Abstract: A protection device for a rope saw assembly (5) includes at least two, telescopically displaceable relative to each other, cover members (12, 13) having each a circular cross-section, an extending along a longitudinal axis receiving space (14) for the saw rope (8), and a longitudinally extending opened slot (15, 16), and provided each with a securing device (18, 20) located on one end (17, 19) of each of the cover members (12, 13) for securing a respective cover member (12, 13) to a respective deflection roller (6, 7) of the rope saw assembly (5).

Abstract: A deflection device for a rope saw assembly, includes a deflection roller (12; 52; 92); a stationary protective cover (13; 53, 93) surrounding art least some regions of the deflection roller (12; 52; 92); and at least one cover member (23; 63; 102, 103) pivotally arranged on the protective cover (13; 53, 93) surrounding at least some regions of the deflection roller, and displaceable along a path radially spaced from the axle (15; 55; 95) of the deflection roller (12; 52; 92).

Abstract: A deflection device for a rope saw assembly, includes a deflection roller (12; 52; 92); a stationary protective cover (13; 53, 93) surrounding art least some regions of the deflection roller (12; 52; 92); and at least one cover member (23; 63; 102, 103) pivotally arranged on the protective cover (13; 53, 93) surrounding at least some regions of the deflection roller, and displaceable along a path radially spaced from the axle (15; 55; 95) of the deflection roller (12; 52; 92).

Abstract: A protection device for a rope saw assembly (5) includes at least two, telescopically displaceable relative to each other, cover members (12, 13) having each a circular cross-section, an extending along a longitudinal axis receiving space (14) for the saw rope (8), and a longitudinally extending opened slot (15, 16), and provided each with a securing device (18, 20) located on one end (17, 19) of each of the cover members (12, 13) for securing a respective cover member (12, 13) to a respective deflection roller (6, 7) of the rope saw assembly (5).

Abstract: A device for deflecting a saw cable (13) of a cable saw and having a support (1) and at least one deflection member (2) securable to the support (1) and having two support arms (6), between which a deflection roller (3) is rotatably supported, and two guide surfaces (18) formed in the region of the deflection member (2) projecting beyond the deflection roller (3) for preventing the saw cable (13) from falling off of the deflection roller (3).

Abstract: A device for deflecting a saw cable (13) of a cable saw and having a support (1) and at least one deflection member (2) securable to the support (1) and having two support arms (6), between which a deflection roller (3) is rotatably supported, and two guide surfaces (18) formed in the region of the deflection member (2) projecting beyond the deflection roller (3) for preventing the saw cable (13) from falling off of the deflection roller (3).

Abstract: An articulated lock for a saw rope (5) and including a first articulated member (1; 21) having a sleeve-shaped region for receiving an end of the rope (5) and a connection region (6; 26) formed of two, spaced from each other cheeks (7, 8; 27, 28), a second articulated member (2; 22) having a sleeve-shaped region for receiving another end of the rope (5), and a connection region (9; 29) formed as an eye-shaped portion and extending into a space defined by the two cheeks (7, 8; 27, 28) of the connection region of the first articulated member (1; 21); and a joining bolt (10; 30) extending through the bores (11; 31) formed in the two cheeks (7, 8; 27, 28) and the through-opening (12; 32) formed in the eye-shaped portion for pivotally connecting the first and second articulated members (1, 2; 21, 22) with each other, with the through-opening (12; 32) of the eye-shaped portion having at least in a region of the opposite side surfaces (13; 33) of the eye-shaped portion, a diameter exceeding the diameter of the joini

Abstract: An articulated lock for a saw rope (5) and including a first articulated member (1; 21) having a sleeve-shaped region for receiving an end of the rope (5) and a connection region (6; 26) formed of two, spaced from each other cheeks (7, 8; 27, 28), a second articulated member (2; 22) having a sleeve-shaped region for receiving another end of the rope (5), and a connection region (9; 29) formed as an eye-shaped portion and extending into a space defined by the two cheeks (7, 8; 27, 28) of the connection region of the first articulated member (1; 21); and a joining bolt (10; 30) extending through the bores (11; 31) formed in the two cheeks (7, 8; 27, 28) and the through-opening (12; 32) formed in the eye-shaped portion for pivotally connecting the first and second articulated members (1, 2; 21, 22) with each other, with the through-opening (12; 32) of the eye-shaped portion having at least in a region of the opposite side surfaces (13; 33) of the eye-shaped portion, a diameter exceeding the diameter of the joini

Abstract: A universally applicable device for guiding the cable of cable saw systems for sawing concrete, brickwork, natural stone, and other masonry products. A bearing plate supports (and attaches) the guide to a base. A support projects upwardly from the bearing plate. A transverse beam ca be fixed at any height on the support. The transverse beam has one or two free ends. A hollow end beam that can be stopped and rotated by 360.degree. around the longitudinal axis of the transverse beam is disposed on each free end of the transverse beam. The end beam carries deflection rollers on which the incoming and outgoing saw cable is guided to the workpiece and to the cable saw, respectively. Each of the rollers are borne in a roller housing that is rotatable by 360.degree. about the longitudinal axis of the end beam. Any cutting planes or flush cuts and all angles to the work piece can therefore be set, without having to perform any substantial changeover procedure for the cable saw between different cutting jobs.

Abstract: The cutting wire consists of a wire rope (4) with cutting beads (6) affixed thereto that contain bonded superabrasives such as diamond and a cutting wire connector which connects the cutting wire to produce an endless wire loop for use in a wire sawing machine. The cutting wire connector consists of a double joint which has two joint axes intersecting each other at an angle of 90.degree.. The cutting wire connector consists of two forks (1) at the wire ends (4), an intermediate part (2) and two joint pins (3) which connect each form (1) with the intermediate part (2) in such a way that the connection can be opened easily. The cutting wire connected by means of the joint connector has a long service life while exhibiting increased cutting performance and increased utilization of the operating time of the facilities.

Abstract: The invention relates to a cutting wire, with preferably metal-bonded cutting beads with diamond abrasives, and a wire connector to form a loop for use on mobile and stationary wire sawing machines. Through the invention, the life of the cutting wire connectors is considerably improved. This improvement of service life is achieved because premature wire breaks in the proximity of the connector are avoided by introducing preferably annular inserts made of an elastic mass between the main wire and the clamping sleeve of the connector before the clamping action is executed so that after clamping an elastic, pre-stressed, vibration-dampening zone is created.