A stone cutting system and method.

Abstract

The present invention relates to a stone cutting system (100) which allows multiple stone blocks / rubble (T) to be cut together.Stone cutting system (100) a stacking floor (110) for stacking multiple stone blocks / rubble (T); a leveling floor (120) created to be on one side and below the stacking floor (110); at least one wire guide channel (111) to accommodate at least one cutting wire (130) located under the stacking floor (110), extending at least along the stacking floor (110), with one side opening towards the leveling floor (120); at least one drive unit (131) to drive at least one cutting wire (130) to provide a recirculating movement, located on the leveling floor (120); at least one motion transmission mechanism (112) to provide the recirculating movement of at least one cutting wire (130), located on the other side of the stacking floor (110); It contains at least one cutting wire (130) which is fitted into at least one wire guide channel (111) and connected to the drive unit (131) and the power transmission mechanism (112) in such a way as to make a recirculating motion.

Description

1 TARIFF A STONE CUTTING SYSTEM AND METHOD Technical Field to Which the Invention Belongs The invention in question concerns materials obtained from natural stone quarries, primarily marble quarries. a stone that enables the bulk cutting of stones in the form of blocks or rubble 5 It relates to the cutting system and method. Background of the Invention From quarries of natural stones, primarily marble, but also limestone, travertine, basalt, and similar materials. Stones are obtained in the form of blocks or rubble. These stone blocks / rubble are processed to create both aesthetically pleasing products. and products with increased commercial value are obtained. Especially stone blocks / rubble are transformed into stone 10 Plates, or sheets, of selected thicknesses are produced using processing devices. By processing it in this way, building materials with very high commercial value are obtained. An earlier and frequently used stone processing device was the gang saw. A katrak machine is a type of station where the stone is processed. In a katrak machine, a single stone is processed for 15 minutes. a platform on which the block will be positioned and vertically along the edges of the platform The structure features long columns. Llama blades are positioned between the columns. The blades cut the stone block while moving back and forth on one side, and on the other side... The llama blades move along the columns, from the top to the bottom of the columns. Thus, the stone block is sliced ​​using lamella blades to obtain processed stone slabs. 20 The stone block to be placed on the platform of the stone processing machine must be suitable for the platform. in dimensions and a relatively regular geometry (preferably an approximate rectangular prism, (cube-shaped) is required. To meet this requirement, stones must be obtained from quarries. blocks or rubble obtained that do not have the desired geometry (size and surface shape) Stones of this shape must undergo a preliminary stone cutting process. 25 For the preliminary stone cutting process mentioned earlier in the technique, a cutting wire is used. Cutting devices, in other words mountain cutting machines, are used. Cutting In these devices, a loop-shaped cutting wire is passed around a single block of stone / rubble. With the help of a drive mechanism, the cutting wire moves around the stone block / rubble at high speed of 30 It is made to perform a recirculating motion. The cross-section of the cutting wire stone block or stone rubble. It is advanced along its length. Thus, the surface of the stone block / rubble with an unsuitable geometry 2 It is cut. The cutting device used for the stone cutting process that preceded the technique. In devices like these, the cutting wire must surround the stone block / rubble. This requirement The devices mentioned are used in each cutting operation on only a single block of stone / rubble. It restricts the cutting wire to cut the surface of the stone block or stone. Because it needs to surround the rubble, the cutting wire must be passed underneath the stone block / rubble. 5 For this, the stone block / rubble is placed on a wedge or platform. It needs to be raised from the ground by positioning the stone block / rubble as a wedge or The process of positioning it on the platform requires additional labor, time, and cost. Due to problems with the stone cutting systems that preceded this technique, the aforementioned 10 a stone cutting system and method that includes improvements providing solutions to problems It is needed in technology. Purposes of the Invention The main purpose of the present invention is to create a quarry site that can use multiple stones. a stone cutting system and method in which blocks / rubble can be cut simultaneously to accomplish. Another purpose of the invention is to raise the stone block / rubble to be cut from the ground. A stone cutting method that does not require a wedge or platform-like structure to provide support. 20 The goal is to implement the system and method. Detailed Description of the Invention The stone cutting system implemented to achieve the purposes of this invention is shown in the attached figures. as shown, and the details of the invention have been determined by considering the entire description. 25 These figures should be evaluated. Figure 1. Isometric schematic of a stone cutting system in a sample application of the invention. It is the appearance. Figure 2. Side view of a stone cutting system in a sample application of the invention. 30 It is the appearance. Figure 3. Top schematic of the stone cutting system in a sample application of the invention. It is the appearance. 3 The corresponding reference numbers used in the figures are given below. 100. Stone cutting system 110. Typesetting background 5 111. Wire guide channel 112. Motion transmission mechanism 113. Mechanism housing 120. Level ground 130. Cutting wire 10 131. Drive unit 132. Linear transport unit T. Stone block / rubble The invention in question is a 15 suitable device for cutting multiple stone blocks / rubble (T) together. It is related to a stone cutting system (100). Stone cutting system (100) is more than one stone a typesetting floor (110) for laying blocks / rubble (T); a typesetting floor (110) a level floor (120) created to be on the side and below; typesetting floor (110) under, at least along the typesetting floor (110), one edge of which is on the level floor (120) at least one wire guide 20 for at least one cutting wire (130) to fit inside the correctly opened channel (111); located at the ground level (120) will provide a recirculation movement At least one drive unit (131) to drive at least one cutting wire (130) in the manner of the typesetting floor (110) located on the other side, at least one cutting wire (130) recirculating at least one part of a motion transmission mechanism to enable its movement (112); 25 placed in at least one wire guide channel (111) and driven by the drive unit (131) at least one connected to the transmission mechanism (112) to perform a recirculating motion Includes cutting wire (130). The subject of the invention is the stone cutting system (100) used in applications of stone extracted from quarries. Stone blocks / rubble (T) can be cut in bulk during a single cutting operation. 30 Here, a typesetting ground (110) is determined or created in the quarry. Typesetting ground (110) This is the ground where the stone blocks / rubble (T) will be laid one after another (See figures 1-3). Layout On one side of the ground (110) is the level ground (120). Typesetting ground (110) and level ground There is a level difference, in other words a height / elevation difference, between (120) (See 1, 2). Therefore, the level ground (120) will remain next to and below the assembly ground (110) 35 4 It is positioned. The wire guide channel (111) is located under the typesetting floor (110). Wire guide channel (111) of suitable thickness for at least one cutting wire (130) to fit inside. It is a channel in the form of an opening. Here the wire guide channel (111) is a sub-base of the stringing floor (110). In this section, it extends at least along the typesetting floor (110). A wire guide channel (111) The edge opens towards the ground level (120), in other words it faces the ground level (120). Level 5 At least one drive unit (131) is located on the ground (120). Here the drive unit (131) a cutting wire (130) capable of driving a reciprocating motion It is a unit. The drive unit (131) is a counting device, in other words a mountain cutting machine. In this way, it may be, but not limited to, these examples. Another of the typesetting ground (110) on the side where the ground level (120) is not located at least one movement transfer 10 The power transmission mechanism (112) is located here. Suitable for the purpose of enabling the recirculation of a small cutting wire (130). It is a mechanism. The motion transmission mechanism (112) is an idler pulley or roller. It could be in this form, but not limited to these examples. Here, at least one cutting wire (130) is connected to the drive unit (131) and the motion transmission mechanism (112). Cutter 15 The wire (130) takes the form of a loop and transmits the motion through the drive unit (131) on both sides. The mechanism (112) is in a tensioned state. The cutting wire (130) is a single-strand or multi-strand. It can be in the form of a structure. The cutting wire (130) can be in the form of a diamond-coated wire. Here the cutting wire (130) a section of stones arranged over the typesetting ground (110) It is located on the blocks / rubble (T). Another section of the cutting wire (130) is wire 20 It is located within the guide channel (111). Stone blocks / rubble (T) form a ring. It is located inside the cutting wire (130) in the form of a wire guide channel. Therefore, the wire guide channel (111) under the assembly floor (110) drive unit (131) and the motion transmission mechanism It extends in a direction between (112). In this context, the wire guide channel (111) is arranged. It was formed by digging the ground (110) in the form of a channel, the typesetting ground (110) is a 25 It can be in the form of a cross-section. The working method of the stone cutting system (100) is described below: Stone blocks / rubble (T) extracted from the quarry are arranged on the stacking floor (110). Then a section of cutting wire (130) was placed on the assembly floor (110) stone 30 It is positioned on the blocks / rubble (T). A ring-shaped cutting wire (130) The other part is located inside the wire guide channel (111). Thus, the stone blocks / rubble (T) positioned inside a ring-shaped cutting wire (130) In this case, the cutting wire (130) is connected to the drive unit (131) and the motion transmission mechanism. It is in a stretched state between (112). The movement is positioned on the typesetting ground (110) 35 Drive unit positioned on the level ground (120) with the transmission mechanism (112). There is a height difference between (131). Therefore, the drive unit moves with (131). The cutting wire (130) stretched between the transfer mechanism (112) and the stone blocks / rubble The section on (T) is in contact with the stone blocks / rubble (T). The drive unit (131) cutting wire (130) is driven by the cutting wire (130) drive unit (131) 5 The transmission mechanism (112) starts to perform a recirculating motion between them. During the aforementioned recirculation, the cutting wire (130) cuts the stone blocks / rubble (T) It starts cutting from the upper sections that are in contact (See figures 1-3). Thus, the typesetting surface (110) several stone blocks / rubble of different sizes (T) arranged on it at the same time can be cut. The subject of the invention is the stone cutting system (100) and stone blocks / rubble (T) 10 surfaces with undesirable geometry (relatively large indentations, protrusions, cracks, etc.) collectively It is cut in this way (See figures 1, 3). However, the stone cutting system (100) stone It can also be used for cutting and reducing the size of blocks / rubble (T). The invention In its applications, the wire guide channel (111) allows the cutting wire (130) to recirculate. It forms the passageway. Thus, the laying ground for stone blocks / rubble (T) for cutting is 15 (110) It is not necessary to raise it above. The stone block / rubble from the ground No wedge or platform-like structure is used to raise it. Therefore, the labor, time, and financial resources that will be spent on the aforementioned upgrade process It will be hidden. Stone cutting system (100) in an application of the invention below the surface of the typesetting floor (110) It includes at least one motion transmission mechanism (112) positioned to remain in place. Moving from the stone blocks / rubble (T) arranged on the assembly floor (110). The stone block / rubble (T) closest to the transfer mechanism (112) is completely The mentioned stone block / rubble (T) and the transmission mechanism (112) 25 for cutting There must be a certain distance between the drive unit (131) and the power transmission. This is because of the drive unit (131) and the power transmission. The cutting wire (130) extending between the mechanism (112) and the mentioned stone block / rubble (T) It is necessary that it can extend in a direction that allows it to cut. With this application of the invention... arranged on the typesetting surface (110) without the need for the aforementioned specific distance All stone blocks / rubble (T) can be cut precisely. In this application, the cutting takes 30 minutes. When the operation is completed, the cutting wire (130) is near the motion transmission mechanism (112) The sections lie within the wire guide channel (111). With this application, the aforementioned motion transmission mechanism (112) to the typesetting ground without the need for a specific distance (110) can be positioned tangentially. Thus, for the installation of the stone cutting system (100). Less space is used than in the quarry and the wire guide channel (111) is operated more efficiently. 35 6 In a variation of this application of the invention, the stone cutting system (100) typesetting ground (110) on the other side, in a mechanism housing located below the type floor surface (113) This application includes at least one motion transmission mechanism (112) located in this position. The mechanism housing (113) is suitable for the placement of the motion transmission mechanism (112). It can be structured as a chamber or a pit. With this application... Maintenance, repair and replacement of the power transmission mechanism (112) are facilitated. However, the mechanism housing (113) has a safety area on the assembly floor (110). By doing this, a safer working environment is provided in the quarry area. Stone cutting system (100) in an application of the invention during recirculation motion of the cutter It includes at least one tensioning mechanism to regulate the tension of the wire (130). Stone cutting While the operation continues, the cutting wire (130) goes inside the top of the stone blocks / rubble (T). It moves towards the sections. The tension mechanism ensures that the cutting wire moves during the aforementioned stone cutting process. (130) ensures that it remains at a selected tension level. Thus, 15 on the cutting surfaces This prevents potential distortions and ensures a smooth cut. Additional Maintaining the selected tension level in the cutting wire (130) during the service of the cutting wire (130) It prolongs life. In a variation of this application of the invention, the tensioning mechanism drives the unit (131) 20 to move linearly according to the motion transmission mechanism (112) It includes a linear conveying unit (132). In this variation of the invention, the drive unit (131) It can be moved linearly by means of a linear transport unit (132). In the applications of the invention, cutting wire (130) and drive unit (131) transmit motion. The mechanism (112) is under tension. Therefore, the drive unit (131) provides linear transport 25 movement in the direction of the power transmission mechanism (112) via the unit (132). When activated, the tension in the cutting wire (130) decreases. The drive unit (131) provides linear transport. movement in the opposite direction of the motion transmission mechanism (112) via unit (132) When the tension in the cutting wire (130) increases, the stone cutting is used in the applications of the invention. During this process, the cutting wire (130) cuts into the stone blocks / rubble (T) 30 As you move forward, the tension on the cutting wire (130) will decrease. During stone cutting Drive unit (131) transmits motion via linear conveying unit (132) in the opposite direction of the mechanism (112), in other words, motion transmission by moving the cutting wire (130) away from the mechanism (112) The selected tension level is maintained. 35 7 In a variation of this application of the invention, the linear conveying unit (132) is driven. a longitudinal rail chassis on which the unit (131) is placed; at least one of the rail chassis At least one gear running along its length; a pinion mated with a gear. A gear is a 5 fixed to the drive unit (131) to give a rotational drive to the pinion gear. The tension motor enables the drive unit (131) to move along the rail chassis. It includes rail wheels. In this variation of the invention, the tensioning motor and therefore the pinion The direction of rotation of the gear determines in which direction the drive unit (131) will move along the rail chassis. It determines the rotational movement of the tensioning motor in one direction, for example, clockwise rotation. its movement is 10 in one direction from the drive unit (131) to the motion transmission mechanism (112). It enables movement on a rail chassis. The rotation of the tensioning motor in the other direction. The movement, for example, is a rotational movement in a counterclockwise direction, of the drive unit. (131) on the rail chassis in the opposite direction to the power transmission mechanism (112) It enables its advancement. Stone cutting system in an application of the invention (100) cutting wire (130) a coolant It includes a fluid sprayer for fluid injection. The coolant can be water. This prevents any distortions that might occur on the cutting surfaces, resulting in a smooth finish. The cutting is completed. In addition, the cutting wire (130) reaches high temperatures. By preventing this, it extends the service life. 20 The invention subject to the application also involves the combined use of multiple stone blocks / rubble (T). It relates to a stone cutting method for cutting. Stone cutting method; - a laying ground (110) 25 for laying multiple stone blocks / rubble (T). determination; - on one side of the typesetting floor (110) and below the typesetting floor (110) creation of a level ground (120); - below the typesetting floor (110), at least along the typesetting floor (110), 30 of the cutting wires (130) with one edge opening towards the ground level (120). opening at least one suitable wire guide channel (111) for placement inside; - to drive at least one cutting wire (130) in such a way as to provide a recirculating motion at least one drive unit (131) must be positioned at the ground level (120); 8 - at least one cutting wire (130) to ensure the recirculation movement of at least one the other side of the assembly floor (110) of the motion transmission mechanism (112) positioning; - by arranging the stone blocks / rubble (T) on the laying ground (110) positioning; 5 - stones positioned by being arranged on the typesetting ground (110) over the blocks / rubble (T) and the wire guide channel (111) at least one cutting wire passing through at least part of it (130) positioning; - by means of the drive unit (131) the cutting wire (130) is driven on the assembly floor 10 (110) The cutting process of the stone blocks / rubble (T) located there initiation; It includes the steps. The application concerns the cutting of multiple stone blocks / rubble (T) together, suitable for 15 in one step of a stone cutting method multiple stone blocks / rubble (T) in the quarry A typesetting ground (110) is determined for its arrangement, in other words, it is created. Another according to the typeface (110) determined in step, it will remain on one side of the typeface (110). and a level ground (120) is created so that the typesetting ground (110) remains below the level ground (120). Here The expression "to remain below" is a 20 between the typesetting ground (110) and the elevation ground (120). in the sense that there is a height difference, more specifically the layout floor (110) in the quarry It is used to mean that it is higher than the ground level (120). Ground level (120) by excavating one side of the typesetting floor (110) with the help of a construction machine as can be done by removing stone blocks / rubble (T) from the quarry It can also be created by using the ground with the resulting difference in elevation. Another 25 of the method At least one wire guide channel (111) is opened under the typesetting floor (110) in step 1. Wire guide channel (111) typesetting floor (110) at least part of the surface of a construction machine It can be created by digging with the help of wire guide channel (111) along the assembly floor (110). It extends. One edge of the wire guide channel (111) opens towards the level ground (120). Wire 30 suitable for at least one cutting wire (130) to fit inside the guide channel (111). It is structured in dimensions. In another step of the method, at least one drive unit (131) It is positioned on the ground level (120). The drive unit (131) has a recirculating motion. a properly configured to drive at least one cutting wire (130) in such a way as to provide It is a unit. In another step of the method, the typesetting floor (110) is moved to another side, another In other words, at least one 35 is located on the opposite side of the ground level (110) where the ground level (120) is not located. 9 The motion transmission mechanism (112) is positioned. Motion transmission mechanism (112) the recirculation motion of at least one cutting wire (130) driven by the drive unit (131) It is a properly structured mechanism to ensure its effectiveness. Another aspect of the method... In step (T), stone blocks / rubble extracted from the quarry are moved with the help of a construction machine. They are positioned by being laid out along the typesetting floor (110). Then 5 on the typesetting floor (110) over the stone blocks / rubble (T) positioned in a row and wire guide at least one cutting wire passing through at least part of the channel (111) (130) is positioned. In this case, the cutting wire (130) transmits its motion through the drive unit (131). The mechanism (112) is stretched between them. The stone blocks / rubble (T) are in the form of a ring. The cutting wire (130) is positioned in the middle. In another step of the method, the cutting wire (130) 10 When in the mentioned position, the cutting wire (130) is driven by means of the drive unit (131). Thus The process of cutting the stone blocks / rubble (T) located on the assembly floor (110) has been started It is possible. The stone-cutting method in one application of the invention, 15 - the other side of the assembly floor (110) of the motion transmission mechanism (112), positioned so that it remains below the typeface (110) surface; It includes the step. Moving from the stone blocks / rubble (T) arranged on the layout floor (110) 20 The stone block / rubble (T) closest to the transfer mechanism (112) is completely The mentioned stone block / rubble (T) and the transmission mechanism (112) for cutting There must be a certain distance between the drive unit (131) and the power transmission. This is because of the drive unit (131) and the power transmission. The cutting wire (130) extending between the mechanism (112) and the aforementioned stone block / rubble (T) It is necessary that it be able to come in a direction that can cut. With this application of the invention, 25 arranged on the typesetting surface (110) without the need for the aforementioned specific distance All stone blocks / rubble (T) can be cut precisely. In this application, cutting When the operation is completed, the cutting wire (130) is near the motion transmission mechanism (112) The sections lie within the wire guide channel (111). With this application, the aforementioned motion transmission mechanism (112) without the need for a specific distance to the typesetting floor 30 (110) can be positioned tangentially. A stone-cutting method in a variation of an application of the invention, - on the other side of the typesetting floor (110), below the surface of the typesetting floor (110) a mechanism housing opened in such a way as to remain (113); 35 - in the mechanism housing (113) of the motion transmission mechanism (112) positioning; It includes the steps. In this application, the mechanism housing (113) is the 5 of the motion transmission mechanism (112). It can be in the form of a suitable chamber or a pit for settling. This practice involves movement. Maintenance, repair and replacement of the transmission mechanism (112) are facilitated. together with the mechanism housing (113) forming a safety zone on the assembly floor (110) This provides a safer working environment in the quarry area. The stone-cutting method in one application of the invention, - Regulation of the tension of the cutting wire (130) during the recirculation motion; It includes the step. While the stone cutting process continues, the cutting wire (130) cuts the top 15 of the stone blocks / rubble (T). It moves from the inner part towards the inner parts and the tension of the cutting wire (130) decreases. The cutting wire (130) by regulating the tension of the cutting wire (130) during the stone cutting process. The selected tension level is maintained. This ensures that the cutting surfaces are protected. This prevents potential distortions and ensures a smooth cut. Additional Maintaining the selected tension level in the cutting wire (130) during service 20 of the cutting wire (130). It prolongs life. The stone-cutting method in one application of the invention, - cutting wire (130) during the process of cutting stone blocks / rubble (T) applying a cooling process; 25 It includes the step. The cooling process in this application of the invention is recirculation over stone blocks / rubble (T). a coolant, especially water, is applied to the cutting wire (130) that performs the movement. This can be achieved by spraying. Thus, 30% of the damage that can occur on the cutting surfaces will be reduced. This prevents distortions and ensures a smooth cut. Additionally, the cutter... This extends the service life of the wire (130) by preventing it from reaching high temperatures. Applications of the invention related to the stone cutting system (100) It is compatible with the applications related to the method. Therefore, 35 for stone cutting system (100). 11 The technical elements and advantages of the invention relate to the regulation of stone cutting methods. It can be used for. Similarly, the technical elements described for the stone cutting method and The advantages can also be used for the arrangement of the stone cutting system (100).

Claims

12 REQUESTS 1. A stone cutting system for cutting multiple stone blocks / rubble (T) together. (100) and its feature is an arrangement for the arrangement of more than one stone block / rubble (T). the ground (110); to remain on one side and under the typesetting ground (110) a level floor created (120); below the typesetting floor (110), at least typesetting 5 extending along the ground (110), with one side opening towards the ground level (120), at least at least one wire guide channel (111) for a cutting wire (130) to fit inside; cost positioned on the ground (120) in such a way as to provide a recirculating motion at least one drive unit (131) to drive a small cutting wire (130); typesetting floor (110) located on the other side, at least one cutting wire (130) recirculate 10 at least one motion transmission mechanism to enable its movement (112); at least one The drive unit (131) is placed inside at least one wire guide channel (111) with the motion transmission mechanism (112) to perform a recirculating motion It contains at least one cutting wire (130) attached.

2. A stone cutting system (100) as in Claim 1, and its feature is the layout floor (110) at least one motion transmitter positioned below the surface its mechanism (112) is that it includes.

3. A stone cutting system (100) as in Claim 2, and its feature is the type base (110) 20 on the other side, in a mechanism housing located below the typesetting floor surface (113) is that it contains at least one motion transmission mechanism (112) located in (113).

4. A stone cutting system (100) as in any of the previous requests. Its feature is to regulate the tension of the cutting wire (130) during the recirculation motion 25 It must contain at least one tensioning mechanism.

5. A stone cutting system (100) as in Claim 4, the feature of which is the tensioning mechanism, drive unit (131) linearly with respect to the motion transmission mechanism (112) It includes a linear transport unit (132) to move it. 30 6. A stone cutting system (100) as in claim 5, whose characteristic is linear conveying. a longitudinal rail on which the unit (132) is placed, the drive unit (131) chassis; at least one mixed gear extending along at least part of the rail chassis; A pinion gear mated with a karmayer gear; providing a rotational drive to the pinion gear. 35 13 a tension motor fixed to the drive unit (131); the drive unit (131) It includes rail wheels that allow it to move along the rail chassis.

7. A stone cutting system (100) as in any of the previous requests The feature is a fluid for spraying a coolant into the cutting wire (130) 5 It includes a sprayer.

8. A stone cutter for cutting multiple stone blocks / rubble (T) together. method and its feature - a laying ground (110) for laying multiple stone blocks / rubble (T) 10 determination; - will remain on one side of the typesetting floor (110), below the typesetting floor (110). the creation of a level ground (120) in this way; - below the typesetting floor (110), at least along the typesetting floor (110) extending, with one edge opening towards the ground level (120), at least one cutting wire 15 (130) at least one suitable wire guide channel for placement inside (111) opening; - to drive at least one cutting wire (130) in such a way as to provide a recirculating motion for at least one drive unit (131) to the ground level (120) positioning; 20 - at least one cutting wire (130) to ensure the recirculation movement of at least one another of the motion transmission mechanism (112) typesetting ground (110) positioning on the side; - by arranging the stone blocks / rubble (T) on the laying ground (110) positioning; 25 - stones positioned by being arranged on the typesetting ground (110) over the blocks / rubble (T) and the wire guide channel (111) at least one cutting wire passing through at least part of it (130) positioning; - by means of the drive unit (131) the cutting wire (130) is driven on the assembly floor 30 (110) The cutting process of the stone blocks / rubble (T) located there initiation; It includes the steps.

9. A stone cutting method like the one in claim 8, with the characteristic 35 14 - the other side of the assembly floor (110) of the motion transmission mechanism (112), positioned so that it remains below the typeface (110) surface; It includes the step.

10. A stone-cutting method like the one in claim 9, with characteristic 5. - on the other side of the typesetting floor (110), below the surface of the typesetting floor (110) a mechanism housing opened in such a way as to remain (113); - in the mechanism housing (113) of the motion transmission mechanism (112) positioning; It includes the steps. 10 11. A stone-cutting method as in any of claims 8 to 10, with the following characteristics: - Regulation of the tension of the cutting wire (130) during the recirculation motion; It includes the step.

12. A stone-cutting method as in any of claims 8 to 11, with the following characteristics: - cutting wire (130) during the process of cutting stone blocks / rubble (T) applying a cooling process; It includes the step.

Images