Abstract: A cable raceway of this kind consists of lengths of wire-type cable raceway comprising both essentially rectilinear lengthwise or weft wires (2) and polygonal-shaped transverse or warp wires (4), with an opening formed in a corner and an even number of sides. Each length comprises at least four lengthwise weft wires (2) supported by at least four separate sides (6, 8, 10, 12) of the transverse or warp wires. For each lengthwise weft wire (2) there is a lengthwise weft wire (2) on the opposite side. The two corresponding lengthwise or weft wires (2) are located opposite each other, that is to say they are both in the same plane and the plane is approximately parallel to one of the lengthwise faces of the cable raceway.

Abstract: The invention relates to a device for a yarn cable track (6) including longitudinal warp yarns (8) and transverse weft yarns (10), that includes a base (2) with a mounting surface (16) on the cable track as well as an attachment means (4; 34, 38, 38?). The device further includes: at least one trough-shaped longitudinal housing (18) for receiving a first yarn of the cable track and formed in the mounting surface (16); at least one bearing surface (20) made as an undercut relative to the mounting surface (16), said surface extending perpendicularly to the longitudinal housing (18) and parallel to the bottom (22) of the longitudinal housing (18) at an intermediate level between the bottom (22) of said housing (18) and the mounting surface (16); and at least one transverse cut-out (24) corresponding to each intersection between a longitudinal housing and a bearing surface, said cut-out (24) extending from one edge of the mounting surface (16) to a longitudinal housing (18).

Abstract: This device for fixing a wire cable raceway onto a threaded rod (4) includes: a body (6) with support members (12; 54; 12?) featuring a first support surface and a second support surface opposite the first support surface, elements for fixing onto a threaded rod (4) including two elastic arms (8) each provided with a notch (20), the bottom of which is intended to cooperate with the thread of the threaded rod (4) in order to assure locking of the fixing device onto the threaded rod (4).

Abstract: A device for a wire cable duct (18) has a profiled part having a first wing (2), termed horizontal wing, and at least one second wing (4), termed vertical wing, extending substantially perpendicularly to the first wing on one side thereof. The device includes: at least one longitudinal housing (6) intended to receive a warp wire (20) formed on the lower face (10) of the horizontal wing, that is to say the face opposed to the second wing; transverse cutouts (8), formed with a predetermined pitch corresponding to the pitch of the transverse weft wires (22), all along the horizontal wing (2), the transverse cutouts (8) extending over the whole width of the horizontal wing and continuing into the region of the vertical wings (4); and at least one tongue (12) extending longitudinally from a transverse edge (14) of each cutout (8) over part of the width of the cutout.

Abstract: The invention concerns a splice bar for connecting two abutting sections of said cable tray, each cable tray section comprising longitudinal warp yarns and transverse weft yarns connecting the warp yarns. It comprises: an elongated central part (2) having two transverse support zones (18), designed each to receive one weft yarn; two anvil lugs (4) connected to the central part (2) on the same side thereof and arranged on either side of the transverse support zones (18); and two locking lugs (6) connected to the central part (2) on the side opposite to the anvil lugs (4) and arranged on either side of the transverse support zones (18).

Abstract: A splice plate which is used to connect two cable tray sections, whereby each section comprises longitudinal warp wires and transverse weft wires. The inventive splice plate has: an elongated base; a lateral flange, known as the upper flange, which extends essentially perpendicularly to the base from a first longitudinal edge of same; and a lateral flange, known as the lower flange, which extends essentially perpendicularly to the base from the longitudinal edge opposite the first longitudinal edge. Each of the two flanges is equipped with a notch that opens at the free edge of the corresponding flange, wherein said two notches are disposed facing one another. The upper lateral flange has coupling means on either side of the notch, which are intended to co-operate with a warp wire of a cable tray section.

Abstract: This device for fixing a wire cable raceway onto a threaded rod (4) includes: a body (6) with support members (12; 54; 12?) featuring a first support surface and a second support surface opposite the first support surface, elements for fixing onto a threaded rod (4) including two elastic arms (8) each provided with a notch (20), the bottom of which is intended to cooperate with the thread of the threaded rod (4) in order to assure locking of the fixing device onto the threaded rod (4).

Abstract: A cable raceway of this kind consists of lengths of wire-type cable raceway comprising both essentially rectilinear lengthwise or weft wires (2) and polygonal-shaped transverse or warp wires (4), with an opening formed in a corner and an even number of sides. Each length comprises at least four lengthwise weft wires (2) supported by at least four separate sides (6, 8, 10, 12) of the transverse or warp wires. For each lengthwise weft wire (2) there is a lengthwise weft wire (2) on the opposite side. The two corresponding lengthwise or weft wires (2) are located opposite each other, that is to say they are both in the same plane and the plane is approximately parallel to one of the lengthwise faces of the cable raceway.

Abstract: A device for a wire cable duct (18) has a profiled part having a first wing (2), termed horizontal wing, and at least one second wing (4), termed vertical wing, extending substantially perpendicularly to the first wing on one side thereof. The device includes: at least one longitudinal housing (6) intended to receive a warp wire (20) formed on the lower face (10) of the horizontal wing, that is to say the face opposed to the second wing; transverse cutouts (8), formed with a predetermined pitch corresponding to the pitch of the transverse weft wires (22), all along the horizontal wing (2), the transverse cutouts (8) extending over the whole width of the horizontal wing and continuing into the region of the vertical wings (4); and at least one tongue (12) extending longitudinally from a transverse edge (14) of each cutout (8) over part of the width of the cutout.

Abstract: The invention concerns a splice bar for connecting two abutting sections of said cable tray, each cable tray section comprising longitudinal warp yarns and transverse weft yarns connecting the warp yarns. It comprises: an elongated central part (2) having two transverse support zones (18), designed each to receive one weft yarn; two anvil lugs (4) connected to the central part (2) on the same side thereof and arranged on either side of the transverse support zones (18); and two locking lugs (6) connected to the central part (2) on the side opposite to the anvil lugs (4) and arranged on either side of the transverse support zones (18).

Abstract: The fixing device can be used to fix a wire (10) to a support member having a planar surface provided with at least two openings. The device is made of elastic sheet-metal and includes a cut-out body which is bent into a U-shape and includes a web (33) and two flanges (34) whose ends are T-shaped. At least one arm of the T-shape at each end is adapted to bear on the surface of the support member that is opposite the planar surface at the edge of an opening.

Abstract: This accessory is intended for wire cable trays comprising longitudinal warp wires and transverse weft wires linking the warp wires, the wire cable tray having a bottom adapted to receive electric cables or the like and two side flanges. The accessory comprises an upper face (4) raised by at least two feet (2). The upper face (4) comprises not only two first housings (10) disposed parallel to each other and each adapted to receive a weft wire but also at least one housing (12) substantially perpendicular to the first two housings (10). At least one locking device (16) is provided on each side of a median line between the first two housings (10).

Abstract: A connecting part includes a base (2) fixable to a support and to a perforated plate (4) for fixing a structure or another connecting part. The plate (4) includes a first perforation and at least one second perforation (12) in the form of a longitudinal optionally curved hole, which is oriented in such a way that it is substantially inclined with respect to the tangent of a circle whose center is the point of the first perforation and which passes by the point of the second perforation (12).

Abstract: Securement bracket including a base plate and a cylindrical body; the base plate (11) and the cylindrical body are of a single piece, the cylindrical body including two opposite walls called median wings (12, 13) in prolongation at 90° from the base plate (11) and two other opposite walls called flaps (16, 17) in prolongation at 90° from the median wings (12, 13), which have at least one opening in which is disposed a tongue (23) provided at the end of the flaps (16, 17). A process for production of such a bracket and cutout plate for the practice of the process are disclosed.

Abstract: A fixing device which can be fixed to a surface such as a ceiling and receive a perforated section comprises a plate for fixing it to the surface and a support for receiving the perforated section. The support has a wall substantially perpendicular to the plate and at least two claws with the same orientation which cooperate with corresponding perforations of the perforated section. The wall includes a precut locking lug which can be bent into another perforation and cooperate with an edge of that perforation to immobilize the perforated section against movement in translation.

Abstract: A device for guiding a flexible elongated element such as a cable or the like, designed to guide the element during a drawing process, and comprising several rollers mounted pivoting about an axis and arranged such that they define a space for receiving the element and whereof the contour is substantially closed, the shafts of the rollers being borne by a support capable of opening into two parts whereof one is mounted articulated relative to the other; a first part is a bent flat iron such that it is formed by three abutted U-shaped brackets, two brackets being arranged facing each other and coupled each with the end of the wing of the other bracket whereof the web extends perpendicular to the parallel webs of the two brackets and the second part is a flat iron bent so as to form a bracket similar to the brackets of the first part but whereof the ends of the wings, not coupled to the web of the U-shaped bracket, are prolonged along two lugs extending outwards of the U parallel to the U web.