KR100750602B1 - Attached mortar eliminator for recycled coarseaggregate with compaction plate - Google Patents

Abstract

A mortar separator attached with a compaction device for recycled coarse aggregate is provided to improve the quality of the coarse aggregate by separating the mortar by applying constraint force to the coarse aggregate filled into an upper end of a separating plate having a V-shaped coarse aggregate transfer space. A mortar separator(1) for recycled coarse aggregate is composed of a distributor installed at one side of an upper end to receive the recycled coarse aggregate and to equally distribute the coarse aggregate and a recycled coarse aggregate discharge port formed on the other side to discharge the recycled coarse aggregate separated from the mortar. The mortar separator separates or shakes off the mortar stuck on the aggregate by horizontally moving a pair of separating plates across each other by power transmitted through a crankshaft and making the aggregates filled between the separating plates, rub against each other. A compaction device(100) presses and compactly pushes down the coarse aggregate filled into an upper end of the separating plate having a V-shaped coarse aggregate transfer space, from the upper side at intervals of 0.5~3 seconds or transfers the coarse aggregate toward the front end with scraping the coarse aggregate from the upside to the lower side.

Description

ATTACHED MORTAR ELIMINATOR FOR RECYCLED COARSEAGGREGATE WITH COMPACTION PLATE}

Figure 1 is a schematic diagram showing a mortar peeler for recycling coarse aggregate with a compaction apparatus according to the present invention,

Figure 2 is a perspective view showing a mortar peeling machine for the recycled coarse aggregate with a plate-shaped compaction apparatus 100 according to the present invention,

Figure 3 is a side view showing a mortar peeler for recycling thick aggregate attached plate-shaped consolidation apparatus 100 according to the present invention,

Figure 4 is a perspective view showing a mortar peeling machine for the thick coarse aggregate with the bar-shaped consolidation apparatus 200 according to the present invention,

Figure 5 is a side view showing a mortar peeling machine for the recycled coarse aggregate with the bar-shaped consolidation apparatus 200 according to the present invention,

Figure 6 is a perspective view showing a mortar peeler for recycling coarse aggregate with a cogwheel-shaped compaction apparatus 300 according to the present invention,

Figure 7 is a side view showing a mortar peeler for recycling coarse aggregate with a cogwheel-shaped compaction apparatus 300 according to the present invention,

8 is an enlarged side view showing a "V" shaped peeling plate and an uneven protrusion 211 formed around the peeling surface according to the present invention;

9 is a view illustrating a process of peeling mortar by a phenomenon in which a connecting shaft 31 and a connecting member 32 are connected to one side of a peeling plate according to the present invention to rub a pair of peeling plates 2.

10 is a cross-sectional view showing the operating state of the mortar peeler for recycling coarse aggregate with a consolidation apparatus according to the present invention,

11 is a perspective view showing a release plate according to the present invention,

12 is a perspective view showing another embodiment of a release plate according to the present invention,

13 is a perspective view showing a discharge limit curtain according to the present invention;

14 is an enlarged perspective view showing an installation state of the discharge limit curtain according to the present invention;

15 is an enlarged perspective view showing an operating state of the emission limiting curtain according to the present invention;

16 is a plan sectional view showing an operating state of the coarse wheel-shaped consolidation apparatus 300 according to the present invention with a mortar peeler for coarse aggregate.

Figure 17 is an embodiment showing an operating state of the mortar peeler for the thick coarse aggregate attached bar-shaped consolidation apparatus 200 according to the present invention.

※ Brief description of reference numerals ※

 1: Peeler 11: Transfer Conveyor

12 Hopper 13: Splitter

100: plate-shaped compaction apparatus 200: bar-shaped compaction apparatus

300: cogwheel-shaped consolidation device

The present invention is pressed tightly while pressing the coarse aggregate filled in the upper end of the inside of the peeling plate having a thick aggregate transport space of the "V" shape to the peeling plate of the mortar peeler for recycled coarse aggregate from 0.5 to 3 seconds from top to bottom The present invention relates to a mortar peeler for recycling coarse aggregates having a consolidation apparatus configured to include a consolidation apparatus for transferring coarse aggregates in a shear direction while scraping from the top.

The construction waste generated by the construction work is collected in a predetermined place without being landfilled in terms of eco-friendliness and recycling of resources, and is then recycled by separating the crushed waste concrete by a sorting machine through an intermediate process such as crushing and removing foreign substances. Coarse aggregate is produced.

However, the recycled coarse aggregate obtained through this process has a higher absorption rate than natural coarse aggregates due to cement mortar attached to the aggregate surface, and when it is made of concrete, the workability of hardened concrete and the strength and durability of hard concrete There is a problem that cannot be actively utilized until now.

In order to solve this problem, the applicant in the Patent Registration No. 10-0566959, recycled coarse aggregate is added to one side of the upper end to remove mortar attached to the crushed and selected coarse aggregate through the construction waste intermediate treatment process Dispensers are formed to be dispensed, and the separator is formed of a regeneration coarse aggregate discharge port for discharging the coarse aggregate in which the mortar is peeled off to the other side, wherein the exfoliator is a pair of release plates formed of a plurality of inclined symmetrical to each other, Regeneration coarse consisting of a crank shaft connected to one side of the release plate by a connecting shaft, a rotating shaft connected to a driving belt to transmit power to the crank shaft, and a motor connected to an operating belt to transmit power to the rotating shaft. Although mortar peeler for aggregate has been proposed,

This means that the coarse aggregates filled in the lower end of the inside of the peeling plate having the coarse aggregate transport space of the "V" shape are alternately horizontally moved by the power transmitted by the crankshaft so that the coarse aggregates filled between the pair of peeling plates are rubbed. While the mortar adhering to the coarse aggregate is peeled off due to the phenomenon, the coarse aggregate filled in the upper part of the inside of the peeling plate having the coarse aggregate transport space of the "V" shape is attached to the coarse aggregate because the binding force is small compared to the lower part. The resulting mortar does not peel off and fall off well, and it is present as it is, so it is difficult to produce high-quality circular coarse aggregate.

In order to solve the above problems, in the present invention, the coarse aggregate filled in the upper end of the inside of the peeling plate having the coarse aggregate transport space of the "V" shape gives a binding force to peel off the attached mortar to further improve the quality of the coarse aggregate. It is an object of the present invention to provide a mortar stripper for reclaimed coarse aggregate with a compaction apparatus.

In order to achieve the above object, the mortar stripper for regeneration coarse aggregate with the consolidation apparatus according to the present invention,

The distributor coarse aggregate is injected into one side of the upper end portion is formed into the dispenser 13 is equally injected, the regeneration coarse aggregate discharge port 14 for discharging the coarse aggregate separated from the mortar to the other side is formed by the crankshaft (3) It is composed of a mortar peeler to make the mortar attached to the aggregate peeled while rubbing by the phenomenon that the aggregate filled between the pair of peeling plate (2) by rubbing the horizontal movement alternately by the transmitted power,

The extruder 1 presses the coarse aggregate packed in the upper end of the inside of the peeling plate having a coarse aggregate conveyance space of the "V" shape at the interval of 0.5 to 3 seconds from the top to the bottom, or coarsely while scratching from the top to the bottom. It is achieved by including a consolidation apparatus (100, 200, 300) for transferring the aggregate in the shear direction.

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

1 is a schematic view showing a mortar peeler for reclaimed coarse aggregate with a consolidation apparatus according to the present invention, the peeler 1 according to the present invention is crushed and sorted through the intermediate treatment process of construction waste In order to remove the mortar attached to the aggregate, the conveying conveyor 11 for transporting the recycled coarse aggregate sorted to one side, such as a conventional peeler (1), and the sorted recycled coarse supplied from the conveying conveyor (11) It is composed of a hopper 12 for supplying the aggregate to the distributor 13, the regeneration coarse aggregate discharge port 14 for discharging the coarse aggregate in which the mortar is peeled off on the other side is formed.

As shown in FIGS. 2 to 7, the consolidation apparatus 100, 200, or the like, may provide a binding force to the coarse aggregate filled in the upper end of the inside of the peeling plate having the coarse aggregate transport space of the “V” shape so that mortar peeling may occur. 300) is configured.

Consolidation apparatus (100, 200, 300) according to the present invention is pressed tightly while pressing the coarse aggregate filled in the upper end inside the peeling plate having a coarse aggregate transport space of the "V" shape from 0.5 to 3 seconds from the top , Where the coarse aggregate is transported in the shear direction while scraping from top to bottom, which is composed of a plate-shaped compaction apparatus 100, a bar-shaped compaction apparatus 200, and a gear-shaped compaction apparatus 300.

First, the plate-shaped compaction apparatus 100 which concerns on this invention is demonstrated.

As shown in FIG. 2, the plate-shaped compaction apparatus 100 according to the present invention is horizontally staggered with each other by the power transmitted by the crankshaft 3 to generate a rub between the pair of release plates 2. The coarse aggregate filled in the lower end of the inside of the "V" -shaped peeling plate by the phenomenon is peeled and dropped by friction, and at the same time, the coarse aggregate filled in the upper end of the inside of the "V" -shaped peeling plate from top to bottom. Where pressed to press tightly at intervals of 0.5 to 3 seconds, it is composed of a consolidation plate 110, a link unit 120, a motor unit 130.

The consolidation plate 110 is formed in the same shape as the upper end of the inside of the peeling plate having a thick aggregate transport space of the "V" shape serves to press tightly while pressing the thick aggregate.

The link unit 120 is connected to one side of the consolidation plate 110 serves to rotate the consolidation plate from the top down.

The motor unit 130 is connected to one side of the link unit 120 to drive the consolidation plate 110.

Then, the consolidation plate 110 on one side of the motor unit 130 is pressed down from the top through the link unit 120 at intervals of 0.5 to 3 seconds while setting the time and controlling the ON / OFF and rotation direction of the driving motor. A control unit is configured.

In the plate-shaped compaction apparatus 100 according to the present invention, as shown in FIG. 3, a plurality of compaction plates may be attached to the link portion to be installed at the front end and the rear end of the peeler.

By using such a plate-shaped consolidation device 100, the horizontal movement is alternately horizontally shifted by the power transmitted by the crankshaft (3), and the rubbing generated between the pair of release plates (2) by the phenomenon of "V" shape The coarse aggregate filled in the lower end of the peeling plate is peeled and dropped by friction action, and at the same time, the coarse aggregate filled in the upper end of the inside of the "V" shaped peeling plate is pressed down at intervals of 0.5 to 3 seconds from the top to the bottom. Tight press will bind the aggregate to allow mortar delamination.

Next, the bar-shaped compaction apparatus 200 which concerns on this invention is demonstrated.

Bar-shaped consolidation apparatus 200 according to the present invention, as shown in Figure 4, is generated between the pair of peeling plate 2 by the horizontal movement staggered with each other by the power transmitted by the crankshaft (3) The rubbing phenomenon causes the coarse aggregate filled in the lower end of the inside of the "V" shaped peeling plate to peel and fall off by friction, and at the same time, the coarse aggregate filled in the upper end of the inside of the "V" shaped peeling plate is Where to press tightly in the sequential three-stage compression method of the interruption-shear, it is composed of a consolidation bar 210, a connecting rod 220, a pressure supply device (230).

The consolidation bar 210 is made of the same shape as the upper end inside the peeling plate having a thick aggregate transport space of the "V" shape to press the peeling plate tightly in the sequential three-stage compression method of the rear end-intermediate-front. Along the longitudinal direction.

The connecting rod 220 is connected to the front end, the middle end, and the rear end of the consolidation bar, respectively, and transmits pressure to maintain a constant pressure along the front end, the middle end, and the rear end through the pressure fixing spring.

The pressure supply device 230 is connected to the connecting rod 220, the pressure is constantly supplied to the pressure fixing spring 221 for the front end / middle / rear end of the consolidation bar when the consolidation device is driven.

As the pressure supply device 230 used in the present invention, a motor, a hydraulic pump, an air compressor, or the like is used.

In addition, the consolidation bar 210 on one side of the pressure supply device presses the pressure set point and the ON / OFF and rotation direction of the pressure aggregate to press the thick aggregate to be densely pressed in a sequential three-stage compression method of the rear end, the middle end, and the front end through the connecting rod. The controlling unit is configured.

And, as shown in Figure 17, the consolidation bar 210, the upper end coupled to the connecting rod when viewed from the side is formed to be inclined at an angle of 5 ~ 30 ° toward the rear end-intermediate-front end. The reason is that when the slant is inclined at an angle of 5 ° or less, the recycled coarse aggregate is pressed in the same way by pressing the coarse aggregate filled in the upper end with the same pressing method in the back end, middle part, and front end, rather than the sequential three-stage crimping method. Since the binding force is weak compared to the lower part, the mortar does not peel off well and there is a problem that exists as it is, and when the slant is inclined at an angle of 30 ° or more, when pressing the recycled thick aggregate by the sequential three-stage compression method of the rear-end-front Too strong force is generated, the coarse aggregate is recycled fragments to the side of the peeling plate may cause the failure of the device, there must be a lot of pressure generated from the pressure supply device, there is a problem that a lot of maintenance costs are generated.

Therefore, it is most preferable that the upper end coupled to the connecting rod as viewed from the side is inclined at an angle of 5 to 30 ° toward the rear end-intermediate-front part.

By using such a bar-shaped consolidation apparatus 200, as shown in Figure 5, by the power transmitted by the crankshaft (3) alternately horizontally generated to be generated between the pair of peeling plate (2) The rubbing phenomenon causes the coarse aggregate filled in the lower end of the inside of the "V" shaped peeling plate to peel and fall off by friction, and at the same time, the coarse aggregate filled in the upper end of the inside of the "V" shaped peeling plate is By tightly pressing the sequential three-stage compression of the interruption-shear, the aggregate is constrained so that mortar delamination can occur.

Next, the gear-shaped compaction apparatus 300 which concerns on this invention is demonstrated.

As shown in FIG. 6, the gear-shaped compaction apparatus 300 according to the present invention is alternately horizontally moved by the power transmitted by the crankshaft 3 to be generated between the pair of release plates 2. Due to the rubbing phenomenon, the coarse aggregate filled in the lower end of the inside of the "V" -shaped peeling plate is peeled and dropped by friction, and at the same time, the coarse aggregate filled in the upper end of the inside of the "V" -shaped peeling plate is plural. Where the coarse aggregate is transported downward while scraping from the top through the two wings, it is composed of a gear-wheel-shaped rotating part 310, the crankshaft 320, the motor portion 330.

The cogwheel-shaped rotating part 310 transfers the coarse aggregate downward while scraping coarse aggregate filled in the upper end of the inside of the peeling plate having a coarse aggregate conveyance space of the "V" shape from above through a plurality of wings. It plays a role.

The crankshaft 320 is connected to the central axis of the gear-type rotating portion serves to transfer the power of the motor unit.

The motor unit 330 transmits power to the crankshaft.

In addition, a control unit is configured to control the rotational direction of the cogwheel-type rotating unit and the ON / OFF of the motor unit to transfer the coarse aggregate downward while the cogwheel-type rotating unit scrapes from the top down through the crankshaft on one side of the motor unit.

By using this cogwheel-shaped compaction apparatus, as shown in Fig. 7, the horizontal movement is alternately horizontally shifted by the power transmitted by the crankshaft (3), the occurrence of rub between the pair of peeling plates (2) By the coarse aggregate filled in the lower end of the inside of the "V" -shaped peeling plate by the friction action, and at the same time a plurality of wings to the coarse aggregate filled in the upper end of the inside of the "V" -shaped peeling plate. Scratch from top to bottom through to confine the aggregate so that mortar delamination can occur.

Hereinafter, a component for causing the coarse aggregate filled in the lower end of the inside of the "V" -shaped peeling plate by rubbing through the regeneration coarse aggregate mortar peeler with the consolidation apparatus according to the present invention to be peeled off and dropped by friction. Explain about.

The mortar peeler 1 with the consolidation apparatus according to the present invention, as shown in Figures 8 to 10, in order to peel mortar from the selected recycled coarse aggregate, a pair formed of a plurality of inclined symmetrical with each other The power supply is transmitted to the crankshaft 3 and the crankshaft 3 which form the peeling plate 2, and are connected by the connecting shaft 31 to the one side in order to drive the said pair of peeling plates 2, and to this. It consists of a rotating shaft (4) connected to the drive belt 41 and the motor (5) connected to the operating belt 51 to transmit power to the rotating shaft (4).

Thus, in order for the peeling plate 2 to be connected to the crankshaft 3 to perform a horizontal movement, a connecting member 32 such as a universal joint freely rotating at a predetermined angle is formed at the end of the connecting shaft 31.

Thus, as shown in FIG. 10, the pair of peeling plates 2 are alternately horizontally moved by the driving means for transmitting power to the pair of peeling plates 2, so that the pair of peeling plates 2 is separated. Aggregates formed in the peeling plate (2) due to the phenomenon in which the horizontal motion rub against each other, the aggregates are rubbed with each other, the mortar attached to the aggregate is peeled off or dropped off.

11 and 12, the pair of peeling plates 2 are embossed circular convex protrusions so as to more easily remove the mortar attached to the aggregate with the peeling surfaces 21 facing each other. 211) may be formed, or the curved or angled concave-convex surface 22 may be formed, but not limited thereto, and other shapes effective for peeling mortar may be employed.

Then, a plurality of discharge holes 16 are formed at the lower end between the pair of release plates 2 to discharge the mortar separated from the coarse aggregate by the peeling action, and to discharge the mortar collected by the discharge holes at the lower end thereof. By forming the mortar discharge port 17, the coarse aggregate discharged through the coarse aggregate discharge port 14 of the peeler 1 is that good aggregate is discharged without a separate sorting device, but more preferably eliminated by the peeling action Recycled coarse aggregate discharged from the recycled coarse aggregate outlet 14 to prevent the discharge of the attached mortar and foreign matter attached to the coarse aggregate is a separate sorting device for separating the mortar and foreign matter attached to the coarse aggregate secondary (drawing diagram) It would be desirable to construct a).

In addition, as shown in Figure 13 to 15 to the end of the coarse aggregate outlet of the peeler (1) to control the discharge of the aggregate so that the aggregates smoothly rub the aggregates between the pair of peeling plate (2) By forming a discharge limit curtain (6), such as a blind, a certain amount of coarse aggregate for peeling is filled between the pair of peeling plates (2) to enhance the peeling effect.

In addition, in order to install the pair of peeling plates 2 in a horizontal motion inside the peeler 1, a fixing guide 7 for supporting the peeling plates 2 is formed and the upper and lower portions of the peeling plates are fixed. A guide piece 23 slid to the guide, and the fixed guide

The bearing 24 is formed between the guide pieces for smooth operation.

At this time, the pair of peeling plate (2) is a protective plate to surround the peeling plate (2) on both sides of the peeling plate to prevent the horizontal movement is hindered by the coarse aggregate or falling mortar and foreign matter selected when the horizontal movement (8) is further formed to prevent the occurrence of a failure even if the pair of peeling plates (2) horizontal movement for a long time.

When explaining the mortar peeler (1) for the recycled coarse aggregate in accordance with the present invention in more detail, through the input conveyor (11) hopper 12 into which the recycled coarse aggregate is introduced to distribute the aggregate evenly ( 13) and a pair of plates peeling coarse aggregate

Field 13, and the coarse aggregate discharge port 14 for discharging the coarse aggregate completed the peeling action and the mortar of the discharge hole 16 and the discharge hole 16 is discharged to collect the mortar dropped from the coarse aggregate is discharged A mortar outlet 17 is included.

In addition, the present invention is a hopper 12 is formed in which the recycled aggregate is injected at the upper end, the hopper 12 is interrupted in the distributor 13, which guides the aggregate to be uniformly distributed to the mortar peeling plate (2) Aggregate is removed through the mortar peeling plate (2) and the mortar is removed through the friction peeling action between the aggregate and the mortar peeling plate (2), aggregate, and the removed mortar is discharged through the discharge port (14), the aggregate transfer It is configured to be transferred to the outside through a conveyor (not shown).

As a result, the recycled coarse aggregate introduced into the exfoliator 1 is a high quality recycled aggregate having improved quality than the aggregate before the adhered mortar is exfoliated while the transfer space formed between the mortar exfoliation plates 2 is transferred. To be.

In addition, in the peeling plate 2 which peels mortar, the predetermined | prescribed uneven protrusion 211 is formed. The uneven protrusions 211 may be uneven protrusions protruding from the surface, or may form curved or angular uneven surfaces, and are not limited thereto, and other shapes that are effectively considered for peeling mortar may be employed.

The pair of peeling plates 2 are coupled to the driving means capable of moving forward and backward, and configured to be forward and backward by the driving means, and at the same time, the mortar peeling plates 2 are paired with each other to move forward and backward in opposite directions. It is configured to reverse.

On the other hand, the pair of peeling plate 12 is provided in the inside of the peeler 1, the pair of peeling plate 2 is arranged to form a coarse aggregate transport space of the "V" shape spaced apart from each other by a predetermined interval. . Here, the lower diameter of the transport space is preferably 5mm or more because the particle size of the coarse aggregate to be discharged to less than 5mm it is preferable to be configured to discharge the mortar and fine powder.

Look at the action and effect of the mortar peeler for regenerated coarse aggregate according to the present invention configured as described above.

First, a description will be given of the operation of the mortar stripper for recycling thick aggregate with plate-shaped compaction apparatus according to the present invention.

As shown in FIG. 3, the coarse aggregate introduced into the hopper 11 that is evenly fed is transferred along the transfer space formed between each pair of release plates 2 by the distributor 13, where a pair of The mortar is peeled off by the interaction between the aggregate and the aggregate, the aggregate and the mortar peeling plate 2 by the forward and backward movement of the peeling plate 2, and falls to the mortar discharge hole 16.

Subsequently, the coarse aggregate filled in the lower end portion of the inside of the "V" -shaped peeling plate moves together in synchronization with the forward and backward movement of the pair of peeling plates 12, and the unevenness formed on the peeling surface formed between the peeling plates 2 The friction is caused by the projections 211, and furthermore, the mortar attached to the surface of the coarse aggregate is peeled off while the coarse aggregates are rubbed with each other.

At the same time, the plate-shaped consolidation device installed in the upper end of the "V" shape peeling plate presses the packed coarse aggregates from the top to the bottom at 0.5 to 3 second intervals to press tightly, thereby acting as a binding force for peeling. do.

Thus, the coarse aggregate filled in the upper portion is pressed tightly while pressing at intervals of 0.5 to 3 seconds, the attachment mortar peeling effectively by the binding force can produce a coarse aggregate of excellent quality.

Next, a description will be given of the operation process of the mortar peeler for the recycled coarse aggregate with the bar-shaped consolidation apparatus according to the present invention.

As shown in FIG. 5, the coarse aggregate introduced into the hopper 11 that is evenly fed is transferred along the transfer space formed between each pair of release plates 2 by the distributor 13, where a pair of The mortar is peeled off by the interaction between the aggregate and the aggregate, the aggregate and the mortar peeling plate 2 by the forward and backward movement of the peeling plate 2, and falls to the mortar discharge hole 16.

Subsequently, the coarse aggregate filled in the lower end portion of the inside of the "V" -shaped peeling plate moves together in synchronization with the forward and backward movement of the pair of peeling plates 12, and the unevenness formed on the peeling surface formed between the peeling plates 2 The friction is caused by the projections 211, and furthermore, the mortar attached to the surface of the coarse aggregate is peeled off while the coarse aggregates are rubbed with each other.

 At the same time, in the bar-shaped consolidation apparatus installed at the upper end inside the "V" shape peeling plate, the coarse aggregate is pressed tightly by the sequential three-stage pressing method of the rear end, the middle end, and the front end, so that mortar peeling can occur easily. It can be binding.

The coarse aggregate filled in the upper portion is pressed tightly by the sequential three-stage compression method of the rear end-intermediate-stage, so that a lot of rubbing occurs, it is possible to utilize the coarse aggregate of excellent quality.

Next, a description will be given of the operation process of the mortar peeler for the recycled coarse aggregate with the cogwheel-shaped compaction apparatus according to the present invention.

As shown in FIG. 7, the coarse aggregate introduced into the hopper 11 that is evenly introduced is transferred along the transfer space formed between each pair of release plates 2 by the distributor 13, where a pair of The mortar is peeled off by the interaction between the aggregate and the aggregate, the aggregate and the mortar peeling plate 2 by the forward and backward movements of the release plate 2, and falls to the mortar discharge hole 16.

Subsequently, the coarse aggregate filled in the lower end portion of the inside of the "V" -shaped peeling plate moves together in synchronization with the forward and backward movement of the pair of peeling plates 12, and the unevenness formed on the peeling surface formed between the peeling plates 2 The friction is caused by the projections 211, and furthermore, the mortar attached to the surface of the coarse aggregate is peeled off while the coarse aggregates are rubbed with each other.

At the same time, in the cogwheel-shaped consolidation apparatus installed at the upper end inside the "V" shaped peeling plate, the mortar peeling can be easily performed by binding the coarse aggregate to the coarse aggregate while scraping the filled coarse aggregate from above through the plurality of wings. do.

The coarse aggregate filled in the upper end gives a binding force to the coarse aggregate while scraping from the top down through a plurality of wings, the kneading phenomenon is increased to utilize the coarse aggregate of excellent quality.

As described above, the mortar peeler for regenerated coarse aggregate according to the present invention constitutes a consolidation apparatus on one side of the upper end, thereby giving a restraint to the regenerated coarse aggregate filled in the upper end inside the "V" shaped peeling plate, aggregate and aggregate. Or rub the aggregate between the aggregate and the release plate to occur well.

Claims (5)

The distributor coarse aggregate is injected into one side of the upper end portion is formed into the dispenser 13 is equally injected, the regeneration coarse aggregate discharge port 14 for discharging the coarse aggregate separated from the mortar to the other side is formed by the crankshaft (3) In the mortar peeler (1) to horizontally cross each other by the transmitted power to rub the aggregate filled between the pair of peeling plates (2) to rub the mortar adhered to the aggregate while peeling and falling off, The extruder 1 presses the coarse aggregate packed in the upper end of the inside of the peeling plate having a coarse aggregate conveyance space of the "V" shape at the interval of 0.5 to 3 seconds from the top to the bottom, or coarsely while scratching from the top to the bottom. A mortar peeler for reclaimed coarse aggregate with a consolidation apparatus, characterized by comprising a consolidation apparatus (100,200,300) for transferring the aggregate in the shear direction. According to claim 1, the consolidation apparatus 100 is formed of the same shape as the upper end of the inside of the release plate having a coarse aggregate transport space of the "V" shape and press tightly while pressing the coarse aggregate, 110, A link unit 120 connected to one side of the consolidation plate 110 to rotate the consolidation plate 110 from top to bottom, The mortar peeler for regeneration coarse aggregate with a consolidation device, characterized in that consisting of a motor unit 130 is connected to one side of the link portion 120 to generate power. According to claim 1, the consolidation apparatus 200 is made of the same shape as the upper end inside the peeling plate having a coarse aggregate transport space of the "V" shape to close the coarse aggregate in a sequential three-stage compression method of the end-end-front Consolidation bar 210 formed in the longitudinal direction along the release plate to press, A connecting rod 220 connected to the front end, the middle end, and the rear end of the consolidation bar, respectively, to transfer pressure to maintain a constant pressure along the front end, the middle end, and the rear end through a pressure fixing spring; Attached to the connecting rod, the consolidation device is characterized in that it consists of a pressure supply device 230 for supplying a constant pressure to the pressure fixing spring for the front end / middle / rear end of the consolidation bar when the consolidation device is driven Mortar stripper for recycled coarse aggregate. According to claim 3, the consolidation bar 210 is the regeneration coarse attached to the consolidation apparatus, characterized in that the upper end coupled to the connecting rod is formed at an angle of 5 to 30 ° toward the rear end-intermediate front end when viewed from the side Mortar stripper for aggregate. 2. The consolidation apparatus 300 according to claim 1, wherein the consolidation apparatus 300 feeds coarse aggregate while scraping the coarse aggregate filled in the upper end of the inside of the peeling plate having a coarse aggregate conveyance space of the "V" shape from above through a plurality of wings. Wheel type rotating part 310, A crankshaft 320 connected to the central axis of the gear-wheel rotating unit 310 to transmit power of the motor unit; Mortar peeler for regeneration coarse aggregate with a consolidation device, characterized in that the motor unit 330 for transmitting power to the crankshaft (320).

Images