KR101124436B1 - Abrasive breaker and Recycling Apparatus for waste concrete - Google Patents

Abstract

The present invention is provided with an inner rotor and an outer rotor having a front penetration hole formed in the waste aggregate and waste concrete in the front and the rear discharge hole installed in the rear and the injection device formed on the upper side of the inner rotor Peeling washer and the waste aggregate and waste concrete peeled and washed in the peeling washer are injected into the input hole formed at the rear, and the waste aggregate and the waste concrete rewashed are discharged to the discharge hole and contaminated washing water, fine powder and foreign substances are installed at the rear. The washing machine supplied to the screen filter through the input hole, and the washing water filtered from the screen filter is filtered again with a plurality of sludge filters and stored in the washing water tank to effectively remove and separate the waste aggregate and the waste concrete, resulting in contaminated washing water and fine powder. Contaminated washing water is suitable as washing water through re-filtering process It is filtered, with differentiation and a separation waste concrete washing and recycling unit allows the fines to be filtered to generate a foreign matter repeatedly reusable.

Separation washer, washer, screen filter, sludge filter.

Description

Abrasive breaker and Recycling Apparatus for waste concrete

The present invention is provided with an inner rotor and an outer rotor having a front penetration hole formed in the waste aggregate and waste concrete in the front and the rear discharge hole installed in the rear and the injection device formed on the upper side of the inner rotor Peeling washer and the waste aggregate and waste concrete peeled and washed in the peeling washer are injected into the input hole formed at the rear, and the waste aggregate and the waste concrete rewashed are discharged to the discharge hole and contaminated washing water, fine powder and foreign substances are installed at the rear. The washing machine supplied to the screen filter through the input hole, and the washing water filtered from the screen filter is filtered again with a plurality of sludge filters and stored in the washing water tank to effectively remove and separate the waste aggregate and the waste concrete, resulting in contaminated washing water and fine powder. Contaminated washing water is suitable as washing water through re-filtering process It is filtered, with differentiation and a separation waste concrete washing and recycling unit allows the fines to be filtered to generate a foreign matter repeatedly reusable.

As is well known, the washing machine 200 for pulverizing and washing waste aggregate and waste concrete forms an inlet 101 through which waste aggregate and waste concrete are input, and waste aggregate supplied through the inlet 101 and A space portion 104 is formed to accommodate the waste concrete therein, and a screw 103 for mixing the waste aggregate and the waste concrete and transporting the waste concrete to the rear is rotated in the center of the space portion 104. A cylinder 10 configured to be driven, an injection device 102 having a plurality of injection nozzles for spraying washing water supplied from the outside, and an upper portion of the space 104 of the cylinder 10, and the screw 103. A waste outlet 106 is formed in the lower portion of the cylinder 100 to discharge the contaminated washing water and the washed waste aggregate and the waste concrete generated by washing the waste aggregate and the waste concrete moved backward by the rotation of the washing water,Around a support (105a) so as to support the front and rear of the cylinder group 100, and is provided with a support arrangement (105) formed in the rear.

The washing machine 200 is a structure configured to be mixed with the contaminated water and the washed waste aggregate and the waste concrete by washing the waste aggregate and the waste concrete with the washing water, and to be transferred to the outlet by the screw 103, simply By washing and mixing only the washing water, waste aggregate and waste concrete with the screw 103, it does not effectively remove the contaminated foreign matter and fine powder formed on the outer surface of the waste aggregate and waste concrete, and thus the polluted washing water generated by washing Since the fine powder is separated by filtration, the washing water and the fine powder are not recycled and disposed of as it is, thereby wasting resources.

In order to solve the problems as described above, the present invention is the outer rotor and the inner rotor having an inner rotary body is installed inside and the front input hole and the rear discharge hole is installed in the rear to the waste aggregate and the waste concrete is put in the front Peeling washer with the injection device formed on the upper part, and waste aggregate and waste concrete separated and washed in the peeling washer are put into the input hole formed at the rear, and the re-washed waste aggregate and the waste concrete are discharged into the discharge hole and contaminated. A washing machine that supplies washing water, fine powder and foreign substances to the screen filter through an input hole installed at the rear side, and the washing water filtered by the screen filter is filtered again with a plurality of sludge filters and stored in the washing water tank to effectively separate waste aggregates and waste concrete. Repeat filtration of contaminated washing water, fines and foreign substances generated by washing Through to provide a new waste concrete aggregate and waste separation for cleaning and recycling equipment to properly filter the contaminated wash water in the wash water and re-use the fines generated by filtering the differential and foreign matter repeatedly as it is an object.

In order to achieve the above object, the present invention is the front input hole in which the waste aggregate and the waste concrete is put in the front and the rear discharge hole is formed in the rear and has an accommodation space in the outer ring gear and the motor (M) ) Is connected to the outer rotating body is rotated, the inner center of the outer rotating body, a plurality of tires are installed on the outer periphery of the rotating shaft and the inner rotating body rotated by a motor (M), and the rotating shaft Peeling washing machine consisting of a support portion formed front and rear prevention zone for supporting the front, rear of the; In the rear discharge hole of the peeling washer, the waste aggregate and the waste through which the waste concrete is injected are formed, and the outer cylinder gear formed on the outer circumference is rotated by the motor M, and in front of the rotating cylinder. A washing machine formed to discharge the waste aggregate and the waste concrete, which is re-washed into the discharge hole formed, and to discharge the contaminated washing water into the input hole, and a drain hole having a strainer under the inner side of the rotating cylinder; A screen filter for separating contaminated washing water and fines and contaminants into the drain hole and the discharge hole and separating sludges of the washing water and fines and contaminants; Characterized in that the wash water tank for storing the filtered water filtered in the screen filter.

In addition, a plurality of sludge filters are installed between the screen filter and the wash water tank, and a sludge filter connected to the wash water tank is installed.

In addition, a spiral guide bar is installed on the inner surfaces of the peeling washer and the washing machine, and a plurality of supports are installed on the guide bar so that the guide bar is spaced between the inner surfaces of the peeling washer and the washing machine.

In addition, a phlegm is installed between the tire and the tire of the rotary shaft.

In addition, the front and rear guide spheres are installed in front and rear of the outer rotor and the rotating cylinder, the height is adjusted at the outer periphery, and the rotary roller for guiding the front and rear guide sphere, and the front and rear The height of the guide sphere is different from each other, characterized in that the angle portion (A) is formed on the lower portion and the support of the outer rotating body and the rotating cylinder.

In addition, the height adjustment portion is formed so that the front, rear height of the rotation shaft is adjusted in the front and rear prevention zone of the support portion inserted before and after the inner side of the rotating shaft.

In addition, the height adjustment unit is installed in the elevating bar to be vertically elevated in the front and rear prevention zone, the front and rear of the rotary shaft is inserted, connected to the lower portion of the elevating bar, the lifting hole formed in the front and rear prevention zone It is characterized in that it consists of a rotating lifting unit.

In addition, the reservoir is installed in the lower portion of the inlet through, the discharge hole is formed in front of the reservoir is characterized in that the blower facing the discharge hole is installed.

The present invention primarily peels and washes waste aggregate and waste concrete in a peeling washer consisting of an outer rotating body which is rotated forward and an inner rotating body which is installed by rotating a plurality of tires in the outer rotating body. As a result, it is effective to filter contaminated washing water and fine powder generated by washing and peeling waste aggregate and waste concrete effectively, and to filter the contaminated washing water by screen filter, sludge filter, water tank, etc. between waste aggregate and waste concrete. It is effective in preventing waste of resources and washing water by collecting and recycling fine powder generated from friction.

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

Figure 2 is a schematic cross-sectional view showing an embodiment according to the present invention, Figure 3 is another embodiment according to the present invention, Figure 4 is a schematic cross-sectional view of the tire of the inner rotor according to the present invention and Figure 5 is the outer side according to the present invention It is a schematic sectional drawing which shows the guide bar installed in a rotating body and a rotating cylinder.

The waste aggregate and waste concrete peeling washing and recycling apparatus according to the present invention will be described in detail with reference to those shown in FIGS. 2 to 5;

Waste aggregate and waste concrete peeling washing and recycling apparatus according to the present invention is a peeling washer 100, a washing machine 200, a screen filter 300, a sludge filter (400, 400 ') and washing water as shown in FIG. It consists of a tank 500.

The peeling washer 100 has a front injection hole 104a into which waste aggregate and waste concrete are introduced in the front, and a rear discharge hole 104b is formed in the rear thereof, and has a receiving space 105 therein, and has an outer circumference. The outer ring gear 107 and the motor (M) formed in the is composed of an outer rotary body 103 is rotated forward.

The front input hole 104a is further provided with an input guide part 104c so that the waste aggregate and the waste concrete are smoothly supplied.

A guide port 114a is installed around the front injection hole 104a so that the injected waste aggregate and waste concrete are guided to the rear discharge hole through the outer rotating body 103.

The rear discharge hole 104b is configured to discharge the contaminated washing water and the washed waste aggregate and waste concrete together.

The screen net 114b is installed around the rear discharge hole 104b and configured to guide while draining the washing water that is moved together with the waste aggregate and the waste concrete.

 It is installed in the inner center of the outer rotor 103, a plurality of tires 101 are installed on the outer periphery of the rotary shaft 102 is composed of the inner rotor 103a which is reversely rotated by the motor (M). .

An injection device 106 is installed at an upper portion of the inner rotating body 103a and fixed by an external fixing body to supply water by a feed water pump 600 '.

A plurality of injection nozzles (not shown) are installed in the lower portion of the injection device 106 is configured to be a high pressure injection.

The gear 102a and the motor M provided in front of the rotary shaft 102 are connected by a connecting member.

As shown in FIG. 4, the tire 101 includes a wheel 101a inserted into an outer circumference of the rotary shaft 102 and a tube 101a inserted into an outer circumference of the wheel 101a. The tire 101 is inserted into the outer periphery of the tube 101a.

A sputum 114 is installed between the tire 101 and the tire 101 of the rotary shaft 102, and the sputum 114 includes three tires of the rotary shaft 102. It is recommended that the tire 101 be installed on the tire 101 and the three installed tires, and the sputum 114 is to mix the waste aggregate and the waste concrete in the outer rotor 103 more effectively.

In order to maintain the optimum air pressure of the tube 101a, the air supply pipe 101c installed inside the rotary shaft in the tube 101a and the air supply pipe 101c are connected to an air supply device 101d. The air supply device 101d is controlled by the controller 101e.

Effectively peeling and washing waste aggregate and waste concrete by the surface of the tire 101 installed on the outside of the tube 101a and the grooves 101 'formed on the surface by maintaining the optimum pressure of the tube 101a. For sake.

In addition, the front and rear prevention zones 110a and 110b for supporting the front and rear of the rotary shaft 102 is formed of a support 111 formed.

The inner rotating body (103a) is the front and rear height of the rotary shaft 102 to the front and rear prevention zones (110a, 110a ') of the support portion 111 is inserted, the front and rear of the rotary shaft (102). Height adjustment unit 110, 110 'is formed to be configured to be adjusted.

The height adjustment unit (110,110 ') is installed to elevate vertically in the front and rear prevention zones (110a, 110a') and the front and rear of the rotary shaft 102 is inserted, It is connected to the lower portion of the elevating bar (110b, 110b '), consisting of the lifting elevating portion (110c, 110c') is elevated in the lifting hole (110d, 110d ') formed in the front and rear prevention zone (110a, 110a') do.

In this way, the front and rear height of the inner rotor 103a is freely adjusted so that the angle of the inner rotor 103 is freely adjusted so that the outer rotor 103 rotates in the opposite direction to the inner rotor 103. This is to effectively peel off the waste aggregate and waste concrete in the inside.

The washer 200 has an outer ring gear 107a formed at an outer circumference thereof with an input through-hole 202 into which waste aggregate and waste concrete which are peeled and washed at the rear discharge hole 104b of the peeling washer 100 are formed. Is composed of a rotating cylinder 201 rotated by the motor (M).

A guide hole 114a is installed around the injection hole 202 to clean the peeling. The waste aggregate and waste concrete are configured to be guided to the discharge through hole 203 through the rotating cylinder 201.

A guide part 113 is further configured to be installed between the rear discharge hole 104b and the injection hole 202.

The waste aggregate and the waste concrete rewashed by the discharge through hole 203 formed in front of the rotating cylinder 201 are formed to be discharged, and the contaminated washing water is discharged into the input through hole 202 and the rotating cylinder 201 is discharged. A drain port 205 having a strainer 204 is formed in the inner lower portion.

The washing machine 200 is installed by the injection device 106 is fixed by the external fixing body is supplied by the feed water pump 600 '.

A plurality of injection nozzles (not shown) are installed in the lower portion of the injector 106 and are configured to be sprayed at high pressure so that the waste aggregates and the waste concrete which are separated and washed by the exfoliation cleaner 100 are rewashed. Will be washed more and more clean.

In this way, the waste aggregate and the waste concrete that is primarily peeled and washed in the peeling washer 100 and washed secondly in the washer 200 are effectively peeled and washed.

Spiral guide bars 112 and 112a are installed on the inner surfaces of the peeling cleaner 100 and the washing apparatus 200, and the guide bars 112 and 112a are formed in the peeling cleaner 100 and the washing machine 200. The guide bars 112 and 112a are provided with a plurality of support members 113 and 113a so as to have a distance between the side surfaces.

The guide bars 112 and 112a are formed of deformed steel bars.

The guide bars (112, 112a) is to facilitate the movement of the waste aggregate and waste concrete.

It is provided in front and rear of the outer rotor 103 and the rotating cylinder 201, two sets of front and rear guide spheres 108a, 108b whose height is adjusted at its outer circumference are provided.

 The two sets of rotating rollers 109a and 109b for guiding the two sets of front and rear guide spheres 108a and 108b and the two sets of front and rear guide spheres 108a and 108b have different heights. An angle portion A is formed on the lower side of the outer rotating body 103 and the rotating cylinder 201 and the supporting portion 111.

In addition, the front and rear guide spheres (108a, 108b) so that the bottom of the two sets of rotary rollers (109a, 109b) is seated, the front two sets of rotary rollers (109a) and the outer rotor 103 and the rotating cylinder When moving in the direction of the center axis of the 201, the height of the outer rotor 103 and the rotating cylinder 201 is raised, the rear two sets of rotary rollers (109b) the outer rotor 103 and the rotating cylinder ( 201) The height of the outer rotor 103 and the rotating cylinder 201 is lowered by moving in the opposite direction of the central axis.

In this way, forming the angle portion (A) in the outer rotor 103 and the rotating cylinder 201 is to wash and peel off the waste aggregate and waste concrete contained in the outer rotor 103 and the rotating cylinder 201 Is to make it smooth.

The screen filter 300 is configured to separate contaminated washing water and fines and contaminants drained to the drain 205 and the discharge hole 203 to separate the sludge of the washing water and fines and contaminants.

A screen net 114b is installed on the circumferential surface of the discharge hole 203 and configured to guide the washing water drained by the strain net 204 and moved together with the waste aggregate and the waste concrete, which are rinsed and washed again. do.

Between the discharge hole 203 and the screen filter 300 is configured to further install a guide guide portion 206.

The drain 205 is connected to the inlet hole 301 formed in the middle of the screen filter 300, the outlet 302 is formed so that the filtered washing water is drained to the lower portion of the screen filter 300.

The outlet 302 and the plurality of sludge filter 400 are connected to the connection pipe, and the washing water of the outlet 302 is supplied to the sludge filter 400 by the pump 600.

The sludge filter 400 is re-filtered with fine powder and washing water and stored as the washing water tank 500, and the sludge filter 400 'is further connected to the washing water tank 500 to install the sludge filter 400'. In the sludge filter (400 ') to be filtered again to wash the water supplied by the pump 600 in the washing water and the fine powder is separated and the washing water to be reused to wash the waste aggregate and waste concrete settling tank ( 800 to be used to settle, and the fine powder is discharged to the lower portion of the sludge filter (400 ') is treated to be embedded or reused.

As shown in FIG. 3, as another embodiment of the present invention, the water storage tank 700 is installed at the lower portion of the washing hole 200 of the present invention, and the discharge hole 701 in front of the water storage tank 700. Is formed and the blower 702 is disposed facing the discharge hole 701 is configured.

Referring to the operation of the present invention.

First, the outer rotating body 103 and the contaminated pulverized waste aggregate and waste concrete are accommodated in the receiving space 105 through the front feeding hole 104a through the feeding guide 104c and rotated forward. Waste aggregates and waste concrete and contaminated washing water which are separated and washed by the washing water being autoclaved by the injection device 106 are disposed between the inner rotating body 103a which is reversely rotated at the inner center of the outer rotating body 103. When guided to the rear by the guide bar 112 to be discharged to the rear discharge hole (104b) is discharged, the washing machine 200 is introduced and rotated into the input through-hole 202 formed in the rear of the washing machine 200 Waste aggregate and waste concrete washed by the guide bar (112a) installed on the inner side of the discharge to the discharge hole 203 forward, contaminated wash water is discharged to the input hole (202).

At this time, the washing water mixed with the remaining fines and contaminants in the waste aggregate and the waste concrete moving forward is caught in the strainer 204 and drained to the drain 205.

The input through hole 202 and the drain 205 is supplied to the screen filter 300 to separate and filter the foreign matter, fines and washing water.

The filtered wash water is again stored in the sludge filter 400 and the wash water filtered again in the wash water tank 500.

The washing water of the washing water tank 500 can be reused, but the sludge filter 400 'is further installed to filter the washing water and reused as washing water through precipitation in the settling tank 800.

In this way, the fine water generated by filtering the washing water in the sludge filter (400.400 ') used in the separation washing, washing filtration process is discharged to the lower portion of the sludge filter (400,400') and reused or landfilled.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention.

Therefore, the technical scope of the present invention should not be limited to the contents described in the embodiments, but should be defined by the claims and their equivalents.

1 is a schematic view showing a conventional washing apparatus.

2 is a schematic cross-sectional view showing an embodiment according to the present invention.

Figure 3 is another embodiment according to the present invention.

4 is a schematic sectional view of the tire of the inner rotor according to the present invention;

Figure 5 is a schematic cross-sectional view showing a guide bar installed in the outer rotor and the rotating cylinder according to the present invention.

**** Explanation of symbols for the main parts of the drawing ****

100: peeling washing machine 101: tire

102: rotation shaft 103: outer rotating body

103a: inner rotor 104a: front opening hole

104b: rear opening hole 105: receiving space

106: injection device 107,107a: outer ring gear

108a: front guide sphere 108b: rear guide sphere

109a, 109b: Rotating roller 110,110 ': Height adjusting part

110a: anterior support 110a ': rear support

110b, 110b ': lifting bar 110c, 110c': rotating lifting part

110d, 110d ': Elevator 111: Supporting part

112,112a: Information Bar 200: Washer

201: rotating cylinder 202: injection hole

203: discharge hole 204: filter net

205: drain hole 300: screen filter

400,400 ': Sludge filter 500: Washing water tank

600: Pump 600 ': Feed water pump

800: sedimentation tank M: motor

A: angle part

Claims (8)

A front input hole 104a into which waste aggregate and waste concrete is introduced in the front and a rear discharge hole 104b are formed in the rear thereof, and the outer ring gear 107 is formed on the outer circumference with an accommodation space 105 therein. And the motor (M) is connected to the outer rotating body 103 is rotated, and is installed in the inner center of the outer rotating body 103, a plurality of tires 101 are installed on the outer periphery of the rotary shaft 102 The front and rear sides of the inner rotor 103a rotated by the motor M, the injector 106 installed on the inner rotor 103a, and the front and rear sides of the rotary shaft 102 are supported. A peeling washer (100) composed of support members (111) on which supports (110a, 110b) are formed; The through-hole gear 107a is formed in the rear discharge hole 104b of the separation washer 100, and the through-hole 202 into which the waste aggregate and the waste concrete are injected is formed, and the outer ring gear 107a formed at the outer circumference thereof is formed by the motor M. FIG. The rotating aggregate 201 and the waste aggregate and the waste concrete rewashed by the discharge hole 203 formed in front of the rotating cylinder 201 are formed to be discharged and the contaminated washing water is discharged into the input hole 202. A washing machine (200) formed and having a drain (205) having a strainer (204) on an inner lower portion of the rotating cylinder (201); A screen filter (300) separating contaminated washing water and fines and contaminants drained to the drain hole (205) and the discharge hole (203) to separate the sludge of the washing water and fines and contaminants; Waste aggregate and waste concrete peeling washing and recycling device, characterized in that consisting of a wash water tank 500 for storing the washing water filtered by the screen filter (300). The method of claim 1, Between the screen filter 300 and the washing water tank 500, a plurality of sludge filter 400 is installed, the waste aggregate and waste concrete, characterized in that the sludge filter 400 'is connected to the washing water tank is installed. Peeling washing and recycling device. The method of claim 1, Spiral guide bars 112 and 112a are installed on inner surfaces of the peeling cleaner 100 and the washing machine 200, and the guide bars 112 and 112a are disposed between the inner surfaces of the peeling cleaner 100 and the washing machine 200. Waste aggregate and waste concrete peeling washing and recycling apparatus, characterized in that a plurality of support (113, 113a) is installed on the guide bar (112, 112a) so as to distance. The method of claim 1, Scrap aggregate and waste concrete peeling washing and recycling apparatus, characterized in that the sputum 114 is installed between the tire 101 and the tire 101 installed of the rotary shaft (102). The method of claim 1, The front and rear guide spheres 108a and 108b are installed at the front and rear of the outer rotor 103 and the rotary cylinder 201, and the height is adjusted at the outer circumference thereof, and the front and rear guide sphere 108a is provided. The lower portion of the outer rotating body 103 and the rotating cylinder 201 and the supporting portion (10) by rotating roller 109 for guiding the 108b and the height of the front and rear guide spheres 108a and 108b are different from each other. The waste aggregate and waste concrete peeling washing and recycling apparatus characterized in that the angle portion (A) is formed on the 111. The method of claim 1, The inner rotating body (103a) is the front and rear height of the rotary shaft 102 to the front and rear prevention zones (110a, 110a ') of the support portion 111 is inserted, the front and rear of the rotary shaft (102). Waste aggregate and waste concrete peeling washing and recycling apparatus, characterized in that the height adjustment unit 110, 110 'is formed to be adjusted. The method of claim 6, The height adjustment unit (110,110 ') is installed to elevate vertically in the front and rear prevention zones (110a, 110a') and the front and rear of the rotary shaft 102 is inserted, It is connected to the lower portion of the elevating bar (110b, 110b '), consisting of a rotating elevating unit (110c, 110c') is elevated in the lifting hole (110d, 110d ') formed in the front and rear prevention zone (110a, 110a') Waste aggregate and waste concrete peeling washing and recycling apparatus, characterized in that. The method of claim 1, The reservoir 700 is installed in the lower portion of the input through hole, the discharge hole 701 is formed in front of the reservoir 700, characterized in that the blower 702 is installed facing the discharge hole 701 Waste aggregate and waste concrete separation washing and recycling device.

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