KR20140040534A - Processing apparatus for recycling window chassis waste - Google Patents

Abstract

The present invention relates to a processing apparatus for recycling waste window chassis capable of recycling waste window chassis made up of PVC materials installed in a window, a veranda and the like and processing waste window chassis by easily separating a protective film attached on the surface of the waste window chassis. The processing apparatus comprises: a pulverizer which is installed in a constant underground space, receives waste chassis attached with a protective film and water and discharges input chassis with water by pulverizing the input chassis while separating the protective film; a first transfer tube which transfers pulverized chassis segments discharged through the pulverizer, protective film and water in a certain section and separates the protective film to the outside by specific gravity; a tray which is formed on the end of the first transfer tube and temporarily stores the chassis segments discharged through the pulverizer; a second transfer tube which is connected to the tray and discharges the chassis segments stored in the tray by transferring the chassis segments to the ground; a first pump which is installed in the bottom of the underground space and discharges protective film segments and water stored in the underground space to the ground; a filtration discharge part which separates and processes film segments and waster discharged from the first pump; a first tank which primarily stores water injected through the filtration discharge part; a second tank which is connected to the first tank and secondarily stores water stored in the first tank; and a second pump which circulate and supplies water stored in the second tank to the pulverizer.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001]

The present invention relates to a device for recycling a window chassis waste, and more particularly, to a method for recycling a window chassis waste disposed in a window or a veranda by crushing the window chassis waste to be recycled, The present invention relates to an apparatus for recycling a window chassis waste.

The chsaais (hereinafter also referred to as "chassis"), as commonly known, is a window frame installed on a window or a veranda, and recently, a PVC-based chassis is mainly used.

Such a chassis can be recycled, and after the collection of the building waste, it is crushed to a certain size and recycled.

In addition, the above-mentioned chassis product is shipped with a protective vinyl film on its surface in order to prevent scratching of the surface which may occur in transportation or construction at the time of shipment.

However, even after the window chassis is normally installed, the users use the protective film without peeling off the protective film.

When the window chassis reaches the recycled state, the protective film can not be recycled. Therefore, it is difficult to recycle the chassis product with the protective film attached thereto.

In addition, the method of peeling off the protective film and then recycling it provides an inefficient environment that requires a large amount of time and expense.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a refrigerator which is capable of crushing and reusing PVC chassis window waste disposed on a window or a veranda, And to provide a device for recycling a window chassis waste that can easily separate and process a protective film.

In order to achieve the above object, the present invention is installed in a certain underground space below the ground, and a waste chassis and water with a protective film attached thereto are injected into the chamber. The chassis is crushed finely and the protective film is separated, A first conveyance pipe for moving the crushed chassis pieces and the protective film and water discharged through the crusher to a predetermined interval and separating the protective film from the outside by a specific gravity; A second conveyance pipe connected to the tray for conveying and discharging the chassis pieces stored in the tray to the ground and a second conveyance pipe installed on the bottom of the underground space for discharging the chassis pieces, A first pump for discharging a protective film piece and water to be stored on the ground, a film piece discharged through the first pump, A filtration discharge portion to be treated, a first reservoir tank for first storing water introduced through the filtration discharge unit, a second reservoir tank connected to the first reservoir tank and storing second water stored in the first reservoir tank; And a second pump for circulating and supplying water stored in a second reservoir to the grinder.

The crusher according to the present invention may further include a base portion fixedly installed on the bottom surface of the underground space, a motor for rotating the crushing portion installed at the upper end of the base portion and the crushing device built in the crushing portion, A water inlet for supplying the supplied water to the crushing section, a waste input port for introducing the waste chasin installed at the side of the water receiving section and cut into a predetermined size, a hose connecting port formed at the upper end of the water receiving section, And a discharge port for discharging the water and the protection film formed on the bottom surface.

In addition, a plurality of blocking pieces are rotatably installed at the end of the waste input port of the crusher according to the present invention through a hinge shaft installed at the upper end.

In addition, the first conveyance pipe according to the present invention is characterized by including a semicircular tube of a semicircular shape having an upper part opened and a first screw provided inside the semicircular tube.

Further, the second conveyance pipe according to the present invention is constituted of a cylindrical cylinder, a second screw installed in the cylinder, and a discharge part formed on one side of the cylinder located on the ground to discharge the recycle chassis piece to the outside .

According to another aspect of the present invention, there is provided a filtration and discharging apparatus including a triangular shaped main body, an outlet formed at an upper portion of a front surface of the main body, a filter net portion provided on a surface inclined at a lower portion of the outlet, A lower guide formed at a lower end of the side guide, and an inlet formed in a bottom surface of the main body.

As described above, the present invention provides an advantage of maximizing the efficiency of recycling by easily separating and processing the protective film attached to the surface of the waste chassis so that the window chassis waste of PVC material can be crushed and recycled.

1 is a schematic view of an apparatus for recycling a window chassis waste according to the present invention;
FIG. 2 is a detailed view of the mill according to the present invention,
3 is a detailed configuration diagram of a first conveyance pipe according to the present invention,
4A and 4B are a detailed configuration diagram and a side sectional view of the filtrate discharge portion according to the present invention.

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

1 is a block diagram of an apparatus for recycling a window chassis waste according to the present invention.

As shown in the drawings, the apparatus for recycling windowschassis waste according to the present invention comprises:

(10), which is installed in a predetermined underground space (G) below the ground, and a waste chest (S) with a protective film attached thereto and water are introduced into the crusher A first conveying pipe 20 for moving the crushed chassis piece and the protective film discharged through the crusher 10 and the water to a predetermined interval and separating the protective film to the outside by specific gravity, A tray 30 for temporarily storing the transferred chassis pieces formed at the end of the conveying pipe 20 and a chassis piece connected to the tray 30 for conveying the chassis pieces stored in the tray 30 to the ground, A first pump 50 disposed on the bottom of the underground space G for discharging a piece of protective film and water stored in the underground space G to the ground; (50) and the water is separated from the water The filtration discharge unit 60, the first reservoir tank 70 for primary storage of the water introduced through the filtration discharge unit 60, and the first reservoir tank is connected to the first reservoir tank ( A second reservoir 80 for secondary storage of the water stored in 70, and a second pump 90 for circulating and supplying the water stored in the second reservoir 80 to the grinder 10.

More specifically, the crusher 10 is installed in a predetermined underground space G below the ground. The crusher 10 includes a base 11 fixedly installed on the bottom surface of the underground space G as shown in FIG. 2, A crushing unit 12 provided at the upper end of the base unit 11 and a motor 13 for rotating the crushing unit built in the crushing unit 12, A waste inlet 15 into which a waste chasin cut to a predetermined size is introduced and a water inlet 14 which is connected to the water receiving unit 14 And a discharge port 17 formed at the bottom of the crushing unit 12 for discharging finely crushed chassis pieces and a protective film and water.

When the water introduced through the waste chute and the hose connection port 16 that is introduced through the waste input port 15 is discharged to the crushing unit 12 through the water receiving unit 14, The crushing section 12 finely crushes the waste chassis.

At this time, the waste chassis is finely crushed and the protective film attached to the chassis is also crushed and separated.

The crushed and separated chassis pieces and the protective film are discharged through the discharge port 17 together with water.

A plurality of blocking pieces 19 are rotatably installed at the end of the waste input port 15 of the crusher 10 through a hinge shaft 18 provided at the upper end.

Therefore, when the shutoff piece 19 is pushed and inserted into the waste chasis, the shutoff piece 19 is closed again by its own weight, thereby eliminating the phenomenon that the waste chest is protruded to the outside when the waste chest is crushed.

The first conveyance pipe 20 is installed at a portion of the discharge port 17 of the crusher 10 and includes a semicircular tube 21 having a semicircular shape partially opened at an upper portion thereof as shown in FIG. And a first screw 22 provided inside the first screw 22.

The first conveyance pipe 20 configured as described above moves the crushed chassis pieces and the protective film and water discharged through the discharge port 17 by the rotation of the first screw 22, But the protective film flows down along with the water to the outside of the semicircular tube 21. As shown in FIG.

As a result, water and fragmented protective films are stored on the floor of the underground space (G).

The tray 30 is connected to the end of the first conveyance pipe 20, and the conveyed piece of the chassis 30 is temporarily stored and transferred through the second conveyance pipe 40.

Also, the tray 30 has a plurality of drainage holes and is configured to drain the water, and can be used to recover the remaining chassis pieces.

The second transfer pipe 40 is connected to the tray 30 and transfers the chuck pieces stored in the tray 30 to the ground and discharges the chuck pieces. The second transfer pipe 40 includes a cylindrical cylinder 41, And a discharge unit 43 formed at one side of the cylinder 41 located on the ground and discharging the recycle chassis piece S2 to the outside.

The second conveyance pipe 40 configured as described above moves the chassis pieces and the water stored in the tray 30 to the ground by the rotation of the second screw 42. At this time, the water flows into the underground space G by its own weight The recycling chassis piece S1 is lifted and then discharged to the outside through the discharge portion 43. [

 The first pump 50 is installed on the bottom surface of the underground space G and sucks the fragile protective film and water stored on the bottom surface through the suction port 51 and discharges the water through the discharge port 52 to the ground.

The filtration discharge unit 60 is a device for separating and treating the protective film piece and water discharged through the first pump 50, as shown in Figures 4a and 4b, the main body 61 of the triangular shape, and the main body Outlet 62 formed in the upper part of the front surface of 61, the filtering net part 63 provided on the inclined surface in the lower part of the said outlet 62, and the side surface provided in the both sides of the said filtering net part 63. A guide 64, a lower guide 65 formed at the lower end of the side guide 64, and an inlet 66 formed at the bottom of the main body 66.

The filter discharge unit 60 having the above structure is configured such that the discharge port 52 of the first pump 52 is connected to the rear surface of the main body 61 and the protective film piece S2 discharged through the discharge port 52, And flows out to the filter net portion 63 through the outlet 62.

At this time, the water flows into the main body 61 through the filter net part 63 and then is discharged to the first water storage tank 70 through the inlet port 66. The protective film operation S2 is performed on the inclined surface of the filter net part 63 And is discharged to the outside through the side and lower guides 64 and 65. [

The first water tank 70 firstly stores the water introduced through the filtration discharging unit 60 and the second water tank 80 is connected to the first water tank 70 and is connected to the first water tank 70 ) To provide a circulating supply of stable water.

The second pump 90 sucks the water stored in the second water tank 80 through the first hose 91 connected to the inside of the second water tank 80 and discharges the water through the second hose 92, Water is circulated and supplied to the water receiving portion (15) of the water tank (10).

The overall operation of the apparatus for recycling windowschassis waste according to the present invention will be described.

First, the operator inserts the chassis piece S with the protective film cut to a predetermined size into the waste input port 15.

The introduced waste chest piece S is mixed with the water introduced into the water receiving unit 16 and then flows into the crushing unit 12 to be finely crushed and the protective film is separated. And is discharged to the first conveyance pipe (20) through the discharge port (17) together with water.

The chassis piece and the protective film and water introduced into the second conveyance pipe 20 are transferred by the rotation of the first screw 22. The protective film having a small specific gravity is discharged to the outside of the semicircular tube 22 together with water, (G).

The recycled chassis pieces and water transferred through the first conveyance pipe 20 are conveyed to the ground via the second conveyance pipe 40 through the tray 30. At this time, the water is drained into the underground space G, The chassis piece S1 is discharged to the outside through the discharge portion 43 on the ground.

At the same time, the pieces of protective film and water stored in the underground space G are discharged to the filter discharge unit 60 on the ground through the discharge port 52 by driving the first pump 50 installed in the underground space G.

The filter discharge unit 60 separates the pieces of protective film introduced from the discharge unit 52 of the first pump 50 and water and stores the water in the first water storage tank 70, Separate and store and discard.

The water stored in the first water tank 70 is stored in the second water tank 80 and the water stored in the second water tank 80 is discharged to the first hose 91 and the second hose 91 (92) to the water receiving portion (14) of the crusher (10).

10: Grinder 20: First conveying pipe
30: Tray 40: Second conveyance pipe
50: first pump 60: filtration outlet
70: first water tank 80: second water tank
90: Second pump

Claims (6)

(10), which is installed in a predetermined underground space (G) below the ground, and a waste chest (S) with a protective film attached thereto and water are introduced into the crusher );
A first conveyance pipe 20 for moving the crushed chassis piece and the protective film and water discharged through the crusher 10 to a predetermined interval and separating the protective film to the outside by specific gravity;
A tray 30 formed at an end of the first conveyance pipe 20 for temporarily storing the transferred chassis pieces;
A second conveyance pipe (40) connected to the tray (30) and conveying the chassis pieces stored in the tray (30) to the ground and discharging the same;
A first pump (50) installed on the bottom of the underground space (G) to discharge a piece of protective film and water stored in the underground space (G) to the ground;
A filter discharge unit 60 for separating and processing the pieces of film discharged through the first pump 50 and water;
A first water storage tank 70 for storing the water introduced through the filtration discharge unit 60;
A second reservoir 80 connected to the first reservoir 70 for storing water stored in the first reservoir 70 secondly; And
And a second pump (90) for circulating and supplying water stored in the second reservoir (80) to the grinder (10).
The method according to claim 1,
The crusher 10 includes a base 11 fixed to the bottom of the underground space G, a crushing unit 12 installed at the upper end of the base 11, A water receiving part 14 provided at the upper end of the crushing part 12 and supplying the supplied water to the crushing part 12; A hose connection port 16 formed at the upper end of the water receiving portion 14 and a crushing portion 16 formed at the bottom of the crushing portion 12 to be finely crushed And a discharge port (17) for discharging water and a chassis piece of the window chassis waste.
3. The method of claim 2,
Wherein a plurality of shutoff pieces (19) are rotatably installed at an end of the waste input port (15) of the crusher (10) through a hinge shaft (18) provided at an upper end thereof.
The method according to claim 1,
The first conveyance pipe (20) includes a semicircular tube (21) having a semicircular shape with an upper part opened and a first screw (22) installed inside the semicircular tube (21) Recycling treatment device.
The method according to claim 1,
The second transfer pipe 40 is formed of a cylindrical cylinder 41, a second screw 42 installed inside the cylinder 41, and a second screw 42 disposed on one side of the cylinder 41 located on the ground, And a discharge unit (43) for discharging the waste water to the outside.
The method according to claim 1,
The filtration discharge portion 60 is provided on a triangular main body 61, an outlet port 62 formed in the upper portion of the front surface of the main body 61, and a surface having a slope in the lower portion of the outlet port 62 A filtering net portion 63, side guides 64 provided on both sides of the filtering net portion 63, a lower guide 65 formed at a lower end of the side guide 64, and a bottom of the main body 66. Recycling apparatus for the window chassis waste, characterized in that it comprises an inlet (66) formed in the.

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