is a view showing the overall external structure of a crushing device according to the present invention.
2 is an exploded view showing a state in which the input housing is separated from the main housing to which the driving member is connected in the crushing device according to the present invention.
3 is an exploded view showing a state in which the upper body is separated from the lower body of the body housing to which the driving member and the crushing rotation member are connected in the crushing device according to the present invention.
4 is a view showing the separation structure of the driving member connected to the crushing rotation member disposed in the lower body in the crushing device according to the present invention.
5 is a perspective view showing a structure in which a crushing rotation member is installed in a crushing guide plate and a rotation space of a lower body in a crushing device according to the present invention.
6 is an exploded view showing the coupling structure between the components of the crushing guide plate and the crushing rotating member from the lower body in the crushing device according to the present invention.
Figure 7 is a crushing blade perspective view (a) of the crushing rotating member in the crushing device according to the present invention and a perspective view (b) of the rotating plate.
8 is a partial view (a) of a state in which the crushing pressurized body is coupled to the crushing guide plate in the crushing device according to the present invention, and an exploded view (b) showing the coupling structure thereof.

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

1 shows the overall structure of a crushing device according to the present invention. The crushing device 10 is a crushing device 10 according to the present invention that produces and discharges small pieces after being cut and crushed by introducing solids such as animal bones, wood, etc., waste synthetic resin, food waste, etc. 100), a crushing guide plate 400 disposed inside the main body housing 200, a crushing rotating member 500, and a driving member 600 for operating the crushing rotating member 500.

That is, as shown in Figs. 1 to 6, the crushing device 10 according to the present invention crushes the input housing 100 for inserting the crushed material and the crushed material that has been input and moved by being coupled to the lower portion of the input housing 100 And a crushing guide plate 400 mounted inside the body housing 200 to be cut, a crushing rotation member 500, and a driving member 600 coupled to the crushing rotation member 500 and disposed outside the body housing 200. It provides a crushing device (10) consisting of.

As shown in Figs. 1 and 2, the input housing 100 is connected to one surface of the front and protruded horizontally through a horizontal plate-shaped receiving support portion 110 and an upper portion of the receiving support portion 110 in a horizontal length. Provides a crushing device 10 consisting of an inlet 101 and an inlet passage 102 connected to the inlet 101 and communicated therein, wherein the input housing 100 has an upper portion of the main housing 200 As a structure that is combined and inputs crushed material, the receiving support 110 protruding horizontally to one surface of the front side is used as a position to place the crushed material before input through the inlet 101, and the receiving support unit 110 After pushing the crushed material into the input port 101 connected to ), the crushed material is moved through the input passage 102 inside the input housing 100.

And, as shown in Figs. 2 and 3, the main body housing 200 is coupled to the lower portion of the input housing 100, and has a structure that is coupled to the input passage 102 of the input housing 100 in inner communication, and the upper side It is divided into a body 200a and a lower body 200b and is integrally combined with each other to form the body housing 200.

The main body housing 200 is divided into the upper body 200a and the lower body 200b, and the cross-section in the inside of the crushing space 201a and the lower body 200b is hemispherical in the transverse direction The rotating space 201b is formed in a form that communicates with each other, and is opened to communicate with the upper and lower portions of the upper body 200a on which the crushing space 201a is formed, so that the input flow path of the input housing 100 The crushed material communicated with 102 and moved to the input passage 102 is introduced into the crushing space 201a of the upper body 200a.

In addition, a discharge part (not shown) penetrated to the outside is formed under the rotation space 201b of the lower body 200b, so that the crushed material finely crushed by the crushing rotation member 500 is transmitted through the discharge part (not shown). It is discharged, and a discharge housing 300 is provided under the lower body 200b to accommodate the crushed crushed material discharged from the discharge unit.

In addition, through holes 202 that are internally communicated are formed on both sides of the main housing 200, and at this time, the through holes 202 have a hemispherical shape divided into two divisions of an upper body 200a and a lower body 200b. Will be divided.

And, as shown in Figs. 3 to 6, the main body housing 200 is divided into an upper main body 200a and a lower main body 200b, and a crushing space 201a and a lower main body 200b inside the upper main body 200a. ) Inside the rotating space 201b, which is formed in a hemispherical transverse direction, is formed in a form that communicates with each other, and between the lower front side of the upper body 200a and the upper front side of the lower body 200b and the upper side A crushing guide plate 400 is installed between the lower rear side of the main body 200a and the upper rear side of the lower body 200b and arranged in a front-rear symmetrical shape, and the crushing guide plate 400 is in the rotating space 201b. The fixing groove 401 and the fixing protrusion 402 are repeatedly formed at one end of the horizontal length, so that the fixing groove 401 and the fixing protrusion 402 formed on each crushing guide plate 400 correspond to each other and face each other. The crushing rotation member 500 is disposed between the crushing guide plate 400 and the fixing groove 401, and the first coupling hole 511 and the first coupling hole 511 in the center A plurality of first fastening holes 512 spaced apart from the outer periphery are disposed between a plurality of crushing blades 510 formed in an arc shape, and the fixing protrusions 402 of each of the crushing guide plates 400 and a second in the center. A plurality of rotation plates 520 in which a plurality of second fastening holes 522 spaced apart from the outer periphery of the coupling hole 521 and the second coupling hole 521 are formed in an arc shape, and the first of the crushing blade 510 One fastening hole 512 and a plurality of coupling support shafts 530 coupled by passing through the second fastening hole 522 of the rotating plate 520, and the first coupling hole 511 of the crushing blade 510 It provides a crushing device 10 consisting of a rotating shaft 540 that is fastened and fixed through the second coupler 521 of the rotating plate 520.

As shown in Figs. 5 and 6, the crushing induction plate 400 is disposed in a mutually front-rear symmetry type while being seated on the entire front end of the horizontal length and the rear end of the horizontal length among the open upper rims of the lower body 200b. At this time, the front end and rear end of the lower body 200a corresponding to the front and rear ends of the lower body 200b are adjacent to each other, and a crushing guide plate 400 is installed therebetween. The upper body 200a and the lower body 200b are coupled to each other.

And, as an example, the crushing guide plate 400 disposed at the front end of the lower body 200b is the other side of the crushing guide plate 400 at the front end of the lower body 200b. One side corresponding to the other side protrudes into the rotation space 201b of the lower body 200b, and a fixing groove 401 and a fixing protrusion 402 in the transverse direction at the end of one side of the crushing guide plate 400 Is formed repeatedly, wherein the fixing groove 401 and the fixing protrusion 402 are formed in a repetitive arrangement while having a rectangular shape in an irregular shape with each other, and the inner width of the fixing groove 401 and the fixing protrusion 402 The outer width is formed with the same width.

In addition, the fixing groove 401 and the fixing protrusion 402 of the crushing guide plate 400 formed at the front end of the lower body 200b are formed at the rear end of the lower body 200b. The structure 402 is arranged to face each other, that is, the crushing guide plate 400 at the front end, the fixing groove 401 and the crushing guide plate 400 at the rear end, the fixing groove 401 are arranged to face each other in a straight line Have.

And, as shown in Figs. 4 to 6, the crushing rotation member 500 is accommodated in the rotation space 201b of the lower body 200b, and the upper part exposed to the upper body 200b is the upper body 200a. ) Is accommodated into the crushing space 201a.

The crushing rotating member 500 has an integral coupling structure consisting of a crushing blade 510, a rotating plate 520, a coupling support shaft 530 and a rotating shaft 540, and the crushing blades 510 and the rotating plate 520 It has a structure that is arranged in a repetitive arrangement in the order of ).

The crushing blade 510 is disposed between each crushing guide plate 400 and the fixing groove 401 installed to face each other on the lower body 200b, and the first coupling hole 511 and the first coupling hole ( 511) A plurality of first fastening holes 512 spaced apart from the periphery are formed in an arc shape, and the outer circumference of the crushing blade 510 is crushed as the crushing blade 510 is rotated by the rotation of the rotation shaft 540 to be described later. It is disposed so as to be rotatable without interference in the fixing groove 401 of the guide plate 400, and the width of the crushing blade 510 is formed to have the same width as the inner width of the fixing groove 401.

In addition, the rotating plate 520 is disposed between the fixing protrusions 402 of each crushing guide plate 400 installed to face each other on the lower body 200b, and the second coupling hole 521 and the second coupling hole in the center (521) A plurality of second fastening holes 522 spaced apart from the periphery are formed in an arc shape, and when the rotating plate 520 is rotated by rotation of the rotating shaft 540 to be described later, the outer circumferential surface of the rotating plate 520 is crushed guide plate It is disposed so as to be rotatable at the end of the fixing protrusion 402 of 400 without interference, and the width of the rotating plate 520 is formed to have the same width as the outer width of the fixing protrusion 402.

In addition, the coupling support shaft 530 is coupled by passing through the first fastening hole 512 of the crushing blade 510 and the second fastening hole 522 of the rotating plate 520, and the first fastening hole 512 The coupling support shaft 530 is provided with a number corresponding to the number of ), and penetrates at equal intervals of an arc shape around the first coupling hole 511 of the crushing blade 510 The rotation shaft 540 by connecting the coupling support shaft 530 through the plurality of first fastening holes 512 and the second fastening holes 522 of the rotating plate 520 at corresponding positions of the first fastening holes 512. ), while reinforcing the supporting force of the crushing blades 510 and the rotating plate 520 rotated at the same time as the rotation of), it serves to increase the mutual bonding force.

In addition, the rotation shaft 540 is fastened and fixed through the first coupling hole 511 of the crushing blade 510 and the second coupling hole 521 of the rotation plate 520, and the rotation space of the lower body 200B Both ends of the rotation shaft 540, which has the crushing blades 510 and the rotation plate 520 arranged repeatedly in (201B), are extended and protruded to both sides of the upper side of the lower body 200b, which will be described later with the extended rotation shaft 540. The protective socket 610 is bound to support the rotation shaft 540, and the crushing blade 510 fixed to the rotation shaft 540 while rotating the rotation shaft 540 by the operation of the driving member 600 described later The rotating plate 520 is rotated.

And, as shown in Figures 6 and 7 (a), a plurality of equally spaced pieces are formed on the outer circumference of the crushing blade 510 to protrude to the outer circumference of the adjacent rotating plate 520 and formed in the same direction ( 513 has a shape that protrudes from the outer circumference of the rotation shaft in the shape of a curved surface connected from one side to the other side, and has a shape in which a pressure locking groove 514 recessed inward is formed while the other end is formed in a blade shape, the rotating plate It has a structure in which the inner circumferential end of the pressing groove 514 is positioned in the same line at the outer circumferential end of 520.

The crushing portions 513 having the same direction while being formed at equal intervals on the outer circumference of the crushing blade 510 are formed to protrude to the outer circumference of the rotating plate 520, that is, a rotating plate 520 adjacent to the crushing blade 510 The crushing portion 513 of the crushing blade 510 is formed in an exposed shape on the outer periphery.

The crushing part 513 collides with the crushed material introduced into the crushing space 201a of the upper body 200a, is cut and forcibly moved by rotational force, and the fixing groove 401 or the fixing protrusion 402 of the crushing guide plate 400 ), and induces it to be crushed finely.

The crushing part 513 has a shape protruding from the outer circumference of the rotating plate 520 in a curved shape connected from one side to the other side, and the other end of the crushing part 513 is formed in a blade-like shape and a pressure locking groove ( It has a form in which 514 is formed, but has a form in which the inner circumferential end of the pressing groove 514 is positioned in the same line at the outer circumferential end of the rotating plate 520.

In addition, when the rotation shaft 540 rotates, the blade shape of the other end of the crushing portion 513 formed on the crushing blade 510 and the pressing groove 514 are formed in the front of the rotation direction, and the rotation direction of the crushing blade 510 Has, and the crushing blade 510 rotated into the fixing groove 401 can be rotated without interference to the inner surface of the fixing groove 401, and the outer circumference of the crushing portion 513 of the crushing blade 510 is fixed It has a structure formed to be located close to the inner surface of the groove 401.

Accordingly, when the rotation shaft 540 rotates, the crushed material 513 of the crushing blades 510 disposed on both sides of the rotation plate 520 crushes the crushed material by the blade shape, and the crushed material flowing into the pressure locking groove 514 is crushed guide plate It is cut and crushed while colliding with the fixing protrusion 402 of the 400.

In addition, as shown in FIGS. 3 and 4, the driving member 600 has one end of the rotating shaft 540 coupled and fixed through the center of the crushing blade 510 and the rotating plate 520 of the crushing rotating member 500. The housing 200 protrudes outward, and at this time, a protection socket 610 coupled to the main housing 200 by inserting one end of the protruding rotation shaft 540, and a rotation shaft 540 protruding outward of the protection socket 610 ) The first pulley 620 coupled to one end and the first pulley 620 and the second pulley 640 of the driving motor 630 to transmit power to the first pulley 620 It provides a crushing device 10 consisting of a belt 650.

When the driving motor 630 is operated, the first pulley 650 is connected between the second pulley 640 connected to the driving motor 630 and the first pulley 620 connected to one end of the rotation shaft 540. Power is transmitted to 620 to rotate the rotating shaft 540.

And, by the rotation of the crushing blade 510, the crushing unit 513 collides the crushed material so that the crushed material guided by the crushing unit 513 is transferred to the crushing pressurized body 700 coupled to the crushing guide plate 400. First, a structure that induces the collision to be crushed finely is further included.

First, as shown in FIG. 8, a fitting groove 403 recessed inward from the center of the end of the fixing protrusion 402 of the crushing guide plate 400 is formed, and while being coupled to the fitting groove 403, the crushing guide plate ( A crushing pressurized body 700 that is coupled and fixed to the other side of the 400) is installed.

The crushing pressurizing body 700 is a position corresponding to the crushed material moving along the other end of the crushing portion 513 and the pressing engaging groove 514 while having a direction corresponding to the rotational direction of the crushing blade 510. , As an example, while the crushing pressurizing body 700 is installed on the upper part of the crushing guide plate 400 installed at the front end of the lower body 200b, crushing in the lower part of the crushing guide plate 400 installed at the rear end of the lower body 200b It has a structure in which the pressing body 700 is installed.

The crushing pressurizing body 700 is a fitting tab protruding at one end of the lower end so that the lower end corresponding to the upper length or the lower length of the fixing protrusion 402 of the crushing guide plate 400 is closely contacted and engaged with the fitting groove 403 ( 730) and the connecting plate 740 extending horizontally on both sides of the lower end, and the upper part is a convex curved shape, with the pressing protrusion 710 protruding in the center of the curved longitudinal direction, and the pressing protrusion 710 The chapped concave crushing jaw 720 is formed to be divided into two units, and the rear surface has a shape corresponding to a part of the inner circumference of the crushing space 201a of the main housing 200 or the inner circumference of the rotating space 201b.

While the fitting tab 730 protruding downward from the lower front side of the crushing presser 700 is coupled to the fitting groove 403 of the fixing protrusion 402, the lower surface is interviewed vertically at the center of the upper surface of the fixing protrusion 402, The connecting plates 740 horizontally extending on both sides of the lower rear side of the crushing presser 700 are fixed to the upper side of the other side of the crushing guide plate 400 for an interview.

The upper part of the crushing pressing body 700 may have a curved shape, that is, a quarter circumferential length of an arc shape, and a blade-shaped pressing protrusion 710 protrudes in the curved length direction of the upper center, and the pressing Stepped crushing jaws 720 are formed on both sides of the protrusion 710, but the crushing jaws 720 have a stepped shape in a concave shape, and two places, that is, a concave crushing jaw 720, are symmetrical The pressing protrusion 710 is formed on one side of the pressing protrusion 710 to have a shape in which the same crushing protrusion 720 is formed on the other side of the pressing protrusion 710.

As the crushed material moving while being accelerated by the upper curved pressing protrusion 710 of the crushing pressurized body 700 is cut, the crushed material is once again finely crushed by the stepped concave crushing jaws 720 on both sides of the pressing protrusion 710 It will increase the grinding efficiency of.

In addition, the integral arrangement unit of the crushing pressurizing body 700 and the connecting plate 740 is repeatedly arranged, that is, a number corresponding to the number of fixing protrusions 402 of the crushing guide plate 400 (數) The crushing pressurized body 700 is disposed to further increase the crushing and cutting ability of the crushed material by the rotational force of the crushing blade 510 of the crushing rotating member 500 and the accelerated impact force of the crushed material.

In addition, a plurality of protruding cutting projections (not shown) arranged radially spaced apart from each other on both sides of the crushing pressing body 700 are further formed, and from one cutting protrusion to the other cutting projection of the crushing pressing body 700 The entire width of the crushing blade 510 rotated into the fixing groove 401 of the crushing guide plate 400 is formed to have the same width as the outer width of the fixing protrusion 402 so that it can be rotated without interference.

The above description is merely illustrative of the technical idea of the present embodiment, and those of ordinary skill in the art to which the present embodiment belongs will be able to make various modifications and variations without departing from the essential characteristics of the present embodiment. Accordingly, the present embodiments are not intended to limit the technical idea of the present embodiment, but to explain the technical idea, and the scope of the technical idea of the present embodiment is not limited by these embodiments. The scope of protection of this embodiment should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present embodiment.

Shredding device 10 Input housing 100 Body housing 200
Upper body 200a Lower body 200b Shredding space 201a
Rotating space 201b Crushing guide plate 400 Fixing groove 401
Fixing protrusion 402 Fitting groove 403 Shredding rotating member 500
Crushing blade 510 Crushing part 513 Pressurized locking groove 514
Rotary plate 520 Combined support shaft 530 Rotary shaft 540
Driving member 600 crushing and pressing body 700 pressing protrusion 710
Shredding jaw 720 Fitting tab 730 Connection plate 740

Claims (5)

A horizontal plate-shaped receiving support part 110 that is connected to one surface of the front part and protruding so as to insert the crushed material, and the inlet 101 and the inlet 101 penetrated in a horizontal length above the receiving support part 110 An input housing 100 consisting of an input passage 102 connected to the inside, and a crushing installed inside the main housing 200 to crush and cut the crushed material that is input and moved by being coupled to the lower portion of the input housing 100 In the crushing device consisting of a rotating member 500 and a driving member 600 coupled to the crushing rotating member 500 and disposed outside the main housing 200,
The main body housing 200 is divided into an upper body 200a and a lower body 200b, and the cross-section inside the crushing space 201a and the lower body 200b is a hemispherical transverse direction. The rotating space 201b formed by is divided into a form communicating with each other and formed,
A crushing guide plate that is coupled to each other between the lower front side of the upper body 200a and the upper front side of the lower body 200b, and between the lower rear side of the upper body 200a and the upper rear side of the lower body 200b and disposed in a front-to-backward symmetry (400) is installed,
The crushing guide plate 400 is a fixing groove formed in each crushing guide plate 400 by repeatedly forming a fixing groove 401 and a fixing protrusion 402 at one end of the horizontal length located in the rotation space 201b. The 401 and the fixing protrusion 402 are arranged in a shape facing each other,
The crushing rotation member 500 is disposed between each crushing guide plate 400 and the fixing groove 401, and a plurality of the first coupler 511 and the first coupler 511 are spaced apart from each other in the center. The first fastening hole 512 is disposed between a plurality of crushing blades 510 formed in an arc shape, and the crushing guide plate 400 and the fixing protrusion 402 in the center, A plurality of rotating plates 520 in which a plurality of second fastening holes 522 spaced around the second coupling hole 521 are formed in an arc shape, and a first fastening hole 512 of the crushing blade 510 And a plurality of coupling support shafts 530 coupled by passing through the second fastening hole 522 of the rotary plate 520, and the first coupling hole 511 of the crushing blade 510 and the rotary plate 520 A crushing device, characterized in that consisting of a rotating shaft 540 that is fastened and fixed through the two coupler 521. delete The method of claim 1,
The driving member 600 is coupled through the center of the crushing blade 510 and the rotating plate 520 of the crushing rotating member 500 and one end of the fixed rotating shaft 540 protrudes outside the main body housing 200, at this time A protection socket 610 coupled to the main housing 200 by inserting one end of the rotary shaft 540, and a first pulley 620 coupled and fixed to one end of the rotary shaft 540 protruding outward of the protection socket 610 ), and a belt 650 interconnecting the first pulley 620 and the second pulley 640 of the driving motor 630 to transmit power to the first pulley 620 Shredding device. The method of claim 1,
The crushing part 513 formed in the same direction while protruding to the outer circumference of the neighboring rotating plate 520 by forming a plurality of equally spaced outer circumferences of the crushing blade 510 is, in the form of a curved surface connected from one side to the other side, and Has a protruding shape,
While the other end is formed in a blade shape, it has a form in which a pressure locking groove 514 concave inward is formed,
The crushing device, characterized in that it has a structure that is formed such that the inner circumferential end of the pressing groove 514 is located in the same line at the outer circumferential end of the rotating plate 520. The method of claim 1,
A fitting groove 403 concaved inward from the center of the end of the fixing protrusion 402 of the crushing guide plate 400 is formed,
The fitting tab 730 protruding from the lower one end so that the lower portion corresponding to the upper length or the lower length of the fixing protrusion 402 is closely contacted with the fitting groove 403 and the connecting plate 740 extending horizontally to both sides of the lower other end ) Is formed, and the upper part is a convex curved shape, with the pressing protrusion 710 protruding in the center of the curved length direction, and a stepped concave crushing jaw 720 on each side of the pressing protrusion 710 in two units. A crushing device, characterized in that it further comprises a crushing pressurized body 700 having a shape corresponding to a partial shape of the inner circumference of the rotation space 201a of the main body housing 200 and the rear surface thereof.

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