KR200411122Y1 - equipment for crushing waste wood - Google Patents

Abstract

Used for manufacturing wood chips for recycling by shredding household waste furniture such as wooden cabinets or desks. Especially, when pressing the waste wood by pressing the waste wood by simple pressing method, it can be hit in a stable state to prevent irregular flow. Disclosed is a waste wood shredding device capable of carrying out work.

Such a waste wood shredding device includes a shredder body having a shredding space of a predetermined size for shredding the waste wood of the waste furniture and striking the waste wood on the stepped surface of at least two stages formed in the space, and the shredding space. A crushing unit comprising a plurality of crushing hammers and fixed cutters disposed in the space and installed so as to have different strike trajectories in the circumferential direction of the rotating axis when the rotating shaft is rotated by the driving source in this space; It has a spraying section for suppressing the various floating dust generated from the waste wood in the shredding space by using the injection fluid during operation, and a transfer section which is located on one side of the shredding space and has durability against various impacts. Supply conveyor for injecting waste wood into the shredding space and the shredding A discharge conveyor for discharging the wood chips falling and crushed to a predetermined size in the crushing space to the outside through the transfer section and forming a transfer section having heat resistance at the bottom of the space, and located within the transfer section of the supply conveyor. It includes a pressurizing roller for hitting the waste wood moving according to the pressing force due to its own weight in a state capable of preventing flow.

Waste furniture, wood chip manufacturing, crusher body, crusher, swing hamber, fixed cutter, sprayer, supply and discharge conveyor

Description

Equipment for crushing waste wood

1 is a view for explaining the overall structure of the waste wood shredding apparatus according to the present invention.

FIG. 2 is an enlarged view for describing an internal structure of the crusher main body of FIG. 1.

3 is an enlarged view illustrating main parts of FIG. 2.

4 is a view for explaining the structure of the shredding portion of FIG.

5 is a view for explaining the power transmission structure of FIG.

6 is a view for explaining the supply conveyor structure of FIG.

7 and 8 are views for explaining the structure of the pressure roller of FIG.

9 is a view for explaining another embodiment of the waste wood shredding apparatus according to the present invention.

The present invention relates to a waste wood shredding device, and more particularly used to manufacture wood chips for recycling by shredding household waste furniture made of wood, in particular, when pressing the waste wood by a simple press method during the shredding operation The present invention relates to a waste wood shredding device capable of proceeding a blow operation in a stable state to prevent flow.

In general, waste furniture such as cabinets or desks made of wood are collected from a recycling bin at a local ward office and then shredded with a shredding device. The chips are mainly recycled as fuel for generating heat from cogeneration plants or as heating fuel for flower gardens.

As such, when manufacturing wood chips from the waste furniture, it is possible to prevent environmental pollution and damage caused by indiscriminate neglect of the waste furniture, and in particular, there is an advantage in that economic benefits from recycling can be obtained.

In the shredding device used for manufacturing the wood chips, waste wood is put into a hopper having a predetermined size, and the waste wood is crushed while being crushed by a crushing part composed of a plurality of cutters in the shredding space located under the hopper. It is possible.

As such, the method in which waste wood is introduced into the shredding space through the hopper frequently causes the accumulation of waste wood in the shredding space, thereby lowering the shredding efficiency, and in particular, the impacted waste wood is bounced back to the hopper to generate various safety accidents. There is a problem.

In recent years, in order to compensate for the above-mentioned disadvantages, a crushing apparatus of a method of crushing for manufacturing wood chips while moving waste wood in a horizontal direction with a crushing space therebetween is widely used. Such a shredding device includes a utility model registration No. 20-0304737, "Multipurpose Waste Crusher and Sawdust Manufacturing Device," filed on December 17, 2002, where some rights were granted after a technical evaluation application.

However, the above-mentioned conventional multi-purpose waste crusher and sawdust manufacturing apparatus has a pressurized roller connected to the piston rod of a separate hydraulic cylinder to support the waste wood hitting the crushing chamber in a stable state while being driven from the rod. As the pressure posture is changed in such a manner as to receive and move the pressure, the pressure is changed, so to install a separate hydraulic cylinder for pressurizing operation and a hydraulic supply device for driving the cylinder, the overall size of the device is not only large, There is a disadvantage in that the structure is complicated and excessive costs such as manufacturing and maintenance are required.

In particular, since the pressure roller has to change the pressure position every time by the hydraulic cylinder according to the size or shape of the waste wood, the operation is inconvenient, and when the waste wood is crushed in less pressed state, it is bounced out by the impact force. It can be a factor that can cause a safety accident.

In addition, since a plurality of crushing blades and crushing hammers are integrally fixed to the stator side having a predetermined angle on the outer circumferential surface of the crushing drum, it is not possible to properly expect a buffering action when the waste wood is hit. And as the frictional force is transmitted to the fracture drum side as it is, the overload is frequently generated.

In addition, since the discharge conveyor is a conventional belt conveyor structure that forms a conveying section by a transfer belt made of a rubber material having low heat resistance, for example, the metal parts (pegs, screws, hinges, etc.) of the scraped furniture are heated while being shredded. When it is discharged together with the wood chip in a state that occurs, the transfer belt is easily deformed or damaged by heat.

The present invention is devised to solve the conventional problems as described above, the object of the present invention is to easily make wood chips from a variety of waste furniture made of wood, and in particular, The present invention provides a waste wood shredding apparatus that can significantly reduce vibration, friction, and the like, and can also perform a shredding operation in a stable state to prevent the waste wood from being bounced in an unspecified direction due to the impact force.

In order to realize the object of the present invention as described above,

A shredder main body having a shredding space of a predetermined size for shredding the waste wood of the waste furniture and striking the waste wood on the stepped surface of at least two stages formed in the space;

A crushing part including a plurality of crushing hammers and fixed cutters positioned in the crushing space and installed to have different strike trajectories in the circumferential direction of the rotating axis when the rotating shaft is rotated by receiving power from a driving source;

A sprinkling part for suppressing various floating dusts generated from the waste wood in the shredding space by the injection fluid during the impacting operation of the shredding part;

A supply conveyor positioned at one side of the shredding space and having a transfer section having durability against various impacts, and for supplying waste wood into the shredding space through the section;

A discharge conveyor for forming a transfer section having heat resistance under the shredding space and discharging the wood chips falling and shredded to a predetermined size in the shredding space to the outside through the transfer section;

It provides a waste wood shredding device including a pressurizing roller which is located in the conveying section of the supply conveyor and is pressed in the state capable of preventing the flow by pressing the waste wood moving along this section by the pressure applied by its own weight.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings. Embodiments of the present invention are described to the extent that those of ordinary skill in the art can implement the present invention.

Therefore, since the embodiments of the present invention can be modified in many different forms, the utility model registration claims of the present invention are not limited to the embodiments described below.

1 is a view showing the overall structure of the waste wood shredding apparatus according to the present invention, 2 denotes a shredder body.

The shredder body 2 is formed in the shape of a casing of metal formed with a shredding space 4 having a predetermined size therein, as shown in FIG.

One side of the shredding space 4 is formed with an inlet 6 for supplying waste wood (W), the discharge plate 8 is provided below.

The shredding space 4 is made of waste wood (W)

A stepped portion 10 is formed between the inlet 6 and the discharge plate 8 to improve the crushing force. The stepped portion 10 is composed of at least two stepped surfaces (F) so that the waste wood (W) entering from the inlet (6) is mounted on the stepped surface (F) to be crushed in a supported state It plays a role.

The discharge plate 8 is formed of a metal plate formed with a number of holes having a predetermined size, the waste wood (W) in the shredding space (4) is shredded to a predetermined size and processed to a size that can pass through the countless holes Only the wood chips (W1) that serves to discharge the role.

In the shredding space 4, a shredding part 12 for striking and shredding the waste wood W is located. The shredding part 12 has a rotary shaft 14 rotatably positioned in the shredding space 4 as shown in FIG. 2, and a plurality of swings installed on the rotary shaft 14 to strike the waste wood W. It comprises a hammer (C1) and the fixed cutter (C2).

As shown in FIG. 4, the rotating shaft 14 penetrates through the crushing space 4 so that both ends thereof are rotatably fixed to the bearing block B. As shown in FIG. 5, any one of both ends of the rotating shaft 16 is provided. The end of is connected to the motor (M1) shaft and the pair of belt (V1) and pulley (V2) installed on the crusher main body 2 side is rotated by receiving power from the motor (M1).

As shown in FIG. 4, at least two or more rotary plates 16 are installed at regular intervals, and the swing hammer C1 and the fixed cutter C2 are positioned between the rotary plates 16.

The swing hammer C1 is rotatable and fixed at one side as shown in FIG. 2 at least two or more points circumferentially spaced between the rotating plates 16 between the rotating plates 16, and at the opposite end for crushing. The tip C3 is detachably installed. The shredding tip C3 is detachably fixed to the swing hammer C1 side by a separate fastening member.

The material of the swing hammer (C1) and the crushing tip (C3) is used among metals excellent in wear resistance and strength. As such, when the swing hamber C1 is fixed to the rotary shaft 14 in a rotatable state, various shocks and vibrations generated when the waste wood W is hit can be reduced, and thus, when the rotary shaft 14 is driven. It is possible to prevent the occurrence of overload due to friction or the like.

The fixed cutter C2 may be installed at at least two points in the rotating plate 16 as shown in FIG. 2. The fixed cutter (C2) is fastened integrally to the rotating plate 16 by fastening a fastening member such as welding or bolt, the material is used in the same metals as the shredding tip (C3).

In addition, the swing hamber (C1) and the fixed cutter (C2) is formed when the protruding length of the swing hammer (C1) longer than the fixed cutter (C2) when they are installed on the rotary plate 16, they are the rotary shaft (14) It is set to have shredding trajectories of different sizes at the time of rotation.

When the swing hamber (C1) and the fixed cutter (C2) is installed at the point having a different shredding trajectory in the rotary shaft 16 can be improved in the crushing efficiency of the waste wood (W).

Inside the shredding space (4) is a watering unit (18) for suppressing the generation of various fine dust by using the injection fluid (L). The spraying part 18 has a fluid supply pipe 20 located above the crushing space 4, and a plurality of injection nozzles N are installed on the outer circumferential surface of the pipe 20, through the nozzles N. The fluid L is injected downward (see FIG. 4).

Although not shown in the figure, the fluid supply pipe 20 is connected to a storage tank of a constant size in which the fluid L is contained and receives the fluid L from the storage tank. As the fluid L, water is used.

Inside the shredding space 4, a protective plate 22 for protecting the sprinkling portion 18 from physical impact may be installed as shown in FIG. This protective plate 22 serves to prevent the waste wood (W) hit in the shredding space (4) from contacting the fluid supply pipe (20) and the injection nozzle (N). The protective plate 22 may be a metal plate formed with a myriad of holes.

The shredder main body 2 corresponds to the inlet 6 and the discharge plate 8 of the shredding space 4 so that the waste wood W can be shredded in the horizontal direction via the shredding space 4. The supply conveyor (D1) and the discharge conveyor (D2) is located.

The supply conveyor (D1) is installed to provide a transport section of a predetermined length in connection with the inlet 6 as shown in Figure 1 to enable the supply of the waste wood (W) in the shredding space (4). .

The supply conveyor (D1) is formed to supply the waste wood (W) to the shredding space (4) and to ensure a support force capable of supporting the waste wood (W) during the shredding operation.

To this end, in the present embodiment, as shown in FIG. 6, a pair of chains V3 and a sprocket V4 are installed between at least three points as shown in the drawing, between two driving shafts 24, and a connection section of each of the chains V3. A plurality of support plates 26 are attached to the support plates 26 so that the support force is secured during the crushing operation as well as transfer of the waste wood (W).

Each support plate 26 may be integrally welded with the chains V3 or fixed with a fastening member such as a bolt, and the material may be used among metals having excellent durability and wear resistance.

If the chain (V3) and the sprocket (V4) is connected to each of the at least three points as described above and a plurality of support plates 26 are fixed to the connection section of each chain (V2) to form a transport section waste wood during the shredding operation It can secure the support of the

In addition, a separate belt conveyor D3 may be further installed at the inflow side of the supply conveyor D1 as shown in FIG. 1. The belt conveyor (D3) serves to smoothly supply the waste wood (W) to the supply conveyor (D1) side.

The discharge conveyor D2 is located as shown in FIG. 1 in correspondence with the discharge plate 8 below the shredding space 4.

The discharge conveyor D2 has the same chain conveyor structure as the supply conveyor D1, that is, a pair of chains V5 and a sprocket V6 are connected at two points between two drive shafts 28.

In the connecting section of each of the chain (V5) metal support plate 30 is formed by a welding or a separate fastening member to form a transport section, the wood is manufactured in a predetermined size in the shredding space (4) through this transport section The chips W1 are discharged to the outside. And, the discharge conveyor (D2) may be formed in a conventional duct shape while being covered by the thin metal plate (K) so that the transport section is blocked from the outside as shown in FIG.

As such, when the conveying section of the discharge conveyor D2 is formed by the support plates 30 of metals, for example, metal parts such as handles, hinges, nails, and screws of the closed furniture may be removed from the shredding space 4. Even when discharged in a heated state by the impact of the crushing unit 12, it is possible to prevent the transfer section from being deformed or damaged by heat.

The supply conveyor D1 and the discharge conveyor D2 have a conventional structure in which one of the driving shafts 24 and 28 is driven by receiving power from a driving source U such as a motor (see FIGS. 1 and 8). )

And, although not shown in the drawings, the discharge side end of the discharge conveyor (D2) may be further provided with a sorting device such as a conventional drum screen, by the sorting device so that the metal foreign matters are discharged from the wood chip (W1) do.

In the conveying section of the supply conveyor (D1), as shown in Figure 1, the pressing roller 32 is located corresponding to the input side of the crushing space (4). The pressure roller 32 is rotatably fixed to both ends of the rotary support 34 coupled to the hinge shaft 38 on one side of the crusher main body 2, as shown in Figure 7 of the supply conveyor (D1) It is arranged as shown in the end of the transfer section.

One end of the pressure roller 32 is connected to the motor M2 so as to transmit power, and receives power from the motor M2 and rotates in one direction. In order to transmit the power, the motor M2 and the pressure roller 32 may be connected by a normal chain V7 and a sprocket V8.

The pressure roller 32 is set in a rotation speed range corresponding to the moving speed of the supply conveyor D1 so that the waste wood W moving along the supply conveyor D1 can be smoothly moved in a pressed state. . The rotational speed of the pressure roller 32 may be adjusted by installing a separate reducer on the motor M2 shaft.

The pressure roller 32 has a diameter of a predetermined size and the outer peripheral surface of the plurality of pressure plates 36 are positioned in a protruding position as shown in FIG. 7, and each of the pressure plate 36 has a waste wood (W) and a protruding side end. Concave-convex portions such as serrated or corrugated shapes for preventing slipping upon contact are formed as shown in FIG. 8.

The pressure plate 36 is integrally welded to the outer circumferential surface of the pressure roller 32 or firmly fixed by a separate fastening member, and the pressure roller 32 and the pressure plate 36 are made of metal having excellent wear resistance and strength.

The press roller 32 is disposed in the shredding space 4 in a state in which the waste wood W is pressed by the pressing plates 36 when the waste wood W moves along the supply conveyor D1. Allow it to be put in.

As such, when the waste wood W is pressed by the pressing roller 32 in a state of being pressed at a constant pressing force, the shredding work is irregularly thrown when hit by the shredding part 12 in the shredding space 4. The crushing work can be performed in a stable state by preventing the phenomenon.

Then, the pressure roller 32 is in contact with the waste wood (W) according to the size or shape of the waste wood (W) moved by the supply conveyor (D1) to the hinge point of the rotary support (34). It is pressurized by its own weight while being changed to an appropriate press position as a reference. This pressurization structure is not only simple power generation and transmission structure compared to the pressurization method for changing the position of the pressurization roller by installing a separate drive device such as a hydraulic cylinder in the conventional shredding device, it can significantly reduce the manufacturing cost And the size of the device can be greatly reduced.

The waste wood crushing device according to the present invention described above may further include a moving device 40. This apparatus can be used as a large truck as shown in Fig. 9, in which the shredder body 2 and the respective conveyors D1 and D2 are loaded in the loading section of the truck.

The moving device 40 can be easily transported to a predetermined place for the crushing operation in the state of loading the respective components (2, D1, D2).

As described above, the waste wood shredding device according to the present invention can easily manufacture wood chips by hitting the waste wood that enters the shredding space while being pressed by the pressure roller, and in particular, the pressure roller has no separate driving source. Pressurized operation by pressing the waste wood by its own weight, the power generation and transmission structure is simple.

Moreover, the pressurized roller is changed to an appropriate pressurized position according to the size or shape of the wood while in direct contact with the waste wood, thereby further improving operability and operability.

In addition, the sprinkling portion for injecting fluid is located inside the shredding space so that the shredding operation can be performed in a state capable of suppressing generation of various fine dusts during shredding of waste wood.

In addition, the crushing means is a plurality of fixed cutters and swing hammers are fixed to each of the integral axis or hinge coupling in the direction of the wind axis of the rotation axis, as well as they are installed with a different trajectory trajectory can ensure a more improved crushing force during the crushing operation have.

Claims (9)

A shredder main body having a shredding space of a predetermined size for shredding the waste wood of the waste furniture and striking the waste wood on the stepped surface of at least two stages formed in the space; A crushing unit comprising a plurality of crushing hammers and fixed cutters, which are disposed in the crushing space and are provided with strike trajectories of different lengths in the circumferential direction of the rotating axis when the rotating shaft is rotated by receiving power from a driving source; A sprinkling part for suppressing various floating dusts generated from the waste wood in the shredding space by the injection fluid during the impacting operation of the shredding part; A supply conveyor positioned at one side of the shredding space and having a transfer section having durability against various impacts, and for supplying waste wood into the shredding space through the section; A discharge conveyor for forming a transfer section having heat resistance under the shredding space and discharging the wood chips falling and shredded to a predetermined size in the shredding space to the outside through the transfer section; And a pressurizing roller which is positioned within the conveying section of the supply conveyor and presses the waste wood moving along the section by the pressing force by its own weight so as to be blown in a state capable of preventing the flow. The plurality of crushing hammer is characterized in that the one end is hinged fixed with a protruding length longer than the fixed cutter toward the outer circumferential direction of the rotary plate between the rotary plates that are spaced apart in the axial longitudinal direction of the rotary shaft Waste wood shredding device. The waste wood shredding device of claim 1, wherein each of the stepped surfaces has a posture in a horizontal direction in the shredding space and has a multi-stage structure. The waste wood shredding device according to claim 1, wherein the shredding hammer is detachably fixed to the end opposite to the hinge fixing point. The method of claim 1, wherein the water spray unit, the fluid is injected through at least one or more injection nozzle in a state in which the fluid injection is covered by the protective plate above the crushing space, the fluid is characterized in that the water is used Waste wood shredding device. The method of claim 1, wherein the supply conveyor, a pair of chains and sprockets are spaced apart at least three points in the axial length direction of each drive shaft between two drive shafts, Waste wood shredding device to form a conveying section while fixing a plurality of metal support plate in the state mounted on the chain in the connecting section of each chain. The discharge conveyor of claim 1, wherein a pair of chains and sprockets are spaced apart at two points in the axial length direction of the drive shaft between two drive shafts. Waste wood shredding device in which the transfer section is formed while the heat-resistant metal plate is fixed on the chain in the connection section of each chain. The method of claim 1, wherein the pressure roller, a plurality of pressure plates are formed on the outer circumferential surface of the cylindrical roller having a constant diameter at regular intervals, and the attitude change in the supply conveyor conveyance section by the hinge coupling in the up and down direction is possible. Waste wood shredding device installed. The method of claim 7, wherein the press roller, waste wood crushing, characterized in that the posture is in direct contact with the waste wood moving along the conveying section of the feed conveyor and the pressure is operated by the pressure applied by the weight in the converted state Device. The waste wood crushing apparatus according to claim 7, wherein the pressing plate is formed of a metal plate having a constant thickness, and at one end thereof, serrated or corrugated irregularities are formed.

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