KR20200020410A - Concrete panel processing apparatus - Google Patents

Abstract

The present invention relates to a concrete panel processing apparatus of a novel structure capable of forming engraved patterns of various shapes on the surface of a concrete panel. According to the present invention, the concrete panel processing apparatus comprises: a transport conveyor device arranged to be extended in the back-and-forth direction to transport a concrete panel; a laser processing unit arranged at the center of the transport conveyor device to process the upper surface of the concrete panel; and a breaker unit which is arranged at the center of the transport conveyor device to be positioned behind the laser processing unit, and uses a chisel for striking the upper surface of the concrete panel to form a pattern on the upper surface of the concrete panel. When forming a shallow pattern, the laser processing unit is used to process the surface of the concrete panel to form the shallow pattern. When forming a deep pattern, the laser processing unit is used to form an edge corresponding to the shape of the perimeter of the pattern on the concrete panel, and then the breaker unit is used to strike the inside portion of the edge to form the pattern. Therefore, patterns of various shapes can be freely formed, and shallow patterns and deep patterns can be effectively and quickly formed.

Description

Concrete Panel Processing Equipment {CONCRETE PANEL PROCESSING APPARATUS}

The present invention relates to a concrete panel processing apparatus of a new structure that can form various types of intaglio patterns on the surface of the concrete panel, and more particularly, by processing the surface of the concrete panel using a laser processing unit to produce a shallow pattern When forming a deep pattern, the upper laser processing unit is used to form a frame corresponding to the shape of the periphery of the pattern, and then to break the inner part of the frame using a breaker unit to form a pattern The present invention relates to a concrete panel processing apparatus that can freely form various types of patterns, and can form deep and shallow patterns effectively and quickly.

In general, in the case of concrete panels used in buildings, there was a problem that the surface is monotonous.

Therefore, recently, a method of decorating the surface of the concrete panel in various ways has been developed.

When the pattern is formed on the concrete panel, the concrete is cast on the mold for manufacturing the concrete panel, and then an embossed plate formed to protrude the pattern of the shape to be formed is placed on the upper surface of the poured concrete, and the concrete is cured. A method of forming an intaglio pattern corresponding to the pattern of the relief plate is mainly used on the upper surface of the finished concrete panel.

However, when using this method, it is possible to mass-produce concrete panels with the same pattern, but there was a problem that it is difficult to manufacture concrete panels having various patterns.

Therefore, there is a need for a new method to solve this problem.

On the other hand, recently, a laser processing apparatus for processing various kinds of objects including a metal using a laser has been developed and used. Among them, Korean Patent No. 10-1435404 “Dual Wavelength Hybrid Laser Processing Equipment and Processing Method” uses a laser. A laser oscillator for outputting and a position adjusting means connected to the laser oscillator to adjust the position of the laser oscillator according to a drawing input in advance so that the object is processed by the laser output from the laser oscillator.

At this time, the laser factory output the laser to the surface of the concrete, it is possible to process the surface of the concrete.

However, there are still many difficulties in manufacturing a concrete panel formed with a variety of patterns.

Korea Patent Registration No. 10-1435404

The present invention is to solve the above problems, it is an object of the present invention to provide a concrete panel processing apparatus of a new structure that can form a variety of intaglio pattern on the surface of the concrete panel.

The present invention for achieving the above object is to form a pattern of the intaglio on the surface of the concrete panel, is provided to extend in the front and rear direction conveying conveyor device for transporting the concrete panel, and the intermediate portion of the transport conveyor device The upper surface of the concrete panel using a laser processing unit which is provided in the processing unit for processing the upper surface of the concrete panel, and the chisel is provided in the middle portion of the transfer conveyor device so as to be located behind the laser processing unit and hit the upper surface of the concrete panel. Including a breaker unit for forming a pattern on the surface of the concrete panel using the laser processing unit when forming a shallow pattern, and when forming a deep pattern of the pattern on the concrete panel using the laser processing unit After forming the edge corresponding to the shape of the circumference, the breaker unit Used to characterized in that the naedorok wave by striking an inner portion of the rim.

According to another feature of the invention, the laser processing unit is a laser oscillator configured to irradiate the laser toward the lower side above the middle portion of the transfer conveyor device, the position of the laser oscillator in accordance with a drawing previously connected to the laser oscillator Position control means for processing the upper surface of the concrete panel by the laser output from the laser oscillator by adjusting the dust collecting cover and the dust collecting cover provided to surround the circumference of the laser oscillator is formed in the open cylindrical shape, It characterized in that it comprises an exhaust means connected to.

According to another feature of the invention, the breaker unit is provided with a chisel extending downwards to break the surface of the concrete by lifting the chisel and the breaker head connected to the breaker head in accordance with a drawing previously input of the breaker head It characterized in that it comprises a position adjusting means for adjusting the position to process the upper surface of the concrete panel by the breaker head.

According to another feature of the invention, the first conveyor is provided to be connected to the rear end of the conveying conveyor device, and the first conveyor provided in the auxiliary conveyor device to raise the concrete panel transferred to the upper surface of the auxiliary conveyor device And a second lift device for supporting and elevating the concrete panel lifted by the first lift device, and a spacer supply means for supplying a spacer to an upper surface of the concrete panel transferred to the upper surface of the auxiliary conveyor device. The auxiliary conveyor apparatus uses a roller conveyor apparatus including a support frame extending in the front and rear direction, and a plurality of rollers provided to be spaced apart from each other in the front and rear direction on the support frame, wherein the first lift apparatus is the auxiliary conveyor apparatus. The support frame is provided to be positioned below the roller and The platform includes a platform having a support block positioned between the rollers, and a hydraulic cylinder connected to the platform to lift the platform, wherein the support block is upper side of the roller through a gap between the rollers when the platform is raised. It is configured to push up the concrete panel raised on the upper surface of the roller to the upper side, the second lift device is a guide rail provided to extend laterally on the bottom surface to be located on one side of the auxiliary conveyor device, A slide table coupled to the guide rail so as to be slidable and movable forward and backward in the lateral direction of the auxiliary conveyor apparatus by a slide driving means, and a lift table coupled to the transfer table to be lifted and lowered by a lift driving means; Extending from the platform toward the auxiliary conveyor device by the first lift device. And a plurality of support bars for supporting a lower side of the elevated concrete panel, wherein the spacer supplying means is provided with guide rails extending in the front and rear directions on the other side of the auxiliary conveyor device so as to be positioned opposite to the second lift device; It is slidably coupled to the guide rail in the front-rear direction and slides in the front-rear direction by the forward-backward driving means, the upper surface is provided with a support provided with a plurality of guide grooves for inserting the spacer in the lateral direction, and the support And a plurality of pushers for pushing and supplying a spacer inserted into the guide groove to an upper surface of the concrete panel conveyed to the upper surface of the auxiliary conveyor device, when the concrete panel is transferred to the upper surface of the auxiliary conveyor device. Pushes the concrete panel upwards, The second lift apparatus is advanced to allow the support bar to be inserted into the lower side of the elevated concrete panel, and then elevate the platform to further raise the concrete panel, and the platform of the first lift apparatus is lowered, and the auxiliary conveyor apparatus is lowered. When the new concrete panel is transferred to the spacer, the spacer supply means supplies a spacer to the upper surface of the newly supplied concrete panel, and the second lift device lowers the elevated concrete panel so that the concrete panel is placed on the upper surface of the spacer, It characterized in that the plurality of concrete panels are stacked in the vertical direction of each other.

Concrete panel processing apparatus according to the present invention is provided so as to extend in the front and rear direction conveying device for conveying the concrete panel, the laser processing unit is provided in the middle portion of the conveying device for processing the upper surface of the concrete panel, and The breaker unit is provided in the middle of the conveying device so as to be positioned behind the laser processing unit and forms a pattern on the upper surface of the concrete panel by using a chisel to strike the upper surface of the concrete panel, thereby forming a shallow pattern. When forming a shallow pattern by processing the surface of the concrete panel using the laser processing unit, when forming a deep pattern, using the laser processing unit to form an edge corresponding to the shape of the circumference of the pattern on the concrete panel , The inside of the rim using the breaker unit Hitting a minute to form a pattern.

Therefore, not only can freely form various types of patterns, there is an advantage that can be formed quickly and effectively a deep pattern and a shallow pattern.

1 is a plan view showing a concrete panel processing apparatus according to the present invention.
Figure 2 is a side configuration view showing a laser processing unit of the concrete panel processing apparatus according to the present invention.
Figure 3 is a side view showing the breaker unit of the concrete panel processing apparatus according to the present invention.
4 to 6 is a reference diagram showing the action of the concrete panel processing apparatus according to the present invention.
Figure 7 is a plan view showing a second embodiment of a concrete panel processing apparatus according to the present invention.
Figure 8 is a side cross-sectional view showing a first lift apparatus of a second embodiment of a concrete panel processing apparatus according to the invention.
FIG. 9 is a front sectional view showing a section taken along the line AA of FIG. 7. FIG.
10 is a side view showing the spacer supply means of the second embodiment of the concrete panel processing apparatus according to the invention.
11 to 17 is a reference diagram showing the action of the second embodiment of the concrete panel processing apparatus according to the invention.

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

1 to 6 illustrate a concrete panel processing apparatus according to the present invention, the conveying conveyor apparatus 10 and the conveying conveyor apparatus 10 which are provided to extend in the front and rear directions to convey the concrete panel 1. Is provided in the middle portion of the laser processing unit 20 for processing the upper surface of the concrete panel 1, and is provided in the middle portion of the transfer conveyor device 10 to be located behind the laser processing unit 20 Consists of a breaker unit 30 to form a pattern 3 on the upper surface of the concrete panel 1 by using a chisel 31 to strike the upper surface of the concrete panel 1, by the conveying conveyor device 10 It is configured to form an intaglio pattern (3) on the upper surface of the concrete panel (1) of the concrete panel (1) to be transferred.

In detail, the transport conveyor apparatus 10 includes a support frame 11 extending in the front-rear direction and a plurality of rollers 12 provided to be spaced apart from each other in the front-rear direction on the support frame 41. Use a conveyor.

As shown in FIG. 2, the laser processing unit 20 includes a laser oscillator 21 and a laser oscillator 21 configured to irradiate a laser downwardly above an intermediate portion of the transfer conveyor apparatus 10. Position adjusting means 22 and the lower side connected to the upper surface of the concrete panel 1 by the laser output from the laser oscillator 21 by adjusting the position of the laser oscillator 21 in accordance with the drawings previously input, It is composed of an open cylindrical shape, the dust collecting cover 23 provided to surround the circumference of the laser oscillator 21, and the exhaust means 24 connected to the dust collecting cover 23.

As shown in FIG. 5, the laser oscillator 21 concentrates and irradiates a laser onto a top surface of the concrete panel 1 transferred by the transfer conveyor apparatus 10, or as shown in FIG. 4. Similarly, by spreading and irradiating a laser in a circular manner, the upper surface of the concrete panel 1 is dug into a thin line shape, or a large area of the upper surface of the concrete panel 1 is dug and processed.

Since the laser oscillator 21 is generally used in a laser processing apparatus for processing various objects, a detailed description thereof will be omitted.

The position adjusting means 22 is configured to precisely adjust the position of the laser oscillator 21 in the horizontal direction and the vertical direction, and usually raises the laser oscillator 21 and the dust collecting cover 23, and transfers the When the concrete panel 1 transported by the conveyor apparatus 10 is stopped at the lower side of the laser processing unit 20, the dust collecting cover 23 is configured to descend so as to approach the upper surface of the concrete panel 1.

The dust collecting cover 23 is formed in a cone shape of a synthetic resin material having an open lower side, and is operated by the position adjusting means 22 when the upper surface of the concrete panel 1 is processed using the laser oscillator 21. As the lower end is close to the upper surface of the concrete panel 1, it functions to prevent the dust generated when processing the upper surface of the concrete panel 1 with the laser oscillator 21 to spread to the outside.

At this time, the diameter of the lower end of the dust collecting cover 23 is configured to be larger than the maximum diameter of the laser irradiated from the laser oscillator 21.

The exhaust means 24 uses a vacuum pump connected to the dust collecting cover 23 through an exhaust pipe 24a, and sucks the air inside the dust collecting cover 23 and discharges it to the outside when driving the laser oscillator. (21) serves to discharge dust generated when processing the upper surface of the concrete panel (1) with a laser irradiated to the outside.

As shown in FIG. 3, the breaker unit 30 includes a chisel 31 extending downward, and breaks the surface of concrete by elevating the chisel 31 and the breaker head ( 32 is configured to adjust the position of the breaker head 32 according to the input drawings in advance by the breaker head 32 is composed of a position adjusting means 33 for processing the upper surface of the concrete panel (1).

The breaker head 32 is operated by pneumatic pressure to apply a strong impact to the chisel 31 while the chisel 31 is in close contact with the upper surface of the concrete surface, so that the lower end of the chisel 31 has a concrete panel 1 Dig the top of the).

The breaker head 32 is the same as the air breaker used when crushing the concrete wall surface or to form a hole in the concrete wall surface, a detailed description thereof will be omitted.

The positioning means 33 is usually raised to the breaker head 32, when the concrete panel (1) to be transported by the conveying conveyor device 10 is stopped on the lower side of the breaker unit 30, the breaker The head 32 is lowered so that the lower end of the chisel 31 is in close contact with the upper surface of the concrete panel 1.

Referring to the method of forming the intaglio pattern (3) on the upper surface of the concrete panel (1) using the concrete panel processing device configured as described above are as follows.

At this time, the method of forming a pattern 3 on the concrete panel 1 is a method of forming a shallow intaglio pattern 3 on the concrete panel 1, and a deep intaglio pattern 3 on the concrete panel 1 Divided into ways to form.

First, a method of forming a shallow intaglio pattern 3 on the concrete panel 1 will be described.

First, when the worker supplies the concrete panel 1 to the front upper side of the conveying conveyor device 10, the concrete panel 1 is supplied to the upper side of the laser processing unit 20 by the conveying conveyor device (10). do.

In addition, the laser processing unit 20 processes the upper surface of the concrete panel 1 by controlling the operation of the laser oscillator 21 and the position adjusting means 22 according to the input drawings.

At this time, as shown in Figure 4, the laser oscillator 21 is to spread the laser wide circularly by irradiating the upper surface of the concrete panel 1, the pattern of a shallow depth on the upper surface of the concrete panel ( 3) form.

In other words, when the laser is diffused in a circular shape, the laser is irradiated to the large area of the concrete panel 1 at once, and there is an advantage that the large area can be processed at once, while the energy applied per unit area of the concrete panel 1 The amount is reduced, the depth which can process the upper surface of the concrete panel 1 by irradiating a laser becomes shallow.

Therefore, the pattern 3 of shallow depth can be formed in the upper surface of the concrete panel 1 at high speed.

Then, when the predetermined pattern (3) is formed on the upper surface of the concrete panel 1, the laser is factory is stopped, the conveying conveyor device 10 is driven, to transfer the concrete panel 1 to the rear Discharge.

On the contrary, when the deep pattern 3 is formed on the upper surface of the concrete panel 1, the laser oscillator 21 concentrates the laser in a narrow area on the upper surface of the concrete panel 1, as shown in FIG. In this case, the upper surface of the concrete panel 1 is excavated in a thin line shape.

That is, when the laser is concentrated in a narrow area, the energy applied per unit area of the concrete panel 1 is increased, and the concrete can be quickly dug into a deep line shape.

At this time, the position adjusting means 22 is moved in the shape of the edge 4 of the pattern 3 to form the laser oscillator 21, the shape of the circumference of the pattern 3 on the upper surface of the concrete panel 1 The edge 4 corresponding to the above is formed.

Then, when the edge 4 of the predetermined shape is formed on the upper surface of the concrete panel 1, the laser processing unit 20 is stopped, the conveying conveyor device 10 is driven, the concrete panel 1 to the Transfer to the lower side of the breaker unit (30).

And, as shown in Figure 6, the breaker unit 30 is operated, hitting the inner portion of the rim (4) formed on the concrete panel 1 to the negative pattern (3) on the upper surface of the concrete panel (1) ).

In this way, after forming the rim 4 on the upper surface of the concrete panel 1, by hitting the inner portion of the rim 4 to form a pattern 3, the pattern on the upper surface of the concrete panel 1 using a laser Compared with forming (3), not only can the deep engraving pattern (3) be formed at a higher speed, but also the concrete surface is simply hit with the breaker unit (30) to form the pattern (3). It is possible to form the pattern 3 of the correct shape.

Then, when the predetermined pattern 3 is formed on the upper surface of the concrete panel 1, the conveying conveyor device 10 is driven to transport the concrete panel 1 to the rear to discharge.

The concrete panel processing apparatus configured as described above is provided to extend in the front-rear direction, and is provided with a conveying conveyor device 10 for conveying the concrete panel 1, and is provided at an intermediate portion of the conveying conveyor device 10. Laser processing unit 20 for processing the upper surface of the chisel is provided in the middle portion of the conveying conveyor device 10 so as to be located behind the laser processing unit 20 and hitting the upper surface of the concrete panel (1) It is composed of a breaker unit 30 to form a pattern 3 on the upper surface of the concrete panel 1 by using a 31, when forming a shallow pattern (3) concrete using the laser processing unit 20 By processing the surface of the panel 1, a shallow pattern 3 is formed, and when forming a deep pattern 3, the circumference of the pattern 3 is formed on the concrete panel 1 using the laser processing unit 20. Forming the edge 4 corresponding to the shape Then, by using the breaker unit 30 to hit the inner portion of the rim 4 to form a pattern (3).

Therefore, not only the various patterns 3 can be freely formed, but also there is an advantage that the deep patterns 3 and the shallow patterns 3 can be effectively and quickly formed.

7 to 17 show another embodiment according to the present invention, the auxiliary conveyor device 40 provided to be connected to the rear end of the transfer conveyor device 10 and the auxiliary conveyor device 40 are provided. The first lift device 50 for raising the concrete panel 1 transferred to the upper surface of the auxiliary conveyor device 40 and the concrete panel 1 lifted by the first lift device 50 to support the first lift device 50. The second lift device 60 for elevating and the spacer supply means 70 for supplying the spacer 2 to the upper surface of the concrete panel 1 transferred to the upper surface of the auxiliary conveyor device 40 is further provided.

The auxiliary conveyor device 40 uses a roller conveyor device including a support frame 41 extending in the front and rear direction, and a plurality of rollers 42 provided to be spaced apart from each other in the front and rear directions on the support frame 41.

As shown in FIGS. 7 to 9, the first lift apparatus 50 is provided on the support frame 41 of the auxiliary conveyor apparatus 40 so as to be positioned below the roller 42, and on the upper surface of the roller 42. A lifting platform 51 provided with a support block 51a positioned between the 42 and a hydraulic cylinder 52 connected to the lifting platform 51 to lift the lifting platform 51 is provided.

The support block 51a is lifted to the upper side of the roller 42 through the gap between the rollers 42, as shown by the dotted line in FIG. The concrete panel (1) mounted on the upper surface is configured to push up.

As shown in FIGS. 7 and 9, the second lift device 60 includes a guide rail 61 provided to extend laterally on the bottom surface so as to be located at one side of the auxiliary conveyor device 40. The slide rail is coupled to the guide rail 61 so as to slide forward and backward in the lateral direction of the subsidiary conveyor device 40 by the slide driving means 62a, and can move up and down the transport rail 62. And a lift panel 63 lifted by the lift driving means 63a, and the concrete panel extended from the lift table 63 toward the auxiliary conveyor device 40 to be lifted by the first lift device 50. It consists of the several support bar 64 which supports the lower side of 1).

The slide driving means (62a) is provided to extend in the lateral direction and one end is fixed to the bottom surface and the other end is connected to the conveying table 62 to move the conveying table 62 to the auxiliary conveyor device 40 according to the expansion and contraction Use hydraulic cylinder to advance back and forth.

The transfer table 62 is configured in the form of a block of metal material, and an elevating guide 62b to which the elevating platform 63 is coupled is provided on an upper surface thereof.

The lifting driving means (63a) is provided so as to extend in the vertical direction and the upper and lower ends are coupled to the transfer table 62 and the lifting table 63, respectively, using a hydraulic cylinder for elevating the lifting platform (63) according to expansion and contraction.

The support bar 64 is composed of two, and is configured to be widely spaced in the front and rear direction compared to the front and rear intervals of the support block 51a provided on the platform 51 of the first lift device 50.

At this time, the support bar 64 of the lower surface of the concrete panel 1 raised by the first lift device 50 and the upper surface of the auxiliary conveyor device 40 in the state where the lifting platform 63 is lowered. Located in between, when the transfer table 62 is advanced toward the auxiliary conveyor device 40, the support bar 64 is configured to be inserted between the concrete panel 1 and the auxiliary conveyor device 40.

As shown in FIGS. 7, 9, and 10, the spacer supply means 70 extends in the front-rear direction on the other side of the auxiliary conveyor apparatus 40 so as to be located opposite to the second lift apparatus 60. A plurality of guide rails 71 and a plurality of guide rails 71 slidably coupled to the guide rails 71 in a forward and backward direction are slid in a forward and backward direction by a forward and backward driving means 72b, and the spacers 2 are inserted into upper surfaces thereof. An upper surface of the auxiliary conveyor device 40 includes a support 72 provided with a guide groove 72a extending laterally, and a spacer 2 provided in the support 72 inserted into the guide groove 72a. It consists of a plurality of pushers (73) for pushing and supplying to the upper surface of the concrete panel (1) transferred to.

The spacer 2 uses a wooden bar having a rectangular cross-sectional shape.

The support 72 is configured to be slidably forward in a position facing the second lift device 60 along the guide rail 71.

The guide groove (72a) is composed of two and the front and rear direction at the same interval as the front and rear intervals of the support block 51a provided on the platform 51 of the first lift device 50 on the upper surface of the support (72) It is formed to be spaced apart.

In addition, the guide groove 72a is configured to be slightly higher than the height of the upper surface of the concrete panel 1, the height of the lower side conveyed to the auxiliary conveyor device (40).

At this time, the spacer 2 is configured to supply the guide groove 72a by a worker by hand.

The pusher 73 is composed of an air cylinder configured to expand and contract toward the guide groove 72a on the side surface of the support 72.

Referring to the operation of the concrete panel processing device configured as described above are as follows.

First, as shown in FIG. 9, the lifting platform 51 of the first lift apparatus 50 is lowered, and the second lift apparatus 60 is retracted to be spaced apart from the auxiliary conveyor apparatus 40. In addition, the spacer 2 supply device is positioned so that the support 72 faces the second lift device 60.

At this time, each of the spacers 2 manually supplied by the operator are inserted into the guide grooves 72a of the support 72.

Then, the concrete panel 1, through which the processing of the pattern 3 is completed by passing through the laser processing unit 20 and the breaker unit 30, is discharged to the rear by the transfer conveyor device 10, so that the auxiliary conveyor device ( 40, the inlet cylinder 52 of the first lift device 50 is extended to lift the platform 51, as shown in FIG. As described above, the support block 51a is raised to the upper side of the roller 42 through the gap between the rollers 42, and pushes up the concrete panel 1 supplied to the auxiliary conveyor device 40 upwards. .

As shown in FIG. 12, the second lift device 60 is advanced toward the auxiliary conveyor device 40, and the support bar 64 is pushed upwards and upwards of the auxiliary conveyor device 40. After being inserted between the raised concrete panels 1, as shown in FIG. 13, the lifting platform 63 is raised, and the support bar 64 supports the lower side of the concrete panel 1 to support the concrete panels. Lift up (1).

At this time, the support block 51a of the first lift apparatus 50 is lowered to the initial position.

And, as shown in Figure 14, in the state in which the concrete panel 1 is raised by the second lift device 60, a new concrete panel (1) having a pattern (3) formed on the upper surface of the auxiliary conveyor device When it is transferred to 40, as shown in Figure 15, the pusher 73 of the spacer supply means 70 is extended and then contracted to push out the spacer 2 inserted in the guide groove 72a, concrete Supply to both sides of the upper surface of the panel (1).

Then, when the spacer 2 is supplied to the upper surface of the concrete panel 1, as shown in FIG. 16, the lifting panel 63 of the second lift device 60 is lowered to lift the concrete panel ( 1) is laminated on the upper side of the concrete panel (1) mounted on the upper surface of the auxiliary conveyor device (40).

On the other hand, when the concrete panel 1 is stacked in this way, as shown in Figure 17, the conveyance table 62 of the second lift device 60 is retracted to the initial position, the platform 63 is lowered. .

And, by repeating this process, the plurality of concrete panels 1 and the spacers 2 are alternately stacked on the upper side of the auxiliary conveyor device 40, and when a predetermined number of concrete panels 1 are laminated, The spacer supply means 70 moves forward, and pushes up the concrete panel 1 on which the first lift device 50 is stacked upward.

Therefore, it is possible to lift the concrete panel 1 laminated on the upper surface of the subsidiary conveyor device 40 by using a forklift and transport it to another place.

The concrete panel processing apparatus configured as described above is provided on the auxiliary conveyor device 40 and the auxiliary conveyor device 40 provided to be connected to the rear end of the transfer conveyor device 10 and the upper surface of the auxiliary conveyor device 40. A first lift device 50 for raising the concrete panel 1 transferred to the second lift device; a second lift device 60 for supporting and lifting the concrete panel 1 lifted by the first lift device 50; In addition, the spacer supply means 70 for supplying the spacer 2 to the upper surface of the concrete panel 1 transferred to the upper surface of the auxiliary conveyor device 40 is further provided.

Therefore, since the processed concrete panel 1 can be easily stacked and discharged while passing through the laser processing unit 20 and the breaker unit 30, the storage and transportation of the processed concrete panel 1 are more easily performed. There is this.

Although the present invention has been described with reference to the embodiments illustrated in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

10. Conveyor Conveyor 20. Laser Processing Unit
30. Breaker unit 40. Auxiliary conveyor system
50. First lift device 60. Second lift device
70. Spacer supply means

Claims (4)

For forming the intaglio pattern (3) on the surface of the concrete panel (1),
A conveying conveyor device 10 which is provided to extend in the front and rear direction and conveys the concrete panel 1;
A laser processing unit 20 provided at an intermediate portion of the transfer conveyor apparatus 10 to process an upper surface of the concrete panel 1;
The upper surface of the concrete panel (1) by using a chisel (31) that is provided in the middle portion of the transfer conveyor device 10 so as to be located behind the laser processing unit 20 to strike the upper surface of the concrete panel (1) Including a breaker unit 30 to form a pattern 3 in,
When the shallow pattern 3 is formed, the surface of the concrete panel 1 is processed using the laser processing unit 20, and when the deep pattern 3 is formed, the concrete is formed using the laser processing unit 20. After forming the edge (4) corresponding to the shape of the periphery of the pattern (3) on the panel (1), by using the breaker unit 30 to hit the inner portion of the edge (4) to be excavated Concrete panel processing equipment.
The method of claim 1,
The laser processing unit 20
A laser oscillator 21 configured to irradiate a laser downwardly on an upper side of an intermediate portion of the transfer conveyor apparatus 10;
Position adjusting means connected to the laser oscillator 21 to adjust the position of the laser oscillator 21 according to the drawing previously input so that the upper surface of the concrete panel 1 is processed by the laser output from the laser oscillator 21 22,
A dust collecting cover 23 configured to surround a circumferential portion of the laser oscillator 21, the lower side of which has an open cylindrical shape;
Concrete panel processing apparatus comprising an exhaust means (24) connected to the dust cover (23).
The method of claim 1,
The breaker unit 30 is provided with a chisel (31) extending downward and to break the surface of the concrete by elevating the chisel (31),
Position adjusting means 33 is connected to the breaker head 32 to adjust the position of the breaker head 32 in accordance with a drawing previously input so that the upper surface of the concrete panel 1 is processed by the breaker head 32 Concrete panel processing apparatus comprising a.
The method of claim 1,
Auxiliary conveyor device 40 provided to be connected to the rear end of the transfer conveyor device 10,
A first lift device 50 provided in the auxiliary conveyor device 40 to lift the concrete panel 1 transferred to the upper surface of the auxiliary conveyor device 40;
A second lift device 60 supporting and lifting the concrete panel 1 lifted by the first lift device 50;
It further comprises a spacer supply means 70 for supplying the spacer (2) on the upper surface of the concrete panel (1) transferred to the upper surface of the auxiliary conveyor device 40,
The auxiliary conveyor device 40
Support frame 41 extending in the front and rear direction,
Concrete panel processing apparatus, characterized in that using the roller conveyor device comprising a plurality of rollers 42 provided to be spaced apart from each other in the front and rear directions to the support frame (41).

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