KR101099630B1 - Wall stone manucacturing method and wall stone - Google Patents

Abstract

PURPOSE: A manufacturing method of a wall stone and a wall stone manufactured thereby are provided to improve production and quality by simultaneously putting a large amount of cut stones into a rolling drum. CONSTITUTION: A manufacturing method of a wall stone is as follows. Stones are transferred to a rock splitter using a forklift truck(S10). The transferred stones are split by the rotation of saw blades of the rock splitter(S20). The split stones are first cut in a primary cutter(S30). The first cut stones are second cut in a secondary cutter(S40). The second cut stones are supplied to a rolling drum of a rolling unit(S50). When the rolling drum is rotated, the supplied cut stones collide with each other, and the corners of the stones are rounded(S60).

Description

WALL STONE MANUFACTURING METHOD AND WALL STONE {WALL STONE MANUCACTURING METHOD AND WALL STONE}

The present invention relates to a method for producing a feldspar and a feldspar, in particular, the stone is to be stoned in the form of a plate by a stony stone, and the plate-shaped stone is cut in the horizontal and vertical direction by a cutter, and then a corner of the corner by a rolling drum. This has been improved so that it can be used as a fence stone.

In general, a sidewalk block is constructed to allow pedestrians to easily pass on the outer floor of a building structure, so that the user can walk comfortably.

The outer wall of the building structure is constructed so that the fence block (castle block) to have a predetermined height to prevent intrusion from the outside.

The sidewalk blocks, fence blocks, and castle blocks constructed on the exterior floors or exteriors of these building structures can produce large quantities in a short time in the process of using concrete cured by formwork on the formwork, In the course of this process, aesthetics were impaired if they were deformed or damaged due to aging, corrosion and abrasion.

In order to solve this problem, the sidewalk block, fence block, and castle block using natural stone have been proposed, but these blocks are cut to have a certain size, and the wheel cutter in the process of cutting the cut gemstone shortly again. As it takes a lot of time to cut the raw stone, at the same time there was another problem that the noise caused by the use of a wheel cutter.

In addition, as the artificial shape appears in the process of removing the corner portion using a separate equipment, there was another problem that can not harmonize with the surroundings.

And depending on the manual work, there was a problem that the difference in productivity and quality of the product according to the skill of the operator.

The present invention is to prevent the generation of noise or dust in the process of manufacturing the gallstones by processing the gemstones to maintain the naturalness of the corners in harmony with the surroundings, and also to improve the productivity and quality of the product It is to increase.

In the present invention, in the fence stone manufacturing method for producing a fence stone by improving the stone wall standing type in the rolling drum after the stone is first cut and the second cut, 1) the stone is a forklift 10 And transporting the gemstone transporting step (S10); 2) while the raw stone carried in the stone crusher 20 is to be stoned by the saw blade 210, the blade blade 220 is provided on the outside of the saw blade 210 upper side of the stone crusher 20, the stone crusher 20 One side of the water is configured to be sprayed by the water supply pipe 230 is provided with a plurality of injection nozzles 231, the water cover 221 at the end of the saw blade cover 220 of the other stone mill 20 A stone step (S20) provided to stone the stone by rotating the saw blade (210) of the stone mill (20); 3) The first stone is roughly cut in the first cutting machine 30, and the first cutting roller 30 has the first supply roller 320 and the first supply roller 320 in the first supporting frame 310. A first discharge roller 320 'is coupled, and a first hydraulic cutting unit 330 is provided between the first supply roller 320 and the first discharge roller 320', but the first hydraulic cutting unit 330 ) Is coupled to the upper and lower hydraulic cylinders 345 and 346 having a first upper knife 333 and a first lower knife 334 on the upper and lower portions of the first cutting guide frame 331, respectively. The primary oil is configured to supply the oil of the first oil tank 347 to the first upper and lower hydraulic cylinders 345 and 346 via the first oil pump 348 and the first valve 349. Cutting step (S30); 4) The first cutting step (S30) is cut through the second cutting machine 30 in the second cutting machine 30, the second cutting machine 40 is a second supply roller 420 to the second support frame 410 ) And the second discharge roller 420 'is coupled, and a second hydraulic cutting part 430 is provided between the second supply roller 420 and the second discharge roller 420', wherein the second hydraulic pressure The cutting part 430 has a second upper and lower hydraulic cylinders 445 and 446 having a second upper knife 433 and a second lower knife 434 on the upper and lower portions of the second cutting guide frame 431, respectively. The oil of the second oil tank 447 is coupled to the second upper and lower hydraulic cylinders 445 and 446 via the second oil pump 448 and the second valve 449. The secondary cutting step (S40) and 5) the secondary cutting step (S40) is supplied to the rolling drum 510 of the rolling unit 50, but the rolling unit 50 is the support 520 Support rollers 530 support the rolling drum 510 on both upper sides of the Is configured to rotate, the drive motor 540 having a drive sprocket wheel 541 is coupled to the support 520, the driven sprocket wheel 542 is coupled to the rolling drum 510 to the chain 543 Is connected, the roll drum 510 is a drum supply step (S50) characterized in that the louver plate 550 is fixed to the fixing bolt (B) inside the sealing hinged guide 511; 6) the cut stone supplied to the rolling drum 510 is bumped together by the rotation of the rolling drum 510, characterized in that it comprises a fence standing shape improvement step (S60) that the shape of each corner is improved roundly. .
In addition, the rotation speed of the circular saw blade 210 of the stonemason 20 may be characterized in that it is rotated 100 times per minute.

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In addition, it is characterized by the bile-stone prepared by the method for producing the biliary stone.

And the size of the fence stone can be manufactured by each demand agency and orders according to the Public Procurement Service standard standard or Korean Industrial Standard (KS standard).

According to the present invention, the stone is stoned in the form of a stone by means of a stony stone, and the shape of the corner portion of the cut stone is improved by the rolling drum after the plate-shaped stone is cut horizontally and vertically by the cutter. The effect of maintaining the naturalness of the can be obtained.

Through this, there is an effect that it is possible to obtain a nature-friendly environment that is always comfortable in harmony with the surroundings.

In addition, by inserting a large amount of cutting stones into the rolling drum at a time to improve the shape of the mold at the same time, it is possible to further obtain the effect of increasing the productivity and quality.

In addition, when using the boundary stone in addition to the raw stone, by putting in the same roll drum in a state that is cut to a certain length by a cutter, the shape can be improved, it is possible to obtain an effect that can recycle resources more.

1 is a flow chart illustrating a process for preparing a fence stone according to the present invention.
Figure 2 is a block diagram showing a process for manufacturing fence stone in accordance with the present invention.
Figure 3 is an exemplary view showing an enlarged side view of the first cutter during the manufacture of the fence stone according to the present invention.
Figure 4 is an exemplary view showing an enlarged side view of the second cutter during the manufacture of the fence stone according to the present invention.
5 is an exemplary view showing the first and second cutters from the front during the manufacture of the fence stone according to the present invention;
Figure 6 is an exemplary view showing a roll during the manufacture of the fence stone in accordance with the present invention.

An embodiment of the present invention will be described with reference to the accompanying drawings.

Prior to the description of the manufacturing process of the biliary stone according to the present invention will be described first the biliary stone (A) prepared through the process of manufacturing the biliary stone.

The biliary stone (A) is artificially formed to have the same shape as the round shape by improving the shape of each sharp edge cut by the hexahedron by the weathering action. Igneous rocks such as andesite, sedimentary rocks such as sandstone and tuff, and marble are used. In addition, the size of the gallstone (A) is preferably to have a horizontal 25cm, vertical 30cm and height 20cm.

In the present invention, the fence stone (A) is to be manufactured using natural ores mined in seoksan, but may be prepared using a menopause in addition to the natural gemstones. In this case, as the rotational drum 510 is rotated in the state in which the menopause is cut in a state of being cut into a predetermined length by using a cutter, the rotational drum 510 is rotated in the state in which the menopause is cut into the rolling drum 510 of the rolling unit 50. By repeating the process of hitting each other, the shape of the corner portion is improved. Therefore, it is possible to recycle the menopause resources.

Such feldspar is prepared by the raw stone is quarried and the manufacturing process is as follows.

First, as shown in Figures 1 and 2, the raw stone transported by the forklift (10) to the stone crusher 20 in the forklift 10, and then the raw stone conveyed to the stone crusher 20 is rotated saw blade ( It is to be stoned by 210. At this time, the saw blade cover 220 is provided on the outside of the saw blade 210 upper side of the stone masonry 20, one side of the stone crusher 20 by the cooling nozzle 231 of the water supply pipe 230 By spraying the phosphor, it is possible to prevent dust, noise and cutting heat generated in the process of being stoned.

In this process, the rotational speed of the circular saw blade 210 of the crusher 20 is rotated 100 times per minute, and the water supply pipe 230 is provided with a plurality of injection nozzles 231.

In addition, the other saw blade cover 220 end of the stone masonry 20 is provided with a water cover 221 is to prevent the small stone dust generated in the process of being quarried to prevent water from splashing around (stone stone) Step S20).

Next, the first stone is roughly cut in the first cutting machine 30 through the first stone cutting process (S20) to the first stone cutting step (S20). At this time, the quarries in the stony step (S20) is to have a flat plate shape is cut long in the longitudinal direction by the primary cutter (30).

The first cutting machine 30 is coupled to the first supply roller 320 and the first discharge roller 320 'to the first support frame 310 to be cut in a state in which a flat stone is easily supported. The cut stone is easily discharged.

A first hydraulic cutting part 330 is provided between the first supply roller 320 and the first discharge roller 320 ', wherein the first hydraulic cutting part 330 is an upper portion of the first cutting guide frame 331. First and lower hydraulic cylinders 345 and 346 having a first upper knife 333 and a first lower knife 334 respectively coupled to the lower part and the lower part are coupled to each other, and the first upper and lower hydraulic cylinders 345 respectively. 346, the oil of the first oil tank 347 is configured to be supplied via the first oil pump 348 and the first valve 349 to be disposed between the supply roller 320 and the discharge roller 320 '. The placed stone is able to be cut by the hydraulic pressure, not the cutting wheel.

Next, the long cut stone that went through the first cutting step S30 in the second cutting step S40 is second cut to have a small piece shape in the second cutting machine 30.

The secondary cutter 40 is a second supply roller 420 and the second discharge roller 420 'is coupled to the second support frame 410, the first cut is a long supply of cut-length long cut shape It is cut by the second hydraulic cutting unit 430 provided between the roller 420 and the second discharge roller 420 '.

In this case, the second hydraulic cutting unit 430 has a second upper and lower hydraulic cylinders having a second upper knife 433 and a second lower knife 434 on the upper and lower portions of the second cutting guide frame 431, respectively. 445 and 446 are combined, and the oil in the second oil tank 447 is connected to the second upper and lower hydraulic cylinders 445 and 446 to the second oil pump 448 and the second valve 449. As supplied via the second upper knife 433 and the second lower knife 434 is cut by applying a force on both sides.

Next, the crushed stone passed through the secondary cutting step (S40) to the drum supply step (S50) is supplied to the rolling drum 510 of the rolling unit (50).

The rolling unit 50 is configured such that the support roller 530 is rotated by supporting the rolling drum 510 on both upper sides of the support 520, and has a driving sprocket wheel 541 on the support 520. 540 is coupled, the driven sprocket wheel 542 is coupled to the rolling drum 510 is connected to the chain 543, the rolling drum 510 can be rotated at a constant speed by the drive motor 540. Will be.

At this time, the roll drum 510 is a louver plate 550 is fixed to the inside of the interior containing the sealing hinged guide 511 by fixing bolts (B) is cut in the interior of the roll drum 510 to improve the shape of the mold It is possible to prevent the shock or the noise generated in the losing process and at the same time prevent the deformation of the inside of the rolling drum 510 due to wear.

Next, the cut stones supplied to the roll drum 510 are bumped into each other by the rotation of the roll drum 510 in the fence standing shape improvement step S60, so that the corner stones A having rounded corner shapes are obtained. do.

Thereafter, by opening the sealing hinged guide 511 in the state in which the rotation of the rolling drum 510 is stopped, it is manufactured by taking out the improved fence stone A therein.

20: stone mill 30: second cutter
50: roller 210: saw blade
220: blade cover 221: water cover
230: water supply pipe 510: rolling drum

Claims (6)

In the method of manufacturing the fence stone, the stone is manufactured by improving the fence stone standing shape in the rolling drum after the stone is first cut and the first cut and the second cut are performed.
1) a gemstone transporting step (S10) for transporting the gemstones to the stonemason 20 by the forklift 10;
2) while the raw stone carried in the stone crusher 20 is to be stoned by the saw blade 210, the blade blade 220 is provided on the outside of the saw blade 210 upper side of the stone crusher 20, the stone crusher 20 One side of the water is configured to be sprayed by the water supply pipe 230 is provided with a plurality of injection nozzles 231, the water cover 221 at the end of the saw blade cover 220 of the other stone mill 20 A stone step (S20) provided to stone the stone by rotating the saw blade (210) of the stone mill (20);
3) The first stone is roughly cut in the first cutting machine 30, and the first cutting roller 30 has the first supply roller 320 and the first supply roller 320 in the first supporting frame 310. A first discharge roller 320 'is coupled, and a first hydraulic cutting unit 330 is provided between the first supply roller 320 and the first discharge roller 320', but the first hydraulic cutting unit 330 ) Is coupled to the upper and lower hydraulic cylinders 345 and 346 having a first upper knife 333 and a first lower knife 334 on the upper and lower portions of the first cutting guide frame 331, respectively. The primary oil is configured to supply the oil of the first oil tank 347 to the first upper and lower hydraulic cylinders 345 and 346 via the first oil pump 348 and the first valve 349. Cutting step (S30);
4) The second cut through the first cutting step (S30) in the second cutting machine 30, the second cutting machine 40, the second cutting roller 40 to the second support frame 410, the second supply roller 420 ) And the second discharge roller 420 'are coupled, and a second hydraulic cutting part 430 is provided between the second supply roller 420 and the second discharge roller 420'. The cutting part 430 has a second upper and lower hydraulic cylinders 445 and 446 having a second upper knife 433 and a second lower knife 434 at upper and lower portions of the second cutting guide frame 431, respectively. The oil of the second oil tank 447 is coupled to the second upper and lower hydraulic cylinders 445 and 446 via the second oil pump 448 and the second valve 449. Secondary cutting step (S40) and
5) The secondary cutting step (S40) is supplied to the cutting drum 510 of the rolled portion 50, the rolled portion 50, the rolled portion 50 is the support roller 530 on the upper both sides of the support 520 Is configured to rotate to support the rolling drum 510, the driving motor 540 having a driving sprocket wheel 541 is coupled to the support 520, driven sprocket wheel 542 to the rolling drum 510 Is coupled is connected to the chain 543, the drum drum 510 is a drum supply, characterized in that the louver plate 550 is fixed to the fixing bolt (B) inside the sealing hinged guide 511 Step S50;
6) the cutting stone supplied to the rolling drum 510 is bumped to each other by the rotation of the rolling drum 510, the shape of each corner is improved to include a round stone standing shape improvement step (S60) How to prepare a gallstone. The method of claim 1,
Round stone blade 210 of the stone mill 20, the rotational speed is characterized in that the stone is rotated 100 times per minute. delete delete delete The method according to claim 1 or 2,
A feldspar prepared by the method for preparing a feldspar.

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